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kc3-lang/libxml2/testapi.c
Daniel Veillard
- testapi.c
-
/* * testapi.c: libxml2 API tester program. * * Automatically generated by gentest.py from libxml2-api.xml * * See Copyright for the status of this software. * * daniel@veillard.com */ #include "libxml.h" #include <stdio.h> #include <stdlib.h> /* for putenv() */ #include <string.h> #include <libxml/xmlerror.h> #include <libxml/relaxng.h> static int testlibxml2(void); static int test_module(const char *module); static int generic_errors = 0; static int call_tests = 0; static int function_tests = 0; static xmlChar chartab[1024]; static int inttab[1024]; static unsigned long longtab[1024]; static xmlDocPtr api_doc = NULL; static xmlDtdPtr api_dtd = NULL; static xmlNodePtr api_root = NULL; static xmlAttrPtr api_attr = NULL; static xmlNsPtr api_ns = NULL; static void structured_errors(void *userData ATTRIBUTE_UNUSED, xmlErrorPtr error ATTRIBUTE_UNUSED) { generic_errors++; } static void free_api_doc(void) { xmlFreeDoc(api_doc); api_doc = NULL; api_dtd = NULL; api_root = NULL; api_attr = NULL; api_ns = NULL; } static xmlDocPtr get_api_doc(void) { if (api_doc == NULL) { api_doc = xmlReadMemory("<!DOCTYPE root [<!ELEMENT root EMPTY>]><root xmlns:h='http://example.com/' h:foo='bar'/>", 88, "root_test", NULL, 0); api_root = NULL; api_attr = NULL; } return(api_doc); } static xmlDtdPtr get_api_dtd(void) { if ((api_dtd == NULL) || (api_dtd->type != XML_DTD_NODE)) { get_api_doc(); if ((api_doc != NULL) && (api_doc->children != NULL) && (api_doc->children->type == XML_DTD_NODE)) api_dtd = (xmlDtdPtr) api_doc->children; } return(api_dtd); } static xmlNodePtr get_api_root(void) { if ((api_root == NULL) || (api_root->type != XML_ELEMENT_NODE)) { get_api_doc(); if ((api_doc != NULL) && (api_doc->children != NULL) && (api_doc->children->next != NULL) && (api_doc->children->next->type == XML_ELEMENT_NODE)) api_root = api_doc->children->next; } return(api_root); } static xmlNsPtr get_api_ns(void) { get_api_root(); if (api_root != NULL) api_ns = api_root->nsDef; return(api_ns); } static xmlAttrPtr get_api_attr(void) { #if defined(LIBXML_TREE_ENABLED) || defined(LIBXML_XINCLUDE_ENABLED) || defined(LIBXML_SCHEMAS_ENABLED) || defined(LIBXML_HTML_ENABLED) static int nr = 0; xmlChar name[20]; #endif if ((api_root == NULL) || (api_root->type != XML_ELEMENT_NODE)) { get_api_root(); } if (api_root == NULL) return(NULL); if (api_root->properties != NULL) { api_attr = api_root->properties; return(api_root->properties); } api_attr = NULL; #if defined(LIBXML_TREE_ENABLED) || defined(LIBXML_XINCLUDE_ENABLED) || defined(LIBXML_SCHEMAS_ENABLED) || defined(LIBXML_HTML_ENABLED) snprintf((char *) name, 20, "foo%d", nr++); api_attr = xmlSetProp(api_root, name, (const xmlChar *) "bar"); #endif return(api_attr); } static int quiet = 0; int main(int argc, char **argv) { int ret; int blocks, mem; #ifdef HAVE_PUTENV /* access to the proxy can slow up regression tests a lot */ putenv((char *) "http_proxy="); #endif memset(chartab, 0, sizeof(chartab)); strncpy((char *) chartab, " chartab\n", 20); memset(inttab, 0, sizeof(inttab)); memset(longtab, 0, sizeof(longtab)); xmlInitParser(); #ifdef LIBXML_SCHEMAS_ENABLED xmlRelaxNGInitTypes(); #endif LIBXML_TEST_VERSION xmlSetStructuredErrorFunc(NULL, structured_errors); if (argc >= 2) { if (!strcmp(argv[1], "-q")) { quiet = 1; if (argc >= 3) ret = test_module(argv[2]); else ret = testlibxml2(); } else { ret = test_module(argv[1]); } } else ret = testlibxml2(); xmlCleanupParser(); blocks = xmlMemBlocks(); mem = xmlMemUsed(); if ((blocks != 0) || (mem != 0)) { printf("testapi leaked %d bytes in %d blocks\n", mem, blocks); } xmlMemoryDump(); return (ret != 0); } #include <libxml/HTMLparser.h> #include <libxml/HTMLtree.h> #include <libxml/catalog.h> #include <libxml/chvalid.h> #include <libxml/dict.h> #include <libxml/encoding.h> #include <libxml/entities.h> #include <libxml/hash.h> #include <libxml/list.h> #include <libxml/nanoftp.h> #include <libxml/nanohttp.h> #include <libxml/parser.h> #include <libxml/parserInternals.h> #include <libxml/pattern.h> #include <libxml/relaxng.h> #include <libxml/schemasInternals.h> #include <libxml/schematron.h> #include <libxml/tree.h> #include <libxml/uri.h> #include <libxml/valid.h> #include <libxml/xinclude.h> #include <libxml/xmlIO.h> #include <libxml/xmlerror.h> #include <libxml/xmlreader.h> #include <libxml/xmlsave.h> #include <libxml/xmlschemas.h> #include <libxml/xmlschemastypes.h> #include <libxml/xmlstring.h> #include <libxml/xmlwriter.h> #include <libxml/xpath.h> #include <libxml/xpointer.h> #include <libxml/debugXML.h> /* We manually define xmlErrMemory because it's normal declaration is "hidden" by #ifdef IN_LIBXML */ void xmlErrMemory(xmlParserCtxtPtr ctxt, const char *extra); /* We need some "remote" addresses, but want to avoid getting into name resolution delays, so we use these */ #define REMOTE1GOOD "http://localhost/" #define REMOTE1BAD "http:http://http" #define REMOTE2GOOD "ftp://localhost/foo" #define gen_nb_void_ptr 2 static void *gen_void_ptr(int no ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { return(NULL); } static void des_void_ptr(int no ATTRIBUTE_UNUSED, void *val ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { } #if 0 #define gen_nb_const_void_ptr 2 static const void *gen_const_void_ptr(int no, int nr ATTRIBUTE_UNUSED) { if (no == 0) return((const void *) "immutable string"); return(NULL); } static void des_const_void_ptr(int no ATTRIBUTE_UNUSED, const void *val ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { } #endif #define gen_nb_userdata 3 static void *gen_userdata(int no, int nr ATTRIBUTE_UNUSED) { if (no == 0) return((void *) &call_tests); if (no == 1) return((void *) -1); return(NULL); } static void des_userdata(int no ATTRIBUTE_UNUSED, void *val ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { } #define gen_nb_int 4 static int gen_int(int no, int nr ATTRIBUTE_UNUSED) { if (no == 0) return(0); if (no == 1) return(1); if (no == 2) return(-1); if (no == 3) return(122); return(-1); } static void des_int(int no ATTRIBUTE_UNUSED, int val ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { } #define gen_nb_parseroptions 5 static int gen_parseroptions(int no, int nr ATTRIBUTE_UNUSED) { if (no == 0) return(XML_PARSE_NOBLANKS | XML_PARSE_RECOVER); if (no == 1) return(XML_PARSE_NOENT | XML_PARSE_DTDLOAD | XML_PARSE_DTDATTR | XML_PARSE_DTDVALID | XML_PARSE_NOCDATA); if (no == 2) return(XML_PARSE_XINCLUDE | XML_PARSE_NOXINCNODE | XML_PARSE_NSCLEAN); if (no == 3) return(XML_PARSE_XINCLUDE | XML_PARSE_NODICT); return(XML_PARSE_SAX1); } static void des_parseroptions(int no ATTRIBUTE_UNUSED, int val ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { } #if 0 #define gen_nb_long 5 static long gen_long(int no, int nr ATTRIBUTE_UNUSED) { if (no == 0) return(0); if (no == 1) return(1); if (no == 2) return(-1); if (no == 3) return(122); return(-1); } static void des_long(int no ATTRIBUTE_UNUSED, long val ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { } #endif #define gen_nb_xmlChar 4 static xmlChar gen_xmlChar(int no, int nr ATTRIBUTE_UNUSED) { if (no == 0) return('a'); if (no == 1) return(' '); if (no == 2) return((xmlChar) '\xf8'); return(0); } static void des_xmlChar(int no ATTRIBUTE_UNUSED, xmlChar val ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { } #define gen_nb_unsigned_int 3 static unsigned int gen_unsigned_int(int no, int nr ATTRIBUTE_UNUSED) { if (no == 0) return(0); if (no == 1) return(1); if (no == 2) return(122); return((unsigned int) -1); } static void des_unsigned_int(int no ATTRIBUTE_UNUSED, unsigned int val ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { } #define gen_nb_unsigned_long 4 static unsigned long gen_unsigned_long(int no, int nr ATTRIBUTE_UNUSED) { if (no == 0) return(0); if (no == 1) return(1); if (no == 2) return(122); return((unsigned long) -1); } static void des_unsigned_long(int no ATTRIBUTE_UNUSED, unsigned long val ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { } #define gen_nb_double 4 static double gen_double(int no, int nr ATTRIBUTE_UNUSED) { if (no == 0) return(0); if (no == 1) return(-1.1); #if defined(LIBXML_XPATH_ENABLED) if (no == 2) return(xmlXPathNAN); #endif return(-1); } static void des_double(int no ATTRIBUTE_UNUSED, double val ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { } #define gen_nb_unsigned_long_ptr 2 static unsigned long *gen_unsigned_long_ptr(int no, int nr) { if (no == 0) return(&longtab[nr]); return(NULL); } static void des_unsigned_long_ptr(int no ATTRIBUTE_UNUSED, unsigned long *val ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { } #define gen_nb_int_ptr 2 static int *gen_int_ptr(int no, int nr) { if (no == 0) return(&inttab[nr]); return(NULL); } static void des_int_ptr(int no ATTRIBUTE_UNUSED, int *val ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { } #define gen_nb_const_char_ptr 4 static char *gen_const_char_ptr(int no, int nr ATTRIBUTE_UNUSED) { if (no == 0) return((char *) "foo"); if (no == 1) return((char *) "<foo/>"); if (no == 2) return((char *) "test/ent2"); return(NULL); } static void des_const_char_ptr(int no ATTRIBUTE_UNUSED, const char *val ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { } #define gen_nb_xmlChar_ptr 2 static xmlChar *gen_xmlChar_ptr(int no, int nr ATTRIBUTE_UNUSED) { if (no == 0) return(&chartab[0]); return(NULL); } static void des_xmlChar_ptr(int no ATTRIBUTE_UNUSED, xmlChar *val ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { } #define gen_nb_FILE_ptr 2 static FILE *gen_FILE_ptr(int no, int nr ATTRIBUTE_UNUSED) { if (no == 0) return(fopen("test.out", "a+")); return(NULL); } static void des_FILE_ptr(int no ATTRIBUTE_UNUSED, FILE *val, int nr ATTRIBUTE_UNUSED) { if (val != NULL) fclose(val); } #define gen_nb_debug_FILE_ptr 2 static FILE *gen_debug_FILE_ptr(int no ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { return(fopen("test.out", "a+")); } static void des_debug_FILE_ptr(int no ATTRIBUTE_UNUSED, FILE *val, int nr ATTRIBUTE_UNUSED) { if (val != NULL) fclose(val); } #define gen_nb_const_xmlChar_ptr 5 static xmlChar *gen_const_xmlChar_ptr(int no, int nr ATTRIBUTE_UNUSED) { if (no == 0) return((xmlChar *) "foo"); if (no == 1) return((xmlChar *) "<foo/>"); if (no == 2) return((xmlChar *) "n" "\xf8" "ne"); if (no == 3) return((xmlChar *) " 2ab "); return(NULL); } static void des_const_xmlChar_ptr(int no ATTRIBUTE_UNUSED, const xmlChar *val ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { } #define gen_nb_filepath 8 static const char *gen_filepath(int no, int nr ATTRIBUTE_UNUSED) { if (no == 0) return("missing.xml"); if (no == 1) return("<foo/>"); if (no == 2) return("test/ent2"); if (no == 3) return("test/valid/REC-xml-19980210.xml"); if (no == 4) return("test/valid/dtds/xhtml1-strict.dtd"); if (no == 5) return(REMOTE1GOOD); if (no == 6) return(REMOTE1BAD); return(NULL); } static void des_filepath(int no ATTRIBUTE_UNUSED, const char *val ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { } #define gen_nb_eaten_name 2 static xmlChar *gen_eaten_name(int no, int nr ATTRIBUTE_UNUSED) { if (no == 0) return(xmlStrdup(BAD_CAST "eaten")); return(NULL); } static void des_eaten_name(int no ATTRIBUTE_UNUSED, xmlChar *val ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { } #define gen_nb_fileoutput 6 static const char *gen_fileoutput(int no, int nr ATTRIBUTE_UNUSED) { if (no == 0) return("/missing.xml"); if (no == 1) return("<foo/>"); if (no == 2) return(REMOTE2GOOD); if (no == 3) return(REMOTE1GOOD); if (no == 4) return(REMOTE1BAD); return(NULL); } static void des_fileoutput(int no ATTRIBUTE_UNUSED, const char *val ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { } #define gen_nb_xmlParserCtxtPtr 3 static xmlParserCtxtPtr gen_xmlParserCtxtPtr(int no, int nr ATTRIBUTE_UNUSED) { if (no == 0) return(xmlNewParserCtxt()); if (no == 1) return(xmlCreateMemoryParserCtxt("<doc/>", 6)); return(NULL); } static void des_xmlParserCtxtPtr(int no ATTRIBUTE_UNUSED, xmlParserCtxtPtr val, int nr ATTRIBUTE_UNUSED) { if (val != NULL) xmlFreeParserCtxt(val); } #define gen_nb_xmlSAXHandlerPtr 2 static xmlSAXHandlerPtr gen_xmlSAXHandlerPtr(int no, int nr ATTRIBUTE_UNUSED) { #ifdef LIBXML_SAX1_ENABLED if (no == 0) return((xmlSAXHandlerPtr) &xmlDefaultSAXHandler); #endif return(NULL); } static void des_xmlSAXHandlerPtr(int no ATTRIBUTE_UNUSED, xmlSAXHandlerPtr val ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { } #define gen_nb_xmlValidCtxtPtr 2 static xmlValidCtxtPtr gen_xmlValidCtxtPtr(int no, int nr ATTRIBUTE_UNUSED) { #ifdef LIBXML_VALID_ENABLED if (no == 0) return(xmlNewValidCtxt()); #endif return(NULL); } static void des_xmlValidCtxtPtr(int no ATTRIBUTE_UNUSED, xmlValidCtxtPtr val, int nr ATTRIBUTE_UNUSED) { #ifdef LIBXML_VALID_ENABLED if (val != NULL) xmlFreeValidCtxt(val); #endif } #define gen_nb_xmlParserInputBufferPtr 8 static xmlParserInputBufferPtr gen_xmlParserInputBufferPtr(int no, int nr ATTRIBUTE_UNUSED) { if (no == 0) return(xmlParserInputBufferCreateFilename("missing.xml", XML_CHAR_ENCODING_NONE)); if (no == 1) return(xmlParserInputBufferCreateFilename("<foo/>", XML_CHAR_ENCODING_NONE)); if (no == 2) return(xmlParserInputBufferCreateFilename("test/ent2", XML_CHAR_ENCODING_NONE)); if (no == 3) return(xmlParserInputBufferCreateFilename("test/valid/REC-xml-19980210.xml", XML_CHAR_ENCODING_NONE)); if (no == 4) return(xmlParserInputBufferCreateFilename("test/valid/dtds/xhtml1-strict.dtd", XML_CHAR_ENCODING_NONE)); if (no == 5) return(xmlParserInputBufferCreateFilename(REMOTE1GOOD, XML_CHAR_ENCODING_NONE)); if (no == 6) return(xmlParserInputBufferCreateFilename(REMOTE1BAD, XML_CHAR_ENCODING_NONE)); return(NULL); } static void des_xmlParserInputBufferPtr(int no ATTRIBUTE_UNUSED, xmlParserInputBufferPtr val, int nr ATTRIBUTE_UNUSED) { xmlFreeParserInputBuffer(val); } #define gen_nb_xmlDocPtr 4 static xmlDocPtr gen_xmlDocPtr(int no, int nr ATTRIBUTE_UNUSED) { if (no == 0) return(xmlNewDoc(BAD_CAST "1.0")); if (no == 1) return(xmlReadMemory("<foo/>", 6, "test", NULL, 0)); if (no == 2) return(xmlReadMemory("<!DOCTYPE foo []> <foo/>", 24, "test", NULL, 0)); return(NULL); } static void des_xmlDocPtr(int no ATTRIBUTE_UNUSED, xmlDocPtr val, int nr ATTRIBUTE_UNUSED) { if ((val != NULL) && (val != api_doc) && (val->doc != api_doc)) xmlFreeDoc(val); } #define gen_nb_xmlAttrPtr 2 static xmlAttrPtr gen_xmlAttrPtr(int no, int nr ATTRIBUTE_UNUSED) { if (no == 0) return(get_api_attr()); return(NULL); } static void des_xmlAttrPtr(int no, xmlAttrPtr val ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { if (no == 0) free_api_doc(); } #define gen_nb_xmlDictPtr 2 static xmlDictPtr gen_xmlDictPtr(int no, int nr ATTRIBUTE_UNUSED) { if (no == 0) return(xmlDictCreate()); return(NULL); } static void des_xmlDictPtr(int no ATTRIBUTE_UNUSED, xmlDictPtr val, int nr ATTRIBUTE_UNUSED) { if (val != NULL) xmlDictFree(val); } #define gen_nb_xmlNodePtr 3 static xmlNodePtr gen_xmlNodePtr(int no, int nr ATTRIBUTE_UNUSED) { if (no == 0) return(xmlNewPI(BAD_CAST "test", NULL)); if (no == 1) return(get_api_root()); return(NULL); /* if (no == 2) return((xmlNodePtr) get_api_doc()); */ } static void des_xmlNodePtr(int no, xmlNodePtr val, int nr ATTRIBUTE_UNUSED) { if (no == 1) { free_api_doc(); } else if (val != NULL) { xmlUnlinkNode(val); xmlFreeNode(val); } } #define gen_nb_xmlDtdPtr 3 static xmlDtdPtr gen_xmlDtdPtr(int no, int nr ATTRIBUTE_UNUSED) { if (no == 0) return(xmlNewDtd(NULL, BAD_CAST "dtd", BAD_CAST"foo", BAD_CAST"bar")); if (no == 1) return(get_api_dtd()); return(NULL); } static void des_xmlDtdPtr(int no, xmlDtdPtr val, int nr ATTRIBUTE_UNUSED) { if (no == 1) free_api_doc(); else if (val != NULL) { xmlUnlinkNode((xmlNodePtr) val); xmlFreeNode((xmlNodePtr) val); } } #define gen_nb_xmlNsPtr 2 static xmlNsPtr gen_xmlNsPtr(int no, int nr ATTRIBUTE_UNUSED) { if (no == 0) return(get_api_ns()); return(NULL); } static void des_xmlNsPtr(int no, xmlNsPtr val ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { if (no == 0) free_api_doc(); } #define gen_nb_xmlNodePtr_in 3 static xmlNodePtr gen_xmlNodePtr_in(int no, int nr ATTRIBUTE_UNUSED) { if (no == 0) return(xmlNewPI(BAD_CAST "test", NULL)); if (no == 0) return(xmlNewText(BAD_CAST "text")); return(NULL); } static void des_xmlNodePtr_in(int no ATTRIBUTE_UNUSED, xmlNodePtr val ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { } #ifdef LIBXML_WRITER_ENABLED #define gen_nb_xmlTextWriterPtr 2 static xmlTextWriterPtr gen_xmlTextWriterPtr(int no, int nr ATTRIBUTE_UNUSED) { if (no == 0) return(xmlNewTextWriterFilename("test.out", 0)); return(NULL); } static void des_xmlTextWriterPtr(int no ATTRIBUTE_UNUSED, xmlTextWriterPtr val, int nr ATTRIBUTE_UNUSED) { if (val != NULL) xmlFreeTextWriter(val); } #endif #ifdef LIBXML_READER_ENABLED #define gen_nb_xmlTextReaderPtr 4 static xmlTextReaderPtr gen_xmlTextReaderPtr(int no, int nr ATTRIBUTE_UNUSED) { if (no == 0) return(xmlNewTextReaderFilename("test/ent2")); if (no == 1) return(xmlNewTextReaderFilename("test/valid/REC-xml-19980210.xml")); if (no == 2) return(xmlNewTextReaderFilename("test/valid/dtds/xhtml1-strict.dtd")); return(NULL); } static void des_xmlTextReaderPtr(int no ATTRIBUTE_UNUSED, xmlTextReaderPtr val, int nr ATTRIBUTE_UNUSED) { if (val != NULL) xmlFreeTextReader(val); } #endif #define gen_nb_xmlBufferPtr 3 static const xmlChar *static_buf_content = (xmlChar *)"a static buffer"; static xmlBufferPtr gen_xmlBufferPtr(int no, int nr ATTRIBUTE_UNUSED) { if (no == 0) return(xmlBufferCreate()); if (no == 1) return(xmlBufferCreateStatic((void *)static_buf_content, 13)); return(NULL); } static void des_xmlBufferPtr(int no ATTRIBUTE_UNUSED, xmlBufferPtr val, int nr ATTRIBUTE_UNUSED) { if (val != NULL) { xmlBufferFree(val); } } #define gen_nb_xmlListPtr 2 static xmlListPtr gen_xmlListPtr(int no, int nr ATTRIBUTE_UNUSED) { if (no == 0) return(xmlListCreate(NULL, NULL)); return(NULL); } static void des_xmlListPtr(int no ATTRIBUTE_UNUSED, xmlListPtr val, int nr ATTRIBUTE_UNUSED) { if (val != NULL) { xmlListDelete(val); } } #define gen_nb_xmlHashTablePtr 2 static xmlHashTablePtr gen_xmlHashTablePtr(int no, int nr ATTRIBUTE_UNUSED) { if (no == 0) return(xmlHashCreate(10)); return(NULL); } static void des_xmlHashTablePtr(int no ATTRIBUTE_UNUSED, xmlHashTablePtr val, int nr ATTRIBUTE_UNUSED) { if (val != NULL) { xmlHashFree(val, NULL); } } #include <libxml/xpathInternals.h> #ifdef LIBXML_XPATH_ENABLED #define gen_nb_xmlXPathObjectPtr 5 static xmlXPathObjectPtr gen_xmlXPathObjectPtr(int no, int nr ATTRIBUTE_UNUSED) { if (no == 0) return(xmlXPathNewString(BAD_CAST "string object")); if (no == 1) return(xmlXPathNewFloat(1.1)); if (no == 2) return(xmlXPathNewBoolean(1)); if (no == 3) return(xmlXPathNewNodeSet(NULL)); return(NULL); } static void des_xmlXPathObjectPtr(int no ATTRIBUTE_UNUSED, xmlXPathObjectPtr val, int nr ATTRIBUTE_UNUSED) { if (val != NULL) { xmlXPathFreeObject(val); } } #endif #ifdef LIBXML_OUTPUT_ENABLED #define gen_nb_xmlOutputBufferPtr 2 static xmlOutputBufferPtr gen_xmlOutputBufferPtr(int no, int nr ATTRIBUTE_UNUSED) { if (no == 0) return(xmlOutputBufferCreateFilename("test.out", NULL, 0)); return(NULL); } static void des_xmlOutputBufferPtr(int no ATTRIBUTE_UNUSED, xmlOutputBufferPtr val, int nr ATTRIBUTE_UNUSED) { if (val != NULL) { xmlOutputBufferClose(val); } } #endif #ifdef LIBXML_FTP_ENABLED #define gen_nb_xmlNanoFTPCtxtPtr 4 static void *gen_xmlNanoFTPCtxtPtr(int no, int nr ATTRIBUTE_UNUSED) { if (no == 0) return(xmlNanoFTPNewCtxt(REMOTE2GOOD)); if (no == 1) return(xmlNanoFTPNewCtxt(REMOTE1GOOD)); if (no == 2) return(xmlNanoFTPNewCtxt("foo")); return(NULL); } static void des_xmlNanoFTPCtxtPtr(int no ATTRIBUTE_UNUSED, void *val, int nr ATTRIBUTE_UNUSED) { if (val != NULL) { xmlNanoFTPFreeCtxt(val); } } #endif #ifdef LIBXML_HTTP_ENABLED #define gen_nb_xmlNanoHTTPCtxtPtr 1 static void *gen_xmlNanoHTTPCtxtPtr(int no, int nr ATTRIBUTE_UNUSED) { if (no == 0) return(xmlNanoHTTPOpen(REMOTE1GOOD, NULL)); if (no == 1) return(xmlNanoHTTPOpen(REMOTE2GOOD, NULL)); if (no == 2) return(xmlNanoHTTPOpen(REMOTE1BAD, NULL)); return(NULL); } static void des_xmlNanoHTTPCtxtPtr(int no ATTRIBUTE_UNUSED, void *val, int nr ATTRIBUTE_UNUSED) { if (val != NULL) { xmlNanoHTTPClose(val); } } #endif #define gen_nb_xmlCharEncoding 4 static xmlCharEncoding gen_xmlCharEncoding(int no, int nr ATTRIBUTE_UNUSED) { if (no == 0) return(XML_CHAR_ENCODING_UTF8); if (no == 1) return(XML_CHAR_ENCODING_NONE); if (no == 2) return(XML_CHAR_ENCODING_8859_1); return(XML_CHAR_ENCODING_ERROR); } static void des_xmlCharEncoding(int no ATTRIBUTE_UNUSED, xmlCharEncoding val ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { } #if defined(LIBXML_REGEXP_ENABLED) && defined(LIBXML_EXPR_ENABLED) #define gen_nb_xmlExpCtxtPtr 1 static xmlExpCtxtPtr gen_xmlExpCtxtPtr(int no ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { return(NULL); } static void des_xmlExpCtxtPtr(int no ATTRIBUTE_UNUSED, xmlExpCtxtPtr val ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { } #define gen_nb_xmlExpNodePtr 1 static xmlExpNodePtr gen_xmlExpNodePtr(int no ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { return(NULL); } static void des_xmlExpNodePtr(int no ATTRIBUTE_UNUSED, xmlExpNodePtr val ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { } #endif #if defined(LIBXML_SCHEMAS_ENABLED) #define gen_nb_xmlSchemaPtr 1 static xmlSchemaPtr gen_xmlSchemaPtr(int no ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { return(NULL); } static void des_xmlSchemaPtr(int no ATTRIBUTE_UNUSED, xmlSchemaPtr val ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { } #define gen_nb_xmlSchemaValidCtxtPtr 1 static xmlSchemaValidCtxtPtr gen_xmlSchemaValidCtxtPtr(int no ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { return(NULL); } static void des_xmlSchemaValidCtxtPtr(int no ATTRIBUTE_UNUSED, xmlSchemaValidCtxtPtr val ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { } #endif /* LIBXML_SCHEMAS_ENABLED */ #define gen_nb_xmlHashDeallocator 2 static void test_xmlHashDeallocator(void *payload ATTRIBUTE_UNUSED, const xmlChar *name ATTRIBUTE_UNUSED) { } static xmlHashDeallocator gen_xmlHashDeallocator(int no, int nr ATTRIBUTE_UNUSED) { if (no == 0) return(test_xmlHashDeallocator); return(NULL); } static void des_xmlHashDeallocator(int no ATTRIBUTE_UNUSED, xmlHashDeallocator val ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { } static void desret_int(int val ATTRIBUTE_UNUSED) { } static void desret_xmlChar(xmlChar val ATTRIBUTE_UNUSED) { } static void desret_long(long val ATTRIBUTE_UNUSED) { } static void desret_unsigned_long(unsigned long val ATTRIBUTE_UNUSED) { } static void desret_double(double val ATTRIBUTE_UNUSED) { } static void desret_xmlCharEncoding(xmlCharEncoding val ATTRIBUTE_UNUSED) { } #if 0 static void desret_const_void_ptr(void *val ATTRIBUTE_UNUSED) { } #endif static void desret_void_ptr(void *val ATTRIBUTE_UNUSED) { } static void desret_const_char_ptr(const char *val ATTRIBUTE_UNUSED) { } static void desret_const_xmlChar_ptr(const xmlChar *val ATTRIBUTE_UNUSED) { } static void desret_xmlChar_ptr(xmlChar *val) { if (val != NULL) xmlFree(val); } static void desret_xmlDocPtr(xmlDocPtr val) { if (val != api_doc) xmlFreeDoc(val); } static void desret_xmlDictPtr(xmlDictPtr val) { xmlDictFree(val); } #ifdef LIBXML_OUTPUT_ENABLED static void desret_xmlOutputBufferPtr(xmlOutputBufferPtr val) { xmlOutputBufferClose(val); } #endif #ifdef LIBXML_READER_ENABLED static void desret_xmlTextReaderPtr(xmlTextReaderPtr val) { xmlFreeTextReader(val); } #endif static void desret_xmlNodePtr(xmlNodePtr val) { if ((val != NULL) && (val != api_root) && (val != (xmlNodePtr) api_doc)) { xmlUnlinkNode(val); xmlFreeNode(val); } } static void desret_xmlAttrPtr(xmlAttrPtr val) { if (val != NULL) { xmlUnlinkNode((xmlNodePtr) val); xmlFreeNode((xmlNodePtr) val); } } static void desret_xmlEntityPtr(xmlEntityPtr val) { if (val != NULL) { xmlUnlinkNode((xmlNodePtr) val); xmlFreeNode((xmlNodePtr) val); } } static void desret_xmlElementPtr(xmlElementPtr val) { if (val != NULL) { xmlUnlinkNode((xmlNodePtr) val); } } static void desret_xmlAttributePtr(xmlAttributePtr val) { if (val != NULL) { xmlUnlinkNode((xmlNodePtr) val); } } static void desret_xmlNsPtr(xmlNsPtr val ATTRIBUTE_UNUSED) { } static void desret_xmlDtdPtr(xmlDtdPtr val) { desret_xmlNodePtr((xmlNodePtr)val); } #ifdef LIBXML_XPATH_ENABLED static void desret_xmlXPathObjectPtr(xmlXPathObjectPtr val) { xmlXPathFreeObject(val); } static void desret_xmlNodeSetPtr(xmlNodeSetPtr val) { xmlXPathFreeNodeSet(val); } #endif static void desret_xmlParserCtxtPtr(xmlParserCtxtPtr val) { xmlFreeParserCtxt(val); } static void desret_xmlParserInputBufferPtr(xmlParserInputBufferPtr val) { xmlFreeParserInputBuffer(val); } static void desret_xmlParserInputPtr(xmlParserInputPtr val) { xmlFreeInputStream(val); } #ifdef LIBXML_WRITER_ENABLED static void desret_xmlTextWriterPtr(xmlTextWriterPtr val) { xmlFreeTextWriter(val); } #endif static void desret_xmlBufferPtr(xmlBufferPtr val) { xmlBufferFree(val); } #ifdef LIBXML_SCHEMAS_ENABLED static void desret_xmlSchemaParserCtxtPtr(xmlSchemaParserCtxtPtr val) { xmlSchemaFreeParserCtxt(val); } static void desret_xmlSchemaTypePtr(xmlSchemaTypePtr val ATTRIBUTE_UNUSED) { } static void desret_xmlRelaxNGParserCtxtPtr(xmlRelaxNGParserCtxtPtr val) { xmlRelaxNGFreeParserCtxt(val); } #endif #ifdef LIBXML_HTML_ENABLED static void desret_const_htmlEntityDesc_ptr(const htmlEntityDesc * val ATTRIBUTE_UNUSED) { } #endif #ifdef LIBXML_HTTP_ENABLED static void desret_xmlNanoHTTPCtxtPtr(void *val) { xmlNanoHTTPClose(val); } #endif #ifdef LIBXML_FTP_ENABLED static void desret_xmlNanoFTPCtxtPtr(void *val) { xmlNanoFTPClose(val); } #endif /* cut and pasted from autogenerated to avoid troubles */ #define gen_nb_const_xmlChar_ptr_ptr 1 static xmlChar ** gen_const_xmlChar_ptr_ptr(int no ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { return(NULL); } static void des_const_xmlChar_ptr_ptr(int no ATTRIBUTE_UNUSED, const xmlChar ** val ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { } #define gen_nb_unsigned_char_ptr 1 static unsigned char * gen_unsigned_char_ptr(int no ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { return(NULL); } static void des_unsigned_char_ptr(int no ATTRIBUTE_UNUSED, unsigned char * val ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { } #define gen_nb_const_unsigned_char_ptr 1 static unsigned char * gen_const_unsigned_char_ptr(int no ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { return(NULL); } static void des_const_unsigned_char_ptr(int no ATTRIBUTE_UNUSED, const unsigned char * val ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { } #ifdef LIBXML_HTML_ENABLED #define gen_nb_const_htmlNodePtr 1 static htmlNodePtr gen_const_htmlNodePtr(int no ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { return(NULL); } static void des_const_htmlNodePtr(int no ATTRIBUTE_UNUSED, const htmlNodePtr val ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { } #endif #ifdef LIBXML_HTML_ENABLED #define gen_nb_htmlDocPtr 3 static htmlDocPtr gen_htmlDocPtr(int no ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { if (no == 0) return(htmlNewDoc(NULL, NULL)); if (no == 1) return(htmlReadMemory("<html/>", 7, "test", NULL, 0)); return(NULL); } static void des_htmlDocPtr(int no ATTRIBUTE_UNUSED, htmlDocPtr val ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { if ((val != NULL) && (val != api_doc) && (val->doc != api_doc)) xmlFreeDoc(val); } static void desret_htmlDocPtr(htmlDocPtr val) { if ((val != NULL) && (val != api_doc) && (val->doc != api_doc)) xmlFreeDoc(val); } #define gen_nb_htmlParserCtxtPtr 3 static htmlParserCtxtPtr gen_htmlParserCtxtPtr(int no ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { if (no == 0) return(xmlNewParserCtxt()); if (no == 1) return(htmlCreateMemoryParserCtxt("<html/>", 7)); return(NULL); } static void des_htmlParserCtxtPtr(int no ATTRIBUTE_UNUSED, htmlParserCtxtPtr val ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { if (val != NULL) htmlFreeParserCtxt(val); } static void desret_htmlParserCtxtPtr(htmlParserCtxtPtr val) { if (val != NULL) htmlFreeParserCtxt(val); } #endif #ifdef LIBXML_XPATH_ENABLED #define gen_nb_xmlNodeSetPtr 1 static xmlNodeSetPtr gen_xmlNodeSetPtr(int no ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { return(NULL); } static void des_xmlNodeSetPtr(int no ATTRIBUTE_UNUSED, xmlNodeSetPtr val ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { } #endif #ifdef LIBXML_DEBUG_ENABLED #ifdef LIBXML_XPATH_ENABLED #define gen_nb_xmlShellCtxtPtr 1 static xmlShellCtxtPtr gen_xmlShellCtxtPtr(int no ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { return(NULL); } static void des_xmlShellCtxtPtr(int no ATTRIBUTE_UNUSED, xmlShellCtxtPtr val ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { } #endif #endif #ifdef LIBXML_PATTERN_ENABLED #define gen_nb_xmlPatternPtr 1 static xmlPatternPtr gen_xmlPatternPtr(int no ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { return(NULL); } static void des_xmlPatternPtr(int no ATTRIBUTE_UNUSED, xmlPatternPtr val ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { } #endif #define gen_nb_xmlElementContentPtr 1 static xmlElementContentPtr gen_xmlElementContentPtr(int no ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { return(NULL); } static void des_xmlElementContentPtr(int no ATTRIBUTE_UNUSED, xmlElementContentPtr val, int nr ATTRIBUTE_UNUSED) { if (val != NULL) xmlFreeElementContent(val); } static void desret_xmlElementContentPtr(xmlElementContentPtr val) { if (val != NULL) xmlFreeElementContent(val); } #define gen_nb_xmlParserNodeInfoSeqPtr 1 static xmlParserNodeInfoSeqPtr gen_xmlParserNodeInfoSeqPtr(int no ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { return(NULL); } static void des_xmlParserNodeInfoSeqPtr(int no ATTRIBUTE_UNUSED, xmlParserNodeInfoSeqPtr val ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { } static void desret_const_xmlParserNodeInfo_ptr(const xmlParserNodeInfo *val ATTRIBUTE_UNUSED) { } #define gen_nb_void_ptr_ptr 1 static void ** gen_void_ptr_ptr(int no ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { return(NULL); } static void des_void_ptr_ptr(int no ATTRIBUTE_UNUSED, void ** val ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { } /************************************************************************ * * * WARNING: end of the manually maintained part of the test code * * do not remove or alter the CUT HERE line * * * ************************************************************************/ /* CUT HERE: everything below that line is generated */ #ifdef LIBXML_HTML_ENABLED static void desret_htmlStatus(htmlStatus val ATTRIBUTE_UNUSED) { } #endif #define gen_nb_xmlAttributeDefault 4 static xmlAttributeDefault gen_xmlAttributeDefault(int no, int nr ATTRIBUTE_UNUSED) { if (no == 1) return(XML_ATTRIBUTE_FIXED); if (no == 2) return(XML_ATTRIBUTE_IMPLIED); if (no == 3) return(XML_ATTRIBUTE_NONE); if (no == 4) return(XML_ATTRIBUTE_REQUIRED); return(0); } static void des_xmlAttributeDefault(int no ATTRIBUTE_UNUSED, xmlAttributeDefault val ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { } #define gen_nb_xmlAttributeType 4 static xmlAttributeType gen_xmlAttributeType(int no, int nr ATTRIBUTE_UNUSED) { if (no == 1) return(XML_ATTRIBUTE_CDATA); if (no == 2) return(XML_ATTRIBUTE_ENTITIES); if (no == 3) return(XML_ATTRIBUTE_ENTITY); if (no == 4) return(XML_ATTRIBUTE_ENUMERATION); return(0); } static void des_xmlAttributeType(int no ATTRIBUTE_UNUSED, xmlAttributeType val ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { } #define gen_nb_xmlBufferAllocationScheme 4 static xmlBufferAllocationScheme gen_xmlBufferAllocationScheme(int no, int nr ATTRIBUTE_UNUSED) { if (no == 1) return(XML_BUFFER_ALLOC_BOUNDED); if (no == 2) return(XML_BUFFER_ALLOC_DOUBLEIT); if (no == 3) return(XML_BUFFER_ALLOC_EXACT); if (no == 4) return(XML_BUFFER_ALLOC_HYBRID); return(0); } static void des_xmlBufferAllocationScheme(int no ATTRIBUTE_UNUSED, xmlBufferAllocationScheme val ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { } static void desret_xmlBufferAllocationScheme(xmlBufferAllocationScheme val ATTRIBUTE_UNUSED) { } #ifdef LIBXML_CATALOG_ENABLED #define gen_nb_xmlCatalogAllow 4 static xmlCatalogAllow gen_xmlCatalogAllow(int no, int nr ATTRIBUTE_UNUSED) { if (no == 1) return(XML_CATA_ALLOW_ALL); if (no == 2) return(XML_CATA_ALLOW_DOCUMENT); if (no == 3) return(XML_CATA_ALLOW_GLOBAL); if (no == 4) return(XML_CATA_ALLOW_NONE); return(0); } static void des_xmlCatalogAllow(int no ATTRIBUTE_UNUSED, xmlCatalogAllow val ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { } static void desret_xmlCatalogAllow(xmlCatalogAllow val ATTRIBUTE_UNUSED) { } #endif #ifdef LIBXML_CATALOG_ENABLED #define gen_nb_xmlCatalogPrefer 3 static xmlCatalogPrefer gen_xmlCatalogPrefer(int no, int nr ATTRIBUTE_UNUSED) { if (no == 1) return(XML_CATA_PREFER_NONE); if (no == 2) return(XML_CATA_PREFER_PUBLIC); if (no == 3) return(XML_CATA_PREFER_SYSTEM); return(0); } static void des_xmlCatalogPrefer(int no ATTRIBUTE_UNUSED, xmlCatalogPrefer val ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { } static void desret_xmlCatalogPrefer(xmlCatalogPrefer val ATTRIBUTE_UNUSED) { } #endif #define gen_nb_xmlElementContentType 4 static xmlElementContentType gen_xmlElementContentType(int no, int nr ATTRIBUTE_UNUSED) { if (no == 1) return(XML_ELEMENT_CONTENT_ELEMENT); if (no == 2) return(XML_ELEMENT_CONTENT_OR); if (no == 3) return(XML_ELEMENT_CONTENT_PCDATA); if (no == 4) return(XML_ELEMENT_CONTENT_SEQ); return(0); } static void des_xmlElementContentType(int no ATTRIBUTE_UNUSED, xmlElementContentType val ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { } #define gen_nb_xmlElementTypeVal 4 static xmlElementTypeVal gen_xmlElementTypeVal(int no, int nr ATTRIBUTE_UNUSED) { if (no == 1) return(XML_ELEMENT_TYPE_ANY); if (no == 2) return(XML_ELEMENT_TYPE_ELEMENT); if (no == 3) return(XML_ELEMENT_TYPE_EMPTY); if (no == 4) return(XML_ELEMENT_TYPE_MIXED); return(0); } static void des_xmlElementTypeVal(int no ATTRIBUTE_UNUSED, xmlElementTypeVal val ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { } #define gen_nb_xmlFeature 4 static xmlFeature gen_xmlFeature(int no, int nr ATTRIBUTE_UNUSED) { if (no == 1) return(XML_WITH_AUTOMATA); if (no == 2) return(XML_WITH_C14N); if (no == 3) return(XML_WITH_CATALOG); if (no == 4) return(XML_WITH_DEBUG); return(0); } static void des_xmlFeature(int no ATTRIBUTE_UNUSED, xmlFeature val ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { } static void desret_xmlParserErrors(xmlParserErrors val ATTRIBUTE_UNUSED) { } #ifdef LIBXML_SCHEMAS_ENABLED #define gen_nb_xmlSchemaValType 4 static xmlSchemaValType gen_xmlSchemaValType(int no, int nr ATTRIBUTE_UNUSED) { if (no == 1) return(XML_SCHEMAS_ANYSIMPLETYPE); if (no == 2) return(XML_SCHEMAS_ANYTYPE); if (no == 3) return(XML_SCHEMAS_ANYURI); if (no == 4) return(XML_SCHEMAS_BASE64BINARY); return(0); } static void des_xmlSchemaValType(int no ATTRIBUTE_UNUSED, xmlSchemaValType val ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { } static void desret_xmlSchemaValType(xmlSchemaValType val ATTRIBUTE_UNUSED) { } #endif #ifdef LIBXML_SCHEMAS_ENABLED #define gen_nb_xmlSchemaWhitespaceValueType 4 static xmlSchemaWhitespaceValueType gen_xmlSchemaWhitespaceValueType(int no, int nr ATTRIBUTE_UNUSED) { if (no == 1) return(XML_SCHEMA_WHITESPACE_COLLAPSE); if (no == 2) return(XML_SCHEMA_WHITESPACE_PRESERVE); if (no == 3) return(XML_SCHEMA_WHITESPACE_REPLACE); if (no == 4) return(XML_SCHEMA_WHITESPACE_UNKNOWN); return(0); } static void des_xmlSchemaWhitespaceValueType(int no ATTRIBUTE_UNUSED, xmlSchemaWhitespaceValueType val ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { } #endif #include <libxml/HTMLparser.h> #include <libxml/HTMLtree.h> #include <libxml/SAX2.h> #include <libxml/c14n.h> #include <libxml/catalog.h> #include <libxml/chvalid.h> #include <libxml/debugXML.h> #include <libxml/dict.h> #include <libxml/encoding.h> #include <libxml/entities.h> #include <libxml/hash.h> #include <libxml/list.h> #include <libxml/nanoftp.h> #include <libxml/nanohttp.h> #include <libxml/parser.h> #include <libxml/parserInternals.h> #include <libxml/pattern.h> #include <libxml/relaxng.h> #include <libxml/schemasInternals.h> #include <libxml/schematron.h> #include <libxml/tree.h> #include <libxml/uri.h> #include <libxml/valid.h> #include <libxml/xinclude.h> #include <libxml/xmlIO.h> #include <libxml/xmlautomata.h> #include <libxml/xmlerror.h> #include <libxml/xmlmodule.h> #include <libxml/xmlreader.h> #include <libxml/xmlregexp.h> #include <libxml/xmlsave.h> #include <libxml/xmlschemas.h> #include <libxml/xmlschemastypes.h> #include <libxml/xmlstring.h> #include <libxml/xmlunicode.h> #include <libxml/xmlwriter.h> #include <libxml/xpath.h> #include <libxml/xpathInternals.h> #include <libxml/xpointer.h> static int test_HTMLparser(void); static int test_HTMLtree(void); static int test_SAX2(void); static int test_c14n(void); static int test_catalog(void); static int test_chvalid(void); static int test_debugXML(void); static int test_dict(void); static int test_encoding(void); static int test_entities(void); static int test_hash(void); static int test_list(void); static int test_nanoftp(void); static int test_nanohttp(void); static int test_parser(void); static int test_parserInternals(void); static int test_pattern(void); static int test_relaxng(void); static int test_schemasInternals(void); static int test_schematron(void); static int test_tree(void); static int test_uri(void); static int test_valid(void); static int test_xinclude(void); static int test_xmlIO(void); static int test_xmlautomata(void); static int test_xmlerror(void); static int test_xmlmodule(void); static int test_xmlreader(void); static int test_xmlregexp(void); static int test_xmlsave(void); static int test_xmlschemas(void); static int test_xmlschemastypes(void); static int test_xmlstring(void); static int test_xmlunicode(void); static int test_xmlwriter(void); static int test_xpath(void); static int test_xpathInternals(void); static int test_xpointer(void); /** * testlibxml2: * * Main entry point of the tester for the full libxml2 module, * it calls all the tester entry point for each module. * * Returns the number of error found */ static int testlibxml2(void) { int test_ret = 0; test_ret += test_HTMLparser(); test_ret += test_HTMLtree(); test_ret += test_SAX2(); test_ret += test_c14n(); test_ret += test_catalog(); test_ret += test_chvalid(); test_ret += test_debugXML(); test_ret += test_dict(); test_ret += test_encoding(); test_ret += test_entities(); test_ret += test_hash(); test_ret += test_list(); test_ret += test_nanoftp(); test_ret += test_nanohttp(); test_ret += test_parser(); test_ret += test_parserInternals(); test_ret += test_pattern(); test_ret += test_relaxng(); test_ret += test_schemasInternals(); test_ret += test_schematron(); test_ret += test_tree(); test_ret += test_uri(); test_ret += test_valid(); test_ret += test_xinclude(); test_ret += test_xmlIO(); test_ret += test_xmlautomata(); test_ret += test_xmlerror(); test_ret += test_xmlmodule(); test_ret += test_xmlreader(); test_ret += test_xmlregexp(); test_ret += test_xmlsave(); test_ret += test_xmlschemas(); test_ret += test_xmlschemastypes(); test_ret += test_xmlstring(); test_ret += test_xmlunicode(); test_ret += test_xmlwriter(); test_ret += test_xpath(); test_ret += test_xpathInternals(); test_ret += test_xpointer(); printf("Total: %d functions, %d tests, %d errors\n", function_tests, call_tests, test_ret); return(test_ret); } static int test_UTF8ToHtml(void) { int test_ret = 0; #if defined(LIBXML_HTML_ENABLED) int mem_base; int ret_val; unsigned char * out; /* a pointer to an array of bytes to store the result */ int n_out; int * outlen; /* the length of @out */ int n_outlen; unsigned char * in; /* a pointer to an array of UTF-8 chars */ int n_in; int * inlen; /* the length of @in */ int n_inlen; for (n_out = 0;n_out < gen_nb_unsigned_char_ptr;n_out++) { for (n_outlen = 0;n_outlen < gen_nb_int_ptr;n_outlen++) { for (n_in = 0;n_in < gen_nb_const_unsigned_char_ptr;n_in++) { for (n_inlen = 0;n_inlen < gen_nb_int_ptr;n_inlen++) { mem_base = xmlMemBlocks(); out = gen_unsigned_char_ptr(n_out, 0); outlen = gen_int_ptr(n_outlen, 1); in = gen_const_unsigned_char_ptr(n_in, 2); inlen = gen_int_ptr(n_inlen, 3); ret_val = UTF8ToHtml(out, outlen, (const unsigned char *)in, inlen); desret_int(ret_val); call_tests++; des_unsigned_char_ptr(n_out, out, 0); des_int_ptr(n_outlen, outlen, 1); des_const_unsigned_char_ptr(n_in, (const unsigned char *)in, 2); des_int_ptr(n_inlen, inlen, 3); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in UTF8ToHtml", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_out); printf(" %d", n_outlen); printf(" %d", n_in); printf(" %d", n_inlen); printf("\n"); } } } } } function_tests++; #endif return(test_ret); } #ifdef LIBXML_HTML_ENABLED #define gen_nb_const_htmlElemDesc_ptr 1 static htmlElemDesc * gen_const_htmlElemDesc_ptr(int no ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { return(NULL); } static void des_const_htmlElemDesc_ptr(int no ATTRIBUTE_UNUSED, const htmlElemDesc * val ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { } #endif static int test_htmlAttrAllowed(void) { int test_ret = 0; #if defined(LIBXML_HTML_ENABLED) int mem_base; htmlStatus ret_val; htmlElemDesc * elt; /* HTML element */ int n_elt; xmlChar * attr; /* HTML attribute */ int n_attr; int legacy; /* whether to allow deprecated attributes */ int n_legacy; for (n_elt = 0;n_elt < gen_nb_const_htmlElemDesc_ptr;n_elt++) { for (n_attr = 0;n_attr < gen_nb_const_xmlChar_ptr;n_attr++) { for (n_legacy = 0;n_legacy < gen_nb_int;n_legacy++) { mem_base = xmlMemBlocks(); elt = gen_const_htmlElemDesc_ptr(n_elt, 0); attr = gen_const_xmlChar_ptr(n_attr, 1); legacy = gen_int(n_legacy, 2); ret_val = htmlAttrAllowed((const htmlElemDesc *)elt, (const xmlChar *)attr, legacy); desret_htmlStatus(ret_val); call_tests++; des_const_htmlElemDesc_ptr(n_elt, (const htmlElemDesc *)elt, 0); des_const_xmlChar_ptr(n_attr, (const xmlChar *)attr, 1); des_int(n_legacy, legacy, 2); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in htmlAttrAllowed", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_elt); printf(" %d", n_attr); printf(" %d", n_legacy); printf("\n"); } } } } function_tests++; #endif return(test_ret); } #ifdef LIBXML_HTML_ENABLED #define gen_nb_htmlNodePtr 1 static htmlNodePtr gen_htmlNodePtr(int no ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { return(NULL); } static void des_htmlNodePtr(int no ATTRIBUTE_UNUSED, htmlNodePtr val ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { } #endif static int test_htmlAutoCloseTag(void) { int test_ret = 0; #if defined(LIBXML_HTML_ENABLED) int mem_base; int ret_val; htmlDocPtr doc; /* the HTML document */ int n_doc; xmlChar * name; /* The tag name */ int n_name; htmlNodePtr elem; /* the HTML element */ int n_elem; for (n_doc = 0;n_doc < gen_nb_htmlDocPtr;n_doc++) { for (n_name = 0;n_name < gen_nb_const_xmlChar_ptr;n_name++) { for (n_elem = 0;n_elem < gen_nb_htmlNodePtr;n_elem++) { mem_base = xmlMemBlocks(); doc = gen_htmlDocPtr(n_doc, 0); name = gen_const_xmlChar_ptr(n_name, 1); elem = gen_htmlNodePtr(n_elem, 2); ret_val = htmlAutoCloseTag(doc, (const xmlChar *)name, elem); desret_int(ret_val); call_tests++; des_htmlDocPtr(n_doc, doc, 0); des_const_xmlChar_ptr(n_name, (const xmlChar *)name, 1); des_htmlNodePtr(n_elem, elem, 2); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in htmlAutoCloseTag", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_doc); printf(" %d", n_name); printf(" %d", n_elem); printf("\n"); } } } } function_tests++; #endif return(test_ret); } static int test_htmlCreateMemoryParserCtxt(void) { int test_ret = 0; #if defined(LIBXML_HTML_ENABLED) int mem_base; htmlParserCtxtPtr ret_val; char * buffer; /* a pointer to a char array */ int n_buffer; int size; /* the size of the array */ int n_size; for (n_buffer = 0;n_buffer < gen_nb_const_char_ptr;n_buffer++) { for (n_size = 0;n_size < gen_nb_int;n_size++) { mem_base = xmlMemBlocks(); buffer = gen_const_char_ptr(n_buffer, 0); size = gen_int(n_size, 1); if ((buffer != NULL) && (size > (int) strlen((const char *) buffer) + 1)) continue; ret_val = htmlCreateMemoryParserCtxt((const char *)buffer, size); desret_htmlParserCtxtPtr(ret_val); call_tests++; des_const_char_ptr(n_buffer, (const char *)buffer, 0); des_int(n_size, size, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in htmlCreateMemoryParserCtxt", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_buffer); printf(" %d", n_size); printf("\n"); } } } function_tests++; #endif return(test_ret); } #ifdef LIBXML_HTML_ENABLED #define gen_nb_htmlSAXHandlerPtr 1 static htmlSAXHandlerPtr gen_htmlSAXHandlerPtr(int no ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { return(NULL); } static void des_htmlSAXHandlerPtr(int no ATTRIBUTE_UNUSED, htmlSAXHandlerPtr val ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { } #endif static int test_htmlCreatePushParserCtxt(void) { int test_ret = 0; #if defined(LIBXML_HTML_ENABLED) && defined(LIBXML_PUSH_ENABLED) int mem_base; htmlParserCtxtPtr ret_val; htmlSAXHandlerPtr sax; /* a SAX handler */ int n_sax; void * user_data; /* The user data returned on SAX callbacks */ int n_user_data; char * chunk; /* a pointer to an array of chars */ int n_chunk; int size; /* number of chars in the array */ int n_size; const char * filename; /* an optional file name or URI */ int n_filename; xmlCharEncoding enc; /* an optional encoding */ int n_enc; for (n_sax = 0;n_sax < gen_nb_htmlSAXHandlerPtr;n_sax++) { for (n_user_data = 0;n_user_data < gen_nb_userdata;n_user_data++) { for (n_chunk = 0;n_chunk < gen_nb_const_char_ptr;n_chunk++) { for (n_size = 0;n_size < gen_nb_int;n_size++) { for (n_filename = 0;n_filename < gen_nb_fileoutput;n_filename++) { for (n_enc = 0;n_enc < gen_nb_xmlCharEncoding;n_enc++) { mem_base = xmlMemBlocks(); sax = gen_htmlSAXHandlerPtr(n_sax, 0); user_data = gen_userdata(n_user_data, 1); chunk = gen_const_char_ptr(n_chunk, 2); size = gen_int(n_size, 3); filename = gen_fileoutput(n_filename, 4); enc = gen_xmlCharEncoding(n_enc, 5); if ((chunk != NULL) && (size > (int) strlen((const char *) chunk) + 1)) continue; ret_val = htmlCreatePushParserCtxt(sax, user_data, (const char *)chunk, size, filename, enc); desret_htmlParserCtxtPtr(ret_val); call_tests++; des_htmlSAXHandlerPtr(n_sax, sax, 0); des_userdata(n_user_data, user_data, 1); des_const_char_ptr(n_chunk, (const char *)chunk, 2); des_int(n_size, size, 3); des_fileoutput(n_filename, filename, 4); des_xmlCharEncoding(n_enc, enc, 5); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in htmlCreatePushParserCtxt", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_sax); printf(" %d", n_user_data); printf(" %d", n_chunk); printf(" %d", n_size); printf(" %d", n_filename); printf(" %d", n_enc); printf("\n"); } } } } } } } function_tests++; #endif return(test_ret); } static int test_htmlCtxtReadDoc(void) { int test_ret = 0; #if defined(LIBXML_HTML_ENABLED) int mem_base; htmlDocPtr ret_val; htmlParserCtxtPtr ctxt; /* an HTML parser context */ int n_ctxt; xmlChar * cur; /* a pointer to a zero terminated string */ int n_cur; const char * URL; /* the base URL to use for the document */ int n_URL; char * encoding; /* the document encoding, or NULL */ int n_encoding; int options; /* a combination of htmlParserOption(s) */ int n_options; for (n_ctxt = 0;n_ctxt < gen_nb_htmlParserCtxtPtr;n_ctxt++) { for (n_cur = 0;n_cur < gen_nb_const_xmlChar_ptr;n_cur++) { for (n_URL = 0;n_URL < gen_nb_filepath;n_URL++) { for (n_encoding = 0;n_encoding < gen_nb_const_char_ptr;n_encoding++) { for (n_options = 0;n_options < gen_nb_int;n_options++) { mem_base = xmlMemBlocks(); ctxt = gen_htmlParserCtxtPtr(n_ctxt, 0); cur = gen_const_xmlChar_ptr(n_cur, 1); URL = gen_filepath(n_URL, 2); encoding = gen_const_char_ptr(n_encoding, 3); options = gen_int(n_options, 4); ret_val = htmlCtxtReadDoc(ctxt, (const xmlChar *)cur, URL, (const char *)encoding, options); desret_htmlDocPtr(ret_val); call_tests++; des_htmlParserCtxtPtr(n_ctxt, ctxt, 0); des_const_xmlChar_ptr(n_cur, (const xmlChar *)cur, 1); des_filepath(n_URL, URL, 2); des_const_char_ptr(n_encoding, (const char *)encoding, 3); des_int(n_options, options, 4); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in htmlCtxtReadDoc", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf(" %d", n_cur); printf(" %d", n_URL); printf(" %d", n_encoding); printf(" %d", n_options); printf("\n"); } } } } } } function_tests++; #endif return(test_ret); } static int test_htmlCtxtReadFile(void) { int test_ret = 0; #if defined(LIBXML_HTML_ENABLED) htmlDocPtr ret_val; htmlParserCtxtPtr ctxt; /* an HTML parser context */ int n_ctxt; const char * filename; /* a file or URL */ int n_filename; char * encoding; /* the document encoding, or NULL */ int n_encoding; int options; /* a combination of htmlParserOption(s) */ int n_options; for (n_ctxt = 0;n_ctxt < gen_nb_htmlParserCtxtPtr;n_ctxt++) { for (n_filename = 0;n_filename < gen_nb_filepath;n_filename++) { for (n_encoding = 0;n_encoding < gen_nb_const_char_ptr;n_encoding++) { for (n_options = 0;n_options < gen_nb_int;n_options++) { ctxt = gen_htmlParserCtxtPtr(n_ctxt, 0); filename = gen_filepath(n_filename, 1); encoding = gen_const_char_ptr(n_encoding, 2); options = gen_int(n_options, 3); ret_val = htmlCtxtReadFile(ctxt, filename, (const char *)encoding, options); desret_htmlDocPtr(ret_val); call_tests++; des_htmlParserCtxtPtr(n_ctxt, ctxt, 0); des_filepath(n_filename, filename, 1); des_const_char_ptr(n_encoding, (const char *)encoding, 2); des_int(n_options, options, 3); xmlResetLastError(); } } } } function_tests++; #endif return(test_ret); } static int test_htmlCtxtReadMemory(void) { int test_ret = 0; #if defined(LIBXML_HTML_ENABLED) int mem_base; htmlDocPtr ret_val; htmlParserCtxtPtr ctxt; /* an HTML parser context */ int n_ctxt; char * buffer; /* a pointer to a char array */ int n_buffer; int size; /* the size of the array */ int n_size; const char * URL; /* the base URL to use for the document */ int n_URL; char * encoding; /* the document encoding, or NULL */ int n_encoding; int options; /* a combination of htmlParserOption(s) */ int n_options; for (n_ctxt = 0;n_ctxt < gen_nb_htmlParserCtxtPtr;n_ctxt++) { for (n_buffer = 0;n_buffer < gen_nb_const_char_ptr;n_buffer++) { for (n_size = 0;n_size < gen_nb_int;n_size++) { for (n_URL = 0;n_URL < gen_nb_filepath;n_URL++) { for (n_encoding = 0;n_encoding < gen_nb_const_char_ptr;n_encoding++) { for (n_options = 0;n_options < gen_nb_int;n_options++) { mem_base = xmlMemBlocks(); ctxt = gen_htmlParserCtxtPtr(n_ctxt, 0); buffer = gen_const_char_ptr(n_buffer, 1); size = gen_int(n_size, 2); URL = gen_filepath(n_URL, 3); encoding = gen_const_char_ptr(n_encoding, 4); options = gen_int(n_options, 5); if ((buffer != NULL) && (size > (int) strlen((const char *) buffer) + 1)) continue; ret_val = htmlCtxtReadMemory(ctxt, (const char *)buffer, size, URL, (const char *)encoding, options); desret_htmlDocPtr(ret_val); call_tests++; des_htmlParserCtxtPtr(n_ctxt, ctxt, 0); des_const_char_ptr(n_buffer, (const char *)buffer, 1); des_int(n_size, size, 2); des_filepath(n_URL, URL, 3); des_const_char_ptr(n_encoding, (const char *)encoding, 4); des_int(n_options, options, 5); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in htmlCtxtReadMemory", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf(" %d", n_buffer); printf(" %d", n_size); printf(" %d", n_URL); printf(" %d", n_encoding); printf(" %d", n_options); printf("\n"); } } } } } } } function_tests++; #endif return(test_ret); } static int test_htmlCtxtReset(void) { int test_ret = 0; #if defined(LIBXML_HTML_ENABLED) int mem_base; htmlParserCtxtPtr ctxt; /* an HTML parser context */ int n_ctxt; for (n_ctxt = 0;n_ctxt < gen_nb_htmlParserCtxtPtr;n_ctxt++) { mem_base = xmlMemBlocks(); ctxt = gen_htmlParserCtxtPtr(n_ctxt, 0); htmlCtxtReset(ctxt); call_tests++; des_htmlParserCtxtPtr(n_ctxt, ctxt, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in htmlCtxtReset", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_htmlCtxtUseOptions(void) { int test_ret = 0; #if defined(LIBXML_HTML_ENABLED) int mem_base; int ret_val; htmlParserCtxtPtr ctxt; /* an HTML parser context */ int n_ctxt; int options; /* a combination of htmlParserOption(s) */ int n_options; for (n_ctxt = 0;n_ctxt < gen_nb_htmlParserCtxtPtr;n_ctxt++) { for (n_options = 0;n_options < gen_nb_int;n_options++) { mem_base = xmlMemBlocks(); ctxt = gen_htmlParserCtxtPtr(n_ctxt, 0); options = gen_int(n_options, 1); ret_val = htmlCtxtUseOptions(ctxt, options); desret_int(ret_val); call_tests++; des_htmlParserCtxtPtr(n_ctxt, ctxt, 0); des_int(n_options, options, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in htmlCtxtUseOptions", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf(" %d", n_options); printf("\n"); } } } function_tests++; #endif return(test_ret); } static int test_htmlElementAllowedHere(void) { int test_ret = 0; #if defined(LIBXML_HTML_ENABLED) int mem_base; int ret_val; htmlElemDesc * parent; /* HTML parent element */ int n_parent; xmlChar * elt; /* HTML element */ int n_elt; for (n_parent = 0;n_parent < gen_nb_const_htmlElemDesc_ptr;n_parent++) { for (n_elt = 0;n_elt < gen_nb_const_xmlChar_ptr;n_elt++) { mem_base = xmlMemBlocks(); parent = gen_const_htmlElemDesc_ptr(n_parent, 0); elt = gen_const_xmlChar_ptr(n_elt, 1); ret_val = htmlElementAllowedHere((const htmlElemDesc *)parent, (const xmlChar *)elt); desret_int(ret_val); call_tests++; des_const_htmlElemDesc_ptr(n_parent, (const htmlElemDesc *)parent, 0); des_const_xmlChar_ptr(n_elt, (const xmlChar *)elt, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in htmlElementAllowedHere", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_parent); printf(" %d", n_elt); printf("\n"); } } } function_tests++; #endif return(test_ret); } static int test_htmlElementStatusHere(void) { int test_ret = 0; #if defined(LIBXML_HTML_ENABLED) int mem_base; htmlStatus ret_val; htmlElemDesc * parent; /* HTML parent element */ int n_parent; htmlElemDesc * elt; /* HTML element */ int n_elt; for (n_parent = 0;n_parent < gen_nb_const_htmlElemDesc_ptr;n_parent++) { for (n_elt = 0;n_elt < gen_nb_const_htmlElemDesc_ptr;n_elt++) { mem_base = xmlMemBlocks(); parent = gen_const_htmlElemDesc_ptr(n_parent, 0); elt = gen_const_htmlElemDesc_ptr(n_elt, 1); ret_val = htmlElementStatusHere((const htmlElemDesc *)parent, (const htmlElemDesc *)elt); desret_htmlStatus(ret_val); call_tests++; des_const_htmlElemDesc_ptr(n_parent, (const htmlElemDesc *)parent, 0); des_const_htmlElemDesc_ptr(n_elt, (const htmlElemDesc *)elt, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in htmlElementStatusHere", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_parent); printf(" %d", n_elt); printf("\n"); } } } function_tests++; #endif return(test_ret); } static int test_htmlEncodeEntities(void) { int test_ret = 0; #if defined(LIBXML_HTML_ENABLED) int mem_base; int ret_val; unsigned char * out; /* a pointer to an array of bytes to store the result */ int n_out; int * outlen; /* the length of @out */ int n_outlen; unsigned char * in; /* a pointer to an array of UTF-8 chars */ int n_in; int * inlen; /* the length of @in */ int n_inlen; int quoteChar; /* the quote character to escape (' or ") or zero. */ int n_quoteChar; for (n_out = 0;n_out < gen_nb_unsigned_char_ptr;n_out++) { for (n_outlen = 0;n_outlen < gen_nb_int_ptr;n_outlen++) { for (n_in = 0;n_in < gen_nb_const_unsigned_char_ptr;n_in++) { for (n_inlen = 0;n_inlen < gen_nb_int_ptr;n_inlen++) { for (n_quoteChar = 0;n_quoteChar < gen_nb_int;n_quoteChar++) { mem_base = xmlMemBlocks(); out = gen_unsigned_char_ptr(n_out, 0); outlen = gen_int_ptr(n_outlen, 1); in = gen_const_unsigned_char_ptr(n_in, 2); inlen = gen_int_ptr(n_inlen, 3); quoteChar = gen_int(n_quoteChar, 4); ret_val = htmlEncodeEntities(out, outlen, (const unsigned char *)in, inlen, quoteChar); desret_int(ret_val); call_tests++; des_unsigned_char_ptr(n_out, out, 0); des_int_ptr(n_outlen, outlen, 1); des_const_unsigned_char_ptr(n_in, (const unsigned char *)in, 2); des_int_ptr(n_inlen, inlen, 3); des_int(n_quoteChar, quoteChar, 4); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in htmlEncodeEntities", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_out); printf(" %d", n_outlen); printf(" %d", n_in); printf(" %d", n_inlen); printf(" %d", n_quoteChar); printf("\n"); } } } } } } function_tests++; #endif return(test_ret); } static int test_htmlEntityLookup(void) { int test_ret = 0; #if defined(LIBXML_HTML_ENABLED) int mem_base; const htmlEntityDesc * ret_val; xmlChar * name; /* the entity name */ int n_name; for (n_name = 0;n_name < gen_nb_const_xmlChar_ptr;n_name++) { mem_base = xmlMemBlocks(); name = gen_const_xmlChar_ptr(n_name, 0); ret_val = htmlEntityLookup((const xmlChar *)name); desret_const_htmlEntityDesc_ptr(ret_val); call_tests++; des_const_xmlChar_ptr(n_name, (const xmlChar *)name, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in htmlEntityLookup", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_name); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_htmlEntityValueLookup(void) { int test_ret = 0; #if defined(LIBXML_HTML_ENABLED) int mem_base; const htmlEntityDesc * ret_val; unsigned int value; /* the entity's unicode value */ int n_value; for (n_value = 0;n_value < gen_nb_unsigned_int;n_value++) { mem_base = xmlMemBlocks(); value = gen_unsigned_int(n_value, 0); ret_val = htmlEntityValueLookup(value); desret_const_htmlEntityDesc_ptr(ret_val); call_tests++; des_unsigned_int(n_value, value, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in htmlEntityValueLookup", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_value); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_htmlHandleOmittedElem(void) { int test_ret = 0; #if defined(LIBXML_HTML_ENABLED) int mem_base; int ret_val; int val; /* int 0 or 1 */ int n_val; for (n_val = 0;n_val < gen_nb_int;n_val++) { mem_base = xmlMemBlocks(); val = gen_int(n_val, 0); ret_val = htmlHandleOmittedElem(val); desret_int(ret_val); call_tests++; des_int(n_val, val, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in htmlHandleOmittedElem", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_val); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_htmlIsAutoClosed(void) { int test_ret = 0; #if defined(LIBXML_HTML_ENABLED) int mem_base; int ret_val; htmlDocPtr doc; /* the HTML document */ int n_doc; htmlNodePtr elem; /* the HTML element */ int n_elem; for (n_doc = 0;n_doc < gen_nb_htmlDocPtr;n_doc++) { for (n_elem = 0;n_elem < gen_nb_htmlNodePtr;n_elem++) { mem_base = xmlMemBlocks(); doc = gen_htmlDocPtr(n_doc, 0); elem = gen_htmlNodePtr(n_elem, 1); ret_val = htmlIsAutoClosed(doc, elem); desret_int(ret_val); call_tests++; des_htmlDocPtr(n_doc, doc, 0); des_htmlNodePtr(n_elem, elem, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in htmlIsAutoClosed", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_doc); printf(" %d", n_elem); printf("\n"); } } } function_tests++; #endif return(test_ret); } static int test_htmlIsScriptAttribute(void) { int test_ret = 0; #if defined(LIBXML_HTML_ENABLED) int mem_base; int ret_val; xmlChar * name; /* an attribute name */ int n_name; for (n_name = 0;n_name < gen_nb_const_xmlChar_ptr;n_name++) { mem_base = xmlMemBlocks(); name = gen_const_xmlChar_ptr(n_name, 0); ret_val = htmlIsScriptAttribute((const xmlChar *)name); desret_int(ret_val); call_tests++; des_const_xmlChar_ptr(n_name, (const xmlChar *)name, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in htmlIsScriptAttribute", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_name); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_htmlNewParserCtxt(void) { int test_ret = 0; #if defined(LIBXML_HTML_ENABLED) int mem_base; htmlParserCtxtPtr ret_val; mem_base = xmlMemBlocks(); ret_val = htmlNewParserCtxt(); desret_htmlParserCtxtPtr(ret_val); call_tests++; xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in htmlNewParserCtxt", xmlMemBlocks() - mem_base); test_ret++; printf("\n"); } function_tests++; #endif return(test_ret); } static int test_htmlNodeStatus(void) { int test_ret = 0; #if defined(LIBXML_HTML_ENABLED) int mem_base; htmlStatus ret_val; htmlNodePtr node; /* an htmlNodePtr in a tree */ int n_node; int legacy; /* whether to allow deprecated elements (YES is faster here for Element nodes) */ int n_legacy; for (n_node = 0;n_node < gen_nb_const_htmlNodePtr;n_node++) { for (n_legacy = 0;n_legacy < gen_nb_int;n_legacy++) { mem_base = xmlMemBlocks(); node = gen_const_htmlNodePtr(n_node, 0); legacy = gen_int(n_legacy, 1); ret_val = htmlNodeStatus((const htmlNodePtr)node, legacy); desret_htmlStatus(ret_val); call_tests++; des_const_htmlNodePtr(n_node, (const htmlNodePtr)node, 0); des_int(n_legacy, legacy, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in htmlNodeStatus", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_node); printf(" %d", n_legacy); printf("\n"); } } } function_tests++; #endif return(test_ret); } static int test_htmlParseCharRef(void) { int test_ret = 0; #if defined(LIBXML_HTML_ENABLED) int mem_base; int ret_val; htmlParserCtxtPtr ctxt; /* an HTML parser context */ int n_ctxt; for (n_ctxt = 0;n_ctxt < gen_nb_htmlParserCtxtPtr;n_ctxt++) { mem_base = xmlMemBlocks(); ctxt = gen_htmlParserCtxtPtr(n_ctxt, 0); ret_val = htmlParseCharRef(ctxt); desret_int(ret_val); call_tests++; des_htmlParserCtxtPtr(n_ctxt, ctxt, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in htmlParseCharRef", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_htmlParseChunk(void) { int test_ret = 0; #if defined(LIBXML_HTML_ENABLED) && defined(LIBXML_PUSH_ENABLED) int mem_base; int ret_val; htmlParserCtxtPtr ctxt; /* an HTML parser context */ int n_ctxt; char * chunk; /* an char array */ int n_chunk; int size; /* the size in byte of the chunk */ int n_size; int terminate; /* last chunk indicator */ int n_terminate; for (n_ctxt = 0;n_ctxt < gen_nb_htmlParserCtxtPtr;n_ctxt++) { for (n_chunk = 0;n_chunk < gen_nb_const_char_ptr;n_chunk++) { for (n_size = 0;n_size < gen_nb_int;n_size++) { for (n_terminate = 0;n_terminate < gen_nb_int;n_terminate++) { mem_base = xmlMemBlocks(); ctxt = gen_htmlParserCtxtPtr(n_ctxt, 0); chunk = gen_const_char_ptr(n_chunk, 1); size = gen_int(n_size, 2); terminate = gen_int(n_terminate, 3); if ((chunk != NULL) && (size > (int) strlen((const char *) chunk) + 1)) continue; ret_val = htmlParseChunk(ctxt, (const char *)chunk, size, terminate); if (ctxt != NULL) {xmlFreeDoc(ctxt->myDoc); ctxt->myDoc = NULL;} desret_int(ret_val); call_tests++; des_htmlParserCtxtPtr(n_ctxt, ctxt, 0); des_const_char_ptr(n_chunk, (const char *)chunk, 1); des_int(n_size, size, 2); des_int(n_terminate, terminate, 3); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in htmlParseChunk", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf(" %d", n_chunk); printf(" %d", n_size); printf(" %d", n_terminate); printf("\n"); } } } } } function_tests++; #endif return(test_ret); } static int test_htmlParseDoc(void) { int test_ret = 0; #if defined(LIBXML_HTML_ENABLED) int mem_base; htmlDocPtr ret_val; xmlChar * cur; /* a pointer to an array of xmlChar */ int n_cur; char * encoding; /* a free form C string describing the HTML document encoding, or NULL */ int n_encoding; for (n_cur = 0;n_cur < gen_nb_const_xmlChar_ptr;n_cur++) { for (n_encoding = 0;n_encoding < gen_nb_const_char_ptr;n_encoding++) { mem_base = xmlMemBlocks(); cur = gen_const_xmlChar_ptr(n_cur, 0); encoding = gen_const_char_ptr(n_encoding, 1); ret_val = htmlParseDoc((const xmlChar *)cur, (const char *)encoding); desret_htmlDocPtr(ret_val); call_tests++; des_const_xmlChar_ptr(n_cur, (const xmlChar *)cur, 0); des_const_char_ptr(n_encoding, (const char *)encoding, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in htmlParseDoc", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_cur); printf(" %d", n_encoding); printf("\n"); } } } function_tests++; #endif return(test_ret); } static int test_htmlParseDocument(void) { int test_ret = 0; #if defined(LIBXML_HTML_ENABLED) int mem_base; int ret_val; htmlParserCtxtPtr ctxt; /* an HTML parser context */ int n_ctxt; for (n_ctxt = 0;n_ctxt < gen_nb_htmlParserCtxtPtr;n_ctxt++) { mem_base = xmlMemBlocks(); ctxt = gen_htmlParserCtxtPtr(n_ctxt, 0); ret_val = htmlParseDocument(ctxt); if (ctxt != NULL) {xmlFreeDoc(ctxt->myDoc); ctxt->myDoc = NULL;} desret_int(ret_val); call_tests++; des_htmlParserCtxtPtr(n_ctxt, ctxt, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in htmlParseDocument", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_htmlParseElement(void) { int test_ret = 0; #if defined(LIBXML_HTML_ENABLED) int mem_base; htmlParserCtxtPtr ctxt; /* an HTML parser context */ int n_ctxt; for (n_ctxt = 0;n_ctxt < gen_nb_htmlParserCtxtPtr;n_ctxt++) { mem_base = xmlMemBlocks(); ctxt = gen_htmlParserCtxtPtr(n_ctxt, 0); htmlParseElement(ctxt); call_tests++; des_htmlParserCtxtPtr(n_ctxt, ctxt, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in htmlParseElement", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_htmlParseEntityRef(void) { int test_ret = 0; #if defined(LIBXML_HTML_ENABLED) int mem_base; const htmlEntityDesc * ret_val; htmlParserCtxtPtr ctxt; /* an HTML parser context */ int n_ctxt; xmlChar ** str; /* location to store the entity name */ int n_str; for (n_ctxt = 0;n_ctxt < gen_nb_htmlParserCtxtPtr;n_ctxt++) { for (n_str = 0;n_str < gen_nb_const_xmlChar_ptr_ptr;n_str++) { mem_base = xmlMemBlocks(); ctxt = gen_htmlParserCtxtPtr(n_ctxt, 0); str = gen_const_xmlChar_ptr_ptr(n_str, 1); ret_val = htmlParseEntityRef(ctxt, (const xmlChar **)str); desret_const_htmlEntityDesc_ptr(ret_val); call_tests++; des_htmlParserCtxtPtr(n_ctxt, ctxt, 0); des_const_xmlChar_ptr_ptr(n_str, (const xmlChar **)str, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in htmlParseEntityRef", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf(" %d", n_str); printf("\n"); } } } function_tests++; #endif return(test_ret); } static int test_htmlParseFile(void) { int test_ret = 0; #if defined(LIBXML_HTML_ENABLED) htmlDocPtr ret_val; const char * filename; /* the filename */ int n_filename; char * encoding; /* a free form C string describing the HTML document encoding, or NULL */ int n_encoding; for (n_filename = 0;n_filename < gen_nb_filepath;n_filename++) { for (n_encoding = 0;n_encoding < gen_nb_const_char_ptr;n_encoding++) { filename = gen_filepath(n_filename, 0); encoding = gen_const_char_ptr(n_encoding, 1); ret_val = htmlParseFile(filename, (const char *)encoding); desret_htmlDocPtr(ret_val); call_tests++; des_filepath(n_filename, filename, 0); des_const_char_ptr(n_encoding, (const char *)encoding, 1); xmlResetLastError(); } } function_tests++; #endif return(test_ret); } static int test_htmlReadDoc(void) { int test_ret = 0; #if defined(LIBXML_HTML_ENABLED) int mem_base; htmlDocPtr ret_val; xmlChar * cur; /* a pointer to a zero terminated string */ int n_cur; const char * URL; /* the base URL to use for the document */ int n_URL; char * encoding; /* the document encoding, or NULL */ int n_encoding; int options; /* a combination of htmlParserOption(s) */ int n_options; for (n_cur = 0;n_cur < gen_nb_const_xmlChar_ptr;n_cur++) { for (n_URL = 0;n_URL < gen_nb_filepath;n_URL++) { for (n_encoding = 0;n_encoding < gen_nb_const_char_ptr;n_encoding++) { for (n_options = 0;n_options < gen_nb_int;n_options++) { mem_base = xmlMemBlocks(); cur = gen_const_xmlChar_ptr(n_cur, 0); URL = gen_filepath(n_URL, 1); encoding = gen_const_char_ptr(n_encoding, 2); options = gen_int(n_options, 3); ret_val = htmlReadDoc((const xmlChar *)cur, URL, (const char *)encoding, options); desret_htmlDocPtr(ret_val); call_tests++; des_const_xmlChar_ptr(n_cur, (const xmlChar *)cur, 0); des_filepath(n_URL, URL, 1); des_const_char_ptr(n_encoding, (const char *)encoding, 2); des_int(n_options, options, 3); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in htmlReadDoc", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_cur); printf(" %d", n_URL); printf(" %d", n_encoding); printf(" %d", n_options); printf("\n"); } } } } } function_tests++; #endif return(test_ret); } static int test_htmlReadFile(void) { int test_ret = 0; #if defined(LIBXML_HTML_ENABLED) int mem_base; htmlDocPtr ret_val; const char * filename; /* a file or URL */ int n_filename; char * encoding; /* the document encoding, or NULL */ int n_encoding; int options; /* a combination of htmlParserOption(s) */ int n_options; for (n_filename = 0;n_filename < gen_nb_filepath;n_filename++) { for (n_encoding = 0;n_encoding < gen_nb_const_char_ptr;n_encoding++) { for (n_options = 0;n_options < gen_nb_int;n_options++) { mem_base = xmlMemBlocks(); filename = gen_filepath(n_filename, 0); encoding = gen_const_char_ptr(n_encoding, 1); options = gen_int(n_options, 2); ret_val = htmlReadFile(filename, (const char *)encoding, options); desret_htmlDocPtr(ret_val); call_tests++; des_filepath(n_filename, filename, 0); des_const_char_ptr(n_encoding, (const char *)encoding, 1); des_int(n_options, options, 2); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in htmlReadFile", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_filename); printf(" %d", n_encoding); printf(" %d", n_options); printf("\n"); } } } } function_tests++; #endif return(test_ret); } static int test_htmlReadMemory(void) { int test_ret = 0; #if defined(LIBXML_HTML_ENABLED) int mem_base; htmlDocPtr ret_val; char * buffer; /* a pointer to a char array */ int n_buffer; int size; /* the size of the array */ int n_size; const char * URL; /* the base URL to use for the document */ int n_URL; char * encoding; /* the document encoding, or NULL */ int n_encoding; int options; /* a combination of htmlParserOption(s) */ int n_options; for (n_buffer = 0;n_buffer < gen_nb_const_char_ptr;n_buffer++) { for (n_size = 0;n_size < gen_nb_int;n_size++) { for (n_URL = 0;n_URL < gen_nb_filepath;n_URL++) { for (n_encoding = 0;n_encoding < gen_nb_const_char_ptr;n_encoding++) { for (n_options = 0;n_options < gen_nb_int;n_options++) { mem_base = xmlMemBlocks(); buffer = gen_const_char_ptr(n_buffer, 0); size = gen_int(n_size, 1); URL = gen_filepath(n_URL, 2); encoding = gen_const_char_ptr(n_encoding, 3); options = gen_int(n_options, 4); if ((buffer != NULL) && (size > (int) strlen((const char *) buffer) + 1)) continue; ret_val = htmlReadMemory((const char *)buffer, size, URL, (const char *)encoding, options); desret_htmlDocPtr(ret_val); call_tests++; des_const_char_ptr(n_buffer, (const char *)buffer, 0); des_int(n_size, size, 1); des_filepath(n_URL, URL, 2); des_const_char_ptr(n_encoding, (const char *)encoding, 3); des_int(n_options, options, 4); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in htmlReadMemory", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_buffer); printf(" %d", n_size); printf(" %d", n_URL); printf(" %d", n_encoding); printf(" %d", n_options); printf("\n"); } } } } } } function_tests++; #endif return(test_ret); } static int test_htmlSAXParseDoc(void) { int test_ret = 0; #if defined(LIBXML_HTML_ENABLED) int mem_base; htmlDocPtr ret_val; xmlChar * cur; /* a pointer to an array of xmlChar */ int n_cur; char * encoding; /* a free form C string describing the HTML document encoding, or NULL */ int n_encoding; htmlSAXHandlerPtr sax; /* the SAX handler block */ int n_sax; void * userData; /* if using SAX, this pointer will be provided on callbacks. */ int n_userData; for (n_cur = 0;n_cur < gen_nb_const_xmlChar_ptr;n_cur++) { for (n_encoding = 0;n_encoding < gen_nb_const_char_ptr;n_encoding++) { for (n_sax = 0;n_sax < gen_nb_htmlSAXHandlerPtr;n_sax++) { for (n_userData = 0;n_userData < gen_nb_userdata;n_userData++) { mem_base = xmlMemBlocks(); cur = gen_const_xmlChar_ptr(n_cur, 0); encoding = gen_const_char_ptr(n_encoding, 1); sax = gen_htmlSAXHandlerPtr(n_sax, 2); userData = gen_userdata(n_userData, 3); ret_val = htmlSAXParseDoc((const xmlChar *)cur, (const char *)encoding, sax, userData); desret_htmlDocPtr(ret_val); call_tests++; des_const_xmlChar_ptr(n_cur, (const xmlChar *)cur, 0); des_const_char_ptr(n_encoding, (const char *)encoding, 1); des_htmlSAXHandlerPtr(n_sax, sax, 2); des_userdata(n_userData, userData, 3); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in htmlSAXParseDoc", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_cur); printf(" %d", n_encoding); printf(" %d", n_sax); printf(" %d", n_userData); printf("\n"); } } } } } function_tests++; #endif return(test_ret); } static int test_htmlSAXParseFile(void) { int test_ret = 0; #if defined(LIBXML_HTML_ENABLED) int mem_base; htmlDocPtr ret_val; const char * filename; /* the filename */ int n_filename; char * encoding; /* a free form C string describing the HTML document encoding, or NULL */ int n_encoding; htmlSAXHandlerPtr sax; /* the SAX handler block */ int n_sax; void * userData; /* if using SAX, this pointer will be provided on callbacks. */ int n_userData; for (n_filename = 0;n_filename < gen_nb_filepath;n_filename++) { for (n_encoding = 0;n_encoding < gen_nb_const_char_ptr;n_encoding++) { for (n_sax = 0;n_sax < gen_nb_htmlSAXHandlerPtr;n_sax++) { for (n_userData = 0;n_userData < gen_nb_userdata;n_userData++) { mem_base = xmlMemBlocks(); filename = gen_filepath(n_filename, 0); encoding = gen_const_char_ptr(n_encoding, 1); sax = gen_htmlSAXHandlerPtr(n_sax, 2); userData = gen_userdata(n_userData, 3); ret_val = htmlSAXParseFile(filename, (const char *)encoding, sax, userData); desret_htmlDocPtr(ret_val); call_tests++; des_filepath(n_filename, filename, 0); des_const_char_ptr(n_encoding, (const char *)encoding, 1); des_htmlSAXHandlerPtr(n_sax, sax, 2); des_userdata(n_userData, userData, 3); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in htmlSAXParseFile", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_filename); printf(" %d", n_encoding); printf(" %d", n_sax); printf(" %d", n_userData); printf("\n"); } } } } } function_tests++; #endif return(test_ret); } static int test_htmlTagLookup(void) { int test_ret = 0; /* missing type support */ return(test_ret); } static int test_HTMLparser(void) { int test_ret = 0; if (quiet == 0) printf("Testing HTMLparser : 32 of 38 functions ...\n"); test_ret += test_UTF8ToHtml(); test_ret += test_htmlAttrAllowed(); test_ret += test_htmlAutoCloseTag(); test_ret += test_htmlCreateMemoryParserCtxt(); test_ret += test_htmlCreatePushParserCtxt(); test_ret += test_htmlCtxtReadDoc(); test_ret += test_htmlCtxtReadFile(); test_ret += test_htmlCtxtReadMemory(); test_ret += test_htmlCtxtReset(); test_ret += test_htmlCtxtUseOptions(); test_ret += test_htmlElementAllowedHere(); test_ret += test_htmlElementStatusHere(); test_ret += test_htmlEncodeEntities(); test_ret += test_htmlEntityLookup(); test_ret += test_htmlEntityValueLookup(); test_ret += test_htmlHandleOmittedElem(); test_ret += test_htmlIsAutoClosed(); test_ret += test_htmlIsScriptAttribute(); test_ret += test_htmlNewParserCtxt(); test_ret += test_htmlNodeStatus(); test_ret += test_htmlParseCharRef(); test_ret += test_htmlParseChunk(); test_ret += test_htmlParseDoc(); test_ret += test_htmlParseDocument(); test_ret += test_htmlParseElement(); test_ret += test_htmlParseEntityRef(); test_ret += test_htmlParseFile(); test_ret += test_htmlReadDoc(); test_ret += test_htmlReadFile(); test_ret += test_htmlReadMemory(); test_ret += test_htmlSAXParseDoc(); test_ret += test_htmlSAXParseFile(); test_ret += test_htmlTagLookup(); if (test_ret != 0) printf("Module HTMLparser: %d errors\n", test_ret); return(test_ret); } static int test_htmlDocContentDumpFormatOutput(void) { int test_ret = 0; #if defined(LIBXML_HTML_ENABLED) && defined(LIBXML_OUTPUT_ENABLED) int mem_base; xmlOutputBufferPtr buf; /* the HTML buffer output */ int n_buf; xmlDocPtr cur; /* the document */ int n_cur; char * encoding; /* the encoding string (unused) */ int n_encoding; int format; /* should formatting spaces been added */ int n_format; for (n_buf = 0;n_buf < gen_nb_xmlOutputBufferPtr;n_buf++) { for (n_cur = 0;n_cur < gen_nb_xmlDocPtr;n_cur++) { for (n_encoding = 0;n_encoding < gen_nb_const_char_ptr;n_encoding++) { for (n_format = 0;n_format < gen_nb_int;n_format++) { mem_base = xmlMemBlocks(); buf = gen_xmlOutputBufferPtr(n_buf, 0); cur = gen_xmlDocPtr(n_cur, 1); encoding = gen_const_char_ptr(n_encoding, 2); format = gen_int(n_format, 3); htmlDocContentDumpFormatOutput(buf, cur, (const char *)encoding, format); call_tests++; des_xmlOutputBufferPtr(n_buf, buf, 0); des_xmlDocPtr(n_cur, cur, 1); des_const_char_ptr(n_encoding, (const char *)encoding, 2); des_int(n_format, format, 3); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in htmlDocContentDumpFormatOutput", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_buf); printf(" %d", n_cur); printf(" %d", n_encoding); printf(" %d", n_format); printf("\n"); } } } } } function_tests++; #endif return(test_ret); } static int test_htmlDocContentDumpOutput(void) { int test_ret = 0; #if defined(LIBXML_HTML_ENABLED) && defined(LIBXML_OUTPUT_ENABLED) int mem_base; xmlOutputBufferPtr buf; /* the HTML buffer output */ int n_buf; xmlDocPtr cur; /* the document */ int n_cur; char * encoding; /* the encoding string (unused) */ int n_encoding; for (n_buf = 0;n_buf < gen_nb_xmlOutputBufferPtr;n_buf++) { for (n_cur = 0;n_cur < gen_nb_xmlDocPtr;n_cur++) { for (n_encoding = 0;n_encoding < gen_nb_const_char_ptr;n_encoding++) { mem_base = xmlMemBlocks(); buf = gen_xmlOutputBufferPtr(n_buf, 0); cur = gen_xmlDocPtr(n_cur, 1); encoding = gen_const_char_ptr(n_encoding, 2); htmlDocContentDumpOutput(buf, cur, (const char *)encoding); call_tests++; des_xmlOutputBufferPtr(n_buf, buf, 0); des_xmlDocPtr(n_cur, cur, 1); des_const_char_ptr(n_encoding, (const char *)encoding, 2); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in htmlDocContentDumpOutput", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_buf); printf(" %d", n_cur); printf(" %d", n_encoding); printf("\n"); } } } } function_tests++; #endif return(test_ret); } static int test_htmlDocDump(void) { int test_ret = 0; #if defined(LIBXML_HTML_ENABLED) && defined(LIBXML_OUTPUT_ENABLED) int mem_base; int ret_val; FILE * f; /* the FILE* */ int n_f; xmlDocPtr cur; /* the document */ int n_cur; for (n_f = 0;n_f < gen_nb_FILE_ptr;n_f++) { for (n_cur = 0;n_cur < gen_nb_xmlDocPtr;n_cur++) { mem_base = xmlMemBlocks(); f = gen_FILE_ptr(n_f, 0); cur = gen_xmlDocPtr(n_cur, 1); ret_val = htmlDocDump(f, cur); desret_int(ret_val); call_tests++; des_FILE_ptr(n_f, f, 0); des_xmlDocPtr(n_cur, cur, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in htmlDocDump", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_f); printf(" %d", n_cur); printf("\n"); } } } function_tests++; #endif return(test_ret); } #define gen_nb_xmlChar_ptr_ptr 1 static xmlChar ** gen_xmlChar_ptr_ptr(int no ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { return(NULL); } static void des_xmlChar_ptr_ptr(int no ATTRIBUTE_UNUSED, xmlChar ** val ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { } static int test_htmlDocDumpMemory(void) { int test_ret = 0; #if defined(LIBXML_HTML_ENABLED) && defined(LIBXML_OUTPUT_ENABLED) int mem_base; xmlDocPtr cur; /* the document */ int n_cur; xmlChar ** mem; /* OUT: the memory pointer */ int n_mem; int * size; /* OUT: the memory length */ int n_size; for (n_cur = 0;n_cur < gen_nb_xmlDocPtr;n_cur++) { for (n_mem = 0;n_mem < gen_nb_xmlChar_ptr_ptr;n_mem++) { for (n_size = 0;n_size < gen_nb_int_ptr;n_size++) { mem_base = xmlMemBlocks(); cur = gen_xmlDocPtr(n_cur, 0); mem = gen_xmlChar_ptr_ptr(n_mem, 1); size = gen_int_ptr(n_size, 2); htmlDocDumpMemory(cur, mem, size); call_tests++; des_xmlDocPtr(n_cur, cur, 0); des_xmlChar_ptr_ptr(n_mem, mem, 1); des_int_ptr(n_size, size, 2); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in htmlDocDumpMemory", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_cur); printf(" %d", n_mem); printf(" %d", n_size); printf("\n"); } } } } function_tests++; #endif return(test_ret); } static int test_htmlDocDumpMemoryFormat(void) { int test_ret = 0; #if defined(LIBXML_HTML_ENABLED) && defined(LIBXML_OUTPUT_ENABLED) int mem_base; xmlDocPtr cur; /* the document */ int n_cur; xmlChar ** mem; /* OUT: the memory pointer */ int n_mem; int * size; /* OUT: the memory length */ int n_size; int format; /* should formatting spaces been added */ int n_format; for (n_cur = 0;n_cur < gen_nb_xmlDocPtr;n_cur++) { for (n_mem = 0;n_mem < gen_nb_xmlChar_ptr_ptr;n_mem++) { for (n_size = 0;n_size < gen_nb_int_ptr;n_size++) { for (n_format = 0;n_format < gen_nb_int;n_format++) { mem_base = xmlMemBlocks(); cur = gen_xmlDocPtr(n_cur, 0); mem = gen_xmlChar_ptr_ptr(n_mem, 1); size = gen_int_ptr(n_size, 2); format = gen_int(n_format, 3); htmlDocDumpMemoryFormat(cur, mem, size, format); call_tests++; des_xmlDocPtr(n_cur, cur, 0); des_xmlChar_ptr_ptr(n_mem, mem, 1); des_int_ptr(n_size, size, 2); des_int(n_format, format, 3); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in htmlDocDumpMemoryFormat", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_cur); printf(" %d", n_mem); printf(" %d", n_size); printf(" %d", n_format); printf("\n"); } } } } } function_tests++; #endif return(test_ret); } static int test_htmlGetMetaEncoding(void) { int test_ret = 0; #if defined(LIBXML_HTML_ENABLED) int mem_base; const xmlChar * ret_val; htmlDocPtr doc; /* the document */ int n_doc; for (n_doc = 0;n_doc < gen_nb_htmlDocPtr;n_doc++) { mem_base = xmlMemBlocks(); doc = gen_htmlDocPtr(n_doc, 0); ret_val = htmlGetMetaEncoding(doc); desret_const_xmlChar_ptr(ret_val); call_tests++; des_htmlDocPtr(n_doc, doc, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in htmlGetMetaEncoding", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_doc); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_htmlIsBooleanAttr(void) { int test_ret = 0; #if defined(LIBXML_HTML_ENABLED) int mem_base; int ret_val; xmlChar * name; /* the name of the attribute to check */ int n_name; for (n_name = 0;n_name < gen_nb_const_xmlChar_ptr;n_name++) { mem_base = xmlMemBlocks(); name = gen_const_xmlChar_ptr(n_name, 0); ret_val = htmlIsBooleanAttr((const xmlChar *)name); desret_int(ret_val); call_tests++; des_const_xmlChar_ptr(n_name, (const xmlChar *)name, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in htmlIsBooleanAttr", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_name); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_htmlNewDoc(void) { int test_ret = 0; #if defined(LIBXML_HTML_ENABLED) int mem_base; htmlDocPtr ret_val; xmlChar * URI; /* URI for the dtd, or NULL */ int n_URI; xmlChar * ExternalID; /* the external ID of the DTD, or NULL */ int n_ExternalID; for (n_URI = 0;n_URI < gen_nb_const_xmlChar_ptr;n_URI++) { for (n_ExternalID = 0;n_ExternalID < gen_nb_const_xmlChar_ptr;n_ExternalID++) { mem_base = xmlMemBlocks(); URI = gen_const_xmlChar_ptr(n_URI, 0); ExternalID = gen_const_xmlChar_ptr(n_ExternalID, 1); ret_val = htmlNewDoc((const xmlChar *)URI, (const xmlChar *)ExternalID); desret_htmlDocPtr(ret_val); call_tests++; des_const_xmlChar_ptr(n_URI, (const xmlChar *)URI, 0); des_const_xmlChar_ptr(n_ExternalID, (const xmlChar *)ExternalID, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in htmlNewDoc", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_URI); printf(" %d", n_ExternalID); printf("\n"); } } } function_tests++; #endif return(test_ret); } static int test_htmlNewDocNoDtD(void) { int test_ret = 0; #if defined(LIBXML_HTML_ENABLED) int mem_base; htmlDocPtr ret_val; xmlChar * URI; /* URI for the dtd, or NULL */ int n_URI; xmlChar * ExternalID; /* the external ID of the DTD, or NULL */ int n_ExternalID; for (n_URI = 0;n_URI < gen_nb_const_xmlChar_ptr;n_URI++) { for (n_ExternalID = 0;n_ExternalID < gen_nb_const_xmlChar_ptr;n_ExternalID++) { mem_base = xmlMemBlocks(); URI = gen_const_xmlChar_ptr(n_URI, 0); ExternalID = gen_const_xmlChar_ptr(n_ExternalID, 1); ret_val = htmlNewDocNoDtD((const xmlChar *)URI, (const xmlChar *)ExternalID); desret_htmlDocPtr(ret_val); call_tests++; des_const_xmlChar_ptr(n_URI, (const xmlChar *)URI, 0); des_const_xmlChar_ptr(n_ExternalID, (const xmlChar *)ExternalID, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in htmlNewDocNoDtD", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_URI); printf(" %d", n_ExternalID); printf("\n"); } } } function_tests++; #endif return(test_ret); } static int test_htmlNodeDump(void) { int test_ret = 0; #if defined(LIBXML_HTML_ENABLED) && defined(LIBXML_OUTPUT_ENABLED) int mem_base; int ret_val; xmlBufferPtr buf; /* the HTML buffer output */ int n_buf; xmlDocPtr doc; /* the document */ int n_doc; xmlNodePtr cur; /* the current node */ int n_cur; for (n_buf = 0;n_buf < gen_nb_xmlBufferPtr;n_buf++) { for (n_doc = 0;n_doc < gen_nb_xmlDocPtr;n_doc++) { for (n_cur = 0;n_cur < gen_nb_xmlNodePtr;n_cur++) { mem_base = xmlMemBlocks(); buf = gen_xmlBufferPtr(n_buf, 0); doc = gen_xmlDocPtr(n_doc, 1); cur = gen_xmlNodePtr(n_cur, 2); ret_val = htmlNodeDump(buf, doc, cur); desret_int(ret_val); call_tests++; des_xmlBufferPtr(n_buf, buf, 0); des_xmlDocPtr(n_doc, doc, 1); des_xmlNodePtr(n_cur, cur, 2); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in htmlNodeDump", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_buf); printf(" %d", n_doc); printf(" %d", n_cur); printf("\n"); } } } } function_tests++; #endif return(test_ret); } static int test_htmlNodeDumpFile(void) { int test_ret = 0; #if defined(LIBXML_HTML_ENABLED) && defined(LIBXML_OUTPUT_ENABLED) int mem_base; FILE * out; /* the FILE pointer */ int n_out; xmlDocPtr doc; /* the document */ int n_doc; xmlNodePtr cur; /* the current node */ int n_cur; for (n_out = 0;n_out < gen_nb_FILE_ptr;n_out++) { for (n_doc = 0;n_doc < gen_nb_xmlDocPtr;n_doc++) { for (n_cur = 0;n_cur < gen_nb_xmlNodePtr;n_cur++) { mem_base = xmlMemBlocks(); out = gen_FILE_ptr(n_out, 0); doc = gen_xmlDocPtr(n_doc, 1); cur = gen_xmlNodePtr(n_cur, 2); htmlNodeDumpFile(out, doc, cur); call_tests++; des_FILE_ptr(n_out, out, 0); des_xmlDocPtr(n_doc, doc, 1); des_xmlNodePtr(n_cur, cur, 2); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in htmlNodeDumpFile", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_out); printf(" %d", n_doc); printf(" %d", n_cur); printf("\n"); } } } } function_tests++; #endif return(test_ret); } static int test_htmlNodeDumpFileFormat(void) { int test_ret = 0; #if defined(LIBXML_HTML_ENABLED) && defined(LIBXML_OUTPUT_ENABLED) int mem_base; int ret_val; FILE * out; /* the FILE pointer */ int n_out; xmlDocPtr doc; /* the document */ int n_doc; xmlNodePtr cur; /* the current node */ int n_cur; char * encoding; /* the document encoding */ int n_encoding; int format; /* should formatting spaces been added */ int n_format; for (n_out = 0;n_out < gen_nb_FILE_ptr;n_out++) { for (n_doc = 0;n_doc < gen_nb_xmlDocPtr;n_doc++) { for (n_cur = 0;n_cur < gen_nb_xmlNodePtr;n_cur++) { for (n_encoding = 0;n_encoding < gen_nb_const_char_ptr;n_encoding++) { for (n_format = 0;n_format < gen_nb_int;n_format++) { mem_base = xmlMemBlocks(); out = gen_FILE_ptr(n_out, 0); doc = gen_xmlDocPtr(n_doc, 1); cur = gen_xmlNodePtr(n_cur, 2); encoding = gen_const_char_ptr(n_encoding, 3); format = gen_int(n_format, 4); ret_val = htmlNodeDumpFileFormat(out, doc, cur, (const char *)encoding, format); desret_int(ret_val); call_tests++; des_FILE_ptr(n_out, out, 0); des_xmlDocPtr(n_doc, doc, 1); des_xmlNodePtr(n_cur, cur, 2); des_const_char_ptr(n_encoding, (const char *)encoding, 3); des_int(n_format, format, 4); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in htmlNodeDumpFileFormat", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_out); printf(" %d", n_doc); printf(" %d", n_cur); printf(" %d", n_encoding); printf(" %d", n_format); printf("\n"); } } } } } } function_tests++; #endif return(test_ret); } static int test_htmlNodeDumpFormatOutput(void) { int test_ret = 0; #if defined(LIBXML_HTML_ENABLED) && defined(LIBXML_OUTPUT_ENABLED) int mem_base; xmlOutputBufferPtr buf; /* the HTML buffer output */ int n_buf; xmlDocPtr doc; /* the document */ int n_doc; xmlNodePtr cur; /* the current node */ int n_cur; char * encoding; /* the encoding string (unused) */ int n_encoding; int format; /* should formatting spaces been added */ int n_format; for (n_buf = 0;n_buf < gen_nb_xmlOutputBufferPtr;n_buf++) { for (n_doc = 0;n_doc < gen_nb_xmlDocPtr;n_doc++) { for (n_cur = 0;n_cur < gen_nb_xmlNodePtr;n_cur++) { for (n_encoding = 0;n_encoding < gen_nb_const_char_ptr;n_encoding++) { for (n_format = 0;n_format < gen_nb_int;n_format++) { mem_base = xmlMemBlocks(); buf = gen_xmlOutputBufferPtr(n_buf, 0); doc = gen_xmlDocPtr(n_doc, 1); cur = gen_xmlNodePtr(n_cur, 2); encoding = gen_const_char_ptr(n_encoding, 3); format = gen_int(n_format, 4); htmlNodeDumpFormatOutput(buf, doc, cur, (const char *)encoding, format); call_tests++; des_xmlOutputBufferPtr(n_buf, buf, 0); des_xmlDocPtr(n_doc, doc, 1); des_xmlNodePtr(n_cur, cur, 2); des_const_char_ptr(n_encoding, (const char *)encoding, 3); des_int(n_format, format, 4); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in htmlNodeDumpFormatOutput", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_buf); printf(" %d", n_doc); printf(" %d", n_cur); printf(" %d", n_encoding); printf(" %d", n_format); printf("\n"); } } } } } } function_tests++; #endif return(test_ret); } static int test_htmlNodeDumpOutput(void) { int test_ret = 0; #if defined(LIBXML_HTML_ENABLED) && defined(LIBXML_OUTPUT_ENABLED) int mem_base; xmlOutputBufferPtr buf; /* the HTML buffer output */ int n_buf; xmlDocPtr doc; /* the document */ int n_doc; xmlNodePtr cur; /* the current node */ int n_cur; char * encoding; /* the encoding string (unused) */ int n_encoding; for (n_buf = 0;n_buf < gen_nb_xmlOutputBufferPtr;n_buf++) { for (n_doc = 0;n_doc < gen_nb_xmlDocPtr;n_doc++) { for (n_cur = 0;n_cur < gen_nb_xmlNodePtr;n_cur++) { for (n_encoding = 0;n_encoding < gen_nb_const_char_ptr;n_encoding++) { mem_base = xmlMemBlocks(); buf = gen_xmlOutputBufferPtr(n_buf, 0); doc = gen_xmlDocPtr(n_doc, 1); cur = gen_xmlNodePtr(n_cur, 2); encoding = gen_const_char_ptr(n_encoding, 3); htmlNodeDumpOutput(buf, doc, cur, (const char *)encoding); call_tests++; des_xmlOutputBufferPtr(n_buf, buf, 0); des_xmlDocPtr(n_doc, doc, 1); des_xmlNodePtr(n_cur, cur, 2); des_const_char_ptr(n_encoding, (const char *)encoding, 3); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in htmlNodeDumpOutput", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_buf); printf(" %d", n_doc); printf(" %d", n_cur); printf(" %d", n_encoding); printf("\n"); } } } } } function_tests++; #endif return(test_ret); } static int test_htmlSaveFile(void) { int test_ret = 0; #if defined(LIBXML_HTML_ENABLED) && defined(LIBXML_OUTPUT_ENABLED) int mem_base; int ret_val; const char * filename; /* the filename (or URL) */ int n_filename; xmlDocPtr cur; /* the document */ int n_cur; for (n_filename = 0;n_filename < gen_nb_fileoutput;n_filename++) { for (n_cur = 0;n_cur < gen_nb_xmlDocPtr;n_cur++) { mem_base = xmlMemBlocks(); filename = gen_fileoutput(n_filename, 0); cur = gen_xmlDocPtr(n_cur, 1); ret_val = htmlSaveFile(filename, cur); desret_int(ret_val); call_tests++; des_fileoutput(n_filename, filename, 0); des_xmlDocPtr(n_cur, cur, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in htmlSaveFile", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_filename); printf(" %d", n_cur); printf("\n"); } } } function_tests++; #endif return(test_ret); } static int test_htmlSaveFileEnc(void) { int test_ret = 0; #if defined(LIBXML_HTML_ENABLED) && defined(LIBXML_OUTPUT_ENABLED) int mem_base; int ret_val; const char * filename; /* the filename */ int n_filename; xmlDocPtr cur; /* the document */ int n_cur; char * encoding; /* the document encoding */ int n_encoding; for (n_filename = 0;n_filename < gen_nb_fileoutput;n_filename++) { for (n_cur = 0;n_cur < gen_nb_xmlDocPtr;n_cur++) { for (n_encoding = 0;n_encoding < gen_nb_const_char_ptr;n_encoding++) { mem_base = xmlMemBlocks(); filename = gen_fileoutput(n_filename, 0); cur = gen_xmlDocPtr(n_cur, 1); encoding = gen_const_char_ptr(n_encoding, 2); ret_val = htmlSaveFileEnc(filename, cur, (const char *)encoding); desret_int(ret_val); call_tests++; des_fileoutput(n_filename, filename, 0); des_xmlDocPtr(n_cur, cur, 1); des_const_char_ptr(n_encoding, (const char *)encoding, 2); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in htmlSaveFileEnc", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_filename); printf(" %d", n_cur); printf(" %d", n_encoding); printf("\n"); } } } } function_tests++; #endif return(test_ret); } static int test_htmlSaveFileFormat(void) { int test_ret = 0; #if defined(LIBXML_HTML_ENABLED) && defined(LIBXML_OUTPUT_ENABLED) int mem_base; int ret_val; const char * filename; /* the filename */ int n_filename; xmlDocPtr cur; /* the document */ int n_cur; char * encoding; /* the document encoding */ int n_encoding; int format; /* should formatting spaces been added */ int n_format; for (n_filename = 0;n_filename < gen_nb_fileoutput;n_filename++) { for (n_cur = 0;n_cur < gen_nb_xmlDocPtr;n_cur++) { for (n_encoding = 0;n_encoding < gen_nb_const_char_ptr;n_encoding++) { for (n_format = 0;n_format < gen_nb_int;n_format++) { mem_base = xmlMemBlocks(); filename = gen_fileoutput(n_filename, 0); cur = gen_xmlDocPtr(n_cur, 1); encoding = gen_const_char_ptr(n_encoding, 2); format = gen_int(n_format, 3); ret_val = htmlSaveFileFormat(filename, cur, (const char *)encoding, format); desret_int(ret_val); call_tests++; des_fileoutput(n_filename, filename, 0); des_xmlDocPtr(n_cur, cur, 1); des_const_char_ptr(n_encoding, (const char *)encoding, 2); des_int(n_format, format, 3); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in htmlSaveFileFormat", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_filename); printf(" %d", n_cur); printf(" %d", n_encoding); printf(" %d", n_format); printf("\n"); } } } } } function_tests++; #endif return(test_ret); } static int test_htmlSetMetaEncoding(void) { int test_ret = 0; #if defined(LIBXML_HTML_ENABLED) int mem_base; int ret_val; htmlDocPtr doc; /* the document */ int n_doc; xmlChar * encoding; /* the encoding string */ int n_encoding; for (n_doc = 0;n_doc < gen_nb_htmlDocPtr;n_doc++) { for (n_encoding = 0;n_encoding < gen_nb_const_xmlChar_ptr;n_encoding++) { mem_base = xmlMemBlocks(); doc = gen_htmlDocPtr(n_doc, 0); encoding = gen_const_xmlChar_ptr(n_encoding, 1); ret_val = htmlSetMetaEncoding(doc, (const xmlChar *)encoding); desret_int(ret_val); call_tests++; des_htmlDocPtr(n_doc, doc, 0); des_const_xmlChar_ptr(n_encoding, (const xmlChar *)encoding, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in htmlSetMetaEncoding", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_doc); printf(" %d", n_encoding); printf("\n"); } } } function_tests++; #endif return(test_ret); } static int test_HTMLtree(void) { int test_ret = 0; if (quiet == 0) printf("Testing HTMLtree : 18 of 18 functions ...\n"); test_ret += test_htmlDocContentDumpFormatOutput(); test_ret += test_htmlDocContentDumpOutput(); test_ret += test_htmlDocDump(); test_ret += test_htmlDocDumpMemory(); test_ret += test_htmlDocDumpMemoryFormat(); test_ret += test_htmlGetMetaEncoding(); test_ret += test_htmlIsBooleanAttr(); test_ret += test_htmlNewDoc(); test_ret += test_htmlNewDocNoDtD(); test_ret += test_htmlNodeDump(); test_ret += test_htmlNodeDumpFile(); test_ret += test_htmlNodeDumpFileFormat(); test_ret += test_htmlNodeDumpFormatOutput(); test_ret += test_htmlNodeDumpOutput(); test_ret += test_htmlSaveFile(); test_ret += test_htmlSaveFileEnc(); test_ret += test_htmlSaveFileFormat(); test_ret += test_htmlSetMetaEncoding(); if (test_ret != 0) printf("Module HTMLtree: %d errors\n", test_ret); return(test_ret); } static int test_docbDefaultSAXHandlerInit(void) { int test_ret = 0; #if defined(LIBXML_DOCB_ENABLED) #ifdef LIBXML_DOCB_ENABLED int mem_base; mem_base = xmlMemBlocks(); docbDefaultSAXHandlerInit(); call_tests++; xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in docbDefaultSAXHandlerInit", xmlMemBlocks() - mem_base); test_ret++; printf("\n"); } function_tests++; #endif #endif return(test_ret); } static int test_htmlDefaultSAXHandlerInit(void) { int test_ret = 0; #if defined(LIBXML_HTML_ENABLED) #ifdef LIBXML_HTML_ENABLED int mem_base; mem_base = xmlMemBlocks(); htmlDefaultSAXHandlerInit(); call_tests++; xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in htmlDefaultSAXHandlerInit", xmlMemBlocks() - mem_base); test_ret++; printf("\n"); } function_tests++; #endif #endif return(test_ret); } static int test_xmlDefaultSAXHandlerInit(void) { int test_ret = 0; int mem_base; mem_base = xmlMemBlocks(); xmlDefaultSAXHandlerInit(); call_tests++; xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlDefaultSAXHandlerInit", xmlMemBlocks() - mem_base); test_ret++; printf("\n"); } function_tests++; return(test_ret); } #define gen_nb_xmlEnumerationPtr 1 static xmlEnumerationPtr gen_xmlEnumerationPtr(int no ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { return(NULL); } static void des_xmlEnumerationPtr(int no ATTRIBUTE_UNUSED, xmlEnumerationPtr val ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { } static int test_xmlSAX2AttributeDecl(void) { int test_ret = 0; int mem_base; void * ctx; /* the user data (XML parser context) */ int n_ctx; xmlChar * elem; /* the name of the element */ int n_elem; xmlChar * fullname; /* the attribute name */ int n_fullname; int type; /* the attribute type */ int n_type; int def; /* the type of default value */ int n_def; xmlChar * defaultValue; /* the attribute default value */ int n_defaultValue; xmlEnumerationPtr tree; /* the tree of enumerated value set */ int n_tree; for (n_ctx = 0;n_ctx < gen_nb_void_ptr;n_ctx++) { for (n_elem = 0;n_elem < gen_nb_const_xmlChar_ptr;n_elem++) { for (n_fullname = 0;n_fullname < gen_nb_const_xmlChar_ptr;n_fullname++) { for (n_type = 0;n_type < gen_nb_int;n_type++) { for (n_def = 0;n_def < gen_nb_int;n_def++) { for (n_defaultValue = 0;n_defaultValue < gen_nb_const_xmlChar_ptr;n_defaultValue++) { for (n_tree = 0;n_tree < gen_nb_xmlEnumerationPtr;n_tree++) { mem_base = xmlMemBlocks(); ctx = gen_void_ptr(n_ctx, 0); elem = gen_const_xmlChar_ptr(n_elem, 1); fullname = gen_const_xmlChar_ptr(n_fullname, 2); type = gen_int(n_type, 3); def = gen_int(n_def, 4); defaultValue = gen_const_xmlChar_ptr(n_defaultValue, 5); tree = gen_xmlEnumerationPtr(n_tree, 6); xmlSAX2AttributeDecl(ctx, (const xmlChar *)elem, (const xmlChar *)fullname, type, def, (const xmlChar *)defaultValue, tree); call_tests++; des_void_ptr(n_ctx, ctx, 0); des_const_xmlChar_ptr(n_elem, (const xmlChar *)elem, 1); des_const_xmlChar_ptr(n_fullname, (const xmlChar *)fullname, 2); des_int(n_type, type, 3); des_int(n_def, def, 4); des_const_xmlChar_ptr(n_defaultValue, (const xmlChar *)defaultValue, 5); des_xmlEnumerationPtr(n_tree, tree, 6); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlSAX2AttributeDecl", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctx); printf(" %d", n_elem); printf(" %d", n_fullname); printf(" %d", n_type); printf(" %d", n_def); printf(" %d", n_defaultValue); printf(" %d", n_tree); printf("\n"); } } } } } } } } function_tests++; return(test_ret); } static int test_xmlSAX2CDataBlock(void) { int test_ret = 0; int mem_base; void * ctx; /* the user data (XML parser context) */ int n_ctx; xmlChar * value; /* The pcdata content */ int n_value; int len; /* the block length */ int n_len; for (n_ctx = 0;n_ctx < gen_nb_void_ptr;n_ctx++) { for (n_value = 0;n_value < gen_nb_const_xmlChar_ptr;n_value++) { for (n_len = 0;n_len < gen_nb_int;n_len++) { mem_base = xmlMemBlocks(); ctx = gen_void_ptr(n_ctx, 0); value = gen_const_xmlChar_ptr(n_value, 1); len = gen_int(n_len, 2); if ((value != NULL) && (len > (int) strlen((const char *) value) + 1)) continue; xmlSAX2CDataBlock(ctx, (const xmlChar *)value, len); call_tests++; des_void_ptr(n_ctx, ctx, 0); des_const_xmlChar_ptr(n_value, (const xmlChar *)value, 1); des_int(n_len, len, 2); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlSAX2CDataBlock", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctx); printf(" %d", n_value); printf(" %d", n_len); printf("\n"); } } } } function_tests++; return(test_ret); } static int test_xmlSAX2Characters(void) { int test_ret = 0; int mem_base; void * ctx; /* the user data (XML parser context) */ int n_ctx; xmlChar * ch; /* a xmlChar string */ int n_ch; int len; /* the number of xmlChar */ int n_len; for (n_ctx = 0;n_ctx < gen_nb_void_ptr;n_ctx++) { for (n_ch = 0;n_ch < gen_nb_const_xmlChar_ptr;n_ch++) { for (n_len = 0;n_len < gen_nb_int;n_len++) { mem_base = xmlMemBlocks(); ctx = gen_void_ptr(n_ctx, 0); ch = gen_const_xmlChar_ptr(n_ch, 1); len = gen_int(n_len, 2); if ((ch != NULL) && (len > (int) strlen((const char *) ch) + 1)) continue; xmlSAX2Characters(ctx, (const xmlChar *)ch, len); call_tests++; des_void_ptr(n_ctx, ctx, 0); des_const_xmlChar_ptr(n_ch, (const xmlChar *)ch, 1); des_int(n_len, len, 2); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlSAX2Characters", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctx); printf(" %d", n_ch); printf(" %d", n_len); printf("\n"); } } } } function_tests++; return(test_ret); } static int test_xmlSAX2Comment(void) { int test_ret = 0; int mem_base; void * ctx; /* the user data (XML parser context) */ int n_ctx; xmlChar * value; /* the xmlSAX2Comment content */ int n_value; for (n_ctx = 0;n_ctx < gen_nb_void_ptr;n_ctx++) { for (n_value = 0;n_value < gen_nb_const_xmlChar_ptr;n_value++) { mem_base = xmlMemBlocks(); ctx = gen_void_ptr(n_ctx, 0); value = gen_const_xmlChar_ptr(n_value, 1); xmlSAX2Comment(ctx, (const xmlChar *)value); call_tests++; des_void_ptr(n_ctx, ctx, 0); des_const_xmlChar_ptr(n_value, (const xmlChar *)value, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlSAX2Comment", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctx); printf(" %d", n_value); printf("\n"); } } } function_tests++; return(test_ret); } static int test_xmlSAX2ElementDecl(void) { int test_ret = 0; int mem_base; void * ctx; /* the user data (XML parser context) */ int n_ctx; xmlChar * name; /* the element name */ int n_name; int type; /* the element type */ int n_type; xmlElementContentPtr content; /* the element value tree */ int n_content; for (n_ctx = 0;n_ctx < gen_nb_void_ptr;n_ctx++) { for (n_name = 0;n_name < gen_nb_const_xmlChar_ptr;n_name++) { for (n_type = 0;n_type < gen_nb_int;n_type++) { for (n_content = 0;n_content < gen_nb_xmlElementContentPtr;n_content++) { mem_base = xmlMemBlocks(); ctx = gen_void_ptr(n_ctx, 0); name = gen_const_xmlChar_ptr(n_name, 1); type = gen_int(n_type, 2); content = gen_xmlElementContentPtr(n_content, 3); xmlSAX2ElementDecl(ctx, (const xmlChar *)name, type, content); call_tests++; des_void_ptr(n_ctx, ctx, 0); des_const_xmlChar_ptr(n_name, (const xmlChar *)name, 1); des_int(n_type, type, 2); des_xmlElementContentPtr(n_content, content, 3); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlSAX2ElementDecl", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctx); printf(" %d", n_name); printf(" %d", n_type); printf(" %d", n_content); printf("\n"); } } } } } function_tests++; return(test_ret); } static int test_xmlSAX2EndDocument(void) { int test_ret = 0; int mem_base; void * ctx; /* the user data (XML parser context) */ int n_ctx; for (n_ctx = 0;n_ctx < gen_nb_void_ptr;n_ctx++) { mem_base = xmlMemBlocks(); ctx = gen_void_ptr(n_ctx, 0); xmlSAX2EndDocument(ctx); call_tests++; des_void_ptr(n_ctx, ctx, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlSAX2EndDocument", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctx); printf("\n"); } } function_tests++; return(test_ret); } static int test_xmlSAX2EndElement(void) { int test_ret = 0; #if defined(LIBXML_SAX1_ENABLED) || defined(LIBXML_HTML_ENABLED) || defined(LIBXML_WRITER_ENABLED) || defined(LIBXML_DOCB_ENABLED) || defined(LIBXML_LEGACY_ENABLED) #ifdef LIBXML_SAX1_ENABLED int mem_base; void * ctx; /* the user data (XML parser context) */ int n_ctx; xmlChar * name; /* The element name */ int n_name; for (n_ctx = 0;n_ctx < gen_nb_void_ptr;n_ctx++) { for (n_name = 0;n_name < gen_nb_const_xmlChar_ptr;n_name++) { mem_base = xmlMemBlocks(); ctx = gen_void_ptr(n_ctx, 0); name = gen_const_xmlChar_ptr(n_name, 1); xmlSAX2EndElement(ctx, (const xmlChar *)name); call_tests++; des_void_ptr(n_ctx, ctx, 0); des_const_xmlChar_ptr(n_name, (const xmlChar *)name, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlSAX2EndElement", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctx); printf(" %d", n_name); printf("\n"); } } } function_tests++; #endif #endif return(test_ret); } static int test_xmlSAX2EndElementNs(void) { int test_ret = 0; int mem_base; void * ctx; /* the user data (XML parser context) */ int n_ctx; xmlChar * localname; /* the local name of the element */ int n_localname; xmlChar * prefix; /* the element namespace prefix if available */ int n_prefix; xmlChar * URI; /* the element namespace name if available */ int n_URI; for (n_ctx = 0;n_ctx < gen_nb_void_ptr;n_ctx++) { for (n_localname = 0;n_localname < gen_nb_const_xmlChar_ptr;n_localname++) { for (n_prefix = 0;n_prefix < gen_nb_const_xmlChar_ptr;n_prefix++) { for (n_URI = 0;n_URI < gen_nb_const_xmlChar_ptr;n_URI++) { mem_base = xmlMemBlocks(); ctx = gen_void_ptr(n_ctx, 0); localname = gen_const_xmlChar_ptr(n_localname, 1); prefix = gen_const_xmlChar_ptr(n_prefix, 2); URI = gen_const_xmlChar_ptr(n_URI, 3); xmlSAX2EndElementNs(ctx, (const xmlChar *)localname, (const xmlChar *)prefix, (const xmlChar *)URI); call_tests++; des_void_ptr(n_ctx, ctx, 0); des_const_xmlChar_ptr(n_localname, (const xmlChar *)localname, 1); des_const_xmlChar_ptr(n_prefix, (const xmlChar *)prefix, 2); des_const_xmlChar_ptr(n_URI, (const xmlChar *)URI, 3); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlSAX2EndElementNs", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctx); printf(" %d", n_localname); printf(" %d", n_prefix); printf(" %d", n_URI); printf("\n"); } } } } } function_tests++; return(test_ret); } static int test_xmlSAX2EntityDecl(void) { int test_ret = 0; int mem_base; void * ctx; /* the user data (XML parser context) */ int n_ctx; xmlChar * name; /* the entity name */ int n_name; int type; /* the entity type */ int n_type; xmlChar * publicId; /* The public ID of the entity */ int n_publicId; xmlChar * systemId; /* The system ID of the entity */ int n_systemId; xmlChar * content; /* the entity value (without processing). */ int n_content; for (n_ctx = 0;n_ctx < gen_nb_void_ptr;n_ctx++) { for (n_name = 0;n_name < gen_nb_const_xmlChar_ptr;n_name++) { for (n_type = 0;n_type < gen_nb_int;n_type++) { for (n_publicId = 0;n_publicId < gen_nb_const_xmlChar_ptr;n_publicId++) { for (n_systemId = 0;n_systemId < gen_nb_const_xmlChar_ptr;n_systemId++) { for (n_content = 0;n_content < gen_nb_xmlChar_ptr;n_content++) { mem_base = xmlMemBlocks(); ctx = gen_void_ptr(n_ctx, 0); name = gen_const_xmlChar_ptr(n_name, 1); type = gen_int(n_type, 2); publicId = gen_const_xmlChar_ptr(n_publicId, 3); systemId = gen_const_xmlChar_ptr(n_systemId, 4); content = gen_xmlChar_ptr(n_content, 5); xmlSAX2EntityDecl(ctx, (const xmlChar *)name, type, (const xmlChar *)publicId, (const xmlChar *)systemId, content); call_tests++; des_void_ptr(n_ctx, ctx, 0); des_const_xmlChar_ptr(n_name, (const xmlChar *)name, 1); des_int(n_type, type, 2); des_const_xmlChar_ptr(n_publicId, (const xmlChar *)publicId, 3); des_const_xmlChar_ptr(n_systemId, (const xmlChar *)systemId, 4); des_xmlChar_ptr(n_content, content, 5); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlSAX2EntityDecl", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctx); printf(" %d", n_name); printf(" %d", n_type); printf(" %d", n_publicId); printf(" %d", n_systemId); printf(" %d", n_content); printf("\n"); } } } } } } } function_tests++; return(test_ret); } static int test_xmlSAX2ExternalSubset(void) { int test_ret = 0; int mem_base; void * ctx; /* the user data (XML parser context) */ int n_ctx; xmlChar * name; /* the root element name */ int n_name; xmlChar * ExternalID; /* the external ID */ int n_ExternalID; xmlChar * SystemID; /* the SYSTEM ID (e.g. filename or URL) */ int n_SystemID; for (n_ctx = 0;n_ctx < gen_nb_void_ptr;n_ctx++) { for (n_name = 0;n_name < gen_nb_const_xmlChar_ptr;n_name++) { for (n_ExternalID = 0;n_ExternalID < gen_nb_const_xmlChar_ptr;n_ExternalID++) { for (n_SystemID = 0;n_SystemID < gen_nb_const_xmlChar_ptr;n_SystemID++) { mem_base = xmlMemBlocks(); ctx = gen_void_ptr(n_ctx, 0); name = gen_const_xmlChar_ptr(n_name, 1); ExternalID = gen_const_xmlChar_ptr(n_ExternalID, 2); SystemID = gen_const_xmlChar_ptr(n_SystemID, 3); xmlSAX2ExternalSubset(ctx, (const xmlChar *)name, (const xmlChar *)ExternalID, (const xmlChar *)SystemID); call_tests++; des_void_ptr(n_ctx, ctx, 0); des_const_xmlChar_ptr(n_name, (const xmlChar *)name, 1); des_const_xmlChar_ptr(n_ExternalID, (const xmlChar *)ExternalID, 2); des_const_xmlChar_ptr(n_SystemID, (const xmlChar *)SystemID, 3); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlSAX2ExternalSubset", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctx); printf(" %d", n_name); printf(" %d", n_ExternalID); printf(" %d", n_SystemID); printf("\n"); } } } } } function_tests++; return(test_ret); } static int test_xmlSAX2GetColumnNumber(void) { int test_ret = 0; int mem_base; int ret_val; void * ctx; /* the user data (XML parser context) */ int n_ctx; for (n_ctx = 0;n_ctx < gen_nb_void_ptr;n_ctx++) { mem_base = xmlMemBlocks(); ctx = gen_void_ptr(n_ctx, 0); ret_val = xmlSAX2GetColumnNumber(ctx); desret_int(ret_val); call_tests++; des_void_ptr(n_ctx, ctx, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlSAX2GetColumnNumber", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctx); printf("\n"); } } function_tests++; return(test_ret); } static int test_xmlSAX2GetEntity(void) { int test_ret = 0; int mem_base; xmlEntityPtr ret_val; void * ctx; /* the user data (XML parser context) */ int n_ctx; xmlChar * name; /* The entity name */ int n_name; for (n_ctx = 0;n_ctx < gen_nb_void_ptr;n_ctx++) { for (n_name = 0;n_name < gen_nb_const_xmlChar_ptr;n_name++) { mem_base = xmlMemBlocks(); ctx = gen_void_ptr(n_ctx, 0); name = gen_const_xmlChar_ptr(n_name, 1); ret_val = xmlSAX2GetEntity(ctx, (const xmlChar *)name); desret_xmlEntityPtr(ret_val); call_tests++; des_void_ptr(n_ctx, ctx, 0); des_const_xmlChar_ptr(n_name, (const xmlChar *)name, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlSAX2GetEntity", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctx); printf(" %d", n_name); printf("\n"); } } } function_tests++; return(test_ret); } static int test_xmlSAX2GetLineNumber(void) { int test_ret = 0; int mem_base; int ret_val; void * ctx; /* the user data (XML parser context) */ int n_ctx; for (n_ctx = 0;n_ctx < gen_nb_void_ptr;n_ctx++) { mem_base = xmlMemBlocks(); ctx = gen_void_ptr(n_ctx, 0); ret_val = xmlSAX2GetLineNumber(ctx); desret_int(ret_val); call_tests++; des_void_ptr(n_ctx, ctx, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlSAX2GetLineNumber", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctx); printf("\n"); } } function_tests++; return(test_ret); } static int test_xmlSAX2GetParameterEntity(void) { int test_ret = 0; int mem_base; xmlEntityPtr ret_val; void * ctx; /* the user data (XML parser context) */ int n_ctx; xmlChar * name; /* The entity name */ int n_name; for (n_ctx = 0;n_ctx < gen_nb_void_ptr;n_ctx++) { for (n_name = 0;n_name < gen_nb_const_xmlChar_ptr;n_name++) { mem_base = xmlMemBlocks(); ctx = gen_void_ptr(n_ctx, 0); name = gen_const_xmlChar_ptr(n_name, 1); ret_val = xmlSAX2GetParameterEntity(ctx, (const xmlChar *)name); desret_xmlEntityPtr(ret_val); call_tests++; des_void_ptr(n_ctx, ctx, 0); des_const_xmlChar_ptr(n_name, (const xmlChar *)name, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlSAX2GetParameterEntity", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctx); printf(" %d", n_name); printf("\n"); } } } function_tests++; return(test_ret); } static int test_xmlSAX2GetPublicId(void) { int test_ret = 0; int mem_base; const xmlChar * ret_val; void * ctx; /* the user data (XML parser context) */ int n_ctx; for (n_ctx = 0;n_ctx < gen_nb_void_ptr;n_ctx++) { mem_base = xmlMemBlocks(); ctx = gen_void_ptr(n_ctx, 0); ret_val = xmlSAX2GetPublicId(ctx); desret_const_xmlChar_ptr(ret_val); call_tests++; des_void_ptr(n_ctx, ctx, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlSAX2GetPublicId", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctx); printf("\n"); } } function_tests++; return(test_ret); } static int test_xmlSAX2GetSystemId(void) { int test_ret = 0; int mem_base; const xmlChar * ret_val; void * ctx; /* the user data (XML parser context) */ int n_ctx; for (n_ctx = 0;n_ctx < gen_nb_void_ptr;n_ctx++) { mem_base = xmlMemBlocks(); ctx = gen_void_ptr(n_ctx, 0); ret_val = xmlSAX2GetSystemId(ctx); desret_const_xmlChar_ptr(ret_val); call_tests++; des_void_ptr(n_ctx, ctx, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlSAX2GetSystemId", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctx); printf("\n"); } } function_tests++; return(test_ret); } static int test_xmlSAX2HasExternalSubset(void) { int test_ret = 0; int mem_base; int ret_val; void * ctx; /* the user data (XML parser context) */ int n_ctx; for (n_ctx = 0;n_ctx < gen_nb_void_ptr;n_ctx++) { mem_base = xmlMemBlocks(); ctx = gen_void_ptr(n_ctx, 0); ret_val = xmlSAX2HasExternalSubset(ctx); desret_int(ret_val); call_tests++; des_void_ptr(n_ctx, ctx, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlSAX2HasExternalSubset", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctx); printf("\n"); } } function_tests++; return(test_ret); } static int test_xmlSAX2HasInternalSubset(void) { int test_ret = 0; int mem_base; int ret_val; void * ctx; /* the user data (XML parser context) */ int n_ctx; for (n_ctx = 0;n_ctx < gen_nb_void_ptr;n_ctx++) { mem_base = xmlMemBlocks(); ctx = gen_void_ptr(n_ctx, 0); ret_val = xmlSAX2HasInternalSubset(ctx); desret_int(ret_val); call_tests++; des_void_ptr(n_ctx, ctx, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlSAX2HasInternalSubset", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctx); printf("\n"); } } function_tests++; return(test_ret); } static int test_xmlSAX2IgnorableWhitespace(void) { int test_ret = 0; int mem_base; void * ctx; /* the user data (XML parser context) */ int n_ctx; xmlChar * ch; /* a xmlChar string */ int n_ch; int len; /* the number of xmlChar */ int n_len; for (n_ctx = 0;n_ctx < gen_nb_void_ptr;n_ctx++) { for (n_ch = 0;n_ch < gen_nb_const_xmlChar_ptr;n_ch++) { for (n_len = 0;n_len < gen_nb_int;n_len++) { mem_base = xmlMemBlocks(); ctx = gen_void_ptr(n_ctx, 0); ch = gen_const_xmlChar_ptr(n_ch, 1); len = gen_int(n_len, 2); if ((ch != NULL) && (len > (int) strlen((const char *) ch) + 1)) continue; xmlSAX2IgnorableWhitespace(ctx, (const xmlChar *)ch, len); call_tests++; des_void_ptr(n_ctx, ctx, 0); des_const_xmlChar_ptr(n_ch, (const xmlChar *)ch, 1); des_int(n_len, len, 2); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlSAX2IgnorableWhitespace", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctx); printf(" %d", n_ch); printf(" %d", n_len); printf("\n"); } } } } function_tests++; return(test_ret); } #define gen_nb_xmlSAXHandler_ptr 1 static xmlSAXHandler * gen_xmlSAXHandler_ptr(int no ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { return(NULL); } static void des_xmlSAXHandler_ptr(int no ATTRIBUTE_UNUSED, xmlSAXHandler * val ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { } static int test_xmlSAX2InitDefaultSAXHandler(void) { int test_ret = 0; int mem_base; xmlSAXHandler * hdlr; /* the SAX handler */ int n_hdlr; int warning; /* flag if non-zero sets the handler warning procedure */ int n_warning; for (n_hdlr = 0;n_hdlr < gen_nb_xmlSAXHandler_ptr;n_hdlr++) { for (n_warning = 0;n_warning < gen_nb_int;n_warning++) { mem_base = xmlMemBlocks(); hdlr = gen_xmlSAXHandler_ptr(n_hdlr, 0); warning = gen_int(n_warning, 1); xmlSAX2InitDefaultSAXHandler(hdlr, warning); call_tests++; des_xmlSAXHandler_ptr(n_hdlr, hdlr, 0); des_int(n_warning, warning, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlSAX2InitDefaultSAXHandler", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_hdlr); printf(" %d", n_warning); printf("\n"); } } } function_tests++; return(test_ret); } static int test_xmlSAX2InitDocbDefaultSAXHandler(void) { int test_ret = 0; #if defined(LIBXML_DOCB_ENABLED) int mem_base; xmlSAXHandler * hdlr; /* the SAX handler */ int n_hdlr; for (n_hdlr = 0;n_hdlr < gen_nb_xmlSAXHandler_ptr;n_hdlr++) { mem_base = xmlMemBlocks(); hdlr = gen_xmlSAXHandler_ptr(n_hdlr, 0); xmlSAX2InitDocbDefaultSAXHandler(hdlr); call_tests++; des_xmlSAXHandler_ptr(n_hdlr, hdlr, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlSAX2InitDocbDefaultSAXHandler", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_hdlr); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlSAX2InitHtmlDefaultSAXHandler(void) { int test_ret = 0; #if defined(LIBXML_HTML_ENABLED) int mem_base; xmlSAXHandler * hdlr; /* the SAX handler */ int n_hdlr; for (n_hdlr = 0;n_hdlr < gen_nb_xmlSAXHandler_ptr;n_hdlr++) { mem_base = xmlMemBlocks(); hdlr = gen_xmlSAXHandler_ptr(n_hdlr, 0); xmlSAX2InitHtmlDefaultSAXHandler(hdlr); call_tests++; des_xmlSAXHandler_ptr(n_hdlr, hdlr, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlSAX2InitHtmlDefaultSAXHandler", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_hdlr); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlSAX2InternalSubset(void) { int test_ret = 0; int mem_base; void * ctx; /* the user data (XML parser context) */ int n_ctx; xmlChar * name; /* the root element name */ int n_name; xmlChar * ExternalID; /* the external ID */ int n_ExternalID; xmlChar * SystemID; /* the SYSTEM ID (e.g. filename or URL) */ int n_SystemID; for (n_ctx = 0;n_ctx < gen_nb_void_ptr;n_ctx++) { for (n_name = 0;n_name < gen_nb_const_xmlChar_ptr;n_name++) { for (n_ExternalID = 0;n_ExternalID < gen_nb_const_xmlChar_ptr;n_ExternalID++) { for (n_SystemID = 0;n_SystemID < gen_nb_const_xmlChar_ptr;n_SystemID++) { mem_base = xmlMemBlocks(); ctx = gen_void_ptr(n_ctx, 0); name = gen_const_xmlChar_ptr(n_name, 1); ExternalID = gen_const_xmlChar_ptr(n_ExternalID, 2); SystemID = gen_const_xmlChar_ptr(n_SystemID, 3); xmlSAX2InternalSubset(ctx, (const xmlChar *)name, (const xmlChar *)ExternalID, (const xmlChar *)SystemID); call_tests++; des_void_ptr(n_ctx, ctx, 0); des_const_xmlChar_ptr(n_name, (const xmlChar *)name, 1); des_const_xmlChar_ptr(n_ExternalID, (const xmlChar *)ExternalID, 2); des_const_xmlChar_ptr(n_SystemID, (const xmlChar *)SystemID, 3); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlSAX2InternalSubset", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctx); printf(" %d", n_name); printf(" %d", n_ExternalID); printf(" %d", n_SystemID); printf("\n"); } } } } } function_tests++; return(test_ret); } static int test_xmlSAX2IsStandalone(void) { int test_ret = 0; int mem_base; int ret_val; void * ctx; /* the user data (XML parser context) */ int n_ctx; for (n_ctx = 0;n_ctx < gen_nb_void_ptr;n_ctx++) { mem_base = xmlMemBlocks(); ctx = gen_void_ptr(n_ctx, 0); ret_val = xmlSAX2IsStandalone(ctx); desret_int(ret_val); call_tests++; des_void_ptr(n_ctx, ctx, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlSAX2IsStandalone", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctx); printf("\n"); } } function_tests++; return(test_ret); } static int test_xmlSAX2NotationDecl(void) { int test_ret = 0; int mem_base; void * ctx; /* the user data (XML parser context) */ int n_ctx; xmlChar * name; /* The name of the notation */ int n_name; xmlChar * publicId; /* The public ID of the entity */ int n_publicId; xmlChar * systemId; /* The system ID of the entity */ int n_systemId; for (n_ctx = 0;n_ctx < gen_nb_void_ptr;n_ctx++) { for (n_name = 0;n_name < gen_nb_const_xmlChar_ptr;n_name++) { for (n_publicId = 0;n_publicId < gen_nb_const_xmlChar_ptr;n_publicId++) { for (n_systemId = 0;n_systemId < gen_nb_const_xmlChar_ptr;n_systemId++) { mem_base = xmlMemBlocks(); ctx = gen_void_ptr(n_ctx, 0); name = gen_const_xmlChar_ptr(n_name, 1); publicId = gen_const_xmlChar_ptr(n_publicId, 2); systemId = gen_const_xmlChar_ptr(n_systemId, 3); xmlSAX2NotationDecl(ctx, (const xmlChar *)name, (const xmlChar *)publicId, (const xmlChar *)systemId); call_tests++; des_void_ptr(n_ctx, ctx, 0); des_const_xmlChar_ptr(n_name, (const xmlChar *)name, 1); des_const_xmlChar_ptr(n_publicId, (const xmlChar *)publicId, 2); des_const_xmlChar_ptr(n_systemId, (const xmlChar *)systemId, 3); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlSAX2NotationDecl", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctx); printf(" %d", n_name); printf(" %d", n_publicId); printf(" %d", n_systemId); printf("\n"); } } } } } function_tests++; return(test_ret); } static int test_xmlSAX2ProcessingInstruction(void) { int test_ret = 0; int mem_base; void * ctx; /* the user data (XML parser context) */ int n_ctx; xmlChar * target; /* the target name */ int n_target; xmlChar * data; /* the PI data's */ int n_data; for (n_ctx = 0;n_ctx < gen_nb_void_ptr;n_ctx++) { for (n_target = 0;n_target < gen_nb_const_xmlChar_ptr;n_target++) { for (n_data = 0;n_data < gen_nb_const_xmlChar_ptr;n_data++) { mem_base = xmlMemBlocks(); ctx = gen_void_ptr(n_ctx, 0); target = gen_const_xmlChar_ptr(n_target, 1); data = gen_const_xmlChar_ptr(n_data, 2); xmlSAX2ProcessingInstruction(ctx, (const xmlChar *)target, (const xmlChar *)data); call_tests++; des_void_ptr(n_ctx, ctx, 0); des_const_xmlChar_ptr(n_target, (const xmlChar *)target, 1); des_const_xmlChar_ptr(n_data, (const xmlChar *)data, 2); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlSAX2ProcessingInstruction", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctx); printf(" %d", n_target); printf(" %d", n_data); printf("\n"); } } } } function_tests++; return(test_ret); } static int test_xmlSAX2Reference(void) { int test_ret = 0; int mem_base; void * ctx; /* the user data (XML parser context) */ int n_ctx; xmlChar * name; /* The entity name */ int n_name; for (n_ctx = 0;n_ctx < gen_nb_void_ptr;n_ctx++) { for (n_name = 0;n_name < gen_nb_const_xmlChar_ptr;n_name++) { mem_base = xmlMemBlocks(); ctx = gen_void_ptr(n_ctx, 0); name = gen_const_xmlChar_ptr(n_name, 1); xmlSAX2Reference(ctx, (const xmlChar *)name); call_tests++; des_void_ptr(n_ctx, ctx, 0); des_const_xmlChar_ptr(n_name, (const xmlChar *)name, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlSAX2Reference", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctx); printf(" %d", n_name); printf("\n"); } } } function_tests++; return(test_ret); } static int test_xmlSAX2ResolveEntity(void) { int test_ret = 0; int mem_base; xmlParserInputPtr ret_val; void * ctx; /* the user data (XML parser context) */ int n_ctx; xmlChar * publicId; /* The public ID of the entity */ int n_publicId; xmlChar * systemId; /* The system ID of the entity */ int n_systemId; for (n_ctx = 0;n_ctx < gen_nb_void_ptr;n_ctx++) { for (n_publicId = 0;n_publicId < gen_nb_const_xmlChar_ptr;n_publicId++) { for (n_systemId = 0;n_systemId < gen_nb_const_xmlChar_ptr;n_systemId++) { mem_base = xmlMemBlocks(); ctx = gen_void_ptr(n_ctx, 0); publicId = gen_const_xmlChar_ptr(n_publicId, 1); systemId = gen_const_xmlChar_ptr(n_systemId, 2); ret_val = xmlSAX2ResolveEntity(ctx, (const xmlChar *)publicId, (const xmlChar *)systemId); desret_xmlParserInputPtr(ret_val); call_tests++; des_void_ptr(n_ctx, ctx, 0); des_const_xmlChar_ptr(n_publicId, (const xmlChar *)publicId, 1); des_const_xmlChar_ptr(n_systemId, (const xmlChar *)systemId, 2); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlSAX2ResolveEntity", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctx); printf(" %d", n_publicId); printf(" %d", n_systemId); printf("\n"); } } } } function_tests++; return(test_ret); } #define gen_nb_xmlSAXLocatorPtr 1 static xmlSAXLocatorPtr gen_xmlSAXLocatorPtr(int no ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { return(NULL); } static void des_xmlSAXLocatorPtr(int no ATTRIBUTE_UNUSED, xmlSAXLocatorPtr val ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { } static int test_xmlSAX2SetDocumentLocator(void) { int test_ret = 0; int mem_base; void * ctx; /* the user data (XML parser context) */ int n_ctx; xmlSAXLocatorPtr loc; /* A SAX Locator */ int n_loc; for (n_ctx = 0;n_ctx < gen_nb_void_ptr;n_ctx++) { for (n_loc = 0;n_loc < gen_nb_xmlSAXLocatorPtr;n_loc++) { mem_base = xmlMemBlocks(); ctx = gen_void_ptr(n_ctx, 0); loc = gen_xmlSAXLocatorPtr(n_loc, 1); xmlSAX2SetDocumentLocator(ctx, loc); call_tests++; des_void_ptr(n_ctx, ctx, 0); des_xmlSAXLocatorPtr(n_loc, loc, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlSAX2SetDocumentLocator", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctx); printf(" %d", n_loc); printf("\n"); } } } function_tests++; return(test_ret); } static int test_xmlSAX2StartDocument(void) { int test_ret = 0; int mem_base; void * ctx; /* the user data (XML parser context) */ int n_ctx; for (n_ctx = 0;n_ctx < gen_nb_void_ptr;n_ctx++) { mem_base = xmlMemBlocks(); ctx = gen_void_ptr(n_ctx, 0); xmlSAX2StartDocument(ctx); call_tests++; des_void_ptr(n_ctx, ctx, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlSAX2StartDocument", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctx); printf("\n"); } } function_tests++; return(test_ret); } static int test_xmlSAX2StartElement(void) { int test_ret = 0; #if defined(LIBXML_SAX1_ENABLED) || defined(LIBXML_HTML_ENABLED) || defined(LIBXML_WRITER_ENABLED) || defined(LIBXML_DOCB_ENABLED) || defined(LIBXML_LEGACY_ENABLED) #ifdef LIBXML_SAX1_ENABLED int mem_base; void * ctx; /* the user data (XML parser context) */ int n_ctx; xmlChar * fullname; /* The element name, including namespace prefix */ int n_fullname; xmlChar ** atts; /* An array of name/value attributes pairs, NULL terminated */ int n_atts; for (n_ctx = 0;n_ctx < gen_nb_void_ptr;n_ctx++) { for (n_fullname = 0;n_fullname < gen_nb_const_xmlChar_ptr;n_fullname++) { for (n_atts = 0;n_atts < gen_nb_const_xmlChar_ptr_ptr;n_atts++) { mem_base = xmlMemBlocks(); ctx = gen_void_ptr(n_ctx, 0); fullname = gen_const_xmlChar_ptr(n_fullname, 1); atts = gen_const_xmlChar_ptr_ptr(n_atts, 2); xmlSAX2StartElement(ctx, (const xmlChar *)fullname, (const xmlChar **)atts); call_tests++; des_void_ptr(n_ctx, ctx, 0); des_const_xmlChar_ptr(n_fullname, (const xmlChar *)fullname, 1); des_const_xmlChar_ptr_ptr(n_atts, (const xmlChar **)atts, 2); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlSAX2StartElement", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctx); printf(" %d", n_fullname); printf(" %d", n_atts); printf("\n"); } } } } function_tests++; #endif #endif return(test_ret); } static int test_xmlSAX2StartElementNs(void) { int test_ret = 0; int mem_base; void * ctx; /* the user data (XML parser context) */ int n_ctx; xmlChar * localname; /* the local name of the element */ int n_localname; xmlChar * prefix; /* the element namespace prefix if available */ int n_prefix; xmlChar * URI; /* the element namespace name if available */ int n_URI; int nb_namespaces; /* number of namespace definitions on that node */ int n_nb_namespaces; xmlChar ** namespaces; /* pointer to the array of prefix/URI pairs namespace definitions */ int n_namespaces; int nb_attributes; /* the number of attributes on that node */ int n_nb_attributes; int nb_defaulted; /* the number of defaulted attributes. */ int n_nb_defaulted; xmlChar ** attributes; /* pointer to the array of (localname/prefix/URI/value/end) attribute values. */ int n_attributes; for (n_ctx = 0;n_ctx < gen_nb_void_ptr;n_ctx++) { for (n_localname = 0;n_localname < gen_nb_const_xmlChar_ptr;n_localname++) { for (n_prefix = 0;n_prefix < gen_nb_const_xmlChar_ptr;n_prefix++) { for (n_URI = 0;n_URI < gen_nb_const_xmlChar_ptr;n_URI++) { for (n_nb_namespaces = 0;n_nb_namespaces < gen_nb_int;n_nb_namespaces++) { for (n_namespaces = 0;n_namespaces < gen_nb_const_xmlChar_ptr_ptr;n_namespaces++) { for (n_nb_attributes = 0;n_nb_attributes < gen_nb_int;n_nb_attributes++) { for (n_nb_defaulted = 0;n_nb_defaulted < gen_nb_int;n_nb_defaulted++) { for (n_attributes = 0;n_attributes < gen_nb_const_xmlChar_ptr_ptr;n_attributes++) { mem_base = xmlMemBlocks(); ctx = gen_void_ptr(n_ctx, 0); localname = gen_const_xmlChar_ptr(n_localname, 1); prefix = gen_const_xmlChar_ptr(n_prefix, 2); URI = gen_const_xmlChar_ptr(n_URI, 3); nb_namespaces = gen_int(n_nb_namespaces, 4); namespaces = gen_const_xmlChar_ptr_ptr(n_namespaces, 5); nb_attributes = gen_int(n_nb_attributes, 6); nb_defaulted = gen_int(n_nb_defaulted, 7); attributes = gen_const_xmlChar_ptr_ptr(n_attributes, 8); xmlSAX2StartElementNs(ctx, (const xmlChar *)localname, (const xmlChar *)prefix, (const xmlChar *)URI, nb_namespaces, (const xmlChar **)namespaces, nb_attributes, nb_defaulted, (const xmlChar **)attributes); call_tests++; des_void_ptr(n_ctx, ctx, 0); des_const_xmlChar_ptr(n_localname, (const xmlChar *)localname, 1); des_const_xmlChar_ptr(n_prefix, (const xmlChar *)prefix, 2); des_const_xmlChar_ptr(n_URI, (const xmlChar *)URI, 3); des_int(n_nb_namespaces, nb_namespaces, 4); des_const_xmlChar_ptr_ptr(n_namespaces, (const xmlChar **)namespaces, 5); des_int(n_nb_attributes, nb_attributes, 6); des_int(n_nb_defaulted, nb_defaulted, 7); des_const_xmlChar_ptr_ptr(n_attributes, (const xmlChar **)attributes, 8); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlSAX2StartElementNs", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctx); printf(" %d", n_localname); printf(" %d", n_prefix); printf(" %d", n_URI); printf(" %d", n_nb_namespaces); printf(" %d", n_namespaces); printf(" %d", n_nb_attributes); printf(" %d", n_nb_defaulted); printf(" %d", n_attributes); printf("\n"); } } } } } } } } } } function_tests++; return(test_ret); } static int test_xmlSAX2UnparsedEntityDecl(void) { int test_ret = 0; int mem_base; void * ctx; /* the user data (XML parser context) */ int n_ctx; xmlChar * name; /* The name of the entity */ int n_name; xmlChar * publicId; /* The public ID of the entity */ int n_publicId; xmlChar * systemId; /* The system ID of the entity */ int n_systemId; xmlChar * notationName; /* the name of the notation */ int n_notationName; for (n_ctx = 0;n_ctx < gen_nb_void_ptr;n_ctx++) { for (n_name = 0;n_name < gen_nb_const_xmlChar_ptr;n_name++) { for (n_publicId = 0;n_publicId < gen_nb_const_xmlChar_ptr;n_publicId++) { for (n_systemId = 0;n_systemId < gen_nb_const_xmlChar_ptr;n_systemId++) { for (n_notationName = 0;n_notationName < gen_nb_const_xmlChar_ptr;n_notationName++) { mem_base = xmlMemBlocks(); ctx = gen_void_ptr(n_ctx, 0); name = gen_const_xmlChar_ptr(n_name, 1); publicId = gen_const_xmlChar_ptr(n_publicId, 2); systemId = gen_const_xmlChar_ptr(n_systemId, 3); notationName = gen_const_xmlChar_ptr(n_notationName, 4); xmlSAX2UnparsedEntityDecl(ctx, (const xmlChar *)name, (const xmlChar *)publicId, (const xmlChar *)systemId, (const xmlChar *)notationName); call_tests++; des_void_ptr(n_ctx, ctx, 0); des_const_xmlChar_ptr(n_name, (const xmlChar *)name, 1); des_const_xmlChar_ptr(n_publicId, (const xmlChar *)publicId, 2); des_const_xmlChar_ptr(n_systemId, (const xmlChar *)systemId, 3); des_const_xmlChar_ptr(n_notationName, (const xmlChar *)notationName, 4); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlSAX2UnparsedEntityDecl", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctx); printf(" %d", n_name); printf(" %d", n_publicId); printf(" %d", n_systemId); printf(" %d", n_notationName); printf("\n"); } } } } } } function_tests++; return(test_ret); } static int test_xmlSAXDefaultVersion(void) { int test_ret = 0; #if defined(LIBXML_SAX1_ENABLED) #ifdef LIBXML_SAX1_ENABLED int mem_base; int ret_val; int version; /* the version, 1 or 2 */ int n_version; for (n_version = 0;n_version < gen_nb_int;n_version++) { mem_base = xmlMemBlocks(); version = gen_int(n_version, 0); ret_val = xmlSAXDefaultVersion(version); desret_int(ret_val); call_tests++; des_int(n_version, version, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlSAXDefaultVersion", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_version); printf("\n"); } } function_tests++; #endif #endif return(test_ret); } static int test_xmlSAXVersion(void) { int test_ret = 0; int mem_base; int ret_val; xmlSAXHandler * hdlr; /* the SAX handler */ int n_hdlr; int version; /* the version, 1 or 2 */ int n_version; for (n_hdlr = 0;n_hdlr < gen_nb_xmlSAXHandler_ptr;n_hdlr++) { for (n_version = 0;n_version < gen_nb_int;n_version++) { mem_base = xmlMemBlocks(); hdlr = gen_xmlSAXHandler_ptr(n_hdlr, 0); version = gen_int(n_version, 1); ret_val = xmlSAXVersion(hdlr, version); desret_int(ret_val); call_tests++; des_xmlSAXHandler_ptr(n_hdlr, hdlr, 0); des_int(n_version, version, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlSAXVersion", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_hdlr); printf(" %d", n_version); printf("\n"); } } } function_tests++; return(test_ret); } static int test_SAX2(void) { int test_ret = 0; if (quiet == 0) printf("Testing SAX2 : 38 of 38 functions ...\n"); test_ret += test_docbDefaultSAXHandlerInit(); test_ret += test_htmlDefaultSAXHandlerInit(); test_ret += test_xmlDefaultSAXHandlerInit(); test_ret += test_xmlSAX2AttributeDecl(); test_ret += test_xmlSAX2CDataBlock(); test_ret += test_xmlSAX2Characters(); test_ret += test_xmlSAX2Comment(); test_ret += test_xmlSAX2ElementDecl(); test_ret += test_xmlSAX2EndDocument(); test_ret += test_xmlSAX2EndElement(); test_ret += test_xmlSAX2EndElementNs(); test_ret += test_xmlSAX2EntityDecl(); test_ret += test_xmlSAX2ExternalSubset(); test_ret += test_xmlSAX2GetColumnNumber(); test_ret += test_xmlSAX2GetEntity(); test_ret += test_xmlSAX2GetLineNumber(); test_ret += test_xmlSAX2GetParameterEntity(); test_ret += test_xmlSAX2GetPublicId(); test_ret += test_xmlSAX2GetSystemId(); test_ret += test_xmlSAX2HasExternalSubset(); test_ret += test_xmlSAX2HasInternalSubset(); test_ret += test_xmlSAX2IgnorableWhitespace(); test_ret += test_xmlSAX2InitDefaultSAXHandler(); test_ret += test_xmlSAX2InitDocbDefaultSAXHandler(); test_ret += test_xmlSAX2InitHtmlDefaultSAXHandler(); test_ret += test_xmlSAX2InternalSubset(); test_ret += test_xmlSAX2IsStandalone(); test_ret += test_xmlSAX2NotationDecl(); test_ret += test_xmlSAX2ProcessingInstruction(); test_ret += test_xmlSAX2Reference(); test_ret += test_xmlSAX2ResolveEntity(); test_ret += test_xmlSAX2SetDocumentLocator(); test_ret += test_xmlSAX2StartDocument(); test_ret += test_xmlSAX2StartElement(); test_ret += test_xmlSAX2StartElementNs(); test_ret += test_xmlSAX2UnparsedEntityDecl(); test_ret += test_xmlSAXDefaultVersion(); test_ret += test_xmlSAXVersion(); if (test_ret != 0) printf("Module SAX2: %d errors\n", test_ret); return(test_ret); } static int test_xmlC14NDocDumpMemory(void) { int test_ret = 0; #if defined(LIBXML_C14N_ENABLED) && defined(LIBXML_OUTPUT_ENABLED) int mem_base; int ret_val; xmlDocPtr doc; /* the XML document for canonization */ int n_doc; xmlNodeSetPtr nodes; /* the nodes set to be included in the canonized image or NULL if all document nodes should be included */ int n_nodes; int mode; /* the c14n mode (see @xmlC14NMode) */ int n_mode; xmlChar ** inclusive_ns_prefixes; /* the list of inclusive namespace prefixes ended with a NULL or NULL if there is no inclusive namespaces (only for exclusive canonicalization, ignored otherwise) */ int n_inclusive_ns_prefixes; int with_comments; /* include comments in the result (!=0) or not (==0) */ int n_with_comments; xmlChar ** doc_txt_ptr; /* the memory pointer for allocated canonical XML text; the caller of this functions is responsible for calling xmlFree() to free allocated memory */ int n_doc_txt_ptr; for (n_doc = 0;n_doc < gen_nb_xmlDocPtr;n_doc++) { for (n_nodes = 0;n_nodes < gen_nb_xmlNodeSetPtr;n_nodes++) { for (n_mode = 0;n_mode < gen_nb_int;n_mode++) { for (n_inclusive_ns_prefixes = 0;n_inclusive_ns_prefixes < gen_nb_xmlChar_ptr_ptr;n_inclusive_ns_prefixes++) { for (n_with_comments = 0;n_with_comments < gen_nb_int;n_with_comments++) { for (n_doc_txt_ptr = 0;n_doc_txt_ptr < gen_nb_xmlChar_ptr_ptr;n_doc_txt_ptr++) { mem_base = xmlMemBlocks(); doc = gen_xmlDocPtr(n_doc, 0); nodes = gen_xmlNodeSetPtr(n_nodes, 1); mode = gen_int(n_mode, 2); inclusive_ns_prefixes = gen_xmlChar_ptr_ptr(n_inclusive_ns_prefixes, 3); with_comments = gen_int(n_with_comments, 4); doc_txt_ptr = gen_xmlChar_ptr_ptr(n_doc_txt_ptr, 5); ret_val = xmlC14NDocDumpMemory(doc, nodes, mode, inclusive_ns_prefixes, with_comments, doc_txt_ptr); desret_int(ret_val); call_tests++; des_xmlDocPtr(n_doc, doc, 0); des_xmlNodeSetPtr(n_nodes, nodes, 1); des_int(n_mode, mode, 2); des_xmlChar_ptr_ptr(n_inclusive_ns_prefixes, inclusive_ns_prefixes, 3); des_int(n_with_comments, with_comments, 4); des_xmlChar_ptr_ptr(n_doc_txt_ptr, doc_txt_ptr, 5); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlC14NDocDumpMemory", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_doc); printf(" %d", n_nodes); printf(" %d", n_mode); printf(" %d", n_inclusive_ns_prefixes); printf(" %d", n_with_comments); printf(" %d", n_doc_txt_ptr); printf("\n"); } } } } } } } function_tests++; #endif return(test_ret); } static int test_xmlC14NDocSave(void) { int test_ret = 0; #if defined(LIBXML_C14N_ENABLED) && defined(LIBXML_OUTPUT_ENABLED) int mem_base; int ret_val; xmlDocPtr doc; /* the XML document for canonization */ int n_doc; xmlNodeSetPtr nodes; /* the nodes set to be included in the canonized image or NULL if all document nodes should be included */ int n_nodes; int mode; /* the c14n mode (see @xmlC14NMode) */ int n_mode; xmlChar ** inclusive_ns_prefixes; /* the list of inclusive namespace prefixes ended with a NULL or NULL if there is no inclusive namespaces (only for exclusive canonicalization, ignored otherwise) */ int n_inclusive_ns_prefixes; int with_comments; /* include comments in the result (!=0) or not (==0) */ int n_with_comments; const char * filename; /* the filename to store canonical XML image */ int n_filename; int compression; /* the compression level (zlib required): -1 - libxml default, 0 - uncompressed, >0 - compression level */ int n_compression; for (n_doc = 0;n_doc < gen_nb_xmlDocPtr;n_doc++) { for (n_nodes = 0;n_nodes < gen_nb_xmlNodeSetPtr;n_nodes++) { for (n_mode = 0;n_mode < gen_nb_int;n_mode++) { for (n_inclusive_ns_prefixes = 0;n_inclusive_ns_prefixes < gen_nb_xmlChar_ptr_ptr;n_inclusive_ns_prefixes++) { for (n_with_comments = 0;n_with_comments < gen_nb_int;n_with_comments++) { for (n_filename = 0;n_filename < gen_nb_fileoutput;n_filename++) { for (n_compression = 0;n_compression < gen_nb_int;n_compression++) { mem_base = xmlMemBlocks(); doc = gen_xmlDocPtr(n_doc, 0); nodes = gen_xmlNodeSetPtr(n_nodes, 1); mode = gen_int(n_mode, 2); inclusive_ns_prefixes = gen_xmlChar_ptr_ptr(n_inclusive_ns_prefixes, 3); with_comments = gen_int(n_with_comments, 4); filename = gen_fileoutput(n_filename, 5); compression = gen_int(n_compression, 6); ret_val = xmlC14NDocSave(doc, nodes, mode, inclusive_ns_prefixes, with_comments, filename, compression); desret_int(ret_val); call_tests++; des_xmlDocPtr(n_doc, doc, 0); des_xmlNodeSetPtr(n_nodes, nodes, 1); des_int(n_mode, mode, 2); des_xmlChar_ptr_ptr(n_inclusive_ns_prefixes, inclusive_ns_prefixes, 3); des_int(n_with_comments, with_comments, 4); des_fileoutput(n_filename, filename, 5); des_int(n_compression, compression, 6); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlC14NDocSave", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_doc); printf(" %d", n_nodes); printf(" %d", n_mode); printf(" %d", n_inclusive_ns_prefixes); printf(" %d", n_with_comments); printf(" %d", n_filename); printf(" %d", n_compression); printf("\n"); } } } } } } } } function_tests++; #endif return(test_ret); } static int test_xmlC14NDocSaveTo(void) { int test_ret = 0; #if defined(LIBXML_C14N_ENABLED) && defined(LIBXML_OUTPUT_ENABLED) int mem_base; int ret_val; xmlDocPtr doc; /* the XML document for canonization */ int n_doc; xmlNodeSetPtr nodes; /* the nodes set to be included in the canonized image or NULL if all document nodes should be included */ int n_nodes; int mode; /* the c14n mode (see @xmlC14NMode) */ int n_mode; xmlChar ** inclusive_ns_prefixes; /* the list of inclusive namespace prefixes ended with a NULL or NULL if there is no inclusive namespaces (only for exclusive canonicalization, ignored otherwise) */ int n_inclusive_ns_prefixes; int with_comments; /* include comments in the result (!=0) or not (==0) */ int n_with_comments; xmlOutputBufferPtr buf; /* the output buffer to store canonical XML; this buffer MUST have encoder==NULL because C14N requires UTF-8 output */ int n_buf; for (n_doc = 0;n_doc < gen_nb_xmlDocPtr;n_doc++) { for (n_nodes = 0;n_nodes < gen_nb_xmlNodeSetPtr;n_nodes++) { for (n_mode = 0;n_mode < gen_nb_int;n_mode++) { for (n_inclusive_ns_prefixes = 0;n_inclusive_ns_prefixes < gen_nb_xmlChar_ptr_ptr;n_inclusive_ns_prefixes++) { for (n_with_comments = 0;n_with_comments < gen_nb_int;n_with_comments++) { for (n_buf = 0;n_buf < gen_nb_xmlOutputBufferPtr;n_buf++) { mem_base = xmlMemBlocks(); doc = gen_xmlDocPtr(n_doc, 0); nodes = gen_xmlNodeSetPtr(n_nodes, 1); mode = gen_int(n_mode, 2); inclusive_ns_prefixes = gen_xmlChar_ptr_ptr(n_inclusive_ns_prefixes, 3); with_comments = gen_int(n_with_comments, 4); buf = gen_xmlOutputBufferPtr(n_buf, 5); ret_val = xmlC14NDocSaveTo(doc, nodes, mode, inclusive_ns_prefixes, with_comments, buf); desret_int(ret_val); call_tests++; des_xmlDocPtr(n_doc, doc, 0); des_xmlNodeSetPtr(n_nodes, nodes, 1); des_int(n_mode, mode, 2); des_xmlChar_ptr_ptr(n_inclusive_ns_prefixes, inclusive_ns_prefixes, 3); des_int(n_with_comments, with_comments, 4); des_xmlOutputBufferPtr(n_buf, buf, 5); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlC14NDocSaveTo", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_doc); printf(" %d", n_nodes); printf(" %d", n_mode); printf(" %d", n_inclusive_ns_prefixes); printf(" %d", n_with_comments); printf(" %d", n_buf); printf("\n"); } } } } } } } function_tests++; #endif return(test_ret); } static int test_xmlC14NExecute(void) { int test_ret = 0; /* missing type support */ return(test_ret); } static int test_c14n(void) { int test_ret = 0; if (quiet == 0) printf("Testing c14n : 3 of 4 functions ...\n"); test_ret += test_xmlC14NDocDumpMemory(); test_ret += test_xmlC14NDocSave(); test_ret += test_xmlC14NDocSaveTo(); test_ret += test_xmlC14NExecute(); if (test_ret != 0) printf("Module c14n: %d errors\n", test_ret); return(test_ret); } #ifdef LIBXML_CATALOG_ENABLED #define gen_nb_xmlCatalogPtr 1 static xmlCatalogPtr gen_xmlCatalogPtr(int no ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { return(NULL); } static void des_xmlCatalogPtr(int no ATTRIBUTE_UNUSED, xmlCatalogPtr val ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { } #endif static int test_xmlACatalogAdd(void) { int test_ret = 0; #if defined(LIBXML_CATALOG_ENABLED) int mem_base; int ret_val; xmlCatalogPtr catal; /* a Catalog */ int n_catal; xmlChar * type; /* the type of record to add to the catalog */ int n_type; xmlChar * orig; /* the system, public or prefix to match */ int n_orig; xmlChar * replace; /* the replacement value for the match */ int n_replace; for (n_catal = 0;n_catal < gen_nb_xmlCatalogPtr;n_catal++) { for (n_type = 0;n_type < gen_nb_const_xmlChar_ptr;n_type++) { for (n_orig = 0;n_orig < gen_nb_const_xmlChar_ptr;n_orig++) { for (n_replace = 0;n_replace < gen_nb_const_xmlChar_ptr;n_replace++) { mem_base = xmlMemBlocks(); catal = gen_xmlCatalogPtr(n_catal, 0); type = gen_const_xmlChar_ptr(n_type, 1); orig = gen_const_xmlChar_ptr(n_orig, 2); replace = gen_const_xmlChar_ptr(n_replace, 3); ret_val = xmlACatalogAdd(catal, (const xmlChar *)type, (const xmlChar *)orig, (const xmlChar *)replace); desret_int(ret_val); call_tests++; des_xmlCatalogPtr(n_catal, catal, 0); des_const_xmlChar_ptr(n_type, (const xmlChar *)type, 1); des_const_xmlChar_ptr(n_orig, (const xmlChar *)orig, 2); des_const_xmlChar_ptr(n_replace, (const xmlChar *)replace, 3); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlACatalogAdd", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_catal); printf(" %d", n_type); printf(" %d", n_orig); printf(" %d", n_replace); printf("\n"); } } } } } function_tests++; #endif return(test_ret); } static int test_xmlACatalogDump(void) { int test_ret = 0; #if defined(LIBXML_CATALOG_ENABLED) && defined(LIBXML_OUTPUT_ENABLED) int mem_base; xmlCatalogPtr catal; /* a Catalog */ int n_catal; FILE * out; /* the file. */ int n_out; for (n_catal = 0;n_catal < gen_nb_xmlCatalogPtr;n_catal++) { for (n_out = 0;n_out < gen_nb_FILE_ptr;n_out++) { mem_base = xmlMemBlocks(); catal = gen_xmlCatalogPtr(n_catal, 0); out = gen_FILE_ptr(n_out, 1); xmlACatalogDump(catal, out); call_tests++; des_xmlCatalogPtr(n_catal, catal, 0); des_FILE_ptr(n_out, out, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlACatalogDump", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_catal); printf(" %d", n_out); printf("\n"); } } } function_tests++; #endif return(test_ret); } static int test_xmlACatalogRemove(void) { int test_ret = 0; #if defined(LIBXML_CATALOG_ENABLED) int mem_base; int ret_val; xmlCatalogPtr catal; /* a Catalog */ int n_catal; xmlChar * value; /* the value to remove */ int n_value; for (n_catal = 0;n_catal < gen_nb_xmlCatalogPtr;n_catal++) { for (n_value = 0;n_value < gen_nb_const_xmlChar_ptr;n_value++) { mem_base = xmlMemBlocks(); catal = gen_xmlCatalogPtr(n_catal, 0); value = gen_const_xmlChar_ptr(n_value, 1); ret_val = xmlACatalogRemove(catal, (const xmlChar *)value); desret_int(ret_val); call_tests++; des_xmlCatalogPtr(n_catal, catal, 0); des_const_xmlChar_ptr(n_value, (const xmlChar *)value, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlACatalogRemove", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_catal); printf(" %d", n_value); printf("\n"); } } } function_tests++; #endif return(test_ret); } static int test_xmlACatalogResolve(void) { int test_ret = 0; #if defined(LIBXML_CATALOG_ENABLED) int mem_base; xmlChar * ret_val; xmlCatalogPtr catal; /* a Catalog */ int n_catal; xmlChar * pubID; /* the public ID string */ int n_pubID; xmlChar * sysID; /* the system ID string */ int n_sysID; for (n_catal = 0;n_catal < gen_nb_xmlCatalogPtr;n_catal++) { for (n_pubID = 0;n_pubID < gen_nb_const_xmlChar_ptr;n_pubID++) { for (n_sysID = 0;n_sysID < gen_nb_const_xmlChar_ptr;n_sysID++) { mem_base = xmlMemBlocks(); catal = gen_xmlCatalogPtr(n_catal, 0); pubID = gen_const_xmlChar_ptr(n_pubID, 1); sysID = gen_const_xmlChar_ptr(n_sysID, 2); ret_val = xmlACatalogResolve(catal, (const xmlChar *)pubID, (const xmlChar *)sysID); desret_xmlChar_ptr(ret_val); call_tests++; des_xmlCatalogPtr(n_catal, catal, 0); des_const_xmlChar_ptr(n_pubID, (const xmlChar *)pubID, 1); des_const_xmlChar_ptr(n_sysID, (const xmlChar *)sysID, 2); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlACatalogResolve", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_catal); printf(" %d", n_pubID); printf(" %d", n_sysID); printf("\n"); } } } } function_tests++; #endif return(test_ret); } static int test_xmlACatalogResolvePublic(void) { int test_ret = 0; #if defined(LIBXML_CATALOG_ENABLED) int mem_base; xmlChar * ret_val; xmlCatalogPtr catal; /* a Catalog */ int n_catal; xmlChar * pubID; /* the public ID string */ int n_pubID; for (n_catal = 0;n_catal < gen_nb_xmlCatalogPtr;n_catal++) { for (n_pubID = 0;n_pubID < gen_nb_const_xmlChar_ptr;n_pubID++) { mem_base = xmlMemBlocks(); catal = gen_xmlCatalogPtr(n_catal, 0); pubID = gen_const_xmlChar_ptr(n_pubID, 1); ret_val = xmlACatalogResolvePublic(catal, (const xmlChar *)pubID); desret_xmlChar_ptr(ret_val); call_tests++; des_xmlCatalogPtr(n_catal, catal, 0); des_const_xmlChar_ptr(n_pubID, (const xmlChar *)pubID, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlACatalogResolvePublic", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_catal); printf(" %d", n_pubID); printf("\n"); } } } function_tests++; #endif return(test_ret); } static int test_xmlACatalogResolveSystem(void) { int test_ret = 0; #if defined(LIBXML_CATALOG_ENABLED) int mem_base; xmlChar * ret_val; xmlCatalogPtr catal; /* a Catalog */ int n_catal; xmlChar * sysID; /* the system ID string */ int n_sysID; for (n_catal = 0;n_catal < gen_nb_xmlCatalogPtr;n_catal++) { for (n_sysID = 0;n_sysID < gen_nb_const_xmlChar_ptr;n_sysID++) { mem_base = xmlMemBlocks(); catal = gen_xmlCatalogPtr(n_catal, 0); sysID = gen_const_xmlChar_ptr(n_sysID, 1); ret_val = xmlACatalogResolveSystem(catal, (const xmlChar *)sysID); desret_xmlChar_ptr(ret_val); call_tests++; des_xmlCatalogPtr(n_catal, catal, 0); des_const_xmlChar_ptr(n_sysID, (const xmlChar *)sysID, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlACatalogResolveSystem", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_catal); printf(" %d", n_sysID); printf("\n"); } } } function_tests++; #endif return(test_ret); } static int test_xmlACatalogResolveURI(void) { int test_ret = 0; #if defined(LIBXML_CATALOG_ENABLED) int mem_base; xmlChar * ret_val; xmlCatalogPtr catal; /* a Catalog */ int n_catal; xmlChar * URI; /* the URI */ int n_URI; for (n_catal = 0;n_catal < gen_nb_xmlCatalogPtr;n_catal++) { for (n_URI = 0;n_URI < gen_nb_const_xmlChar_ptr;n_URI++) { mem_base = xmlMemBlocks(); catal = gen_xmlCatalogPtr(n_catal, 0); URI = gen_const_xmlChar_ptr(n_URI, 1); ret_val = xmlACatalogResolveURI(catal, (const xmlChar *)URI); desret_xmlChar_ptr(ret_val); call_tests++; des_xmlCatalogPtr(n_catal, catal, 0); des_const_xmlChar_ptr(n_URI, (const xmlChar *)URI, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlACatalogResolveURI", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_catal); printf(" %d", n_URI); printf("\n"); } } } function_tests++; #endif return(test_ret); } static int test_xmlCatalogAdd(void) { int test_ret = 0; #if defined(LIBXML_CATALOG_ENABLED) int mem_base; int ret_val; xmlChar * type; /* the type of record to add to the catalog */ int n_type; xmlChar * orig; /* the system, public or prefix to match */ int n_orig; xmlChar * replace; /* the replacement value for the match */ int n_replace; for (n_type = 0;n_type < gen_nb_const_xmlChar_ptr;n_type++) { for (n_orig = 0;n_orig < gen_nb_const_xmlChar_ptr;n_orig++) { for (n_replace = 0;n_replace < gen_nb_const_xmlChar_ptr;n_replace++) { mem_base = xmlMemBlocks(); type = gen_const_xmlChar_ptr(n_type, 0); orig = gen_const_xmlChar_ptr(n_orig, 1); replace = gen_const_xmlChar_ptr(n_replace, 2); ret_val = xmlCatalogAdd((const xmlChar *)type, (const xmlChar *)orig, (const xmlChar *)replace); desret_int(ret_val); call_tests++; des_const_xmlChar_ptr(n_type, (const xmlChar *)type, 0); des_const_xmlChar_ptr(n_orig, (const xmlChar *)orig, 1); des_const_xmlChar_ptr(n_replace, (const xmlChar *)replace, 2); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlCatalogAdd", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_type); printf(" %d", n_orig); printf(" %d", n_replace); printf("\n"); } } } } function_tests++; #endif return(test_ret); } static int test_xmlCatalogCleanup(void) { int test_ret = 0; #if defined(LIBXML_CATALOG_ENABLED) xmlCatalogCleanup(); call_tests++; xmlResetLastError(); function_tests++; #endif return(test_ret); } static int test_xmlCatalogConvert(void) { int test_ret = 0; #if defined(LIBXML_CATALOG_ENABLED) int ret_val; ret_val = xmlCatalogConvert(); desret_int(ret_val); call_tests++; xmlResetLastError(); function_tests++; #endif return(test_ret); } static int test_xmlCatalogDump(void) { int test_ret = 0; #if defined(LIBXML_CATALOG_ENABLED) && defined(LIBXML_OUTPUT_ENABLED) int mem_base; FILE * out; /* the file. */ int n_out; for (n_out = 0;n_out < gen_nb_FILE_ptr;n_out++) { mem_base = xmlMemBlocks(); out = gen_FILE_ptr(n_out, 0); xmlCatalogDump(out); call_tests++; des_FILE_ptr(n_out, out, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlCatalogDump", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_out); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlCatalogGetDefaults(void) { int test_ret = 0; #if defined(LIBXML_CATALOG_ENABLED) int mem_base; xmlCatalogAllow ret_val; mem_base = xmlMemBlocks(); ret_val = xmlCatalogGetDefaults(); desret_xmlCatalogAllow(ret_val); call_tests++; xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlCatalogGetDefaults", xmlMemBlocks() - mem_base); test_ret++; printf("\n"); } function_tests++; #endif return(test_ret); } static int test_xmlCatalogIsEmpty(void) { int test_ret = 0; #if defined(LIBXML_CATALOG_ENABLED) int mem_base; int ret_val; xmlCatalogPtr catal; /* should this create an SGML catalog */ int n_catal; for (n_catal = 0;n_catal < gen_nb_xmlCatalogPtr;n_catal++) { mem_base = xmlMemBlocks(); catal = gen_xmlCatalogPtr(n_catal, 0); ret_val = xmlCatalogIsEmpty(catal); desret_int(ret_val); call_tests++; des_xmlCatalogPtr(n_catal, catal, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlCatalogIsEmpty", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_catal); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlCatalogLocalResolve(void) { int test_ret = 0; #if defined(LIBXML_CATALOG_ENABLED) int mem_base; xmlChar * ret_val; void * catalogs; /* a document's list of catalogs */ int n_catalogs; xmlChar * pubID; /* the public ID string */ int n_pubID; xmlChar * sysID; /* the system ID string */ int n_sysID; for (n_catalogs = 0;n_catalogs < gen_nb_void_ptr;n_catalogs++) { for (n_pubID = 0;n_pubID < gen_nb_const_xmlChar_ptr;n_pubID++) { for (n_sysID = 0;n_sysID < gen_nb_const_xmlChar_ptr;n_sysID++) { mem_base = xmlMemBlocks(); catalogs = gen_void_ptr(n_catalogs, 0); pubID = gen_const_xmlChar_ptr(n_pubID, 1); sysID = gen_const_xmlChar_ptr(n_sysID, 2); ret_val = xmlCatalogLocalResolve(catalogs, (const xmlChar *)pubID, (const xmlChar *)sysID); desret_xmlChar_ptr(ret_val); call_tests++; des_void_ptr(n_catalogs, catalogs, 0); des_const_xmlChar_ptr(n_pubID, (const xmlChar *)pubID, 1); des_const_xmlChar_ptr(n_sysID, (const xmlChar *)sysID, 2); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlCatalogLocalResolve", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_catalogs); printf(" %d", n_pubID); printf(" %d", n_sysID); printf("\n"); } } } } function_tests++; #endif return(test_ret); } static int test_xmlCatalogLocalResolveURI(void) { int test_ret = 0; #if defined(LIBXML_CATALOG_ENABLED) int mem_base; xmlChar * ret_val; void * catalogs; /* a document's list of catalogs */ int n_catalogs; xmlChar * URI; /* the URI */ int n_URI; for (n_catalogs = 0;n_catalogs < gen_nb_void_ptr;n_catalogs++) { for (n_URI = 0;n_URI < gen_nb_const_xmlChar_ptr;n_URI++) { mem_base = xmlMemBlocks(); catalogs = gen_void_ptr(n_catalogs, 0); URI = gen_const_xmlChar_ptr(n_URI, 1); ret_val = xmlCatalogLocalResolveURI(catalogs, (const xmlChar *)URI); desret_xmlChar_ptr(ret_val); call_tests++; des_void_ptr(n_catalogs, catalogs, 0); des_const_xmlChar_ptr(n_URI, (const xmlChar *)URI, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlCatalogLocalResolveURI", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_catalogs); printf(" %d", n_URI); printf("\n"); } } } function_tests++; #endif return(test_ret); } static int test_xmlCatalogRemove(void) { int test_ret = 0; #if defined(LIBXML_CATALOG_ENABLED) int ret_val; xmlChar * value; /* the value to remove */ int n_value; for (n_value = 0;n_value < gen_nb_const_xmlChar_ptr;n_value++) { value = gen_const_xmlChar_ptr(n_value, 0); ret_val = xmlCatalogRemove((const xmlChar *)value); desret_int(ret_val); call_tests++; des_const_xmlChar_ptr(n_value, (const xmlChar *)value, 0); xmlResetLastError(); } function_tests++; #endif return(test_ret); } static int test_xmlCatalogResolve(void) { int test_ret = 0; #if defined(LIBXML_CATALOG_ENABLED) xmlChar * ret_val; xmlChar * pubID; /* the public ID string */ int n_pubID; xmlChar * sysID; /* the system ID string */ int n_sysID; for (n_pubID = 0;n_pubID < gen_nb_const_xmlChar_ptr;n_pubID++) { for (n_sysID = 0;n_sysID < gen_nb_const_xmlChar_ptr;n_sysID++) { pubID = gen_const_xmlChar_ptr(n_pubID, 0); sysID = gen_const_xmlChar_ptr(n_sysID, 1); ret_val = xmlCatalogResolve((const xmlChar *)pubID, (const xmlChar *)sysID); desret_xmlChar_ptr(ret_val); call_tests++; des_const_xmlChar_ptr(n_pubID, (const xmlChar *)pubID, 0); des_const_xmlChar_ptr(n_sysID, (const xmlChar *)sysID, 1); xmlResetLastError(); } } function_tests++; #endif return(test_ret); } static int test_xmlCatalogResolvePublic(void) { int test_ret = 0; #if defined(LIBXML_CATALOG_ENABLED) int mem_base; xmlChar * ret_val; xmlChar * pubID; /* the public ID string */ int n_pubID; for (n_pubID = 0;n_pubID < gen_nb_const_xmlChar_ptr;n_pubID++) { mem_base = xmlMemBlocks(); pubID = gen_const_xmlChar_ptr(n_pubID, 0); ret_val = xmlCatalogResolvePublic((const xmlChar *)pubID); desret_xmlChar_ptr(ret_val); call_tests++; des_const_xmlChar_ptr(n_pubID, (const xmlChar *)pubID, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlCatalogResolvePublic", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_pubID); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlCatalogResolveSystem(void) { int test_ret = 0; #if defined(LIBXML_CATALOG_ENABLED) int mem_base; xmlChar * ret_val; xmlChar * sysID; /* the system ID string */ int n_sysID; for (n_sysID = 0;n_sysID < gen_nb_const_xmlChar_ptr;n_sysID++) { mem_base = xmlMemBlocks(); sysID = gen_const_xmlChar_ptr(n_sysID, 0); ret_val = xmlCatalogResolveSystem((const xmlChar *)sysID); desret_xmlChar_ptr(ret_val); call_tests++; des_const_xmlChar_ptr(n_sysID, (const xmlChar *)sysID, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlCatalogResolveSystem", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_sysID); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlCatalogResolveURI(void) { int test_ret = 0; #if defined(LIBXML_CATALOG_ENABLED) int mem_base; xmlChar * ret_val; xmlChar * URI; /* the URI */ int n_URI; for (n_URI = 0;n_URI < gen_nb_const_xmlChar_ptr;n_URI++) { mem_base = xmlMemBlocks(); URI = gen_const_xmlChar_ptr(n_URI, 0); ret_val = xmlCatalogResolveURI((const xmlChar *)URI); desret_xmlChar_ptr(ret_val); call_tests++; des_const_xmlChar_ptr(n_URI, (const xmlChar *)URI, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlCatalogResolveURI", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_URI); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlCatalogSetDefaultPrefer(void) { int test_ret = 0; #if defined(LIBXML_CATALOG_ENABLED) int mem_base; xmlCatalogPrefer ret_val; xmlCatalogPrefer prefer; /* the default preference for delegation */ int n_prefer; for (n_prefer = 0;n_prefer < gen_nb_xmlCatalogPrefer;n_prefer++) { mem_base = xmlMemBlocks(); prefer = gen_xmlCatalogPrefer(n_prefer, 0); ret_val = xmlCatalogSetDefaultPrefer(prefer); desret_xmlCatalogPrefer(ret_val); call_tests++; des_xmlCatalogPrefer(n_prefer, prefer, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlCatalogSetDefaultPrefer", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_prefer); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlCatalogSetDefaults(void) { int test_ret = 0; #if defined(LIBXML_CATALOG_ENABLED) int mem_base; xmlCatalogAllow allow; /* what catalogs should be accepted */ int n_allow; for (n_allow = 0;n_allow < gen_nb_xmlCatalogAllow;n_allow++) { mem_base = xmlMemBlocks(); allow = gen_xmlCatalogAllow(n_allow, 0); xmlCatalogSetDefaults(allow); call_tests++; des_xmlCatalogAllow(n_allow, allow, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlCatalogSetDefaults", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_allow); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlConvertSGMLCatalog(void) { int test_ret = 0; #if defined(LIBXML_CATALOG_ENABLED) int mem_base; int ret_val; xmlCatalogPtr catal; /* the catalog */ int n_catal; for (n_catal = 0;n_catal < gen_nb_xmlCatalogPtr;n_catal++) { mem_base = xmlMemBlocks(); catal = gen_xmlCatalogPtr(n_catal, 0); ret_val = xmlConvertSGMLCatalog(catal); desret_int(ret_val); call_tests++; des_xmlCatalogPtr(n_catal, catal, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlConvertSGMLCatalog", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_catal); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlInitializeCatalog(void) { int test_ret = 0; #if defined(LIBXML_CATALOG_ENABLED) int mem_base; mem_base = xmlMemBlocks(); xmlInitializeCatalog(); call_tests++; xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlInitializeCatalog", xmlMemBlocks() - mem_base); test_ret++; printf("\n"); } function_tests++; #endif return(test_ret); } static int test_xmlLoadACatalog(void) { int test_ret = 0; /* missing type support */ return(test_ret); } static int test_xmlLoadCatalog(void) { int test_ret = 0; #if defined(LIBXML_CATALOG_ENABLED) int ret_val; const char * filename; /* a file path */ int n_filename; for (n_filename = 0;n_filename < gen_nb_filepath;n_filename++) { filename = gen_filepath(n_filename, 0); ret_val = xmlLoadCatalog(filename); desret_int(ret_val); call_tests++; des_filepath(n_filename, filename, 0); xmlResetLastError(); } function_tests++; #endif return(test_ret); } static int test_xmlLoadCatalogs(void) { int test_ret = 0; #if defined(LIBXML_CATALOG_ENABLED) char * pathss; /* a list of directories separated by a colon or a space. */ int n_pathss; for (n_pathss = 0;n_pathss < gen_nb_const_char_ptr;n_pathss++) { pathss = gen_const_char_ptr(n_pathss, 0); xmlLoadCatalogs((const char *)pathss); call_tests++; des_const_char_ptr(n_pathss, (const char *)pathss, 0); xmlResetLastError(); } function_tests++; #endif return(test_ret); } static int test_xmlLoadSGMLSuperCatalog(void) { int test_ret = 0; /* missing type support */ return(test_ret); } static int test_xmlNewCatalog(void) { int test_ret = 0; /* missing type support */ return(test_ret); } static int test_xmlParseCatalogFile(void) { int test_ret = 0; #if defined(LIBXML_CATALOG_ENABLED) int mem_base; xmlDocPtr ret_val; const char * filename; /* the filename */ int n_filename; for (n_filename = 0;n_filename < gen_nb_filepath;n_filename++) { mem_base = xmlMemBlocks(); filename = gen_filepath(n_filename, 0); ret_val = xmlParseCatalogFile(filename); desret_xmlDocPtr(ret_val); call_tests++; des_filepath(n_filename, filename, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlParseCatalogFile", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_filename); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_catalog(void) { int test_ret = 0; if (quiet == 0) printf("Testing catalog : 27 of 36 functions ...\n"); test_ret += test_xmlACatalogAdd(); test_ret += test_xmlACatalogDump(); test_ret += test_xmlACatalogRemove(); test_ret += test_xmlACatalogResolve(); test_ret += test_xmlACatalogResolvePublic(); test_ret += test_xmlACatalogResolveSystem(); test_ret += test_xmlACatalogResolveURI(); test_ret += test_xmlCatalogAdd(); test_ret += test_xmlCatalogCleanup(); test_ret += test_xmlCatalogConvert(); test_ret += test_xmlCatalogDump(); test_ret += test_xmlCatalogGetDefaults(); test_ret += test_xmlCatalogIsEmpty(); test_ret += test_xmlCatalogLocalResolve(); test_ret += test_xmlCatalogLocalResolveURI(); test_ret += test_xmlCatalogRemove(); test_ret += test_xmlCatalogResolve(); test_ret += test_xmlCatalogResolvePublic(); test_ret += test_xmlCatalogResolveSystem(); test_ret += test_xmlCatalogResolveURI(); test_ret += test_xmlCatalogSetDefaultPrefer(); test_ret += test_xmlCatalogSetDefaults(); test_ret += test_xmlConvertSGMLCatalog(); test_ret += test_xmlInitializeCatalog(); test_ret += test_xmlLoadACatalog(); test_ret += test_xmlLoadCatalog(); test_ret += test_xmlLoadCatalogs(); test_ret += test_xmlLoadSGMLSuperCatalog(); test_ret += test_xmlNewCatalog(); test_ret += test_xmlParseCatalogFile(); if (test_ret != 0) printf("Module catalog: %d errors\n", test_ret); return(test_ret); } #define gen_nb_const_xmlChRangeGroup_ptr 1 static xmlChRangeGroup * gen_const_xmlChRangeGroup_ptr(int no ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { return(NULL); } static void des_const_xmlChRangeGroup_ptr(int no ATTRIBUTE_UNUSED, const xmlChRangeGroup * val ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { } static int test_xmlCharInRange(void) { int test_ret = 0; int mem_base; int ret_val; unsigned int val; /* character to be validated */ int n_val; xmlChRangeGroup * rptr; /* pointer to range to be used to validate */ int n_rptr; for (n_val = 0;n_val < gen_nb_unsigned_int;n_val++) { for (n_rptr = 0;n_rptr < gen_nb_const_xmlChRangeGroup_ptr;n_rptr++) { mem_base = xmlMemBlocks(); val = gen_unsigned_int(n_val, 0); rptr = gen_const_xmlChRangeGroup_ptr(n_rptr, 1); ret_val = xmlCharInRange(val, (const xmlChRangeGroup *)rptr); desret_int(ret_val); call_tests++; des_unsigned_int(n_val, val, 0); des_const_xmlChRangeGroup_ptr(n_rptr, (const xmlChRangeGroup *)rptr, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlCharInRange", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_val); printf(" %d", n_rptr); printf("\n"); } } } function_tests++; return(test_ret); } static int test_xmlIsBaseChar(void) { int test_ret = 0; int mem_base; int ret_val; unsigned int ch; /* character to validate */ int n_ch; for (n_ch = 0;n_ch < gen_nb_unsigned_int;n_ch++) { mem_base = xmlMemBlocks(); ch = gen_unsigned_int(n_ch, 0); ret_val = xmlIsBaseChar(ch); desret_int(ret_val); call_tests++; des_unsigned_int(n_ch, ch, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlIsBaseChar", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ch); printf("\n"); } } function_tests++; return(test_ret); } static int test_xmlIsBlank(void) { int test_ret = 0; int mem_base; int ret_val; unsigned int ch; /* character to validate */ int n_ch; for (n_ch = 0;n_ch < gen_nb_unsigned_int;n_ch++) { mem_base = xmlMemBlocks(); ch = gen_unsigned_int(n_ch, 0); ret_val = xmlIsBlank(ch); desret_int(ret_val); call_tests++; des_unsigned_int(n_ch, ch, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlIsBlank", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ch); printf("\n"); } } function_tests++; return(test_ret); } static int test_xmlIsChar(void) { int test_ret = 0; int mem_base; int ret_val; unsigned int ch; /* character to validate */ int n_ch; for (n_ch = 0;n_ch < gen_nb_unsigned_int;n_ch++) { mem_base = xmlMemBlocks(); ch = gen_unsigned_int(n_ch, 0); ret_val = xmlIsChar(ch); desret_int(ret_val); call_tests++; des_unsigned_int(n_ch, ch, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlIsChar", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ch); printf("\n"); } } function_tests++; return(test_ret); } static int test_xmlIsCombining(void) { int test_ret = 0; int mem_base; int ret_val; unsigned int ch; /* character to validate */ int n_ch; for (n_ch = 0;n_ch < gen_nb_unsigned_int;n_ch++) { mem_base = xmlMemBlocks(); ch = gen_unsigned_int(n_ch, 0); ret_val = xmlIsCombining(ch); desret_int(ret_val); call_tests++; des_unsigned_int(n_ch, ch, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlIsCombining", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ch); printf("\n"); } } function_tests++; return(test_ret); } static int test_xmlIsDigit(void) { int test_ret = 0; int mem_base; int ret_val; unsigned int ch; /* character to validate */ int n_ch; for (n_ch = 0;n_ch < gen_nb_unsigned_int;n_ch++) { mem_base = xmlMemBlocks(); ch = gen_unsigned_int(n_ch, 0); ret_val = xmlIsDigit(ch); desret_int(ret_val); call_tests++; des_unsigned_int(n_ch, ch, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlIsDigit", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ch); printf("\n"); } } function_tests++; return(test_ret); } static int test_xmlIsExtender(void) { int test_ret = 0; int mem_base; int ret_val; unsigned int ch; /* character to validate */ int n_ch; for (n_ch = 0;n_ch < gen_nb_unsigned_int;n_ch++) { mem_base = xmlMemBlocks(); ch = gen_unsigned_int(n_ch, 0); ret_val = xmlIsExtender(ch); desret_int(ret_val); call_tests++; des_unsigned_int(n_ch, ch, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlIsExtender", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ch); printf("\n"); } } function_tests++; return(test_ret); } static int test_xmlIsIdeographic(void) { int test_ret = 0; int mem_base; int ret_val; unsigned int ch; /* character to validate */ int n_ch; for (n_ch = 0;n_ch < gen_nb_unsigned_int;n_ch++) { mem_base = xmlMemBlocks(); ch = gen_unsigned_int(n_ch, 0); ret_val = xmlIsIdeographic(ch); desret_int(ret_val); call_tests++; des_unsigned_int(n_ch, ch, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlIsIdeographic", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ch); printf("\n"); } } function_tests++; return(test_ret); } static int test_xmlIsPubidChar(void) { int test_ret = 0; int mem_base; int ret_val; unsigned int ch; /* character to validate */ int n_ch; for (n_ch = 0;n_ch < gen_nb_unsigned_int;n_ch++) { mem_base = xmlMemBlocks(); ch = gen_unsigned_int(n_ch, 0); ret_val = xmlIsPubidChar(ch); desret_int(ret_val); call_tests++; des_unsigned_int(n_ch, ch, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlIsPubidChar", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ch); printf("\n"); } } function_tests++; return(test_ret); } static int test_chvalid(void) { int test_ret = 0; if (quiet == 0) printf("Testing chvalid : 9 of 9 functions ...\n"); test_ret += test_xmlCharInRange(); test_ret += test_xmlIsBaseChar(); test_ret += test_xmlIsBlank(); test_ret += test_xmlIsChar(); test_ret += test_xmlIsCombining(); test_ret += test_xmlIsDigit(); test_ret += test_xmlIsExtender(); test_ret += test_xmlIsIdeographic(); test_ret += test_xmlIsPubidChar(); if (test_ret != 0) printf("Module chvalid: %d errors\n", test_ret); return(test_ret); } static int test_xmlBoolToText(void) { int test_ret = 0; #if defined(LIBXML_DEBUG_ENABLED) int mem_base; const char * ret_val; int boolval; /* a bool to turn into text */ int n_boolval; for (n_boolval = 0;n_boolval < gen_nb_int;n_boolval++) { mem_base = xmlMemBlocks(); boolval = gen_int(n_boolval, 0); ret_val = xmlBoolToText(boolval); desret_const_char_ptr(ret_val); call_tests++; des_int(n_boolval, boolval, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlBoolToText", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_boolval); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlDebugCheckDocument(void) { int test_ret = 0; #if defined(LIBXML_DEBUG_ENABLED) int mem_base; int ret_val; FILE * output; /* the FILE * for the output */ int n_output; xmlDocPtr doc; /* the document */ int n_doc; for (n_output = 0;n_output < gen_nb_debug_FILE_ptr;n_output++) { for (n_doc = 0;n_doc < gen_nb_xmlDocPtr;n_doc++) { mem_base = xmlMemBlocks(); output = gen_debug_FILE_ptr(n_output, 0); doc = gen_xmlDocPtr(n_doc, 1); ret_val = xmlDebugCheckDocument(output, doc); desret_int(ret_val); call_tests++; des_debug_FILE_ptr(n_output, output, 0); des_xmlDocPtr(n_doc, doc, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlDebugCheckDocument", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_output); printf(" %d", n_doc); printf("\n"); } } } function_tests++; #endif return(test_ret); } static int test_xmlDebugDumpAttr(void) { int test_ret = 0; #if defined(LIBXML_DEBUG_ENABLED) int mem_base; FILE * output; /* the FILE * for the output */ int n_output; xmlAttrPtr attr; /* the attribute */ int n_attr; int depth; /* the indentation level. */ int n_depth; for (n_output = 0;n_output < gen_nb_debug_FILE_ptr;n_output++) { for (n_attr = 0;n_attr < gen_nb_xmlAttrPtr;n_attr++) { for (n_depth = 0;n_depth < gen_nb_int;n_depth++) { mem_base = xmlMemBlocks(); output = gen_debug_FILE_ptr(n_output, 0); attr = gen_xmlAttrPtr(n_attr, 1); depth = gen_int(n_depth, 2); xmlDebugDumpAttr(output, attr, depth); call_tests++; des_debug_FILE_ptr(n_output, output, 0); des_xmlAttrPtr(n_attr, attr, 1); des_int(n_depth, depth, 2); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlDebugDumpAttr", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_output); printf(" %d", n_attr); printf(" %d", n_depth); printf("\n"); } } } } function_tests++; #endif return(test_ret); } static int test_xmlDebugDumpAttrList(void) { int test_ret = 0; #if defined(LIBXML_DEBUG_ENABLED) int mem_base; FILE * output; /* the FILE * for the output */ int n_output; xmlAttrPtr attr; /* the attribute list */ int n_attr; int depth; /* the indentation level. */ int n_depth; for (n_output = 0;n_output < gen_nb_debug_FILE_ptr;n_output++) { for (n_attr = 0;n_attr < gen_nb_xmlAttrPtr;n_attr++) { for (n_depth = 0;n_depth < gen_nb_int;n_depth++) { mem_base = xmlMemBlocks(); output = gen_debug_FILE_ptr(n_output, 0); attr = gen_xmlAttrPtr(n_attr, 1); depth = gen_int(n_depth, 2); xmlDebugDumpAttrList(output, attr, depth); call_tests++; des_debug_FILE_ptr(n_output, output, 0); des_xmlAttrPtr(n_attr, attr, 1); des_int(n_depth, depth, 2); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlDebugDumpAttrList", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_output); printf(" %d", n_attr); printf(" %d", n_depth); printf("\n"); } } } } function_tests++; #endif return(test_ret); } static int test_xmlDebugDumpDTD(void) { int test_ret = 0; #if defined(LIBXML_DEBUG_ENABLED) int mem_base; FILE * output; /* the FILE * for the output */ int n_output; xmlDtdPtr dtd; /* the DTD */ int n_dtd; for (n_output = 0;n_output < gen_nb_debug_FILE_ptr;n_output++) { for (n_dtd = 0;n_dtd < gen_nb_xmlDtdPtr;n_dtd++) { mem_base = xmlMemBlocks(); output = gen_debug_FILE_ptr(n_output, 0); dtd = gen_xmlDtdPtr(n_dtd, 1); xmlDebugDumpDTD(output, dtd); call_tests++; des_debug_FILE_ptr(n_output, output, 0); des_xmlDtdPtr(n_dtd, dtd, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlDebugDumpDTD", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_output); printf(" %d", n_dtd); printf("\n"); } } } function_tests++; #endif return(test_ret); } static int test_xmlDebugDumpDocument(void) { int test_ret = 0; #if defined(LIBXML_DEBUG_ENABLED) int mem_base; FILE * output; /* the FILE * for the output */ int n_output; xmlDocPtr doc; /* the document */ int n_doc; for (n_output = 0;n_output < gen_nb_debug_FILE_ptr;n_output++) { for (n_doc = 0;n_doc < gen_nb_xmlDocPtr;n_doc++) { mem_base = xmlMemBlocks(); output = gen_debug_FILE_ptr(n_output, 0); doc = gen_xmlDocPtr(n_doc, 1); xmlDebugDumpDocument(output, doc); call_tests++; des_debug_FILE_ptr(n_output, output, 0); des_xmlDocPtr(n_doc, doc, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlDebugDumpDocument", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_output); printf(" %d", n_doc); printf("\n"); } } } function_tests++; #endif return(test_ret); } static int test_xmlDebugDumpDocumentHead(void) { int test_ret = 0; #if defined(LIBXML_DEBUG_ENABLED) int mem_base; FILE * output; /* the FILE * for the output */ int n_output; xmlDocPtr doc; /* the document */ int n_doc; for (n_output = 0;n_output < gen_nb_debug_FILE_ptr;n_output++) { for (n_doc = 0;n_doc < gen_nb_xmlDocPtr;n_doc++) { mem_base = xmlMemBlocks(); output = gen_debug_FILE_ptr(n_output, 0); doc = gen_xmlDocPtr(n_doc, 1); xmlDebugDumpDocumentHead(output, doc); call_tests++; des_debug_FILE_ptr(n_output, output, 0); des_xmlDocPtr(n_doc, doc, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlDebugDumpDocumentHead", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_output); printf(" %d", n_doc); printf("\n"); } } } function_tests++; #endif return(test_ret); } static int test_xmlDebugDumpEntities(void) { int test_ret = 0; #if defined(LIBXML_DEBUG_ENABLED) int mem_base; FILE * output; /* the FILE * for the output */ int n_output; xmlDocPtr doc; /* the document */ int n_doc; for (n_output = 0;n_output < gen_nb_debug_FILE_ptr;n_output++) { for (n_doc = 0;n_doc < gen_nb_xmlDocPtr;n_doc++) { mem_base = xmlMemBlocks(); output = gen_debug_FILE_ptr(n_output, 0); doc = gen_xmlDocPtr(n_doc, 1); xmlDebugDumpEntities(output, doc); call_tests++; des_debug_FILE_ptr(n_output, output, 0); des_xmlDocPtr(n_doc, doc, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlDebugDumpEntities", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_output); printf(" %d", n_doc); printf("\n"); } } } function_tests++; #endif return(test_ret); } static int test_xmlDebugDumpNode(void) { int test_ret = 0; #if defined(LIBXML_DEBUG_ENABLED) int mem_base; FILE * output; /* the FILE * for the output */ int n_output; xmlNodePtr node; /* the node */ int n_node; int depth; /* the indentation level. */ int n_depth; for (n_output = 0;n_output < gen_nb_debug_FILE_ptr;n_output++) { for (n_node = 0;n_node < gen_nb_xmlNodePtr;n_node++) { for (n_depth = 0;n_depth < gen_nb_int;n_depth++) { mem_base = xmlMemBlocks(); output = gen_debug_FILE_ptr(n_output, 0); node = gen_xmlNodePtr(n_node, 1); depth = gen_int(n_depth, 2); xmlDebugDumpNode(output, node, depth); call_tests++; des_debug_FILE_ptr(n_output, output, 0); des_xmlNodePtr(n_node, node, 1); des_int(n_depth, depth, 2); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlDebugDumpNode", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_output); printf(" %d", n_node); printf(" %d", n_depth); printf("\n"); } } } } function_tests++; #endif return(test_ret); } static int test_xmlDebugDumpNodeList(void) { int test_ret = 0; #if defined(LIBXML_DEBUG_ENABLED) int mem_base; FILE * output; /* the FILE * for the output */ int n_output; xmlNodePtr node; /* the node list */ int n_node; int depth; /* the indentation level. */ int n_depth; for (n_output = 0;n_output < gen_nb_debug_FILE_ptr;n_output++) { for (n_node = 0;n_node < gen_nb_xmlNodePtr;n_node++) { for (n_depth = 0;n_depth < gen_nb_int;n_depth++) { mem_base = xmlMemBlocks(); output = gen_debug_FILE_ptr(n_output, 0); node = gen_xmlNodePtr(n_node, 1); depth = gen_int(n_depth, 2); xmlDebugDumpNodeList(output, node, depth); call_tests++; des_debug_FILE_ptr(n_output, output, 0); des_xmlNodePtr(n_node, node, 1); des_int(n_depth, depth, 2); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlDebugDumpNodeList", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_output); printf(" %d", n_node); printf(" %d", n_depth); printf("\n"); } } } } function_tests++; #endif return(test_ret); } static int test_xmlDebugDumpOneNode(void) { int test_ret = 0; #if defined(LIBXML_DEBUG_ENABLED) int mem_base; FILE * output; /* the FILE * for the output */ int n_output; xmlNodePtr node; /* the node */ int n_node; int depth; /* the indentation level. */ int n_depth; for (n_output = 0;n_output < gen_nb_debug_FILE_ptr;n_output++) { for (n_node = 0;n_node < gen_nb_xmlNodePtr;n_node++) { for (n_depth = 0;n_depth < gen_nb_int;n_depth++) { mem_base = xmlMemBlocks(); output = gen_debug_FILE_ptr(n_output, 0); node = gen_xmlNodePtr(n_node, 1); depth = gen_int(n_depth, 2); xmlDebugDumpOneNode(output, node, depth); call_tests++; des_debug_FILE_ptr(n_output, output, 0); des_xmlNodePtr(n_node, node, 1); des_int(n_depth, depth, 2); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlDebugDumpOneNode", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_output); printf(" %d", n_node); printf(" %d", n_depth); printf("\n"); } } } } function_tests++; #endif return(test_ret); } static int test_xmlDebugDumpString(void) { int test_ret = 0; #if defined(LIBXML_DEBUG_ENABLED) int mem_base; FILE * output; /* the FILE * for the output */ int n_output; xmlChar * str; /* the string */ int n_str; for (n_output = 0;n_output < gen_nb_debug_FILE_ptr;n_output++) { for (n_str = 0;n_str < gen_nb_const_xmlChar_ptr;n_str++) { mem_base = xmlMemBlocks(); output = gen_debug_FILE_ptr(n_output, 0); str = gen_const_xmlChar_ptr(n_str, 1); xmlDebugDumpString(output, (const xmlChar *)str); call_tests++; des_debug_FILE_ptr(n_output, output, 0); des_const_xmlChar_ptr(n_str, (const xmlChar *)str, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlDebugDumpString", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_output); printf(" %d", n_str); printf("\n"); } } } function_tests++; #endif return(test_ret); } static int test_xmlLsCountNode(void) { int test_ret = 0; #if defined(LIBXML_DEBUG_ENABLED) int mem_base; int ret_val; xmlNodePtr node; /* the node to count */ int n_node; for (n_node = 0;n_node < gen_nb_xmlNodePtr;n_node++) { mem_base = xmlMemBlocks(); node = gen_xmlNodePtr(n_node, 0); ret_val = xmlLsCountNode(node); desret_int(ret_val); call_tests++; des_xmlNodePtr(n_node, node, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlLsCountNode", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_node); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlLsOneNode(void) { int test_ret = 0; #if defined(LIBXML_DEBUG_ENABLED) int mem_base; FILE * output; /* the FILE * for the output */ int n_output; xmlNodePtr node; /* the node to dump */ int n_node; for (n_output = 0;n_output < gen_nb_debug_FILE_ptr;n_output++) { for (n_node = 0;n_node < gen_nb_xmlNodePtr;n_node++) { mem_base = xmlMemBlocks(); output = gen_debug_FILE_ptr(n_output, 0); node = gen_xmlNodePtr(n_node, 1); xmlLsOneNode(output, node); call_tests++; des_debug_FILE_ptr(n_output, output, 0); des_xmlNodePtr(n_node, node, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlLsOneNode", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_output); printf(" %d", n_node); printf("\n"); } } } function_tests++; #endif return(test_ret); } static int test_xmlShell(void) { int test_ret = 0; /* missing type support */ return(test_ret); } #define gen_nb_char_ptr 1 static char * gen_char_ptr(int no ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { return(NULL); } static void des_char_ptr(int no ATTRIBUTE_UNUSED, char * val ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { } static int test_xmlShellBase(void) { int test_ret = 0; #if defined(LIBXML_DEBUG_ENABLED) && defined(LIBXML_XPATH_ENABLED) int mem_base; int ret_val; xmlShellCtxtPtr ctxt; /* the shell context */ int n_ctxt; char * arg; /* unused */ int n_arg; xmlNodePtr node; /* a node */ int n_node; xmlNodePtr node2; /* unused */ int n_node2; for (n_ctxt = 0;n_ctxt < gen_nb_xmlShellCtxtPtr;n_ctxt++) { for (n_arg = 0;n_arg < gen_nb_char_ptr;n_arg++) { for (n_node = 0;n_node < gen_nb_xmlNodePtr;n_node++) { for (n_node2 = 0;n_node2 < gen_nb_xmlNodePtr;n_node2++) { mem_base = xmlMemBlocks(); ctxt = gen_xmlShellCtxtPtr(n_ctxt, 0); arg = gen_char_ptr(n_arg, 1); node = gen_xmlNodePtr(n_node, 2); node2 = gen_xmlNodePtr(n_node2, 3); ret_val = xmlShellBase(ctxt, arg, node, node2); desret_int(ret_val); call_tests++; des_xmlShellCtxtPtr(n_ctxt, ctxt, 0); des_char_ptr(n_arg, arg, 1); des_xmlNodePtr(n_node, node, 2); des_xmlNodePtr(n_node2, node2, 3); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlShellBase", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf(" %d", n_arg); printf(" %d", n_node); printf(" %d", n_node2); printf("\n"); } } } } } function_tests++; #endif return(test_ret); } static int test_xmlShellCat(void) { int test_ret = 0; #if defined(LIBXML_DEBUG_ENABLED) && defined(LIBXML_XPATH_ENABLED) && defined(LIBXML_OUTPUT_ENABLED) int mem_base; int ret_val; xmlShellCtxtPtr ctxt; /* the shell context */ int n_ctxt; char * arg; /* unused */ int n_arg; xmlNodePtr node; /* a node */ int n_node; xmlNodePtr node2; /* unused */ int n_node2; for (n_ctxt = 0;n_ctxt < gen_nb_xmlShellCtxtPtr;n_ctxt++) { for (n_arg = 0;n_arg < gen_nb_char_ptr;n_arg++) { for (n_node = 0;n_node < gen_nb_xmlNodePtr;n_node++) { for (n_node2 = 0;n_node2 < gen_nb_xmlNodePtr;n_node2++) { mem_base = xmlMemBlocks(); ctxt = gen_xmlShellCtxtPtr(n_ctxt, 0); arg = gen_char_ptr(n_arg, 1); node = gen_xmlNodePtr(n_node, 2); node2 = gen_xmlNodePtr(n_node2, 3); ret_val = xmlShellCat(ctxt, arg, node, node2); desret_int(ret_val); call_tests++; des_xmlShellCtxtPtr(n_ctxt, ctxt, 0); des_char_ptr(n_arg, arg, 1); des_xmlNodePtr(n_node, node, 2); des_xmlNodePtr(n_node2, node2, 3); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlShellCat", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf(" %d", n_arg); printf(" %d", n_node); printf(" %d", n_node2); printf("\n"); } } } } } function_tests++; #endif return(test_ret); } static int test_xmlShellDir(void) { int test_ret = 0; #if defined(LIBXML_DEBUG_ENABLED) && defined(LIBXML_XPATH_ENABLED) int mem_base; int ret_val; xmlShellCtxtPtr ctxt; /* the shell context */ int n_ctxt; char * arg; /* unused */ int n_arg; xmlNodePtr node; /* a node */ int n_node; xmlNodePtr node2; /* unused */ int n_node2; for (n_ctxt = 0;n_ctxt < gen_nb_xmlShellCtxtPtr;n_ctxt++) { for (n_arg = 0;n_arg < gen_nb_char_ptr;n_arg++) { for (n_node = 0;n_node < gen_nb_xmlNodePtr;n_node++) { for (n_node2 = 0;n_node2 < gen_nb_xmlNodePtr;n_node2++) { mem_base = xmlMemBlocks(); ctxt = gen_xmlShellCtxtPtr(n_ctxt, 0); arg = gen_char_ptr(n_arg, 1); node = gen_xmlNodePtr(n_node, 2); node2 = gen_xmlNodePtr(n_node2, 3); ret_val = xmlShellDir(ctxt, arg, node, node2); desret_int(ret_val); call_tests++; des_xmlShellCtxtPtr(n_ctxt, ctxt, 0); des_char_ptr(n_arg, arg, 1); des_xmlNodePtr(n_node, node, 2); des_xmlNodePtr(n_node2, node2, 3); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlShellDir", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf(" %d", n_arg); printf(" %d", n_node); printf(" %d", n_node2); printf("\n"); } } } } } function_tests++; #endif return(test_ret); } static int test_xmlShellDu(void) { int test_ret = 0; #if defined(LIBXML_DEBUG_ENABLED) && defined(LIBXML_XPATH_ENABLED) int mem_base; int ret_val; xmlShellCtxtPtr ctxt; /* the shell context */ int n_ctxt; char * arg; /* unused */ int n_arg; xmlNodePtr tree; /* a node defining a subtree */ int n_tree; xmlNodePtr node2; /* unused */ int n_node2; for (n_ctxt = 0;n_ctxt < gen_nb_xmlShellCtxtPtr;n_ctxt++) { for (n_arg = 0;n_arg < gen_nb_char_ptr;n_arg++) { for (n_tree = 0;n_tree < gen_nb_xmlNodePtr;n_tree++) { for (n_node2 = 0;n_node2 < gen_nb_xmlNodePtr;n_node2++) { mem_base = xmlMemBlocks(); ctxt = gen_xmlShellCtxtPtr(n_ctxt, 0); arg = gen_char_ptr(n_arg, 1); tree = gen_xmlNodePtr(n_tree, 2); node2 = gen_xmlNodePtr(n_node2, 3); ret_val = xmlShellDu(ctxt, arg, tree, node2); desret_int(ret_val); call_tests++; des_xmlShellCtxtPtr(n_ctxt, ctxt, 0); des_char_ptr(n_arg, arg, 1); des_xmlNodePtr(n_tree, tree, 2); des_xmlNodePtr(n_node2, node2, 3); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlShellDu", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf(" %d", n_arg); printf(" %d", n_tree); printf(" %d", n_node2); printf("\n"); } } } } } function_tests++; #endif return(test_ret); } static int test_xmlShellList(void) { int test_ret = 0; #if defined(LIBXML_DEBUG_ENABLED) && defined(LIBXML_XPATH_ENABLED) int mem_base; int ret_val; xmlShellCtxtPtr ctxt; /* the shell context */ int n_ctxt; char * arg; /* unused */ int n_arg; xmlNodePtr node; /* a node */ int n_node; xmlNodePtr node2; /* unused */ int n_node2; for (n_ctxt = 0;n_ctxt < gen_nb_xmlShellCtxtPtr;n_ctxt++) { for (n_arg = 0;n_arg < gen_nb_char_ptr;n_arg++) { for (n_node = 0;n_node < gen_nb_xmlNodePtr;n_node++) { for (n_node2 = 0;n_node2 < gen_nb_xmlNodePtr;n_node2++) { mem_base = xmlMemBlocks(); ctxt = gen_xmlShellCtxtPtr(n_ctxt, 0); arg = gen_char_ptr(n_arg, 1); node = gen_xmlNodePtr(n_node, 2); node2 = gen_xmlNodePtr(n_node2, 3); ret_val = xmlShellList(ctxt, arg, node, node2); desret_int(ret_val); call_tests++; des_xmlShellCtxtPtr(n_ctxt, ctxt, 0); des_char_ptr(n_arg, arg, 1); des_xmlNodePtr(n_node, node, 2); des_xmlNodePtr(n_node2, node2, 3); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlShellList", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf(" %d", n_arg); printf(" %d", n_node); printf(" %d", n_node2); printf("\n"); } } } } } function_tests++; #endif return(test_ret); } static int test_xmlShellLoad(void) { int test_ret = 0; #if defined(LIBXML_DEBUG_ENABLED) && defined(LIBXML_XPATH_ENABLED) int mem_base; int ret_val; xmlShellCtxtPtr ctxt; /* the shell context */ int n_ctxt; char * filename; /* the file name */ int n_filename; xmlNodePtr node; /* unused */ int n_node; xmlNodePtr node2; /* unused */ int n_node2; for (n_ctxt = 0;n_ctxt < gen_nb_xmlShellCtxtPtr;n_ctxt++) { for (n_filename = 0;n_filename < gen_nb_char_ptr;n_filename++) { for (n_node = 0;n_node < gen_nb_xmlNodePtr;n_node++) { for (n_node2 = 0;n_node2 < gen_nb_xmlNodePtr;n_node2++) { mem_base = xmlMemBlocks(); ctxt = gen_xmlShellCtxtPtr(n_ctxt, 0); filename = gen_char_ptr(n_filename, 1); node = gen_xmlNodePtr(n_node, 2); node2 = gen_xmlNodePtr(n_node2, 3); ret_val = xmlShellLoad(ctxt, filename, node, node2); desret_int(ret_val); call_tests++; des_xmlShellCtxtPtr(n_ctxt, ctxt, 0); des_char_ptr(n_filename, filename, 1); des_xmlNodePtr(n_node, node, 2); des_xmlNodePtr(n_node2, node2, 3); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlShellLoad", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf(" %d", n_filename); printf(" %d", n_node); printf(" %d", n_node2); printf("\n"); } } } } } function_tests++; #endif return(test_ret); } static int test_xmlShellPrintXPathResult(void) { int test_ret = 0; #if defined(LIBXML_DEBUG_ENABLED) && defined(LIBXML_XPATH_ENABLED) int mem_base; xmlXPathObjectPtr list; /* a valid result generated by an xpath evaluation */ int n_list; for (n_list = 0;n_list < gen_nb_xmlXPathObjectPtr;n_list++) { mem_base = xmlMemBlocks(); list = gen_xmlXPathObjectPtr(n_list, 0); xmlShellPrintXPathResult(list); call_tests++; des_xmlXPathObjectPtr(n_list, list, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlShellPrintXPathResult", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_list); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlShellPwd(void) { int test_ret = 0; #if defined(LIBXML_DEBUG_ENABLED) && defined(LIBXML_XPATH_ENABLED) int mem_base; int ret_val; xmlShellCtxtPtr ctxt; /* the shell context */ int n_ctxt; char * buffer; /* the output buffer */ int n_buffer; xmlNodePtr node; /* a node */ int n_node; xmlNodePtr node2; /* unused */ int n_node2; for (n_ctxt = 0;n_ctxt < gen_nb_xmlShellCtxtPtr;n_ctxt++) { for (n_buffer = 0;n_buffer < gen_nb_char_ptr;n_buffer++) { for (n_node = 0;n_node < gen_nb_xmlNodePtr;n_node++) { for (n_node2 = 0;n_node2 < gen_nb_xmlNodePtr;n_node2++) { mem_base = xmlMemBlocks(); ctxt = gen_xmlShellCtxtPtr(n_ctxt, 0); buffer = gen_char_ptr(n_buffer, 1); node = gen_xmlNodePtr(n_node, 2); node2 = gen_xmlNodePtr(n_node2, 3); ret_val = xmlShellPwd(ctxt, buffer, node, node2); desret_int(ret_val); call_tests++; des_xmlShellCtxtPtr(n_ctxt, ctxt, 0); des_char_ptr(n_buffer, buffer, 1); des_xmlNodePtr(n_node, node, 2); des_xmlNodePtr(n_node2, node2, 3); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlShellPwd", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf(" %d", n_buffer); printf(" %d", n_node); printf(" %d", n_node2); printf("\n"); } } } } } function_tests++; #endif return(test_ret); } static int test_xmlShellSave(void) { int test_ret = 0; #if defined(LIBXML_DEBUG_ENABLED) && defined(LIBXML_XPATH_ENABLED) && defined(LIBXML_OUTPUT_ENABLED) int mem_base; int ret_val; xmlShellCtxtPtr ctxt; /* the shell context */ int n_ctxt; char * filename; /* the file name (optional) */ int n_filename; xmlNodePtr node; /* unused */ int n_node; xmlNodePtr node2; /* unused */ int n_node2; for (n_ctxt = 0;n_ctxt < gen_nb_xmlShellCtxtPtr;n_ctxt++) { for (n_filename = 0;n_filename < gen_nb_char_ptr;n_filename++) { for (n_node = 0;n_node < gen_nb_xmlNodePtr;n_node++) { for (n_node2 = 0;n_node2 < gen_nb_xmlNodePtr;n_node2++) { mem_base = xmlMemBlocks(); ctxt = gen_xmlShellCtxtPtr(n_ctxt, 0); filename = gen_char_ptr(n_filename, 1); node = gen_xmlNodePtr(n_node, 2); node2 = gen_xmlNodePtr(n_node2, 3); ret_val = xmlShellSave(ctxt, filename, node, node2); desret_int(ret_val); call_tests++; des_xmlShellCtxtPtr(n_ctxt, ctxt, 0); des_char_ptr(n_filename, filename, 1); des_xmlNodePtr(n_node, node, 2); des_xmlNodePtr(n_node2, node2, 3); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlShellSave", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf(" %d", n_filename); printf(" %d", n_node); printf(" %d", n_node2); printf("\n"); } } } } } function_tests++; #endif return(test_ret); } static int test_xmlShellValidate(void) { int test_ret = 0; #if defined(LIBXML_DEBUG_ENABLED) && defined(LIBXML_XPATH_ENABLED) && defined(LIBXML_VALID_ENABLED) int mem_base; int ret_val; xmlShellCtxtPtr ctxt; /* the shell context */ int n_ctxt; char * dtd; /* the DTD URI (optional) */ int n_dtd; xmlNodePtr node; /* unused */ int n_node; xmlNodePtr node2; /* unused */ int n_node2; for (n_ctxt = 0;n_ctxt < gen_nb_xmlShellCtxtPtr;n_ctxt++) { for (n_dtd = 0;n_dtd < gen_nb_char_ptr;n_dtd++) { for (n_node = 0;n_node < gen_nb_xmlNodePtr;n_node++) { for (n_node2 = 0;n_node2 < gen_nb_xmlNodePtr;n_node2++) { mem_base = xmlMemBlocks(); ctxt = gen_xmlShellCtxtPtr(n_ctxt, 0); dtd = gen_char_ptr(n_dtd, 1); node = gen_xmlNodePtr(n_node, 2); node2 = gen_xmlNodePtr(n_node2, 3); ret_val = xmlShellValidate(ctxt, dtd, node, node2); desret_int(ret_val); call_tests++; des_xmlShellCtxtPtr(n_ctxt, ctxt, 0); des_char_ptr(n_dtd, dtd, 1); des_xmlNodePtr(n_node, node, 2); des_xmlNodePtr(n_node2, node2, 3); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlShellValidate", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf(" %d", n_dtd); printf(" %d", n_node); printf(" %d", n_node2); printf("\n"); } } } } } function_tests++; #endif return(test_ret); } static int test_xmlShellWrite(void) { int test_ret = 0; #if defined(LIBXML_DEBUG_ENABLED) && defined(LIBXML_XPATH_ENABLED) && defined(LIBXML_OUTPUT_ENABLED) int mem_base; int ret_val; xmlShellCtxtPtr ctxt; /* the shell context */ int n_ctxt; char * filename; /* the file name */ int n_filename; xmlNodePtr node; /* a node in the tree */ int n_node; xmlNodePtr node2; /* unused */ int n_node2; for (n_ctxt = 0;n_ctxt < gen_nb_xmlShellCtxtPtr;n_ctxt++) { for (n_filename = 0;n_filename < gen_nb_char_ptr;n_filename++) { for (n_node = 0;n_node < gen_nb_xmlNodePtr;n_node++) { for (n_node2 = 0;n_node2 < gen_nb_xmlNodePtr;n_node2++) { mem_base = xmlMemBlocks(); ctxt = gen_xmlShellCtxtPtr(n_ctxt, 0); filename = gen_char_ptr(n_filename, 1); node = gen_xmlNodePtr(n_node, 2); node2 = gen_xmlNodePtr(n_node2, 3); ret_val = xmlShellWrite(ctxt, filename, node, node2); desret_int(ret_val); call_tests++; des_xmlShellCtxtPtr(n_ctxt, ctxt, 0); des_char_ptr(n_filename, filename, 1); des_xmlNodePtr(n_node, node, 2); des_xmlNodePtr(n_node2, node2, 3); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlShellWrite", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf(" %d", n_filename); printf(" %d", n_node); printf(" %d", n_node2); printf("\n"); } } } } } function_tests++; #endif return(test_ret); } static int test_debugXML(void) { int test_ret = 0; if (quiet == 0) printf("Testing debugXML : 25 of 28 functions ...\n"); test_ret += test_xmlBoolToText(); test_ret += test_xmlDebugCheckDocument(); test_ret += test_xmlDebugDumpAttr(); test_ret += test_xmlDebugDumpAttrList(); test_ret += test_xmlDebugDumpDTD(); test_ret += test_xmlDebugDumpDocument(); test_ret += test_xmlDebugDumpDocumentHead(); test_ret += test_xmlDebugDumpEntities(); test_ret += test_xmlDebugDumpNode(); test_ret += test_xmlDebugDumpNodeList(); test_ret += test_xmlDebugDumpOneNode(); test_ret += test_xmlDebugDumpString(); test_ret += test_xmlLsCountNode(); test_ret += test_xmlLsOneNode(); test_ret += test_xmlShell(); test_ret += test_xmlShellBase(); test_ret += test_xmlShellCat(); test_ret += test_xmlShellDir(); test_ret += test_xmlShellDu(); test_ret += test_xmlShellList(); test_ret += test_xmlShellLoad(); test_ret += test_xmlShellPrintXPathResult(); test_ret += test_xmlShellPwd(); test_ret += test_xmlShellSave(); test_ret += test_xmlShellValidate(); test_ret += test_xmlShellWrite(); if (test_ret != 0) printf("Module debugXML: %d errors\n", test_ret); return(test_ret); } static int test_xmlDictCleanup(void) { int test_ret = 0; int mem_base; mem_base = xmlMemBlocks(); xmlDictCleanup(); call_tests++; xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlDictCleanup", xmlMemBlocks() - mem_base); test_ret++; printf("\n"); } function_tests++; return(test_ret); } static int test_xmlDictCreate(void) { int test_ret = 0; int mem_base; xmlDictPtr ret_val; mem_base = xmlMemBlocks(); ret_val = xmlDictCreate(); desret_xmlDictPtr(ret_val); call_tests++; xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlDictCreate", xmlMemBlocks() - mem_base); test_ret++; printf("\n"); } function_tests++; return(test_ret); } static int test_xmlDictCreateSub(void) { int test_ret = 0; int mem_base; xmlDictPtr ret_val; xmlDictPtr sub; /* an existing dictionary */ int n_sub; for (n_sub = 0;n_sub < gen_nb_xmlDictPtr;n_sub++) { mem_base = xmlMemBlocks(); sub = gen_xmlDictPtr(n_sub, 0); ret_val = xmlDictCreateSub(sub); desret_xmlDictPtr(ret_val); call_tests++; des_xmlDictPtr(n_sub, sub, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlDictCreateSub", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_sub); printf("\n"); } } function_tests++; return(test_ret); } static int test_xmlDictExists(void) { int test_ret = 0; int mem_base; const xmlChar * ret_val; xmlDictPtr dict; /* the dictionary */ int n_dict; xmlChar * name; /* the name of the userdata */ int n_name; int len; /* the length of the name, if -1 it is recomputed */ int n_len; for (n_dict = 0;n_dict < gen_nb_xmlDictPtr;n_dict++) { for (n_name = 0;n_name < gen_nb_const_xmlChar_ptr;n_name++) { for (n_len = 0;n_len < gen_nb_int;n_len++) { mem_base = xmlMemBlocks(); dict = gen_xmlDictPtr(n_dict, 0); name = gen_const_xmlChar_ptr(n_name, 1); len = gen_int(n_len, 2); if ((name != NULL) && (len > (int) strlen((const char *) name) + 1)) continue; ret_val = xmlDictExists(dict, (const xmlChar *)name, len); desret_const_xmlChar_ptr(ret_val); call_tests++; des_xmlDictPtr(n_dict, dict, 0); des_const_xmlChar_ptr(n_name, (const xmlChar *)name, 1); des_int(n_len, len, 2); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlDictExists", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_dict); printf(" %d", n_name); printf(" %d", n_len); printf("\n"); } } } } function_tests++; return(test_ret); } static int test_xmlDictGetUsage(void) { int test_ret = 0; /* missing type support */ return(test_ret); } static int test_xmlDictLookup(void) { int test_ret = 0; int mem_base; const xmlChar * ret_val; xmlDictPtr dict; /* the dictionary */ int n_dict; xmlChar * name; /* the name of the userdata */ int n_name; int len; /* the length of the name, if -1 it is recomputed */ int n_len; for (n_dict = 0;n_dict < gen_nb_xmlDictPtr;n_dict++) { for (n_name = 0;n_name < gen_nb_const_xmlChar_ptr;n_name++) { for (n_len = 0;n_len < gen_nb_int;n_len++) { mem_base = xmlMemBlocks(); dict = gen_xmlDictPtr(n_dict, 0); name = gen_const_xmlChar_ptr(n_name, 1); len = gen_int(n_len, 2); if ((name != NULL) && (len > (int) strlen((const char *) name) + 1)) continue; ret_val = xmlDictLookup(dict, (const xmlChar *)name, len); desret_const_xmlChar_ptr(ret_val); call_tests++; des_xmlDictPtr(n_dict, dict, 0); des_const_xmlChar_ptr(n_name, (const xmlChar *)name, 1); des_int(n_len, len, 2); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlDictLookup", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_dict); printf(" %d", n_name); printf(" %d", n_len); printf("\n"); } } } } function_tests++; return(test_ret); } static int test_xmlDictOwns(void) { int test_ret = 0; int mem_base; int ret_val; xmlDictPtr dict; /* the dictionary */ int n_dict; xmlChar * str; /* the string */ int n_str; for (n_dict = 0;n_dict < gen_nb_xmlDictPtr;n_dict++) { for (n_str = 0;n_str < gen_nb_const_xmlChar_ptr;n_str++) { mem_base = xmlMemBlocks(); dict = gen_xmlDictPtr(n_dict, 0); str = gen_const_xmlChar_ptr(n_str, 1); ret_val = xmlDictOwns(dict, (const xmlChar *)str); desret_int(ret_val); call_tests++; des_xmlDictPtr(n_dict, dict, 0); des_const_xmlChar_ptr(n_str, (const xmlChar *)str, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlDictOwns", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_dict); printf(" %d", n_str); printf("\n"); } } } function_tests++; return(test_ret); } static int test_xmlDictQLookup(void) { int test_ret = 0; int mem_base; const xmlChar * ret_val; xmlDictPtr dict; /* the dictionary */ int n_dict; xmlChar * prefix; /* the prefix */ int n_prefix; xmlChar * name; /* the name */ int n_name; for (n_dict = 0;n_dict < gen_nb_xmlDictPtr;n_dict++) { for (n_prefix = 0;n_prefix < gen_nb_const_xmlChar_ptr;n_prefix++) { for (n_name = 0;n_name < gen_nb_const_xmlChar_ptr;n_name++) { mem_base = xmlMemBlocks(); dict = gen_xmlDictPtr(n_dict, 0); prefix = gen_const_xmlChar_ptr(n_prefix, 1); name = gen_const_xmlChar_ptr(n_name, 2); ret_val = xmlDictQLookup(dict, (const xmlChar *)prefix, (const xmlChar *)name); desret_const_xmlChar_ptr(ret_val); call_tests++; des_xmlDictPtr(n_dict, dict, 0); des_const_xmlChar_ptr(n_prefix, (const xmlChar *)prefix, 1); des_const_xmlChar_ptr(n_name, (const xmlChar *)name, 2); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlDictQLookup", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_dict); printf(" %d", n_prefix); printf(" %d", n_name); printf("\n"); } } } } function_tests++; return(test_ret); } static int test_xmlDictReference(void) { int test_ret = 0; int mem_base; int ret_val; xmlDictPtr dict; /* the dictionary */ int n_dict; for (n_dict = 0;n_dict < gen_nb_xmlDictPtr;n_dict++) { mem_base = xmlMemBlocks(); dict = gen_xmlDictPtr(n_dict, 0); ret_val = xmlDictReference(dict); xmlDictFree(dict); desret_int(ret_val); call_tests++; des_xmlDictPtr(n_dict, dict, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlDictReference", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_dict); printf("\n"); } } function_tests++; return(test_ret); } static int test_xmlDictSetLimit(void) { int test_ret = 0; /* missing type support */ return(test_ret); } static int test_xmlDictSize(void) { int test_ret = 0; int mem_base; int ret_val; xmlDictPtr dict; /* the dictionary */ int n_dict; for (n_dict = 0;n_dict < gen_nb_xmlDictPtr;n_dict++) { mem_base = xmlMemBlocks(); dict = gen_xmlDictPtr(n_dict, 0); ret_val = xmlDictSize(dict); desret_int(ret_val); call_tests++; des_xmlDictPtr(n_dict, dict, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlDictSize", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_dict); printf("\n"); } } function_tests++; return(test_ret); } static int test_xmlInitializeDict(void) { int test_ret = 0; int mem_base; int ret_val; mem_base = xmlMemBlocks(); ret_val = xmlInitializeDict(); desret_int(ret_val); call_tests++; xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlInitializeDict", xmlMemBlocks() - mem_base); test_ret++; printf("\n"); } function_tests++; return(test_ret); } static int test_dict(void) { int test_ret = 0; if (quiet == 0) printf("Testing dict : 10 of 13 functions ...\n"); test_ret += test_xmlDictCleanup(); test_ret += test_xmlDictCreate(); test_ret += test_xmlDictCreateSub(); test_ret += test_xmlDictExists(); test_ret += test_xmlDictGetUsage(); test_ret += test_xmlDictLookup(); test_ret += test_xmlDictOwns(); test_ret += test_xmlDictQLookup(); test_ret += test_xmlDictReference(); test_ret += test_xmlDictSetLimit(); test_ret += test_xmlDictSize(); test_ret += test_xmlInitializeDict(); if (test_ret != 0) printf("Module dict: %d errors\n", test_ret); return(test_ret); } static int test_UTF8Toisolat1(void) { int test_ret = 0; #if defined(LIBXML_OUTPUT_ENABLED) #ifdef LIBXML_OUTPUT_ENABLED int mem_base; int ret_val; unsigned char * out; /* a pointer to an array of bytes to store the result */ int n_out; int * outlen; /* the length of @out */ int n_outlen; unsigned char * in; /* a pointer to an array of UTF-8 chars */ int n_in; int * inlen; /* the length of @in */ int n_inlen; for (n_out = 0;n_out < gen_nb_unsigned_char_ptr;n_out++) { for (n_outlen = 0;n_outlen < gen_nb_int_ptr;n_outlen++) { for (n_in = 0;n_in < gen_nb_const_unsigned_char_ptr;n_in++) { for (n_inlen = 0;n_inlen < gen_nb_int_ptr;n_inlen++) { mem_base = xmlMemBlocks(); out = gen_unsigned_char_ptr(n_out, 0); outlen = gen_int_ptr(n_outlen, 1); in = gen_const_unsigned_char_ptr(n_in, 2); inlen = gen_int_ptr(n_inlen, 3); ret_val = UTF8Toisolat1(out, outlen, (const unsigned char *)in, inlen); desret_int(ret_val); call_tests++; des_unsigned_char_ptr(n_out, out, 0); des_int_ptr(n_outlen, outlen, 1); des_const_unsigned_char_ptr(n_in, (const unsigned char *)in, 2); des_int_ptr(n_inlen, inlen, 3); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in UTF8Toisolat1", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_out); printf(" %d", n_outlen); printf(" %d", n_in); printf(" %d", n_inlen); printf("\n"); } } } } } function_tests++; #endif #endif return(test_ret); } static int test_isolat1ToUTF8(void) { int test_ret = 0; int mem_base; int ret_val; unsigned char * out; /* a pointer to an array of bytes to store the result */ int n_out; int * outlen; /* the length of @out */ int n_outlen; unsigned char * in; /* a pointer to an array of ISO Latin 1 chars */ int n_in; int * inlen; /* the length of @in */ int n_inlen; for (n_out = 0;n_out < gen_nb_unsigned_char_ptr;n_out++) { for (n_outlen = 0;n_outlen < gen_nb_int_ptr;n_outlen++) { for (n_in = 0;n_in < gen_nb_const_unsigned_char_ptr;n_in++) { for (n_inlen = 0;n_inlen < gen_nb_int_ptr;n_inlen++) { mem_base = xmlMemBlocks(); out = gen_unsigned_char_ptr(n_out, 0); outlen = gen_int_ptr(n_outlen, 1); in = gen_const_unsigned_char_ptr(n_in, 2); inlen = gen_int_ptr(n_inlen, 3); ret_val = isolat1ToUTF8(out, outlen, (const unsigned char *)in, inlen); desret_int(ret_val); call_tests++; des_unsigned_char_ptr(n_out, out, 0); des_int_ptr(n_outlen, outlen, 1); des_const_unsigned_char_ptr(n_in, (const unsigned char *)in, 2); des_int_ptr(n_inlen, inlen, 3); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in isolat1ToUTF8", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_out); printf(" %d", n_outlen); printf(" %d", n_in); printf(" %d", n_inlen); printf("\n"); } } } } } function_tests++; return(test_ret); } static int test_xmlAddEncodingAlias(void) { int test_ret = 0; int ret_val; char * name; /* the encoding name as parsed, in UTF-8 format (ASCII actually) */ int n_name; char * alias; /* the alias name as parsed, in UTF-8 format (ASCII actually) */ int n_alias; for (n_name = 0;n_name < gen_nb_const_char_ptr;n_name++) { for (n_alias = 0;n_alias < gen_nb_const_char_ptr;n_alias++) { name = gen_const_char_ptr(n_name, 0); alias = gen_const_char_ptr(n_alias, 1); ret_val = xmlAddEncodingAlias((const char *)name, (const char *)alias); desret_int(ret_val); call_tests++; des_const_char_ptr(n_name, (const char *)name, 0); des_const_char_ptr(n_alias, (const char *)alias, 1); xmlResetLastError(); } } function_tests++; return(test_ret); } #define gen_nb_xmlCharEncodingHandler_ptr 1 static xmlCharEncodingHandler * gen_xmlCharEncodingHandler_ptr(int no ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { return(NULL); } static void des_xmlCharEncodingHandler_ptr(int no ATTRIBUTE_UNUSED, xmlCharEncodingHandler * val ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { } static int test_xmlCharEncCloseFunc(void) { int test_ret = 0; int mem_base; int ret_val; xmlCharEncodingHandler * handler; /* char encoding transformation data structure */ int n_handler; for (n_handler = 0;n_handler < gen_nb_xmlCharEncodingHandler_ptr;n_handler++) { mem_base = xmlMemBlocks(); handler = gen_xmlCharEncodingHandler_ptr(n_handler, 0); ret_val = xmlCharEncCloseFunc(handler); desret_int(ret_val); call_tests++; des_xmlCharEncodingHandler_ptr(n_handler, handler, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlCharEncCloseFunc", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_handler); printf("\n"); } } function_tests++; return(test_ret); } static int test_xmlCharEncFirstLine(void) { int test_ret = 0; int mem_base; int ret_val; xmlCharEncodingHandler * handler; /* char encoding transformation data structure */ int n_handler; xmlBufferPtr out; /* an xmlBuffer for the output. */ int n_out; xmlBufferPtr in; /* an xmlBuffer for the input */ int n_in; for (n_handler = 0;n_handler < gen_nb_xmlCharEncodingHandler_ptr;n_handler++) { for (n_out = 0;n_out < gen_nb_xmlBufferPtr;n_out++) { for (n_in = 0;n_in < gen_nb_xmlBufferPtr;n_in++) { mem_base = xmlMemBlocks(); handler = gen_xmlCharEncodingHandler_ptr(n_handler, 0); out = gen_xmlBufferPtr(n_out, 1); in = gen_xmlBufferPtr(n_in, 2); ret_val = xmlCharEncFirstLine(handler, out, in); desret_int(ret_val); call_tests++; des_xmlCharEncodingHandler_ptr(n_handler, handler, 0); des_xmlBufferPtr(n_out, out, 1); des_xmlBufferPtr(n_in, in, 2); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlCharEncFirstLine", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_handler); printf(" %d", n_out); printf(" %d", n_in); printf("\n"); } } } } function_tests++; return(test_ret); } static int test_xmlCharEncInFunc(void) { int test_ret = 0; int mem_base; int ret_val; xmlCharEncodingHandler * handler; /* char encoding transformation data structure */ int n_handler; xmlBufferPtr out; /* an xmlBuffer for the output. */ int n_out; xmlBufferPtr in; /* an xmlBuffer for the input */ int n_in; for (n_handler = 0;n_handler < gen_nb_xmlCharEncodingHandler_ptr;n_handler++) { for (n_out = 0;n_out < gen_nb_xmlBufferPtr;n_out++) { for (n_in = 0;n_in < gen_nb_xmlBufferPtr;n_in++) { mem_base = xmlMemBlocks(); handler = gen_xmlCharEncodingHandler_ptr(n_handler, 0); out = gen_xmlBufferPtr(n_out, 1); in = gen_xmlBufferPtr(n_in, 2); ret_val = xmlCharEncInFunc(handler, out, in); desret_int(ret_val); call_tests++; des_xmlCharEncodingHandler_ptr(n_handler, handler, 0); des_xmlBufferPtr(n_out, out, 1); des_xmlBufferPtr(n_in, in, 2); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlCharEncInFunc", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_handler); printf(" %d", n_out); printf(" %d", n_in); printf("\n"); } } } } function_tests++; return(test_ret); } static int test_xmlCharEncOutFunc(void) { int test_ret = 0; int mem_base; int ret_val; xmlCharEncodingHandler * handler; /* char encoding transformation data structure */ int n_handler; xmlBufferPtr out; /* an xmlBuffer for the output. */ int n_out; xmlBufferPtr in; /* an xmlBuffer for the input */ int n_in; for (n_handler = 0;n_handler < gen_nb_xmlCharEncodingHandler_ptr;n_handler++) { for (n_out = 0;n_out < gen_nb_xmlBufferPtr;n_out++) { for (n_in = 0;n_in < gen_nb_xmlBufferPtr;n_in++) { mem_base = xmlMemBlocks(); handler = gen_xmlCharEncodingHandler_ptr(n_handler, 0); out = gen_xmlBufferPtr(n_out, 1); in = gen_xmlBufferPtr(n_in, 2); ret_val = xmlCharEncOutFunc(handler, out, in); desret_int(ret_val); call_tests++; des_xmlCharEncodingHandler_ptr(n_handler, handler, 0); des_xmlBufferPtr(n_out, out, 1); des_xmlBufferPtr(n_in, in, 2); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlCharEncOutFunc", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_handler); printf(" %d", n_out); printf(" %d", n_in); printf("\n"); } } } } function_tests++; return(test_ret); } static int test_xmlCleanupCharEncodingHandlers(void) { int test_ret = 0; xmlCleanupCharEncodingHandlers(); call_tests++; xmlResetLastError(); function_tests++; return(test_ret); } static int test_xmlCleanupEncodingAliases(void) { int test_ret = 0; int mem_base; mem_base = xmlMemBlocks(); xmlCleanupEncodingAliases(); call_tests++; xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlCleanupEncodingAliases", xmlMemBlocks() - mem_base); test_ret++; printf("\n"); } function_tests++; return(test_ret); } static int test_xmlDelEncodingAlias(void) { int test_ret = 0; int mem_base; int ret_val; char * alias; /* the alias name as parsed, in UTF-8 format (ASCII actually) */ int n_alias; for (n_alias = 0;n_alias < gen_nb_const_char_ptr;n_alias++) { mem_base = xmlMemBlocks(); alias = gen_const_char_ptr(n_alias, 0); ret_val = xmlDelEncodingAlias((const char *)alias); desret_int(ret_val); call_tests++; des_const_char_ptr(n_alias, (const char *)alias, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlDelEncodingAlias", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_alias); printf("\n"); } } function_tests++; return(test_ret); } static int test_xmlDetectCharEncoding(void) { int test_ret = 0; int mem_base; xmlCharEncoding ret_val; unsigned char * in; /* a pointer to the first bytes of the XML entity, must be at least 2 bytes long (at least 4 if encoding is UTF4 variant). */ int n_in; int len; /* pointer to the length of the buffer */ int n_len; for (n_in = 0;n_in < gen_nb_const_unsigned_char_ptr;n_in++) { for (n_len = 0;n_len < gen_nb_int;n_len++) { mem_base = xmlMemBlocks(); in = gen_const_unsigned_char_ptr(n_in, 0); len = gen_int(n_len, 1); ret_val = xmlDetectCharEncoding((const unsigned char *)in, len); desret_xmlCharEncoding(ret_val); call_tests++; des_const_unsigned_char_ptr(n_in, (const unsigned char *)in, 0); des_int(n_len, len, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlDetectCharEncoding", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_in); printf(" %d", n_len); printf("\n"); } } } function_tests++; return(test_ret); } static int test_xmlFindCharEncodingHandler(void) { int test_ret = 0; /* missing type support */ return(test_ret); } static int test_xmlGetCharEncodingHandler(void) { int test_ret = 0; /* missing type support */ return(test_ret); } static int test_xmlGetCharEncodingName(void) { int test_ret = 0; int mem_base; const char * ret_val; xmlCharEncoding enc; /* the encoding */ int n_enc; for (n_enc = 0;n_enc < gen_nb_xmlCharEncoding;n_enc++) { mem_base = xmlMemBlocks(); enc = gen_xmlCharEncoding(n_enc, 0); ret_val = xmlGetCharEncodingName(enc); desret_const_char_ptr(ret_val); call_tests++; des_xmlCharEncoding(n_enc, enc, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlGetCharEncodingName", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_enc); printf("\n"); } } function_tests++; return(test_ret); } static int test_xmlGetEncodingAlias(void) { int test_ret = 0; int mem_base; const char * ret_val; char * alias; /* the alias name as parsed, in UTF-8 format (ASCII actually) */ int n_alias; for (n_alias = 0;n_alias < gen_nb_const_char_ptr;n_alias++) { mem_base = xmlMemBlocks(); alias = gen_const_char_ptr(n_alias, 0); ret_val = xmlGetEncodingAlias((const char *)alias); desret_const_char_ptr(ret_val); call_tests++; des_const_char_ptr(n_alias, (const char *)alias, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlGetEncodingAlias", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_alias); printf("\n"); } } function_tests++; return(test_ret); } static int test_xmlInitCharEncodingHandlers(void) { int test_ret = 0; xmlInitCharEncodingHandlers(); call_tests++; xmlResetLastError(); function_tests++; return(test_ret); } static int test_xmlNewCharEncodingHandler(void) { int test_ret = 0; /* missing type support */ return(test_ret); } static int test_xmlParseCharEncoding(void) { int test_ret = 0; int mem_base; xmlCharEncoding ret_val; char * name; /* the encoding name as parsed, in UTF-8 format (ASCII actually) */ int n_name; for (n_name = 0;n_name < gen_nb_const_char_ptr;n_name++) { mem_base = xmlMemBlocks(); name = gen_const_char_ptr(n_name, 0); ret_val = xmlParseCharEncoding((const char *)name); desret_xmlCharEncoding(ret_val); call_tests++; des_const_char_ptr(n_name, (const char *)name, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlParseCharEncoding", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_name); printf("\n"); } } function_tests++; return(test_ret); } #define gen_nb_xmlCharEncodingHandlerPtr 1 static xmlCharEncodingHandlerPtr gen_xmlCharEncodingHandlerPtr(int no ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { return(NULL); } static void des_xmlCharEncodingHandlerPtr(int no ATTRIBUTE_UNUSED, xmlCharEncodingHandlerPtr val ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { } static int test_xmlRegisterCharEncodingHandler(void) { int test_ret = 0; int mem_base; xmlCharEncodingHandlerPtr handler; /* the xmlCharEncodingHandlerPtr handler block */ int n_handler; for (n_handler = 0;n_handler < gen_nb_xmlCharEncodingHandlerPtr;n_handler++) { mem_base = xmlMemBlocks(); handler = gen_xmlCharEncodingHandlerPtr(n_handler, 0); xmlRegisterCharEncodingHandler(handler); call_tests++; des_xmlCharEncodingHandlerPtr(n_handler, handler, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlRegisterCharEncodingHandler", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_handler); printf("\n"); } } function_tests++; return(test_ret); } static int test_encoding(void) { int test_ret = 0; if (quiet == 0) printf("Testing encoding : 16 of 19 functions ...\n"); test_ret += test_UTF8Toisolat1(); test_ret += test_isolat1ToUTF8(); test_ret += test_xmlAddEncodingAlias(); test_ret += test_xmlCharEncCloseFunc(); test_ret += test_xmlCharEncFirstLine(); test_ret += test_xmlCharEncInFunc(); test_ret += test_xmlCharEncOutFunc(); test_ret += test_xmlCleanupCharEncodingHandlers(); test_ret += test_xmlCleanupEncodingAliases(); test_ret += test_xmlDelEncodingAlias(); test_ret += test_xmlDetectCharEncoding(); test_ret += test_xmlFindCharEncodingHandler(); test_ret += test_xmlGetCharEncodingHandler(); test_ret += test_xmlGetCharEncodingName(); test_ret += test_xmlGetEncodingAlias(); test_ret += test_xmlInitCharEncodingHandlers(); test_ret += test_xmlNewCharEncodingHandler(); test_ret += test_xmlParseCharEncoding(); test_ret += test_xmlRegisterCharEncodingHandler(); if (test_ret != 0) printf("Module encoding: %d errors\n", test_ret); return(test_ret); } static int test_xmlAddDocEntity(void) { int test_ret = 0; int mem_base; xmlEntityPtr ret_val; xmlDocPtr doc; /* the document */ int n_doc; xmlChar * name; /* the entity name */ int n_name; int type; /* the entity type XML_xxx_yyy_ENTITY */ int n_type; xmlChar * ExternalID; /* the entity external ID if available */ int n_ExternalID; xmlChar * SystemID; /* the entity system ID if available */ int n_SystemID; xmlChar * content; /* the entity content */ int n_content; for (n_doc = 0;n_doc < gen_nb_xmlDocPtr;n_doc++) { for (n_name = 0;n_name < gen_nb_const_xmlChar_ptr;n_name++) { for (n_type = 0;n_type < gen_nb_int;n_type++) { for (n_ExternalID = 0;n_ExternalID < gen_nb_const_xmlChar_ptr;n_ExternalID++) { for (n_SystemID = 0;n_SystemID < gen_nb_const_xmlChar_ptr;n_SystemID++) { for (n_content = 0;n_content < gen_nb_const_xmlChar_ptr;n_content++) { mem_base = xmlMemBlocks(); doc = gen_xmlDocPtr(n_doc, 0); name = gen_const_xmlChar_ptr(n_name, 1); type = gen_int(n_type, 2); ExternalID = gen_const_xmlChar_ptr(n_ExternalID, 3); SystemID = gen_const_xmlChar_ptr(n_SystemID, 4); content = gen_const_xmlChar_ptr(n_content, 5); ret_val = xmlAddDocEntity(doc, (const xmlChar *)name, type, (const xmlChar *)ExternalID, (const xmlChar *)SystemID, (const xmlChar *)content); desret_xmlEntityPtr(ret_val); call_tests++; des_xmlDocPtr(n_doc, doc, 0); des_const_xmlChar_ptr(n_name, (const xmlChar *)name, 1); des_int(n_type, type, 2); des_const_xmlChar_ptr(n_ExternalID, (const xmlChar *)ExternalID, 3); des_const_xmlChar_ptr(n_SystemID, (const xmlChar *)SystemID, 4); des_const_xmlChar_ptr(n_content, (const xmlChar *)content, 5); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlAddDocEntity", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_doc); printf(" %d", n_name); printf(" %d", n_type); printf(" %d", n_ExternalID); printf(" %d", n_SystemID); printf(" %d", n_content); printf("\n"); } } } } } } } function_tests++; return(test_ret); } static int test_xmlAddDtdEntity(void) { int test_ret = 0; int mem_base; xmlEntityPtr ret_val; xmlDocPtr doc; /* the document */ int n_doc; xmlChar * name; /* the entity name */ int n_name; int type; /* the entity type XML_xxx_yyy_ENTITY */ int n_type; xmlChar * ExternalID; /* the entity external ID if available */ int n_ExternalID; xmlChar * SystemID; /* the entity system ID if available */ int n_SystemID; xmlChar * content; /* the entity content */ int n_content; for (n_doc = 0;n_doc < gen_nb_xmlDocPtr;n_doc++) { for (n_name = 0;n_name < gen_nb_const_xmlChar_ptr;n_name++) { for (n_type = 0;n_type < gen_nb_int;n_type++) { for (n_ExternalID = 0;n_ExternalID < gen_nb_const_xmlChar_ptr;n_ExternalID++) { for (n_SystemID = 0;n_SystemID < gen_nb_const_xmlChar_ptr;n_SystemID++) { for (n_content = 0;n_content < gen_nb_const_xmlChar_ptr;n_content++) { mem_base = xmlMemBlocks(); doc = gen_xmlDocPtr(n_doc, 0); name = gen_const_xmlChar_ptr(n_name, 1); type = gen_int(n_type, 2); ExternalID = gen_const_xmlChar_ptr(n_ExternalID, 3); SystemID = gen_const_xmlChar_ptr(n_SystemID, 4); content = gen_const_xmlChar_ptr(n_content, 5); ret_val = xmlAddDtdEntity(doc, (const xmlChar *)name, type, (const xmlChar *)ExternalID, (const xmlChar *)SystemID, (const xmlChar *)content); desret_xmlEntityPtr(ret_val); call_tests++; des_xmlDocPtr(n_doc, doc, 0); des_const_xmlChar_ptr(n_name, (const xmlChar *)name, 1); des_int(n_type, type, 2); des_const_xmlChar_ptr(n_ExternalID, (const xmlChar *)ExternalID, 3); des_const_xmlChar_ptr(n_SystemID, (const xmlChar *)SystemID, 4); des_const_xmlChar_ptr(n_content, (const xmlChar *)content, 5); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlAddDtdEntity", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_doc); printf(" %d", n_name); printf(" %d", n_type); printf(" %d", n_ExternalID); printf(" %d", n_SystemID); printf(" %d", n_content); printf("\n"); } } } } } } } function_tests++; return(test_ret); } static int test_xmlCleanupPredefinedEntities(void) { int test_ret = 0; #if defined(LIBXML_LEGACY_ENABLED) #ifdef LIBXML_LEGACY_ENABLED int mem_base; mem_base = xmlMemBlocks(); xmlCleanupPredefinedEntities(); call_tests++; xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlCleanupPredefinedEntities", xmlMemBlocks() - mem_base); test_ret++; printf("\n"); } function_tests++; #endif #endif return(test_ret); } static int test_xmlCopyEntitiesTable(void) { int test_ret = 0; /* missing type support */ return(test_ret); } static int test_xmlCreateEntitiesTable(void) { int test_ret = 0; /* missing type support */ return(test_ret); } #define gen_nb_xmlEntitiesTablePtr 1 static xmlEntitiesTablePtr gen_xmlEntitiesTablePtr(int no ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { return(NULL); } static void des_xmlEntitiesTablePtr(int no ATTRIBUTE_UNUSED, xmlEntitiesTablePtr val ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { } static int test_xmlDumpEntitiesTable(void) { int test_ret = 0; #if defined(LIBXML_OUTPUT_ENABLED) int mem_base; xmlBufferPtr buf; /* An XML buffer. */ int n_buf; xmlEntitiesTablePtr table; /* An entity table */ int n_table; for (n_buf = 0;n_buf < gen_nb_xmlBufferPtr;n_buf++) { for (n_table = 0;n_table < gen_nb_xmlEntitiesTablePtr;n_table++) { mem_base = xmlMemBlocks(); buf = gen_xmlBufferPtr(n_buf, 0); table = gen_xmlEntitiesTablePtr(n_table, 1); xmlDumpEntitiesTable(buf, table); call_tests++; des_xmlBufferPtr(n_buf, buf, 0); des_xmlEntitiesTablePtr(n_table, table, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlDumpEntitiesTable", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_buf); printf(" %d", n_table); printf("\n"); } } } function_tests++; #endif return(test_ret); } #define gen_nb_xmlEntityPtr 1 static xmlEntityPtr gen_xmlEntityPtr(int no ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { return(NULL); } static void des_xmlEntityPtr(int no ATTRIBUTE_UNUSED, xmlEntityPtr val ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { } static int test_xmlDumpEntityDecl(void) { int test_ret = 0; #if defined(LIBXML_OUTPUT_ENABLED) int mem_base; xmlBufferPtr buf; /* An XML buffer. */ int n_buf; xmlEntityPtr ent; /* An entity table */ int n_ent; for (n_buf = 0;n_buf < gen_nb_xmlBufferPtr;n_buf++) { for (n_ent = 0;n_ent < gen_nb_xmlEntityPtr;n_ent++) { mem_base = xmlMemBlocks(); buf = gen_xmlBufferPtr(n_buf, 0); ent = gen_xmlEntityPtr(n_ent, 1); xmlDumpEntityDecl(buf, ent); call_tests++; des_xmlBufferPtr(n_buf, buf, 0); des_xmlEntityPtr(n_ent, ent, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlDumpEntityDecl", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_buf); printf(" %d", n_ent); printf("\n"); } } } function_tests++; #endif return(test_ret); } static int test_xmlEncodeEntitiesReentrant(void) { int test_ret = 0; int mem_base; xmlChar * ret_val; xmlDocPtr doc; /* the document containing the string */ int n_doc; xmlChar * input; /* A string to convert to XML. */ int n_input; for (n_doc = 0;n_doc < gen_nb_xmlDocPtr;n_doc++) { for (n_input = 0;n_input < gen_nb_const_xmlChar_ptr;n_input++) { mem_base = xmlMemBlocks(); doc = gen_xmlDocPtr(n_doc, 0); input = gen_const_xmlChar_ptr(n_input, 1); ret_val = xmlEncodeEntitiesReentrant(doc, (const xmlChar *)input); desret_xmlChar_ptr(ret_val); call_tests++; des_xmlDocPtr(n_doc, doc, 0); des_const_xmlChar_ptr(n_input, (const xmlChar *)input, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlEncodeEntitiesReentrant", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_doc); printf(" %d", n_input); printf("\n"); } } } function_tests++; return(test_ret); } #define gen_nb_const_xmlDoc_ptr 1 static xmlDoc * gen_const_xmlDoc_ptr(int no ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { return(NULL); } static void des_const_xmlDoc_ptr(int no ATTRIBUTE_UNUSED, const xmlDoc * val ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { } static int test_xmlEncodeSpecialChars(void) { int test_ret = 0; int mem_base; xmlChar * ret_val; xmlDoc * doc; /* the document containing the string */ int n_doc; xmlChar * input; /* A string to convert to XML. */ int n_input; for (n_doc = 0;n_doc < gen_nb_const_xmlDoc_ptr;n_doc++) { for (n_input = 0;n_input < gen_nb_const_xmlChar_ptr;n_input++) { mem_base = xmlMemBlocks(); doc = gen_const_xmlDoc_ptr(n_doc, 0); input = gen_const_xmlChar_ptr(n_input, 1); ret_val = xmlEncodeSpecialChars((const xmlDoc *)doc, (const xmlChar *)input); desret_xmlChar_ptr(ret_val); call_tests++; des_const_xmlDoc_ptr(n_doc, (const xmlDoc *)doc, 0); des_const_xmlChar_ptr(n_input, (const xmlChar *)input, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlEncodeSpecialChars", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_doc); printf(" %d", n_input); printf("\n"); } } } function_tests++; return(test_ret); } static int test_xmlGetDocEntity(void) { int test_ret = 0; int mem_base; xmlEntityPtr ret_val; xmlDoc * doc; /* the document referencing the entity */ int n_doc; xmlChar * name; /* the entity name */ int n_name; for (n_doc = 0;n_doc < gen_nb_const_xmlDoc_ptr;n_doc++) { for (n_name = 0;n_name < gen_nb_const_xmlChar_ptr;n_name++) { mem_base = xmlMemBlocks(); doc = gen_const_xmlDoc_ptr(n_doc, 0); name = gen_const_xmlChar_ptr(n_name, 1); ret_val = xmlGetDocEntity((const xmlDoc *)doc, (const xmlChar *)name); desret_xmlEntityPtr(ret_val); call_tests++; des_const_xmlDoc_ptr(n_doc, (const xmlDoc *)doc, 0); des_const_xmlChar_ptr(n_name, (const xmlChar *)name, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlGetDocEntity", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_doc); printf(" %d", n_name); printf("\n"); } } } function_tests++; return(test_ret); } static int test_xmlGetDtdEntity(void) { int test_ret = 0; int mem_base; xmlEntityPtr ret_val; xmlDocPtr doc; /* the document referencing the entity */ int n_doc; xmlChar * name; /* the entity name */ int n_name; for (n_doc = 0;n_doc < gen_nb_xmlDocPtr;n_doc++) { for (n_name = 0;n_name < gen_nb_const_xmlChar_ptr;n_name++) { mem_base = xmlMemBlocks(); doc = gen_xmlDocPtr(n_doc, 0); name = gen_const_xmlChar_ptr(n_name, 1); ret_val = xmlGetDtdEntity(doc, (const xmlChar *)name); desret_xmlEntityPtr(ret_val); call_tests++; des_xmlDocPtr(n_doc, doc, 0); des_const_xmlChar_ptr(n_name, (const xmlChar *)name, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlGetDtdEntity", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_doc); printf(" %d", n_name); printf("\n"); } } } function_tests++; return(test_ret); } static int test_xmlGetParameterEntity(void) { int test_ret = 0; int mem_base; xmlEntityPtr ret_val; xmlDocPtr doc; /* the document referencing the entity */ int n_doc; xmlChar * name; /* the entity name */ int n_name; for (n_doc = 0;n_doc < gen_nb_xmlDocPtr;n_doc++) { for (n_name = 0;n_name < gen_nb_const_xmlChar_ptr;n_name++) { mem_base = xmlMemBlocks(); doc = gen_xmlDocPtr(n_doc, 0); name = gen_const_xmlChar_ptr(n_name, 1); ret_val = xmlGetParameterEntity(doc, (const xmlChar *)name); desret_xmlEntityPtr(ret_val); call_tests++; des_xmlDocPtr(n_doc, doc, 0); des_const_xmlChar_ptr(n_name, (const xmlChar *)name, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlGetParameterEntity", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_doc); printf(" %d", n_name); printf("\n"); } } } function_tests++; return(test_ret); } static int test_xmlGetPredefinedEntity(void) { int test_ret = 0; int mem_base; xmlEntityPtr ret_val; xmlChar * name; /* the entity name */ int n_name; for (n_name = 0;n_name < gen_nb_const_xmlChar_ptr;n_name++) { mem_base = xmlMemBlocks(); name = gen_const_xmlChar_ptr(n_name, 0); ret_val = xmlGetPredefinedEntity((const xmlChar *)name); desret_xmlEntityPtr(ret_val); call_tests++; des_const_xmlChar_ptr(n_name, (const xmlChar *)name, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlGetPredefinedEntity", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_name); printf("\n"); } } function_tests++; return(test_ret); } static int test_xmlInitializePredefinedEntities(void) { int test_ret = 0; #if defined(LIBXML_LEGACY_ENABLED) #ifdef LIBXML_LEGACY_ENABLED int mem_base; mem_base = xmlMemBlocks(); xmlInitializePredefinedEntities(); call_tests++; xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlInitializePredefinedEntities", xmlMemBlocks() - mem_base); test_ret++; printf("\n"); } function_tests++; #endif #endif return(test_ret); } static int test_xmlNewEntity(void) { int test_ret = 0; int mem_base; xmlEntityPtr ret_val; xmlDocPtr doc; /* the document */ int n_doc; xmlChar * name; /* the entity name */ int n_name; int type; /* the entity type XML_xxx_yyy_ENTITY */ int n_type; xmlChar * ExternalID; /* the entity external ID if available */ int n_ExternalID; xmlChar * SystemID; /* the entity system ID if available */ int n_SystemID; xmlChar * content; /* the entity content */ int n_content; for (n_doc = 0;n_doc < gen_nb_xmlDocPtr;n_doc++) { for (n_name = 0;n_name < gen_nb_const_xmlChar_ptr;n_name++) { for (n_type = 0;n_type < gen_nb_int;n_type++) { for (n_ExternalID = 0;n_ExternalID < gen_nb_const_xmlChar_ptr;n_ExternalID++) { for (n_SystemID = 0;n_SystemID < gen_nb_const_xmlChar_ptr;n_SystemID++) { for (n_content = 0;n_content < gen_nb_const_xmlChar_ptr;n_content++) { mem_base = xmlMemBlocks(); doc = gen_xmlDocPtr(n_doc, 0); name = gen_const_xmlChar_ptr(n_name, 1); type = gen_int(n_type, 2); ExternalID = gen_const_xmlChar_ptr(n_ExternalID, 3); SystemID = gen_const_xmlChar_ptr(n_SystemID, 4); content = gen_const_xmlChar_ptr(n_content, 5); ret_val = xmlNewEntity(doc, (const xmlChar *)name, type, (const xmlChar *)ExternalID, (const xmlChar *)SystemID, (const xmlChar *)content); desret_xmlEntityPtr(ret_val); call_tests++; des_xmlDocPtr(n_doc, doc, 0); des_const_xmlChar_ptr(n_name, (const xmlChar *)name, 1); des_int(n_type, type, 2); des_const_xmlChar_ptr(n_ExternalID, (const xmlChar *)ExternalID, 3); des_const_xmlChar_ptr(n_SystemID, (const xmlChar *)SystemID, 4); des_const_xmlChar_ptr(n_content, (const xmlChar *)content, 5); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlNewEntity", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_doc); printf(" %d", n_name); printf(" %d", n_type); printf(" %d", n_ExternalID); printf(" %d", n_SystemID); printf(" %d", n_content); printf("\n"); } } } } } } } function_tests++; return(test_ret); } static int test_entities(void) { int test_ret = 0; if (quiet == 0) printf("Testing entities : 13 of 17 functions ...\n"); test_ret += test_xmlAddDocEntity(); test_ret += test_xmlAddDtdEntity(); test_ret += test_xmlCleanupPredefinedEntities(); test_ret += test_xmlCopyEntitiesTable(); test_ret += test_xmlCreateEntitiesTable(); test_ret += test_xmlDumpEntitiesTable(); test_ret += test_xmlDumpEntityDecl(); test_ret += test_xmlEncodeEntitiesReentrant(); test_ret += test_xmlEncodeSpecialChars(); test_ret += test_xmlGetDocEntity(); test_ret += test_xmlGetDtdEntity(); test_ret += test_xmlGetParameterEntity(); test_ret += test_xmlGetPredefinedEntity(); test_ret += test_xmlInitializePredefinedEntities(); test_ret += test_xmlNewEntity(); if (test_ret != 0) printf("Module entities: %d errors\n", test_ret); return(test_ret); } static int test_xmlHashAddEntry(void) { int test_ret = 0; int mem_base; int ret_val; xmlHashTablePtr table; /* the hash table */ int n_table; xmlChar * name; /* the name of the userdata */ int n_name; void * userdata; /* a pointer to the userdata */ int n_userdata; for (n_table = 0;n_table < gen_nb_xmlHashTablePtr;n_table++) { for (n_name = 0;n_name < gen_nb_const_xmlChar_ptr;n_name++) { for (n_userdata = 0;n_userdata < gen_nb_userdata;n_userdata++) { mem_base = xmlMemBlocks(); table = gen_xmlHashTablePtr(n_table, 0); name = gen_const_xmlChar_ptr(n_name, 1); userdata = gen_userdata(n_userdata, 2); ret_val = xmlHashAddEntry(table, (const xmlChar *)name, userdata); desret_int(ret_val); call_tests++; des_xmlHashTablePtr(n_table, table, 0); des_const_xmlChar_ptr(n_name, (const xmlChar *)name, 1); des_userdata(n_userdata, userdata, 2); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlHashAddEntry", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_table); printf(" %d", n_name); printf(" %d", n_userdata); printf("\n"); } } } } function_tests++; return(test_ret); } static int test_xmlHashAddEntry2(void) { int test_ret = 0; int mem_base; int ret_val; xmlHashTablePtr table; /* the hash table */ int n_table; xmlChar * name; /* the name of the userdata */ int n_name; xmlChar * name2; /* a second name of the userdata */ int n_name2; void * userdata; /* a pointer to the userdata */ int n_userdata; for (n_table = 0;n_table < gen_nb_xmlHashTablePtr;n_table++) { for (n_name = 0;n_name < gen_nb_const_xmlChar_ptr;n_name++) { for (n_name2 = 0;n_name2 < gen_nb_const_xmlChar_ptr;n_name2++) { for (n_userdata = 0;n_userdata < gen_nb_userdata;n_userdata++) { mem_base = xmlMemBlocks(); table = gen_xmlHashTablePtr(n_table, 0); name = gen_const_xmlChar_ptr(n_name, 1); name2 = gen_const_xmlChar_ptr(n_name2, 2); userdata = gen_userdata(n_userdata, 3); ret_val = xmlHashAddEntry2(table, (const xmlChar *)name, (const xmlChar *)name2, userdata); desret_int(ret_val); call_tests++; des_xmlHashTablePtr(n_table, table, 0); des_const_xmlChar_ptr(n_name, (const xmlChar *)name, 1); des_const_xmlChar_ptr(n_name2, (const xmlChar *)name2, 2); des_userdata(n_userdata, userdata, 3); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlHashAddEntry2", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_table); printf(" %d", n_name); printf(" %d", n_name2); printf(" %d", n_userdata); printf("\n"); } } } } } function_tests++; return(test_ret); } static int test_xmlHashAddEntry3(void) { int test_ret = 0; int mem_base; int ret_val; xmlHashTablePtr table; /* the hash table */ int n_table; xmlChar * name; /* the name of the userdata */ int n_name; xmlChar * name2; /* a second name of the userdata */ int n_name2; xmlChar * name3; /* a third name of the userdata */ int n_name3; void * userdata; /* a pointer to the userdata */ int n_userdata; for (n_table = 0;n_table < gen_nb_xmlHashTablePtr;n_table++) { for (n_name = 0;n_name < gen_nb_const_xmlChar_ptr;n_name++) { for (n_name2 = 0;n_name2 < gen_nb_const_xmlChar_ptr;n_name2++) { for (n_name3 = 0;n_name3 < gen_nb_const_xmlChar_ptr;n_name3++) { for (n_userdata = 0;n_userdata < gen_nb_userdata;n_userdata++) { mem_base = xmlMemBlocks(); table = gen_xmlHashTablePtr(n_table, 0); name = gen_const_xmlChar_ptr(n_name, 1); name2 = gen_const_xmlChar_ptr(n_name2, 2); name3 = gen_const_xmlChar_ptr(n_name3, 3); userdata = gen_userdata(n_userdata, 4); ret_val = xmlHashAddEntry3(table, (const xmlChar *)name, (const xmlChar *)name2, (const xmlChar *)name3, userdata); desret_int(ret_val); call_tests++; des_xmlHashTablePtr(n_table, table, 0); des_const_xmlChar_ptr(n_name, (const xmlChar *)name, 1); des_const_xmlChar_ptr(n_name2, (const xmlChar *)name2, 2); des_const_xmlChar_ptr(n_name3, (const xmlChar *)name3, 3); des_userdata(n_userdata, userdata, 4); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlHashAddEntry3", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_table); printf(" %d", n_name); printf(" %d", n_name2); printf(" %d", n_name3); printf(" %d", n_userdata); printf("\n"); } } } } } } function_tests++; return(test_ret); } static int test_xmlHashCopy(void) { int test_ret = 0; /* missing type support */ return(test_ret); } static int test_xmlHashCreate(void) { int test_ret = 0; /* missing type support */ return(test_ret); } static int test_xmlHashCreateDict(void) { int test_ret = 0; /* missing type support */ return(test_ret); } static int test_xmlHashDefaultDeallocator(void) { int test_ret = 0; int mem_base; void * entry; /* the hash table entry */ int n_entry; xmlChar * name; /* the entry's name */ int n_name; for (n_entry = 0;n_entry < gen_nb_void_ptr;n_entry++) { for (n_name = 0;n_name < gen_nb_const_xmlChar_ptr;n_name++) { mem_base = xmlMemBlocks(); entry = gen_void_ptr(n_entry, 0); name = gen_const_xmlChar_ptr(n_name, 1); xmlHashDefaultDeallocator(entry, (const xmlChar *)name); call_tests++; des_void_ptr(n_entry, entry, 0); des_const_xmlChar_ptr(n_name, (const xmlChar *)name, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlHashDefaultDeallocator", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_entry); printf(" %d", n_name); printf("\n"); } } } function_tests++; return(test_ret); } static int test_xmlHashLookup(void) { int test_ret = 0; int mem_base; void * ret_val; xmlHashTablePtr table; /* the hash table */ int n_table; xmlChar * name; /* the name of the userdata */ int n_name; for (n_table = 0;n_table < gen_nb_xmlHashTablePtr;n_table++) { for (n_name = 0;n_name < gen_nb_const_xmlChar_ptr;n_name++) { mem_base = xmlMemBlocks(); table = gen_xmlHashTablePtr(n_table, 0); name = gen_const_xmlChar_ptr(n_name, 1); ret_val = xmlHashLookup(table, (const xmlChar *)name); desret_void_ptr(ret_val); call_tests++; des_xmlHashTablePtr(n_table, table, 0); des_const_xmlChar_ptr(n_name, (const xmlChar *)name, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlHashLookup", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_table); printf(" %d", n_name); printf("\n"); } } } function_tests++; return(test_ret); } static int test_xmlHashLookup2(void) { int test_ret = 0; int mem_base; void * ret_val; xmlHashTablePtr table; /* the hash table */ int n_table; xmlChar * name; /* the name of the userdata */ int n_name; xmlChar * name2; /* a second name of the userdata */ int n_name2; for (n_table = 0;n_table < gen_nb_xmlHashTablePtr;n_table++) { for (n_name = 0;n_name < gen_nb_const_xmlChar_ptr;n_name++) { for (n_name2 = 0;n_name2 < gen_nb_const_xmlChar_ptr;n_name2++) { mem_base = xmlMemBlocks(); table = gen_xmlHashTablePtr(n_table, 0); name = gen_const_xmlChar_ptr(n_name, 1); name2 = gen_const_xmlChar_ptr(n_name2, 2); ret_val = xmlHashLookup2(table, (const xmlChar *)name, (const xmlChar *)name2); desret_void_ptr(ret_val); call_tests++; des_xmlHashTablePtr(n_table, table, 0); des_const_xmlChar_ptr(n_name, (const xmlChar *)name, 1); des_const_xmlChar_ptr(n_name2, (const xmlChar *)name2, 2); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlHashLookup2", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_table); printf(" %d", n_name); printf(" %d", n_name2); printf("\n"); } } } } function_tests++; return(test_ret); } static int test_xmlHashLookup3(void) { int test_ret = 0; int mem_base; void * ret_val; xmlHashTablePtr table; /* the hash table */ int n_table; xmlChar * name; /* the name of the userdata */ int n_name; xmlChar * name2; /* a second name of the userdata */ int n_name2; xmlChar * name3; /* a third name of the userdata */ int n_name3; for (n_table = 0;n_table < gen_nb_xmlHashTablePtr;n_table++) { for (n_name = 0;n_name < gen_nb_const_xmlChar_ptr;n_name++) { for (n_name2 = 0;n_name2 < gen_nb_const_xmlChar_ptr;n_name2++) { for (n_name3 = 0;n_name3 < gen_nb_const_xmlChar_ptr;n_name3++) { mem_base = xmlMemBlocks(); table = gen_xmlHashTablePtr(n_table, 0); name = gen_const_xmlChar_ptr(n_name, 1); name2 = gen_const_xmlChar_ptr(n_name2, 2); name3 = gen_const_xmlChar_ptr(n_name3, 3); ret_val = xmlHashLookup3(table, (const xmlChar *)name, (const xmlChar *)name2, (const xmlChar *)name3); desret_void_ptr(ret_val); call_tests++; des_xmlHashTablePtr(n_table, table, 0); des_const_xmlChar_ptr(n_name, (const xmlChar *)name, 1); des_const_xmlChar_ptr(n_name2, (const xmlChar *)name2, 2); des_const_xmlChar_ptr(n_name3, (const xmlChar *)name3, 3); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlHashLookup3", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_table); printf(" %d", n_name); printf(" %d", n_name2); printf(" %d", n_name3); printf("\n"); } } } } } function_tests++; return(test_ret); } static int test_xmlHashQLookup(void) { int test_ret = 0; int mem_base; void * ret_val; xmlHashTablePtr table; /* the hash table */ int n_table; xmlChar * prefix; /* the prefix of the userdata */ int n_prefix; xmlChar * name; /* the name of the userdata */ int n_name; for (n_table = 0;n_table < gen_nb_xmlHashTablePtr;n_table++) { for (n_prefix = 0;n_prefix < gen_nb_const_xmlChar_ptr;n_prefix++) { for (n_name = 0;n_name < gen_nb_const_xmlChar_ptr;n_name++) { mem_base = xmlMemBlocks(); table = gen_xmlHashTablePtr(n_table, 0); prefix = gen_const_xmlChar_ptr(n_prefix, 1); name = gen_const_xmlChar_ptr(n_name, 2); ret_val = xmlHashQLookup(table, (const xmlChar *)prefix, (const xmlChar *)name); desret_void_ptr(ret_val); call_tests++; des_xmlHashTablePtr(n_table, table, 0); des_const_xmlChar_ptr(n_prefix, (const xmlChar *)prefix, 1); des_const_xmlChar_ptr(n_name, (const xmlChar *)name, 2); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlHashQLookup", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_table); printf(" %d", n_prefix); printf(" %d", n_name); printf("\n"); } } } } function_tests++; return(test_ret); } static int test_xmlHashQLookup2(void) { int test_ret = 0; int mem_base; void * ret_val; xmlHashTablePtr table; /* the hash table */ int n_table; xmlChar * prefix; /* the prefix of the userdata */ int n_prefix; xmlChar * name; /* the name of the userdata */ int n_name; xmlChar * prefix2; /* the second prefix of the userdata */ int n_prefix2; xmlChar * name2; /* a second name of the userdata */ int n_name2; for (n_table = 0;n_table < gen_nb_xmlHashTablePtr;n_table++) { for (n_prefix = 0;n_prefix < gen_nb_const_xmlChar_ptr;n_prefix++) { for (n_name = 0;n_name < gen_nb_const_xmlChar_ptr;n_name++) { for (n_prefix2 = 0;n_prefix2 < gen_nb_const_xmlChar_ptr;n_prefix2++) { for (n_name2 = 0;n_name2 < gen_nb_const_xmlChar_ptr;n_name2++) { mem_base = xmlMemBlocks(); table = gen_xmlHashTablePtr(n_table, 0); prefix = gen_const_xmlChar_ptr(n_prefix, 1); name = gen_const_xmlChar_ptr(n_name, 2); prefix2 = gen_const_xmlChar_ptr(n_prefix2, 3); name2 = gen_const_xmlChar_ptr(n_name2, 4); ret_val = xmlHashQLookup2(table, (const xmlChar *)prefix, (const xmlChar *)name, (const xmlChar *)prefix2, (const xmlChar *)name2); desret_void_ptr(ret_val); call_tests++; des_xmlHashTablePtr(n_table, table, 0); des_const_xmlChar_ptr(n_prefix, (const xmlChar *)prefix, 1); des_const_xmlChar_ptr(n_name, (const xmlChar *)name, 2); des_const_xmlChar_ptr(n_prefix2, (const xmlChar *)prefix2, 3); des_const_xmlChar_ptr(n_name2, (const xmlChar *)name2, 4); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlHashQLookup2", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_table); printf(" %d", n_prefix); printf(" %d", n_name); printf(" %d", n_prefix2); printf(" %d", n_name2); printf("\n"); } } } } } } function_tests++; return(test_ret); } static int test_xmlHashQLookup3(void) { int test_ret = 0; int mem_base; void * ret_val; xmlHashTablePtr table; /* the hash table */ int n_table; xmlChar * prefix; /* the prefix of the userdata */ int n_prefix; xmlChar * name; /* the name of the userdata */ int n_name; xmlChar * prefix2; /* the second prefix of the userdata */ int n_prefix2; xmlChar * name2; /* a second name of the userdata */ int n_name2; xmlChar * prefix3; /* the third prefix of the userdata */ int n_prefix3; xmlChar * name3; /* a third name of the userdata */ int n_name3; for (n_table = 0;n_table < gen_nb_xmlHashTablePtr;n_table++) { for (n_prefix = 0;n_prefix < gen_nb_const_xmlChar_ptr;n_prefix++) { for (n_name = 0;n_name < gen_nb_const_xmlChar_ptr;n_name++) { for (n_prefix2 = 0;n_prefix2 < gen_nb_const_xmlChar_ptr;n_prefix2++) { for (n_name2 = 0;n_name2 < gen_nb_const_xmlChar_ptr;n_name2++) { for (n_prefix3 = 0;n_prefix3 < gen_nb_const_xmlChar_ptr;n_prefix3++) { for (n_name3 = 0;n_name3 < gen_nb_const_xmlChar_ptr;n_name3++) { mem_base = xmlMemBlocks(); table = gen_xmlHashTablePtr(n_table, 0); prefix = gen_const_xmlChar_ptr(n_prefix, 1); name = gen_const_xmlChar_ptr(n_name, 2); prefix2 = gen_const_xmlChar_ptr(n_prefix2, 3); name2 = gen_const_xmlChar_ptr(n_name2, 4); prefix3 = gen_const_xmlChar_ptr(n_prefix3, 5); name3 = gen_const_xmlChar_ptr(n_name3, 6); ret_val = xmlHashQLookup3(table, (const xmlChar *)prefix, (const xmlChar *)name, (const xmlChar *)prefix2, (const xmlChar *)name2, (const xmlChar *)prefix3, (const xmlChar *)name3); desret_void_ptr(ret_val); call_tests++; des_xmlHashTablePtr(n_table, table, 0); des_const_xmlChar_ptr(n_prefix, (const xmlChar *)prefix, 1); des_const_xmlChar_ptr(n_name, (const xmlChar *)name, 2); des_const_xmlChar_ptr(n_prefix2, (const xmlChar *)prefix2, 3); des_const_xmlChar_ptr(n_name2, (const xmlChar *)name2, 4); des_const_xmlChar_ptr(n_prefix3, (const xmlChar *)prefix3, 5); des_const_xmlChar_ptr(n_name3, (const xmlChar *)name3, 6); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlHashQLookup3", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_table); printf(" %d", n_prefix); printf(" %d", n_name); printf(" %d", n_prefix2); printf(" %d", n_name2); printf(" %d", n_prefix3); printf(" %d", n_name3); printf("\n"); } } } } } } } } function_tests++; return(test_ret); } static int test_xmlHashRemoveEntry(void) { int test_ret = 0; int mem_base; int ret_val; xmlHashTablePtr table; /* the hash table */ int n_table; xmlChar * name; /* the name of the userdata */ int n_name; xmlHashDeallocator f; /* the deallocator function for removed item (if any) */ int n_f; for (n_table = 0;n_table < gen_nb_xmlHashTablePtr;n_table++) { for (n_name = 0;n_name < gen_nb_const_xmlChar_ptr;n_name++) { for (n_f = 0;n_f < gen_nb_xmlHashDeallocator;n_f++) { mem_base = xmlMemBlocks(); table = gen_xmlHashTablePtr(n_table, 0); name = gen_const_xmlChar_ptr(n_name, 1); f = gen_xmlHashDeallocator(n_f, 2); ret_val = xmlHashRemoveEntry(table, (const xmlChar *)name, f); desret_int(ret_val); call_tests++; des_xmlHashTablePtr(n_table, table, 0); des_const_xmlChar_ptr(n_name, (const xmlChar *)name, 1); des_xmlHashDeallocator(n_f, f, 2); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlHashRemoveEntry", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_table); printf(" %d", n_name); printf(" %d", n_f); printf("\n"); } } } } function_tests++; return(test_ret); } static int test_xmlHashRemoveEntry2(void) { int test_ret = 0; int mem_base; int ret_val; xmlHashTablePtr table; /* the hash table */ int n_table; xmlChar * name; /* the name of the userdata */ int n_name; xmlChar * name2; /* a second name of the userdata */ int n_name2; xmlHashDeallocator f; /* the deallocator function for removed item (if any) */ int n_f; for (n_table = 0;n_table < gen_nb_xmlHashTablePtr;n_table++) { for (n_name = 0;n_name < gen_nb_const_xmlChar_ptr;n_name++) { for (n_name2 = 0;n_name2 < gen_nb_const_xmlChar_ptr;n_name2++) { for (n_f = 0;n_f < gen_nb_xmlHashDeallocator;n_f++) { mem_base = xmlMemBlocks(); table = gen_xmlHashTablePtr(n_table, 0); name = gen_const_xmlChar_ptr(n_name, 1); name2 = gen_const_xmlChar_ptr(n_name2, 2); f = gen_xmlHashDeallocator(n_f, 3); ret_val = xmlHashRemoveEntry2(table, (const xmlChar *)name, (const xmlChar *)name2, f); desret_int(ret_val); call_tests++; des_xmlHashTablePtr(n_table, table, 0); des_const_xmlChar_ptr(n_name, (const xmlChar *)name, 1); des_const_xmlChar_ptr(n_name2, (const xmlChar *)name2, 2); des_xmlHashDeallocator(n_f, f, 3); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlHashRemoveEntry2", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_table); printf(" %d", n_name); printf(" %d", n_name2); printf(" %d", n_f); printf("\n"); } } } } } function_tests++; return(test_ret); } static int test_xmlHashRemoveEntry3(void) { int test_ret = 0; int mem_base; int ret_val; xmlHashTablePtr table; /* the hash table */ int n_table; xmlChar * name; /* the name of the userdata */ int n_name; xmlChar * name2; /* a second name of the userdata */ int n_name2; xmlChar * name3; /* a third name of the userdata */ int n_name3; xmlHashDeallocator f; /* the deallocator function for removed item (if any) */ int n_f; for (n_table = 0;n_table < gen_nb_xmlHashTablePtr;n_table++) { for (n_name = 0;n_name < gen_nb_const_xmlChar_ptr;n_name++) { for (n_name2 = 0;n_name2 < gen_nb_const_xmlChar_ptr;n_name2++) { for (n_name3 = 0;n_name3 < gen_nb_const_xmlChar_ptr;n_name3++) { for (n_f = 0;n_f < gen_nb_xmlHashDeallocator;n_f++) { mem_base = xmlMemBlocks(); table = gen_xmlHashTablePtr(n_table, 0); name = gen_const_xmlChar_ptr(n_name, 1); name2 = gen_const_xmlChar_ptr(n_name2, 2); name3 = gen_const_xmlChar_ptr(n_name3, 3); f = gen_xmlHashDeallocator(n_f, 4); ret_val = xmlHashRemoveEntry3(table, (const xmlChar *)name, (const xmlChar *)name2, (const xmlChar *)name3, f); desret_int(ret_val); call_tests++; des_xmlHashTablePtr(n_table, table, 0); des_const_xmlChar_ptr(n_name, (const xmlChar *)name, 1); des_const_xmlChar_ptr(n_name2, (const xmlChar *)name2, 2); des_const_xmlChar_ptr(n_name3, (const xmlChar *)name3, 3); des_xmlHashDeallocator(n_f, f, 4); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlHashRemoveEntry3", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_table); printf(" %d", n_name); printf(" %d", n_name2); printf(" %d", n_name3); printf(" %d", n_f); printf("\n"); } } } } } } function_tests++; return(test_ret); } static int test_xmlHashScan(void) { int test_ret = 0; /* missing type support */ return(test_ret); } static int test_xmlHashScan3(void) { int test_ret = 0; /* missing type support */ return(test_ret); } static int test_xmlHashScanFull(void) { int test_ret = 0; /* missing type support */ return(test_ret); } static int test_xmlHashScanFull3(void) { int test_ret = 0; /* missing type support */ return(test_ret); } static int test_xmlHashSize(void) { int test_ret = 0; int mem_base; int ret_val; xmlHashTablePtr table; /* the hash table */ int n_table; for (n_table = 0;n_table < gen_nb_xmlHashTablePtr;n_table++) { mem_base = xmlMemBlocks(); table = gen_xmlHashTablePtr(n_table, 0); ret_val = xmlHashSize(table); desret_int(ret_val); call_tests++; des_xmlHashTablePtr(n_table, table, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlHashSize", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_table); printf("\n"); } } function_tests++; return(test_ret); } static int test_xmlHashUpdateEntry(void) { int test_ret = 0; int mem_base; int ret_val; xmlHashTablePtr table; /* the hash table */ int n_table; xmlChar * name; /* the name of the userdata */ int n_name; void * userdata; /* a pointer to the userdata */ int n_userdata; xmlHashDeallocator f; /* the deallocator function for replaced item (if any) */ int n_f; for (n_table = 0;n_table < gen_nb_xmlHashTablePtr;n_table++) { for (n_name = 0;n_name < gen_nb_const_xmlChar_ptr;n_name++) { for (n_userdata = 0;n_userdata < gen_nb_userdata;n_userdata++) { for (n_f = 0;n_f < gen_nb_xmlHashDeallocator;n_f++) { mem_base = xmlMemBlocks(); table = gen_xmlHashTablePtr(n_table, 0); name = gen_const_xmlChar_ptr(n_name, 1); userdata = gen_userdata(n_userdata, 2); f = gen_xmlHashDeallocator(n_f, 3); ret_val = xmlHashUpdateEntry(table, (const xmlChar *)name, userdata, f); desret_int(ret_val); call_tests++; des_xmlHashTablePtr(n_table, table, 0); des_const_xmlChar_ptr(n_name, (const xmlChar *)name, 1); des_userdata(n_userdata, userdata, 2); des_xmlHashDeallocator(n_f, f, 3); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlHashUpdateEntry", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_table); printf(" %d", n_name); printf(" %d", n_userdata); printf(" %d", n_f); printf("\n"); } } } } } function_tests++; return(test_ret); } static int test_xmlHashUpdateEntry2(void) { int test_ret = 0; int mem_base; int ret_val; xmlHashTablePtr table; /* the hash table */ int n_table; xmlChar * name; /* the name of the userdata */ int n_name; xmlChar * name2; /* a second name of the userdata */ int n_name2; void * userdata; /* a pointer to the userdata */ int n_userdata; xmlHashDeallocator f; /* the deallocator function for replaced item (if any) */ int n_f; for (n_table = 0;n_table < gen_nb_xmlHashTablePtr;n_table++) { for (n_name = 0;n_name < gen_nb_const_xmlChar_ptr;n_name++) { for (n_name2 = 0;n_name2 < gen_nb_const_xmlChar_ptr;n_name2++) { for (n_userdata = 0;n_userdata < gen_nb_userdata;n_userdata++) { for (n_f = 0;n_f < gen_nb_xmlHashDeallocator;n_f++) { mem_base = xmlMemBlocks(); table = gen_xmlHashTablePtr(n_table, 0); name = gen_const_xmlChar_ptr(n_name, 1); name2 = gen_const_xmlChar_ptr(n_name2, 2); userdata = gen_userdata(n_userdata, 3); f = gen_xmlHashDeallocator(n_f, 4); ret_val = xmlHashUpdateEntry2(table, (const xmlChar *)name, (const xmlChar *)name2, userdata, f); desret_int(ret_val); call_tests++; des_xmlHashTablePtr(n_table, table, 0); des_const_xmlChar_ptr(n_name, (const xmlChar *)name, 1); des_const_xmlChar_ptr(n_name2, (const xmlChar *)name2, 2); des_userdata(n_userdata, userdata, 3); des_xmlHashDeallocator(n_f, f, 4); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlHashUpdateEntry2", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_table); printf(" %d", n_name); printf(" %d", n_name2); printf(" %d", n_userdata); printf(" %d", n_f); printf("\n"); } } } } } } function_tests++; return(test_ret); } static int test_xmlHashUpdateEntry3(void) { int test_ret = 0; int mem_base; int ret_val; xmlHashTablePtr table; /* the hash table */ int n_table; xmlChar * name; /* the name of the userdata */ int n_name; xmlChar * name2; /* a second name of the userdata */ int n_name2; xmlChar * name3; /* a third name of the userdata */ int n_name3; void * userdata; /* a pointer to the userdata */ int n_userdata; xmlHashDeallocator f; /* the deallocator function for replaced item (if any) */ int n_f; for (n_table = 0;n_table < gen_nb_xmlHashTablePtr;n_table++) { for (n_name = 0;n_name < gen_nb_const_xmlChar_ptr;n_name++) { for (n_name2 = 0;n_name2 < gen_nb_const_xmlChar_ptr;n_name2++) { for (n_name3 = 0;n_name3 < gen_nb_const_xmlChar_ptr;n_name3++) { for (n_userdata = 0;n_userdata < gen_nb_userdata;n_userdata++) { for (n_f = 0;n_f < gen_nb_xmlHashDeallocator;n_f++) { mem_base = xmlMemBlocks(); table = gen_xmlHashTablePtr(n_table, 0); name = gen_const_xmlChar_ptr(n_name, 1); name2 = gen_const_xmlChar_ptr(n_name2, 2); name3 = gen_const_xmlChar_ptr(n_name3, 3); userdata = gen_userdata(n_userdata, 4); f = gen_xmlHashDeallocator(n_f, 5); ret_val = xmlHashUpdateEntry3(table, (const xmlChar *)name, (const xmlChar *)name2, (const xmlChar *)name3, userdata, f); desret_int(ret_val); call_tests++; des_xmlHashTablePtr(n_table, table, 0); des_const_xmlChar_ptr(n_name, (const xmlChar *)name, 1); des_const_xmlChar_ptr(n_name2, (const xmlChar *)name2, 2); des_const_xmlChar_ptr(n_name3, (const xmlChar *)name3, 3); des_userdata(n_userdata, userdata, 4); des_xmlHashDeallocator(n_f, f, 5); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlHashUpdateEntry3", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_table); printf(" %d", n_name); printf(" %d", n_name2); printf(" %d", n_name3); printf(" %d", n_userdata); printf(" %d", n_f); printf("\n"); } } } } } } } function_tests++; return(test_ret); } static int test_hash(void) { int test_ret = 0; if (quiet == 0) printf("Testing hash : 17 of 25 functions ...\n"); test_ret += test_xmlHashAddEntry(); test_ret += test_xmlHashAddEntry2(); test_ret += test_xmlHashAddEntry3(); test_ret += test_xmlHashCopy(); test_ret += test_xmlHashCreate(); test_ret += test_xmlHashCreateDict(); test_ret += test_xmlHashDefaultDeallocator(); test_ret += test_xmlHashLookup(); test_ret += test_xmlHashLookup2(); test_ret += test_xmlHashLookup3(); test_ret += test_xmlHashQLookup(); test_ret += test_xmlHashQLookup2(); test_ret += test_xmlHashQLookup3(); test_ret += test_xmlHashRemoveEntry(); test_ret += test_xmlHashRemoveEntry2(); test_ret += test_xmlHashRemoveEntry3(); test_ret += test_xmlHashScan(); test_ret += test_xmlHashScan3(); test_ret += test_xmlHashScanFull(); test_ret += test_xmlHashScanFull3(); test_ret += test_xmlHashSize(); test_ret += test_xmlHashUpdateEntry(); test_ret += test_xmlHashUpdateEntry2(); test_ret += test_xmlHashUpdateEntry3(); if (test_ret != 0) printf("Module hash: %d errors\n", test_ret); return(test_ret); } #define gen_nb_xmlLinkPtr 1 static xmlLinkPtr gen_xmlLinkPtr(int no ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { return(NULL); } static void des_xmlLinkPtr(int no ATTRIBUTE_UNUSED, xmlLinkPtr val ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { } static int test_xmlLinkGetData(void) { int test_ret = 0; int mem_base; void * ret_val; xmlLinkPtr lk; /* a link */ int n_lk; for (n_lk = 0;n_lk < gen_nb_xmlLinkPtr;n_lk++) { mem_base = xmlMemBlocks(); lk = gen_xmlLinkPtr(n_lk, 0); ret_val = xmlLinkGetData(lk); desret_void_ptr(ret_val); call_tests++; des_xmlLinkPtr(n_lk, lk, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlLinkGetData", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_lk); printf("\n"); } } function_tests++; return(test_ret); } static int test_xmlListAppend(void) { int test_ret = 0; int mem_base; int ret_val; xmlListPtr l; /* a list */ int n_l; void * data; /* the data */ int n_data; for (n_l = 0;n_l < gen_nb_xmlListPtr;n_l++) { for (n_data = 0;n_data < gen_nb_userdata;n_data++) { mem_base = xmlMemBlocks(); l = gen_xmlListPtr(n_l, 0); data = gen_userdata(n_data, 1); ret_val = xmlListAppend(l, data); desret_int(ret_val); call_tests++; des_xmlListPtr(n_l, l, 0); des_userdata(n_data, data, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlListAppend", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_l); printf(" %d", n_data); printf("\n"); } } } function_tests++; return(test_ret); } static int test_xmlListClear(void) { int test_ret = 0; int mem_base; xmlListPtr l; /* a list */ int n_l; for (n_l = 0;n_l < gen_nb_xmlListPtr;n_l++) { mem_base = xmlMemBlocks(); l = gen_xmlListPtr(n_l, 0); xmlListClear(l); call_tests++; des_xmlListPtr(n_l, l, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlListClear", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_l); printf("\n"); } } function_tests++; return(test_ret); } #define gen_nb_const_xmlListPtr 1 static xmlListPtr gen_const_xmlListPtr(int no ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { return(NULL); } static void des_const_xmlListPtr(int no ATTRIBUTE_UNUSED, const xmlListPtr val ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { } static int test_xmlListCopy(void) { int test_ret = 0; int mem_base; int ret_val; xmlListPtr cur; /* the new list */ int n_cur; xmlListPtr old; /* the old list */ int n_old; for (n_cur = 0;n_cur < gen_nb_xmlListPtr;n_cur++) { for (n_old = 0;n_old < gen_nb_const_xmlListPtr;n_old++) { mem_base = xmlMemBlocks(); cur = gen_xmlListPtr(n_cur, 0); old = gen_const_xmlListPtr(n_old, 1); ret_val = xmlListCopy(cur, (const xmlListPtr)old); desret_int(ret_val); call_tests++; des_xmlListPtr(n_cur, cur, 0); des_const_xmlListPtr(n_old, (const xmlListPtr)old, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlListCopy", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_cur); printf(" %d", n_old); printf("\n"); } } } function_tests++; return(test_ret); } static int test_xmlListCreate(void) { int test_ret = 0; /* missing type support */ return(test_ret); } static int test_xmlListDup(void) { int test_ret = 0; /* missing type support */ return(test_ret); } static int test_xmlListEmpty(void) { int test_ret = 0; int mem_base; int ret_val; xmlListPtr l; /* a list */ int n_l; for (n_l = 0;n_l < gen_nb_xmlListPtr;n_l++) { mem_base = xmlMemBlocks(); l = gen_xmlListPtr(n_l, 0); ret_val = xmlListEmpty(l); desret_int(ret_val); call_tests++; des_xmlListPtr(n_l, l, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlListEmpty", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_l); printf("\n"); } } function_tests++; return(test_ret); } static int test_xmlListEnd(void) { int test_ret = 0; /* missing type support */ return(test_ret); } static int test_xmlListFront(void) { int test_ret = 0; /* missing type support */ return(test_ret); } static int test_xmlListInsert(void) { int test_ret = 0; int mem_base; int ret_val; xmlListPtr l; /* a list */ int n_l; void * data; /* the data */ int n_data; for (n_l = 0;n_l < gen_nb_xmlListPtr;n_l++) { for (n_data = 0;n_data < gen_nb_userdata;n_data++) { mem_base = xmlMemBlocks(); l = gen_xmlListPtr(n_l, 0); data = gen_userdata(n_data, 1); ret_val = xmlListInsert(l, data); desret_int(ret_val); call_tests++; des_xmlListPtr(n_l, l, 0); des_userdata(n_data, data, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlListInsert", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_l); printf(" %d", n_data); printf("\n"); } } } function_tests++; return(test_ret); } static int test_xmlListMerge(void) { int test_ret = 0; int mem_base; xmlListPtr l1; /* the original list */ int n_l1; xmlListPtr l2; /* the new list */ int n_l2; for (n_l1 = 0;n_l1 < gen_nb_xmlListPtr;n_l1++) { for (n_l2 = 0;n_l2 < gen_nb_xmlListPtr;n_l2++) { mem_base = xmlMemBlocks(); l1 = gen_xmlListPtr(n_l1, 0); l2 = gen_xmlListPtr(n_l2, 1); xmlListMerge(l1, l2); call_tests++; des_xmlListPtr(n_l1, l1, 0); des_xmlListPtr(n_l2, l2, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlListMerge", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_l1); printf(" %d", n_l2); printf("\n"); } } } function_tests++; return(test_ret); } static int test_xmlListPopBack(void) { int test_ret = 0; int mem_base; xmlListPtr l; /* a list */ int n_l; for (n_l = 0;n_l < gen_nb_xmlListPtr;n_l++) { mem_base = xmlMemBlocks(); l = gen_xmlListPtr(n_l, 0); xmlListPopBack(l); call_tests++; des_xmlListPtr(n_l, l, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlListPopBack", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_l); printf("\n"); } } function_tests++; return(test_ret); } static int test_xmlListPopFront(void) { int test_ret = 0; int mem_base; xmlListPtr l; /* a list */ int n_l; for (n_l = 0;n_l < gen_nb_xmlListPtr;n_l++) { mem_base = xmlMemBlocks(); l = gen_xmlListPtr(n_l, 0); xmlListPopFront(l); call_tests++; des_xmlListPtr(n_l, l, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlListPopFront", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_l); printf("\n"); } } function_tests++; return(test_ret); } static int test_xmlListPushBack(void) { int test_ret = 0; int mem_base; int ret_val; xmlListPtr l; /* a list */ int n_l; void * data; /* new data */ int n_data; for (n_l = 0;n_l < gen_nb_xmlListPtr;n_l++) { for (n_data = 0;n_data < gen_nb_userdata;n_data++) { mem_base = xmlMemBlocks(); l = gen_xmlListPtr(n_l, 0); data = gen_userdata(n_data, 1); ret_val = xmlListPushBack(l, data); desret_int(ret_val); call_tests++; des_xmlListPtr(n_l, l, 0); des_userdata(n_data, data, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlListPushBack", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_l); printf(" %d", n_data); printf("\n"); } } } function_tests++; return(test_ret); } static int test_xmlListPushFront(void) { int test_ret = 0; int mem_base; int ret_val; xmlListPtr l; /* a list */ int n_l; void * data; /* new data */ int n_data; for (n_l = 0;n_l < gen_nb_xmlListPtr;n_l++) { for (n_data = 0;n_data < gen_nb_userdata;n_data++) { mem_base = xmlMemBlocks(); l = gen_xmlListPtr(n_l, 0); data = gen_userdata(n_data, 1); ret_val = xmlListPushFront(l, data); desret_int(ret_val); call_tests++; des_xmlListPtr(n_l, l, 0); des_userdata(n_data, data, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlListPushFront", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_l); printf(" %d", n_data); printf("\n"); } } } function_tests++; return(test_ret); } static int test_xmlListRemoveAll(void) { int test_ret = 0; int mem_base; int ret_val; xmlListPtr l; /* a list */ int n_l; void * data; /* list data */ int n_data; for (n_l = 0;n_l < gen_nb_xmlListPtr;n_l++) { for (n_data = 0;n_data < gen_nb_userdata;n_data++) { mem_base = xmlMemBlocks(); l = gen_xmlListPtr(n_l, 0); data = gen_userdata(n_data, 1); ret_val = xmlListRemoveAll(l, data); desret_int(ret_val); call_tests++; des_xmlListPtr(n_l, l, 0); des_userdata(n_data, data, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlListRemoveAll", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_l); printf(" %d", n_data); printf("\n"); } } } function_tests++; return(test_ret); } static int test_xmlListRemoveFirst(void) { int test_ret = 0; int mem_base; int ret_val; xmlListPtr l; /* a list */ int n_l; void * data; /* list data */ int n_data; for (n_l = 0;n_l < gen_nb_xmlListPtr;n_l++) { for (n_data = 0;n_data < gen_nb_userdata;n_data++) { mem_base = xmlMemBlocks(); l = gen_xmlListPtr(n_l, 0); data = gen_userdata(n_data, 1); ret_val = xmlListRemoveFirst(l, data); desret_int(ret_val); call_tests++; des_xmlListPtr(n_l, l, 0); des_userdata(n_data, data, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlListRemoveFirst", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_l); printf(" %d", n_data); printf("\n"); } } } function_tests++; return(test_ret); } static int test_xmlListRemoveLast(void) { int test_ret = 0; int mem_base; int ret_val; xmlListPtr l; /* a list */ int n_l; void * data; /* list data */ int n_data; for (n_l = 0;n_l < gen_nb_xmlListPtr;n_l++) { for (n_data = 0;n_data < gen_nb_userdata;n_data++) { mem_base = xmlMemBlocks(); l = gen_xmlListPtr(n_l, 0); data = gen_userdata(n_data, 1); ret_val = xmlListRemoveLast(l, data); desret_int(ret_val); call_tests++; des_xmlListPtr(n_l, l, 0); des_userdata(n_data, data, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlListRemoveLast", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_l); printf(" %d", n_data); printf("\n"); } } } function_tests++; return(test_ret); } static int test_xmlListReverse(void) { int test_ret = 0; int mem_base; xmlListPtr l; /* a list */ int n_l; for (n_l = 0;n_l < gen_nb_xmlListPtr;n_l++) { mem_base = xmlMemBlocks(); l = gen_xmlListPtr(n_l, 0); xmlListReverse(l); call_tests++; des_xmlListPtr(n_l, l, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlListReverse", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_l); printf("\n"); } } function_tests++; return(test_ret); } static int test_xmlListReverseSearch(void) { int test_ret = 0; int mem_base; void * ret_val; xmlListPtr l; /* a list */ int n_l; void * data; /* a search value */ int n_data; for (n_l = 0;n_l < gen_nb_xmlListPtr;n_l++) { for (n_data = 0;n_data < gen_nb_userdata;n_data++) { mem_base = xmlMemBlocks(); l = gen_xmlListPtr(n_l, 0); data = gen_userdata(n_data, 1); ret_val = xmlListReverseSearch(l, data); desret_void_ptr(ret_val); call_tests++; des_xmlListPtr(n_l, l, 0); des_userdata(n_data, data, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlListReverseSearch", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_l); printf(" %d", n_data); printf("\n"); } } } function_tests++; return(test_ret); } static int test_xmlListReverseWalk(void) { int test_ret = 0; /* missing type support */ return(test_ret); } static int test_xmlListSearch(void) { int test_ret = 0; int mem_base; void * ret_val; xmlListPtr l; /* a list */ int n_l; void * data; /* a search value */ int n_data; for (n_l = 0;n_l < gen_nb_xmlListPtr;n_l++) { for (n_data = 0;n_data < gen_nb_userdata;n_data++) { mem_base = xmlMemBlocks(); l = gen_xmlListPtr(n_l, 0); data = gen_userdata(n_data, 1); ret_val = xmlListSearch(l, data); desret_void_ptr(ret_val); call_tests++; des_xmlListPtr(n_l, l, 0); des_userdata(n_data, data, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlListSearch", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_l); printf(" %d", n_data); printf("\n"); } } } function_tests++; return(test_ret); } static int test_xmlListSize(void) { int test_ret = 0; int mem_base; int ret_val; xmlListPtr l; /* a list */ int n_l; for (n_l = 0;n_l < gen_nb_xmlListPtr;n_l++) { mem_base = xmlMemBlocks(); l = gen_xmlListPtr(n_l, 0); ret_val = xmlListSize(l); desret_int(ret_val); call_tests++; des_xmlListPtr(n_l, l, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlListSize", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_l); printf("\n"); } } function_tests++; return(test_ret); } static int test_xmlListSort(void) { int test_ret = 0; int mem_base; xmlListPtr l; /* a list */ int n_l; for (n_l = 0;n_l < gen_nb_xmlListPtr;n_l++) { mem_base = xmlMemBlocks(); l = gen_xmlListPtr(n_l, 0); xmlListSort(l); call_tests++; des_xmlListPtr(n_l, l, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlListSort", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_l); printf("\n"); } } function_tests++; return(test_ret); } static int test_xmlListWalk(void) { int test_ret = 0; /* missing type support */ return(test_ret); } static int test_list(void) { int test_ret = 0; if (quiet == 0) printf("Testing list : 19 of 26 functions ...\n"); test_ret += test_xmlLinkGetData(); test_ret += test_xmlListAppend(); test_ret += test_xmlListClear(); test_ret += test_xmlListCopy(); test_ret += test_xmlListCreate(); test_ret += test_xmlListDup(); test_ret += test_xmlListEmpty(); test_ret += test_xmlListEnd(); test_ret += test_xmlListFront(); test_ret += test_xmlListInsert(); test_ret += test_xmlListMerge(); test_ret += test_xmlListPopBack(); test_ret += test_xmlListPopFront(); test_ret += test_xmlListPushBack(); test_ret += test_xmlListPushFront(); test_ret += test_xmlListRemoveAll(); test_ret += test_xmlListRemoveFirst(); test_ret += test_xmlListRemoveLast(); test_ret += test_xmlListReverse(); test_ret += test_xmlListReverseSearch(); test_ret += test_xmlListReverseWalk(); test_ret += test_xmlListSearch(); test_ret += test_xmlListSize(); test_ret += test_xmlListSort(); test_ret += test_xmlListWalk(); if (test_ret != 0) printf("Module list: %d errors\n", test_ret); return(test_ret); } static int test_xmlNanoFTPCheckResponse(void) { int test_ret = 0; #if defined(LIBXML_FTP_ENABLED) int mem_base; int ret_val; void * ctx; /* an FTP context */ int n_ctx; for (n_ctx = 0;n_ctx < gen_nb_xmlNanoFTPCtxtPtr;n_ctx++) { mem_base = xmlMemBlocks(); ctx = gen_xmlNanoFTPCtxtPtr(n_ctx, 0); ret_val = xmlNanoFTPCheckResponse(ctx); desret_int(ret_val); call_tests++; des_xmlNanoFTPCtxtPtr(n_ctx, ctx, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlNanoFTPCheckResponse", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctx); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlNanoFTPCleanup(void) { int test_ret = 0; #if defined(LIBXML_FTP_ENABLED) int mem_base; mem_base = xmlMemBlocks(); xmlNanoFTPCleanup(); call_tests++; xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlNanoFTPCleanup", xmlMemBlocks() - mem_base); test_ret++; printf("\n"); } function_tests++; #endif return(test_ret); } static int test_xmlNanoFTPCloseConnection(void) { int test_ret = 0; #if defined(LIBXML_FTP_ENABLED) int mem_base; int ret_val; void * ctx; /* an FTP context */ int n_ctx; for (n_ctx = 0;n_ctx < gen_nb_xmlNanoFTPCtxtPtr;n_ctx++) { mem_base = xmlMemBlocks(); ctx = gen_xmlNanoFTPCtxtPtr(n_ctx, 0); ret_val = xmlNanoFTPCloseConnection(ctx); desret_int(ret_val); call_tests++; des_xmlNanoFTPCtxtPtr(n_ctx, ctx, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlNanoFTPCloseConnection", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctx); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlNanoFTPCwd(void) { int test_ret = 0; #if defined(LIBXML_FTP_ENABLED) int mem_base; int ret_val; void * ctx; /* an FTP context */ int n_ctx; char * directory; /* a directory on the server */ int n_directory; for (n_ctx = 0;n_ctx < gen_nb_xmlNanoFTPCtxtPtr;n_ctx++) { for (n_directory = 0;n_directory < gen_nb_const_char_ptr;n_directory++) { mem_base = xmlMemBlocks(); ctx = gen_xmlNanoFTPCtxtPtr(n_ctx, 0); directory = gen_const_char_ptr(n_directory, 1); ret_val = xmlNanoFTPCwd(ctx, (const char *)directory); desret_int(ret_val); call_tests++; des_xmlNanoFTPCtxtPtr(n_ctx, ctx, 0); des_const_char_ptr(n_directory, (const char *)directory, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlNanoFTPCwd", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctx); printf(" %d", n_directory); printf("\n"); } } } function_tests++; #endif return(test_ret); } static int test_xmlNanoFTPDele(void) { int test_ret = 0; #if defined(LIBXML_FTP_ENABLED) int mem_base; int ret_val; void * ctx; /* an FTP context */ int n_ctx; const char * file; /* a file or directory on the server */ int n_file; for (n_ctx = 0;n_ctx < gen_nb_xmlNanoFTPCtxtPtr;n_ctx++) { for (n_file = 0;n_file < gen_nb_filepath;n_file++) { mem_base = xmlMemBlocks(); ctx = gen_xmlNanoFTPCtxtPtr(n_ctx, 0); file = gen_filepath(n_file, 1); ret_val = xmlNanoFTPDele(ctx, file); desret_int(ret_val); call_tests++; des_xmlNanoFTPCtxtPtr(n_ctx, ctx, 0); des_filepath(n_file, file, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlNanoFTPDele", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctx); printf(" %d", n_file); printf("\n"); } } } function_tests++; #endif return(test_ret); } static int test_xmlNanoFTPGet(void) { int test_ret = 0; /* missing type support */ return(test_ret); } static int test_xmlNanoFTPGetConnection(void) { int test_ret = 0; /* missing type support */ return(test_ret); } static int test_xmlNanoFTPGetResponse(void) { int test_ret = 0; #if defined(LIBXML_FTP_ENABLED) int mem_base; int ret_val; void * ctx; /* an FTP context */ int n_ctx; for (n_ctx = 0;n_ctx < gen_nb_xmlNanoFTPCtxtPtr;n_ctx++) { mem_base = xmlMemBlocks(); ctx = gen_xmlNanoFTPCtxtPtr(n_ctx, 0); ret_val = xmlNanoFTPGetResponse(ctx); desret_int(ret_val); call_tests++; des_xmlNanoFTPCtxtPtr(n_ctx, ctx, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlNanoFTPGetResponse", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctx); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlNanoFTPGetSocket(void) { int test_ret = 0; /* missing type support */ return(test_ret); } static int test_xmlNanoFTPInit(void) { int test_ret = 0; #if defined(LIBXML_FTP_ENABLED) int mem_base; mem_base = xmlMemBlocks(); xmlNanoFTPInit(); call_tests++; xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlNanoFTPInit", xmlMemBlocks() - mem_base); test_ret++; printf("\n"); } function_tests++; #endif return(test_ret); } static int test_xmlNanoFTPList(void) { int test_ret = 0; /* missing type support */ return(test_ret); } static int test_xmlNanoFTPNewCtxt(void) { int test_ret = 0; #if defined(LIBXML_FTP_ENABLED) int mem_base; void * ret_val; const char * URL; /* The URL used to initialize the context */ int n_URL; for (n_URL = 0;n_URL < gen_nb_filepath;n_URL++) { mem_base = xmlMemBlocks(); URL = gen_filepath(n_URL, 0); ret_val = xmlNanoFTPNewCtxt(URL); desret_xmlNanoFTPCtxtPtr(ret_val); call_tests++; des_filepath(n_URL, URL, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlNanoFTPNewCtxt", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_URL); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlNanoFTPOpen(void) { int test_ret = 0; #if defined(LIBXML_FTP_ENABLED) int mem_base; void * ret_val; const char * URL; /* the URL to the resource */ int n_URL; for (n_URL = 0;n_URL < gen_nb_filepath;n_URL++) { mem_base = xmlMemBlocks(); URL = gen_filepath(n_URL, 0); ret_val = xmlNanoFTPOpen(URL); desret_xmlNanoFTPCtxtPtr(ret_val); call_tests++; des_filepath(n_URL, URL, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlNanoFTPOpen", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_URL); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlNanoFTPProxy(void) { int test_ret = 0; #if defined(LIBXML_FTP_ENABLED) char * host; /* the proxy host name */ int n_host; int port; /* the proxy port */ int n_port; char * user; /* the proxy user name */ int n_user; char * passwd; /* the proxy password */ int n_passwd; int type; /* the type of proxy 1 for using SITE, 2 for USER a@b */ int n_type; for (n_host = 0;n_host < gen_nb_const_char_ptr;n_host++) { for (n_port = 0;n_port < gen_nb_int;n_port++) { for (n_user = 0;n_user < gen_nb_const_char_ptr;n_user++) { for (n_passwd = 0;n_passwd < gen_nb_const_char_ptr;n_passwd++) { for (n_type = 0;n_type < gen_nb_int;n_type++) { host = gen_const_char_ptr(n_host, 0); port = gen_int(n_port, 1); user = gen_const_char_ptr(n_user, 2); passwd = gen_const_char_ptr(n_passwd, 3); type = gen_int(n_type, 4); xmlNanoFTPProxy((const char *)host, port, (const char *)user, (const char *)passwd, type); call_tests++; des_const_char_ptr(n_host, (const char *)host, 0); des_int(n_port, port, 1); des_const_char_ptr(n_user, (const char *)user, 2); des_const_char_ptr(n_passwd, (const char *)passwd, 3); des_int(n_type, type, 4); xmlResetLastError(); } } } } } function_tests++; #endif return(test_ret); } static int test_xmlNanoFTPQuit(void) { int test_ret = 0; #if defined(LIBXML_FTP_ENABLED) int mem_base; int ret_val; void * ctx; /* an FTP context */ int n_ctx; for (n_ctx = 0;n_ctx < gen_nb_xmlNanoFTPCtxtPtr;n_ctx++) { mem_base = xmlMemBlocks(); ctx = gen_xmlNanoFTPCtxtPtr(n_ctx, 0); ret_val = xmlNanoFTPQuit(ctx); desret_int(ret_val); call_tests++; des_xmlNanoFTPCtxtPtr(n_ctx, ctx, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlNanoFTPQuit", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctx); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlNanoFTPRead(void) { int test_ret = 0; #if defined(LIBXML_FTP_ENABLED) int mem_base; int ret_val; void * ctx; /* the FTP context */ int n_ctx; void * dest; /* a buffer */ int n_dest; int len; /* the buffer length */ int n_len; for (n_ctx = 0;n_ctx < gen_nb_xmlNanoFTPCtxtPtr;n_ctx++) { for (n_dest = 0;n_dest < gen_nb_void_ptr;n_dest++) { for (n_len = 0;n_len < gen_nb_int;n_len++) { mem_base = xmlMemBlocks(); ctx = gen_xmlNanoFTPCtxtPtr(n_ctx, 0); dest = gen_void_ptr(n_dest, 1); len = gen_int(n_len, 2); ret_val = xmlNanoFTPRead(ctx, dest, len); desret_int(ret_val); call_tests++; des_xmlNanoFTPCtxtPtr(n_ctx, ctx, 0); des_void_ptr(n_dest, dest, 1); des_int(n_len, len, 2); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlNanoFTPRead", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctx); printf(" %d", n_dest); printf(" %d", n_len); printf("\n"); } } } } function_tests++; #endif return(test_ret); } static int test_xmlNanoFTPScanProxy(void) { int test_ret = 0; #if defined(LIBXML_FTP_ENABLED) const char * URL; /* The proxy URL used to initialize the proxy context */ int n_URL; for (n_URL = 0;n_URL < gen_nb_filepath;n_URL++) { URL = gen_filepath(n_URL, 0); xmlNanoFTPScanProxy(URL); call_tests++; des_filepath(n_URL, URL, 0); xmlResetLastError(); } function_tests++; #endif return(test_ret); } static int test_xmlNanoFTPUpdateURL(void) { int test_ret = 0; #if defined(LIBXML_FTP_ENABLED) int mem_base; int ret_val; void * ctx; /* an FTP context */ int n_ctx; const char * URL; /* The URL used to update the context */ int n_URL; for (n_ctx = 0;n_ctx < gen_nb_xmlNanoFTPCtxtPtr;n_ctx++) { for (n_URL = 0;n_URL < gen_nb_filepath;n_URL++) { mem_base = xmlMemBlocks(); ctx = gen_xmlNanoFTPCtxtPtr(n_ctx, 0); URL = gen_filepath(n_URL, 1); ret_val = xmlNanoFTPUpdateURL(ctx, URL); desret_int(ret_val); call_tests++; des_xmlNanoFTPCtxtPtr(n_ctx, ctx, 0); des_filepath(n_URL, URL, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlNanoFTPUpdateURL", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctx); printf(" %d", n_URL); printf("\n"); } } } function_tests++; #endif return(test_ret); } static int test_nanoftp(void) { int test_ret = 0; if (quiet == 0) printf("Testing nanoftp : 14 of 22 functions ...\n"); test_ret += test_xmlNanoFTPCheckResponse(); test_ret += test_xmlNanoFTPCleanup(); test_ret += test_xmlNanoFTPCloseConnection(); test_ret += test_xmlNanoFTPCwd(); test_ret += test_xmlNanoFTPDele(); test_ret += test_xmlNanoFTPGet(); test_ret += test_xmlNanoFTPGetConnection(); test_ret += test_xmlNanoFTPGetResponse(); test_ret += test_xmlNanoFTPGetSocket(); test_ret += test_xmlNanoFTPInit(); test_ret += test_xmlNanoFTPList(); test_ret += test_xmlNanoFTPNewCtxt(); test_ret += test_xmlNanoFTPOpen(); test_ret += test_xmlNanoFTPProxy(); test_ret += test_xmlNanoFTPQuit(); test_ret += test_xmlNanoFTPRead(); test_ret += test_xmlNanoFTPScanProxy(); test_ret += test_xmlNanoFTPUpdateURL(); if (test_ret != 0) printf("Module nanoftp: %d errors\n", test_ret); return(test_ret); } static int test_xmlNanoHTTPAuthHeader(void) { int test_ret = 0; #if defined(LIBXML_HTTP_ENABLED) int mem_base; const char * ret_val; void * ctx; /* the HTTP context */ int n_ctx; for (n_ctx = 0;n_ctx < gen_nb_xmlNanoHTTPCtxtPtr;n_ctx++) { mem_base = xmlMemBlocks(); ctx = gen_xmlNanoHTTPCtxtPtr(n_ctx, 0); ret_val = xmlNanoHTTPAuthHeader(ctx); desret_const_char_ptr(ret_val); call_tests++; des_xmlNanoHTTPCtxtPtr(n_ctx, ctx, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlNanoHTTPAuthHeader", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctx); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlNanoHTTPCleanup(void) { int test_ret = 0; #if defined(LIBXML_HTTP_ENABLED) int mem_base; mem_base = xmlMemBlocks(); xmlNanoHTTPCleanup(); call_tests++; xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlNanoHTTPCleanup", xmlMemBlocks() - mem_base); test_ret++; printf("\n"); } function_tests++; #endif return(test_ret); } static int test_xmlNanoHTTPContentLength(void) { int test_ret = 0; #if defined(LIBXML_HTTP_ENABLED) int mem_base; int ret_val; void * ctx; /* the HTTP context */ int n_ctx; for (n_ctx = 0;n_ctx < gen_nb_xmlNanoHTTPCtxtPtr;n_ctx++) { mem_base = xmlMemBlocks(); ctx = gen_xmlNanoHTTPCtxtPtr(n_ctx, 0); ret_val = xmlNanoHTTPContentLength(ctx); desret_int(ret_val); call_tests++; des_xmlNanoHTTPCtxtPtr(n_ctx, ctx, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlNanoHTTPContentLength", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctx); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlNanoHTTPEncoding(void) { int test_ret = 0; #if defined(LIBXML_HTTP_ENABLED) int mem_base; const char * ret_val; void * ctx; /* the HTTP context */ int n_ctx; for (n_ctx = 0;n_ctx < gen_nb_xmlNanoHTTPCtxtPtr;n_ctx++) { mem_base = xmlMemBlocks(); ctx = gen_xmlNanoHTTPCtxtPtr(n_ctx, 0); ret_val = xmlNanoHTTPEncoding(ctx); desret_const_char_ptr(ret_val); call_tests++; des_xmlNanoHTTPCtxtPtr(n_ctx, ctx, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlNanoHTTPEncoding", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctx); printf("\n"); } } function_tests++; #endif return(test_ret); } #define gen_nb_char_ptr_ptr 1 static char ** gen_char_ptr_ptr(int no ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { return(NULL); } static void des_char_ptr_ptr(int no ATTRIBUTE_UNUSED, char ** val ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { } static int test_xmlNanoHTTPFetch(void) { int test_ret = 0; #if defined(LIBXML_HTTP_ENABLED) int mem_base; int ret_val; const char * URL; /* The URL to load */ int n_URL; const char * filename; /* the filename where the content should be saved */ int n_filename; char ** contentType; /* if available the Content-Type information will be returned at that location */ int n_contentType; for (n_URL = 0;n_URL < gen_nb_fileoutput;n_URL++) { for (n_filename = 0;n_filename < gen_nb_fileoutput;n_filename++) { for (n_contentType = 0;n_contentType < gen_nb_char_ptr_ptr;n_contentType++) { mem_base = xmlMemBlocks(); URL = gen_fileoutput(n_URL, 0); filename = gen_fileoutput(n_filename, 1); contentType = gen_char_ptr_ptr(n_contentType, 2); ret_val = xmlNanoHTTPFetch(URL, filename, contentType); desret_int(ret_val); call_tests++; des_fileoutput(n_URL, URL, 0); des_fileoutput(n_filename, filename, 1); des_char_ptr_ptr(n_contentType, contentType, 2); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlNanoHTTPFetch", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_URL); printf(" %d", n_filename); printf(" %d", n_contentType); printf("\n"); } } } } function_tests++; #endif return(test_ret); } static int test_xmlNanoHTTPInit(void) { int test_ret = 0; #if defined(LIBXML_HTTP_ENABLED) int mem_base; mem_base = xmlMemBlocks(); xmlNanoHTTPInit(); call_tests++; xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlNanoHTTPInit", xmlMemBlocks() - mem_base); test_ret++; printf("\n"); } function_tests++; #endif return(test_ret); } static int test_xmlNanoHTTPMimeType(void) { int test_ret = 0; #if defined(LIBXML_HTTP_ENABLED) int mem_base; const char * ret_val; void * ctx; /* the HTTP context */ int n_ctx; for (n_ctx = 0;n_ctx < gen_nb_xmlNanoHTTPCtxtPtr;n_ctx++) { mem_base = xmlMemBlocks(); ctx = gen_xmlNanoHTTPCtxtPtr(n_ctx, 0); ret_val = xmlNanoHTTPMimeType(ctx); desret_const_char_ptr(ret_val); call_tests++; des_xmlNanoHTTPCtxtPtr(n_ctx, ctx, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlNanoHTTPMimeType", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctx); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlNanoHTTPOpen(void) { int test_ret = 0; #if defined(LIBXML_HTTP_ENABLED) int mem_base; void * ret_val; const char * URL; /* The URL to load */ int n_URL; char ** contentType; /* if available the Content-Type information will be returned at that location */ int n_contentType; for (n_URL = 0;n_URL < gen_nb_filepath;n_URL++) { for (n_contentType = 0;n_contentType < gen_nb_char_ptr_ptr;n_contentType++) { mem_base = xmlMemBlocks(); URL = gen_filepath(n_URL, 0); contentType = gen_char_ptr_ptr(n_contentType, 1); ret_val = xmlNanoHTTPOpen(URL, contentType); desret_xmlNanoHTTPCtxtPtr(ret_val); call_tests++; des_filepath(n_URL, URL, 0); des_char_ptr_ptr(n_contentType, contentType, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlNanoHTTPOpen", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_URL); printf(" %d", n_contentType); printf("\n"); } } } function_tests++; #endif return(test_ret); } static int test_xmlNanoHTTPOpenRedir(void) { int test_ret = 0; #if defined(LIBXML_HTTP_ENABLED) int mem_base; void * ret_val; const char * URL; /* The URL to load */ int n_URL; char ** contentType; /* if available the Content-Type information will be returned at that location */ int n_contentType; char ** redir; /* if available the redirected URL will be returned */ int n_redir; for (n_URL = 0;n_URL < gen_nb_filepath;n_URL++) { for (n_contentType = 0;n_contentType < gen_nb_char_ptr_ptr;n_contentType++) { for (n_redir = 0;n_redir < gen_nb_char_ptr_ptr;n_redir++) { mem_base = xmlMemBlocks(); URL = gen_filepath(n_URL, 0); contentType = gen_char_ptr_ptr(n_contentType, 1); redir = gen_char_ptr_ptr(n_redir, 2); ret_val = xmlNanoHTTPOpenRedir(URL, contentType, redir); desret_xmlNanoHTTPCtxtPtr(ret_val); call_tests++; des_filepath(n_URL, URL, 0); des_char_ptr_ptr(n_contentType, contentType, 1); des_char_ptr_ptr(n_redir, redir, 2); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlNanoHTTPOpenRedir", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_URL); printf(" %d", n_contentType); printf(" %d", n_redir); printf("\n"); } } } } function_tests++; #endif return(test_ret); } static int test_xmlNanoHTTPRead(void) { int test_ret = 0; #if defined(LIBXML_HTTP_ENABLED) int mem_base; int ret_val; void * ctx; /* the HTTP context */ int n_ctx; void * dest; /* a buffer */ int n_dest; int len; /* the buffer length */ int n_len; for (n_ctx = 0;n_ctx < gen_nb_xmlNanoHTTPCtxtPtr;n_ctx++) { for (n_dest = 0;n_dest < gen_nb_void_ptr;n_dest++) { for (n_len = 0;n_len < gen_nb_int;n_len++) { mem_base = xmlMemBlocks(); ctx = gen_xmlNanoHTTPCtxtPtr(n_ctx, 0); dest = gen_void_ptr(n_dest, 1); len = gen_int(n_len, 2); ret_val = xmlNanoHTTPRead(ctx, dest, len); desret_int(ret_val); call_tests++; des_xmlNanoHTTPCtxtPtr(n_ctx, ctx, 0); des_void_ptr(n_dest, dest, 1); des_int(n_len, len, 2); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlNanoHTTPRead", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctx); printf(" %d", n_dest); printf(" %d", n_len); printf("\n"); } } } } function_tests++; #endif return(test_ret); } static int test_xmlNanoHTTPRedir(void) { int test_ret = 0; /* missing type support */ return(test_ret); } static int test_xmlNanoHTTPReturnCode(void) { int test_ret = 0; #if defined(LIBXML_HTTP_ENABLED) int mem_base; int ret_val; void * ctx; /* the HTTP context */ int n_ctx; for (n_ctx = 0;n_ctx < gen_nb_xmlNanoHTTPCtxtPtr;n_ctx++) { mem_base = xmlMemBlocks(); ctx = gen_xmlNanoHTTPCtxtPtr(n_ctx, 0); ret_val = xmlNanoHTTPReturnCode(ctx); desret_int(ret_val); call_tests++; des_xmlNanoHTTPCtxtPtr(n_ctx, ctx, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlNanoHTTPReturnCode", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctx); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlNanoHTTPSave(void) { int test_ret = 0; #if defined(LIBXML_HTTP_ENABLED) && defined(LIBXML_OUTPUT_ENABLED) int mem_base; int ret_val; void * ctxt; /* the HTTP context */ int n_ctxt; const char * filename; /* the filename where the content should be saved */ int n_filename; for (n_ctxt = 0;n_ctxt < gen_nb_void_ptr;n_ctxt++) { for (n_filename = 0;n_filename < gen_nb_fileoutput;n_filename++) { mem_base = xmlMemBlocks(); ctxt = gen_void_ptr(n_ctxt, 0); filename = gen_fileoutput(n_filename, 1); ret_val = xmlNanoHTTPSave(ctxt, filename); desret_int(ret_val); call_tests++; des_void_ptr(n_ctxt, ctxt, 0); des_fileoutput(n_filename, filename, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlNanoHTTPSave", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf(" %d", n_filename); printf("\n"); } } } function_tests++; #endif return(test_ret); } static int test_xmlNanoHTTPScanProxy(void) { int test_ret = 0; #if defined(LIBXML_HTTP_ENABLED) const char * URL; /* The proxy URL used to initialize the proxy context */ int n_URL; for (n_URL = 0;n_URL < gen_nb_filepath;n_URL++) { URL = gen_filepath(n_URL, 0); xmlNanoHTTPScanProxy(URL); call_tests++; des_filepath(n_URL, URL, 0); xmlResetLastError(); } function_tests++; #endif return(test_ret); } static int test_nanohttp(void) { int test_ret = 0; if (quiet == 0) printf("Testing nanohttp : 13 of 17 functions ...\n"); test_ret += test_xmlNanoHTTPAuthHeader(); test_ret += test_xmlNanoHTTPCleanup(); test_ret += test_xmlNanoHTTPContentLength(); test_ret += test_xmlNanoHTTPEncoding(); test_ret += test_xmlNanoHTTPFetch(); test_ret += test_xmlNanoHTTPInit(); test_ret += test_xmlNanoHTTPMimeType(); test_ret += test_xmlNanoHTTPOpen(); test_ret += test_xmlNanoHTTPOpenRedir(); test_ret += test_xmlNanoHTTPRead(); test_ret += test_xmlNanoHTTPRedir(); test_ret += test_xmlNanoHTTPReturnCode(); test_ret += test_xmlNanoHTTPSave(); test_ret += test_xmlNanoHTTPScanProxy(); if (test_ret != 0) printf("Module nanohttp: %d errors\n", test_ret); return(test_ret); } static int test_xmlByteConsumed(void) { int test_ret = 0; int mem_base; long ret_val; xmlParserCtxtPtr ctxt; /* an XML parser context */ int n_ctxt; for (n_ctxt = 0;n_ctxt < gen_nb_xmlParserCtxtPtr;n_ctxt++) { mem_base = xmlMemBlocks(); ctxt = gen_xmlParserCtxtPtr(n_ctxt, 0); ret_val = xmlByteConsumed(ctxt); desret_long(ret_val); call_tests++; des_xmlParserCtxtPtr(n_ctxt, ctxt, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlByteConsumed", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf("\n"); } } function_tests++; return(test_ret); } static int test_xmlClearNodeInfoSeq(void) { int test_ret = 0; int mem_base; xmlParserNodeInfoSeqPtr seq; /* a node info sequence pointer */ int n_seq; for (n_seq = 0;n_seq < gen_nb_xmlParserNodeInfoSeqPtr;n_seq++) { mem_base = xmlMemBlocks(); seq = gen_xmlParserNodeInfoSeqPtr(n_seq, 0); xmlClearNodeInfoSeq(seq); call_tests++; des_xmlParserNodeInfoSeqPtr(n_seq, seq, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlClearNodeInfoSeq", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_seq); printf("\n"); } } function_tests++; return(test_ret); } static int test_xmlClearParserCtxt(void) { int test_ret = 0; int mem_base; xmlParserCtxtPtr ctxt; /* an XML parser context */ int n_ctxt; for (n_ctxt = 0;n_ctxt < gen_nb_xmlParserCtxtPtr;n_ctxt++) { mem_base = xmlMemBlocks(); ctxt = gen_xmlParserCtxtPtr(n_ctxt, 0); xmlClearParserCtxt(ctxt); call_tests++; des_xmlParserCtxtPtr(n_ctxt, ctxt, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlClearParserCtxt", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf("\n"); } } function_tests++; return(test_ret); } static int test_xmlCreateDocParserCtxt(void) { int test_ret = 0; int mem_base; xmlParserCtxtPtr ret_val; xmlChar * cur; /* a pointer to an array of xmlChar */ int n_cur; for (n_cur = 0;n_cur < gen_nb_const_xmlChar_ptr;n_cur++) { mem_base = xmlMemBlocks(); cur = gen_const_xmlChar_ptr(n_cur, 0); ret_val = xmlCreateDocParserCtxt((const xmlChar *)cur); desret_xmlParserCtxtPtr(ret_val); call_tests++; des_const_xmlChar_ptr(n_cur, (const xmlChar *)cur, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlCreateDocParserCtxt", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_cur); printf("\n"); } } function_tests++; return(test_ret); } static int test_xmlCreatePushParserCtxt(void) { int test_ret = 0; #if defined(LIBXML_PUSH_ENABLED) int mem_base; xmlParserCtxtPtr ret_val; xmlSAXHandlerPtr sax; /* a SAX handler */ int n_sax; void * user_data; /* The user data returned on SAX callbacks */ int n_user_data; char * chunk; /* a pointer to an array of chars */ int n_chunk; int size; /* number of chars in the array */ int n_size; const char * filename; /* an optional file name or URI */ int n_filename; for (n_sax = 0;n_sax < gen_nb_xmlSAXHandlerPtr;n_sax++) { for (n_user_data = 0;n_user_data < gen_nb_userdata;n_user_data++) { for (n_chunk = 0;n_chunk < gen_nb_const_char_ptr;n_chunk++) { for (n_size = 0;n_size < gen_nb_int;n_size++) { for (n_filename = 0;n_filename < gen_nb_fileoutput;n_filename++) { mem_base = xmlMemBlocks(); sax = gen_xmlSAXHandlerPtr(n_sax, 0); user_data = gen_userdata(n_user_data, 1); chunk = gen_const_char_ptr(n_chunk, 2); size = gen_int(n_size, 3); filename = gen_fileoutput(n_filename, 4); if ((chunk != NULL) && (size > (int) strlen((const char *) chunk) + 1)) continue; ret_val = xmlCreatePushParserCtxt(sax, user_data, (const char *)chunk, size, filename); desret_xmlParserCtxtPtr(ret_val); call_tests++; des_xmlSAXHandlerPtr(n_sax, sax, 0); des_userdata(n_user_data, user_data, 1); des_const_char_ptr(n_chunk, (const char *)chunk, 2); des_int(n_size, size, 3); des_fileoutput(n_filename, filename, 4); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlCreatePushParserCtxt", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_sax); printf(" %d", n_user_data); printf(" %d", n_chunk); printf(" %d", n_size); printf(" %d", n_filename); printf("\n"); } } } } } } function_tests++; #endif return(test_ret); } static int test_xmlCtxtReadDoc(void) { int test_ret = 0; int mem_base; xmlDocPtr ret_val; xmlParserCtxtPtr ctxt; /* an XML parser context */ int n_ctxt; xmlChar * cur; /* a pointer to a zero terminated string */ int n_cur; const char * URL; /* the base URL to use for the document */ int n_URL; char * encoding; /* the document encoding, or NULL */ int n_encoding; int options; /* a combination of xmlParserOption */ int n_options; for (n_ctxt = 0;n_ctxt < gen_nb_xmlParserCtxtPtr;n_ctxt++) { for (n_cur = 0;n_cur < gen_nb_const_xmlChar_ptr;n_cur++) { for (n_URL = 0;n_URL < gen_nb_filepath;n_URL++) { for (n_encoding = 0;n_encoding < gen_nb_const_char_ptr;n_encoding++) { for (n_options = 0;n_options < gen_nb_parseroptions;n_options++) { mem_base = xmlMemBlocks(); ctxt = gen_xmlParserCtxtPtr(n_ctxt, 0); cur = gen_const_xmlChar_ptr(n_cur, 1); URL = gen_filepath(n_URL, 2); encoding = gen_const_char_ptr(n_encoding, 3); options = gen_parseroptions(n_options, 4); ret_val = xmlCtxtReadDoc(ctxt, (const xmlChar *)cur, URL, (const char *)encoding, options); desret_xmlDocPtr(ret_val); call_tests++; des_xmlParserCtxtPtr(n_ctxt, ctxt, 0); des_const_xmlChar_ptr(n_cur, (const xmlChar *)cur, 1); des_filepath(n_URL, URL, 2); des_const_char_ptr(n_encoding, (const char *)encoding, 3); des_parseroptions(n_options, options, 4); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlCtxtReadDoc", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf(" %d", n_cur); printf(" %d", n_URL); printf(" %d", n_encoding); printf(" %d", n_options); printf("\n"); } } } } } } function_tests++; return(test_ret); } static int test_xmlCtxtReadFile(void) { int test_ret = 0; int mem_base; xmlDocPtr ret_val; xmlParserCtxtPtr ctxt; /* an XML parser context */ int n_ctxt; const char * filename; /* a file or URL */ int n_filename; char * encoding; /* the document encoding, or NULL */ int n_encoding; int options; /* a combination of xmlParserOption */ int n_options; for (n_ctxt = 0;n_ctxt < gen_nb_xmlParserCtxtPtr;n_ctxt++) { for (n_filename = 0;n_filename < gen_nb_filepath;n_filename++) { for (n_encoding = 0;n_encoding < gen_nb_const_char_ptr;n_encoding++) { for (n_options = 0;n_options < gen_nb_parseroptions;n_options++) { mem_base = xmlMemBlocks(); ctxt = gen_xmlParserCtxtPtr(n_ctxt, 0); filename = gen_filepath(n_filename, 1); encoding = gen_const_char_ptr(n_encoding, 2); options = gen_parseroptions(n_options, 3); ret_val = xmlCtxtReadFile(ctxt, filename, (const char *)encoding, options); desret_xmlDocPtr(ret_val); call_tests++; des_xmlParserCtxtPtr(n_ctxt, ctxt, 0); des_filepath(n_filename, filename, 1); des_const_char_ptr(n_encoding, (const char *)encoding, 2); des_parseroptions(n_options, options, 3); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlCtxtReadFile", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf(" %d", n_filename); printf(" %d", n_encoding); printf(" %d", n_options); printf("\n"); } } } } } function_tests++; return(test_ret); } static int test_xmlCtxtReadMemory(void) { int test_ret = 0; int mem_base; xmlDocPtr ret_val; xmlParserCtxtPtr ctxt; /* an XML parser context */ int n_ctxt; char * buffer; /* a pointer to a char array */ int n_buffer; int size; /* the size of the array */ int n_size; const char * URL; /* the base URL to use for the document */ int n_URL; char * encoding; /* the document encoding, or NULL */ int n_encoding; int options; /* a combination of xmlParserOption */ int n_options; for (n_ctxt = 0;n_ctxt < gen_nb_xmlParserCtxtPtr;n_ctxt++) { for (n_buffer = 0;n_buffer < gen_nb_const_char_ptr;n_buffer++) { for (n_size = 0;n_size < gen_nb_int;n_size++) { for (n_URL = 0;n_URL < gen_nb_filepath;n_URL++) { for (n_encoding = 0;n_encoding < gen_nb_const_char_ptr;n_encoding++) { for (n_options = 0;n_options < gen_nb_parseroptions;n_options++) { mem_base = xmlMemBlocks(); ctxt = gen_xmlParserCtxtPtr(n_ctxt, 0); buffer = gen_const_char_ptr(n_buffer, 1); size = gen_int(n_size, 2); URL = gen_filepath(n_URL, 3); encoding = gen_const_char_ptr(n_encoding, 4); options = gen_parseroptions(n_options, 5); if ((buffer != NULL) && (size > (int) strlen((const char *) buffer) + 1)) continue; ret_val = xmlCtxtReadMemory(ctxt, (const char *)buffer, size, URL, (const char *)encoding, options); desret_xmlDocPtr(ret_val); call_tests++; des_xmlParserCtxtPtr(n_ctxt, ctxt, 0); des_const_char_ptr(n_buffer, (const char *)buffer, 1); des_int(n_size, size, 2); des_filepath(n_URL, URL, 3); des_const_char_ptr(n_encoding, (const char *)encoding, 4); des_parseroptions(n_options, options, 5); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlCtxtReadMemory", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf(" %d", n_buffer); printf(" %d", n_size); printf(" %d", n_URL); printf(" %d", n_encoding); printf(" %d", n_options); printf("\n"); } } } } } } } function_tests++; return(test_ret); } static int test_xmlCtxtReset(void) { int test_ret = 0; int mem_base; xmlParserCtxtPtr ctxt; /* an XML parser context */ int n_ctxt; for (n_ctxt = 0;n_ctxt < gen_nb_xmlParserCtxtPtr;n_ctxt++) { mem_base = xmlMemBlocks(); ctxt = gen_xmlParserCtxtPtr(n_ctxt, 0); xmlCtxtReset(ctxt); call_tests++; des_xmlParserCtxtPtr(n_ctxt, ctxt, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlCtxtReset", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf("\n"); } } function_tests++; return(test_ret); } static int test_xmlCtxtResetPush(void) { int test_ret = 0; int mem_base; int ret_val; xmlParserCtxtPtr ctxt; /* an XML parser context */ int n_ctxt; char * chunk; /* a pointer to an array of chars */ int n_chunk; int size; /* number of chars in the array */ int n_size; const char * filename; /* an optional file name or URI */ int n_filename; char * encoding; /* the document encoding, or NULL */ int n_encoding; for (n_ctxt = 0;n_ctxt < gen_nb_xmlParserCtxtPtr;n_ctxt++) { for (n_chunk = 0;n_chunk < gen_nb_const_char_ptr;n_chunk++) { for (n_size = 0;n_size < gen_nb_int;n_size++) { for (n_filename = 0;n_filename < gen_nb_filepath;n_filename++) { for (n_encoding = 0;n_encoding < gen_nb_const_char_ptr;n_encoding++) { mem_base = xmlMemBlocks(); ctxt = gen_xmlParserCtxtPtr(n_ctxt, 0); chunk = gen_const_char_ptr(n_chunk, 1); size = gen_int(n_size, 2); filename = gen_filepath(n_filename, 3); encoding = gen_const_char_ptr(n_encoding, 4); if ((chunk != NULL) && (size > (int) strlen((const char *) chunk) + 1)) continue; ret_val = xmlCtxtResetPush(ctxt, (const char *)chunk, size, filename, (const char *)encoding); desret_int(ret_val); call_tests++; des_xmlParserCtxtPtr(n_ctxt, ctxt, 0); des_const_char_ptr(n_chunk, (const char *)chunk, 1); des_int(n_size, size, 2); des_filepath(n_filename, filename, 3); des_const_char_ptr(n_encoding, (const char *)encoding, 4); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlCtxtResetPush", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf(" %d", n_chunk); printf(" %d", n_size); printf(" %d", n_filename); printf(" %d", n_encoding); printf("\n"); } } } } } } function_tests++; return(test_ret); } static int test_xmlCtxtUseOptions(void) { int test_ret = 0; int mem_base; int ret_val; xmlParserCtxtPtr ctxt; /* an XML parser context */ int n_ctxt; int options; /* a combination of xmlParserOption */ int n_options; for (n_ctxt = 0;n_ctxt < gen_nb_xmlParserCtxtPtr;n_ctxt++) { for (n_options = 0;n_options < gen_nb_parseroptions;n_options++) { mem_base = xmlMemBlocks(); ctxt = gen_xmlParserCtxtPtr(n_ctxt, 0); options = gen_parseroptions(n_options, 1); ret_val = xmlCtxtUseOptions(ctxt, options); desret_int(ret_val); call_tests++; des_xmlParserCtxtPtr(n_ctxt, ctxt, 0); des_parseroptions(n_options, options, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlCtxtUseOptions", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf(" %d", n_options); printf("\n"); } } } function_tests++; return(test_ret); } static int test_xmlGetExternalEntityLoader(void) { int test_ret = 0; /* missing type support */ return(test_ret); } static int test_xmlGetFeature(void) { int test_ret = 0; #if defined(LIBXML_LEGACY_ENABLED) #ifdef LIBXML_LEGACY_ENABLED int mem_base; int ret_val; xmlParserCtxtPtr ctxt; /* an XML/HTML parser context */ int n_ctxt; char * name; /* the feature name */ int n_name; void * result; /* location to store the result */ int n_result; for (n_ctxt = 0;n_ctxt < gen_nb_xmlParserCtxtPtr;n_ctxt++) { for (n_name = 0;n_name < gen_nb_const_char_ptr;n_name++) { for (n_result = 0;n_result < gen_nb_void_ptr;n_result++) { mem_base = xmlMemBlocks(); ctxt = gen_xmlParserCtxtPtr(n_ctxt, 0); name = gen_const_char_ptr(n_name, 1); result = gen_void_ptr(n_result, 2); ret_val = xmlGetFeature(ctxt, (const char *)name, result); desret_int(ret_val); call_tests++; des_xmlParserCtxtPtr(n_ctxt, ctxt, 0); des_const_char_ptr(n_name, (const char *)name, 1); des_void_ptr(n_result, result, 2); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlGetFeature", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf(" %d", n_name); printf(" %d", n_result); printf("\n"); } } } } function_tests++; #endif #endif return(test_ret); } #define gen_nb_const_char_ptr_ptr 1 static char ** gen_const_char_ptr_ptr(int no ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { return(NULL); } static void des_const_char_ptr_ptr(int no ATTRIBUTE_UNUSED, const char ** val ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { } static int test_xmlGetFeaturesList(void) { int test_ret = 0; #if defined(LIBXML_LEGACY_ENABLED) #ifdef LIBXML_LEGACY_ENABLED int mem_base; int ret_val; int * len; /* the length of the features name array (input/output) */ int n_len; char ** result; /* an array of string to be filled with the features name. */ int n_result; for (n_len = 0;n_len < gen_nb_int_ptr;n_len++) { for (n_result = 0;n_result < gen_nb_const_char_ptr_ptr;n_result++) { mem_base = xmlMemBlocks(); len = gen_int_ptr(n_len, 0); result = gen_const_char_ptr_ptr(n_result, 1); ret_val = xmlGetFeaturesList(len, (const char **)result); desret_int(ret_val); call_tests++; des_int_ptr(n_len, len, 0); des_const_char_ptr_ptr(n_result, (const char **)result, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlGetFeaturesList", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_len); printf(" %d", n_result); printf("\n"); } } } function_tests++; #endif #endif return(test_ret); } static int test_xmlHasFeature(void) { int test_ret = 0; int mem_base; int ret_val; xmlFeature feature; /* the feature to be examined */ int n_feature; for (n_feature = 0;n_feature < gen_nb_xmlFeature;n_feature++) { mem_base = xmlMemBlocks(); feature = gen_xmlFeature(n_feature, 0); ret_val = xmlHasFeature(feature); desret_int(ret_val); call_tests++; des_xmlFeature(n_feature, feature, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlHasFeature", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_feature); printf("\n"); } } function_tests++; return(test_ret); } static int test_xmlIOParseDTD(void) { int test_ret = 0; #if defined(LIBXML_VALID_ENABLED) #ifdef LIBXML_VALID_ENABLED xmlDtdPtr ret_val; xmlSAXHandlerPtr sax; /* the SAX handler block or NULL */ int n_sax; xmlParserInputBufferPtr input; /* an Input Buffer */ int n_input; xmlCharEncoding enc; /* the charset encoding if known */ int n_enc; for (n_sax = 0;n_sax < gen_nb_xmlSAXHandlerPtr;n_sax++) { for (n_input = 0;n_input < gen_nb_xmlParserInputBufferPtr;n_input++) { for (n_enc = 0;n_enc < gen_nb_xmlCharEncoding;n_enc++) { sax = gen_xmlSAXHandlerPtr(n_sax, 0); input = gen_xmlParserInputBufferPtr(n_input, 1); enc = gen_xmlCharEncoding(n_enc, 2); ret_val = xmlIOParseDTD(sax, input, enc); input = NULL; desret_xmlDtdPtr(ret_val); call_tests++; des_xmlSAXHandlerPtr(n_sax, sax, 0); des_xmlParserInputBufferPtr(n_input, input, 1); des_xmlCharEncoding(n_enc, enc, 2); xmlResetLastError(); } } } function_tests++; #endif #endif return(test_ret); } static int test_xmlInitNodeInfoSeq(void) { int test_ret = 0; int mem_base; xmlParserNodeInfoSeqPtr seq; /* a node info sequence pointer */ int n_seq; for (n_seq = 0;n_seq < gen_nb_xmlParserNodeInfoSeqPtr;n_seq++) { mem_base = xmlMemBlocks(); seq = gen_xmlParserNodeInfoSeqPtr(n_seq, 0); xmlInitNodeInfoSeq(seq); call_tests++; des_xmlParserNodeInfoSeqPtr(n_seq, seq, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlInitNodeInfoSeq", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_seq); printf("\n"); } } function_tests++; return(test_ret); } static int test_xmlInitParser(void) { int test_ret = 0; int mem_base; mem_base = xmlMemBlocks(); xmlInitParser(); call_tests++; xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlInitParser", xmlMemBlocks() - mem_base); test_ret++; printf("\n"); } function_tests++; return(test_ret); } static int test_xmlInitParserCtxt(void) { int test_ret = 0; int mem_base; int ret_val; xmlParserCtxtPtr ctxt; /* an XML parser context */ int n_ctxt; for (n_ctxt = 0;n_ctxt < gen_nb_xmlParserCtxtPtr;n_ctxt++) { mem_base = xmlMemBlocks(); ctxt = gen_xmlParserCtxtPtr(n_ctxt, 0); ret_val = xmlInitParserCtxt(ctxt); desret_int(ret_val); call_tests++; des_xmlParserCtxtPtr(n_ctxt, ctxt, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlInitParserCtxt", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf("\n"); } } function_tests++; return(test_ret); } static int test_xmlKeepBlanksDefault(void) { int test_ret = 0; int mem_base; int ret_val; int val; /* int 0 or 1 */ int n_val; for (n_val = 0;n_val < gen_nb_int;n_val++) { mem_base = xmlMemBlocks(); val = gen_int(n_val, 0); ret_val = xmlKeepBlanksDefault(val); desret_int(ret_val); call_tests++; des_int(n_val, val, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlKeepBlanksDefault", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_val); printf("\n"); } } function_tests++; return(test_ret); } static int test_xmlLineNumbersDefault(void) { int test_ret = 0; int mem_base; int ret_val; int val; /* int 0 or 1 */ int n_val; for (n_val = 0;n_val < gen_nb_int;n_val++) { mem_base = xmlMemBlocks(); val = gen_int(n_val, 0); ret_val = xmlLineNumbersDefault(val); desret_int(ret_val); call_tests++; des_int(n_val, val, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlLineNumbersDefault", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_val); printf("\n"); } } function_tests++; return(test_ret); } static int test_xmlLoadExternalEntity(void) { int test_ret = 0; int mem_base; xmlParserInputPtr ret_val; const char * URL; /* the URL for the entity to load */ int n_URL; char * ID; /* the Public ID for the entity to load */ int n_ID; xmlParserCtxtPtr ctxt; /* the context in which the entity is called or NULL */ int n_ctxt; for (n_URL = 0;n_URL < gen_nb_filepath;n_URL++) { for (n_ID = 0;n_ID < gen_nb_const_char_ptr;n_ID++) { for (n_ctxt = 0;n_ctxt < gen_nb_xmlParserCtxtPtr;n_ctxt++) { mem_base = xmlMemBlocks(); URL = gen_filepath(n_URL, 0); ID = gen_const_char_ptr(n_ID, 1); ctxt = gen_xmlParserCtxtPtr(n_ctxt, 2); ret_val = xmlLoadExternalEntity(URL, (const char *)ID, ctxt); desret_xmlParserInputPtr(ret_val); call_tests++; des_filepath(n_URL, URL, 0); des_const_char_ptr(n_ID, (const char *)ID, 1); des_xmlParserCtxtPtr(n_ctxt, ctxt, 2); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlLoadExternalEntity", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_URL); printf(" %d", n_ID); printf(" %d", n_ctxt); printf("\n"); } } } } function_tests++; return(test_ret); } static int test_xmlNewIOInputStream(void) { int test_ret = 0; int mem_base; xmlParserInputPtr ret_val; xmlParserCtxtPtr ctxt; /* an XML parser context */ int n_ctxt; xmlParserInputBufferPtr input; /* an I/O Input */ int n_input; xmlCharEncoding enc; /* the charset encoding if known */ int n_enc; for (n_ctxt = 0;n_ctxt < gen_nb_xmlParserCtxtPtr;n_ctxt++) { for (n_input = 0;n_input < gen_nb_xmlParserInputBufferPtr;n_input++) { for (n_enc = 0;n_enc < gen_nb_xmlCharEncoding;n_enc++) { mem_base = xmlMemBlocks(); ctxt = gen_xmlParserCtxtPtr(n_ctxt, 0); input = gen_xmlParserInputBufferPtr(n_input, 1); enc = gen_xmlCharEncoding(n_enc, 2); ret_val = xmlNewIOInputStream(ctxt, input, enc); if (ret_val != NULL) input = NULL; desret_xmlParserInputPtr(ret_val); call_tests++; des_xmlParserCtxtPtr(n_ctxt, ctxt, 0); des_xmlParserInputBufferPtr(n_input, input, 1); des_xmlCharEncoding(n_enc, enc, 2); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlNewIOInputStream", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf(" %d", n_input); printf(" %d", n_enc); printf("\n"); } } } } function_tests++; return(test_ret); } static int test_xmlNewParserCtxt(void) { int test_ret = 0; int mem_base; xmlParserCtxtPtr ret_val; mem_base = xmlMemBlocks(); ret_val = xmlNewParserCtxt(); desret_xmlParserCtxtPtr(ret_val); call_tests++; xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlNewParserCtxt", xmlMemBlocks() - mem_base); test_ret++; printf("\n"); } function_tests++; return(test_ret); } #define gen_nb_xmlNodePtr_ptr 1 static xmlNodePtr * gen_xmlNodePtr_ptr(int no ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { return(NULL); } static void des_xmlNodePtr_ptr(int no ATTRIBUTE_UNUSED, xmlNodePtr * val ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { } static int test_xmlParseBalancedChunkMemory(void) { int test_ret = 0; #if defined(LIBXML_SAX1_ENABLED) #ifdef LIBXML_SAX1_ENABLED int mem_base; int ret_val; xmlDocPtr doc; /* the document the chunk pertains to (must not be NULL) */ int n_doc; xmlSAXHandlerPtr sax; /* the SAX handler block (possibly NULL) */ int n_sax; void * user_data; /* The user data returned on SAX callbacks (possibly NULL) */ int n_user_data; int depth; /* Used for loop detection, use 0 */ int n_depth; xmlChar * string; /* the input string in UTF8 or ISO-Latin (zero terminated) */ int n_string; xmlNodePtr * lst; /* the return value for the set of parsed nodes */ int n_lst; for (n_doc = 0;n_doc < gen_nb_xmlDocPtr;n_doc++) { for (n_sax = 0;n_sax < gen_nb_xmlSAXHandlerPtr;n_sax++) { for (n_user_data = 0;n_user_data < gen_nb_userdata;n_user_data++) { for (n_depth = 0;n_depth < gen_nb_int;n_depth++) { for (n_string = 0;n_string < gen_nb_const_xmlChar_ptr;n_string++) { for (n_lst = 0;n_lst < gen_nb_xmlNodePtr_ptr;n_lst++) { mem_base = xmlMemBlocks(); doc = gen_xmlDocPtr(n_doc, 0); sax = gen_xmlSAXHandlerPtr(n_sax, 1); user_data = gen_userdata(n_user_data, 2); depth = gen_int(n_depth, 3); string = gen_const_xmlChar_ptr(n_string, 4); lst = gen_xmlNodePtr_ptr(n_lst, 5); #ifdef LIBXML_SAX1_ENABLED if (sax == (xmlSAXHandlerPtr)&xmlDefaultSAXHandler) user_data = NULL; #endif ret_val = xmlParseBalancedChunkMemory(doc, sax, user_data, depth, (const xmlChar *)string, lst); desret_int(ret_val); call_tests++; des_xmlDocPtr(n_doc, doc, 0); des_xmlSAXHandlerPtr(n_sax, sax, 1); des_userdata(n_user_data, user_data, 2); des_int(n_depth, depth, 3); des_const_xmlChar_ptr(n_string, (const xmlChar *)string, 4); des_xmlNodePtr_ptr(n_lst, lst, 5); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlParseBalancedChunkMemory", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_doc); printf(" %d", n_sax); printf(" %d", n_user_data); printf(" %d", n_depth); printf(" %d", n_string); printf(" %d", n_lst); printf("\n"); } } } } } } } function_tests++; #endif #endif return(test_ret); } static int test_xmlParseBalancedChunkMemoryRecover(void) { int test_ret = 0; #if defined(LIBXML_SAX1_ENABLED) #ifdef LIBXML_SAX1_ENABLED int mem_base; int ret_val; xmlDocPtr doc; /* the document the chunk pertains to (must not be NULL) */ int n_doc; xmlSAXHandlerPtr sax; /* the SAX handler block (possibly NULL) */ int n_sax; void * user_data; /* The user data returned on SAX callbacks (possibly NULL) */ int n_user_data; int depth; /* Used for loop detection, use 0 */ int n_depth; xmlChar * string; /* the input string in UTF8 or ISO-Latin (zero terminated) */ int n_string; xmlNodePtr * lst; /* the return value for the set of parsed nodes */ int n_lst; int recover; /* return nodes even if the data is broken (use 0) */ int n_recover; for (n_doc = 0;n_doc < gen_nb_xmlDocPtr;n_doc++) { for (n_sax = 0;n_sax < gen_nb_xmlSAXHandlerPtr;n_sax++) { for (n_user_data = 0;n_user_data < gen_nb_userdata;n_user_data++) { for (n_depth = 0;n_depth < gen_nb_int;n_depth++) { for (n_string = 0;n_string < gen_nb_const_xmlChar_ptr;n_string++) { for (n_lst = 0;n_lst < gen_nb_xmlNodePtr_ptr;n_lst++) { for (n_recover = 0;n_recover < gen_nb_int;n_recover++) { mem_base = xmlMemBlocks(); doc = gen_xmlDocPtr(n_doc, 0); sax = gen_xmlSAXHandlerPtr(n_sax, 1); user_data = gen_userdata(n_user_data, 2); depth = gen_int(n_depth, 3); string = gen_const_xmlChar_ptr(n_string, 4); lst = gen_xmlNodePtr_ptr(n_lst, 5); recover = gen_int(n_recover, 6); #ifdef LIBXML_SAX1_ENABLED if (sax == (xmlSAXHandlerPtr)&xmlDefaultSAXHandler) user_data = NULL; #endif ret_val = xmlParseBalancedChunkMemoryRecover(doc, sax, user_data, depth, (const xmlChar *)string, lst, recover); desret_int(ret_val); call_tests++; des_xmlDocPtr(n_doc, doc, 0); des_xmlSAXHandlerPtr(n_sax, sax, 1); des_userdata(n_user_data, user_data, 2); des_int(n_depth, depth, 3); des_const_xmlChar_ptr(n_string, (const xmlChar *)string, 4); des_xmlNodePtr_ptr(n_lst, lst, 5); des_int(n_recover, recover, 6); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlParseBalancedChunkMemoryRecover", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_doc); printf(" %d", n_sax); printf(" %d", n_user_data); printf(" %d", n_depth); printf(" %d", n_string); printf(" %d", n_lst); printf(" %d", n_recover); printf("\n"); } } } } } } } } function_tests++; #endif #endif return(test_ret); } static int test_xmlParseChunk(void) { int test_ret = 0; #if defined(LIBXML_PUSH_ENABLED) int mem_base; int ret_val; xmlParserCtxtPtr ctxt; /* an XML parser context */ int n_ctxt; char * chunk; /* an char array */ int n_chunk; int size; /* the size in byte of the chunk */ int n_size; int terminate; /* last chunk indicator */ int n_terminate; for (n_ctxt = 0;n_ctxt < gen_nb_xmlParserCtxtPtr;n_ctxt++) { for (n_chunk = 0;n_chunk < gen_nb_const_char_ptr;n_chunk++) { for (n_size = 0;n_size < gen_nb_int;n_size++) { for (n_terminate = 0;n_terminate < gen_nb_int;n_terminate++) { mem_base = xmlMemBlocks(); ctxt = gen_xmlParserCtxtPtr(n_ctxt, 0); chunk = gen_const_char_ptr(n_chunk, 1); size = gen_int(n_size, 2); terminate = gen_int(n_terminate, 3); if ((chunk != NULL) && (size > (int) strlen((const char *) chunk) + 1)) continue; ret_val = xmlParseChunk(ctxt, (const char *)chunk, size, terminate); if (ctxt != NULL) {xmlFreeDoc(ctxt->myDoc); ctxt->myDoc = NULL;} desret_int(ret_val); call_tests++; des_xmlParserCtxtPtr(n_ctxt, ctxt, 0); des_const_char_ptr(n_chunk, (const char *)chunk, 1); des_int(n_size, size, 2); des_int(n_terminate, terminate, 3); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlParseChunk", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf(" %d", n_chunk); printf(" %d", n_size); printf(" %d", n_terminate); printf("\n"); } } } } } function_tests++; #endif return(test_ret); } static int test_xmlParseCtxtExternalEntity(void) { int test_ret = 0; int mem_base; int ret_val; xmlParserCtxtPtr ctx; /* the existing parsing context */ int n_ctx; xmlChar * URL; /* the URL for the entity to load */ int n_URL; xmlChar * ID; /* the System ID for the entity to load */ int n_ID; xmlNodePtr * lst; /* the return value for the set of parsed nodes */ int n_lst; for (n_ctx = 0;n_ctx < gen_nb_xmlParserCtxtPtr;n_ctx++) { for (n_URL = 0;n_URL < gen_nb_const_xmlChar_ptr;n_URL++) { for (n_ID = 0;n_ID < gen_nb_const_xmlChar_ptr;n_ID++) { for (n_lst = 0;n_lst < gen_nb_xmlNodePtr_ptr;n_lst++) { mem_base = xmlMemBlocks(); ctx = gen_xmlParserCtxtPtr(n_ctx, 0); URL = gen_const_xmlChar_ptr(n_URL, 1); ID = gen_const_xmlChar_ptr(n_ID, 2); lst = gen_xmlNodePtr_ptr(n_lst, 3); ret_val = xmlParseCtxtExternalEntity(ctx, (const xmlChar *)URL, (const xmlChar *)ID, lst); desret_int(ret_val); call_tests++; des_xmlParserCtxtPtr(n_ctx, ctx, 0); des_const_xmlChar_ptr(n_URL, (const xmlChar *)URL, 1); des_const_xmlChar_ptr(n_ID, (const xmlChar *)ID, 2); des_xmlNodePtr_ptr(n_lst, lst, 3); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlParseCtxtExternalEntity", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctx); printf(" %d", n_URL); printf(" %d", n_ID); printf(" %d", n_lst); printf("\n"); } } } } } function_tests++; return(test_ret); } static int test_xmlParseDTD(void) { int test_ret = 0; #if defined(LIBXML_VALID_ENABLED) #ifdef LIBXML_VALID_ENABLED int mem_base; xmlDtdPtr ret_val; xmlChar * ExternalID; /* a NAME* containing the External ID of the DTD */ int n_ExternalID; xmlChar * SystemID; /* a NAME* containing the URL to the DTD */ int n_SystemID; for (n_ExternalID = 0;n_ExternalID < gen_nb_const_xmlChar_ptr;n_ExternalID++) { for (n_SystemID = 0;n_SystemID < gen_nb_const_xmlChar_ptr;n_SystemID++) { mem_base = xmlMemBlocks(); ExternalID = gen_const_xmlChar_ptr(n_ExternalID, 0); SystemID = gen_const_xmlChar_ptr(n_SystemID, 1); ret_val = xmlParseDTD((const xmlChar *)ExternalID, (const xmlChar *)SystemID); desret_xmlDtdPtr(ret_val); call_tests++; des_const_xmlChar_ptr(n_ExternalID, (const xmlChar *)ExternalID, 0); des_const_xmlChar_ptr(n_SystemID, (const xmlChar *)SystemID, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlParseDTD", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ExternalID); printf(" %d", n_SystemID); printf("\n"); } } } function_tests++; #endif #endif return(test_ret); } static int test_xmlParseDoc(void) { int test_ret = 0; #if defined(LIBXML_SAX1_ENABLED) #ifdef LIBXML_SAX1_ENABLED int mem_base; xmlDocPtr ret_val; xmlChar * cur; /* a pointer to an array of xmlChar */ int n_cur; for (n_cur = 0;n_cur < gen_nb_const_xmlChar_ptr;n_cur++) { mem_base = xmlMemBlocks(); cur = gen_const_xmlChar_ptr(n_cur, 0); ret_val = xmlParseDoc((const xmlChar *)cur); desret_xmlDocPtr(ret_val); call_tests++; des_const_xmlChar_ptr(n_cur, (const xmlChar *)cur, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlParseDoc", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_cur); printf("\n"); } } function_tests++; #endif #endif return(test_ret); } static int test_xmlParseDocument(void) { int test_ret = 0; int mem_base; int ret_val; xmlParserCtxtPtr ctxt; /* an XML parser context */ int n_ctxt; for (n_ctxt = 0;n_ctxt < gen_nb_xmlParserCtxtPtr;n_ctxt++) { mem_base = xmlMemBlocks(); ctxt = gen_xmlParserCtxtPtr(n_ctxt, 0); ret_val = xmlParseDocument(ctxt); if (ctxt != NULL) {xmlFreeDoc(ctxt->myDoc); ctxt->myDoc = NULL;} desret_int(ret_val); call_tests++; des_xmlParserCtxtPtr(n_ctxt, ctxt, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlParseDocument", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf("\n"); } } function_tests++; return(test_ret); } static int test_xmlParseEntity(void) { int test_ret = 0; #if defined(LIBXML_SAX1_ENABLED) #ifdef LIBXML_SAX1_ENABLED int mem_base; xmlDocPtr ret_val; const char * filename; /* the filename */ int n_filename; for (n_filename = 0;n_filename < gen_nb_filepath;n_filename++) { mem_base = xmlMemBlocks(); filename = gen_filepath(n_filename, 0); ret_val = xmlParseEntity(filename); desret_xmlDocPtr(ret_val); call_tests++; des_filepath(n_filename, filename, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlParseEntity", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_filename); printf("\n"); } } function_tests++; #endif #endif return(test_ret); } static int test_xmlParseExtParsedEnt(void) { int test_ret = 0; int mem_base; int ret_val; xmlParserCtxtPtr ctxt; /* an XML parser context */ int n_ctxt; for (n_ctxt = 0;n_ctxt < gen_nb_xmlParserCtxtPtr;n_ctxt++) { mem_base = xmlMemBlocks(); ctxt = gen_xmlParserCtxtPtr(n_ctxt, 0); ret_val = xmlParseExtParsedEnt(ctxt); if (ctxt != NULL) {xmlFreeDoc(ctxt->myDoc); ctxt->myDoc = NULL;} desret_int(ret_val); call_tests++; des_xmlParserCtxtPtr(n_ctxt, ctxt, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlParseExtParsedEnt", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf("\n"); } } function_tests++; return(test_ret); } static int test_xmlParseExternalEntity(void) { int test_ret = 0; #if defined(LIBXML_SAX1_ENABLED) #ifdef LIBXML_SAX1_ENABLED int mem_base; int ret_val; xmlDocPtr doc; /* the document the chunk pertains to */ int n_doc; xmlSAXHandlerPtr sax; /* the SAX handler block (possibly NULL) */ int n_sax; void * user_data; /* The user data returned on SAX callbacks (possibly NULL) */ int n_user_data; int depth; /* Used for loop detection, use 0 */ int n_depth; xmlChar * URL; /* the URL for the entity to load */ int n_URL; xmlChar * ID; /* the System ID for the entity to load */ int n_ID; xmlNodePtr * lst; /* the return value for the set of parsed nodes */ int n_lst; for (n_doc = 0;n_doc < gen_nb_xmlDocPtr;n_doc++) { for (n_sax = 0;n_sax < gen_nb_xmlSAXHandlerPtr;n_sax++) { for (n_user_data = 0;n_user_data < gen_nb_userdata;n_user_data++) { for (n_depth = 0;n_depth < gen_nb_int;n_depth++) { for (n_URL = 0;n_URL < gen_nb_const_xmlChar_ptr;n_URL++) { for (n_ID = 0;n_ID < gen_nb_const_xmlChar_ptr;n_ID++) { for (n_lst = 0;n_lst < gen_nb_xmlNodePtr_ptr;n_lst++) { mem_base = xmlMemBlocks(); doc = gen_xmlDocPtr(n_doc, 0); sax = gen_xmlSAXHandlerPtr(n_sax, 1); user_data = gen_userdata(n_user_data, 2); depth = gen_int(n_depth, 3); URL = gen_const_xmlChar_ptr(n_URL, 4); ID = gen_const_xmlChar_ptr(n_ID, 5); lst = gen_xmlNodePtr_ptr(n_lst, 6); ret_val = xmlParseExternalEntity(doc, sax, user_data, depth, (const xmlChar *)URL, (const xmlChar *)ID, lst); desret_int(ret_val); call_tests++; des_xmlDocPtr(n_doc, doc, 0); des_xmlSAXHandlerPtr(n_sax, sax, 1); des_userdata(n_user_data, user_data, 2); des_int(n_depth, depth, 3); des_const_xmlChar_ptr(n_URL, (const xmlChar *)URL, 4); des_const_xmlChar_ptr(n_ID, (const xmlChar *)ID, 5); des_xmlNodePtr_ptr(n_lst, lst, 6); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlParseExternalEntity", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_doc); printf(" %d", n_sax); printf(" %d", n_user_data); printf(" %d", n_depth); printf(" %d", n_URL); printf(" %d", n_ID); printf(" %d", n_lst); printf("\n"); } } } } } } } } function_tests++; #endif #endif return(test_ret); } static int test_xmlParseFile(void) { int test_ret = 0; #if defined(LIBXML_SAX1_ENABLED) #ifdef LIBXML_SAX1_ENABLED int mem_base; xmlDocPtr ret_val; const char * filename; /* the filename */ int n_filename; for (n_filename = 0;n_filename < gen_nb_filepath;n_filename++) { mem_base = xmlMemBlocks(); filename = gen_filepath(n_filename, 0); ret_val = xmlParseFile(filename); desret_xmlDocPtr(ret_val); call_tests++; des_filepath(n_filename, filename, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlParseFile", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_filename); printf("\n"); } } function_tests++; #endif #endif return(test_ret); } static int test_xmlParseInNodeContext(void) { int test_ret = 0; int mem_base; xmlParserErrors ret_val; xmlNodePtr node; /* the context node */ int n_node; char * data; /* the input string */ int n_data; int datalen; /* the input string length in bytes */ int n_datalen; int options; /* a combination of xmlParserOption */ int n_options; xmlNodePtr * lst; /* the return value for the set of parsed nodes */ int n_lst; for (n_node = 0;n_node < gen_nb_xmlNodePtr;n_node++) { for (n_data = 0;n_data < gen_nb_const_char_ptr;n_data++) { for (n_datalen = 0;n_datalen < gen_nb_int;n_datalen++) { for (n_options = 0;n_options < gen_nb_parseroptions;n_options++) { for (n_lst = 0;n_lst < gen_nb_xmlNodePtr_ptr;n_lst++) { mem_base = xmlMemBlocks(); node = gen_xmlNodePtr(n_node, 0); data = gen_const_char_ptr(n_data, 1); datalen = gen_int(n_datalen, 2); options = gen_parseroptions(n_options, 3); lst = gen_xmlNodePtr_ptr(n_lst, 4); ret_val = xmlParseInNodeContext(node, (const char *)data, datalen, options, lst); desret_xmlParserErrors(ret_val); call_tests++; des_xmlNodePtr(n_node, node, 0); des_const_char_ptr(n_data, (const char *)data, 1); des_int(n_datalen, datalen, 2); des_parseroptions(n_options, options, 3); des_xmlNodePtr_ptr(n_lst, lst, 4); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlParseInNodeContext", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_node); printf(" %d", n_data); printf(" %d", n_datalen); printf(" %d", n_options); printf(" %d", n_lst); printf("\n"); } } } } } } function_tests++; return(test_ret); } static int test_xmlParseMemory(void) { int test_ret = 0; #if defined(LIBXML_SAX1_ENABLED) #ifdef LIBXML_SAX1_ENABLED int mem_base; xmlDocPtr ret_val; char * buffer; /* an pointer to a char array */ int n_buffer; int size; /* the size of the array */ int n_size; for (n_buffer = 0;n_buffer < gen_nb_const_char_ptr;n_buffer++) { for (n_size = 0;n_size < gen_nb_int;n_size++) { mem_base = xmlMemBlocks(); buffer = gen_const_char_ptr(n_buffer, 0); size = gen_int(n_size, 1); if ((buffer != NULL) && (size > (int) strlen((const char *) buffer) + 1)) continue; ret_val = xmlParseMemory((const char *)buffer, size); desret_xmlDocPtr(ret_val); call_tests++; des_const_char_ptr(n_buffer, (const char *)buffer, 0); des_int(n_size, size, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlParseMemory", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_buffer); printf(" %d", n_size); printf("\n"); } } } function_tests++; #endif #endif return(test_ret); } #define gen_nb_const_xmlParserNodeInfoPtr 1 static xmlParserNodeInfoPtr gen_const_xmlParserNodeInfoPtr(int no ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { return(NULL); } static void des_const_xmlParserNodeInfoPtr(int no ATTRIBUTE_UNUSED, const xmlParserNodeInfoPtr val ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { } static int test_xmlParserAddNodeInfo(void) { int test_ret = 0; int mem_base; xmlParserCtxtPtr ctxt; /* an XML parser context */ int n_ctxt; xmlParserNodeInfoPtr info; /* a node info sequence pointer */ int n_info; for (n_ctxt = 0;n_ctxt < gen_nb_xmlParserCtxtPtr;n_ctxt++) { for (n_info = 0;n_info < gen_nb_const_xmlParserNodeInfoPtr;n_info++) { mem_base = xmlMemBlocks(); ctxt = gen_xmlParserCtxtPtr(n_ctxt, 0); info = gen_const_xmlParserNodeInfoPtr(n_info, 1); xmlParserAddNodeInfo(ctxt, (const xmlParserNodeInfoPtr)info); call_tests++; des_xmlParserCtxtPtr(n_ctxt, ctxt, 0); des_const_xmlParserNodeInfoPtr(n_info, (const xmlParserNodeInfoPtr)info, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlParserAddNodeInfo", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf(" %d", n_info); printf("\n"); } } } function_tests++; return(test_ret); } #define gen_nb_const_xmlParserCtxtPtr 1 static xmlParserCtxtPtr gen_const_xmlParserCtxtPtr(int no ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { return(NULL); } static void des_const_xmlParserCtxtPtr(int no ATTRIBUTE_UNUSED, const xmlParserCtxtPtr val ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { } #define gen_nb_const_xmlNodePtr 1 static xmlNodePtr gen_const_xmlNodePtr(int no ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { return(NULL); } static void des_const_xmlNodePtr(int no ATTRIBUTE_UNUSED, const xmlNodePtr val ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { } static int test_xmlParserFindNodeInfo(void) { int test_ret = 0; int mem_base; const xmlParserNodeInfo * ret_val; xmlParserCtxtPtr ctx; /* an XML parser context */ int n_ctx; xmlNodePtr node; /* an XML node within the tree */ int n_node; for (n_ctx = 0;n_ctx < gen_nb_const_xmlParserCtxtPtr;n_ctx++) { for (n_node = 0;n_node < gen_nb_const_xmlNodePtr;n_node++) { mem_base = xmlMemBlocks(); ctx = gen_const_xmlParserCtxtPtr(n_ctx, 0); node = gen_const_xmlNodePtr(n_node, 1); ret_val = xmlParserFindNodeInfo((const xmlParserCtxtPtr)ctx, (const xmlNodePtr)node); desret_const_xmlParserNodeInfo_ptr(ret_val); call_tests++; des_const_xmlParserCtxtPtr(n_ctx, (const xmlParserCtxtPtr)ctx, 0); des_const_xmlNodePtr(n_node, (const xmlNodePtr)node, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlParserFindNodeInfo", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctx); printf(" %d", n_node); printf("\n"); } } } function_tests++; return(test_ret); } #define gen_nb_const_xmlParserNodeInfoSeqPtr 1 static xmlParserNodeInfoSeqPtr gen_const_xmlParserNodeInfoSeqPtr(int no ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { return(NULL); } static void des_const_xmlParserNodeInfoSeqPtr(int no ATTRIBUTE_UNUSED, const xmlParserNodeInfoSeqPtr val ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { } static int test_xmlParserFindNodeInfoIndex(void) { int test_ret = 0; int mem_base; unsigned long ret_val; xmlParserNodeInfoSeqPtr seq; /* a node info sequence pointer */ int n_seq; xmlNodePtr node; /* an XML node pointer */ int n_node; for (n_seq = 0;n_seq < gen_nb_const_xmlParserNodeInfoSeqPtr;n_seq++) { for (n_node = 0;n_node < gen_nb_const_xmlNodePtr;n_node++) { mem_base = xmlMemBlocks(); seq = gen_const_xmlParserNodeInfoSeqPtr(n_seq, 0); node = gen_const_xmlNodePtr(n_node, 1); ret_val = xmlParserFindNodeInfoIndex((const xmlParserNodeInfoSeqPtr)seq, (const xmlNodePtr)node); desret_unsigned_long(ret_val); call_tests++; des_const_xmlParserNodeInfoSeqPtr(n_seq, (const xmlParserNodeInfoSeqPtr)seq, 0); des_const_xmlNodePtr(n_node, (const xmlNodePtr)node, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlParserFindNodeInfoIndex", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_seq); printf(" %d", n_node); printf("\n"); } } } function_tests++; return(test_ret); } #define gen_nb_xmlParserInputPtr 1 static xmlParserInputPtr gen_xmlParserInputPtr(int no ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { return(NULL); } static void des_xmlParserInputPtr(int no ATTRIBUTE_UNUSED, xmlParserInputPtr val ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { } static int test_xmlParserInputGrow(void) { int test_ret = 0; int mem_base; int ret_val; xmlParserInputPtr in; /* an XML parser input */ int n_in; int len; /* an indicative size for the lookahead */ int n_len; for (n_in = 0;n_in < gen_nb_xmlParserInputPtr;n_in++) { for (n_len = 0;n_len < gen_nb_int;n_len++) { mem_base = xmlMemBlocks(); in = gen_xmlParserInputPtr(n_in, 0); len = gen_int(n_len, 1); ret_val = xmlParserInputGrow(in, len); desret_int(ret_val); call_tests++; des_xmlParserInputPtr(n_in, in, 0); des_int(n_len, len, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlParserInputGrow", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_in); printf(" %d", n_len); printf("\n"); } } } function_tests++; return(test_ret); } static int test_xmlParserInputRead(void) { int test_ret = 0; int mem_base; int ret_val; xmlParserInputPtr in; /* an XML parser input */ int n_in; int len; /* an indicative size for the lookahead */ int n_len; for (n_in = 0;n_in < gen_nb_xmlParserInputPtr;n_in++) { for (n_len = 0;n_len < gen_nb_int;n_len++) { mem_base = xmlMemBlocks(); in = gen_xmlParserInputPtr(n_in, 0); len = gen_int(n_len, 1); ret_val = xmlParserInputRead(in, len); desret_int(ret_val); call_tests++; des_xmlParserInputPtr(n_in, in, 0); des_int(n_len, len, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlParserInputRead", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_in); printf(" %d", n_len); printf("\n"); } } } function_tests++; return(test_ret); } static int test_xmlPedanticParserDefault(void) { int test_ret = 0; int mem_base; int ret_val; int val; /* int 0 or 1 */ int n_val; for (n_val = 0;n_val < gen_nb_int;n_val++) { mem_base = xmlMemBlocks(); val = gen_int(n_val, 0); ret_val = xmlPedanticParserDefault(val); desret_int(ret_val); call_tests++; des_int(n_val, val, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlPedanticParserDefault", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_val); printf("\n"); } } function_tests++; return(test_ret); } static int test_xmlReadDoc(void) { int test_ret = 0; int mem_base; xmlDocPtr ret_val; xmlChar * cur; /* a pointer to a zero terminated string */ int n_cur; const char * URL; /* the base URL to use for the document */ int n_URL; char * encoding; /* the document encoding, or NULL */ int n_encoding; int options; /* a combination of xmlParserOption */ int n_options; for (n_cur = 0;n_cur < gen_nb_const_xmlChar_ptr;n_cur++) { for (n_URL = 0;n_URL < gen_nb_filepath;n_URL++) { for (n_encoding = 0;n_encoding < gen_nb_const_char_ptr;n_encoding++) { for (n_options = 0;n_options < gen_nb_parseroptions;n_options++) { mem_base = xmlMemBlocks(); cur = gen_const_xmlChar_ptr(n_cur, 0); URL = gen_filepath(n_URL, 1); encoding = gen_const_char_ptr(n_encoding, 2); options = gen_parseroptions(n_options, 3); ret_val = xmlReadDoc((const xmlChar *)cur, URL, (const char *)encoding, options); desret_xmlDocPtr(ret_val); call_tests++; des_const_xmlChar_ptr(n_cur, (const xmlChar *)cur, 0); des_filepath(n_URL, URL, 1); des_const_char_ptr(n_encoding, (const char *)encoding, 2); des_parseroptions(n_options, options, 3); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlReadDoc", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_cur); printf(" %d", n_URL); printf(" %d", n_encoding); printf(" %d", n_options); printf("\n"); } } } } } function_tests++; return(test_ret); } static int test_xmlReadFile(void) { int test_ret = 0; int mem_base; xmlDocPtr ret_val; const char * filename; /* a file or URL */ int n_filename; char * encoding; /* the document encoding, or NULL */ int n_encoding; int options; /* a combination of xmlParserOption */ int n_options; for (n_filename = 0;n_filename < gen_nb_filepath;n_filename++) { for (n_encoding = 0;n_encoding < gen_nb_const_char_ptr;n_encoding++) { for (n_options = 0;n_options < gen_nb_parseroptions;n_options++) { mem_base = xmlMemBlocks(); filename = gen_filepath(n_filename, 0); encoding = gen_const_char_ptr(n_encoding, 1); options = gen_parseroptions(n_options, 2); ret_val = xmlReadFile(filename, (const char *)encoding, options); desret_xmlDocPtr(ret_val); call_tests++; des_filepath(n_filename, filename, 0); des_const_char_ptr(n_encoding, (const char *)encoding, 1); des_parseroptions(n_options, options, 2); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlReadFile", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_filename); printf(" %d", n_encoding); printf(" %d", n_options); printf("\n"); } } } } function_tests++; return(test_ret); } static int test_xmlReadMemory(void) { int test_ret = 0; int mem_base; xmlDocPtr ret_val; char * buffer; /* a pointer to a char array */ int n_buffer; int size; /* the size of the array */ int n_size; const char * URL; /* the base URL to use for the document */ int n_URL; char * encoding; /* the document encoding, or NULL */ int n_encoding; int options; /* a combination of xmlParserOption */ int n_options; for (n_buffer = 0;n_buffer < gen_nb_const_char_ptr;n_buffer++) { for (n_size = 0;n_size < gen_nb_int;n_size++) { for (n_URL = 0;n_URL < gen_nb_filepath;n_URL++) { for (n_encoding = 0;n_encoding < gen_nb_const_char_ptr;n_encoding++) { for (n_options = 0;n_options < gen_nb_parseroptions;n_options++) { mem_base = xmlMemBlocks(); buffer = gen_const_char_ptr(n_buffer, 0); size = gen_int(n_size, 1); URL = gen_filepath(n_URL, 2); encoding = gen_const_char_ptr(n_encoding, 3); options = gen_parseroptions(n_options, 4); if ((buffer != NULL) && (size > (int) strlen((const char *) buffer) + 1)) continue; ret_val = xmlReadMemory((const char *)buffer, size, URL, (const char *)encoding, options); desret_xmlDocPtr(ret_val); call_tests++; des_const_char_ptr(n_buffer, (const char *)buffer, 0); des_int(n_size, size, 1); des_filepath(n_URL, URL, 2); des_const_char_ptr(n_encoding, (const char *)encoding, 3); des_parseroptions(n_options, options, 4); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlReadMemory", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_buffer); printf(" %d", n_size); printf(" %d", n_URL); printf(" %d", n_encoding); printf(" %d", n_options); printf("\n"); } } } } } } function_tests++; return(test_ret); } static int test_xmlRecoverDoc(void) { int test_ret = 0; #if defined(LIBXML_SAX1_ENABLED) #ifdef LIBXML_SAX1_ENABLED int mem_base; xmlDocPtr ret_val; xmlChar * cur; /* a pointer to an array of xmlChar */ int n_cur; for (n_cur = 0;n_cur < gen_nb_const_xmlChar_ptr;n_cur++) { mem_base = xmlMemBlocks(); cur = gen_const_xmlChar_ptr(n_cur, 0); ret_val = xmlRecoverDoc((const xmlChar *)cur); desret_xmlDocPtr(ret_val); call_tests++; des_const_xmlChar_ptr(n_cur, (const xmlChar *)cur, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlRecoverDoc", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_cur); printf("\n"); } } function_tests++; #endif #endif return(test_ret); } static int test_xmlRecoverFile(void) { int test_ret = 0; #if defined(LIBXML_SAX1_ENABLED) #ifdef LIBXML_SAX1_ENABLED int mem_base; xmlDocPtr ret_val; const char * filename; /* the filename */ int n_filename; for (n_filename = 0;n_filename < gen_nb_filepath;n_filename++) { mem_base = xmlMemBlocks(); filename = gen_filepath(n_filename, 0); ret_val = xmlRecoverFile(filename); desret_xmlDocPtr(ret_val); call_tests++; des_filepath(n_filename, filename, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlRecoverFile", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_filename); printf("\n"); } } function_tests++; #endif #endif return(test_ret); } static int test_xmlRecoverMemory(void) { int test_ret = 0; #if defined(LIBXML_SAX1_ENABLED) #ifdef LIBXML_SAX1_ENABLED int mem_base; xmlDocPtr ret_val; char * buffer; /* an pointer to a char array */ int n_buffer; int size; /* the size of the array */ int n_size; for (n_buffer = 0;n_buffer < gen_nb_const_char_ptr;n_buffer++) { for (n_size = 0;n_size < gen_nb_int;n_size++) { mem_base = xmlMemBlocks(); buffer = gen_const_char_ptr(n_buffer, 0); size = gen_int(n_size, 1); if ((buffer != NULL) && (size > (int) strlen((const char *) buffer) + 1)) continue; ret_val = xmlRecoverMemory((const char *)buffer, size); desret_xmlDocPtr(ret_val); call_tests++; des_const_char_ptr(n_buffer, (const char *)buffer, 0); des_int(n_size, size, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlRecoverMemory", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_buffer); printf(" %d", n_size); printf("\n"); } } } function_tests++; #endif #endif return(test_ret); } static int test_xmlSAXParseDTD(void) { int test_ret = 0; #if defined(LIBXML_VALID_ENABLED) #ifdef LIBXML_SAX1_ENABLED int mem_base; xmlDtdPtr ret_val; xmlSAXHandlerPtr sax; /* the SAX handler block */ int n_sax; xmlChar * ExternalID; /* a NAME* containing the External ID of the DTD */ int n_ExternalID; xmlChar * SystemID; /* a NAME* containing the URL to the DTD */ int n_SystemID; for (n_sax = 0;n_sax < gen_nb_xmlSAXHandlerPtr;n_sax++) { for (n_ExternalID = 0;n_ExternalID < gen_nb_const_xmlChar_ptr;n_ExternalID++) { for (n_SystemID = 0;n_SystemID < gen_nb_const_xmlChar_ptr;n_SystemID++) { mem_base = xmlMemBlocks(); sax = gen_xmlSAXHandlerPtr(n_sax, 0); ExternalID = gen_const_xmlChar_ptr(n_ExternalID, 1); SystemID = gen_const_xmlChar_ptr(n_SystemID, 2); ret_val = xmlSAXParseDTD(sax, (const xmlChar *)ExternalID, (const xmlChar *)SystemID); desret_xmlDtdPtr(ret_val); call_tests++; des_xmlSAXHandlerPtr(n_sax, sax, 0); des_const_xmlChar_ptr(n_ExternalID, (const xmlChar *)ExternalID, 1); des_const_xmlChar_ptr(n_SystemID, (const xmlChar *)SystemID, 2); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlSAXParseDTD", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_sax); printf(" %d", n_ExternalID); printf(" %d", n_SystemID); printf("\n"); } } } } function_tests++; #endif #endif return(test_ret); } static int test_xmlSAXParseDoc(void) { int test_ret = 0; #if defined(LIBXML_SAX1_ENABLED) #ifdef LIBXML_SAX1_ENABLED int mem_base; xmlDocPtr ret_val; xmlSAXHandlerPtr sax; /* the SAX handler block */ int n_sax; xmlChar * cur; /* a pointer to an array of xmlChar */ int n_cur; int recovery; /* work in recovery mode, i.e. tries to read no Well Formed documents */ int n_recovery; for (n_sax = 0;n_sax < gen_nb_xmlSAXHandlerPtr;n_sax++) { for (n_cur = 0;n_cur < gen_nb_const_xmlChar_ptr;n_cur++) { for (n_recovery = 0;n_recovery < gen_nb_int;n_recovery++) { mem_base = xmlMemBlocks(); sax = gen_xmlSAXHandlerPtr(n_sax, 0); cur = gen_const_xmlChar_ptr(n_cur, 1); recovery = gen_int(n_recovery, 2); ret_val = xmlSAXParseDoc(sax, (const xmlChar *)cur, recovery); desret_xmlDocPtr(ret_val); call_tests++; des_xmlSAXHandlerPtr(n_sax, sax, 0); des_const_xmlChar_ptr(n_cur, (const xmlChar *)cur, 1); des_int(n_recovery, recovery, 2); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlSAXParseDoc", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_sax); printf(" %d", n_cur); printf(" %d", n_recovery); printf("\n"); } } } } function_tests++; #endif #endif return(test_ret); } static int test_xmlSAXParseEntity(void) { int test_ret = 0; #if defined(LIBXML_SAX1_ENABLED) #ifdef LIBXML_SAX1_ENABLED int mem_base; xmlDocPtr ret_val; xmlSAXHandlerPtr sax; /* the SAX handler block */ int n_sax; const char * filename; /* the filename */ int n_filename; for (n_sax = 0;n_sax < gen_nb_xmlSAXHandlerPtr;n_sax++) { for (n_filename = 0;n_filename < gen_nb_filepath;n_filename++) { mem_base = xmlMemBlocks(); sax = gen_xmlSAXHandlerPtr(n_sax, 0); filename = gen_filepath(n_filename, 1); ret_val = xmlSAXParseEntity(sax, filename); desret_xmlDocPtr(ret_val); call_tests++; des_xmlSAXHandlerPtr(n_sax, sax, 0); des_filepath(n_filename, filename, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlSAXParseEntity", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_sax); printf(" %d", n_filename); printf("\n"); } } } function_tests++; #endif #endif return(test_ret); } static int test_xmlSAXParseFile(void) { int test_ret = 0; #if defined(LIBXML_SAX1_ENABLED) #ifdef LIBXML_SAX1_ENABLED int mem_base; xmlDocPtr ret_val; xmlSAXHandlerPtr sax; /* the SAX handler block */ int n_sax; const char * filename; /* the filename */ int n_filename; int recovery; /* work in recovery mode, i.e. tries to read no Well Formed documents */ int n_recovery; for (n_sax = 0;n_sax < gen_nb_xmlSAXHandlerPtr;n_sax++) { for (n_filename = 0;n_filename < gen_nb_filepath;n_filename++) { for (n_recovery = 0;n_recovery < gen_nb_int;n_recovery++) { mem_base = xmlMemBlocks(); sax = gen_xmlSAXHandlerPtr(n_sax, 0); filename = gen_filepath(n_filename, 1); recovery = gen_int(n_recovery, 2); ret_val = xmlSAXParseFile(sax, filename, recovery); desret_xmlDocPtr(ret_val); call_tests++; des_xmlSAXHandlerPtr(n_sax, sax, 0); des_filepath(n_filename, filename, 1); des_int(n_recovery, recovery, 2); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlSAXParseFile", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_sax); printf(" %d", n_filename); printf(" %d", n_recovery); printf("\n"); } } } } function_tests++; #endif #endif return(test_ret); } static int test_xmlSAXParseFileWithData(void) { int test_ret = 0; #if defined(LIBXML_SAX1_ENABLED) #ifdef LIBXML_SAX1_ENABLED int mem_base; xmlDocPtr ret_val; xmlSAXHandlerPtr sax; /* the SAX handler block */ int n_sax; const char * filename; /* the filename */ int n_filename; int recovery; /* work in recovery mode, i.e. tries to read no Well Formed documents */ int n_recovery; void * data; /* the userdata */ int n_data; for (n_sax = 0;n_sax < gen_nb_xmlSAXHandlerPtr;n_sax++) { for (n_filename = 0;n_filename < gen_nb_filepath;n_filename++) { for (n_recovery = 0;n_recovery < gen_nb_int;n_recovery++) { for (n_data = 0;n_data < gen_nb_userdata;n_data++) { mem_base = xmlMemBlocks(); sax = gen_xmlSAXHandlerPtr(n_sax, 0); filename = gen_filepath(n_filename, 1); recovery = gen_int(n_recovery, 2); data = gen_userdata(n_data, 3); ret_val = xmlSAXParseFileWithData(sax, filename, recovery, data); desret_xmlDocPtr(ret_val); call_tests++; des_xmlSAXHandlerPtr(n_sax, sax, 0); des_filepath(n_filename, filename, 1); des_int(n_recovery, recovery, 2); des_userdata(n_data, data, 3); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlSAXParseFileWithData", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_sax); printf(" %d", n_filename); printf(" %d", n_recovery); printf(" %d", n_data); printf("\n"); } } } } } function_tests++; #endif #endif return(test_ret); } static int test_xmlSAXParseMemory(void) { int test_ret = 0; #if defined(LIBXML_SAX1_ENABLED) #ifdef LIBXML_SAX1_ENABLED int mem_base; xmlDocPtr ret_val; xmlSAXHandlerPtr sax; /* the SAX handler block */ int n_sax; char * buffer; /* an pointer to a char array */ int n_buffer; int size; /* the size of the array */ int n_size; int recovery; /* work in recovery mode, i.e. tries to read not Well Formed documents */ int n_recovery; for (n_sax = 0;n_sax < gen_nb_xmlSAXHandlerPtr;n_sax++) { for (n_buffer = 0;n_buffer < gen_nb_const_char_ptr;n_buffer++) { for (n_size = 0;n_size < gen_nb_int;n_size++) { for (n_recovery = 0;n_recovery < gen_nb_int;n_recovery++) { mem_base = xmlMemBlocks(); sax = gen_xmlSAXHandlerPtr(n_sax, 0); buffer = gen_const_char_ptr(n_buffer, 1); size = gen_int(n_size, 2); recovery = gen_int(n_recovery, 3); if ((buffer != NULL) && (size > (int) strlen((const char *) buffer) + 1)) continue; ret_val = xmlSAXParseMemory(sax, (const char *)buffer, size, recovery); desret_xmlDocPtr(ret_val); call_tests++; des_xmlSAXHandlerPtr(n_sax, sax, 0); des_const_char_ptr(n_buffer, (const char *)buffer, 1); des_int(n_size, size, 2); des_int(n_recovery, recovery, 3); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlSAXParseMemory", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_sax); printf(" %d", n_buffer); printf(" %d", n_size); printf(" %d", n_recovery); printf("\n"); } } } } } function_tests++; #endif #endif return(test_ret); } static int test_xmlSAXParseMemoryWithData(void) { int test_ret = 0; #if defined(LIBXML_SAX1_ENABLED) #ifdef LIBXML_SAX1_ENABLED int mem_base; xmlDocPtr ret_val; xmlSAXHandlerPtr sax; /* the SAX handler block */ int n_sax; char * buffer; /* an pointer to a char array */ int n_buffer; int size; /* the size of the array */ int n_size; int recovery; /* work in recovery mode, i.e. tries to read no Well Formed documents */ int n_recovery; void * data; /* the userdata */ int n_data; for (n_sax = 0;n_sax < gen_nb_xmlSAXHandlerPtr;n_sax++) { for (n_buffer = 0;n_buffer < gen_nb_const_char_ptr;n_buffer++) { for (n_size = 0;n_size < gen_nb_int;n_size++) { for (n_recovery = 0;n_recovery < gen_nb_int;n_recovery++) { for (n_data = 0;n_data < gen_nb_userdata;n_data++) { mem_base = xmlMemBlocks(); sax = gen_xmlSAXHandlerPtr(n_sax, 0); buffer = gen_const_char_ptr(n_buffer, 1); size = gen_int(n_size, 2); recovery = gen_int(n_recovery, 3); data = gen_userdata(n_data, 4); if ((buffer != NULL) && (size > (int) strlen((const char *) buffer) + 1)) continue; ret_val = xmlSAXParseMemoryWithData(sax, (const char *)buffer, size, recovery, data); desret_xmlDocPtr(ret_val); call_tests++; des_xmlSAXHandlerPtr(n_sax, sax, 0); des_const_char_ptr(n_buffer, (const char *)buffer, 1); des_int(n_size, size, 2); des_int(n_recovery, recovery, 3); des_userdata(n_data, data, 4); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlSAXParseMemoryWithData", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_sax); printf(" %d", n_buffer); printf(" %d", n_size); printf(" %d", n_recovery); printf(" %d", n_data); printf("\n"); } } } } } } function_tests++; #endif #endif return(test_ret); } static int test_xmlSAXUserParseFile(void) { int test_ret = 0; #if defined(LIBXML_SAX1_ENABLED) #ifdef LIBXML_SAX1_ENABLED int mem_base; int ret_val; xmlSAXHandlerPtr sax; /* a SAX handler */ int n_sax; void * user_data; /* The user data returned on SAX callbacks */ int n_user_data; const char * filename; /* a file name */ int n_filename; for (n_sax = 0;n_sax < gen_nb_xmlSAXHandlerPtr;n_sax++) { for (n_user_data = 0;n_user_data < gen_nb_userdata;n_user_data++) { for (n_filename = 0;n_filename < gen_nb_filepath;n_filename++) { mem_base = xmlMemBlocks(); sax = gen_xmlSAXHandlerPtr(n_sax, 0); user_data = gen_userdata(n_user_data, 1); filename = gen_filepath(n_filename, 2); #ifdef LIBXML_SAX1_ENABLED if (sax == (xmlSAXHandlerPtr)&xmlDefaultSAXHandler) user_data = NULL; #endif ret_val = xmlSAXUserParseFile(sax, user_data, filename); desret_int(ret_val); call_tests++; des_xmlSAXHandlerPtr(n_sax, sax, 0); des_userdata(n_user_data, user_data, 1); des_filepath(n_filename, filename, 2); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlSAXUserParseFile", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_sax); printf(" %d", n_user_data); printf(" %d", n_filename); printf("\n"); } } } } function_tests++; #endif #endif return(test_ret); } static int test_xmlSAXUserParseMemory(void) { int test_ret = 0; #if defined(LIBXML_SAX1_ENABLED) #ifdef LIBXML_SAX1_ENABLED int mem_base; int ret_val; xmlSAXHandlerPtr sax; /* a SAX handler */ int n_sax; void * user_data; /* The user data returned on SAX callbacks */ int n_user_data; char * buffer; /* an in-memory XML document input */ int n_buffer; int size; /* the length of the XML document in bytes */ int n_size; for (n_sax = 0;n_sax < gen_nb_xmlSAXHandlerPtr;n_sax++) { for (n_user_data = 0;n_user_data < gen_nb_userdata;n_user_data++) { for (n_buffer = 0;n_buffer < gen_nb_const_char_ptr;n_buffer++) { for (n_size = 0;n_size < gen_nb_int;n_size++) { mem_base = xmlMemBlocks(); sax = gen_xmlSAXHandlerPtr(n_sax, 0); user_data = gen_userdata(n_user_data, 1); buffer = gen_const_char_ptr(n_buffer, 2); size = gen_int(n_size, 3); if ((buffer != NULL) && (size > (int) strlen((const char *) buffer) + 1)) continue; #ifdef LIBXML_SAX1_ENABLED if (sax == (xmlSAXHandlerPtr)&xmlDefaultSAXHandler) user_data = NULL; #endif ret_val = xmlSAXUserParseMemory(sax, user_data, (const char *)buffer, size); desret_int(ret_val); call_tests++; des_xmlSAXHandlerPtr(n_sax, sax, 0); des_userdata(n_user_data, user_data, 1); des_const_char_ptr(n_buffer, (const char *)buffer, 2); des_int(n_size, size, 3); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlSAXUserParseMemory", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_sax); printf(" %d", n_user_data); printf(" %d", n_buffer); printf(" %d", n_size); printf("\n"); } } } } } function_tests++; #endif #endif return(test_ret); } static int test_xmlSetExternalEntityLoader(void) { int test_ret = 0; /* missing type support */ return(test_ret); } static int test_xmlSetFeature(void) { int test_ret = 0; #if defined(LIBXML_LEGACY_ENABLED) #ifdef LIBXML_LEGACY_ENABLED int mem_base; int ret_val; xmlParserCtxtPtr ctxt; /* an XML/HTML parser context */ int n_ctxt; char * name; /* the feature name */ int n_name; void * value; /* pointer to the location of the new value */ int n_value; for (n_ctxt = 0;n_ctxt < gen_nb_xmlParserCtxtPtr;n_ctxt++) { for (n_name = 0;n_name < gen_nb_const_char_ptr;n_name++) { for (n_value = 0;n_value < gen_nb_void_ptr;n_value++) { mem_base = xmlMemBlocks(); ctxt = gen_xmlParserCtxtPtr(n_ctxt, 0); name = gen_const_char_ptr(n_name, 1); value = gen_void_ptr(n_value, 2); ret_val = xmlSetFeature(ctxt, (const char *)name, value); desret_int(ret_val); call_tests++; des_xmlParserCtxtPtr(n_ctxt, ctxt, 0); des_const_char_ptr(n_name, (const char *)name, 1); des_void_ptr(n_value, value, 2); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlSetFeature", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf(" %d", n_name); printf(" %d", n_value); printf("\n"); } } } } function_tests++; #endif #endif return(test_ret); } static int test_xmlSetupParserForBuffer(void) { int test_ret = 0; #if defined(LIBXML_SAX1_ENABLED) #ifdef LIBXML_SAX1_ENABLED int mem_base; xmlParserCtxtPtr ctxt; /* an XML parser context */ int n_ctxt; xmlChar * buffer; /* a xmlChar * buffer */ int n_buffer; const char * filename; /* a file name */ int n_filename; for (n_ctxt = 0;n_ctxt < gen_nb_xmlParserCtxtPtr;n_ctxt++) { for (n_buffer = 0;n_buffer < gen_nb_const_xmlChar_ptr;n_buffer++) { for (n_filename = 0;n_filename < gen_nb_filepath;n_filename++) { mem_base = xmlMemBlocks(); ctxt = gen_xmlParserCtxtPtr(n_ctxt, 0); buffer = gen_const_xmlChar_ptr(n_buffer, 1); filename = gen_filepath(n_filename, 2); xmlSetupParserForBuffer(ctxt, (const xmlChar *)buffer, filename); call_tests++; des_xmlParserCtxtPtr(n_ctxt, ctxt, 0); des_const_xmlChar_ptr(n_buffer, (const xmlChar *)buffer, 1); des_filepath(n_filename, filename, 2); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlSetupParserForBuffer", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf(" %d", n_buffer); printf(" %d", n_filename); printf("\n"); } } } } function_tests++; #endif #endif return(test_ret); } static int test_xmlStopParser(void) { int test_ret = 0; #ifdef LIBXML_PUSH_ENABLED int mem_base; xmlParserCtxtPtr ctxt; /* an XML parser context */ int n_ctxt; for (n_ctxt = 0;n_ctxt < gen_nb_xmlParserCtxtPtr;n_ctxt++) { mem_base = xmlMemBlocks(); ctxt = gen_xmlParserCtxtPtr(n_ctxt, 0); xmlStopParser(ctxt); call_tests++; des_xmlParserCtxtPtr(n_ctxt, ctxt, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlStopParser", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlSubstituteEntitiesDefault(void) { int test_ret = 0; int mem_base; int ret_val; int val; /* int 0 or 1 */ int n_val; for (n_val = 0;n_val < gen_nb_int;n_val++) { mem_base = xmlMemBlocks(); val = gen_int(n_val, 0); ret_val = xmlSubstituteEntitiesDefault(val); desret_int(ret_val); call_tests++; des_int(n_val, val, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlSubstituteEntitiesDefault", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_val); printf("\n"); } } function_tests++; return(test_ret); } static int test_parser(void) { int test_ret = 0; if (quiet == 0) printf("Testing parser : 61 of 70 functions ...\n"); test_ret += test_xmlByteConsumed(); test_ret += test_xmlClearNodeInfoSeq(); test_ret += test_xmlClearParserCtxt(); test_ret += test_xmlCreateDocParserCtxt(); test_ret += test_xmlCreatePushParserCtxt(); test_ret += test_xmlCtxtReadDoc(); test_ret += test_xmlCtxtReadFile(); test_ret += test_xmlCtxtReadMemory(); test_ret += test_xmlCtxtReset(); test_ret += test_xmlCtxtResetPush(); test_ret += test_xmlCtxtUseOptions(); test_ret += test_xmlGetExternalEntityLoader(); test_ret += test_xmlGetFeature(); test_ret += test_xmlGetFeaturesList(); test_ret += test_xmlHasFeature(); test_ret += test_xmlIOParseDTD(); test_ret += test_xmlInitNodeInfoSeq(); test_ret += test_xmlInitParser(); test_ret += test_xmlInitParserCtxt(); test_ret += test_xmlKeepBlanksDefault(); test_ret += test_xmlLineNumbersDefault(); test_ret += test_xmlLoadExternalEntity(); test_ret += test_xmlNewIOInputStream(); test_ret += test_xmlNewParserCtxt(); test_ret += test_xmlParseBalancedChunkMemory(); test_ret += test_xmlParseBalancedChunkMemoryRecover(); test_ret += test_xmlParseChunk(); test_ret += test_xmlParseCtxtExternalEntity(); test_ret += test_xmlParseDTD(); test_ret += test_xmlParseDoc(); test_ret += test_xmlParseDocument(); test_ret += test_xmlParseEntity(); test_ret += test_xmlParseExtParsedEnt(); test_ret += test_xmlParseExternalEntity(); test_ret += test_xmlParseFile(); test_ret += test_xmlParseInNodeContext(); test_ret += test_xmlParseMemory(); test_ret += test_xmlParserAddNodeInfo(); test_ret += test_xmlParserFindNodeInfo(); test_ret += test_xmlParserFindNodeInfoIndex(); test_ret += test_xmlParserInputGrow(); test_ret += test_xmlParserInputRead(); test_ret += test_xmlPedanticParserDefault(); test_ret += test_xmlReadDoc(); test_ret += test_xmlReadFile(); test_ret += test_xmlReadMemory(); test_ret += test_xmlRecoverDoc(); test_ret += test_xmlRecoverFile(); test_ret += test_xmlRecoverMemory(); test_ret += test_xmlSAXParseDTD(); test_ret += test_xmlSAXParseDoc(); test_ret += test_xmlSAXParseEntity(); test_ret += test_xmlSAXParseFile(); test_ret += test_xmlSAXParseFileWithData(); test_ret += test_xmlSAXParseMemory(); test_ret += test_xmlSAXParseMemoryWithData(); test_ret += test_xmlSAXUserParseFile(); test_ret += test_xmlSAXUserParseMemory(); test_ret += test_xmlSetExternalEntityLoader(); test_ret += test_xmlSetFeature(); test_ret += test_xmlSetupParserForBuffer(); test_ret += test_xmlStopParser(); test_ret += test_xmlSubstituteEntitiesDefault(); if (test_ret != 0) printf("Module parser: %d errors\n", test_ret); return(test_ret); } static int test_htmlCreateFileParserCtxt(void) { int test_ret = 0; #if defined(LIBXML_HTML_ENABLED) int mem_base; htmlParserCtxtPtr ret_val; const char * filename; /* the filename */ int n_filename; char * encoding; /* a free form C string describing the HTML document encoding, or NULL */ int n_encoding; for (n_filename = 0;n_filename < gen_nb_fileoutput;n_filename++) { for (n_encoding = 0;n_encoding < gen_nb_const_char_ptr;n_encoding++) { mem_base = xmlMemBlocks(); filename = gen_fileoutput(n_filename, 0); encoding = gen_const_char_ptr(n_encoding, 1); ret_val = htmlCreateFileParserCtxt(filename, (const char *)encoding); desret_htmlParserCtxtPtr(ret_val); call_tests++; des_fileoutput(n_filename, filename, 0); des_const_char_ptr(n_encoding, (const char *)encoding, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in htmlCreateFileParserCtxt", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_filename); printf(" %d", n_encoding); printf("\n"); } } } function_tests++; #endif return(test_ret); } static int test_htmlInitAutoClose(void) { int test_ret = 0; #if defined(LIBXML_HTML_ENABLED) int mem_base; mem_base = xmlMemBlocks(); htmlInitAutoClose(); call_tests++; xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in htmlInitAutoClose", xmlMemBlocks() - mem_base); test_ret++; printf("\n"); } function_tests++; #endif return(test_ret); } static int test_inputPop(void) { int test_ret = 0; int mem_base; xmlParserInputPtr ret_val; xmlParserCtxtPtr ctxt; /* an XML parser context */ int n_ctxt; for (n_ctxt = 0;n_ctxt < gen_nb_xmlParserCtxtPtr;n_ctxt++) { mem_base = xmlMemBlocks(); ctxt = gen_xmlParserCtxtPtr(n_ctxt, 0); ret_val = inputPop(ctxt); desret_xmlParserInputPtr(ret_val); call_tests++; des_xmlParserCtxtPtr(n_ctxt, ctxt, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in inputPop", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf("\n"); } } function_tests++; return(test_ret); } static int test_inputPush(void) { int test_ret = 0; int mem_base; int ret_val; xmlParserCtxtPtr ctxt; /* an XML parser context */ int n_ctxt; xmlParserInputPtr value; /* the parser input */ int n_value; for (n_ctxt = 0;n_ctxt < gen_nb_xmlParserCtxtPtr;n_ctxt++) { for (n_value = 0;n_value < gen_nb_xmlParserInputPtr;n_value++) { mem_base = xmlMemBlocks(); ctxt = gen_xmlParserCtxtPtr(n_ctxt, 0); value = gen_xmlParserInputPtr(n_value, 1); ret_val = inputPush(ctxt, value); desret_int(ret_val); call_tests++; des_xmlParserCtxtPtr(n_ctxt, ctxt, 0); des_xmlParserInputPtr(n_value, value, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in inputPush", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf(" %d", n_value); printf("\n"); } } } function_tests++; return(test_ret); } static int test_namePop(void) { int test_ret = 0; int mem_base; const xmlChar * ret_val; xmlParserCtxtPtr ctxt; /* an XML parser context */ int n_ctxt; for (n_ctxt = 0;n_ctxt < gen_nb_xmlParserCtxtPtr;n_ctxt++) { mem_base = xmlMemBlocks(); ctxt = gen_xmlParserCtxtPtr(n_ctxt, 0); ret_val = namePop(ctxt); desret_const_xmlChar_ptr(ret_val); call_tests++; des_xmlParserCtxtPtr(n_ctxt, ctxt, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in namePop", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf("\n"); } } function_tests++; return(test_ret); } static int test_namePush(void) { int test_ret = 0; int mem_base; int ret_val; xmlParserCtxtPtr ctxt; /* an XML parser context */ int n_ctxt; xmlChar * value; /* the element name */ int n_value; for (n_ctxt = 0;n_ctxt < gen_nb_xmlParserCtxtPtr;n_ctxt++) { for (n_value = 0;n_value < gen_nb_const_xmlChar_ptr;n_value++) { mem_base = xmlMemBlocks(); ctxt = gen_xmlParserCtxtPtr(n_ctxt, 0); value = gen_const_xmlChar_ptr(n_value, 1); ret_val = namePush(ctxt, (const xmlChar *)value); desret_int(ret_val); call_tests++; des_xmlParserCtxtPtr(n_ctxt, ctxt, 0); des_const_xmlChar_ptr(n_value, (const xmlChar *)value, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in namePush", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf(" %d", n_value); printf("\n"); } } } function_tests++; return(test_ret); } static int test_nodePop(void) { int test_ret = 0; int mem_base; xmlNodePtr ret_val; xmlParserCtxtPtr ctxt; /* an XML parser context */ int n_ctxt; for (n_ctxt = 0;n_ctxt < gen_nb_xmlParserCtxtPtr;n_ctxt++) { mem_base = xmlMemBlocks(); ctxt = gen_xmlParserCtxtPtr(n_ctxt, 0); ret_val = nodePop(ctxt); desret_xmlNodePtr(ret_val); call_tests++; des_xmlParserCtxtPtr(n_ctxt, ctxt, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in nodePop", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf("\n"); } } function_tests++; return(test_ret); } static int test_nodePush(void) { int test_ret = 0; int mem_base; int ret_val; xmlParserCtxtPtr ctxt; /* an XML parser context */ int n_ctxt; xmlNodePtr value; /* the element node */ int n_value; for (n_ctxt = 0;n_ctxt < gen_nb_xmlParserCtxtPtr;n_ctxt++) { for (n_value = 0;n_value < gen_nb_xmlNodePtr;n_value++) { mem_base = xmlMemBlocks(); ctxt = gen_xmlParserCtxtPtr(n_ctxt, 0); value = gen_xmlNodePtr(n_value, 1); ret_val = nodePush(ctxt, value); desret_int(ret_val); call_tests++; des_xmlParserCtxtPtr(n_ctxt, ctxt, 0); des_xmlNodePtr(n_value, value, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in nodePush", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf(" %d", n_value); printf("\n"); } } } function_tests++; return(test_ret); } static int test_xmlCheckLanguageID(void) { int test_ret = 0; int mem_base; int ret_val; xmlChar * lang; /* pointer to the string value */ int n_lang; for (n_lang = 0;n_lang < gen_nb_const_xmlChar_ptr;n_lang++) { mem_base = xmlMemBlocks(); lang = gen_const_xmlChar_ptr(n_lang, 0); ret_val = xmlCheckLanguageID((const xmlChar *)lang); desret_int(ret_val); call_tests++; des_const_xmlChar_ptr(n_lang, (const xmlChar *)lang, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlCheckLanguageID", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_lang); printf("\n"); } } function_tests++; return(test_ret); } static int test_xmlCopyChar(void) { int test_ret = 0; int mem_base; int ret_val; int len; /* Ignored, compatibility */ int n_len; xmlChar * out; /* pointer to an array of xmlChar */ int n_out; int val; /* the char value */ int n_val; for (n_len = 0;n_len < gen_nb_int;n_len++) { for (n_out = 0;n_out < gen_nb_xmlChar_ptr;n_out++) { for (n_val = 0;n_val < gen_nb_int;n_val++) { mem_base = xmlMemBlocks(); len = gen_int(n_len, 0); out = gen_xmlChar_ptr(n_out, 1); val = gen_int(n_val, 2); ret_val = xmlCopyChar(len, out, val); desret_int(ret_val); call_tests++; des_int(n_len, len, 0); des_xmlChar_ptr(n_out, out, 1); des_int(n_val, val, 2); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlCopyChar", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_len); printf(" %d", n_out); printf(" %d", n_val); printf("\n"); } } } } function_tests++; return(test_ret); } static int test_xmlCopyCharMultiByte(void) { int test_ret = 0; int mem_base; int ret_val; xmlChar * out; /* pointer to an array of xmlChar */ int n_out; int val; /* the char value */ int n_val; for (n_out = 0;n_out < gen_nb_xmlChar_ptr;n_out++) { for (n_val = 0;n_val < gen_nb_int;n_val++) { mem_base = xmlMemBlocks(); out = gen_xmlChar_ptr(n_out, 0); val = gen_int(n_val, 1); ret_val = xmlCopyCharMultiByte(out, val); desret_int(ret_val); call_tests++; des_xmlChar_ptr(n_out, out, 0); des_int(n_val, val, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlCopyCharMultiByte", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_out); printf(" %d", n_val); printf("\n"); } } } function_tests++; return(test_ret); } static int test_xmlCreateEntityParserCtxt(void) { int test_ret = 0; int mem_base; xmlParserCtxtPtr ret_val; xmlChar * URL; /* the entity URL */ int n_URL; xmlChar * ID; /* the entity PUBLIC ID */ int n_ID; xmlChar * base; /* a possible base for the target URI */ int n_base; for (n_URL = 0;n_URL < gen_nb_const_xmlChar_ptr;n_URL++) { for (n_ID = 0;n_ID < gen_nb_const_xmlChar_ptr;n_ID++) { for (n_base = 0;n_base < gen_nb_const_xmlChar_ptr;n_base++) { mem_base = xmlMemBlocks(); URL = gen_const_xmlChar_ptr(n_URL, 0); ID = gen_const_xmlChar_ptr(n_ID, 1); base = gen_const_xmlChar_ptr(n_base, 2); ret_val = xmlCreateEntityParserCtxt((const xmlChar *)URL, (const xmlChar *)ID, (const xmlChar *)base); desret_xmlParserCtxtPtr(ret_val); call_tests++; des_const_xmlChar_ptr(n_URL, (const xmlChar *)URL, 0); des_const_xmlChar_ptr(n_ID, (const xmlChar *)ID, 1); des_const_xmlChar_ptr(n_base, (const xmlChar *)base, 2); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlCreateEntityParserCtxt", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_URL); printf(" %d", n_ID); printf(" %d", n_base); printf("\n"); } } } } function_tests++; return(test_ret); } static int test_xmlCreateFileParserCtxt(void) { int test_ret = 0; int mem_base; xmlParserCtxtPtr ret_val; const char * filename; /* the filename */ int n_filename; for (n_filename = 0;n_filename < gen_nb_fileoutput;n_filename++) { mem_base = xmlMemBlocks(); filename = gen_fileoutput(n_filename, 0); ret_val = xmlCreateFileParserCtxt(filename); desret_xmlParserCtxtPtr(ret_val); call_tests++; des_fileoutput(n_filename, filename, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlCreateFileParserCtxt", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_filename); printf("\n"); } } function_tests++; return(test_ret); } static int test_xmlCreateMemoryParserCtxt(void) { int test_ret = 0; int mem_base; xmlParserCtxtPtr ret_val; char * buffer; /* a pointer to a char array */ int n_buffer; int size; /* the size of the array */ int n_size; for (n_buffer = 0;n_buffer < gen_nb_const_char_ptr;n_buffer++) { for (n_size = 0;n_size < gen_nb_int;n_size++) { mem_base = xmlMemBlocks(); buffer = gen_const_char_ptr(n_buffer, 0); size = gen_int(n_size, 1); if ((buffer != NULL) && (size > (int) strlen((const char *) buffer) + 1)) continue; ret_val = xmlCreateMemoryParserCtxt((const char *)buffer, size); desret_xmlParserCtxtPtr(ret_val); call_tests++; des_const_char_ptr(n_buffer, (const char *)buffer, 0); des_int(n_size, size, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlCreateMemoryParserCtxt", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_buffer); printf(" %d", n_size); printf("\n"); } } } function_tests++; return(test_ret); } static int test_xmlCreateURLParserCtxt(void) { int test_ret = 0; int mem_base; xmlParserCtxtPtr ret_val; const char * filename; /* the filename or URL */ int n_filename; int options; /* a combination of xmlParserOption */ int n_options; for (n_filename = 0;n_filename < gen_nb_fileoutput;n_filename++) { for (n_options = 0;n_options < gen_nb_int;n_options++) { mem_base = xmlMemBlocks(); filename = gen_fileoutput(n_filename, 0); options = gen_int(n_options, 1); ret_val = xmlCreateURLParserCtxt(filename, options); desret_xmlParserCtxtPtr(ret_val); call_tests++; des_fileoutput(n_filename, filename, 0); des_int(n_options, options, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlCreateURLParserCtxt", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_filename); printf(" %d", n_options); printf("\n"); } } } function_tests++; return(test_ret); } static int test_xmlCurrentChar(void) { int test_ret = 0; int mem_base; int ret_val; xmlParserCtxtPtr ctxt; /* the XML parser context */ int n_ctxt; int * len; /* pointer to the length of the char read */ int n_len; for (n_ctxt = 0;n_ctxt < gen_nb_xmlParserCtxtPtr;n_ctxt++) { for (n_len = 0;n_len < gen_nb_int_ptr;n_len++) { mem_base = xmlMemBlocks(); ctxt = gen_xmlParserCtxtPtr(n_ctxt, 0); len = gen_int_ptr(n_len, 1); ret_val = xmlCurrentChar(ctxt, len); desret_int(ret_val); call_tests++; des_xmlParserCtxtPtr(n_ctxt, ctxt, 0); des_int_ptr(n_len, len, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlCurrentChar", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf(" %d", n_len); printf("\n"); } } } function_tests++; return(test_ret); } static int test_xmlErrMemory(void) { int test_ret = 0; int mem_base; xmlParserCtxtPtr ctxt; /* an XML parser context */ int n_ctxt; char * extra; /* extra information */ int n_extra; for (n_ctxt = 0;n_ctxt < gen_nb_xmlParserCtxtPtr;n_ctxt++) { for (n_extra = 0;n_extra < gen_nb_const_char_ptr;n_extra++) { mem_base = xmlMemBlocks(); ctxt = gen_xmlParserCtxtPtr(n_ctxt, 0); extra = gen_const_char_ptr(n_extra, 1); xmlErrMemory(ctxt, (const char *)extra); call_tests++; des_xmlParserCtxtPtr(n_ctxt, ctxt, 0); des_const_char_ptr(n_extra, (const char *)extra, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlErrMemory", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf(" %d", n_extra); printf("\n"); } } } function_tests++; return(test_ret); } static int test_xmlIsLetter(void) { int test_ret = 0; int mem_base; int ret_val; int c; /* an unicode character (int) */ int n_c; for (n_c = 0;n_c < gen_nb_int;n_c++) { mem_base = xmlMemBlocks(); c = gen_int(n_c, 0); ret_val = xmlIsLetter(c); desret_int(ret_val); call_tests++; des_int(n_c, c, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlIsLetter", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_c); printf("\n"); } } function_tests++; return(test_ret); } static int test_xmlNewEntityInputStream(void) { int test_ret = 0; int mem_base; xmlParserInputPtr ret_val; xmlParserCtxtPtr ctxt; /* an XML parser context */ int n_ctxt; xmlEntityPtr entity; /* an Entity pointer */ int n_entity; for (n_ctxt = 0;n_ctxt < gen_nb_xmlParserCtxtPtr;n_ctxt++) { for (n_entity = 0;n_entity < gen_nb_xmlEntityPtr;n_entity++) { mem_base = xmlMemBlocks(); ctxt = gen_xmlParserCtxtPtr(n_ctxt, 0); entity = gen_xmlEntityPtr(n_entity, 1); ret_val = xmlNewEntityInputStream(ctxt, entity); desret_xmlParserInputPtr(ret_val); call_tests++; des_xmlParserCtxtPtr(n_ctxt, ctxt, 0); des_xmlEntityPtr(n_entity, entity, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlNewEntityInputStream", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf(" %d", n_entity); printf("\n"); } } } function_tests++; return(test_ret); } static int test_xmlNewInputFromFile(void) { int test_ret = 0; int mem_base; xmlParserInputPtr ret_val; xmlParserCtxtPtr ctxt; /* an XML parser context */ int n_ctxt; const char * filename; /* the filename to use as entity */ int n_filename; for (n_ctxt = 0;n_ctxt < gen_nb_xmlParserCtxtPtr;n_ctxt++) { for (n_filename = 0;n_filename < gen_nb_filepath;n_filename++) { mem_base = xmlMemBlocks(); ctxt = gen_xmlParserCtxtPtr(n_ctxt, 0); filename = gen_filepath(n_filename, 1); ret_val = xmlNewInputFromFile(ctxt, filename); desret_xmlParserInputPtr(ret_val); call_tests++; des_xmlParserCtxtPtr(n_ctxt, ctxt, 0); des_filepath(n_filename, filename, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlNewInputFromFile", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf(" %d", n_filename); printf("\n"); } } } function_tests++; return(test_ret); } static int test_xmlNewInputStream(void) { int test_ret = 0; int mem_base; xmlParserInputPtr ret_val; xmlParserCtxtPtr ctxt; /* an XML parser context */ int n_ctxt; for (n_ctxt = 0;n_ctxt < gen_nb_xmlParserCtxtPtr;n_ctxt++) { mem_base = xmlMemBlocks(); ctxt = gen_xmlParserCtxtPtr(n_ctxt, 0); ret_val = xmlNewInputStream(ctxt); desret_xmlParserInputPtr(ret_val); call_tests++; des_xmlParserCtxtPtr(n_ctxt, ctxt, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlNewInputStream", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf("\n"); } } function_tests++; return(test_ret); } static int test_xmlNewStringInputStream(void) { int test_ret = 0; int mem_base; xmlParserInputPtr ret_val; xmlParserCtxtPtr ctxt; /* an XML parser context */ int n_ctxt; xmlChar * buffer; /* an memory buffer */ int n_buffer; for (n_ctxt = 0;n_ctxt < gen_nb_xmlParserCtxtPtr;n_ctxt++) { for (n_buffer = 0;n_buffer < gen_nb_const_xmlChar_ptr;n_buffer++) { mem_base = xmlMemBlocks(); ctxt = gen_xmlParserCtxtPtr(n_ctxt, 0); buffer = gen_const_xmlChar_ptr(n_buffer, 1); ret_val = xmlNewStringInputStream(ctxt, (const xmlChar *)buffer); desret_xmlParserInputPtr(ret_val); call_tests++; des_xmlParserCtxtPtr(n_ctxt, ctxt, 0); des_const_xmlChar_ptr(n_buffer, (const xmlChar *)buffer, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlNewStringInputStream", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf(" %d", n_buffer); printf("\n"); } } } function_tests++; return(test_ret); } static int test_xmlNextChar(void) { int test_ret = 0; int mem_base; xmlParserCtxtPtr ctxt; /* the XML parser context */ int n_ctxt; for (n_ctxt = 0;n_ctxt < gen_nb_xmlParserCtxtPtr;n_ctxt++) { mem_base = xmlMemBlocks(); ctxt = gen_xmlParserCtxtPtr(n_ctxt, 0); xmlNextChar(ctxt); call_tests++; des_xmlParserCtxtPtr(n_ctxt, ctxt, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlNextChar", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf("\n"); } } function_tests++; return(test_ret); } static int test_xmlParserInputShrink(void) { int test_ret = 0; int mem_base; xmlParserInputPtr in; /* an XML parser input */ int n_in; for (n_in = 0;n_in < gen_nb_xmlParserInputPtr;n_in++) { mem_base = xmlMemBlocks(); in = gen_xmlParserInputPtr(n_in, 0); xmlParserInputShrink(in); call_tests++; des_xmlParserInputPtr(n_in, in, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlParserInputShrink", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_in); printf("\n"); } } function_tests++; return(test_ret); } static int test_xmlPopInput(void) { int test_ret = 0; int mem_base; xmlChar ret_val; xmlParserCtxtPtr ctxt; /* an XML parser context */ int n_ctxt; for (n_ctxt = 0;n_ctxt < gen_nb_xmlParserCtxtPtr;n_ctxt++) { mem_base = xmlMemBlocks(); ctxt = gen_xmlParserCtxtPtr(n_ctxt, 0); ret_val = xmlPopInput(ctxt); desret_xmlChar(ret_val); call_tests++; des_xmlParserCtxtPtr(n_ctxt, ctxt, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlPopInput", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf("\n"); } } function_tests++; return(test_ret); } static int test_xmlPushInput(void) { int test_ret = 0; int mem_base; int ret_val; xmlParserCtxtPtr ctxt; /* an XML parser context */ int n_ctxt; xmlParserInputPtr input; /* an XML parser input fragment (entity, XML fragment ...). */ int n_input; for (n_ctxt = 0;n_ctxt < gen_nb_xmlParserCtxtPtr;n_ctxt++) { for (n_input = 0;n_input < gen_nb_xmlParserInputPtr;n_input++) { mem_base = xmlMemBlocks(); ctxt = gen_xmlParserCtxtPtr(n_ctxt, 0); input = gen_xmlParserInputPtr(n_input, 1); ret_val = xmlPushInput(ctxt, input); desret_int(ret_val); call_tests++; des_xmlParserCtxtPtr(n_ctxt, ctxt, 0); des_xmlParserInputPtr(n_input, input, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlPushInput", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf(" %d", n_input); printf("\n"); } } } function_tests++; return(test_ret); } static int test_xmlSetEntityReferenceFunc(void) { int test_ret = 0; /* missing type support */ return(test_ret); } static int test_xmlSplitQName(void) { int test_ret = 0; int mem_base; xmlChar * ret_val; xmlParserCtxtPtr ctxt; /* an XML parser context */ int n_ctxt; xmlChar * name; /* an XML parser context */ int n_name; xmlChar ** prefix; /* a xmlChar ** */ int n_prefix; for (n_ctxt = 0;n_ctxt < gen_nb_xmlParserCtxtPtr;n_ctxt++) { for (n_name = 0;n_name < gen_nb_const_xmlChar_ptr;n_name++) { for (n_prefix = 0;n_prefix < gen_nb_xmlChar_ptr_ptr;n_prefix++) { mem_base = xmlMemBlocks(); ctxt = gen_xmlParserCtxtPtr(n_ctxt, 0); name = gen_const_xmlChar_ptr(n_name, 1); prefix = gen_xmlChar_ptr_ptr(n_prefix, 2); ret_val = xmlSplitQName(ctxt, (const xmlChar *)name, prefix); desret_xmlChar_ptr(ret_val); call_tests++; des_xmlParserCtxtPtr(n_ctxt, ctxt, 0); des_const_xmlChar_ptr(n_name, (const xmlChar *)name, 1); des_xmlChar_ptr_ptr(n_prefix, prefix, 2); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlSplitQName", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf(" %d", n_name); printf(" %d", n_prefix); printf("\n"); } } } } function_tests++; return(test_ret); } static int test_xmlStringCurrentChar(void) { int test_ret = 0; int mem_base; int ret_val; xmlParserCtxtPtr ctxt; /* the XML parser context */ int n_ctxt; xmlChar * cur; /* pointer to the beginning of the char */ int n_cur; int * len; /* pointer to the length of the char read */ int n_len; for (n_ctxt = 0;n_ctxt < gen_nb_xmlParserCtxtPtr;n_ctxt++) { for (n_cur = 0;n_cur < gen_nb_const_xmlChar_ptr;n_cur++) { for (n_len = 0;n_len < gen_nb_int_ptr;n_len++) { mem_base = xmlMemBlocks(); ctxt = gen_xmlParserCtxtPtr(n_ctxt, 0); cur = gen_const_xmlChar_ptr(n_cur, 1); len = gen_int_ptr(n_len, 2); ret_val = xmlStringCurrentChar(ctxt, (const xmlChar *)cur, len); desret_int(ret_val); call_tests++; des_xmlParserCtxtPtr(n_ctxt, ctxt, 0); des_const_xmlChar_ptr(n_cur, (const xmlChar *)cur, 1); des_int_ptr(n_len, len, 2); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlStringCurrentChar", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf(" %d", n_cur); printf(" %d", n_len); printf("\n"); } } } } function_tests++; return(test_ret); } static int test_xmlStringDecodeEntities(void) { int test_ret = 0; int mem_base; xmlChar * ret_val; xmlParserCtxtPtr ctxt; /* the parser context */ int n_ctxt; xmlChar * str; /* the input string */ int n_str; int what; /* combination of XML_SUBSTITUTE_REF and XML_SUBSTITUTE_PEREF */ int n_what; xmlChar end; /* an end marker xmlChar, 0 if none */ int n_end; xmlChar end2; /* an end marker xmlChar, 0 if none */ int n_end2; xmlChar end3; /* an end marker xmlChar, 0 if none */ int n_end3; for (n_ctxt = 0;n_ctxt < gen_nb_xmlParserCtxtPtr;n_ctxt++) { for (n_str = 0;n_str < gen_nb_const_xmlChar_ptr;n_str++) { for (n_what = 0;n_what < gen_nb_int;n_what++) { for (n_end = 0;n_end < gen_nb_xmlChar;n_end++) { for (n_end2 = 0;n_end2 < gen_nb_xmlChar;n_end2++) { for (n_end3 = 0;n_end3 < gen_nb_xmlChar;n_end3++) { mem_base = xmlMemBlocks(); ctxt = gen_xmlParserCtxtPtr(n_ctxt, 0); str = gen_const_xmlChar_ptr(n_str, 1); what = gen_int(n_what, 2); end = gen_xmlChar(n_end, 3); end2 = gen_xmlChar(n_end2, 4); end3 = gen_xmlChar(n_end3, 5); ret_val = xmlStringDecodeEntities(ctxt, (const xmlChar *)str, what, end, end2, end3); desret_xmlChar_ptr(ret_val); call_tests++; des_xmlParserCtxtPtr(n_ctxt, ctxt, 0); des_const_xmlChar_ptr(n_str, (const xmlChar *)str, 1); des_int(n_what, what, 2); des_xmlChar(n_end, end, 3); des_xmlChar(n_end2, end2, 4); des_xmlChar(n_end3, end3, 5); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlStringDecodeEntities", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf(" %d", n_str); printf(" %d", n_what); printf(" %d", n_end); printf(" %d", n_end2); printf(" %d", n_end3); printf("\n"); } } } } } } } function_tests++; return(test_ret); } static int test_xmlStringLenDecodeEntities(void) { int test_ret = 0; int mem_base; xmlChar * ret_val; xmlParserCtxtPtr ctxt; /* the parser context */ int n_ctxt; xmlChar * str; /* the input string */ int n_str; int len; /* the string length */ int n_len; int what; /* combination of XML_SUBSTITUTE_REF and XML_SUBSTITUTE_PEREF */ int n_what; xmlChar end; /* an end marker xmlChar, 0 if none */ int n_end; xmlChar end2; /* an end marker xmlChar, 0 if none */ int n_end2; xmlChar end3; /* an end marker xmlChar, 0 if none */ int n_end3; for (n_ctxt = 0;n_ctxt < gen_nb_xmlParserCtxtPtr;n_ctxt++) { for (n_str = 0;n_str < gen_nb_const_xmlChar_ptr;n_str++) { for (n_len = 0;n_len < gen_nb_int;n_len++) { for (n_what = 0;n_what < gen_nb_int;n_what++) { for (n_end = 0;n_end < gen_nb_xmlChar;n_end++) { for (n_end2 = 0;n_end2 < gen_nb_xmlChar;n_end2++) { for (n_end3 = 0;n_end3 < gen_nb_xmlChar;n_end3++) { mem_base = xmlMemBlocks(); ctxt = gen_xmlParserCtxtPtr(n_ctxt, 0); str = gen_const_xmlChar_ptr(n_str, 1); len = gen_int(n_len, 2); what = gen_int(n_what, 3); end = gen_xmlChar(n_end, 4); end2 = gen_xmlChar(n_end2, 5); end3 = gen_xmlChar(n_end3, 6); if ((str != NULL) && (len > (int) strlen((const char *) str) + 1)) continue; ret_val = xmlStringLenDecodeEntities(ctxt, (const xmlChar *)str, len, what, end, end2, end3); desret_xmlChar_ptr(ret_val); call_tests++; des_xmlParserCtxtPtr(n_ctxt, ctxt, 0); des_const_xmlChar_ptr(n_str, (const xmlChar *)str, 1); des_int(n_len, len, 2); des_int(n_what, what, 3); des_xmlChar(n_end, end, 4); des_xmlChar(n_end2, end2, 5); des_xmlChar(n_end3, end3, 6); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlStringLenDecodeEntities", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf(" %d", n_str); printf(" %d", n_len); printf(" %d", n_what); printf(" %d", n_end); printf(" %d", n_end2); printf(" %d", n_end3); printf("\n"); } } } } } } } } function_tests++; return(test_ret); } static int test_xmlSwitchEncoding(void) { int test_ret = 0; int mem_base; int ret_val; xmlParserCtxtPtr ctxt; /* the parser context */ int n_ctxt; xmlCharEncoding enc; /* the encoding value (number) */ int n_enc; for (n_ctxt = 0;n_ctxt < gen_nb_xmlParserCtxtPtr;n_ctxt++) { for (n_enc = 0;n_enc < gen_nb_xmlCharEncoding;n_enc++) { mem_base = xmlMemBlocks(); ctxt = gen_xmlParserCtxtPtr(n_ctxt, 0); enc = gen_xmlCharEncoding(n_enc, 1); ret_val = xmlSwitchEncoding(ctxt, enc); desret_int(ret_val); call_tests++; des_xmlParserCtxtPtr(n_ctxt, ctxt, 0); des_xmlCharEncoding(n_enc, enc, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlSwitchEncoding", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf(" %d", n_enc); printf("\n"); } } } function_tests++; return(test_ret); } static int test_xmlSwitchInputEncoding(void) { int test_ret = 0; int mem_base; int ret_val; xmlParserCtxtPtr ctxt; /* the parser context */ int n_ctxt; xmlParserInputPtr input; /* the input stream */ int n_input; xmlCharEncodingHandlerPtr handler; /* the encoding handler */ int n_handler; for (n_ctxt = 0;n_ctxt < gen_nb_xmlParserCtxtPtr;n_ctxt++) { for (n_input = 0;n_input < gen_nb_xmlParserInputPtr;n_input++) { for (n_handler = 0;n_handler < gen_nb_xmlCharEncodingHandlerPtr;n_handler++) { mem_base = xmlMemBlocks(); ctxt = gen_xmlParserCtxtPtr(n_ctxt, 0); input = gen_xmlParserInputPtr(n_input, 1); handler = gen_xmlCharEncodingHandlerPtr(n_handler, 2); ret_val = xmlSwitchInputEncoding(ctxt, input, handler); desret_int(ret_val); call_tests++; des_xmlParserCtxtPtr(n_ctxt, ctxt, 0); des_xmlParserInputPtr(n_input, input, 1); des_xmlCharEncodingHandlerPtr(n_handler, handler, 2); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlSwitchInputEncoding", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf(" %d", n_input); printf(" %d", n_handler); printf("\n"); } } } } function_tests++; return(test_ret); } static int test_xmlSwitchToEncoding(void) { int test_ret = 0; int mem_base; int ret_val; xmlParserCtxtPtr ctxt; /* the parser context */ int n_ctxt; xmlCharEncodingHandlerPtr handler; /* the encoding handler */ int n_handler; for (n_ctxt = 0;n_ctxt < gen_nb_xmlParserCtxtPtr;n_ctxt++) { for (n_handler = 0;n_handler < gen_nb_xmlCharEncodingHandlerPtr;n_handler++) { mem_base = xmlMemBlocks(); ctxt = gen_xmlParserCtxtPtr(n_ctxt, 0); handler = gen_xmlCharEncodingHandlerPtr(n_handler, 1); ret_val = xmlSwitchToEncoding(ctxt, handler); desret_int(ret_val); call_tests++; des_xmlParserCtxtPtr(n_ctxt, ctxt, 0); des_xmlCharEncodingHandlerPtr(n_handler, handler, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlSwitchToEncoding", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf(" %d", n_handler); printf("\n"); } } } function_tests++; return(test_ret); } static int test_parserInternals(void) { int test_ret = 0; if (quiet == 0) printf("Testing parserInternals : 33 of 90 functions ...\n"); test_ret += test_htmlCreateFileParserCtxt(); test_ret += test_htmlInitAutoClose(); test_ret += test_inputPop(); test_ret += test_inputPush(); test_ret += test_namePop(); test_ret += test_namePush(); test_ret += test_nodePop(); test_ret += test_nodePush(); test_ret += test_xmlCheckLanguageID(); test_ret += test_xmlCopyChar(); test_ret += test_xmlCopyCharMultiByte(); test_ret += test_xmlCreateEntityParserCtxt(); test_ret += test_xmlCreateFileParserCtxt(); test_ret += test_xmlCreateMemoryParserCtxt(); test_ret += test_xmlCreateURLParserCtxt(); test_ret += test_xmlCurrentChar(); test_ret += test_xmlErrMemory(); test_ret += test_xmlIsLetter(); test_ret += test_xmlNewEntityInputStream(); test_ret += test_xmlNewInputFromFile(); test_ret += test_xmlNewInputStream(); test_ret += test_xmlNewStringInputStream(); test_ret += test_xmlNextChar(); test_ret += test_xmlParserInputShrink(); test_ret += test_xmlPopInput(); test_ret += test_xmlPushInput(); test_ret += test_xmlSetEntityReferenceFunc(); test_ret += test_xmlSplitQName(); test_ret += test_xmlStringCurrentChar(); test_ret += test_xmlStringDecodeEntities(); test_ret += test_xmlStringLenDecodeEntities(); test_ret += test_xmlSwitchEncoding(); test_ret += test_xmlSwitchInputEncoding(); test_ret += test_xmlSwitchToEncoding(); if (test_ret != 0) printf("Module parserInternals: %d errors\n", test_ret); return(test_ret); } static int test_xmlPatternFromRoot(void) { int test_ret = 0; #if defined(LIBXML_PATTERN_ENABLED) int mem_base; int ret_val; xmlPatternPtr comp; /* the precompiled pattern */ int n_comp; for (n_comp = 0;n_comp < gen_nb_xmlPatternPtr;n_comp++) { mem_base = xmlMemBlocks(); comp = gen_xmlPatternPtr(n_comp, 0); ret_val = xmlPatternFromRoot(comp); desret_int(ret_val); call_tests++; des_xmlPatternPtr(n_comp, comp, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlPatternFromRoot", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_comp); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlPatternGetStreamCtxt(void) { int test_ret = 0; /* missing type support */ return(test_ret); } static int test_xmlPatternMatch(void) { int test_ret = 0; #if defined(LIBXML_PATTERN_ENABLED) int mem_base; int ret_val; xmlPatternPtr comp; /* the precompiled pattern */ int n_comp; xmlNodePtr node; /* a node */ int n_node; for (n_comp = 0;n_comp < gen_nb_xmlPatternPtr;n_comp++) { for (n_node = 0;n_node < gen_nb_xmlNodePtr;n_node++) { mem_base = xmlMemBlocks(); comp = gen_xmlPatternPtr(n_comp, 0); node = gen_xmlNodePtr(n_node, 1); ret_val = xmlPatternMatch(comp, node); desret_int(ret_val); call_tests++; des_xmlPatternPtr(n_comp, comp, 0); des_xmlNodePtr(n_node, node, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlPatternMatch", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_comp); printf(" %d", n_node); printf("\n"); } } } function_tests++; #endif return(test_ret); } static int test_xmlPatternMaxDepth(void) { int test_ret = 0; #if defined(LIBXML_PATTERN_ENABLED) int mem_base; int ret_val; xmlPatternPtr comp; /* the precompiled pattern */ int n_comp; for (n_comp = 0;n_comp < gen_nb_xmlPatternPtr;n_comp++) { mem_base = xmlMemBlocks(); comp = gen_xmlPatternPtr(n_comp, 0); ret_val = xmlPatternMaxDepth(comp); desret_int(ret_val); call_tests++; des_xmlPatternPtr(n_comp, comp, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlPatternMaxDepth", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_comp); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlPatternMinDepth(void) { int test_ret = 0; #if defined(LIBXML_PATTERN_ENABLED) int mem_base; int ret_val; xmlPatternPtr comp; /* the precompiled pattern */ int n_comp; for (n_comp = 0;n_comp < gen_nb_xmlPatternPtr;n_comp++) { mem_base = xmlMemBlocks(); comp = gen_xmlPatternPtr(n_comp, 0); ret_val = xmlPatternMinDepth(comp); desret_int(ret_val); call_tests++; des_xmlPatternPtr(n_comp, comp, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlPatternMinDepth", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_comp); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlPatternStreamable(void) { int test_ret = 0; #if defined(LIBXML_PATTERN_ENABLED) int mem_base; int ret_val; xmlPatternPtr comp; /* the precompiled pattern */ int n_comp; for (n_comp = 0;n_comp < gen_nb_xmlPatternPtr;n_comp++) { mem_base = xmlMemBlocks(); comp = gen_xmlPatternPtr(n_comp, 0); ret_val = xmlPatternStreamable(comp); desret_int(ret_val); call_tests++; des_xmlPatternPtr(n_comp, comp, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlPatternStreamable", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_comp); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlPatterncompile(void) { int test_ret = 0; /* missing type support */ return(test_ret); } #ifdef LIBXML_PATTERN_ENABLED #define gen_nb_xmlStreamCtxtPtr 1 static xmlStreamCtxtPtr gen_xmlStreamCtxtPtr(int no ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { return(NULL); } static void des_xmlStreamCtxtPtr(int no ATTRIBUTE_UNUSED, xmlStreamCtxtPtr val ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { } #endif static int test_xmlStreamPop(void) { int test_ret = 0; #if defined(LIBXML_PATTERN_ENABLED) int mem_base; int ret_val; xmlStreamCtxtPtr stream; /* the stream context */ int n_stream; for (n_stream = 0;n_stream < gen_nb_xmlStreamCtxtPtr;n_stream++) { mem_base = xmlMemBlocks(); stream = gen_xmlStreamCtxtPtr(n_stream, 0); ret_val = xmlStreamPop(stream); desret_int(ret_val); call_tests++; des_xmlStreamCtxtPtr(n_stream, stream, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlStreamPop", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_stream); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlStreamPush(void) { int test_ret = 0; #if defined(LIBXML_PATTERN_ENABLED) int mem_base; int ret_val; xmlStreamCtxtPtr stream; /* the stream context */ int n_stream; xmlChar * name; /* the current name */ int n_name; xmlChar * ns; /* the namespace name */ int n_ns; for (n_stream = 0;n_stream < gen_nb_xmlStreamCtxtPtr;n_stream++) { for (n_name = 0;n_name < gen_nb_const_xmlChar_ptr;n_name++) { for (n_ns = 0;n_ns < gen_nb_const_xmlChar_ptr;n_ns++) { mem_base = xmlMemBlocks(); stream = gen_xmlStreamCtxtPtr(n_stream, 0); name = gen_const_xmlChar_ptr(n_name, 1); ns = gen_const_xmlChar_ptr(n_ns, 2); ret_val = xmlStreamPush(stream, (const xmlChar *)name, (const xmlChar *)ns); desret_int(ret_val); call_tests++; des_xmlStreamCtxtPtr(n_stream, stream, 0); des_const_xmlChar_ptr(n_name, (const xmlChar *)name, 1); des_const_xmlChar_ptr(n_ns, (const xmlChar *)ns, 2); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlStreamPush", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_stream); printf(" %d", n_name); printf(" %d", n_ns); printf("\n"); } } } } function_tests++; #endif return(test_ret); } static int test_xmlStreamPushAttr(void) { int test_ret = 0; #if defined(LIBXML_PATTERN_ENABLED) int mem_base; int ret_val; xmlStreamCtxtPtr stream; /* the stream context */ int n_stream; xmlChar * name; /* the current name */ int n_name; xmlChar * ns; /* the namespace name */ int n_ns; for (n_stream = 0;n_stream < gen_nb_xmlStreamCtxtPtr;n_stream++) { for (n_name = 0;n_name < gen_nb_const_xmlChar_ptr;n_name++) { for (n_ns = 0;n_ns < gen_nb_const_xmlChar_ptr;n_ns++) { mem_base = xmlMemBlocks(); stream = gen_xmlStreamCtxtPtr(n_stream, 0); name = gen_const_xmlChar_ptr(n_name, 1); ns = gen_const_xmlChar_ptr(n_ns, 2); ret_val = xmlStreamPushAttr(stream, (const xmlChar *)name, (const xmlChar *)ns); desret_int(ret_val); call_tests++; des_xmlStreamCtxtPtr(n_stream, stream, 0); des_const_xmlChar_ptr(n_name, (const xmlChar *)name, 1); des_const_xmlChar_ptr(n_ns, (const xmlChar *)ns, 2); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlStreamPushAttr", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_stream); printf(" %d", n_name); printf(" %d", n_ns); printf("\n"); } } } } function_tests++; #endif return(test_ret); } static int test_xmlStreamPushNode(void) { int test_ret = 0; #if defined(LIBXML_PATTERN_ENABLED) int mem_base; int ret_val; xmlStreamCtxtPtr stream; /* the stream context */ int n_stream; xmlChar * name; /* the current name */ int n_name; xmlChar * ns; /* the namespace name */ int n_ns; int nodeType; /* the type of the node being pushed */ int n_nodeType; for (n_stream = 0;n_stream < gen_nb_xmlStreamCtxtPtr;n_stream++) { for (n_name = 0;n_name < gen_nb_const_xmlChar_ptr;n_name++) { for (n_ns = 0;n_ns < gen_nb_const_xmlChar_ptr;n_ns++) { for (n_nodeType = 0;n_nodeType < gen_nb_int;n_nodeType++) { mem_base = xmlMemBlocks(); stream = gen_xmlStreamCtxtPtr(n_stream, 0); name = gen_const_xmlChar_ptr(n_name, 1); ns = gen_const_xmlChar_ptr(n_ns, 2); nodeType = gen_int(n_nodeType, 3); ret_val = xmlStreamPushNode(stream, (const xmlChar *)name, (const xmlChar *)ns, nodeType); desret_int(ret_val); call_tests++; des_xmlStreamCtxtPtr(n_stream, stream, 0); des_const_xmlChar_ptr(n_name, (const xmlChar *)name, 1); des_const_xmlChar_ptr(n_ns, (const xmlChar *)ns, 2); des_int(n_nodeType, nodeType, 3); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlStreamPushNode", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_stream); printf(" %d", n_name); printf(" %d", n_ns); printf(" %d", n_nodeType); printf("\n"); } } } } } function_tests++; #endif return(test_ret); } static int test_xmlStreamWantsAnyNode(void) { int test_ret = 0; #if defined(LIBXML_PATTERN_ENABLED) int mem_base; int ret_val; xmlStreamCtxtPtr streamCtxt; /* the stream context */ int n_streamCtxt; for (n_streamCtxt = 0;n_streamCtxt < gen_nb_xmlStreamCtxtPtr;n_streamCtxt++) { mem_base = xmlMemBlocks(); streamCtxt = gen_xmlStreamCtxtPtr(n_streamCtxt, 0); ret_val = xmlStreamWantsAnyNode(streamCtxt); desret_int(ret_val); call_tests++; des_xmlStreamCtxtPtr(n_streamCtxt, streamCtxt, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlStreamWantsAnyNode", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_streamCtxt); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_pattern(void) { int test_ret = 0; if (quiet == 0) printf("Testing pattern : 10 of 15 functions ...\n"); test_ret += test_xmlPatternFromRoot(); test_ret += test_xmlPatternGetStreamCtxt(); test_ret += test_xmlPatternMatch(); test_ret += test_xmlPatternMaxDepth(); test_ret += test_xmlPatternMinDepth(); test_ret += test_xmlPatternStreamable(); test_ret += test_xmlPatterncompile(); test_ret += test_xmlStreamPop(); test_ret += test_xmlStreamPush(); test_ret += test_xmlStreamPushAttr(); test_ret += test_xmlStreamPushNode(); test_ret += test_xmlStreamWantsAnyNode(); if (test_ret != 0) printf("Module pattern: %d errors\n", test_ret); return(test_ret); } #ifdef LIBXML_SCHEMAS_ENABLED #define gen_nb_xmlRelaxNGPtr 1 static xmlRelaxNGPtr gen_xmlRelaxNGPtr(int no ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { return(NULL); } static void des_xmlRelaxNGPtr(int no ATTRIBUTE_UNUSED, xmlRelaxNGPtr val ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { } #endif static int test_xmlRelaxNGDump(void) { int test_ret = 0; #if defined(LIBXML_SCHEMAS_ENABLED) && defined(LIBXML_OUTPUT_ENABLED) int mem_base; FILE * output; /* the file output */ int n_output; xmlRelaxNGPtr schema; /* a schema structure */ int n_schema; for (n_output = 0;n_output < gen_nb_FILE_ptr;n_output++) { for (n_schema = 0;n_schema < gen_nb_xmlRelaxNGPtr;n_schema++) { mem_base = xmlMemBlocks(); output = gen_FILE_ptr(n_output, 0); schema = gen_xmlRelaxNGPtr(n_schema, 1); xmlRelaxNGDump(output, schema); call_tests++; des_FILE_ptr(n_output, output, 0); des_xmlRelaxNGPtr(n_schema, schema, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlRelaxNGDump", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_output); printf(" %d", n_schema); printf("\n"); } } } function_tests++; #endif return(test_ret); } static int test_xmlRelaxNGDumpTree(void) { int test_ret = 0; #if defined(LIBXML_SCHEMAS_ENABLED) && defined(LIBXML_OUTPUT_ENABLED) int mem_base; FILE * output; /* the file output */ int n_output; xmlRelaxNGPtr schema; /* a schema structure */ int n_schema; for (n_output = 0;n_output < gen_nb_FILE_ptr;n_output++) { for (n_schema = 0;n_schema < gen_nb_xmlRelaxNGPtr;n_schema++) { mem_base = xmlMemBlocks(); output = gen_FILE_ptr(n_output, 0); schema = gen_xmlRelaxNGPtr(n_schema, 1); xmlRelaxNGDumpTree(output, schema); call_tests++; des_FILE_ptr(n_output, output, 0); des_xmlRelaxNGPtr(n_schema, schema, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlRelaxNGDumpTree", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_output); printf(" %d", n_schema); printf("\n"); } } } function_tests++; #endif return(test_ret); } #ifdef LIBXML_SCHEMAS_ENABLED #define gen_nb_xmlRelaxNGParserCtxtPtr 1 static xmlRelaxNGParserCtxtPtr gen_xmlRelaxNGParserCtxtPtr(int no ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { return(NULL); } static void des_xmlRelaxNGParserCtxtPtr(int no ATTRIBUTE_UNUSED, xmlRelaxNGParserCtxtPtr val ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { } #endif #ifdef LIBXML_SCHEMAS_ENABLED #define gen_nb_xmlRelaxNGValidityErrorFunc_ptr 1 static xmlRelaxNGValidityErrorFunc * gen_xmlRelaxNGValidityErrorFunc_ptr(int no ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { return(NULL); } static void des_xmlRelaxNGValidityErrorFunc_ptr(int no ATTRIBUTE_UNUSED, xmlRelaxNGValidityErrorFunc * val ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { } #endif #ifdef LIBXML_SCHEMAS_ENABLED #define gen_nb_xmlRelaxNGValidityWarningFunc_ptr 1 static xmlRelaxNGValidityWarningFunc * gen_xmlRelaxNGValidityWarningFunc_ptr(int no ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { return(NULL); } static void des_xmlRelaxNGValidityWarningFunc_ptr(int no ATTRIBUTE_UNUSED, xmlRelaxNGValidityWarningFunc * val ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { } #endif static int test_xmlRelaxNGGetParserErrors(void) { int test_ret = 0; #if defined(LIBXML_SCHEMAS_ENABLED) int mem_base; int ret_val; xmlRelaxNGParserCtxtPtr ctxt; /* a Relax-NG validation context */ int n_ctxt; xmlRelaxNGValidityErrorFunc * err; /* the error callback result */ int n_err; xmlRelaxNGValidityWarningFunc * warn; /* the warning callback result */ int n_warn; void ** ctx; /* contextual data for the callbacks result */ int n_ctx; for (n_ctxt = 0;n_ctxt < gen_nb_xmlRelaxNGParserCtxtPtr;n_ctxt++) { for (n_err = 0;n_err < gen_nb_xmlRelaxNGValidityErrorFunc_ptr;n_err++) { for (n_warn = 0;n_warn < gen_nb_xmlRelaxNGValidityWarningFunc_ptr;n_warn++) { for (n_ctx = 0;n_ctx < gen_nb_void_ptr_ptr;n_ctx++) { mem_base = xmlMemBlocks(); ctxt = gen_xmlRelaxNGParserCtxtPtr(n_ctxt, 0); err = gen_xmlRelaxNGValidityErrorFunc_ptr(n_err, 1); warn = gen_xmlRelaxNGValidityWarningFunc_ptr(n_warn, 2); ctx = gen_void_ptr_ptr(n_ctx, 3); ret_val = xmlRelaxNGGetParserErrors(ctxt, err, warn, ctx); desret_int(ret_val); call_tests++; des_xmlRelaxNGParserCtxtPtr(n_ctxt, ctxt, 0); des_xmlRelaxNGValidityErrorFunc_ptr(n_err, err, 1); des_xmlRelaxNGValidityWarningFunc_ptr(n_warn, warn, 2); des_void_ptr_ptr(n_ctx, ctx, 3); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlRelaxNGGetParserErrors", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf(" %d", n_err); printf(" %d", n_warn); printf(" %d", n_ctx); printf("\n"); } } } } } function_tests++; #endif return(test_ret); } #ifdef LIBXML_SCHEMAS_ENABLED #define gen_nb_xmlRelaxNGValidCtxtPtr 1 static xmlRelaxNGValidCtxtPtr gen_xmlRelaxNGValidCtxtPtr(int no ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { return(NULL); } static void des_xmlRelaxNGValidCtxtPtr(int no ATTRIBUTE_UNUSED, xmlRelaxNGValidCtxtPtr val ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { } #endif static int test_xmlRelaxNGGetValidErrors(void) { int test_ret = 0; #if defined(LIBXML_SCHEMAS_ENABLED) int mem_base; int ret_val; xmlRelaxNGValidCtxtPtr ctxt; /* a Relax-NG validation context */ int n_ctxt; xmlRelaxNGValidityErrorFunc * err; /* the error function result */ int n_err; xmlRelaxNGValidityWarningFunc * warn; /* the warning function result */ int n_warn; void ** ctx; /* the functions context result */ int n_ctx; for (n_ctxt = 0;n_ctxt < gen_nb_xmlRelaxNGValidCtxtPtr;n_ctxt++) { for (n_err = 0;n_err < gen_nb_xmlRelaxNGValidityErrorFunc_ptr;n_err++) { for (n_warn = 0;n_warn < gen_nb_xmlRelaxNGValidityWarningFunc_ptr;n_warn++) { for (n_ctx = 0;n_ctx < gen_nb_void_ptr_ptr;n_ctx++) { mem_base = xmlMemBlocks(); ctxt = gen_xmlRelaxNGValidCtxtPtr(n_ctxt, 0); err = gen_xmlRelaxNGValidityErrorFunc_ptr(n_err, 1); warn = gen_xmlRelaxNGValidityWarningFunc_ptr(n_warn, 2); ctx = gen_void_ptr_ptr(n_ctx, 3); ret_val = xmlRelaxNGGetValidErrors(ctxt, err, warn, ctx); desret_int(ret_val); call_tests++; des_xmlRelaxNGValidCtxtPtr(n_ctxt, ctxt, 0); des_xmlRelaxNGValidityErrorFunc_ptr(n_err, err, 1); des_xmlRelaxNGValidityWarningFunc_ptr(n_warn, warn, 2); des_void_ptr_ptr(n_ctx, ctx, 3); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlRelaxNGGetValidErrors", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf(" %d", n_err); printf(" %d", n_warn); printf(" %d", n_ctx); printf("\n"); } } } } } function_tests++; #endif return(test_ret); } static int test_xmlRelaxNGInitTypes(void) { int test_ret = 0; #if defined(LIBXML_SCHEMAS_ENABLED) int mem_base; int ret_val; mem_base = xmlMemBlocks(); ret_val = xmlRelaxNGInitTypes(); desret_int(ret_val); call_tests++; xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlRelaxNGInitTypes", xmlMemBlocks() - mem_base); test_ret++; printf("\n"); } function_tests++; #endif return(test_ret); } static int test_xmlRelaxNGNewDocParserCtxt(void) { int test_ret = 0; #if defined(LIBXML_SCHEMAS_ENABLED) int mem_base; xmlRelaxNGParserCtxtPtr ret_val; xmlDocPtr doc; /* a preparsed document tree */ int n_doc; for (n_doc = 0;n_doc < gen_nb_xmlDocPtr;n_doc++) { mem_base = xmlMemBlocks(); doc = gen_xmlDocPtr(n_doc, 0); ret_val = xmlRelaxNGNewDocParserCtxt(doc); desret_xmlRelaxNGParserCtxtPtr(ret_val); call_tests++; des_xmlDocPtr(n_doc, doc, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlRelaxNGNewDocParserCtxt", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_doc); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlRelaxNGNewMemParserCtxt(void) { int test_ret = 0; #if defined(LIBXML_SCHEMAS_ENABLED) int mem_base; xmlRelaxNGParserCtxtPtr ret_val; char * buffer; /* a pointer to a char array containing the schemas */ int n_buffer; int size; /* the size of the array */ int n_size; for (n_buffer = 0;n_buffer < gen_nb_const_char_ptr;n_buffer++) { for (n_size = 0;n_size < gen_nb_int;n_size++) { mem_base = xmlMemBlocks(); buffer = gen_const_char_ptr(n_buffer, 0); size = gen_int(n_size, 1); if ((buffer != NULL) && (size > (int) strlen((const char *) buffer) + 1)) continue; ret_val = xmlRelaxNGNewMemParserCtxt((const char *)buffer, size); desret_xmlRelaxNGParserCtxtPtr(ret_val); call_tests++; des_const_char_ptr(n_buffer, (const char *)buffer, 0); des_int(n_size, size, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlRelaxNGNewMemParserCtxt", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_buffer); printf(" %d", n_size); printf("\n"); } } } function_tests++; #endif return(test_ret); } static int test_xmlRelaxNGNewParserCtxt(void) { int test_ret = 0; #if defined(LIBXML_SCHEMAS_ENABLED) int mem_base; xmlRelaxNGParserCtxtPtr ret_val; char * URL; /* the location of the schema */ int n_URL; for (n_URL = 0;n_URL < gen_nb_const_char_ptr;n_URL++) { mem_base = xmlMemBlocks(); URL = gen_const_char_ptr(n_URL, 0); ret_val = xmlRelaxNGNewParserCtxt((const char *)URL); desret_xmlRelaxNGParserCtxtPtr(ret_val); call_tests++; des_const_char_ptr(n_URL, (const char *)URL, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlRelaxNGNewParserCtxt", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_URL); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlRelaxNGNewValidCtxt(void) { int test_ret = 0; /* missing type support */ return(test_ret); } static int test_xmlRelaxNGParse(void) { int test_ret = 0; /* missing type support */ return(test_ret); } static int test_xmlRelaxNGSetParserErrors(void) { int test_ret = 0; /* missing type support */ return(test_ret); } static int test_xmlRelaxNGSetParserStructuredErrors(void) { int test_ret = 0; /* missing type support */ return(test_ret); } static int test_xmlRelaxNGSetValidErrors(void) { int test_ret = 0; /* missing type support */ return(test_ret); } static int test_xmlRelaxNGSetValidStructuredErrors(void) { int test_ret = 0; /* missing type support */ return(test_ret); } static int test_xmlRelaxNGValidateDoc(void) { int test_ret = 0; #if defined(LIBXML_SCHEMAS_ENABLED) int mem_base; int ret_val; xmlRelaxNGValidCtxtPtr ctxt; /* a Relax-NG validation context */ int n_ctxt; xmlDocPtr doc; /* a parsed document tree */ int n_doc; for (n_ctxt = 0;n_ctxt < gen_nb_xmlRelaxNGValidCtxtPtr;n_ctxt++) { for (n_doc = 0;n_doc < gen_nb_xmlDocPtr;n_doc++) { mem_base = xmlMemBlocks(); ctxt = gen_xmlRelaxNGValidCtxtPtr(n_ctxt, 0); doc = gen_xmlDocPtr(n_doc, 1); ret_val = xmlRelaxNGValidateDoc(ctxt, doc); desret_int(ret_val); call_tests++; des_xmlRelaxNGValidCtxtPtr(n_ctxt, ctxt, 0); des_xmlDocPtr(n_doc, doc, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlRelaxNGValidateDoc", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf(" %d", n_doc); printf("\n"); } } } function_tests++; #endif return(test_ret); } static int test_xmlRelaxNGValidateFullElement(void) { int test_ret = 0; #if defined(LIBXML_SCHEMAS_ENABLED) int mem_base; int ret_val; xmlRelaxNGValidCtxtPtr ctxt; /* the validation context */ int n_ctxt; xmlDocPtr doc; /* a document instance */ int n_doc; xmlNodePtr elem; /* an element instance */ int n_elem; for (n_ctxt = 0;n_ctxt < gen_nb_xmlRelaxNGValidCtxtPtr;n_ctxt++) { for (n_doc = 0;n_doc < gen_nb_xmlDocPtr;n_doc++) { for (n_elem = 0;n_elem < gen_nb_xmlNodePtr;n_elem++) { mem_base = xmlMemBlocks(); ctxt = gen_xmlRelaxNGValidCtxtPtr(n_ctxt, 0); doc = gen_xmlDocPtr(n_doc, 1); elem = gen_xmlNodePtr(n_elem, 2); ret_val = xmlRelaxNGValidateFullElement(ctxt, doc, elem); desret_int(ret_val); call_tests++; des_xmlRelaxNGValidCtxtPtr(n_ctxt, ctxt, 0); des_xmlDocPtr(n_doc, doc, 1); des_xmlNodePtr(n_elem, elem, 2); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlRelaxNGValidateFullElement", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf(" %d", n_doc); printf(" %d", n_elem); printf("\n"); } } } } function_tests++; #endif return(test_ret); } static int test_xmlRelaxNGValidatePopElement(void) { int test_ret = 0; #if defined(LIBXML_SCHEMAS_ENABLED) int mem_base; int ret_val; xmlRelaxNGValidCtxtPtr ctxt; /* the RelaxNG validation context */ int n_ctxt; xmlDocPtr doc; /* a document instance */ int n_doc; xmlNodePtr elem; /* an element instance */ int n_elem; for (n_ctxt = 0;n_ctxt < gen_nb_xmlRelaxNGValidCtxtPtr;n_ctxt++) { for (n_doc = 0;n_doc < gen_nb_xmlDocPtr;n_doc++) { for (n_elem = 0;n_elem < gen_nb_xmlNodePtr;n_elem++) { mem_base = xmlMemBlocks(); ctxt = gen_xmlRelaxNGValidCtxtPtr(n_ctxt, 0); doc = gen_xmlDocPtr(n_doc, 1); elem = gen_xmlNodePtr(n_elem, 2); ret_val = xmlRelaxNGValidatePopElement(ctxt, doc, elem); desret_int(ret_val); call_tests++; des_xmlRelaxNGValidCtxtPtr(n_ctxt, ctxt, 0); des_xmlDocPtr(n_doc, doc, 1); des_xmlNodePtr(n_elem, elem, 2); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlRelaxNGValidatePopElement", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf(" %d", n_doc); printf(" %d", n_elem); printf("\n"); } } } } function_tests++; #endif return(test_ret); } static int test_xmlRelaxNGValidatePushCData(void) { int test_ret = 0; #if defined(LIBXML_SCHEMAS_ENABLED) int mem_base; int ret_val; xmlRelaxNGValidCtxtPtr ctxt; /* the RelaxNG validation context */ int n_ctxt; xmlChar * data; /* some character data read */ int n_data; int len; /* the length of the data */ int n_len; for (n_ctxt = 0;n_ctxt < gen_nb_xmlRelaxNGValidCtxtPtr;n_ctxt++) { for (n_data = 0;n_data < gen_nb_const_xmlChar_ptr;n_data++) { for (n_len = 0;n_len < gen_nb_int;n_len++) { mem_base = xmlMemBlocks(); ctxt = gen_xmlRelaxNGValidCtxtPtr(n_ctxt, 0); data = gen_const_xmlChar_ptr(n_data, 1); len = gen_int(n_len, 2); if ((data != NULL) && (len > (int) strlen((const char *) data) + 1)) continue; ret_val = xmlRelaxNGValidatePushCData(ctxt, (const xmlChar *)data, len); desret_int(ret_val); call_tests++; des_xmlRelaxNGValidCtxtPtr(n_ctxt, ctxt, 0); des_const_xmlChar_ptr(n_data, (const xmlChar *)data, 1); des_int(n_len, len, 2); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlRelaxNGValidatePushCData", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf(" %d", n_data); printf(" %d", n_len); printf("\n"); } } } } function_tests++; #endif return(test_ret); } static int test_xmlRelaxNGValidatePushElement(void) { int test_ret = 0; #if defined(LIBXML_SCHEMAS_ENABLED) int mem_base; int ret_val; xmlRelaxNGValidCtxtPtr ctxt; /* the validation context */ int n_ctxt; xmlDocPtr doc; /* a document instance */ int n_doc; xmlNodePtr elem; /* an element instance */ int n_elem; for (n_ctxt = 0;n_ctxt < gen_nb_xmlRelaxNGValidCtxtPtr;n_ctxt++) { for (n_doc = 0;n_doc < gen_nb_xmlDocPtr;n_doc++) { for (n_elem = 0;n_elem < gen_nb_xmlNodePtr;n_elem++) { mem_base = xmlMemBlocks(); ctxt = gen_xmlRelaxNGValidCtxtPtr(n_ctxt, 0); doc = gen_xmlDocPtr(n_doc, 1); elem = gen_xmlNodePtr(n_elem, 2); ret_val = xmlRelaxNGValidatePushElement(ctxt, doc, elem); desret_int(ret_val); call_tests++; des_xmlRelaxNGValidCtxtPtr(n_ctxt, ctxt, 0); des_xmlDocPtr(n_doc, doc, 1); des_xmlNodePtr(n_elem, elem, 2); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlRelaxNGValidatePushElement", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf(" %d", n_doc); printf(" %d", n_elem); printf("\n"); } } } } function_tests++; #endif return(test_ret); } static int test_xmlRelaxParserSetFlag(void) { int test_ret = 0; #if defined(LIBXML_SCHEMAS_ENABLED) int mem_base; int ret_val; xmlRelaxNGParserCtxtPtr ctxt; /* a RelaxNG parser context */ int n_ctxt; int flags; /* a set of flags values */ int n_flags; for (n_ctxt = 0;n_ctxt < gen_nb_xmlRelaxNGParserCtxtPtr;n_ctxt++) { for (n_flags = 0;n_flags < gen_nb_int;n_flags++) { mem_base = xmlMemBlocks(); ctxt = gen_xmlRelaxNGParserCtxtPtr(n_ctxt, 0); flags = gen_int(n_flags, 1); ret_val = xmlRelaxParserSetFlag(ctxt, flags); desret_int(ret_val); call_tests++; des_xmlRelaxNGParserCtxtPtr(n_ctxt, ctxt, 0); des_int(n_flags, flags, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlRelaxParserSetFlag", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf(" %d", n_flags); printf("\n"); } } } function_tests++; #endif return(test_ret); } static int test_relaxng(void) { int test_ret = 0; if (quiet == 0) printf("Testing relaxng : 14 of 24 functions ...\n"); test_ret += test_xmlRelaxNGDump(); test_ret += test_xmlRelaxNGDumpTree(); test_ret += test_xmlRelaxNGGetParserErrors(); test_ret += test_xmlRelaxNGGetValidErrors(); test_ret += test_xmlRelaxNGInitTypes(); test_ret += test_xmlRelaxNGNewDocParserCtxt(); test_ret += test_xmlRelaxNGNewMemParserCtxt(); test_ret += test_xmlRelaxNGNewParserCtxt(); test_ret += test_xmlRelaxNGNewValidCtxt(); test_ret += test_xmlRelaxNGParse(); test_ret += test_xmlRelaxNGSetParserErrors(); test_ret += test_xmlRelaxNGSetParserStructuredErrors(); test_ret += test_xmlRelaxNGSetValidErrors(); test_ret += test_xmlRelaxNGSetValidStructuredErrors(); test_ret += test_xmlRelaxNGValidateDoc(); test_ret += test_xmlRelaxNGValidateFullElement(); test_ret += test_xmlRelaxNGValidatePopElement(); test_ret += test_xmlRelaxNGValidatePushCData(); test_ret += test_xmlRelaxNGValidatePushElement(); test_ret += test_xmlRelaxParserSetFlag(); if (test_ret != 0) printf("Module relaxng: %d errors\n", test_ret); return(test_ret); } static int test_schemasInternals(void) { int test_ret = 0; if (quiet == 0) printf("Testing schemasInternals : 0 of 2 functions ...\n"); if (test_ret != 0) printf("Module schemasInternals: %d errors\n", test_ret); return(test_ret); } static int test_xmlSchematronNewDocParserCtxt(void) { int test_ret = 0; /* missing type support */ return(test_ret); } static int test_xmlSchematronNewMemParserCtxt(void) { int test_ret = 0; /* missing type support */ return(test_ret); } static int test_xmlSchematronNewParserCtxt(void) { int test_ret = 0; /* missing type support */ return(test_ret); } static int test_xmlSchematronNewValidCtxt(void) { int test_ret = 0; /* missing type support */ return(test_ret); } static int test_xmlSchematronParse(void) { int test_ret = 0; /* missing type support */ return(test_ret); } static int test_xmlSchematronSetValidStructuredErrors(void) { int test_ret = 0; /* missing type support */ return(test_ret); } #ifdef LIBXML_SCHEMATRON_ENABLED #define gen_nb_xmlSchematronValidCtxtPtr 1 static xmlSchematronValidCtxtPtr gen_xmlSchematronValidCtxtPtr(int no ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { return(NULL); } static void des_xmlSchematronValidCtxtPtr(int no ATTRIBUTE_UNUSED, xmlSchematronValidCtxtPtr val ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { } #endif static int test_xmlSchematronValidateDoc(void) { int test_ret = 0; #if defined(LIBXML_SCHEMATRON_ENABLED) int mem_base; int ret_val; xmlSchematronValidCtxtPtr ctxt; /* the schema validation context */ int n_ctxt; xmlDocPtr instance; /* the document instance tree */ int n_instance; for (n_ctxt = 0;n_ctxt < gen_nb_xmlSchematronValidCtxtPtr;n_ctxt++) { for (n_instance = 0;n_instance < gen_nb_xmlDocPtr;n_instance++) { mem_base = xmlMemBlocks(); ctxt = gen_xmlSchematronValidCtxtPtr(n_ctxt, 0); instance = gen_xmlDocPtr(n_instance, 1); ret_val = xmlSchematronValidateDoc(ctxt, instance); desret_int(ret_val); call_tests++; des_xmlSchematronValidCtxtPtr(n_ctxt, ctxt, 0); des_xmlDocPtr(n_instance, instance, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlSchematronValidateDoc", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf(" %d", n_instance); printf("\n"); } } } function_tests++; #endif return(test_ret); } static int test_schematron(void) { int test_ret = 0; if (quiet == 0) printf("Testing schematron : 1 of 10 functions ...\n"); test_ret += test_xmlSchematronNewDocParserCtxt(); test_ret += test_xmlSchematronNewMemParserCtxt(); test_ret += test_xmlSchematronNewParserCtxt(); test_ret += test_xmlSchematronNewValidCtxt(); test_ret += test_xmlSchematronParse(); test_ret += test_xmlSchematronSetValidStructuredErrors(); test_ret += test_xmlSchematronValidateDoc(); if (test_ret != 0) printf("Module schematron: %d errors\n", test_ret); return(test_ret); } static int test_xmlAddChild(void) { int test_ret = 0; int mem_base; xmlNodePtr ret_val; xmlNodePtr parent; /* the parent node */ int n_parent; xmlNodePtr cur; /* the child node */ int n_cur; for (n_parent = 0;n_parent < gen_nb_xmlNodePtr;n_parent++) { for (n_cur = 0;n_cur < gen_nb_xmlNodePtr_in;n_cur++) { mem_base = xmlMemBlocks(); parent = gen_xmlNodePtr(n_parent, 0); cur = gen_xmlNodePtr_in(n_cur, 1); ret_val = xmlAddChild(parent, cur); if (ret_val == NULL) { xmlFreeNode(cur) ; cur = NULL ; } desret_xmlNodePtr(ret_val); call_tests++; des_xmlNodePtr(n_parent, parent, 0); des_xmlNodePtr_in(n_cur, cur, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlAddChild", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_parent); printf(" %d", n_cur); printf("\n"); } } } function_tests++; return(test_ret); } static int test_xmlAddChildList(void) { int test_ret = 0; int mem_base; xmlNodePtr ret_val; xmlNodePtr parent; /* the parent node */ int n_parent; xmlNodePtr cur; /* the first node in the list */ int n_cur; for (n_parent = 0;n_parent < gen_nb_xmlNodePtr;n_parent++) { for (n_cur = 0;n_cur < gen_nb_xmlNodePtr_in;n_cur++) { mem_base = xmlMemBlocks(); parent = gen_xmlNodePtr(n_parent, 0); cur = gen_xmlNodePtr_in(n_cur, 1); ret_val = xmlAddChildList(parent, cur); if (ret_val == NULL) { xmlFreeNodeList(cur) ; cur = NULL ; } desret_xmlNodePtr(ret_val); call_tests++; des_xmlNodePtr(n_parent, parent, 0); des_xmlNodePtr_in(n_cur, cur, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlAddChildList", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_parent); printf(" %d", n_cur); printf("\n"); } } } function_tests++; return(test_ret); } static int test_xmlAddNextSibling(void) { int test_ret = 0; int mem_base; xmlNodePtr ret_val; xmlNodePtr cur; /* the child node */ int n_cur; xmlNodePtr elem; /* the new node */ int n_elem; for (n_cur = 0;n_cur < gen_nb_xmlNodePtr;n_cur++) { for (n_elem = 0;n_elem < gen_nb_xmlNodePtr_in;n_elem++) { mem_base = xmlMemBlocks(); cur = gen_xmlNodePtr(n_cur, 0); elem = gen_xmlNodePtr_in(n_elem, 1); ret_val = xmlAddNextSibling(cur, elem); if (ret_val == NULL) { xmlFreeNode(elem) ; elem = NULL ; } desret_xmlNodePtr(ret_val); call_tests++; des_xmlNodePtr(n_cur, cur, 0); des_xmlNodePtr_in(n_elem, elem, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlAddNextSibling", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_cur); printf(" %d", n_elem); printf("\n"); } } } function_tests++; return(test_ret); } static int test_xmlAddPrevSibling(void) { int test_ret = 0; #if defined(LIBXML_TREE_ENABLED) || defined(LIBXML_HTML_ENABLED) || defined(LIBXML_SCHEMAS_ENABLED) || defined(LIBXML_XINCLUDE_ENABLED) int mem_base; xmlNodePtr ret_val; xmlNodePtr cur; /* the child node */ int n_cur; xmlNodePtr elem; /* the new node */ int n_elem; for (n_cur = 0;n_cur < gen_nb_xmlNodePtr;n_cur++) { for (n_elem = 0;n_elem < gen_nb_xmlNodePtr_in;n_elem++) { mem_base = xmlMemBlocks(); cur = gen_xmlNodePtr(n_cur, 0); elem = gen_xmlNodePtr_in(n_elem, 1); ret_val = xmlAddPrevSibling(cur, elem); if (ret_val == NULL) { xmlFreeNode(elem) ; elem = NULL ; } desret_xmlNodePtr(ret_val); call_tests++; des_xmlNodePtr(n_cur, cur, 0); des_xmlNodePtr_in(n_elem, elem, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlAddPrevSibling", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_cur); printf(" %d", n_elem); printf("\n"); } } } function_tests++; #endif return(test_ret); } static int test_xmlAddSibling(void) { int test_ret = 0; int mem_base; xmlNodePtr ret_val; xmlNodePtr cur; /* the child node */ int n_cur; xmlNodePtr elem; /* the new node */ int n_elem; for (n_cur = 0;n_cur < gen_nb_xmlNodePtr;n_cur++) { for (n_elem = 0;n_elem < gen_nb_xmlNodePtr_in;n_elem++) { mem_base = xmlMemBlocks(); cur = gen_xmlNodePtr(n_cur, 0); elem = gen_xmlNodePtr_in(n_elem, 1); ret_val = xmlAddSibling(cur, elem); if (ret_val == NULL) { xmlFreeNode(elem) ; elem = NULL ; } desret_xmlNodePtr(ret_val); call_tests++; des_xmlNodePtr(n_cur, cur, 0); des_xmlNodePtr_in(n_elem, elem, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlAddSibling", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_cur); printf(" %d", n_elem); printf("\n"); } } } function_tests++; return(test_ret); } static int test_xmlAttrSerializeTxtContent(void) { int test_ret = 0; #if defined(LIBXML_OUTPUT_ENABLED) #ifdef LIBXML_OUTPUT_ENABLED int mem_base; xmlBufferPtr buf; /* the XML buffer output */ int n_buf; xmlDocPtr doc; /* the document */ int n_doc; xmlAttrPtr attr; /* the attribute node */ int n_attr; xmlChar * string; /* the text content */ int n_string; for (n_buf = 0;n_buf < gen_nb_xmlBufferPtr;n_buf++) { for (n_doc = 0;n_doc < gen_nb_xmlDocPtr;n_doc++) { for (n_attr = 0;n_attr < gen_nb_xmlAttrPtr;n_attr++) { for (n_string = 0;n_string < gen_nb_const_xmlChar_ptr;n_string++) { mem_base = xmlMemBlocks(); buf = gen_xmlBufferPtr(n_buf, 0); doc = gen_xmlDocPtr(n_doc, 1); attr = gen_xmlAttrPtr(n_attr, 2); string = gen_const_xmlChar_ptr(n_string, 3); xmlAttrSerializeTxtContent(buf, doc, attr, (const xmlChar *)string); call_tests++; des_xmlBufferPtr(n_buf, buf, 0); des_xmlDocPtr(n_doc, doc, 1); des_xmlAttrPtr(n_attr, attr, 2); des_const_xmlChar_ptr(n_string, (const xmlChar *)string, 3); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlAttrSerializeTxtContent", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_buf); printf(" %d", n_doc); printf(" %d", n_attr); printf(" %d", n_string); printf("\n"); } } } } } function_tests++; #endif #endif return(test_ret); } #define gen_nb_const_xmlBuf_ptr 1 static xmlBuf * gen_const_xmlBuf_ptr(int no ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { return(NULL); } static void des_const_xmlBuf_ptr(int no ATTRIBUTE_UNUSED, const xmlBuf * val ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { } static int test_xmlBufContent(void) { int test_ret = 0; int mem_base; xmlChar * ret_val; xmlBuf * buf; /* the buffer */ int n_buf; for (n_buf = 0;n_buf < gen_nb_const_xmlBuf_ptr;n_buf++) { mem_base = xmlMemBlocks(); buf = gen_const_xmlBuf_ptr(n_buf, 0); ret_val = xmlBufContent((const xmlBuf *)buf); desret_xmlChar_ptr(ret_val); call_tests++; des_const_xmlBuf_ptr(n_buf, (const xmlBuf *)buf, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlBufContent", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_buf); printf("\n"); } } function_tests++; return(test_ret); } #define gen_nb_xmlBufPtr 1 static xmlBufPtr gen_xmlBufPtr(int no ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { return(NULL); } static void des_xmlBufPtr(int no ATTRIBUTE_UNUSED, xmlBufPtr val ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { } static int test_xmlBufEnd(void) { int test_ret = 0; int mem_base; xmlChar * ret_val; xmlBufPtr buf; /* the buffer */ int n_buf; for (n_buf = 0;n_buf < gen_nb_xmlBufPtr;n_buf++) { mem_base = xmlMemBlocks(); buf = gen_xmlBufPtr(n_buf, 0); ret_val = xmlBufEnd(buf); desret_xmlChar_ptr(ret_val); call_tests++; des_xmlBufPtr(n_buf, buf, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlBufEnd", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_buf); printf("\n"); } } function_tests++; return(test_ret); } #define gen_nb_const_xmlNode_ptr 1 static xmlNode * gen_const_xmlNode_ptr(int no ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { return(NULL); } static void des_const_xmlNode_ptr(int no ATTRIBUTE_UNUSED, const xmlNode * val ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { } static int test_xmlBufGetNodeContent(void) { int test_ret = 0; int mem_base; int ret_val; xmlBufPtr buf; /* a buffer xmlBufPtr */ int n_buf; xmlNode * cur; /* the node being read */ int n_cur; for (n_buf = 0;n_buf < gen_nb_xmlBufPtr;n_buf++) { for (n_cur = 0;n_cur < gen_nb_const_xmlNode_ptr;n_cur++) { mem_base = xmlMemBlocks(); buf = gen_xmlBufPtr(n_buf, 0); cur = gen_const_xmlNode_ptr(n_cur, 1); ret_val = xmlBufGetNodeContent(buf, (const xmlNode *)cur); desret_int(ret_val); call_tests++; des_xmlBufPtr(n_buf, buf, 0); des_const_xmlNode_ptr(n_cur, (const xmlNode *)cur, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlBufGetNodeContent", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_buf); printf(" %d", n_cur); printf("\n"); } } } function_tests++; return(test_ret); } static int test_xmlBufNodeDump(void) { int test_ret = 0; /* missing type support */ return(test_ret); } static int test_xmlBufShrink(void) { int test_ret = 0; /* missing type support */ return(test_ret); } static int test_xmlBufUse(void) { int test_ret = 0; /* missing type support */ return(test_ret); } static int test_xmlBufferAdd(void) { int test_ret = 0; int mem_base; int ret_val; xmlBufferPtr buf; /* the buffer to dump */ int n_buf; xmlChar * str; /* the #xmlChar string */ int n_str; int len; /* the number of #xmlChar to add */ int n_len; for (n_buf = 0;n_buf < gen_nb_xmlBufferPtr;n_buf++) { for (n_str = 0;n_str < gen_nb_const_xmlChar_ptr;n_str++) { for (n_len = 0;n_len < gen_nb_int;n_len++) { mem_base = xmlMemBlocks(); buf = gen_xmlBufferPtr(n_buf, 0); str = gen_const_xmlChar_ptr(n_str, 1); len = gen_int(n_len, 2); if ((str != NULL) && (len > (int) strlen((const char *) str) + 1)) continue; ret_val = xmlBufferAdd(buf, (const xmlChar *)str, len); desret_int(ret_val); call_tests++; des_xmlBufferPtr(n_buf, buf, 0); des_const_xmlChar_ptr(n_str, (const xmlChar *)str, 1); des_int(n_len, len, 2); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlBufferAdd", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_buf); printf(" %d", n_str); printf(" %d", n_len); printf("\n"); } } } } function_tests++; return(test_ret); } static int test_xmlBufferAddHead(void) { int test_ret = 0; int mem_base; int ret_val; xmlBufferPtr buf; /* the buffer */ int n_buf; xmlChar * str; /* the #xmlChar string */ int n_str; int len; /* the number of #xmlChar to add */ int n_len; for (n_buf = 0;n_buf < gen_nb_xmlBufferPtr;n_buf++) { for (n_str = 0;n_str < gen_nb_const_xmlChar_ptr;n_str++) { for (n_len = 0;n_len < gen_nb_int;n_len++) { mem_base = xmlMemBlocks(); buf = gen_xmlBufferPtr(n_buf, 0); str = gen_const_xmlChar_ptr(n_str, 1); len = gen_int(n_len, 2); if ((str != NULL) && (len > (int) strlen((const char *) str) + 1)) continue; ret_val = xmlBufferAddHead(buf, (const xmlChar *)str, len); desret_int(ret_val); call_tests++; des_xmlBufferPtr(n_buf, buf, 0); des_const_xmlChar_ptr(n_str, (const xmlChar *)str, 1); des_int(n_len, len, 2); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlBufferAddHead", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_buf); printf(" %d", n_str); printf(" %d", n_len); printf("\n"); } } } } function_tests++; return(test_ret); } static int test_xmlBufferCCat(void) { int test_ret = 0; int mem_base; int ret_val; xmlBufferPtr buf; /* the buffer to dump */ int n_buf; char * str; /* the C char string */ int n_str; for (n_buf = 0;n_buf < gen_nb_xmlBufferPtr;n_buf++) { for (n_str = 0;n_str < gen_nb_const_char_ptr;n_str++) { mem_base = xmlMemBlocks(); buf = gen_xmlBufferPtr(n_buf, 0); str = gen_const_char_ptr(n_str, 1); ret_val = xmlBufferCCat(buf, (const char *)str); desret_int(ret_val); call_tests++; des_xmlBufferPtr(n_buf, buf, 0); des_const_char_ptr(n_str, (const char *)str, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlBufferCCat", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_buf); printf(" %d", n_str); printf("\n"); } } } function_tests++; return(test_ret); } static int test_xmlBufferCat(void) { int test_ret = 0; int mem_base; int ret_val; xmlBufferPtr buf; /* the buffer to add to */ int n_buf; xmlChar * str; /* the #xmlChar string */ int n_str; for (n_buf = 0;n_buf < gen_nb_xmlBufferPtr;n_buf++) { for (n_str = 0;n_str < gen_nb_const_xmlChar_ptr;n_str++) { mem_base = xmlMemBlocks(); buf = gen_xmlBufferPtr(n_buf, 0); str = gen_const_xmlChar_ptr(n_str, 1); ret_val = xmlBufferCat(buf, (const xmlChar *)str); desret_int(ret_val); call_tests++; des_xmlBufferPtr(n_buf, buf, 0); des_const_xmlChar_ptr(n_str, (const xmlChar *)str, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlBufferCat", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_buf); printf(" %d", n_str); printf("\n"); } } } function_tests++; return(test_ret); } #define gen_nb_const_xmlBuffer_ptr 1 static xmlBuffer * gen_const_xmlBuffer_ptr(int no ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { return(NULL); } static void des_const_xmlBuffer_ptr(int no ATTRIBUTE_UNUSED, const xmlBuffer * val ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { } static int test_xmlBufferContent(void) { int test_ret = 0; int mem_base; const xmlChar * ret_val; xmlBuffer * buf; /* the buffer */ int n_buf; for (n_buf = 0;n_buf < gen_nb_const_xmlBuffer_ptr;n_buf++) { mem_base = xmlMemBlocks(); buf = gen_const_xmlBuffer_ptr(n_buf, 0); ret_val = xmlBufferContent((const xmlBuffer *)buf); desret_const_xmlChar_ptr(ret_val); call_tests++; des_const_xmlBuffer_ptr(n_buf, (const xmlBuffer *)buf, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlBufferContent", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_buf); printf("\n"); } } function_tests++; return(test_ret); } static int test_xmlBufferCreate(void) { int test_ret = 0; int mem_base; xmlBufferPtr ret_val; mem_base = xmlMemBlocks(); ret_val = xmlBufferCreate(); desret_xmlBufferPtr(ret_val); call_tests++; xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlBufferCreate", xmlMemBlocks() - mem_base); test_ret++; printf("\n"); } function_tests++; return(test_ret); } static int test_xmlBufferCreateSize(void) { int test_ret = 0; /* missing type support */ return(test_ret); } static int test_xmlBufferCreateStatic(void) { int test_ret = 0; /* missing type support */ return(test_ret); } static int test_xmlBufferDetach(void) { int test_ret = 0; int mem_base; xmlChar * ret_val; xmlBufferPtr buf; /* the buffer */ int n_buf; for (n_buf = 0;n_buf < gen_nb_xmlBufferPtr;n_buf++) { mem_base = xmlMemBlocks(); buf = gen_xmlBufferPtr(n_buf, 0); ret_val = xmlBufferDetach(buf); desret_xmlChar_ptr(ret_val); call_tests++; des_xmlBufferPtr(n_buf, buf, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlBufferDetach", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_buf); printf("\n"); } } function_tests++; return(test_ret); } static int test_xmlBufferEmpty(void) { int test_ret = 0; int mem_base; xmlBufferPtr buf; /* the buffer */ int n_buf; for (n_buf = 0;n_buf < gen_nb_xmlBufferPtr;n_buf++) { mem_base = xmlMemBlocks(); buf = gen_xmlBufferPtr(n_buf, 0); xmlBufferEmpty(buf); call_tests++; des_xmlBufferPtr(n_buf, buf, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlBufferEmpty", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_buf); printf("\n"); } } function_tests++; return(test_ret); } static int test_xmlBufferGrow(void) { int test_ret = 0; int mem_base; int ret_val; xmlBufferPtr buf; /* the buffer */ int n_buf; unsigned int len; /* the minimum free size to allocate */ int n_len; for (n_buf = 0;n_buf < gen_nb_xmlBufferPtr;n_buf++) { for (n_len = 0;n_len < gen_nb_unsigned_int;n_len++) { mem_base = xmlMemBlocks(); buf = gen_xmlBufferPtr(n_buf, 0); len = gen_unsigned_int(n_len, 1); ret_val = xmlBufferGrow(buf, len); desret_int(ret_val); call_tests++; des_xmlBufferPtr(n_buf, buf, 0); des_unsigned_int(n_len, len, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlBufferGrow", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_buf); printf(" %d", n_len); printf("\n"); } } } function_tests++; return(test_ret); } static int test_xmlBufferLength(void) { int test_ret = 0; int mem_base; int ret_val; xmlBuffer * buf; /* the buffer */ int n_buf; for (n_buf = 0;n_buf < gen_nb_const_xmlBuffer_ptr;n_buf++) { mem_base = xmlMemBlocks(); buf = gen_const_xmlBuffer_ptr(n_buf, 0); ret_val = xmlBufferLength((const xmlBuffer *)buf); desret_int(ret_val); call_tests++; des_const_xmlBuffer_ptr(n_buf, (const xmlBuffer *)buf, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlBufferLength", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_buf); printf("\n"); } } function_tests++; return(test_ret); } static int test_xmlBufferResize(void) { int test_ret = 0; int mem_base; int ret_val; xmlBufferPtr buf; /* the buffer to resize */ int n_buf; unsigned int size; /* the desired size */ int n_size; for (n_buf = 0;n_buf < gen_nb_xmlBufferPtr;n_buf++) { for (n_size = 0;n_size < gen_nb_unsigned_int;n_size++) { mem_base = xmlMemBlocks(); buf = gen_xmlBufferPtr(n_buf, 0); size = gen_unsigned_int(n_size, 1); ret_val = xmlBufferResize(buf, size); desret_int(ret_val); call_tests++; des_xmlBufferPtr(n_buf, buf, 0); des_unsigned_int(n_size, size, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlBufferResize", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_buf); printf(" %d", n_size); printf("\n"); } } } function_tests++; return(test_ret); } static int test_xmlBufferSetAllocationScheme(void) { int test_ret = 0; int mem_base; xmlBufferPtr buf; /* the buffer to tune */ int n_buf; xmlBufferAllocationScheme scheme; /* allocation scheme to use */ int n_scheme; for (n_buf = 0;n_buf < gen_nb_xmlBufferPtr;n_buf++) { for (n_scheme = 0;n_scheme < gen_nb_xmlBufferAllocationScheme;n_scheme++) { mem_base = xmlMemBlocks(); buf = gen_xmlBufferPtr(n_buf, 0); scheme = gen_xmlBufferAllocationScheme(n_scheme, 1); xmlBufferSetAllocationScheme(buf, scheme); if ((buf != NULL) && (scheme == XML_BUFFER_ALLOC_IMMUTABLE) && (buf->content != NULL) && (buf->content != static_buf_content)) { xmlFree(buf->content); buf->content = NULL;} call_tests++; des_xmlBufferPtr(n_buf, buf, 0); des_xmlBufferAllocationScheme(n_scheme, scheme, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlBufferSetAllocationScheme", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_buf); printf(" %d", n_scheme); printf("\n"); } } } function_tests++; return(test_ret); } static int test_xmlBufferShrink(void) { int test_ret = 0; int mem_base; int ret_val; xmlBufferPtr buf; /* the buffer to dump */ int n_buf; unsigned int len; /* the number of xmlChar to remove */ int n_len; for (n_buf = 0;n_buf < gen_nb_xmlBufferPtr;n_buf++) { for (n_len = 0;n_len < gen_nb_unsigned_int;n_len++) { mem_base = xmlMemBlocks(); buf = gen_xmlBufferPtr(n_buf, 0); len = gen_unsigned_int(n_len, 1); ret_val = xmlBufferShrink(buf, len); desret_int(ret_val); call_tests++; des_xmlBufferPtr(n_buf, buf, 0); des_unsigned_int(n_len, len, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlBufferShrink", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_buf); printf(" %d", n_len); printf("\n"); } } } function_tests++; return(test_ret); } static int test_xmlBufferWriteCHAR(void) { int test_ret = 0; int mem_base; xmlBufferPtr buf; /* the XML buffer */ int n_buf; xmlChar * string; /* the string to add */ int n_string; for (n_buf = 0;n_buf < gen_nb_xmlBufferPtr;n_buf++) { for (n_string = 0;n_string < gen_nb_const_xmlChar_ptr;n_string++) { mem_base = xmlMemBlocks(); buf = gen_xmlBufferPtr(n_buf, 0); string = gen_const_xmlChar_ptr(n_string, 1); xmlBufferWriteCHAR(buf, (const xmlChar *)string); call_tests++; des_xmlBufferPtr(n_buf, buf, 0); des_const_xmlChar_ptr(n_string, (const xmlChar *)string, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlBufferWriteCHAR", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_buf); printf(" %d", n_string); printf("\n"); } } } function_tests++; return(test_ret); } static int test_xmlBufferWriteChar(void) { int test_ret = 0; int mem_base; xmlBufferPtr buf; /* the XML buffer output */ int n_buf; char * string; /* the string to add */ int n_string; for (n_buf = 0;n_buf < gen_nb_xmlBufferPtr;n_buf++) { for (n_string = 0;n_string < gen_nb_const_char_ptr;n_string++) { mem_base = xmlMemBlocks(); buf = gen_xmlBufferPtr(n_buf, 0); string = gen_const_char_ptr(n_string, 1); xmlBufferWriteChar(buf, (const char *)string); call_tests++; des_xmlBufferPtr(n_buf, buf, 0); des_const_char_ptr(n_string, (const char *)string, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlBufferWriteChar", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_buf); printf(" %d", n_string); printf("\n"); } } } function_tests++; return(test_ret); } static int test_xmlBufferWriteQuotedString(void) { int test_ret = 0; int mem_base; xmlBufferPtr buf; /* the XML buffer output */ int n_buf; xmlChar * string; /* the string to add */ int n_string; for (n_buf = 0;n_buf < gen_nb_xmlBufferPtr;n_buf++) { for (n_string = 0;n_string < gen_nb_const_xmlChar_ptr;n_string++) { mem_base = xmlMemBlocks(); buf = gen_xmlBufferPtr(n_buf, 0); string = gen_const_xmlChar_ptr(n_string, 1); xmlBufferWriteQuotedString(buf, (const xmlChar *)string); call_tests++; des_xmlBufferPtr(n_buf, buf, 0); des_const_xmlChar_ptr(n_string, (const xmlChar *)string, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlBufferWriteQuotedString", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_buf); printf(" %d", n_string); printf("\n"); } } } function_tests++; return(test_ret); } static int test_xmlBuildQName(void) { int test_ret = 0; int mem_base; xmlChar * ret_val; xmlChar * ncname; /* the Name */ int n_ncname; xmlChar * prefix; /* the prefix */ int n_prefix; xmlChar * memory; /* preallocated memory */ int n_memory; int len; /* preallocated memory length */ int n_len; for (n_ncname = 0;n_ncname < gen_nb_const_xmlChar_ptr;n_ncname++) { for (n_prefix = 0;n_prefix < gen_nb_const_xmlChar_ptr;n_prefix++) { for (n_memory = 0;n_memory < gen_nb_xmlChar_ptr;n_memory++) { for (n_len = 0;n_len < gen_nb_int;n_len++) { mem_base = xmlMemBlocks(); ncname = gen_const_xmlChar_ptr(n_ncname, 0); prefix = gen_const_xmlChar_ptr(n_prefix, 1); memory = gen_xmlChar_ptr(n_memory, 2); len = gen_int(n_len, 3); if ((prefix != NULL) && (len > (int) strlen((const char *) prefix) + 1)) continue; ret_val = xmlBuildQName((const xmlChar *)ncname, (const xmlChar *)prefix, memory, len); if ((ret_val != NULL) && (ret_val != ncname) && (ret_val != prefix) && (ret_val != memory)) xmlFree(ret_val); ret_val = NULL; desret_xmlChar_ptr(ret_val); call_tests++; des_const_xmlChar_ptr(n_ncname, (const xmlChar *)ncname, 0); des_const_xmlChar_ptr(n_prefix, (const xmlChar *)prefix, 1); des_xmlChar_ptr(n_memory, memory, 2); des_int(n_len, len, 3); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlBuildQName", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ncname); printf(" %d", n_prefix); printf(" %d", n_memory); printf(" %d", n_len); printf("\n"); } } } } } function_tests++; return(test_ret); } static int test_xmlChildElementCount(void) { int test_ret = 0; #if defined(LIBXML_TREE_ENABLED) int mem_base; unsigned long ret_val; xmlNodePtr parent; /* the parent node */ int n_parent; for (n_parent = 0;n_parent < gen_nb_xmlNodePtr;n_parent++) { mem_base = xmlMemBlocks(); parent = gen_xmlNodePtr(n_parent, 0); ret_val = xmlChildElementCount(parent); desret_unsigned_long(ret_val); call_tests++; des_xmlNodePtr(n_parent, parent, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlChildElementCount", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_parent); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlCopyDoc(void) { int test_ret = 0; #if defined(LIBXML_TREE_ENABLED) || defined(LIBXML_SCHEMAS_ENABLED) int mem_base; xmlDocPtr ret_val; xmlDocPtr doc; /* the document */ int n_doc; int recursive; /* if not zero do a recursive copy. */ int n_recursive; for (n_doc = 0;n_doc < gen_nb_xmlDocPtr;n_doc++) { for (n_recursive = 0;n_recursive < gen_nb_int;n_recursive++) { mem_base = xmlMemBlocks(); doc = gen_xmlDocPtr(n_doc, 0); recursive = gen_int(n_recursive, 1); ret_val = xmlCopyDoc(doc, recursive); desret_xmlDocPtr(ret_val); call_tests++; des_xmlDocPtr(n_doc, doc, 0); des_int(n_recursive, recursive, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlCopyDoc", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_doc); printf(" %d", n_recursive); printf("\n"); } } } function_tests++; #endif return(test_ret); } static int test_xmlCopyDtd(void) { int test_ret = 0; #if defined(LIBXML_TREE_ENABLED) int mem_base; xmlDtdPtr ret_val; xmlDtdPtr dtd; /* the dtd */ int n_dtd; for (n_dtd = 0;n_dtd < gen_nb_xmlDtdPtr;n_dtd++) { mem_base = xmlMemBlocks(); dtd = gen_xmlDtdPtr(n_dtd, 0); ret_val = xmlCopyDtd(dtd); desret_xmlDtdPtr(ret_val); call_tests++; des_xmlDtdPtr(n_dtd, dtd, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlCopyDtd", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_dtd); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlCopyNamespace(void) { int test_ret = 0; int mem_base; xmlNsPtr ret_val; xmlNsPtr cur; /* the namespace */ int n_cur; for (n_cur = 0;n_cur < gen_nb_xmlNsPtr;n_cur++) { mem_base = xmlMemBlocks(); cur = gen_xmlNsPtr(n_cur, 0); ret_val = xmlCopyNamespace(cur); if (ret_val != NULL) xmlFreeNs(ret_val); desret_xmlNsPtr(ret_val); call_tests++; des_xmlNsPtr(n_cur, cur, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlCopyNamespace", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_cur); printf("\n"); } } function_tests++; return(test_ret); } static int test_xmlCopyNamespaceList(void) { int test_ret = 0; int mem_base; xmlNsPtr ret_val; xmlNsPtr cur; /* the first namespace */ int n_cur; for (n_cur = 0;n_cur < gen_nb_xmlNsPtr;n_cur++) { mem_base = xmlMemBlocks(); cur = gen_xmlNsPtr(n_cur, 0); ret_val = xmlCopyNamespaceList(cur); if (ret_val != NULL) xmlFreeNsList(ret_val); desret_xmlNsPtr(ret_val); call_tests++; des_xmlNsPtr(n_cur, cur, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlCopyNamespaceList", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_cur); printf("\n"); } } function_tests++; return(test_ret); } static int test_xmlCopyNode(void) { int test_ret = 0; int mem_base; xmlNodePtr ret_val; xmlNodePtr node; /* the node */ int n_node; int extended; /* if 1 do a recursive copy (properties, namespaces and children when applicable) if 2 copy properties and namespaces (when applicable) */ int n_extended; for (n_node = 0;n_node < gen_nb_xmlNodePtr;n_node++) { for (n_extended = 0;n_extended < gen_nb_int;n_extended++) { mem_base = xmlMemBlocks(); node = gen_xmlNodePtr(n_node, 0); extended = gen_int(n_extended, 1); ret_val = xmlCopyNode(node, extended); desret_xmlNodePtr(ret_val); call_tests++; des_xmlNodePtr(n_node, node, 0); des_int(n_extended, extended, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlCopyNode", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_node); printf(" %d", n_extended); printf("\n"); } } } function_tests++; return(test_ret); } static int test_xmlCopyNodeList(void) { int test_ret = 0; int mem_base; xmlNodePtr ret_val; xmlNodePtr node; /* the first node in the list. */ int n_node; for (n_node = 0;n_node < gen_nb_xmlNodePtr;n_node++) { mem_base = xmlMemBlocks(); node = gen_xmlNodePtr(n_node, 0); ret_val = xmlCopyNodeList(node); desret_xmlNodePtr(ret_val); call_tests++; des_xmlNodePtr(n_node, node, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlCopyNodeList", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_node); printf("\n"); } } function_tests++; return(test_ret); } static int test_xmlCopyProp(void) { int test_ret = 0; int mem_base; xmlAttrPtr ret_val; xmlNodePtr target; /* the element where the attribute will be grafted */ int n_target; xmlAttrPtr cur; /* the attribute */ int n_cur; for (n_target = 0;n_target < gen_nb_xmlNodePtr;n_target++) { for (n_cur = 0;n_cur < gen_nb_xmlAttrPtr;n_cur++) { mem_base = xmlMemBlocks(); target = gen_xmlNodePtr(n_target, 0); cur = gen_xmlAttrPtr(n_cur, 1); ret_val = xmlCopyProp(target, cur); desret_xmlAttrPtr(ret_val); call_tests++; des_xmlNodePtr(n_target, target, 0); des_xmlAttrPtr(n_cur, cur, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlCopyProp", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_target); printf(" %d", n_cur); printf("\n"); } } } function_tests++; return(test_ret); } static int test_xmlCopyPropList(void) { int test_ret = 0; int mem_base; xmlAttrPtr ret_val; xmlNodePtr target; /* the element where the attributes will be grafted */ int n_target; xmlAttrPtr cur; /* the first attribute */ int n_cur; for (n_target = 0;n_target < gen_nb_xmlNodePtr;n_target++) { for (n_cur = 0;n_cur < gen_nb_xmlAttrPtr;n_cur++) { mem_base = xmlMemBlocks(); target = gen_xmlNodePtr(n_target, 0); cur = gen_xmlAttrPtr(n_cur, 1); ret_val = xmlCopyPropList(target, cur); desret_xmlAttrPtr(ret_val); call_tests++; des_xmlNodePtr(n_target, target, 0); des_xmlAttrPtr(n_cur, cur, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlCopyPropList", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_target); printf(" %d", n_cur); printf("\n"); } } } function_tests++; return(test_ret); } static int test_xmlCreateIntSubset(void) { int test_ret = 0; int mem_base; xmlDtdPtr ret_val; xmlDocPtr doc; /* the document pointer */ int n_doc; xmlChar * name; /* the DTD name */ int n_name; xmlChar * ExternalID; /* the external (PUBLIC) ID */ int n_ExternalID; xmlChar * SystemID; /* the system ID */ int n_SystemID; for (n_doc = 0;n_doc < gen_nb_xmlDocPtr;n_doc++) { for (n_name = 0;n_name < gen_nb_const_xmlChar_ptr;n_name++) { for (n_ExternalID = 0;n_ExternalID < gen_nb_const_xmlChar_ptr;n_ExternalID++) { for (n_SystemID = 0;n_SystemID < gen_nb_const_xmlChar_ptr;n_SystemID++) { mem_base = xmlMemBlocks(); doc = gen_xmlDocPtr(n_doc, 0); name = gen_const_xmlChar_ptr(n_name, 1); ExternalID = gen_const_xmlChar_ptr(n_ExternalID, 2); SystemID = gen_const_xmlChar_ptr(n_SystemID, 3); ret_val = xmlCreateIntSubset(doc, (const xmlChar *)name, (const xmlChar *)ExternalID, (const xmlChar *)SystemID); desret_xmlDtdPtr(ret_val); call_tests++; des_xmlDocPtr(n_doc, doc, 0); des_const_xmlChar_ptr(n_name, (const xmlChar *)name, 1); des_const_xmlChar_ptr(n_ExternalID, (const xmlChar *)ExternalID, 2); des_const_xmlChar_ptr(n_SystemID, (const xmlChar *)SystemID, 3); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlCreateIntSubset", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_doc); printf(" %d", n_name); printf(" %d", n_ExternalID); printf(" %d", n_SystemID); printf("\n"); } } } } } function_tests++; return(test_ret); } #define gen_nb_xmlDOMWrapCtxtPtr 1 static xmlDOMWrapCtxtPtr gen_xmlDOMWrapCtxtPtr(int no ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { return(NULL); } static void des_xmlDOMWrapCtxtPtr(int no ATTRIBUTE_UNUSED, xmlDOMWrapCtxtPtr val ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { } static int test_xmlDOMWrapAdoptNode(void) { int test_ret = 0; int mem_base; int ret_val; xmlDOMWrapCtxtPtr ctxt; /* the optional context for custom processing */ int n_ctxt; xmlDocPtr sourceDoc; /* the optional sourceDoc */ int n_sourceDoc; xmlNodePtr node; /* the node to start with */ int n_node; xmlDocPtr destDoc; /* the destination doc */ int n_destDoc; xmlNodePtr destParent; /* the optional new parent of @node in @destDoc */ int n_destParent; int options; /* option flags */ int n_options; for (n_ctxt = 0;n_ctxt < gen_nb_xmlDOMWrapCtxtPtr;n_ctxt++) { for (n_sourceDoc = 0;n_sourceDoc < gen_nb_xmlDocPtr;n_sourceDoc++) { for (n_node = 0;n_node < gen_nb_xmlNodePtr;n_node++) { for (n_destDoc = 0;n_destDoc < gen_nb_xmlDocPtr;n_destDoc++) { for (n_destParent = 0;n_destParent < gen_nb_xmlNodePtr;n_destParent++) { for (n_options = 0;n_options < gen_nb_int;n_options++) { mem_base = xmlMemBlocks(); ctxt = gen_xmlDOMWrapCtxtPtr(n_ctxt, 0); sourceDoc = gen_xmlDocPtr(n_sourceDoc, 1); node = gen_xmlNodePtr(n_node, 2); destDoc = gen_xmlDocPtr(n_destDoc, 3); destParent = gen_xmlNodePtr(n_destParent, 4); options = gen_int(n_options, 5); ret_val = xmlDOMWrapAdoptNode(ctxt, sourceDoc, node, destDoc, destParent, options); if ((node != NULL) && (node->parent == NULL)) {xmlUnlinkNode(node);xmlFreeNode(node);node = NULL;} desret_int(ret_val); call_tests++; des_xmlDOMWrapCtxtPtr(n_ctxt, ctxt, 0); des_xmlDocPtr(n_sourceDoc, sourceDoc, 1); des_xmlNodePtr(n_node, node, 2); des_xmlDocPtr(n_destDoc, destDoc, 3); des_xmlNodePtr(n_destParent, destParent, 4); des_int(n_options, options, 5); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlDOMWrapAdoptNode", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf(" %d", n_sourceDoc); printf(" %d", n_node); printf(" %d", n_destDoc); printf(" %d", n_destParent); printf(" %d", n_options); printf("\n"); } } } } } } } function_tests++; return(test_ret); } static int test_xmlDOMWrapCloneNode(void) { int test_ret = 0; int mem_base; int ret_val; xmlDOMWrapCtxtPtr ctxt; /* the optional context for custom processing */ int n_ctxt; xmlDocPtr sourceDoc; /* the optional sourceDoc */ int n_sourceDoc; xmlNodePtr node; /* the node to start with */ int n_node; xmlNodePtr * resNode; /* the clone of the given @node */ int n_resNode; xmlDocPtr destDoc; /* the destination doc */ int n_destDoc; xmlNodePtr destParent; /* the optional new parent of @node in @destDoc */ int n_destParent; int deep; /* descend into child if set */ int n_deep; int options; /* option flags */ int n_options; for (n_ctxt = 0;n_ctxt < gen_nb_xmlDOMWrapCtxtPtr;n_ctxt++) { for (n_sourceDoc = 0;n_sourceDoc < gen_nb_xmlDocPtr;n_sourceDoc++) { for (n_node = 0;n_node < gen_nb_xmlNodePtr;n_node++) { for (n_resNode = 0;n_resNode < gen_nb_xmlNodePtr_ptr;n_resNode++) { for (n_destDoc = 0;n_destDoc < gen_nb_xmlDocPtr;n_destDoc++) { for (n_destParent = 0;n_destParent < gen_nb_xmlNodePtr;n_destParent++) { for (n_deep = 0;n_deep < gen_nb_int;n_deep++) { for (n_options = 0;n_options < gen_nb_int;n_options++) { mem_base = xmlMemBlocks(); ctxt = gen_xmlDOMWrapCtxtPtr(n_ctxt, 0); sourceDoc = gen_xmlDocPtr(n_sourceDoc, 1); node = gen_xmlNodePtr(n_node, 2); resNode = gen_xmlNodePtr_ptr(n_resNode, 3); destDoc = gen_xmlDocPtr(n_destDoc, 4); destParent = gen_xmlNodePtr(n_destParent, 5); deep = gen_int(n_deep, 6); options = gen_int(n_options, 7); ret_val = xmlDOMWrapCloneNode(ctxt, sourceDoc, node, resNode, destDoc, destParent, deep, options); desret_int(ret_val); call_tests++; des_xmlDOMWrapCtxtPtr(n_ctxt, ctxt, 0); des_xmlDocPtr(n_sourceDoc, sourceDoc, 1); des_xmlNodePtr(n_node, node, 2); des_xmlNodePtr_ptr(n_resNode, resNode, 3); des_xmlDocPtr(n_destDoc, destDoc, 4); des_xmlNodePtr(n_destParent, destParent, 5); des_int(n_deep, deep, 6); des_int(n_options, options, 7); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlDOMWrapCloneNode", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf(" %d", n_sourceDoc); printf(" %d", n_node); printf(" %d", n_resNode); printf(" %d", n_destDoc); printf(" %d", n_destParent); printf(" %d", n_deep); printf(" %d", n_options); printf("\n"); } } } } } } } } } function_tests++; return(test_ret); } static int test_xmlDOMWrapNewCtxt(void) { int test_ret = 0; /* missing type support */ return(test_ret); } static int test_xmlDOMWrapReconcileNamespaces(void) { int test_ret = 0; int mem_base; int ret_val; xmlDOMWrapCtxtPtr ctxt; /* DOM wrapper context, unused at the moment */ int n_ctxt; xmlNodePtr elem; /* the element-node */ int n_elem; int options; /* option flags */ int n_options; for (n_ctxt = 0;n_ctxt < gen_nb_xmlDOMWrapCtxtPtr;n_ctxt++) { for (n_elem = 0;n_elem < gen_nb_xmlNodePtr;n_elem++) { for (n_options = 0;n_options < gen_nb_int;n_options++) { mem_base = xmlMemBlocks(); ctxt = gen_xmlDOMWrapCtxtPtr(n_ctxt, 0); elem = gen_xmlNodePtr(n_elem, 1); options = gen_int(n_options, 2); ret_val = xmlDOMWrapReconcileNamespaces(ctxt, elem, options); desret_int(ret_val); call_tests++; des_xmlDOMWrapCtxtPtr(n_ctxt, ctxt, 0); des_xmlNodePtr(n_elem, elem, 1); des_int(n_options, options, 2); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlDOMWrapReconcileNamespaces", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf(" %d", n_elem); printf(" %d", n_options); printf("\n"); } } } } function_tests++; return(test_ret); } static int test_xmlDOMWrapRemoveNode(void) { int test_ret = 0; int mem_base; int ret_val; xmlDOMWrapCtxtPtr ctxt; /* a DOM wrapper context */ int n_ctxt; xmlDocPtr doc; /* the doc */ int n_doc; xmlNodePtr node; /* the node to be removed. */ int n_node; int options; /* set of options, unused at the moment */ int n_options; for (n_ctxt = 0;n_ctxt < gen_nb_xmlDOMWrapCtxtPtr;n_ctxt++) { for (n_doc = 0;n_doc < gen_nb_xmlDocPtr;n_doc++) { for (n_node = 0;n_node < gen_nb_xmlNodePtr;n_node++) { for (n_options = 0;n_options < gen_nb_int;n_options++) { mem_base = xmlMemBlocks(); ctxt = gen_xmlDOMWrapCtxtPtr(n_ctxt, 0); doc = gen_xmlDocPtr(n_doc, 1); node = gen_xmlNodePtr(n_node, 2); options = gen_int(n_options, 3); ret_val = xmlDOMWrapRemoveNode(ctxt, doc, node, options); desret_int(ret_val); call_tests++; des_xmlDOMWrapCtxtPtr(n_ctxt, ctxt, 0); des_xmlDocPtr(n_doc, doc, 1); des_xmlNodePtr(n_node, node, 2); des_int(n_options, options, 3); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlDOMWrapRemoveNode", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf(" %d", n_doc); printf(" %d", n_node); printf(" %d", n_options); printf("\n"); } } } } } function_tests++; return(test_ret); } static int test_xmlDocCopyNode(void) { int test_ret = 0; int mem_base; xmlNodePtr ret_val; xmlNodePtr node; /* the node */ int n_node; xmlDocPtr doc; /* the document */ int n_doc; int extended; /* if 1 do a recursive copy (properties, namespaces and children when applicable) if 2 copy properties and namespaces (when applicable) */ int n_extended; for (n_node = 0;n_node < gen_nb_xmlNodePtr;n_node++) { for (n_doc = 0;n_doc < gen_nb_xmlDocPtr;n_doc++) { for (n_extended = 0;n_extended < gen_nb_int;n_extended++) { mem_base = xmlMemBlocks(); node = gen_xmlNodePtr(n_node, 0); doc = gen_xmlDocPtr(n_doc, 1); extended = gen_int(n_extended, 2); ret_val = xmlDocCopyNode(node, doc, extended); desret_xmlNodePtr(ret_val); call_tests++; des_xmlNodePtr(n_node, node, 0); des_xmlDocPtr(n_doc, doc, 1); des_int(n_extended, extended, 2); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlDocCopyNode", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_node); printf(" %d", n_doc); printf(" %d", n_extended); printf("\n"); } } } } function_tests++; return(test_ret); } static int test_xmlDocCopyNodeList(void) { int test_ret = 0; int mem_base; xmlNodePtr ret_val; xmlDocPtr doc; /* the target document */ int n_doc; xmlNodePtr node; /* the first node in the list. */ int n_node; for (n_doc = 0;n_doc < gen_nb_xmlDocPtr;n_doc++) { for (n_node = 0;n_node < gen_nb_xmlNodePtr;n_node++) { mem_base = xmlMemBlocks(); doc = gen_xmlDocPtr(n_doc, 0); node = gen_xmlNodePtr(n_node, 1); ret_val = xmlDocCopyNodeList(doc, node); desret_xmlNodePtr(ret_val); call_tests++; des_xmlDocPtr(n_doc, doc, 0); des_xmlNodePtr(n_node, node, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlDocCopyNodeList", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_doc); printf(" %d", n_node); printf("\n"); } } } function_tests++; return(test_ret); } static int test_xmlDocDump(void) { int test_ret = 0; #if defined(LIBXML_OUTPUT_ENABLED) int mem_base; int ret_val; FILE * f; /* the FILE* */ int n_f; xmlDocPtr cur; /* the document */ int n_cur; for (n_f = 0;n_f < gen_nb_FILE_ptr;n_f++) { for (n_cur = 0;n_cur < gen_nb_xmlDocPtr;n_cur++) { mem_base = xmlMemBlocks(); f = gen_FILE_ptr(n_f, 0); cur = gen_xmlDocPtr(n_cur, 1); ret_val = xmlDocDump(f, cur); desret_int(ret_val); call_tests++; des_FILE_ptr(n_f, f, 0); des_xmlDocPtr(n_cur, cur, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlDocDump", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_f); printf(" %d", n_cur); printf("\n"); } } } function_tests++; #endif return(test_ret); } static int test_xmlDocDumpFormatMemory(void) { int test_ret = 0; #if defined(LIBXML_OUTPUT_ENABLED) int mem_base; xmlDocPtr cur; /* the document */ int n_cur; xmlChar ** mem; /* OUT: the memory pointer */ int n_mem; int * size; /* OUT: the memory length */ int n_size; int format; /* should formatting spaces been added */ int n_format; for (n_cur = 0;n_cur < gen_nb_xmlDocPtr;n_cur++) { for (n_mem = 0;n_mem < gen_nb_xmlChar_ptr_ptr;n_mem++) { for (n_size = 0;n_size < gen_nb_int_ptr;n_size++) { for (n_format = 0;n_format < gen_nb_int;n_format++) { mem_base = xmlMemBlocks(); cur = gen_xmlDocPtr(n_cur, 0); mem = gen_xmlChar_ptr_ptr(n_mem, 1); size = gen_int_ptr(n_size, 2); format = gen_int(n_format, 3); xmlDocDumpFormatMemory(cur, mem, size, format); call_tests++; des_xmlDocPtr(n_cur, cur, 0); des_xmlChar_ptr_ptr(n_mem, mem, 1); des_int_ptr(n_size, size, 2); des_int(n_format, format, 3); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlDocDumpFormatMemory", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_cur); printf(" %d", n_mem); printf(" %d", n_size); printf(" %d", n_format); printf("\n"); } } } } } function_tests++; #endif return(test_ret); } static int test_xmlDocDumpFormatMemoryEnc(void) { int test_ret = 0; #if defined(LIBXML_OUTPUT_ENABLED) int mem_base; xmlDocPtr out_doc; /* Document to generate XML text from */ int n_out_doc; xmlChar ** doc_txt_ptr; /* Memory pointer for allocated XML text */ int n_doc_txt_ptr; int * doc_txt_len; /* Length of the generated XML text */ int n_doc_txt_len; char * txt_encoding; /* Character encoding to use when generating XML text */ int n_txt_encoding; int format; /* should formatting spaces been added */ int n_format; for (n_out_doc = 0;n_out_doc < gen_nb_xmlDocPtr;n_out_doc++) { for (n_doc_txt_ptr = 0;n_doc_txt_ptr < gen_nb_xmlChar_ptr_ptr;n_doc_txt_ptr++) { for (n_doc_txt_len = 0;n_doc_txt_len < gen_nb_int_ptr;n_doc_txt_len++) { for (n_txt_encoding = 0;n_txt_encoding < gen_nb_const_char_ptr;n_txt_encoding++) { for (n_format = 0;n_format < gen_nb_int;n_format++) { mem_base = xmlMemBlocks(); out_doc = gen_xmlDocPtr(n_out_doc, 0); doc_txt_ptr = gen_xmlChar_ptr_ptr(n_doc_txt_ptr, 1); doc_txt_len = gen_int_ptr(n_doc_txt_len, 2); txt_encoding = gen_const_char_ptr(n_txt_encoding, 3); format = gen_int(n_format, 4); xmlDocDumpFormatMemoryEnc(out_doc, doc_txt_ptr, doc_txt_len, (const char *)txt_encoding, format); call_tests++; des_xmlDocPtr(n_out_doc, out_doc, 0); des_xmlChar_ptr_ptr(n_doc_txt_ptr, doc_txt_ptr, 1); des_int_ptr(n_doc_txt_len, doc_txt_len, 2); des_const_char_ptr(n_txt_encoding, (const char *)txt_encoding, 3); des_int(n_format, format, 4); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlDocDumpFormatMemoryEnc", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_out_doc); printf(" %d", n_doc_txt_ptr); printf(" %d", n_doc_txt_len); printf(" %d", n_txt_encoding); printf(" %d", n_format); printf("\n"); } } } } } } function_tests++; #endif return(test_ret); } static int test_xmlDocDumpMemory(void) { int test_ret = 0; #if defined(LIBXML_OUTPUT_ENABLED) int mem_base; xmlDocPtr cur; /* the document */ int n_cur; xmlChar ** mem; /* OUT: the memory pointer */ int n_mem; int * size; /* OUT: the memory length */ int n_size; for (n_cur = 0;n_cur < gen_nb_xmlDocPtr;n_cur++) { for (n_mem = 0;n_mem < gen_nb_xmlChar_ptr_ptr;n_mem++) { for (n_size = 0;n_size < gen_nb_int_ptr;n_size++) { mem_base = xmlMemBlocks(); cur = gen_xmlDocPtr(n_cur, 0); mem = gen_xmlChar_ptr_ptr(n_mem, 1); size = gen_int_ptr(n_size, 2); xmlDocDumpMemory(cur, mem, size); call_tests++; des_xmlDocPtr(n_cur, cur, 0); des_xmlChar_ptr_ptr(n_mem, mem, 1); des_int_ptr(n_size, size, 2); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlDocDumpMemory", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_cur); printf(" %d", n_mem); printf(" %d", n_size); printf("\n"); } } } } function_tests++; #endif return(test_ret); } static int test_xmlDocDumpMemoryEnc(void) { int test_ret = 0; #if defined(LIBXML_OUTPUT_ENABLED) int mem_base; xmlDocPtr out_doc; /* Document to generate XML text from */ int n_out_doc; xmlChar ** doc_txt_ptr; /* Memory pointer for allocated XML text */ int n_doc_txt_ptr; int * doc_txt_len; /* Length of the generated XML text */ int n_doc_txt_len; char * txt_encoding; /* Character encoding to use when generating XML text */ int n_txt_encoding; for (n_out_doc = 0;n_out_doc < gen_nb_xmlDocPtr;n_out_doc++) { for (n_doc_txt_ptr = 0;n_doc_txt_ptr < gen_nb_xmlChar_ptr_ptr;n_doc_txt_ptr++) { for (n_doc_txt_len = 0;n_doc_txt_len < gen_nb_int_ptr;n_doc_txt_len++) { for (n_txt_encoding = 0;n_txt_encoding < gen_nb_const_char_ptr;n_txt_encoding++) { mem_base = xmlMemBlocks(); out_doc = gen_xmlDocPtr(n_out_doc, 0); doc_txt_ptr = gen_xmlChar_ptr_ptr(n_doc_txt_ptr, 1); doc_txt_len = gen_int_ptr(n_doc_txt_len, 2); txt_encoding = gen_const_char_ptr(n_txt_encoding, 3); xmlDocDumpMemoryEnc(out_doc, doc_txt_ptr, doc_txt_len, (const char *)txt_encoding); call_tests++; des_xmlDocPtr(n_out_doc, out_doc, 0); des_xmlChar_ptr_ptr(n_doc_txt_ptr, doc_txt_ptr, 1); des_int_ptr(n_doc_txt_len, doc_txt_len, 2); des_const_char_ptr(n_txt_encoding, (const char *)txt_encoding, 3); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlDocDumpMemoryEnc", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_out_doc); printf(" %d", n_doc_txt_ptr); printf(" %d", n_doc_txt_len); printf(" %d", n_txt_encoding); printf("\n"); } } } } } function_tests++; #endif return(test_ret); } static int test_xmlDocFormatDump(void) { int test_ret = 0; #if defined(LIBXML_OUTPUT_ENABLED) int mem_base; int ret_val; FILE * f; /* the FILE* */ int n_f; xmlDocPtr cur; /* the document */ int n_cur; int format; /* should formatting spaces been added */ int n_format; for (n_f = 0;n_f < gen_nb_FILE_ptr;n_f++) { for (n_cur = 0;n_cur < gen_nb_xmlDocPtr;n_cur++) { for (n_format = 0;n_format < gen_nb_int;n_format++) { mem_base = xmlMemBlocks(); f = gen_FILE_ptr(n_f, 0); cur = gen_xmlDocPtr(n_cur, 1); format = gen_int(n_format, 2); ret_val = xmlDocFormatDump(f, cur, format); desret_int(ret_val); call_tests++; des_FILE_ptr(n_f, f, 0); des_xmlDocPtr(n_cur, cur, 1); des_int(n_format, format, 2); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlDocFormatDump", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_f); printf(" %d", n_cur); printf(" %d", n_format); printf("\n"); } } } } function_tests++; #endif return(test_ret); } static int test_xmlDocGetRootElement(void) { int test_ret = 0; int mem_base; xmlNodePtr ret_val; xmlDoc * doc; /* the document */ int n_doc; for (n_doc = 0;n_doc < gen_nb_const_xmlDoc_ptr;n_doc++) { mem_base = xmlMemBlocks(); doc = gen_const_xmlDoc_ptr(n_doc, 0); ret_val = xmlDocGetRootElement((const xmlDoc *)doc); desret_xmlNodePtr(ret_val); call_tests++; des_const_xmlDoc_ptr(n_doc, (const xmlDoc *)doc, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlDocGetRootElement", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_doc); printf("\n"); } } function_tests++; return(test_ret); } static int test_xmlDocSetRootElement(void) { int test_ret = 0; #if defined(LIBXML_TREE_ENABLED) || defined(LIBXML_WRITER_ENABLED) int mem_base; xmlNodePtr ret_val; xmlDocPtr doc; /* the document */ int n_doc; xmlNodePtr root; /* the new document root element, if root is NULL no action is taken, to remove a node from a document use xmlUnlinkNode(root) instead. */ int n_root; for (n_doc = 0;n_doc < gen_nb_xmlDocPtr;n_doc++) { for (n_root = 0;n_root < gen_nb_xmlNodePtr_in;n_root++) { mem_base = xmlMemBlocks(); doc = gen_xmlDocPtr(n_doc, 0); root = gen_xmlNodePtr_in(n_root, 1); ret_val = xmlDocSetRootElement(doc, root); if (doc == NULL) { xmlFreeNode(root) ; root = NULL ; } desret_xmlNodePtr(ret_val); call_tests++; des_xmlDocPtr(n_doc, doc, 0); des_xmlNodePtr_in(n_root, root, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlDocSetRootElement", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_doc); printf(" %d", n_root); printf("\n"); } } } function_tests++; #endif return(test_ret); } static int test_xmlElemDump(void) { int test_ret = 0; #if defined(LIBXML_OUTPUT_ENABLED) int mem_base; FILE * f; /* the FILE * for the output */ int n_f; xmlDocPtr doc; /* the document */ int n_doc; xmlNodePtr cur; /* the current node */ int n_cur; for (n_f = 0;n_f < gen_nb_FILE_ptr;n_f++) { for (n_doc = 0;n_doc < gen_nb_xmlDocPtr;n_doc++) { for (n_cur = 0;n_cur < gen_nb_xmlNodePtr;n_cur++) { mem_base = xmlMemBlocks(); f = gen_FILE_ptr(n_f, 0); doc = gen_xmlDocPtr(n_doc, 1); cur = gen_xmlNodePtr(n_cur, 2); xmlElemDump(f, doc, cur); call_tests++; des_FILE_ptr(n_f, f, 0); des_xmlDocPtr(n_doc, doc, 1); des_xmlNodePtr(n_cur, cur, 2); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlElemDump", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_f); printf(" %d", n_doc); printf(" %d", n_cur); printf("\n"); } } } } function_tests++; #endif return(test_ret); } static int test_xmlFirstElementChild(void) { int test_ret = 0; #if defined(LIBXML_TREE_ENABLED) int mem_base; xmlNodePtr ret_val; xmlNodePtr parent; /* the parent node */ int n_parent; for (n_parent = 0;n_parent < gen_nb_xmlNodePtr;n_parent++) { mem_base = xmlMemBlocks(); parent = gen_xmlNodePtr(n_parent, 0); ret_val = xmlFirstElementChild(parent); desret_xmlNodePtr(ret_val); call_tests++; des_xmlNodePtr(n_parent, parent, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlFirstElementChild", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_parent); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlGetBufferAllocationScheme(void) { int test_ret = 0; int mem_base; xmlBufferAllocationScheme ret_val; mem_base = xmlMemBlocks(); ret_val = xmlGetBufferAllocationScheme(); desret_xmlBufferAllocationScheme(ret_val); call_tests++; xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlGetBufferAllocationScheme", xmlMemBlocks() - mem_base); test_ret++; printf("\n"); } function_tests++; return(test_ret); } static int test_xmlGetCompressMode(void) { int test_ret = 0; int mem_base; int ret_val; mem_base = xmlMemBlocks(); ret_val = xmlGetCompressMode(); desret_int(ret_val); call_tests++; xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlGetCompressMode", xmlMemBlocks() - mem_base); test_ret++; printf("\n"); } function_tests++; return(test_ret); } static int test_xmlGetDocCompressMode(void) { int test_ret = 0; int mem_base; int ret_val; xmlDoc * doc; /* the document */ int n_doc; for (n_doc = 0;n_doc < gen_nb_const_xmlDoc_ptr;n_doc++) { mem_base = xmlMemBlocks(); doc = gen_const_xmlDoc_ptr(n_doc, 0); ret_val = xmlGetDocCompressMode((const xmlDoc *)doc); desret_int(ret_val); call_tests++; des_const_xmlDoc_ptr(n_doc, (const xmlDoc *)doc, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlGetDocCompressMode", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_doc); printf("\n"); } } function_tests++; return(test_ret); } static int test_xmlGetIntSubset(void) { int test_ret = 0; int mem_base; xmlDtdPtr ret_val; xmlDoc * doc; /* the document pointer */ int n_doc; for (n_doc = 0;n_doc < gen_nb_const_xmlDoc_ptr;n_doc++) { mem_base = xmlMemBlocks(); doc = gen_const_xmlDoc_ptr(n_doc, 0); ret_val = xmlGetIntSubset((const xmlDoc *)doc); desret_xmlDtdPtr(ret_val); call_tests++; des_const_xmlDoc_ptr(n_doc, (const xmlDoc *)doc, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlGetIntSubset", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_doc); printf("\n"); } } function_tests++; return(test_ret); } static int test_xmlGetLastChild(void) { int test_ret = 0; int mem_base; xmlNodePtr ret_val; xmlNode * parent; /* the parent node */ int n_parent; for (n_parent = 0;n_parent < gen_nb_const_xmlNode_ptr;n_parent++) { mem_base = xmlMemBlocks(); parent = gen_const_xmlNode_ptr(n_parent, 0); ret_val = xmlGetLastChild((const xmlNode *)parent); desret_xmlNodePtr(ret_val); call_tests++; des_const_xmlNode_ptr(n_parent, (const xmlNode *)parent, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlGetLastChild", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_parent); printf("\n"); } } function_tests++; return(test_ret); } static int test_xmlGetLineNo(void) { int test_ret = 0; int mem_base; long ret_val; xmlNode * node; /* valid node */ int n_node; for (n_node = 0;n_node < gen_nb_const_xmlNode_ptr;n_node++) { mem_base = xmlMemBlocks(); node = gen_const_xmlNode_ptr(n_node, 0); ret_val = xmlGetLineNo((const xmlNode *)node); desret_long(ret_val); call_tests++; des_const_xmlNode_ptr(n_node, (const xmlNode *)node, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlGetLineNo", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_node); printf("\n"); } } function_tests++; return(test_ret); } static int test_xmlGetNoNsProp(void) { int test_ret = 0; int mem_base; xmlChar * ret_val; xmlNode * node; /* the node */ int n_node; xmlChar * name; /* the attribute name */ int n_name; for (n_node = 0;n_node < gen_nb_const_xmlNode_ptr;n_node++) { for (n_name = 0;n_name < gen_nb_const_xmlChar_ptr;n_name++) { mem_base = xmlMemBlocks(); node = gen_const_xmlNode_ptr(n_node, 0); name = gen_const_xmlChar_ptr(n_name, 1); ret_val = xmlGetNoNsProp((const xmlNode *)node, (const xmlChar *)name); desret_xmlChar_ptr(ret_val); call_tests++; des_const_xmlNode_ptr(n_node, (const xmlNode *)node, 0); des_const_xmlChar_ptr(n_name, (const xmlChar *)name, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlGetNoNsProp", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_node); printf(" %d", n_name); printf("\n"); } } } function_tests++; return(test_ret); } static int test_xmlGetNodePath(void) { int test_ret = 0; #if defined(LIBXML_TREE_ENABLED) || defined(LIBXML_DEBUG_ENABLED) int mem_base; xmlChar * ret_val; xmlNode * node; /* a node */ int n_node; for (n_node = 0;n_node < gen_nb_const_xmlNode_ptr;n_node++) { mem_base = xmlMemBlocks(); node = gen_const_xmlNode_ptr(n_node, 0); ret_val = xmlGetNodePath((const xmlNode *)node); desret_xmlChar_ptr(ret_val); call_tests++; des_const_xmlNode_ptr(n_node, (const xmlNode *)node, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlGetNodePath", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_node); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlGetNsList(void) { int test_ret = 0; /* missing type support */ return(test_ret); } static int test_xmlGetNsProp(void) { int test_ret = 0; int mem_base; xmlChar * ret_val; xmlNode * node; /* the node */ int n_node; xmlChar * name; /* the attribute name */ int n_name; xmlChar * nameSpace; /* the URI of the namespace */ int n_nameSpace; for (n_node = 0;n_node < gen_nb_const_xmlNode_ptr;n_node++) { for (n_name = 0;n_name < gen_nb_const_xmlChar_ptr;n_name++) { for (n_nameSpace = 0;n_nameSpace < gen_nb_const_xmlChar_ptr;n_nameSpace++) { mem_base = xmlMemBlocks(); node = gen_const_xmlNode_ptr(n_node, 0); name = gen_const_xmlChar_ptr(n_name, 1); nameSpace = gen_const_xmlChar_ptr(n_nameSpace, 2); ret_val = xmlGetNsProp((const xmlNode *)node, (const xmlChar *)name, (const xmlChar *)nameSpace); desret_xmlChar_ptr(ret_val); call_tests++; des_const_xmlNode_ptr(n_node, (const xmlNode *)node, 0); des_const_xmlChar_ptr(n_name, (const xmlChar *)name, 1); des_const_xmlChar_ptr(n_nameSpace, (const xmlChar *)nameSpace, 2); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlGetNsProp", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_node); printf(" %d", n_name); printf(" %d", n_nameSpace); printf("\n"); } } } } function_tests++; return(test_ret); } static int test_xmlGetProp(void) { int test_ret = 0; int mem_base; xmlChar * ret_val; xmlNode * node; /* the node */ int n_node; xmlChar * name; /* the attribute name */ int n_name; for (n_node = 0;n_node < gen_nb_const_xmlNode_ptr;n_node++) { for (n_name = 0;n_name < gen_nb_const_xmlChar_ptr;n_name++) { mem_base = xmlMemBlocks(); node = gen_const_xmlNode_ptr(n_node, 0); name = gen_const_xmlChar_ptr(n_name, 1); ret_val = xmlGetProp((const xmlNode *)node, (const xmlChar *)name); desret_xmlChar_ptr(ret_val); call_tests++; des_const_xmlNode_ptr(n_node, (const xmlNode *)node, 0); des_const_xmlChar_ptr(n_name, (const xmlChar *)name, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlGetProp", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_node); printf(" %d", n_name); printf("\n"); } } } function_tests++; return(test_ret); } static int test_xmlHasNsProp(void) { int test_ret = 0; int mem_base; xmlAttrPtr ret_val; xmlNode * node; /* the node */ int n_node; xmlChar * name; /* the attribute name */ int n_name; xmlChar * nameSpace; /* the URI of the namespace */ int n_nameSpace; for (n_node = 0;n_node < gen_nb_const_xmlNode_ptr;n_node++) { for (n_name = 0;n_name < gen_nb_const_xmlChar_ptr;n_name++) { for (n_nameSpace = 0;n_nameSpace < gen_nb_const_xmlChar_ptr;n_nameSpace++) { mem_base = xmlMemBlocks(); node = gen_const_xmlNode_ptr(n_node, 0); name = gen_const_xmlChar_ptr(n_name, 1); nameSpace = gen_const_xmlChar_ptr(n_nameSpace, 2); ret_val = xmlHasNsProp((const xmlNode *)node, (const xmlChar *)name, (const xmlChar *)nameSpace); desret_xmlAttrPtr(ret_val); call_tests++; des_const_xmlNode_ptr(n_node, (const xmlNode *)node, 0); des_const_xmlChar_ptr(n_name, (const xmlChar *)name, 1); des_const_xmlChar_ptr(n_nameSpace, (const xmlChar *)nameSpace, 2); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlHasNsProp", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_node); printf(" %d", n_name); printf(" %d", n_nameSpace); printf("\n"); } } } } function_tests++; return(test_ret); } static int test_xmlHasProp(void) { int test_ret = 0; int mem_base; xmlAttrPtr ret_val; xmlNode * node; /* the node */ int n_node; xmlChar * name; /* the attribute name */ int n_name; for (n_node = 0;n_node < gen_nb_const_xmlNode_ptr;n_node++) { for (n_name = 0;n_name < gen_nb_const_xmlChar_ptr;n_name++) { mem_base = xmlMemBlocks(); node = gen_const_xmlNode_ptr(n_node, 0); name = gen_const_xmlChar_ptr(n_name, 1); ret_val = xmlHasProp((const xmlNode *)node, (const xmlChar *)name); desret_xmlAttrPtr(ret_val); call_tests++; des_const_xmlNode_ptr(n_node, (const xmlNode *)node, 0); des_const_xmlChar_ptr(n_name, (const xmlChar *)name, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlHasProp", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_node); printf(" %d", n_name); printf("\n"); } } } function_tests++; return(test_ret); } static int test_xmlIsBlankNode(void) { int test_ret = 0; int mem_base; int ret_val; xmlNode * node; /* the node */ int n_node; for (n_node = 0;n_node < gen_nb_const_xmlNode_ptr;n_node++) { mem_base = xmlMemBlocks(); node = gen_const_xmlNode_ptr(n_node, 0); ret_val = xmlIsBlankNode((const xmlNode *)node); desret_int(ret_val); call_tests++; des_const_xmlNode_ptr(n_node, (const xmlNode *)node, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlIsBlankNode", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_node); printf("\n"); } } function_tests++; return(test_ret); } static int test_xmlIsXHTML(void) { int test_ret = 0; int mem_base; int ret_val; xmlChar * systemID; /* the system identifier */ int n_systemID; xmlChar * publicID; /* the public identifier */ int n_publicID; for (n_systemID = 0;n_systemID < gen_nb_const_xmlChar_ptr;n_systemID++) { for (n_publicID = 0;n_publicID < gen_nb_const_xmlChar_ptr;n_publicID++) { mem_base = xmlMemBlocks(); systemID = gen_const_xmlChar_ptr(n_systemID, 0); publicID = gen_const_xmlChar_ptr(n_publicID, 1); ret_val = xmlIsXHTML((const xmlChar *)systemID, (const xmlChar *)publicID); desret_int(ret_val); call_tests++; des_const_xmlChar_ptr(n_systemID, (const xmlChar *)systemID, 0); des_const_xmlChar_ptr(n_publicID, (const xmlChar *)publicID, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlIsXHTML", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_systemID); printf(" %d", n_publicID); printf("\n"); } } } function_tests++; return(test_ret); } static int test_xmlLastElementChild(void) { int test_ret = 0; #if defined(LIBXML_TREE_ENABLED) int mem_base; xmlNodePtr ret_val; xmlNodePtr parent; /* the parent node */ int n_parent; for (n_parent = 0;n_parent < gen_nb_xmlNodePtr;n_parent++) { mem_base = xmlMemBlocks(); parent = gen_xmlNodePtr(n_parent, 0); ret_val = xmlLastElementChild(parent); desret_xmlNodePtr(ret_val); call_tests++; des_xmlNodePtr(n_parent, parent, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlLastElementChild", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_parent); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlNewCDataBlock(void) { int test_ret = 0; int mem_base; xmlNodePtr ret_val; xmlDocPtr doc; /* the document */ int n_doc; xmlChar * content; /* the CDATA block content content */ int n_content; int len; /* the length of the block */ int n_len; for (n_doc = 0;n_doc < gen_nb_xmlDocPtr;n_doc++) { for (n_content = 0;n_content < gen_nb_const_xmlChar_ptr;n_content++) { for (n_len = 0;n_len < gen_nb_int;n_len++) { mem_base = xmlMemBlocks(); doc = gen_xmlDocPtr(n_doc, 0); content = gen_const_xmlChar_ptr(n_content, 1); len = gen_int(n_len, 2); if ((content != NULL) && (len > (int) strlen((const char *) content) + 1)) continue; ret_val = xmlNewCDataBlock(doc, (const xmlChar *)content, len); desret_xmlNodePtr(ret_val); call_tests++; des_xmlDocPtr(n_doc, doc, 0); des_const_xmlChar_ptr(n_content, (const xmlChar *)content, 1); des_int(n_len, len, 2); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlNewCDataBlock", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_doc); printf(" %d", n_content); printf(" %d", n_len); printf("\n"); } } } } function_tests++; return(test_ret); } static int test_xmlNewCharRef(void) { int test_ret = 0; int mem_base; xmlNodePtr ret_val; xmlDocPtr doc; /* the document */ int n_doc; xmlChar * name; /* the char ref string, starting with # or "&# ... ;" */ int n_name; for (n_doc = 0;n_doc < gen_nb_xmlDocPtr;n_doc++) { for (n_name = 0;n_name < gen_nb_const_xmlChar_ptr;n_name++) { mem_base = xmlMemBlocks(); doc = gen_xmlDocPtr(n_doc, 0); name = gen_const_xmlChar_ptr(n_name, 1); ret_val = xmlNewCharRef(doc, (const xmlChar *)name); desret_xmlNodePtr(ret_val); call_tests++; des_xmlDocPtr(n_doc, doc, 0); des_const_xmlChar_ptr(n_name, (const xmlChar *)name, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlNewCharRef", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_doc); printf(" %d", n_name); printf("\n"); } } } function_tests++; return(test_ret); } static int test_xmlNewChild(void) { int test_ret = 0; #if defined(LIBXML_TREE_ENABLED) || defined(LIBXML_SCHEMAS_ENABLED) #ifdef LIBXML_TREE_ENABLED int mem_base; xmlNodePtr ret_val; xmlNodePtr parent; /* the parent node */ int n_parent; xmlNsPtr ns; /* a namespace if any */ int n_ns; xmlChar * name; /* the name of the child */ int n_name; xmlChar * content; /* the XML content of the child if any. */ int n_content; for (n_parent = 0;n_parent < gen_nb_xmlNodePtr;n_parent++) { for (n_ns = 0;n_ns < gen_nb_xmlNsPtr;n_ns++) { for (n_name = 0;n_name < gen_nb_const_xmlChar_ptr;n_name++) { for (n_content = 0;n_content < gen_nb_const_xmlChar_ptr;n_content++) { mem_base = xmlMemBlocks(); parent = gen_xmlNodePtr(n_parent, 0); ns = gen_xmlNsPtr(n_ns, 1); name = gen_const_xmlChar_ptr(n_name, 2); content = gen_const_xmlChar_ptr(n_content, 3); ret_val = xmlNewChild(parent, ns, (const xmlChar *)name, (const xmlChar *)content); desret_xmlNodePtr(ret_val); call_tests++; des_xmlNodePtr(n_parent, parent, 0); des_xmlNsPtr(n_ns, ns, 1); des_const_xmlChar_ptr(n_name, (const xmlChar *)name, 2); des_const_xmlChar_ptr(n_content, (const xmlChar *)content, 3); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlNewChild", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_parent); printf(" %d", n_ns); printf(" %d", n_name); printf(" %d", n_content); printf("\n"); } } } } } function_tests++; #endif #endif return(test_ret); } static int test_xmlNewComment(void) { int test_ret = 0; int mem_base; xmlNodePtr ret_val; xmlChar * content; /* the comment content */ int n_content; for (n_content = 0;n_content < gen_nb_const_xmlChar_ptr;n_content++) { mem_base = xmlMemBlocks(); content = gen_const_xmlChar_ptr(n_content, 0); ret_val = xmlNewComment((const xmlChar *)content); desret_xmlNodePtr(ret_val); call_tests++; des_const_xmlChar_ptr(n_content, (const xmlChar *)content, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlNewComment", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_content); printf("\n"); } } function_tests++; return(test_ret); } static int test_xmlNewDoc(void) { int test_ret = 0; int mem_base; xmlDocPtr ret_val; xmlChar * version; /* xmlChar string giving the version of XML "1.0" */ int n_version; for (n_version = 0;n_version < gen_nb_const_xmlChar_ptr;n_version++) { mem_base = xmlMemBlocks(); version = gen_const_xmlChar_ptr(n_version, 0); ret_val = xmlNewDoc((const xmlChar *)version); desret_xmlDocPtr(ret_val); call_tests++; des_const_xmlChar_ptr(n_version, (const xmlChar *)version, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlNewDoc", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_version); printf("\n"); } } function_tests++; return(test_ret); } static int test_xmlNewDocComment(void) { int test_ret = 0; int mem_base; xmlNodePtr ret_val; xmlDocPtr doc; /* the document */ int n_doc; xmlChar * content; /* the comment content */ int n_content; for (n_doc = 0;n_doc < gen_nb_xmlDocPtr;n_doc++) { for (n_content = 0;n_content < gen_nb_const_xmlChar_ptr;n_content++) { mem_base = xmlMemBlocks(); doc = gen_xmlDocPtr(n_doc, 0); content = gen_const_xmlChar_ptr(n_content, 1); ret_val = xmlNewDocComment(doc, (const xmlChar *)content); desret_xmlNodePtr(ret_val); call_tests++; des_xmlDocPtr(n_doc, doc, 0); des_const_xmlChar_ptr(n_content, (const xmlChar *)content, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlNewDocComment", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_doc); printf(" %d", n_content); printf("\n"); } } } function_tests++; return(test_ret); } static int test_xmlNewDocFragment(void) { int test_ret = 0; #if defined(LIBXML_TREE_ENABLED) int mem_base; xmlNodePtr ret_val; xmlDocPtr doc; /* the document owning the fragment */ int n_doc; for (n_doc = 0;n_doc < gen_nb_xmlDocPtr;n_doc++) { mem_base = xmlMemBlocks(); doc = gen_xmlDocPtr(n_doc, 0); ret_val = xmlNewDocFragment(doc); desret_xmlNodePtr(ret_val); call_tests++; des_xmlDocPtr(n_doc, doc, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlNewDocFragment", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_doc); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlNewDocNode(void) { int test_ret = 0; int mem_base; xmlNodePtr ret_val; xmlDocPtr doc; /* the document */ int n_doc; xmlNsPtr ns; /* namespace if any */ int n_ns; xmlChar * name; /* the node name */ int n_name; xmlChar * content; /* the XML text content if any */ int n_content; for (n_doc = 0;n_doc < gen_nb_xmlDocPtr;n_doc++) { for (n_ns = 0;n_ns < gen_nb_xmlNsPtr;n_ns++) { for (n_name = 0;n_name < gen_nb_const_xmlChar_ptr;n_name++) { for (n_content = 0;n_content < gen_nb_const_xmlChar_ptr;n_content++) { mem_base = xmlMemBlocks(); doc = gen_xmlDocPtr(n_doc, 0); ns = gen_xmlNsPtr(n_ns, 1); name = gen_const_xmlChar_ptr(n_name, 2); content = gen_const_xmlChar_ptr(n_content, 3); ret_val = xmlNewDocNode(doc, ns, (const xmlChar *)name, (const xmlChar *)content); desret_xmlNodePtr(ret_val); call_tests++; des_xmlDocPtr(n_doc, doc, 0); des_xmlNsPtr(n_ns, ns, 1); des_const_xmlChar_ptr(n_name, (const xmlChar *)name, 2); des_const_xmlChar_ptr(n_content, (const xmlChar *)content, 3); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlNewDocNode", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_doc); printf(" %d", n_ns); printf(" %d", n_name); printf(" %d", n_content); printf("\n"); } } } } } function_tests++; return(test_ret); } static int test_xmlNewDocNodeEatName(void) { int test_ret = 0; int mem_base; xmlNodePtr ret_val; xmlDocPtr doc; /* the document */ int n_doc; xmlNsPtr ns; /* namespace if any */ int n_ns; xmlChar * name; /* the node name */ int n_name; xmlChar * content; /* the XML text content if any */ int n_content; for (n_doc = 0;n_doc < gen_nb_xmlDocPtr;n_doc++) { for (n_ns = 0;n_ns < gen_nb_xmlNsPtr;n_ns++) { for (n_name = 0;n_name < gen_nb_eaten_name;n_name++) { for (n_content = 0;n_content < gen_nb_const_xmlChar_ptr;n_content++) { mem_base = xmlMemBlocks(); doc = gen_xmlDocPtr(n_doc, 0); ns = gen_xmlNsPtr(n_ns, 1); name = gen_eaten_name(n_name, 2); content = gen_const_xmlChar_ptr(n_content, 3); ret_val = xmlNewDocNodeEatName(doc, ns, name, (const xmlChar *)content); desret_xmlNodePtr(ret_val); call_tests++; des_xmlDocPtr(n_doc, doc, 0); des_xmlNsPtr(n_ns, ns, 1); des_eaten_name(n_name, name, 2); des_const_xmlChar_ptr(n_content, (const xmlChar *)content, 3); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlNewDocNodeEatName", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_doc); printf(" %d", n_ns); printf(" %d", n_name); printf(" %d", n_content); printf("\n"); } } } } } function_tests++; return(test_ret); } static int test_xmlNewDocPI(void) { int test_ret = 0; int mem_base; xmlNodePtr ret_val; xmlDocPtr doc; /* the target document */ int n_doc; xmlChar * name; /* the processing instruction name */ int n_name; xmlChar * content; /* the PI content */ int n_content; for (n_doc = 0;n_doc < gen_nb_xmlDocPtr;n_doc++) { for (n_name = 0;n_name < gen_nb_const_xmlChar_ptr;n_name++) { for (n_content = 0;n_content < gen_nb_const_xmlChar_ptr;n_content++) { mem_base = xmlMemBlocks(); doc = gen_xmlDocPtr(n_doc, 0); name = gen_const_xmlChar_ptr(n_name, 1); content = gen_const_xmlChar_ptr(n_content, 2); ret_val = xmlNewDocPI(doc, (const xmlChar *)name, (const xmlChar *)content); desret_xmlNodePtr(ret_val); call_tests++; des_xmlDocPtr(n_doc, doc, 0); des_const_xmlChar_ptr(n_name, (const xmlChar *)name, 1); des_const_xmlChar_ptr(n_content, (const xmlChar *)content, 2); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlNewDocPI", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_doc); printf(" %d", n_name); printf(" %d", n_content); printf("\n"); } } } } function_tests++; return(test_ret); } static int test_xmlNewDocProp(void) { int test_ret = 0; int mem_base; xmlAttrPtr ret_val; xmlDocPtr doc; /* the document */ int n_doc; xmlChar * name; /* the name of the attribute */ int n_name; xmlChar * value; /* the value of the attribute */ int n_value; for (n_doc = 0;n_doc < gen_nb_xmlDocPtr;n_doc++) { for (n_name = 0;n_name < gen_nb_const_xmlChar_ptr;n_name++) { for (n_value = 0;n_value < gen_nb_const_xmlChar_ptr;n_value++) { mem_base = xmlMemBlocks(); doc = gen_xmlDocPtr(n_doc, 0); name = gen_const_xmlChar_ptr(n_name, 1); value = gen_const_xmlChar_ptr(n_value, 2); ret_val = xmlNewDocProp(doc, (const xmlChar *)name, (const xmlChar *)value); desret_xmlAttrPtr(ret_val); call_tests++; des_xmlDocPtr(n_doc, doc, 0); des_const_xmlChar_ptr(n_name, (const xmlChar *)name, 1); des_const_xmlChar_ptr(n_value, (const xmlChar *)value, 2); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlNewDocProp", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_doc); printf(" %d", n_name); printf(" %d", n_value); printf("\n"); } } } } function_tests++; return(test_ret); } static int test_xmlNewDocRawNode(void) { int test_ret = 0; #if defined(LIBXML_TREE_ENABLED) #ifdef LIBXML_TREE_ENABLED int mem_base; xmlNodePtr ret_val; xmlDocPtr doc; /* the document */ int n_doc; xmlNsPtr ns; /* namespace if any */ int n_ns; xmlChar * name; /* the node name */ int n_name; xmlChar * content; /* the text content if any */ int n_content; for (n_doc = 0;n_doc < gen_nb_xmlDocPtr;n_doc++) { for (n_ns = 0;n_ns < gen_nb_xmlNsPtr;n_ns++) { for (n_name = 0;n_name < gen_nb_const_xmlChar_ptr;n_name++) { for (n_content = 0;n_content < gen_nb_const_xmlChar_ptr;n_content++) { mem_base = xmlMemBlocks(); doc = gen_xmlDocPtr(n_doc, 0); ns = gen_xmlNsPtr(n_ns, 1); name = gen_const_xmlChar_ptr(n_name, 2); content = gen_const_xmlChar_ptr(n_content, 3); ret_val = xmlNewDocRawNode(doc, ns, (const xmlChar *)name, (const xmlChar *)content); desret_xmlNodePtr(ret_val); call_tests++; des_xmlDocPtr(n_doc, doc, 0); des_xmlNsPtr(n_ns, ns, 1); des_const_xmlChar_ptr(n_name, (const xmlChar *)name, 2); des_const_xmlChar_ptr(n_content, (const xmlChar *)content, 3); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlNewDocRawNode", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_doc); printf(" %d", n_ns); printf(" %d", n_name); printf(" %d", n_content); printf("\n"); } } } } } function_tests++; #endif #endif return(test_ret); } static int test_xmlNewDocText(void) { int test_ret = 0; int mem_base; xmlNodePtr ret_val; xmlDoc * doc; /* the document */ int n_doc; xmlChar * content; /* the text content */ int n_content; for (n_doc = 0;n_doc < gen_nb_const_xmlDoc_ptr;n_doc++) { for (n_content = 0;n_content < gen_nb_const_xmlChar_ptr;n_content++) { mem_base = xmlMemBlocks(); doc = gen_const_xmlDoc_ptr(n_doc, 0); content = gen_const_xmlChar_ptr(n_content, 1); ret_val = xmlNewDocText((const xmlDoc *)doc, (const xmlChar *)content); desret_xmlNodePtr(ret_val); call_tests++; des_const_xmlDoc_ptr(n_doc, (const xmlDoc *)doc, 0); des_const_xmlChar_ptr(n_content, (const xmlChar *)content, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlNewDocText", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_doc); printf(" %d", n_content); printf("\n"); } } } function_tests++; return(test_ret); } static int test_xmlNewDocTextLen(void) { int test_ret = 0; int mem_base; xmlNodePtr ret_val; xmlDocPtr doc; /* the document */ int n_doc; xmlChar * content; /* the text content */ int n_content; int len; /* the text len. */ int n_len; for (n_doc = 0;n_doc < gen_nb_xmlDocPtr;n_doc++) { for (n_content = 0;n_content < gen_nb_const_xmlChar_ptr;n_content++) { for (n_len = 0;n_len < gen_nb_int;n_len++) { mem_base = xmlMemBlocks(); doc = gen_xmlDocPtr(n_doc, 0); content = gen_const_xmlChar_ptr(n_content, 1); len = gen_int(n_len, 2); if ((content != NULL) && (len > (int) strlen((const char *) content) + 1)) continue; ret_val = xmlNewDocTextLen(doc, (const xmlChar *)content, len); desret_xmlNodePtr(ret_val); call_tests++; des_xmlDocPtr(n_doc, doc, 0); des_const_xmlChar_ptr(n_content, (const xmlChar *)content, 1); des_int(n_len, len, 2); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlNewDocTextLen", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_doc); printf(" %d", n_content); printf(" %d", n_len); printf("\n"); } } } } function_tests++; return(test_ret); } static int test_xmlNewDtd(void) { int test_ret = 0; int mem_base; xmlDtdPtr ret_val; xmlDocPtr doc; /* the document pointer */ int n_doc; xmlChar * name; /* the DTD name */ int n_name; xmlChar * ExternalID; /* the external ID */ int n_ExternalID; xmlChar * SystemID; /* the system ID */ int n_SystemID; for (n_doc = 0;n_doc < gen_nb_xmlDocPtr;n_doc++) { for (n_name = 0;n_name < gen_nb_const_xmlChar_ptr;n_name++) { for (n_ExternalID = 0;n_ExternalID < gen_nb_const_xmlChar_ptr;n_ExternalID++) { for (n_SystemID = 0;n_SystemID < gen_nb_const_xmlChar_ptr;n_SystemID++) { mem_base = xmlMemBlocks(); doc = gen_xmlDocPtr(n_doc, 0); name = gen_const_xmlChar_ptr(n_name, 1); ExternalID = gen_const_xmlChar_ptr(n_ExternalID, 2); SystemID = gen_const_xmlChar_ptr(n_SystemID, 3); ret_val = xmlNewDtd(doc, (const xmlChar *)name, (const xmlChar *)ExternalID, (const xmlChar *)SystemID); desret_xmlDtdPtr(ret_val); call_tests++; des_xmlDocPtr(n_doc, doc, 0); des_const_xmlChar_ptr(n_name, (const xmlChar *)name, 1); des_const_xmlChar_ptr(n_ExternalID, (const xmlChar *)ExternalID, 2); des_const_xmlChar_ptr(n_SystemID, (const xmlChar *)SystemID, 3); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlNewDtd", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_doc); printf(" %d", n_name); printf(" %d", n_ExternalID); printf(" %d", n_SystemID); printf("\n"); } } } } } function_tests++; return(test_ret); } static int test_xmlNewNode(void) { int test_ret = 0; int mem_base; xmlNodePtr ret_val; xmlNsPtr ns; /* namespace if any */ int n_ns; xmlChar * name; /* the node name */ int n_name; for (n_ns = 0;n_ns < gen_nb_xmlNsPtr;n_ns++) { for (n_name = 0;n_name < gen_nb_const_xmlChar_ptr;n_name++) { mem_base = xmlMemBlocks(); ns = gen_xmlNsPtr(n_ns, 0); name = gen_const_xmlChar_ptr(n_name, 1); ret_val = xmlNewNode(ns, (const xmlChar *)name); desret_xmlNodePtr(ret_val); call_tests++; des_xmlNsPtr(n_ns, ns, 0); des_const_xmlChar_ptr(n_name, (const xmlChar *)name, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlNewNode", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ns); printf(" %d", n_name); printf("\n"); } } } function_tests++; return(test_ret); } static int test_xmlNewNodeEatName(void) { int test_ret = 0; int mem_base; xmlNodePtr ret_val; xmlNsPtr ns; /* namespace if any */ int n_ns; xmlChar * name; /* the node name */ int n_name; for (n_ns = 0;n_ns < gen_nb_xmlNsPtr;n_ns++) { for (n_name = 0;n_name < gen_nb_eaten_name;n_name++) { mem_base = xmlMemBlocks(); ns = gen_xmlNsPtr(n_ns, 0); name = gen_eaten_name(n_name, 1); ret_val = xmlNewNodeEatName(ns, name); desret_xmlNodePtr(ret_val); call_tests++; des_xmlNsPtr(n_ns, ns, 0); des_eaten_name(n_name, name, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlNewNodeEatName", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ns); printf(" %d", n_name); printf("\n"); } } } function_tests++; return(test_ret); } static int test_xmlNewNs(void) { int test_ret = 0; int mem_base; xmlNsPtr ret_val; xmlNodePtr node; /* the element carrying the namespace */ int n_node; xmlChar * href; /* the URI associated */ int n_href; xmlChar * prefix; /* the prefix for the namespace */ int n_prefix; for (n_node = 0;n_node < gen_nb_xmlNodePtr;n_node++) { for (n_href = 0;n_href < gen_nb_const_xmlChar_ptr;n_href++) { for (n_prefix = 0;n_prefix < gen_nb_const_xmlChar_ptr;n_prefix++) { mem_base = xmlMemBlocks(); node = gen_xmlNodePtr(n_node, 0); href = gen_const_xmlChar_ptr(n_href, 1); prefix = gen_const_xmlChar_ptr(n_prefix, 2); ret_val = xmlNewNs(node, (const xmlChar *)href, (const xmlChar *)prefix); if ((node == NULL) && (ret_val != NULL)) xmlFreeNs(ret_val); desret_xmlNsPtr(ret_val); call_tests++; des_xmlNodePtr(n_node, node, 0); des_const_xmlChar_ptr(n_href, (const xmlChar *)href, 1); des_const_xmlChar_ptr(n_prefix, (const xmlChar *)prefix, 2); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlNewNs", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_node); printf(" %d", n_href); printf(" %d", n_prefix); printf("\n"); } } } } function_tests++; return(test_ret); } static int test_xmlNewNsProp(void) { int test_ret = 0; int mem_base; xmlAttrPtr ret_val; xmlNodePtr node; /* the holding node */ int n_node; xmlNsPtr ns; /* the namespace */ int n_ns; xmlChar * name; /* the name of the attribute */ int n_name; xmlChar * value; /* the value of the attribute */ int n_value; for (n_node = 0;n_node < gen_nb_xmlNodePtr;n_node++) { for (n_ns = 0;n_ns < gen_nb_xmlNsPtr;n_ns++) { for (n_name = 0;n_name < gen_nb_const_xmlChar_ptr;n_name++) { for (n_value = 0;n_value < gen_nb_const_xmlChar_ptr;n_value++) { mem_base = xmlMemBlocks(); node = gen_xmlNodePtr(n_node, 0); ns = gen_xmlNsPtr(n_ns, 1); name = gen_const_xmlChar_ptr(n_name, 2); value = gen_const_xmlChar_ptr(n_value, 3); ret_val = xmlNewNsProp(node, ns, (const xmlChar *)name, (const xmlChar *)value); desret_xmlAttrPtr(ret_val); call_tests++; des_xmlNodePtr(n_node, node, 0); des_xmlNsPtr(n_ns, ns, 1); des_const_xmlChar_ptr(n_name, (const xmlChar *)name, 2); des_const_xmlChar_ptr(n_value, (const xmlChar *)value, 3); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlNewNsProp", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_node); printf(" %d", n_ns); printf(" %d", n_name); printf(" %d", n_value); printf("\n"); } } } } } function_tests++; return(test_ret); } static int test_xmlNewNsPropEatName(void) { int test_ret = 0; int mem_base; xmlAttrPtr ret_val; xmlNodePtr node; /* the holding node */ int n_node; xmlNsPtr ns; /* the namespace */ int n_ns; xmlChar * name; /* the name of the attribute */ int n_name; xmlChar * value; /* the value of the attribute */ int n_value; for (n_node = 0;n_node < gen_nb_xmlNodePtr;n_node++) { for (n_ns = 0;n_ns < gen_nb_xmlNsPtr;n_ns++) { for (n_name = 0;n_name < gen_nb_eaten_name;n_name++) { for (n_value = 0;n_value < gen_nb_const_xmlChar_ptr;n_value++) { mem_base = xmlMemBlocks(); node = gen_xmlNodePtr(n_node, 0); ns = gen_xmlNsPtr(n_ns, 1); name = gen_eaten_name(n_name, 2); value = gen_const_xmlChar_ptr(n_value, 3); ret_val = xmlNewNsPropEatName(node, ns, name, (const xmlChar *)value); desret_xmlAttrPtr(ret_val); call_tests++; des_xmlNodePtr(n_node, node, 0); des_xmlNsPtr(n_ns, ns, 1); des_eaten_name(n_name, name, 2); des_const_xmlChar_ptr(n_value, (const xmlChar *)value, 3); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlNewNsPropEatName", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_node); printf(" %d", n_ns); printf(" %d", n_name); printf(" %d", n_value); printf("\n"); } } } } } function_tests++; return(test_ret); } static int test_xmlNewPI(void) { int test_ret = 0; int mem_base; xmlNodePtr ret_val; xmlChar * name; /* the processing instruction name */ int n_name; xmlChar * content; /* the PI content */ int n_content; for (n_name = 0;n_name < gen_nb_const_xmlChar_ptr;n_name++) { for (n_content = 0;n_content < gen_nb_const_xmlChar_ptr;n_content++) { mem_base = xmlMemBlocks(); name = gen_const_xmlChar_ptr(n_name, 0); content = gen_const_xmlChar_ptr(n_content, 1); ret_val = xmlNewPI((const xmlChar *)name, (const xmlChar *)content); desret_xmlNodePtr(ret_val); call_tests++; des_const_xmlChar_ptr(n_name, (const xmlChar *)name, 0); des_const_xmlChar_ptr(n_content, (const xmlChar *)content, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlNewPI", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_name); printf(" %d", n_content); printf("\n"); } } } function_tests++; return(test_ret); } static int test_xmlNewProp(void) { int test_ret = 0; #if defined(LIBXML_TREE_ENABLED) || defined(LIBXML_HTML_ENABLED) || defined(LIBXML_SCHEMAS_ENABLED) #ifdef LIBXML_TREE_ENABLED int mem_base; xmlAttrPtr ret_val; xmlNodePtr node; /* the holding node */ int n_node; xmlChar * name; /* the name of the attribute */ int n_name; xmlChar * value; /* the value of the attribute */ int n_value; for (n_node = 0;n_node < gen_nb_xmlNodePtr;n_node++) { for (n_name = 0;n_name < gen_nb_const_xmlChar_ptr;n_name++) { for (n_value = 0;n_value < gen_nb_const_xmlChar_ptr;n_value++) { mem_base = xmlMemBlocks(); node = gen_xmlNodePtr(n_node, 0); name = gen_const_xmlChar_ptr(n_name, 1); value = gen_const_xmlChar_ptr(n_value, 2); ret_val = xmlNewProp(node, (const xmlChar *)name, (const xmlChar *)value); desret_xmlAttrPtr(ret_val); call_tests++; des_xmlNodePtr(n_node, node, 0); des_const_xmlChar_ptr(n_name, (const xmlChar *)name, 1); des_const_xmlChar_ptr(n_value, (const xmlChar *)value, 2); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlNewProp", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_node); printf(" %d", n_name); printf(" %d", n_value); printf("\n"); } } } } function_tests++; #endif #endif return(test_ret); } static int test_xmlNewReference(void) { int test_ret = 0; int mem_base; xmlNodePtr ret_val; xmlDoc * doc; /* the document */ int n_doc; xmlChar * name; /* the reference name, or the reference string with & and ; */ int n_name; for (n_doc = 0;n_doc < gen_nb_const_xmlDoc_ptr;n_doc++) { for (n_name = 0;n_name < gen_nb_const_xmlChar_ptr;n_name++) { mem_base = xmlMemBlocks(); doc = gen_const_xmlDoc_ptr(n_doc, 0); name = gen_const_xmlChar_ptr(n_name, 1); ret_val = xmlNewReference((const xmlDoc *)doc, (const xmlChar *)name); desret_xmlNodePtr(ret_val); call_tests++; des_const_xmlDoc_ptr(n_doc, (const xmlDoc *)doc, 0); des_const_xmlChar_ptr(n_name, (const xmlChar *)name, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlNewReference", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_doc); printf(" %d", n_name); printf("\n"); } } } function_tests++; return(test_ret); } static int test_xmlNewText(void) { int test_ret = 0; int mem_base; xmlNodePtr ret_val; xmlChar * content; /* the text content */ int n_content; for (n_content = 0;n_content < gen_nb_const_xmlChar_ptr;n_content++) { mem_base = xmlMemBlocks(); content = gen_const_xmlChar_ptr(n_content, 0); ret_val = xmlNewText((const xmlChar *)content); desret_xmlNodePtr(ret_val); call_tests++; des_const_xmlChar_ptr(n_content, (const xmlChar *)content, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlNewText", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_content); printf("\n"); } } function_tests++; return(test_ret); } static int test_xmlNewTextChild(void) { int test_ret = 0; #if defined(LIBXML_TREE_ENABLED) #ifdef LIBXML_TREE_ENABLED int mem_base; xmlNodePtr ret_val; xmlNodePtr parent; /* the parent node */ int n_parent; xmlNsPtr ns; /* a namespace if any */ int n_ns; xmlChar * name; /* the name of the child */ int n_name; xmlChar * content; /* the text content of the child if any. */ int n_content; for (n_parent = 0;n_parent < gen_nb_xmlNodePtr;n_parent++) { for (n_ns = 0;n_ns < gen_nb_xmlNsPtr;n_ns++) { for (n_name = 0;n_name < gen_nb_const_xmlChar_ptr;n_name++) { for (n_content = 0;n_content < gen_nb_const_xmlChar_ptr;n_content++) { mem_base = xmlMemBlocks(); parent = gen_xmlNodePtr(n_parent, 0); ns = gen_xmlNsPtr(n_ns, 1); name = gen_const_xmlChar_ptr(n_name, 2); content = gen_const_xmlChar_ptr(n_content, 3); ret_val = xmlNewTextChild(parent, ns, (const xmlChar *)name, (const xmlChar *)content); desret_xmlNodePtr(ret_val); call_tests++; des_xmlNodePtr(n_parent, parent, 0); des_xmlNsPtr(n_ns, ns, 1); des_const_xmlChar_ptr(n_name, (const xmlChar *)name, 2); des_const_xmlChar_ptr(n_content, (const xmlChar *)content, 3); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlNewTextChild", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_parent); printf(" %d", n_ns); printf(" %d", n_name); printf(" %d", n_content); printf("\n"); } } } } } function_tests++; #endif #endif return(test_ret); } static int test_xmlNewTextLen(void) { int test_ret = 0; int mem_base; xmlNodePtr ret_val; xmlChar * content; /* the text content */ int n_content; int len; /* the text len. */ int n_len; for (n_content = 0;n_content < gen_nb_const_xmlChar_ptr;n_content++) { for (n_len = 0;n_len < gen_nb_int;n_len++) { mem_base = xmlMemBlocks(); content = gen_const_xmlChar_ptr(n_content, 0); len = gen_int(n_len, 1); if ((content != NULL) && (len > (int) strlen((const char *) content) + 1)) continue; ret_val = xmlNewTextLen((const xmlChar *)content, len); desret_xmlNodePtr(ret_val); call_tests++; des_const_xmlChar_ptr(n_content, (const xmlChar *)content, 0); des_int(n_len, len, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlNewTextLen", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_content); printf(" %d", n_len); printf("\n"); } } } function_tests++; return(test_ret); } static int test_xmlNextElementSibling(void) { int test_ret = 0; #if defined(LIBXML_TREE_ENABLED) int mem_base; xmlNodePtr ret_val; xmlNodePtr node; /* the current node */ int n_node; for (n_node = 0;n_node < gen_nb_xmlNodePtr;n_node++) { mem_base = xmlMemBlocks(); node = gen_xmlNodePtr(n_node, 0); ret_val = xmlNextElementSibling(node); desret_xmlNodePtr(ret_val); call_tests++; des_xmlNodePtr(n_node, node, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlNextElementSibling", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_node); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlNodeAddContent(void) { int test_ret = 0; int mem_base; xmlNodePtr cur; /* the node being modified */ int n_cur; xmlChar * content; /* extra content */ int n_content; for (n_cur = 0;n_cur < gen_nb_xmlNodePtr;n_cur++) { for (n_content = 0;n_content < gen_nb_const_xmlChar_ptr;n_content++) { mem_base = xmlMemBlocks(); cur = gen_xmlNodePtr(n_cur, 0); content = gen_const_xmlChar_ptr(n_content, 1); xmlNodeAddContent(cur, (const xmlChar *)content); call_tests++; des_xmlNodePtr(n_cur, cur, 0); des_const_xmlChar_ptr(n_content, (const xmlChar *)content, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlNodeAddContent", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_cur); printf(" %d", n_content); printf("\n"); } } } function_tests++; return(test_ret); } static int test_xmlNodeAddContentLen(void) { int test_ret = 0; int mem_base; xmlNodePtr cur; /* the node being modified */ int n_cur; xmlChar * content; /* extra content */ int n_content; int len; /* the size of @content */ int n_len; for (n_cur = 0;n_cur < gen_nb_xmlNodePtr;n_cur++) { for (n_content = 0;n_content < gen_nb_const_xmlChar_ptr;n_content++) { for (n_len = 0;n_len < gen_nb_int;n_len++) { mem_base = xmlMemBlocks(); cur = gen_xmlNodePtr(n_cur, 0); content = gen_const_xmlChar_ptr(n_content, 1); len = gen_int(n_len, 2); if ((content != NULL) && (len > (int) strlen((const char *) content) + 1)) continue; xmlNodeAddContentLen(cur, (const xmlChar *)content, len); call_tests++; des_xmlNodePtr(n_cur, cur, 0); des_const_xmlChar_ptr(n_content, (const xmlChar *)content, 1); des_int(n_len, len, 2); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlNodeAddContentLen", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_cur); printf(" %d", n_content); printf(" %d", n_len); printf("\n"); } } } } function_tests++; return(test_ret); } static int test_xmlNodeBufGetContent(void) { int test_ret = 0; int mem_base; int ret_val; xmlBufferPtr buffer; /* a buffer */ int n_buffer; xmlNode * cur; /* the node being read */ int n_cur; for (n_buffer = 0;n_buffer < gen_nb_xmlBufferPtr;n_buffer++) { for (n_cur = 0;n_cur < gen_nb_const_xmlNode_ptr;n_cur++) { mem_base = xmlMemBlocks(); buffer = gen_xmlBufferPtr(n_buffer, 0); cur = gen_const_xmlNode_ptr(n_cur, 1); ret_val = xmlNodeBufGetContent(buffer, (const xmlNode *)cur); desret_int(ret_val); call_tests++; des_xmlBufferPtr(n_buffer, buffer, 0); des_const_xmlNode_ptr(n_cur, (const xmlNode *)cur, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlNodeBufGetContent", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_buffer); printf(" %d", n_cur); printf("\n"); } } } function_tests++; return(test_ret); } static int test_xmlNodeDump(void) { int test_ret = 0; #if defined(LIBXML_OUTPUT_ENABLED) int mem_base; int ret_val; xmlBufferPtr buf; /* the XML buffer output */ int n_buf; xmlDocPtr doc; /* the document */ int n_doc; xmlNodePtr cur; /* the current node */ int n_cur; int level; /* the imbrication level for indenting */ int n_level; int format; /* is formatting allowed */ int n_format; for (n_buf = 0;n_buf < gen_nb_xmlBufferPtr;n_buf++) { for (n_doc = 0;n_doc < gen_nb_xmlDocPtr;n_doc++) { for (n_cur = 0;n_cur < gen_nb_xmlNodePtr;n_cur++) { for (n_level = 0;n_level < gen_nb_int;n_level++) { for (n_format = 0;n_format < gen_nb_int;n_format++) { mem_base = xmlMemBlocks(); buf = gen_xmlBufferPtr(n_buf, 0); doc = gen_xmlDocPtr(n_doc, 1); cur = gen_xmlNodePtr(n_cur, 2); level = gen_int(n_level, 3); format = gen_int(n_format, 4); ret_val = xmlNodeDump(buf, doc, cur, level, format); desret_int(ret_val); call_tests++; des_xmlBufferPtr(n_buf, buf, 0); des_xmlDocPtr(n_doc, doc, 1); des_xmlNodePtr(n_cur, cur, 2); des_int(n_level, level, 3); des_int(n_format, format, 4); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlNodeDump", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_buf); printf(" %d", n_doc); printf(" %d", n_cur); printf(" %d", n_level); printf(" %d", n_format); printf("\n"); } } } } } } function_tests++; #endif return(test_ret); } static int test_xmlNodeDumpOutput(void) { int test_ret = 0; #if defined(LIBXML_OUTPUT_ENABLED) int mem_base; xmlOutputBufferPtr buf; /* the XML buffer output */ int n_buf; xmlDocPtr doc; /* the document */ int n_doc; xmlNodePtr cur; /* the current node */ int n_cur; int level; /* the imbrication level for indenting */ int n_level; int format; /* is formatting allowed */ int n_format; char * encoding; /* an optional encoding string */ int n_encoding; for (n_buf = 0;n_buf < gen_nb_xmlOutputBufferPtr;n_buf++) { for (n_doc = 0;n_doc < gen_nb_xmlDocPtr;n_doc++) { for (n_cur = 0;n_cur < gen_nb_xmlNodePtr;n_cur++) { for (n_level = 0;n_level < gen_nb_int;n_level++) { for (n_format = 0;n_format < gen_nb_int;n_format++) { for (n_encoding = 0;n_encoding < gen_nb_const_char_ptr;n_encoding++) { mem_base = xmlMemBlocks(); buf = gen_xmlOutputBufferPtr(n_buf, 0); doc = gen_xmlDocPtr(n_doc, 1); cur = gen_xmlNodePtr(n_cur, 2); level = gen_int(n_level, 3); format = gen_int(n_format, 4); encoding = gen_const_char_ptr(n_encoding, 5); xmlNodeDumpOutput(buf, doc, cur, level, format, (const char *)encoding); call_tests++; des_xmlOutputBufferPtr(n_buf, buf, 0); des_xmlDocPtr(n_doc, doc, 1); des_xmlNodePtr(n_cur, cur, 2); des_int(n_level, level, 3); des_int(n_format, format, 4); des_const_char_ptr(n_encoding, (const char *)encoding, 5); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlNodeDumpOutput", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_buf); printf(" %d", n_doc); printf(" %d", n_cur); printf(" %d", n_level); printf(" %d", n_format); printf(" %d", n_encoding); printf("\n"); } } } } } } } function_tests++; #endif return(test_ret); } static int test_xmlNodeGetBase(void) { int test_ret = 0; int mem_base; xmlChar * ret_val; xmlDoc * doc; /* the document the node pertains to */ int n_doc; xmlNode * cur; /* the node being checked */ int n_cur; for (n_doc = 0;n_doc < gen_nb_const_xmlDoc_ptr;n_doc++) { for (n_cur = 0;n_cur < gen_nb_const_xmlNode_ptr;n_cur++) { mem_base = xmlMemBlocks(); doc = gen_const_xmlDoc_ptr(n_doc, 0); cur = gen_const_xmlNode_ptr(n_cur, 1); ret_val = xmlNodeGetBase((const xmlDoc *)doc, (const xmlNode *)cur); desret_xmlChar_ptr(ret_val); call_tests++; des_const_xmlDoc_ptr(n_doc, (const xmlDoc *)doc, 0); des_const_xmlNode_ptr(n_cur, (const xmlNode *)cur, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlNodeGetBase", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_doc); printf(" %d", n_cur); printf("\n"); } } } function_tests++; return(test_ret); } static int test_xmlNodeGetContent(void) { int test_ret = 0; int mem_base; xmlChar * ret_val; xmlNode * cur; /* the node being read */ int n_cur; for (n_cur = 0;n_cur < gen_nb_const_xmlNode_ptr;n_cur++) { mem_base = xmlMemBlocks(); cur = gen_const_xmlNode_ptr(n_cur, 0); ret_val = xmlNodeGetContent((const xmlNode *)cur); desret_xmlChar_ptr(ret_val); call_tests++; des_const_xmlNode_ptr(n_cur, (const xmlNode *)cur, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlNodeGetContent", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_cur); printf("\n"); } } function_tests++; return(test_ret); } static int test_xmlNodeGetLang(void) { int test_ret = 0; int mem_base; xmlChar * ret_val; xmlNode * cur; /* the node being checked */ int n_cur; for (n_cur = 0;n_cur < gen_nb_const_xmlNode_ptr;n_cur++) { mem_base = xmlMemBlocks(); cur = gen_const_xmlNode_ptr(n_cur, 0); ret_val = xmlNodeGetLang((const xmlNode *)cur); desret_xmlChar_ptr(ret_val); call_tests++; des_const_xmlNode_ptr(n_cur, (const xmlNode *)cur, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlNodeGetLang", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_cur); printf("\n"); } } function_tests++; return(test_ret); } static int test_xmlNodeGetSpacePreserve(void) { int test_ret = 0; int mem_base; int ret_val; xmlNode * cur; /* the node being checked */ int n_cur; for (n_cur = 0;n_cur < gen_nb_const_xmlNode_ptr;n_cur++) { mem_base = xmlMemBlocks(); cur = gen_const_xmlNode_ptr(n_cur, 0); ret_val = xmlNodeGetSpacePreserve((const xmlNode *)cur); desret_int(ret_val); call_tests++; des_const_xmlNode_ptr(n_cur, (const xmlNode *)cur, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlNodeGetSpacePreserve", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_cur); printf("\n"); } } function_tests++; return(test_ret); } static int test_xmlNodeIsText(void) { int test_ret = 0; int mem_base; int ret_val; xmlNode * node; /* the node */ int n_node; for (n_node = 0;n_node < gen_nb_const_xmlNode_ptr;n_node++) { mem_base = xmlMemBlocks(); node = gen_const_xmlNode_ptr(n_node, 0); ret_val = xmlNodeIsText((const xmlNode *)node); desret_int(ret_val); call_tests++; des_const_xmlNode_ptr(n_node, (const xmlNode *)node, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlNodeIsText", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_node); printf("\n"); } } function_tests++; return(test_ret); } static int test_xmlNodeListGetRawString(void) { int test_ret = 0; #if defined(LIBXML_TREE_ENABLED) int mem_base; xmlChar * ret_val; xmlDoc * doc; /* the document */ int n_doc; xmlNode * list; /* a Node list */ int n_list; int inLine; /* should we replace entity contents or show their external form */ int n_inLine; for (n_doc = 0;n_doc < gen_nb_const_xmlDoc_ptr;n_doc++) { for (n_list = 0;n_list < gen_nb_const_xmlNode_ptr;n_list++) { for (n_inLine = 0;n_inLine < gen_nb_int;n_inLine++) { mem_base = xmlMemBlocks(); doc = gen_const_xmlDoc_ptr(n_doc, 0); list = gen_const_xmlNode_ptr(n_list, 1); inLine = gen_int(n_inLine, 2); ret_val = xmlNodeListGetRawString((const xmlDoc *)doc, (const xmlNode *)list, inLine); desret_xmlChar_ptr(ret_val); call_tests++; des_const_xmlDoc_ptr(n_doc, (const xmlDoc *)doc, 0); des_const_xmlNode_ptr(n_list, (const xmlNode *)list, 1); des_int(n_inLine, inLine, 2); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlNodeListGetRawString", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_doc); printf(" %d", n_list); printf(" %d", n_inLine); printf("\n"); } } } } function_tests++; #endif return(test_ret); } static int test_xmlNodeListGetString(void) { int test_ret = 0; int mem_base; xmlChar * ret_val; xmlDocPtr doc; /* the document */ int n_doc; xmlNode * list; /* a Node list */ int n_list; int inLine; /* should we replace entity contents or show their external form */ int n_inLine; for (n_doc = 0;n_doc < gen_nb_xmlDocPtr;n_doc++) { for (n_list = 0;n_list < gen_nb_const_xmlNode_ptr;n_list++) { for (n_inLine = 0;n_inLine < gen_nb_int;n_inLine++) { mem_base = xmlMemBlocks(); doc = gen_xmlDocPtr(n_doc, 0); list = gen_const_xmlNode_ptr(n_list, 1); inLine = gen_int(n_inLine, 2); ret_val = xmlNodeListGetString(doc, (const xmlNode *)list, inLine); desret_xmlChar_ptr(ret_val); call_tests++; des_xmlDocPtr(n_doc, doc, 0); des_const_xmlNode_ptr(n_list, (const xmlNode *)list, 1); des_int(n_inLine, inLine, 2); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlNodeListGetString", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_doc); printf(" %d", n_list); printf(" %d", n_inLine); printf("\n"); } } } } function_tests++; return(test_ret); } static int test_xmlNodeSetBase(void) { int test_ret = 0; #if defined(LIBXML_TREE_ENABLED) || defined(LIBXML_XINCLUDE_ENABLED) int mem_base; xmlNodePtr cur; /* the node being changed */ int n_cur; xmlChar * uri; /* the new base URI */ int n_uri; for (n_cur = 0;n_cur < gen_nb_xmlNodePtr;n_cur++) { for (n_uri = 0;n_uri < gen_nb_const_xmlChar_ptr;n_uri++) { mem_base = xmlMemBlocks(); cur = gen_xmlNodePtr(n_cur, 0); uri = gen_const_xmlChar_ptr(n_uri, 1); xmlNodeSetBase(cur, (const xmlChar *)uri); call_tests++; des_xmlNodePtr(n_cur, cur, 0); des_const_xmlChar_ptr(n_uri, (const xmlChar *)uri, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlNodeSetBase", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_cur); printf(" %d", n_uri); printf("\n"); } } } function_tests++; #endif return(test_ret); } static int test_xmlNodeSetContent(void) { int test_ret = 0; int mem_base; xmlNodePtr cur; /* the node being modified */ int n_cur; xmlChar * content; /* the new value of the content */ int n_content; for (n_cur = 0;n_cur < gen_nb_xmlNodePtr;n_cur++) { for (n_content = 0;n_content < gen_nb_const_xmlChar_ptr;n_content++) { mem_base = xmlMemBlocks(); cur = gen_xmlNodePtr(n_cur, 0); content = gen_const_xmlChar_ptr(n_content, 1); xmlNodeSetContent(cur, (const xmlChar *)content); call_tests++; des_xmlNodePtr(n_cur, cur, 0); des_const_xmlChar_ptr(n_content, (const xmlChar *)content, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlNodeSetContent", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_cur); printf(" %d", n_content); printf("\n"); } } } function_tests++; return(test_ret); } static int test_xmlNodeSetContentLen(void) { int test_ret = 0; #if defined(LIBXML_TREE_ENABLED) int mem_base; xmlNodePtr cur; /* the node being modified */ int n_cur; xmlChar * content; /* the new value of the content */ int n_content; int len; /* the size of @content */ int n_len; for (n_cur = 0;n_cur < gen_nb_xmlNodePtr;n_cur++) { for (n_content = 0;n_content < gen_nb_const_xmlChar_ptr;n_content++) { for (n_len = 0;n_len < gen_nb_int;n_len++) { mem_base = xmlMemBlocks(); cur = gen_xmlNodePtr(n_cur, 0); content = gen_const_xmlChar_ptr(n_content, 1); len = gen_int(n_len, 2); if ((content != NULL) && (len > (int) strlen((const char *) content) + 1)) continue; xmlNodeSetContentLen(cur, (const xmlChar *)content, len); call_tests++; des_xmlNodePtr(n_cur, cur, 0); des_const_xmlChar_ptr(n_content, (const xmlChar *)content, 1); des_int(n_len, len, 2); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlNodeSetContentLen", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_cur); printf(" %d", n_content); printf(" %d", n_len); printf("\n"); } } } } function_tests++; #endif return(test_ret); } static int test_xmlNodeSetLang(void) { int test_ret = 0; #if defined(LIBXML_TREE_ENABLED) int mem_base; xmlNodePtr cur; /* the node being changed */ int n_cur; xmlChar * lang; /* the language description */ int n_lang; for (n_cur = 0;n_cur < gen_nb_xmlNodePtr;n_cur++) { for (n_lang = 0;n_lang < gen_nb_const_xmlChar_ptr;n_lang++) { mem_base = xmlMemBlocks(); cur = gen_xmlNodePtr(n_cur, 0); lang = gen_const_xmlChar_ptr(n_lang, 1); xmlNodeSetLang(cur, (const xmlChar *)lang); call_tests++; des_xmlNodePtr(n_cur, cur, 0); des_const_xmlChar_ptr(n_lang, (const xmlChar *)lang, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlNodeSetLang", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_cur); printf(" %d", n_lang); printf("\n"); } } } function_tests++; #endif return(test_ret); } static int test_xmlNodeSetName(void) { int test_ret = 0; #if defined(LIBXML_TREE_ENABLED) int mem_base; xmlNodePtr cur; /* the node being changed */ int n_cur; xmlChar * name; /* the new tag name */ int n_name; for (n_cur = 0;n_cur < gen_nb_xmlNodePtr;n_cur++) { for (n_name = 0;n_name < gen_nb_const_xmlChar_ptr;n_name++) { mem_base = xmlMemBlocks(); cur = gen_xmlNodePtr(n_cur, 0); name = gen_const_xmlChar_ptr(n_name, 1); xmlNodeSetName(cur, (const xmlChar *)name); call_tests++; des_xmlNodePtr(n_cur, cur, 0); des_const_xmlChar_ptr(n_name, (const xmlChar *)name, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlNodeSetName", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_cur); printf(" %d", n_name); printf("\n"); } } } function_tests++; #endif return(test_ret); } static int test_xmlNodeSetSpacePreserve(void) { int test_ret = 0; #if defined(LIBXML_TREE_ENABLED) int mem_base; xmlNodePtr cur; /* the node being changed */ int n_cur; int val; /* the xml:space value ("0": default, 1: "preserve") */ int n_val; for (n_cur = 0;n_cur < gen_nb_xmlNodePtr;n_cur++) { for (n_val = 0;n_val < gen_nb_int;n_val++) { mem_base = xmlMemBlocks(); cur = gen_xmlNodePtr(n_cur, 0); val = gen_int(n_val, 1); xmlNodeSetSpacePreserve(cur, val); call_tests++; des_xmlNodePtr(n_cur, cur, 0); des_int(n_val, val, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlNodeSetSpacePreserve", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_cur); printf(" %d", n_val); printf("\n"); } } } function_tests++; #endif return(test_ret); } static int test_xmlPreviousElementSibling(void) { int test_ret = 0; #if defined(LIBXML_TREE_ENABLED) int mem_base; xmlNodePtr ret_val; xmlNodePtr node; /* the current node */ int n_node; for (n_node = 0;n_node < gen_nb_xmlNodePtr;n_node++) { mem_base = xmlMemBlocks(); node = gen_xmlNodePtr(n_node, 0); ret_val = xmlPreviousElementSibling(node); desret_xmlNodePtr(ret_val); call_tests++; des_xmlNodePtr(n_node, node, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlPreviousElementSibling", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_node); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlReconciliateNs(void) { int test_ret = 0; #if defined(LIBXML_TREE_ENABLED) #ifdef LIBXML_TREE_ENABLED int mem_base; int ret_val; xmlDocPtr doc; /* the document */ int n_doc; xmlNodePtr tree; /* a node defining the subtree to reconciliate */ int n_tree; for (n_doc = 0;n_doc < gen_nb_xmlDocPtr;n_doc++) { for (n_tree = 0;n_tree < gen_nb_xmlNodePtr;n_tree++) { mem_base = xmlMemBlocks(); doc = gen_xmlDocPtr(n_doc, 0); tree = gen_xmlNodePtr(n_tree, 1); ret_val = xmlReconciliateNs(doc, tree); desret_int(ret_val); call_tests++; des_xmlDocPtr(n_doc, doc, 0); des_xmlNodePtr(n_tree, tree, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlReconciliateNs", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_doc); printf(" %d", n_tree); printf("\n"); } } } function_tests++; #endif #endif return(test_ret); } static int test_xmlRemoveProp(void) { int test_ret = 0; int mem_base; int ret_val; xmlAttrPtr cur; /* an attribute */ int n_cur; for (n_cur = 0;n_cur < gen_nb_xmlAttrPtr;n_cur++) { mem_base = xmlMemBlocks(); cur = gen_xmlAttrPtr(n_cur, 0); ret_val = xmlRemoveProp(cur); cur = NULL; desret_int(ret_val); call_tests++; des_xmlAttrPtr(n_cur, cur, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlRemoveProp", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_cur); printf("\n"); } } function_tests++; return(test_ret); } static int test_xmlReplaceNode(void) { int test_ret = 0; #if defined(LIBXML_TREE_ENABLED) || defined(LIBXML_WRITER_ENABLED) int mem_base; xmlNodePtr ret_val; xmlNodePtr old; /* the old node */ int n_old; xmlNodePtr cur; /* the node */ int n_cur; for (n_old = 0;n_old < gen_nb_xmlNodePtr;n_old++) { for (n_cur = 0;n_cur < gen_nb_xmlNodePtr_in;n_cur++) { mem_base = xmlMemBlocks(); old = gen_xmlNodePtr(n_old, 0); cur = gen_xmlNodePtr_in(n_cur, 1); ret_val = xmlReplaceNode(old, cur); if (cur != NULL) { xmlUnlinkNode(cur); xmlFreeNode(cur) ; cur = NULL ; } if (old != NULL) { xmlUnlinkNode(old); xmlFreeNode(old) ; old = NULL ; } ret_val = NULL; desret_xmlNodePtr(ret_val); call_tests++; des_xmlNodePtr(n_old, old, 0); des_xmlNodePtr_in(n_cur, cur, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlReplaceNode", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_old); printf(" %d", n_cur); printf("\n"); } } } function_tests++; #endif return(test_ret); } static int test_xmlSaveFile(void) { int test_ret = 0; #if defined(LIBXML_OUTPUT_ENABLED) int mem_base; int ret_val; const char * filename; /* the filename (or URL) */ int n_filename; xmlDocPtr cur; /* the document */ int n_cur; for (n_filename = 0;n_filename < gen_nb_fileoutput;n_filename++) { for (n_cur = 0;n_cur < gen_nb_xmlDocPtr;n_cur++) { mem_base = xmlMemBlocks(); filename = gen_fileoutput(n_filename, 0); cur = gen_xmlDocPtr(n_cur, 1); ret_val = xmlSaveFile(filename, cur); desret_int(ret_val); call_tests++; des_fileoutput(n_filename, filename, 0); des_xmlDocPtr(n_cur, cur, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlSaveFile", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_filename); printf(" %d", n_cur); printf("\n"); } } } function_tests++; #endif return(test_ret); } static int test_xmlSaveFileEnc(void) { int test_ret = 0; #if defined(LIBXML_OUTPUT_ENABLED) int mem_base; int ret_val; const char * filename; /* the filename (or URL) */ int n_filename; xmlDocPtr cur; /* the document */ int n_cur; char * encoding; /* the name of an encoding (or NULL) */ int n_encoding; for (n_filename = 0;n_filename < gen_nb_fileoutput;n_filename++) { for (n_cur = 0;n_cur < gen_nb_xmlDocPtr;n_cur++) { for (n_encoding = 0;n_encoding < gen_nb_const_char_ptr;n_encoding++) { mem_base = xmlMemBlocks(); filename = gen_fileoutput(n_filename, 0); cur = gen_xmlDocPtr(n_cur, 1); encoding = gen_const_char_ptr(n_encoding, 2); ret_val = xmlSaveFileEnc(filename, cur, (const char *)encoding); desret_int(ret_val); call_tests++; des_fileoutput(n_filename, filename, 0); des_xmlDocPtr(n_cur, cur, 1); des_const_char_ptr(n_encoding, (const char *)encoding, 2); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlSaveFileEnc", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_filename); printf(" %d", n_cur); printf(" %d", n_encoding); printf("\n"); } } } } function_tests++; #endif return(test_ret); } static int test_xmlSaveFileTo(void) { int test_ret = 0; #if defined(LIBXML_OUTPUT_ENABLED) int mem_base; int ret_val; xmlOutputBufferPtr buf; /* an output I/O buffer */ int n_buf; xmlDocPtr cur; /* the document */ int n_cur; char * encoding; /* the encoding if any assuming the I/O layer handles the transcoding */ int n_encoding; for (n_buf = 0;n_buf < gen_nb_xmlOutputBufferPtr;n_buf++) { for (n_cur = 0;n_cur < gen_nb_xmlDocPtr;n_cur++) { for (n_encoding = 0;n_encoding < gen_nb_const_char_ptr;n_encoding++) { mem_base = xmlMemBlocks(); buf = gen_xmlOutputBufferPtr(n_buf, 0); cur = gen_xmlDocPtr(n_cur, 1); encoding = gen_const_char_ptr(n_encoding, 2); ret_val = xmlSaveFileTo(buf, cur, (const char *)encoding); buf = NULL; desret_int(ret_val); call_tests++; des_xmlOutputBufferPtr(n_buf, buf, 0); des_xmlDocPtr(n_cur, cur, 1); des_const_char_ptr(n_encoding, (const char *)encoding, 2); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlSaveFileTo", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_buf); printf(" %d", n_cur); printf(" %d", n_encoding); printf("\n"); } } } } function_tests++; #endif return(test_ret); } static int test_xmlSaveFormatFile(void) { int test_ret = 0; #if defined(LIBXML_OUTPUT_ENABLED) int mem_base; int ret_val; const char * filename; /* the filename (or URL) */ int n_filename; xmlDocPtr cur; /* the document */ int n_cur; int format; /* should formatting spaces been added */ int n_format; for (n_filename = 0;n_filename < gen_nb_fileoutput;n_filename++) { for (n_cur = 0;n_cur < gen_nb_xmlDocPtr;n_cur++) { for (n_format = 0;n_format < gen_nb_int;n_format++) { mem_base = xmlMemBlocks(); filename = gen_fileoutput(n_filename, 0); cur = gen_xmlDocPtr(n_cur, 1); format = gen_int(n_format, 2); ret_val = xmlSaveFormatFile(filename, cur, format); desret_int(ret_val); call_tests++; des_fileoutput(n_filename, filename, 0); des_xmlDocPtr(n_cur, cur, 1); des_int(n_format, format, 2); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlSaveFormatFile", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_filename); printf(" %d", n_cur); printf(" %d", n_format); printf("\n"); } } } } function_tests++; #endif return(test_ret); } static int test_xmlSaveFormatFileEnc(void) { int test_ret = 0; #if defined(LIBXML_OUTPUT_ENABLED) int mem_base; int ret_val; const char * filename; /* the filename or URL to output */ int n_filename; xmlDocPtr cur; /* the document being saved */ int n_cur; char * encoding; /* the name of the encoding to use or NULL. */ int n_encoding; int format; /* should formatting spaces be added. */ int n_format; for (n_filename = 0;n_filename < gen_nb_fileoutput;n_filename++) { for (n_cur = 0;n_cur < gen_nb_xmlDocPtr;n_cur++) { for (n_encoding = 0;n_encoding < gen_nb_const_char_ptr;n_encoding++) { for (n_format = 0;n_format < gen_nb_int;n_format++) { mem_base = xmlMemBlocks(); filename = gen_fileoutput(n_filename, 0); cur = gen_xmlDocPtr(n_cur, 1); encoding = gen_const_char_ptr(n_encoding, 2); format = gen_int(n_format, 3); ret_val = xmlSaveFormatFileEnc(filename, cur, (const char *)encoding, format); desret_int(ret_val); call_tests++; des_fileoutput(n_filename, filename, 0); des_xmlDocPtr(n_cur, cur, 1); des_const_char_ptr(n_encoding, (const char *)encoding, 2); des_int(n_format, format, 3); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlSaveFormatFileEnc", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_filename); printf(" %d", n_cur); printf(" %d", n_encoding); printf(" %d", n_format); printf("\n"); } } } } } function_tests++; #endif return(test_ret); } static int test_xmlSaveFormatFileTo(void) { int test_ret = 0; #if defined(LIBXML_OUTPUT_ENABLED) int mem_base; int ret_val; xmlOutputBufferPtr buf; /* an output I/O buffer */ int n_buf; xmlDocPtr cur; /* the document */ int n_cur; char * encoding; /* the encoding if any assuming the I/O layer handles the transcoding */ int n_encoding; int format; /* should formatting spaces been added */ int n_format; for (n_buf = 0;n_buf < gen_nb_xmlOutputBufferPtr;n_buf++) { for (n_cur = 0;n_cur < gen_nb_xmlDocPtr;n_cur++) { for (n_encoding = 0;n_encoding < gen_nb_const_char_ptr;n_encoding++) { for (n_format = 0;n_format < gen_nb_int;n_format++) { mem_base = xmlMemBlocks(); buf = gen_xmlOutputBufferPtr(n_buf, 0); cur = gen_xmlDocPtr(n_cur, 1); encoding = gen_const_char_ptr(n_encoding, 2); format = gen_int(n_format, 3); ret_val = xmlSaveFormatFileTo(buf, cur, (const char *)encoding, format); buf = NULL; desret_int(ret_val); call_tests++; des_xmlOutputBufferPtr(n_buf, buf, 0); des_xmlDocPtr(n_cur, cur, 1); des_const_char_ptr(n_encoding, (const char *)encoding, 2); des_int(n_format, format, 3); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlSaveFormatFileTo", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_buf); printf(" %d", n_cur); printf(" %d", n_encoding); printf(" %d", n_format); printf("\n"); } } } } } function_tests++; #endif return(test_ret); } static int test_xmlSearchNs(void) { int test_ret = 0; int mem_base; xmlNsPtr ret_val; xmlDocPtr doc; /* the document */ int n_doc; xmlNodePtr node; /* the current node */ int n_node; xmlChar * nameSpace; /* the namespace prefix */ int n_nameSpace; for (n_doc = 0;n_doc < gen_nb_xmlDocPtr;n_doc++) { for (n_node = 0;n_node < gen_nb_xmlNodePtr;n_node++) { for (n_nameSpace = 0;n_nameSpace < gen_nb_const_xmlChar_ptr;n_nameSpace++) { mem_base = xmlMemBlocks(); doc = gen_xmlDocPtr(n_doc, 0); node = gen_xmlNodePtr(n_node, 1); nameSpace = gen_const_xmlChar_ptr(n_nameSpace, 2); ret_val = xmlSearchNs(doc, node, (const xmlChar *)nameSpace); desret_xmlNsPtr(ret_val); call_tests++; des_xmlDocPtr(n_doc, doc, 0); des_xmlNodePtr(n_node, node, 1); des_const_xmlChar_ptr(n_nameSpace, (const xmlChar *)nameSpace, 2); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlSearchNs", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_doc); printf(" %d", n_node); printf(" %d", n_nameSpace); printf("\n"); } } } } function_tests++; return(test_ret); } static int test_xmlSearchNsByHref(void) { int test_ret = 0; int mem_base; xmlNsPtr ret_val; xmlDocPtr doc; /* the document */ int n_doc; xmlNodePtr node; /* the current node */ int n_node; xmlChar * href; /* the namespace value */ int n_href; for (n_doc = 0;n_doc < gen_nb_xmlDocPtr;n_doc++) { for (n_node = 0;n_node < gen_nb_xmlNodePtr;n_node++) { for (n_href = 0;n_href < gen_nb_const_xmlChar_ptr;n_href++) { mem_base = xmlMemBlocks(); doc = gen_xmlDocPtr(n_doc, 0); node = gen_xmlNodePtr(n_node, 1); href = gen_const_xmlChar_ptr(n_href, 2); ret_val = xmlSearchNsByHref(doc, node, (const xmlChar *)href); desret_xmlNsPtr(ret_val); call_tests++; des_xmlDocPtr(n_doc, doc, 0); des_xmlNodePtr(n_node, node, 1); des_const_xmlChar_ptr(n_href, (const xmlChar *)href, 2); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlSearchNsByHref", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_doc); printf(" %d", n_node); printf(" %d", n_href); printf("\n"); } } } } function_tests++; return(test_ret); } static int test_xmlSetBufferAllocationScheme(void) { int test_ret = 0; int mem_base; xmlBufferAllocationScheme scheme; /* allocation method to use */ int n_scheme; for (n_scheme = 0;n_scheme < gen_nb_xmlBufferAllocationScheme;n_scheme++) { mem_base = xmlMemBlocks(); scheme = gen_xmlBufferAllocationScheme(n_scheme, 0); xmlSetBufferAllocationScheme(scheme); call_tests++; des_xmlBufferAllocationScheme(n_scheme, scheme, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlSetBufferAllocationScheme", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_scheme); printf("\n"); } } function_tests++; return(test_ret); } static int test_xmlSetCompressMode(void) { int test_ret = 0; int mem_base; int mode; /* the compression ratio */ int n_mode; for (n_mode = 0;n_mode < gen_nb_int;n_mode++) { mem_base = xmlMemBlocks(); mode = gen_int(n_mode, 0); xmlSetCompressMode(mode); call_tests++; des_int(n_mode, mode, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlSetCompressMode", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_mode); printf("\n"); } } function_tests++; return(test_ret); } static int test_xmlSetDocCompressMode(void) { int test_ret = 0; int mem_base; xmlDocPtr doc; /* the document */ int n_doc; int mode; /* the compression ratio */ int n_mode; for (n_doc = 0;n_doc < gen_nb_xmlDocPtr;n_doc++) { for (n_mode = 0;n_mode < gen_nb_int;n_mode++) { mem_base = xmlMemBlocks(); doc = gen_xmlDocPtr(n_doc, 0); mode = gen_int(n_mode, 1); xmlSetDocCompressMode(doc, mode); call_tests++; des_xmlDocPtr(n_doc, doc, 0); des_int(n_mode, mode, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlSetDocCompressMode", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_doc); printf(" %d", n_mode); printf("\n"); } } } function_tests++; return(test_ret); } static int test_xmlSetNs(void) { int test_ret = 0; int mem_base; xmlNodePtr node; /* a node in the document */ int n_node; xmlNsPtr ns; /* a namespace pointer */ int n_ns; for (n_node = 0;n_node < gen_nb_xmlNodePtr;n_node++) { for (n_ns = 0;n_ns < gen_nb_xmlNsPtr;n_ns++) { mem_base = xmlMemBlocks(); node = gen_xmlNodePtr(n_node, 0); ns = gen_xmlNsPtr(n_ns, 1); xmlSetNs(node, ns); call_tests++; des_xmlNodePtr(n_node, node, 0); des_xmlNsPtr(n_ns, ns, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlSetNs", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_node); printf(" %d", n_ns); printf("\n"); } } } function_tests++; return(test_ret); } static int test_xmlSetNsProp(void) { int test_ret = 0; #if defined(LIBXML_TREE_ENABLED) || defined(LIBXML_XINCLUDE_ENABLED) || defined(LIBXML_SCHEMAS_ENABLED) || defined(LIBXML_HTML_ENABLED) int mem_base; xmlAttrPtr ret_val; xmlNodePtr node; /* the node */ int n_node; xmlNsPtr ns; /* the namespace definition */ int n_ns; xmlChar * name; /* the attribute name */ int n_name; xmlChar * value; /* the attribute value */ int n_value; for (n_node = 0;n_node < gen_nb_xmlNodePtr;n_node++) { for (n_ns = 0;n_ns < gen_nb_xmlNsPtr;n_ns++) { for (n_name = 0;n_name < gen_nb_const_xmlChar_ptr;n_name++) { for (n_value = 0;n_value < gen_nb_const_xmlChar_ptr;n_value++) { mem_base = xmlMemBlocks(); node = gen_xmlNodePtr(n_node, 0); ns = gen_xmlNsPtr(n_ns, 1); name = gen_const_xmlChar_ptr(n_name, 2); value = gen_const_xmlChar_ptr(n_value, 3); ret_val = xmlSetNsProp(node, ns, (const xmlChar *)name, (const xmlChar *)value); desret_xmlAttrPtr(ret_val); call_tests++; des_xmlNodePtr(n_node, node, 0); des_xmlNsPtr(n_ns, ns, 1); des_const_xmlChar_ptr(n_name, (const xmlChar *)name, 2); des_const_xmlChar_ptr(n_value, (const xmlChar *)value, 3); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlSetNsProp", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_node); printf(" %d", n_ns); printf(" %d", n_name); printf(" %d", n_value); printf("\n"); } } } } } function_tests++; #endif return(test_ret); } static int test_xmlSetProp(void) { int test_ret = 0; #if defined(LIBXML_TREE_ENABLED) || defined(LIBXML_XINCLUDE_ENABLED) || defined(LIBXML_SCHEMAS_ENABLED) || defined(LIBXML_HTML_ENABLED) int mem_base; xmlAttrPtr ret_val; xmlNodePtr node; /* the node */ int n_node; xmlChar * name; /* the attribute name (a QName) */ int n_name; xmlChar * value; /* the attribute value */ int n_value; for (n_node = 0;n_node < gen_nb_xmlNodePtr;n_node++) { for (n_name = 0;n_name < gen_nb_const_xmlChar_ptr;n_name++) { for (n_value = 0;n_value < gen_nb_const_xmlChar_ptr;n_value++) { mem_base = xmlMemBlocks(); node = gen_xmlNodePtr(n_node, 0); name = gen_const_xmlChar_ptr(n_name, 1); value = gen_const_xmlChar_ptr(n_value, 2); ret_val = xmlSetProp(node, (const xmlChar *)name, (const xmlChar *)value); desret_xmlAttrPtr(ret_val); call_tests++; des_xmlNodePtr(n_node, node, 0); des_const_xmlChar_ptr(n_name, (const xmlChar *)name, 1); des_const_xmlChar_ptr(n_value, (const xmlChar *)value, 2); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlSetProp", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_node); printf(" %d", n_name); printf(" %d", n_value); printf("\n"); } } } } function_tests++; #endif return(test_ret); } static int test_xmlSplitQName2(void) { int test_ret = 0; int mem_base; xmlChar * ret_val; xmlChar * name; /* the full QName */ int n_name; xmlChar ** prefix; /* a xmlChar ** */ int n_prefix; for (n_name = 0;n_name < gen_nb_const_xmlChar_ptr;n_name++) { for (n_prefix = 0;n_prefix < gen_nb_xmlChar_ptr_ptr;n_prefix++) { mem_base = xmlMemBlocks(); name = gen_const_xmlChar_ptr(n_name, 0); prefix = gen_xmlChar_ptr_ptr(n_prefix, 1); ret_val = xmlSplitQName2((const xmlChar *)name, prefix); desret_xmlChar_ptr(ret_val); call_tests++; des_const_xmlChar_ptr(n_name, (const xmlChar *)name, 0); des_xmlChar_ptr_ptr(n_prefix, prefix, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlSplitQName2", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_name); printf(" %d", n_prefix); printf("\n"); } } } function_tests++; return(test_ret); } static int test_xmlSplitQName3(void) { int test_ret = 0; int mem_base; const xmlChar * ret_val; xmlChar * name; /* the full QName */ int n_name; int * len; /* an int * */ int n_len; for (n_name = 0;n_name < gen_nb_const_xmlChar_ptr;n_name++) { for (n_len = 0;n_len < gen_nb_int_ptr;n_len++) { mem_base = xmlMemBlocks(); name = gen_const_xmlChar_ptr(n_name, 0); len = gen_int_ptr(n_len, 1); ret_val = xmlSplitQName3((const xmlChar *)name, len); desret_const_xmlChar_ptr(ret_val); call_tests++; des_const_xmlChar_ptr(n_name, (const xmlChar *)name, 0); des_int_ptr(n_len, len, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlSplitQName3", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_name); printf(" %d", n_len); printf("\n"); } } } function_tests++; return(test_ret); } static int test_xmlStringGetNodeList(void) { int test_ret = 0; int mem_base; xmlNodePtr ret_val; xmlDoc * doc; /* the document */ int n_doc; xmlChar * value; /* the value of the attribute */ int n_value; for (n_doc = 0;n_doc < gen_nb_const_xmlDoc_ptr;n_doc++) { for (n_value = 0;n_value < gen_nb_const_xmlChar_ptr;n_value++) { mem_base = xmlMemBlocks(); doc = gen_const_xmlDoc_ptr(n_doc, 0); value = gen_const_xmlChar_ptr(n_value, 1); ret_val = xmlStringGetNodeList((const xmlDoc *)doc, (const xmlChar *)value); desret_xmlNodePtr(ret_val); call_tests++; des_const_xmlDoc_ptr(n_doc, (const xmlDoc *)doc, 0); des_const_xmlChar_ptr(n_value, (const xmlChar *)value, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlStringGetNodeList", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_doc); printf(" %d", n_value); printf("\n"); } } } function_tests++; return(test_ret); } static int test_xmlStringLenGetNodeList(void) { int test_ret = 0; int mem_base; xmlNodePtr ret_val; xmlDoc * doc; /* the document */ int n_doc; xmlChar * value; /* the value of the text */ int n_value; int len; /* the length of the string value */ int n_len; for (n_doc = 0;n_doc < gen_nb_const_xmlDoc_ptr;n_doc++) { for (n_value = 0;n_value < gen_nb_const_xmlChar_ptr;n_value++) { for (n_len = 0;n_len < gen_nb_int;n_len++) { mem_base = xmlMemBlocks(); doc = gen_const_xmlDoc_ptr(n_doc, 0); value = gen_const_xmlChar_ptr(n_value, 1); len = gen_int(n_len, 2); if ((value != NULL) && (len > (int) strlen((const char *) value) + 1)) continue; ret_val = xmlStringLenGetNodeList((const xmlDoc *)doc, (const xmlChar *)value, len); desret_xmlNodePtr(ret_val); call_tests++; des_const_xmlDoc_ptr(n_doc, (const xmlDoc *)doc, 0); des_const_xmlChar_ptr(n_value, (const xmlChar *)value, 1); des_int(n_len, len, 2); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlStringLenGetNodeList", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_doc); printf(" %d", n_value); printf(" %d", n_len); printf("\n"); } } } } function_tests++; return(test_ret); } static int test_xmlTextConcat(void) { int test_ret = 0; int mem_base; int ret_val; xmlNodePtr node; /* the node */ int n_node; xmlChar * content; /* the content */ int n_content; int len; /* @content length */ int n_len; for (n_node = 0;n_node < gen_nb_xmlNodePtr;n_node++) { for (n_content = 0;n_content < gen_nb_const_xmlChar_ptr;n_content++) { for (n_len = 0;n_len < gen_nb_int;n_len++) { mem_base = xmlMemBlocks(); node = gen_xmlNodePtr(n_node, 0); content = gen_const_xmlChar_ptr(n_content, 1); len = gen_int(n_len, 2); if ((content != NULL) && (len > (int) strlen((const char *) content) + 1)) continue; ret_val = xmlTextConcat(node, (const xmlChar *)content, len); desret_int(ret_val); call_tests++; des_xmlNodePtr(n_node, node, 0); des_const_xmlChar_ptr(n_content, (const xmlChar *)content, 1); des_int(n_len, len, 2); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlTextConcat", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_node); printf(" %d", n_content); printf(" %d", n_len); printf("\n"); } } } } function_tests++; return(test_ret); } static int test_xmlTextMerge(void) { int test_ret = 0; int mem_base; xmlNodePtr ret_val; xmlNodePtr first; /* the first text node */ int n_first; xmlNodePtr second; /* the second text node being merged */ int n_second; for (n_first = 0;n_first < gen_nb_xmlNodePtr_in;n_first++) { for (n_second = 0;n_second < gen_nb_xmlNodePtr_in;n_second++) { mem_base = xmlMemBlocks(); first = gen_xmlNodePtr_in(n_first, 0); second = gen_xmlNodePtr_in(n_second, 1); ret_val = xmlTextMerge(first, second); if ((first != NULL) && (first->type != XML_TEXT_NODE)) { xmlUnlinkNode(second); xmlFreeNode(second) ; second = NULL ; } desret_xmlNodePtr(ret_val); call_tests++; des_xmlNodePtr_in(n_first, first, 0); des_xmlNodePtr_in(n_second, second, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlTextMerge", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_first); printf(" %d", n_second); printf("\n"); } } } function_tests++; return(test_ret); } static int test_xmlUnsetNsProp(void) { int test_ret = 0; #if defined(LIBXML_TREE_ENABLED) || defined(LIBXML_SCHEMAS_ENABLED) int mem_base; int ret_val; xmlNodePtr node; /* the node */ int n_node; xmlNsPtr ns; /* the namespace definition */ int n_ns; xmlChar * name; /* the attribute name */ int n_name; for (n_node = 0;n_node < gen_nb_xmlNodePtr;n_node++) { for (n_ns = 0;n_ns < gen_nb_xmlNsPtr;n_ns++) { for (n_name = 0;n_name < gen_nb_const_xmlChar_ptr;n_name++) { mem_base = xmlMemBlocks(); node = gen_xmlNodePtr(n_node, 0); ns = gen_xmlNsPtr(n_ns, 1); name = gen_const_xmlChar_ptr(n_name, 2); ret_val = xmlUnsetNsProp(node, ns, (const xmlChar *)name); desret_int(ret_val); call_tests++; des_xmlNodePtr(n_node, node, 0); des_xmlNsPtr(n_ns, ns, 1); des_const_xmlChar_ptr(n_name, (const xmlChar *)name, 2); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlUnsetNsProp", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_node); printf(" %d", n_ns); printf(" %d", n_name); printf("\n"); } } } } function_tests++; #endif return(test_ret); } static int test_xmlUnsetProp(void) { int test_ret = 0; #if defined(LIBXML_TREE_ENABLED) || defined(LIBXML_SCHEMAS_ENABLED) int mem_base; int ret_val; xmlNodePtr node; /* the node */ int n_node; xmlChar * name; /* the attribute name */ int n_name; for (n_node = 0;n_node < gen_nb_xmlNodePtr;n_node++) { for (n_name = 0;n_name < gen_nb_const_xmlChar_ptr;n_name++) { mem_base = xmlMemBlocks(); node = gen_xmlNodePtr(n_node, 0); name = gen_const_xmlChar_ptr(n_name, 1); ret_val = xmlUnsetProp(node, (const xmlChar *)name); desret_int(ret_val); call_tests++; des_xmlNodePtr(n_node, node, 0); des_const_xmlChar_ptr(n_name, (const xmlChar *)name, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlUnsetProp", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_node); printf(" %d", n_name); printf("\n"); } } } function_tests++; #endif return(test_ret); } static int test_xmlValidateNCName(void) { int test_ret = 0; #if defined(LIBXML_TREE_ENABLED) || defined(LIBXML_XPATH_ENABLED) || defined(LIBXML_SCHEMAS_ENABLED) || defined(LIBXML_DEBUG_ENABLED) || defined (LIBXML_HTML_ENABLED) || defined(LIBXML_SAX1_ENABLED) || defined(LIBXML_HTML_ENABLED) || defined(LIBXML_WRITER_ENABLED) || defined(LIBXML_DOCB_ENABLED) || defined(LIBXML_LEGACY_ENABLED) #ifdef LIBXML_TREE_ENABLED int mem_base; int ret_val; xmlChar * value; /* the value to check */ int n_value; int space; /* allow spaces in front and end of the string */ int n_space; for (n_value = 0;n_value < gen_nb_const_xmlChar_ptr;n_value++) { for (n_space = 0;n_space < gen_nb_int;n_space++) { mem_base = xmlMemBlocks(); value = gen_const_xmlChar_ptr(n_value, 0); space = gen_int(n_space, 1); ret_val = xmlValidateNCName((const xmlChar *)value, space); desret_int(ret_val); call_tests++; des_const_xmlChar_ptr(n_value, (const xmlChar *)value, 0); des_int(n_space, space, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlValidateNCName", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_value); printf(" %d", n_space); printf("\n"); } } } function_tests++; #endif #endif return(test_ret); } static int test_xmlValidateNMToken(void) { int test_ret = 0; #if defined(LIBXML_TREE_ENABLED) || defined(LIBXML_SCHEMAS_ENABLED) #ifdef LIBXML_TREE_ENABLED int mem_base; int ret_val; xmlChar * value; /* the value to check */ int n_value; int space; /* allow spaces in front and end of the string */ int n_space; for (n_value = 0;n_value < gen_nb_const_xmlChar_ptr;n_value++) { for (n_space = 0;n_space < gen_nb_int;n_space++) { mem_base = xmlMemBlocks(); value = gen_const_xmlChar_ptr(n_value, 0); space = gen_int(n_space, 1); ret_val = xmlValidateNMToken((const xmlChar *)value, space); desret_int(ret_val); call_tests++; des_const_xmlChar_ptr(n_value, (const xmlChar *)value, 0); des_int(n_space, space, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlValidateNMToken", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_value); printf(" %d", n_space); printf("\n"); } } } function_tests++; #endif #endif return(test_ret); } static int test_xmlValidateName(void) { int test_ret = 0; #if defined(LIBXML_TREE_ENABLED) || defined(LIBXML_SCHEMAS_ENABLED) #ifdef LIBXML_TREE_ENABLED int mem_base; int ret_val; xmlChar * value; /* the value to check */ int n_value; int space; /* allow spaces in front and end of the string */ int n_space; for (n_value = 0;n_value < gen_nb_const_xmlChar_ptr;n_value++) { for (n_space = 0;n_space < gen_nb_int;n_space++) { mem_base = xmlMemBlocks(); value = gen_const_xmlChar_ptr(n_value, 0); space = gen_int(n_space, 1); ret_val = xmlValidateName((const xmlChar *)value, space); desret_int(ret_val); call_tests++; des_const_xmlChar_ptr(n_value, (const xmlChar *)value, 0); des_int(n_space, space, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlValidateName", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_value); printf(" %d", n_space); printf("\n"); } } } function_tests++; #endif #endif return(test_ret); } static int test_xmlValidateQName(void) { int test_ret = 0; #if defined(LIBXML_TREE_ENABLED) || defined(LIBXML_SCHEMAS_ENABLED) #ifdef LIBXML_TREE_ENABLED int mem_base; int ret_val; xmlChar * value; /* the value to check */ int n_value; int space; /* allow spaces in front and end of the string */ int n_space; for (n_value = 0;n_value < gen_nb_const_xmlChar_ptr;n_value++) { for (n_space = 0;n_space < gen_nb_int;n_space++) { mem_base = xmlMemBlocks(); value = gen_const_xmlChar_ptr(n_value, 0); space = gen_int(n_space, 1); ret_val = xmlValidateQName((const xmlChar *)value, space); desret_int(ret_val); call_tests++; des_const_xmlChar_ptr(n_value, (const xmlChar *)value, 0); des_int(n_space, space, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlValidateQName", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_value); printf(" %d", n_space); printf("\n"); } } } function_tests++; #endif #endif return(test_ret); } static int test_tree(void) { int test_ret = 0; if (quiet == 0) printf("Testing tree : 142 of 164 functions ...\n"); test_ret += test_xmlAddChild(); test_ret += test_xmlAddChildList(); test_ret += test_xmlAddNextSibling(); test_ret += test_xmlAddPrevSibling(); test_ret += test_xmlAddSibling(); test_ret += test_xmlAttrSerializeTxtContent(); test_ret += test_xmlBufContent(); test_ret += test_xmlBufEnd(); test_ret += test_xmlBufGetNodeContent(); test_ret += test_xmlBufNodeDump(); test_ret += test_xmlBufShrink(); test_ret += test_xmlBufUse(); test_ret += test_xmlBufferAdd(); test_ret += test_xmlBufferAddHead(); test_ret += test_xmlBufferCCat(); test_ret += test_xmlBufferCat(); test_ret += test_xmlBufferContent(); test_ret += test_xmlBufferCreate(); test_ret += test_xmlBufferCreateSize(); test_ret += test_xmlBufferCreateStatic(); test_ret += test_xmlBufferDetach(); test_ret += test_xmlBufferEmpty(); test_ret += test_xmlBufferGrow(); test_ret += test_xmlBufferLength(); test_ret += test_xmlBufferResize(); test_ret += test_xmlBufferSetAllocationScheme(); test_ret += test_xmlBufferShrink(); test_ret += test_xmlBufferWriteCHAR(); test_ret += test_xmlBufferWriteChar(); test_ret += test_xmlBufferWriteQuotedString(); test_ret += test_xmlBuildQName(); test_ret += test_xmlChildElementCount(); test_ret += test_xmlCopyDoc(); test_ret += test_xmlCopyDtd(); test_ret += test_xmlCopyNamespace(); test_ret += test_xmlCopyNamespaceList(); test_ret += test_xmlCopyNode(); test_ret += test_xmlCopyNodeList(); test_ret += test_xmlCopyProp(); test_ret += test_xmlCopyPropList(); test_ret += test_xmlCreateIntSubset(); test_ret += test_xmlDOMWrapAdoptNode(); test_ret += test_xmlDOMWrapCloneNode(); test_ret += test_xmlDOMWrapNewCtxt(); test_ret += test_xmlDOMWrapReconcileNamespaces(); test_ret += test_xmlDOMWrapRemoveNode(); test_ret += test_xmlDocCopyNode(); test_ret += test_xmlDocCopyNodeList(); test_ret += test_xmlDocDump(); test_ret += test_xmlDocDumpFormatMemory(); test_ret += test_xmlDocDumpFormatMemoryEnc(); test_ret += test_xmlDocDumpMemory(); test_ret += test_xmlDocDumpMemoryEnc(); test_ret += test_xmlDocFormatDump(); test_ret += test_xmlDocGetRootElement(); test_ret += test_xmlDocSetRootElement(); test_ret += test_xmlElemDump(); test_ret += test_xmlFirstElementChild(); test_ret += test_xmlGetBufferAllocationScheme(); test_ret += test_xmlGetCompressMode(); test_ret += test_xmlGetDocCompressMode(); test_ret += test_xmlGetIntSubset(); test_ret += test_xmlGetLastChild(); test_ret += test_xmlGetLineNo(); test_ret += test_xmlGetNoNsProp(); test_ret += test_xmlGetNodePath(); test_ret += test_xmlGetNsList(); test_ret += test_xmlGetNsProp(); test_ret += test_xmlGetProp(); test_ret += test_xmlHasNsProp(); test_ret += test_xmlHasProp(); test_ret += test_xmlIsBlankNode(); test_ret += test_xmlIsXHTML(); test_ret += test_xmlLastElementChild(); test_ret += test_xmlNewCDataBlock(); test_ret += test_xmlNewCharRef(); test_ret += test_xmlNewChild(); test_ret += test_xmlNewComment(); test_ret += test_xmlNewDoc(); test_ret += test_xmlNewDocComment(); test_ret += test_xmlNewDocFragment(); test_ret += test_xmlNewDocNode(); test_ret += test_xmlNewDocNodeEatName(); test_ret += test_xmlNewDocPI(); test_ret += test_xmlNewDocProp(); test_ret += test_xmlNewDocRawNode(); test_ret += test_xmlNewDocText(); test_ret += test_xmlNewDocTextLen(); test_ret += test_xmlNewDtd(); test_ret += test_xmlNewNode(); test_ret += test_xmlNewNodeEatName(); test_ret += test_xmlNewNs(); test_ret += test_xmlNewNsProp(); test_ret += test_xmlNewNsPropEatName(); test_ret += test_xmlNewPI(); test_ret += test_xmlNewProp(); test_ret += test_xmlNewReference(); test_ret += test_xmlNewText(); test_ret += test_xmlNewTextChild(); test_ret += test_xmlNewTextLen(); test_ret += test_xmlNextElementSibling(); test_ret += test_xmlNodeAddContent(); test_ret += test_xmlNodeAddContentLen(); test_ret += test_xmlNodeBufGetContent(); test_ret += test_xmlNodeDump(); test_ret += test_xmlNodeDumpOutput(); test_ret += test_xmlNodeGetBase(); test_ret += test_xmlNodeGetContent(); test_ret += test_xmlNodeGetLang(); test_ret += test_xmlNodeGetSpacePreserve(); test_ret += test_xmlNodeIsText(); test_ret += test_xmlNodeListGetRawString(); test_ret += test_xmlNodeListGetString(); test_ret += test_xmlNodeSetBase(); test_ret += test_xmlNodeSetContent(); test_ret += test_xmlNodeSetContentLen(); test_ret += test_xmlNodeSetLang(); test_ret += test_xmlNodeSetName(); test_ret += test_xmlNodeSetSpacePreserve(); test_ret += test_xmlPreviousElementSibling(); test_ret += test_xmlReconciliateNs(); test_ret += test_xmlRemoveProp(); test_ret += test_xmlReplaceNode(); test_ret += test_xmlSaveFile(); test_ret += test_xmlSaveFileEnc(); test_ret += test_xmlSaveFileTo(); test_ret += test_xmlSaveFormatFile(); test_ret += test_xmlSaveFormatFileEnc(); test_ret += test_xmlSaveFormatFileTo(); test_ret += test_xmlSearchNs(); test_ret += test_xmlSearchNsByHref(); test_ret += test_xmlSetBufferAllocationScheme(); test_ret += test_xmlSetCompressMode(); test_ret += test_xmlSetDocCompressMode(); test_ret += test_xmlSetNs(); test_ret += test_xmlSetNsProp(); test_ret += test_xmlSetProp(); test_ret += test_xmlSplitQName2(); test_ret += test_xmlSplitQName3(); test_ret += test_xmlStringGetNodeList(); test_ret += test_xmlStringLenGetNodeList(); test_ret += test_xmlTextConcat(); test_ret += test_xmlTextMerge(); test_ret += test_xmlUnsetNsProp(); test_ret += test_xmlUnsetProp(); test_ret += test_xmlValidateNCName(); test_ret += test_xmlValidateNMToken(); test_ret += test_xmlValidateName(); test_ret += test_xmlValidateQName(); if (test_ret != 0) printf("Module tree: %d errors\n", test_ret); return(test_ret); } static int test_xmlBuildRelativeURI(void) { int test_ret = 0; int mem_base; xmlChar * ret_val; xmlChar * URI; /* the URI reference under consideration */ int n_URI; xmlChar * base; /* the base value */ int n_base; for (n_URI = 0;n_URI < gen_nb_const_xmlChar_ptr;n_URI++) { for (n_base = 0;n_base < gen_nb_const_xmlChar_ptr;n_base++) { mem_base = xmlMemBlocks(); URI = gen_const_xmlChar_ptr(n_URI, 0); base = gen_const_xmlChar_ptr(n_base, 1); ret_val = xmlBuildRelativeURI((const xmlChar *)URI, (const xmlChar *)base); desret_xmlChar_ptr(ret_val); call_tests++; des_const_xmlChar_ptr(n_URI, (const xmlChar *)URI, 0); des_const_xmlChar_ptr(n_base, (const xmlChar *)base, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlBuildRelativeURI", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_URI); printf(" %d", n_base); printf("\n"); } } } function_tests++; return(test_ret); } static int test_xmlBuildURI(void) { int test_ret = 0; int mem_base; xmlChar * ret_val; xmlChar * URI; /* the URI instance found in the document */ int n_URI; xmlChar * base; /* the base value */ int n_base; for (n_URI = 0;n_URI < gen_nb_const_xmlChar_ptr;n_URI++) { for (n_base = 0;n_base < gen_nb_const_xmlChar_ptr;n_base++) { mem_base = xmlMemBlocks(); URI = gen_const_xmlChar_ptr(n_URI, 0); base = gen_const_xmlChar_ptr(n_base, 1); ret_val = xmlBuildURI((const xmlChar *)URI, (const xmlChar *)base); desret_xmlChar_ptr(ret_val); call_tests++; des_const_xmlChar_ptr(n_URI, (const xmlChar *)URI, 0); des_const_xmlChar_ptr(n_base, (const xmlChar *)base, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlBuildURI", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_URI); printf(" %d", n_base); printf("\n"); } } } function_tests++; return(test_ret); } static int test_xmlCanonicPath(void) { int test_ret = 0; int mem_base; xmlChar * ret_val; xmlChar * path; /* the resource locator in a filesystem notation */ int n_path; for (n_path = 0;n_path < gen_nb_const_xmlChar_ptr;n_path++) { mem_base = xmlMemBlocks(); path = gen_const_xmlChar_ptr(n_path, 0); ret_val = xmlCanonicPath((const xmlChar *)path); desret_xmlChar_ptr(ret_val); call_tests++; des_const_xmlChar_ptr(n_path, (const xmlChar *)path, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlCanonicPath", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_path); printf("\n"); } } function_tests++; return(test_ret); } static int test_xmlCreateURI(void) { int test_ret = 0; /* missing type support */ return(test_ret); } static int test_xmlNormalizeURIPath(void) { int test_ret = 0; int mem_base; int ret_val; char * path; /* pointer to the path string */ int n_path; for (n_path = 0;n_path < gen_nb_char_ptr;n_path++) { mem_base = xmlMemBlocks(); path = gen_char_ptr(n_path, 0); ret_val = xmlNormalizeURIPath(path); desret_int(ret_val); call_tests++; des_char_ptr(n_path, path, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlNormalizeURIPath", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_path); printf("\n"); } } function_tests++; return(test_ret); } static int test_xmlParseURI(void) { int test_ret = 0; /* missing type support */ return(test_ret); } static int test_xmlParseURIRaw(void) { int test_ret = 0; /* missing type support */ return(test_ret); } #define gen_nb_xmlURIPtr 1 static xmlURIPtr gen_xmlURIPtr(int no ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { return(NULL); } static void des_xmlURIPtr(int no ATTRIBUTE_UNUSED, xmlURIPtr val ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { } static int test_xmlParseURIReference(void) { int test_ret = 0; int mem_base; int ret_val; xmlURIPtr uri; /* pointer to an URI structure */ int n_uri; char * str; /* the string to analyze */ int n_str; for (n_uri = 0;n_uri < gen_nb_xmlURIPtr;n_uri++) { for (n_str = 0;n_str < gen_nb_const_char_ptr;n_str++) { mem_base = xmlMemBlocks(); uri = gen_xmlURIPtr(n_uri, 0); str = gen_const_char_ptr(n_str, 1); ret_val = xmlParseURIReference(uri, (const char *)str); desret_int(ret_val); call_tests++; des_xmlURIPtr(n_uri, uri, 0); des_const_char_ptr(n_str, (const char *)str, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlParseURIReference", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_uri); printf(" %d", n_str); printf("\n"); } } } function_tests++; return(test_ret); } static int test_xmlPathToURI(void) { int test_ret = 0; int mem_base; xmlChar * ret_val; xmlChar * path; /* the resource locator in a filesystem notation */ int n_path; for (n_path = 0;n_path < gen_nb_const_xmlChar_ptr;n_path++) { mem_base = xmlMemBlocks(); path = gen_const_xmlChar_ptr(n_path, 0); ret_val = xmlPathToURI((const xmlChar *)path); desret_xmlChar_ptr(ret_val); call_tests++; des_const_xmlChar_ptr(n_path, (const xmlChar *)path, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlPathToURI", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_path); printf("\n"); } } function_tests++; return(test_ret); } static int test_xmlPrintURI(void) { int test_ret = 0; int mem_base; FILE * stream; /* a FILE* for the output */ int n_stream; xmlURIPtr uri; /* pointer to an xmlURI */ int n_uri; for (n_stream = 0;n_stream < gen_nb_FILE_ptr;n_stream++) { for (n_uri = 0;n_uri < gen_nb_xmlURIPtr;n_uri++) { mem_base = xmlMemBlocks(); stream = gen_FILE_ptr(n_stream, 0); uri = gen_xmlURIPtr(n_uri, 1); xmlPrintURI(stream, uri); call_tests++; des_FILE_ptr(n_stream, stream, 0); des_xmlURIPtr(n_uri, uri, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlPrintURI", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_stream); printf(" %d", n_uri); printf("\n"); } } } function_tests++; return(test_ret); } static int test_xmlSaveUri(void) { int test_ret = 0; int mem_base; xmlChar * ret_val; xmlURIPtr uri; /* pointer to an xmlURI */ int n_uri; for (n_uri = 0;n_uri < gen_nb_xmlURIPtr;n_uri++) { mem_base = xmlMemBlocks(); uri = gen_xmlURIPtr(n_uri, 0); ret_val = xmlSaveUri(uri); desret_xmlChar_ptr(ret_val); call_tests++; des_xmlURIPtr(n_uri, uri, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlSaveUri", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_uri); printf("\n"); } } function_tests++; return(test_ret); } static int test_xmlURIEscape(void) { int test_ret = 0; int mem_base; xmlChar * ret_val; xmlChar * str; /* the string of the URI to escape */ int n_str; for (n_str = 0;n_str < gen_nb_const_xmlChar_ptr;n_str++) { mem_base = xmlMemBlocks(); str = gen_const_xmlChar_ptr(n_str, 0); ret_val = xmlURIEscape((const xmlChar *)str); desret_xmlChar_ptr(ret_val); call_tests++; des_const_xmlChar_ptr(n_str, (const xmlChar *)str, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlURIEscape", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_str); printf("\n"); } } function_tests++; return(test_ret); } static int test_xmlURIEscapeStr(void) { int test_ret = 0; int mem_base; xmlChar * ret_val; xmlChar * str; /* string to escape */ int n_str; xmlChar * list; /* exception list string of chars not to escape */ int n_list; for (n_str = 0;n_str < gen_nb_const_xmlChar_ptr;n_str++) { for (n_list = 0;n_list < gen_nb_const_xmlChar_ptr;n_list++) { mem_base = xmlMemBlocks(); str = gen_const_xmlChar_ptr(n_str, 0); list = gen_const_xmlChar_ptr(n_list, 1); ret_val = xmlURIEscapeStr((const xmlChar *)str, (const xmlChar *)list); desret_xmlChar_ptr(ret_val); call_tests++; des_const_xmlChar_ptr(n_str, (const xmlChar *)str, 0); des_const_xmlChar_ptr(n_list, (const xmlChar *)list, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlURIEscapeStr", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_str); printf(" %d", n_list); printf("\n"); } } } function_tests++; return(test_ret); } static int test_xmlURIUnescapeString(void) { int test_ret = 0; /* missing type support */ return(test_ret); } static int test_uri(void) { int test_ret = 0; if (quiet == 0) printf("Testing uri : 10 of 15 functions ...\n"); test_ret += test_xmlBuildRelativeURI(); test_ret += test_xmlBuildURI(); test_ret += test_xmlCanonicPath(); test_ret += test_xmlCreateURI(); test_ret += test_xmlNormalizeURIPath(); test_ret += test_xmlParseURI(); test_ret += test_xmlParseURIRaw(); test_ret += test_xmlParseURIReference(); test_ret += test_xmlPathToURI(); test_ret += test_xmlPrintURI(); test_ret += test_xmlSaveUri(); test_ret += test_xmlURIEscape(); test_ret += test_xmlURIEscapeStr(); test_ret += test_xmlURIUnescapeString(); if (test_ret != 0) printf("Module uri: %d errors\n", test_ret); return(test_ret); } static int test_xmlAddAttributeDecl(void) { int test_ret = 0; int mem_base; xmlAttributePtr ret_val; xmlValidCtxtPtr ctxt; /* the validation context */ int n_ctxt; xmlDtdPtr dtd; /* pointer to the DTD */ int n_dtd; xmlChar * elem; /* the element name */ int n_elem; xmlChar * name; /* the attribute name */ int n_name; xmlChar * ns; /* the attribute namespace prefix */ int n_ns; xmlAttributeType type; /* the attribute type */ int n_type; xmlAttributeDefault def; /* the attribute default type */ int n_def; xmlChar * defaultValue; /* the attribute default value */ int n_defaultValue; xmlEnumerationPtr tree; /* if it's an enumeration, the associated list */ int n_tree; for (n_ctxt = 0;n_ctxt < gen_nb_xmlValidCtxtPtr;n_ctxt++) { for (n_dtd = 0;n_dtd < gen_nb_xmlDtdPtr;n_dtd++) { for (n_elem = 0;n_elem < gen_nb_const_xmlChar_ptr;n_elem++) { for (n_name = 0;n_name < gen_nb_const_xmlChar_ptr;n_name++) { for (n_ns = 0;n_ns < gen_nb_const_xmlChar_ptr;n_ns++) { for (n_type = 0;n_type < gen_nb_xmlAttributeType;n_type++) { for (n_def = 0;n_def < gen_nb_xmlAttributeDefault;n_def++) { for (n_defaultValue = 0;n_defaultValue < gen_nb_const_xmlChar_ptr;n_defaultValue++) { for (n_tree = 0;n_tree < gen_nb_xmlEnumerationPtr;n_tree++) { mem_base = xmlMemBlocks(); ctxt = gen_xmlValidCtxtPtr(n_ctxt, 0); dtd = gen_xmlDtdPtr(n_dtd, 1); elem = gen_const_xmlChar_ptr(n_elem, 2); name = gen_const_xmlChar_ptr(n_name, 3); ns = gen_const_xmlChar_ptr(n_ns, 4); type = gen_xmlAttributeType(n_type, 5); def = gen_xmlAttributeDefault(n_def, 6); defaultValue = gen_const_xmlChar_ptr(n_defaultValue, 7); tree = gen_xmlEnumerationPtr(n_tree, 8); ret_val = xmlAddAttributeDecl(ctxt, dtd, (const xmlChar *)elem, (const xmlChar *)name, (const xmlChar *)ns, type, def, (const xmlChar *)defaultValue, tree); desret_xmlAttributePtr(ret_val); call_tests++; des_xmlValidCtxtPtr(n_ctxt, ctxt, 0); des_xmlDtdPtr(n_dtd, dtd, 1); des_const_xmlChar_ptr(n_elem, (const xmlChar *)elem, 2); des_const_xmlChar_ptr(n_name, (const xmlChar *)name, 3); des_const_xmlChar_ptr(n_ns, (const xmlChar *)ns, 4); des_xmlAttributeType(n_type, type, 5); des_xmlAttributeDefault(n_def, def, 6); des_const_xmlChar_ptr(n_defaultValue, (const xmlChar *)defaultValue, 7); des_xmlEnumerationPtr(n_tree, tree, 8); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlAddAttributeDecl", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf(" %d", n_dtd); printf(" %d", n_elem); printf(" %d", n_name); printf(" %d", n_ns); printf(" %d", n_type); printf(" %d", n_def); printf(" %d", n_defaultValue); printf(" %d", n_tree); printf("\n"); } } } } } } } } } } function_tests++; return(test_ret); } static int test_xmlAddElementDecl(void) { int test_ret = 0; int mem_base; xmlElementPtr ret_val; xmlValidCtxtPtr ctxt; /* the validation context */ int n_ctxt; xmlDtdPtr dtd; /* pointer to the DTD */ int n_dtd; xmlChar * name; /* the entity name */ int n_name; xmlElementTypeVal type; /* the element type */ int n_type; xmlElementContentPtr content; /* the element content tree or NULL */ int n_content; for (n_ctxt = 0;n_ctxt < gen_nb_xmlValidCtxtPtr;n_ctxt++) { for (n_dtd = 0;n_dtd < gen_nb_xmlDtdPtr;n_dtd++) { for (n_name = 0;n_name < gen_nb_const_xmlChar_ptr;n_name++) { for (n_type = 0;n_type < gen_nb_xmlElementTypeVal;n_type++) { for (n_content = 0;n_content < gen_nb_xmlElementContentPtr;n_content++) { mem_base = xmlMemBlocks(); ctxt = gen_xmlValidCtxtPtr(n_ctxt, 0); dtd = gen_xmlDtdPtr(n_dtd, 1); name = gen_const_xmlChar_ptr(n_name, 2); type = gen_xmlElementTypeVal(n_type, 3); content = gen_xmlElementContentPtr(n_content, 4); ret_val = xmlAddElementDecl(ctxt, dtd, (const xmlChar *)name, type, content); desret_xmlElementPtr(ret_val); call_tests++; des_xmlValidCtxtPtr(n_ctxt, ctxt, 0); des_xmlDtdPtr(n_dtd, dtd, 1); des_const_xmlChar_ptr(n_name, (const xmlChar *)name, 2); des_xmlElementTypeVal(n_type, type, 3); des_xmlElementContentPtr(n_content, content, 4); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlAddElementDecl", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf(" %d", n_dtd); printf(" %d", n_name); printf(" %d", n_type); printf(" %d", n_content); printf("\n"); } } } } } } function_tests++; return(test_ret); } static int test_xmlAddID(void) { int test_ret = 0; /* missing type support */ return(test_ret); } static int test_xmlAddNotationDecl(void) { int test_ret = 0; /* missing type support */ return(test_ret); } static int test_xmlAddRef(void) { int test_ret = 0; /* missing type support */ return(test_ret); } static int test_xmlCopyAttributeTable(void) { int test_ret = 0; /* missing type support */ return(test_ret); } static int test_xmlCopyDocElementContent(void) { int test_ret = 0; int mem_base; xmlElementContentPtr ret_val; xmlDocPtr doc; /* the document owning the element declaration */ int n_doc; xmlElementContentPtr cur; /* An element content pointer. */ int n_cur; for (n_doc = 0;n_doc < gen_nb_xmlDocPtr;n_doc++) { for (n_cur = 0;n_cur < gen_nb_xmlElementContentPtr;n_cur++) { mem_base = xmlMemBlocks(); doc = gen_xmlDocPtr(n_doc, 0); cur = gen_xmlElementContentPtr(n_cur, 1); ret_val = xmlCopyDocElementContent(doc, cur); desret_xmlElementContentPtr(ret_val); call_tests++; des_xmlDocPtr(n_doc, doc, 0); des_xmlElementContentPtr(n_cur, cur, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlCopyDocElementContent", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_doc); printf(" %d", n_cur); printf("\n"); } } } function_tests++; return(test_ret); } static int test_xmlCopyElementContent(void) { int test_ret = 0; int mem_base; xmlElementContentPtr ret_val; xmlElementContentPtr cur; /* An element content pointer. */ int n_cur; for (n_cur = 0;n_cur < gen_nb_xmlElementContentPtr;n_cur++) { mem_base = xmlMemBlocks(); cur = gen_xmlElementContentPtr(n_cur, 0); ret_val = xmlCopyElementContent(cur); desret_xmlElementContentPtr(ret_val); call_tests++; des_xmlElementContentPtr(n_cur, cur, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlCopyElementContent", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_cur); printf("\n"); } } function_tests++; return(test_ret); } static int test_xmlCopyElementTable(void) { int test_ret = 0; /* missing type support */ return(test_ret); } static int test_xmlCopyEnumeration(void) { int test_ret = 0; /* missing type support */ return(test_ret); } static int test_xmlCopyNotationTable(void) { int test_ret = 0; /* missing type support */ return(test_ret); } static int test_xmlCreateEnumeration(void) { int test_ret = 0; /* missing type support */ return(test_ret); } #define gen_nb_xmlAttributePtr 1 static xmlAttributePtr gen_xmlAttributePtr(int no ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { return(NULL); } static void des_xmlAttributePtr(int no ATTRIBUTE_UNUSED, xmlAttributePtr val ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { } static int test_xmlDumpAttributeDecl(void) { int test_ret = 0; #if defined(LIBXML_OUTPUT_ENABLED) int mem_base; xmlBufferPtr buf; /* the XML buffer output */ int n_buf; xmlAttributePtr attr; /* An attribute declaration */ int n_attr; for (n_buf = 0;n_buf < gen_nb_xmlBufferPtr;n_buf++) { for (n_attr = 0;n_attr < gen_nb_xmlAttributePtr;n_attr++) { mem_base = xmlMemBlocks(); buf = gen_xmlBufferPtr(n_buf, 0); attr = gen_xmlAttributePtr(n_attr, 1); xmlDumpAttributeDecl(buf, attr); call_tests++; des_xmlBufferPtr(n_buf, buf, 0); des_xmlAttributePtr(n_attr, attr, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlDumpAttributeDecl", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_buf); printf(" %d", n_attr); printf("\n"); } } } function_tests++; #endif return(test_ret); } #define gen_nb_xmlAttributeTablePtr 1 static xmlAttributeTablePtr gen_xmlAttributeTablePtr(int no ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { return(NULL); } static void des_xmlAttributeTablePtr(int no ATTRIBUTE_UNUSED, xmlAttributeTablePtr val ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { } static int test_xmlDumpAttributeTable(void) { int test_ret = 0; #if defined(LIBXML_OUTPUT_ENABLED) int mem_base; xmlBufferPtr buf; /* the XML buffer output */ int n_buf; xmlAttributeTablePtr table; /* An attribute table */ int n_table; for (n_buf = 0;n_buf < gen_nb_xmlBufferPtr;n_buf++) { for (n_table = 0;n_table < gen_nb_xmlAttributeTablePtr;n_table++) { mem_base = xmlMemBlocks(); buf = gen_xmlBufferPtr(n_buf, 0); table = gen_xmlAttributeTablePtr(n_table, 1); xmlDumpAttributeTable(buf, table); call_tests++; des_xmlBufferPtr(n_buf, buf, 0); des_xmlAttributeTablePtr(n_table, table, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlDumpAttributeTable", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_buf); printf(" %d", n_table); printf("\n"); } } } function_tests++; #endif return(test_ret); } #define gen_nb_xmlElementPtr 1 static xmlElementPtr gen_xmlElementPtr(int no ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { return(NULL); } static void des_xmlElementPtr(int no ATTRIBUTE_UNUSED, xmlElementPtr val ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { } static int test_xmlDumpElementDecl(void) { int test_ret = 0; #if defined(LIBXML_OUTPUT_ENABLED) int mem_base; xmlBufferPtr buf; /* the XML buffer output */ int n_buf; xmlElementPtr elem; /* An element table */ int n_elem; for (n_buf = 0;n_buf < gen_nb_xmlBufferPtr;n_buf++) { for (n_elem = 0;n_elem < gen_nb_xmlElementPtr;n_elem++) { mem_base = xmlMemBlocks(); buf = gen_xmlBufferPtr(n_buf, 0); elem = gen_xmlElementPtr(n_elem, 1); xmlDumpElementDecl(buf, elem); call_tests++; des_xmlBufferPtr(n_buf, buf, 0); des_xmlElementPtr(n_elem, elem, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlDumpElementDecl", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_buf); printf(" %d", n_elem); printf("\n"); } } } function_tests++; #endif return(test_ret); } #define gen_nb_xmlElementTablePtr 1 static xmlElementTablePtr gen_xmlElementTablePtr(int no ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { return(NULL); } static void des_xmlElementTablePtr(int no ATTRIBUTE_UNUSED, xmlElementTablePtr val ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { } static int test_xmlDumpElementTable(void) { int test_ret = 0; #if defined(LIBXML_OUTPUT_ENABLED) int mem_base; xmlBufferPtr buf; /* the XML buffer output */ int n_buf; xmlElementTablePtr table; /* An element table */ int n_table; for (n_buf = 0;n_buf < gen_nb_xmlBufferPtr;n_buf++) { for (n_table = 0;n_table < gen_nb_xmlElementTablePtr;n_table++) { mem_base = xmlMemBlocks(); buf = gen_xmlBufferPtr(n_buf, 0); table = gen_xmlElementTablePtr(n_table, 1); xmlDumpElementTable(buf, table); call_tests++; des_xmlBufferPtr(n_buf, buf, 0); des_xmlElementTablePtr(n_table, table, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlDumpElementTable", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_buf); printf(" %d", n_table); printf("\n"); } } } function_tests++; #endif return(test_ret); } #define gen_nb_xmlNotationPtr 1 static xmlNotationPtr gen_xmlNotationPtr(int no ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { return(NULL); } static void des_xmlNotationPtr(int no ATTRIBUTE_UNUSED, xmlNotationPtr val ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { } static int test_xmlDumpNotationDecl(void) { int test_ret = 0; #if defined(LIBXML_OUTPUT_ENABLED) int mem_base; xmlBufferPtr buf; /* the XML buffer output */ int n_buf; xmlNotationPtr nota; /* A notation declaration */ int n_nota; for (n_buf = 0;n_buf < gen_nb_xmlBufferPtr;n_buf++) { for (n_nota = 0;n_nota < gen_nb_xmlNotationPtr;n_nota++) { mem_base = xmlMemBlocks(); buf = gen_xmlBufferPtr(n_buf, 0); nota = gen_xmlNotationPtr(n_nota, 1); xmlDumpNotationDecl(buf, nota); call_tests++; des_xmlBufferPtr(n_buf, buf, 0); des_xmlNotationPtr(n_nota, nota, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlDumpNotationDecl", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_buf); printf(" %d", n_nota); printf("\n"); } } } function_tests++; #endif return(test_ret); } #define gen_nb_xmlNotationTablePtr 1 static xmlNotationTablePtr gen_xmlNotationTablePtr(int no ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { return(NULL); } static void des_xmlNotationTablePtr(int no ATTRIBUTE_UNUSED, xmlNotationTablePtr val ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { } static int test_xmlDumpNotationTable(void) { int test_ret = 0; #if defined(LIBXML_OUTPUT_ENABLED) int mem_base; xmlBufferPtr buf; /* the XML buffer output */ int n_buf; xmlNotationTablePtr table; /* A notation table */ int n_table; for (n_buf = 0;n_buf < gen_nb_xmlBufferPtr;n_buf++) { for (n_table = 0;n_table < gen_nb_xmlNotationTablePtr;n_table++) { mem_base = xmlMemBlocks(); buf = gen_xmlBufferPtr(n_buf, 0); table = gen_xmlNotationTablePtr(n_table, 1); xmlDumpNotationTable(buf, table); call_tests++; des_xmlBufferPtr(n_buf, buf, 0); des_xmlNotationTablePtr(n_table, table, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlDumpNotationTable", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_buf); printf(" %d", n_table); printf("\n"); } } } function_tests++; #endif return(test_ret); } static int test_xmlGetDtdAttrDesc(void) { int test_ret = 0; int mem_base; xmlAttributePtr ret_val; xmlDtdPtr dtd; /* a pointer to the DtD to search */ int n_dtd; xmlChar * elem; /* the element name */ int n_elem; xmlChar * name; /* the attribute name */ int n_name; for (n_dtd = 0;n_dtd < gen_nb_xmlDtdPtr;n_dtd++) { for (n_elem = 0;n_elem < gen_nb_const_xmlChar_ptr;n_elem++) { for (n_name = 0;n_name < gen_nb_const_xmlChar_ptr;n_name++) { mem_base = xmlMemBlocks(); dtd = gen_xmlDtdPtr(n_dtd, 0); elem = gen_const_xmlChar_ptr(n_elem, 1); name = gen_const_xmlChar_ptr(n_name, 2); ret_val = xmlGetDtdAttrDesc(dtd, (const xmlChar *)elem, (const xmlChar *)name); desret_xmlAttributePtr(ret_val); call_tests++; des_xmlDtdPtr(n_dtd, dtd, 0); des_const_xmlChar_ptr(n_elem, (const xmlChar *)elem, 1); des_const_xmlChar_ptr(n_name, (const xmlChar *)name, 2); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlGetDtdAttrDesc", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_dtd); printf(" %d", n_elem); printf(" %d", n_name); printf("\n"); } } } } function_tests++; return(test_ret); } static int test_xmlGetDtdElementDesc(void) { int test_ret = 0; int mem_base; xmlElementPtr ret_val; xmlDtdPtr dtd; /* a pointer to the DtD to search */ int n_dtd; xmlChar * name; /* the element name */ int n_name; for (n_dtd = 0;n_dtd < gen_nb_xmlDtdPtr;n_dtd++) { for (n_name = 0;n_name < gen_nb_const_xmlChar_ptr;n_name++) { mem_base = xmlMemBlocks(); dtd = gen_xmlDtdPtr(n_dtd, 0); name = gen_const_xmlChar_ptr(n_name, 1); ret_val = xmlGetDtdElementDesc(dtd, (const xmlChar *)name); desret_xmlElementPtr(ret_val); call_tests++; des_xmlDtdPtr(n_dtd, dtd, 0); des_const_xmlChar_ptr(n_name, (const xmlChar *)name, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlGetDtdElementDesc", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_dtd); printf(" %d", n_name); printf("\n"); } } } function_tests++; return(test_ret); } static int test_xmlGetDtdNotationDesc(void) { int test_ret = 0; /* missing type support */ return(test_ret); } static int test_xmlGetDtdQAttrDesc(void) { int test_ret = 0; int mem_base; xmlAttributePtr ret_val; xmlDtdPtr dtd; /* a pointer to the DtD to search */ int n_dtd; xmlChar * elem; /* the element name */ int n_elem; xmlChar * name; /* the attribute name */ int n_name; xmlChar * prefix; /* the attribute namespace prefix */ int n_prefix; for (n_dtd = 0;n_dtd < gen_nb_xmlDtdPtr;n_dtd++) { for (n_elem = 0;n_elem < gen_nb_const_xmlChar_ptr;n_elem++) { for (n_name = 0;n_name < gen_nb_const_xmlChar_ptr;n_name++) { for (n_prefix = 0;n_prefix < gen_nb_const_xmlChar_ptr;n_prefix++) { mem_base = xmlMemBlocks(); dtd = gen_xmlDtdPtr(n_dtd, 0); elem = gen_const_xmlChar_ptr(n_elem, 1); name = gen_const_xmlChar_ptr(n_name, 2); prefix = gen_const_xmlChar_ptr(n_prefix, 3); ret_val = xmlGetDtdQAttrDesc(dtd, (const xmlChar *)elem, (const xmlChar *)name, (const xmlChar *)prefix); desret_xmlAttributePtr(ret_val); call_tests++; des_xmlDtdPtr(n_dtd, dtd, 0); des_const_xmlChar_ptr(n_elem, (const xmlChar *)elem, 1); des_const_xmlChar_ptr(n_name, (const xmlChar *)name, 2); des_const_xmlChar_ptr(n_prefix, (const xmlChar *)prefix, 3); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlGetDtdQAttrDesc", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_dtd); printf(" %d", n_elem); printf(" %d", n_name); printf(" %d", n_prefix); printf("\n"); } } } } } function_tests++; return(test_ret); } static int test_xmlGetDtdQElementDesc(void) { int test_ret = 0; int mem_base; xmlElementPtr ret_val; xmlDtdPtr dtd; /* a pointer to the DtD to search */ int n_dtd; xmlChar * name; /* the element name */ int n_name; xmlChar * prefix; /* the element namespace prefix */ int n_prefix; for (n_dtd = 0;n_dtd < gen_nb_xmlDtdPtr;n_dtd++) { for (n_name = 0;n_name < gen_nb_const_xmlChar_ptr;n_name++) { for (n_prefix = 0;n_prefix < gen_nb_const_xmlChar_ptr;n_prefix++) { mem_base = xmlMemBlocks(); dtd = gen_xmlDtdPtr(n_dtd, 0); name = gen_const_xmlChar_ptr(n_name, 1); prefix = gen_const_xmlChar_ptr(n_prefix, 2); ret_val = xmlGetDtdQElementDesc(dtd, (const xmlChar *)name, (const xmlChar *)prefix); desret_xmlElementPtr(ret_val); call_tests++; des_xmlDtdPtr(n_dtd, dtd, 0); des_const_xmlChar_ptr(n_name, (const xmlChar *)name, 1); des_const_xmlChar_ptr(n_prefix, (const xmlChar *)prefix, 2); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlGetDtdQElementDesc", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_dtd); printf(" %d", n_name); printf(" %d", n_prefix); printf("\n"); } } } } function_tests++; return(test_ret); } static int test_xmlGetID(void) { int test_ret = 0; int mem_base; xmlAttrPtr ret_val; xmlDocPtr doc; /* pointer to the document */ int n_doc; xmlChar * ID; /* the ID value */ int n_ID; for (n_doc = 0;n_doc < gen_nb_xmlDocPtr;n_doc++) { for (n_ID = 0;n_ID < gen_nb_const_xmlChar_ptr;n_ID++) { mem_base = xmlMemBlocks(); doc = gen_xmlDocPtr(n_doc, 0); ID = gen_const_xmlChar_ptr(n_ID, 1); ret_val = xmlGetID(doc, (const xmlChar *)ID); desret_xmlAttrPtr(ret_val); call_tests++; des_xmlDocPtr(n_doc, doc, 0); des_const_xmlChar_ptr(n_ID, (const xmlChar *)ID, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlGetID", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_doc); printf(" %d", n_ID); printf("\n"); } } } function_tests++; return(test_ret); } static int test_xmlGetRefs(void) { int test_ret = 0; /* missing type support */ return(test_ret); } static int test_xmlIsID(void) { int test_ret = 0; int mem_base; int ret_val; xmlDocPtr doc; /* the document */ int n_doc; xmlNodePtr elem; /* the element carrying the attribute */ int n_elem; xmlAttrPtr attr; /* the attribute */ int n_attr; for (n_doc = 0;n_doc < gen_nb_xmlDocPtr;n_doc++) { for (n_elem = 0;n_elem < gen_nb_xmlNodePtr;n_elem++) { for (n_attr = 0;n_attr < gen_nb_xmlAttrPtr;n_attr++) { mem_base = xmlMemBlocks(); doc = gen_xmlDocPtr(n_doc, 0); elem = gen_xmlNodePtr(n_elem, 1); attr = gen_xmlAttrPtr(n_attr, 2); ret_val = xmlIsID(doc, elem, attr); desret_int(ret_val); call_tests++; des_xmlDocPtr(n_doc, doc, 0); des_xmlNodePtr(n_elem, elem, 1); des_xmlAttrPtr(n_attr, attr, 2); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlIsID", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_doc); printf(" %d", n_elem); printf(" %d", n_attr); printf("\n"); } } } } function_tests++; return(test_ret); } static int test_xmlIsMixedElement(void) { int test_ret = 0; int mem_base; int ret_val; xmlDocPtr doc; /* the document */ int n_doc; xmlChar * name; /* the element name */ int n_name; for (n_doc = 0;n_doc < gen_nb_xmlDocPtr;n_doc++) { for (n_name = 0;n_name < gen_nb_const_xmlChar_ptr;n_name++) { mem_base = xmlMemBlocks(); doc = gen_xmlDocPtr(n_doc, 0); name = gen_const_xmlChar_ptr(n_name, 1); ret_val = xmlIsMixedElement(doc, (const xmlChar *)name); desret_int(ret_val); call_tests++; des_xmlDocPtr(n_doc, doc, 0); des_const_xmlChar_ptr(n_name, (const xmlChar *)name, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlIsMixedElement", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_doc); printf(" %d", n_name); printf("\n"); } } } function_tests++; return(test_ret); } static int test_xmlIsRef(void) { int test_ret = 0; int mem_base; int ret_val; xmlDocPtr doc; /* the document */ int n_doc; xmlNodePtr elem; /* the element carrying the attribute */ int n_elem; xmlAttrPtr attr; /* the attribute */ int n_attr; for (n_doc = 0;n_doc < gen_nb_xmlDocPtr;n_doc++) { for (n_elem = 0;n_elem < gen_nb_xmlNodePtr;n_elem++) { for (n_attr = 0;n_attr < gen_nb_xmlAttrPtr;n_attr++) { mem_base = xmlMemBlocks(); doc = gen_xmlDocPtr(n_doc, 0); elem = gen_xmlNodePtr(n_elem, 1); attr = gen_xmlAttrPtr(n_attr, 2); ret_val = xmlIsRef(doc, elem, attr); desret_int(ret_val); call_tests++; des_xmlDocPtr(n_doc, doc, 0); des_xmlNodePtr(n_elem, elem, 1); des_xmlAttrPtr(n_attr, attr, 2); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlIsRef", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_doc); printf(" %d", n_elem); printf(" %d", n_attr); printf("\n"); } } } } function_tests++; return(test_ret); } static int test_xmlNewDocElementContent(void) { int test_ret = 0; int mem_base; xmlElementContentPtr ret_val; xmlDocPtr doc; /* the document */ int n_doc; xmlChar * name; /* the subelement name or NULL */ int n_name; xmlElementContentType type; /* the type of element content decl */ int n_type; for (n_doc = 0;n_doc < gen_nb_xmlDocPtr;n_doc++) { for (n_name = 0;n_name < gen_nb_const_xmlChar_ptr;n_name++) { for (n_type = 0;n_type < gen_nb_xmlElementContentType;n_type++) { mem_base = xmlMemBlocks(); doc = gen_xmlDocPtr(n_doc, 0); name = gen_const_xmlChar_ptr(n_name, 1); type = gen_xmlElementContentType(n_type, 2); ret_val = xmlNewDocElementContent(doc, (const xmlChar *)name, type); xmlFreeDocElementContent(doc, ret_val); ret_val = NULL; desret_xmlElementContentPtr(ret_val); call_tests++; des_xmlDocPtr(n_doc, doc, 0); des_const_xmlChar_ptr(n_name, (const xmlChar *)name, 1); des_xmlElementContentType(n_type, type, 2); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlNewDocElementContent", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_doc); printf(" %d", n_name); printf(" %d", n_type); printf("\n"); } } } } function_tests++; return(test_ret); } static int test_xmlNewElementContent(void) { int test_ret = 0; int mem_base; xmlElementContentPtr ret_val; xmlChar * name; /* the subelement name or NULL */ int n_name; xmlElementContentType type; /* the type of element content decl */ int n_type; for (n_name = 0;n_name < gen_nb_const_xmlChar_ptr;n_name++) { for (n_type = 0;n_type < gen_nb_xmlElementContentType;n_type++) { mem_base = xmlMemBlocks(); name = gen_const_xmlChar_ptr(n_name, 0); type = gen_xmlElementContentType(n_type, 1); ret_val = xmlNewElementContent((const xmlChar *)name, type); desret_xmlElementContentPtr(ret_val); call_tests++; des_const_xmlChar_ptr(n_name, (const xmlChar *)name, 0); des_xmlElementContentType(n_type, type, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlNewElementContent", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_name); printf(" %d", n_type); printf("\n"); } } } function_tests++; return(test_ret); } static int test_xmlNewValidCtxt(void) { int test_ret = 0; /* missing type support */ return(test_ret); } static int test_xmlRemoveID(void) { int test_ret = 0; int mem_base; int ret_val; xmlDocPtr doc; /* the document */ int n_doc; xmlAttrPtr attr; /* the attribute */ int n_attr; for (n_doc = 0;n_doc < gen_nb_xmlDocPtr;n_doc++) { for (n_attr = 0;n_attr < gen_nb_xmlAttrPtr;n_attr++) { mem_base = xmlMemBlocks(); doc = gen_xmlDocPtr(n_doc, 0); attr = gen_xmlAttrPtr(n_attr, 1); ret_val = xmlRemoveID(doc, attr); desret_int(ret_val); call_tests++; des_xmlDocPtr(n_doc, doc, 0); des_xmlAttrPtr(n_attr, attr, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlRemoveID", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_doc); printf(" %d", n_attr); printf("\n"); } } } function_tests++; return(test_ret); } static int test_xmlRemoveRef(void) { int test_ret = 0; int mem_base; int ret_val; xmlDocPtr doc; /* the document */ int n_doc; xmlAttrPtr attr; /* the attribute */ int n_attr; for (n_doc = 0;n_doc < gen_nb_xmlDocPtr;n_doc++) { for (n_attr = 0;n_attr < gen_nb_xmlAttrPtr;n_attr++) { mem_base = xmlMemBlocks(); doc = gen_xmlDocPtr(n_doc, 0); attr = gen_xmlAttrPtr(n_attr, 1); ret_val = xmlRemoveRef(doc, attr); desret_int(ret_val); call_tests++; des_xmlDocPtr(n_doc, doc, 0); des_xmlAttrPtr(n_attr, attr, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlRemoveRef", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_doc); printf(" %d", n_attr); printf("\n"); } } } function_tests++; return(test_ret); } static int test_xmlSnprintfElementContent(void) { int test_ret = 0; int mem_base; char * buf; /* an output buffer */ int n_buf; int size; /* the buffer size */ int n_size; xmlElementContentPtr content; /* An element table */ int n_content; int englob; /* 1 if one must print the englobing parenthesis, 0 otherwise */ int n_englob; for (n_buf = 0;n_buf < gen_nb_char_ptr;n_buf++) { for (n_size = 0;n_size < gen_nb_int;n_size++) { for (n_content = 0;n_content < gen_nb_xmlElementContentPtr;n_content++) { for (n_englob = 0;n_englob < gen_nb_int;n_englob++) { mem_base = xmlMemBlocks(); buf = gen_char_ptr(n_buf, 0); size = gen_int(n_size, 1); content = gen_xmlElementContentPtr(n_content, 2); englob = gen_int(n_englob, 3); xmlSnprintfElementContent(buf, size, content, englob); call_tests++; des_char_ptr(n_buf, buf, 0); des_int(n_size, size, 1); des_xmlElementContentPtr(n_content, content, 2); des_int(n_englob, englob, 3); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlSnprintfElementContent", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_buf); printf(" %d", n_size); printf(" %d", n_content); printf(" %d", n_englob); printf("\n"); } } } } } function_tests++; return(test_ret); } static int test_xmlSprintfElementContent(void) { int test_ret = 0; #if defined(LIBXML_OUTPUT_ENABLED) #ifdef LIBXML_OUTPUT_ENABLED int mem_base; char * buf; /* an output buffer */ int n_buf; xmlElementContentPtr content; /* An element table */ int n_content; int englob; /* 1 if one must print the englobing parenthesis, 0 otherwise */ int n_englob; for (n_buf = 0;n_buf < gen_nb_char_ptr;n_buf++) { for (n_content = 0;n_content < gen_nb_xmlElementContentPtr;n_content++) { for (n_englob = 0;n_englob < gen_nb_int;n_englob++) { mem_base = xmlMemBlocks(); buf = gen_char_ptr(n_buf, 0); content = gen_xmlElementContentPtr(n_content, 1); englob = gen_int(n_englob, 2); xmlSprintfElementContent(buf, content, englob); call_tests++; des_char_ptr(n_buf, buf, 0); des_xmlElementContentPtr(n_content, content, 1); des_int(n_englob, englob, 2); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlSprintfElementContent", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_buf); printf(" %d", n_content); printf(" %d", n_englob); printf("\n"); } } } } function_tests++; #endif #endif return(test_ret); } static int test_xmlValidBuildContentModel(void) { int test_ret = 0; #if defined(LIBXML_VALID_ENABLED) && defined(LIBXML_REGEXP_ENABLED) int mem_base; int ret_val; xmlValidCtxtPtr ctxt; /* a validation context */ int n_ctxt; xmlElementPtr elem; /* an element declaration node */ int n_elem; for (n_ctxt = 0;n_ctxt < gen_nb_xmlValidCtxtPtr;n_ctxt++) { for (n_elem = 0;n_elem < gen_nb_xmlElementPtr;n_elem++) { mem_base = xmlMemBlocks(); ctxt = gen_xmlValidCtxtPtr(n_ctxt, 0); elem = gen_xmlElementPtr(n_elem, 1); ret_val = xmlValidBuildContentModel(ctxt, elem); desret_int(ret_val); call_tests++; des_xmlValidCtxtPtr(n_ctxt, ctxt, 0); des_xmlElementPtr(n_elem, elem, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlValidBuildContentModel", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf(" %d", n_elem); printf("\n"); } } } function_tests++; #endif return(test_ret); } static int test_xmlValidCtxtNormalizeAttributeValue(void) { int test_ret = 0; #if defined(LIBXML_VALID_ENABLED) int mem_base; xmlChar * ret_val; xmlValidCtxtPtr ctxt; /* the validation context or NULL */ int n_ctxt; xmlDocPtr doc; /* the document */ int n_doc; xmlNodePtr elem; /* the parent */ int n_elem; xmlChar * name; /* the attribute name */ int n_name; xmlChar * value; /* the attribute value */ int n_value; for (n_ctxt = 0;n_ctxt < gen_nb_xmlValidCtxtPtr;n_ctxt++) { for (n_doc = 0;n_doc < gen_nb_xmlDocPtr;n_doc++) { for (n_elem = 0;n_elem < gen_nb_xmlNodePtr;n_elem++) { for (n_name = 0;n_name < gen_nb_const_xmlChar_ptr;n_name++) { for (n_value = 0;n_value < gen_nb_const_xmlChar_ptr;n_value++) { mem_base = xmlMemBlocks(); ctxt = gen_xmlValidCtxtPtr(n_ctxt, 0); doc = gen_xmlDocPtr(n_doc, 1); elem = gen_xmlNodePtr(n_elem, 2); name = gen_const_xmlChar_ptr(n_name, 3); value = gen_const_xmlChar_ptr(n_value, 4); ret_val = xmlValidCtxtNormalizeAttributeValue(ctxt, doc, elem, (const xmlChar *)name, (const xmlChar *)value); desret_xmlChar_ptr(ret_val); call_tests++; des_xmlValidCtxtPtr(n_ctxt, ctxt, 0); des_xmlDocPtr(n_doc, doc, 1); des_xmlNodePtr(n_elem, elem, 2); des_const_xmlChar_ptr(n_name, (const xmlChar *)name, 3); des_const_xmlChar_ptr(n_value, (const xmlChar *)value, 4); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlValidCtxtNormalizeAttributeValue", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf(" %d", n_doc); printf(" %d", n_elem); printf(" %d", n_name); printf(" %d", n_value); printf("\n"); } } } } } } function_tests++; #endif return(test_ret); } #define gen_nb_xmlElementContent_ptr 1 static xmlElementContent * gen_xmlElementContent_ptr(int no ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { return(NULL); } static void des_xmlElementContent_ptr(int no ATTRIBUTE_UNUSED, xmlElementContent * val ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { } static int test_xmlValidGetPotentialChildren(void) { int test_ret = 0; #if defined(LIBXML_VALID_ENABLED) #ifdef LIBXML_VALID_ENABLED int mem_base; int ret_val; xmlElementContent * ctree; /* an element content tree */ int n_ctree; xmlChar ** names; /* an array to store the list of child names */ int n_names; int * len; /* a pointer to the number of element in the list */ int n_len; int max; /* the size of the array */ int n_max; for (n_ctree = 0;n_ctree < gen_nb_xmlElementContent_ptr;n_ctree++) { for (n_names = 0;n_names < gen_nb_const_xmlChar_ptr_ptr;n_names++) { for (n_len = 0;n_len < gen_nb_int_ptr;n_len++) { for (n_max = 0;n_max < gen_nb_int;n_max++) { mem_base = xmlMemBlocks(); ctree = gen_xmlElementContent_ptr(n_ctree, 0); names = gen_const_xmlChar_ptr_ptr(n_names, 1); len = gen_int_ptr(n_len, 2); max = gen_int(n_max, 3); ret_val = xmlValidGetPotentialChildren(ctree, (const xmlChar **)names, len, max); desret_int(ret_val); call_tests++; des_xmlElementContent_ptr(n_ctree, ctree, 0); des_const_xmlChar_ptr_ptr(n_names, (const xmlChar **)names, 1); des_int_ptr(n_len, len, 2); des_int(n_max, max, 3); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlValidGetPotentialChildren", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctree); printf(" %d", n_names); printf(" %d", n_len); printf(" %d", n_max); printf("\n"); } } } } } function_tests++; #endif #endif return(test_ret); } static int test_xmlValidGetValidElements(void) { int test_ret = 0; #if defined(LIBXML_VALID_ENABLED) #ifdef LIBXML_VALID_ENABLED int mem_base; int ret_val; xmlNode * prev; /* an element to insert after */ int n_prev; xmlNode * next; /* an element to insert next */ int n_next; xmlChar ** names; /* an array to store the list of child names */ int n_names; int max; /* the size of the array */ int n_max; for (n_prev = 0;n_prev < gen_nb_xmlNodePtr;n_prev++) { for (n_next = 0;n_next < gen_nb_xmlNodePtr;n_next++) { for (n_names = 0;n_names < gen_nb_const_xmlChar_ptr_ptr;n_names++) { for (n_max = 0;n_max < gen_nb_int;n_max++) { mem_base = xmlMemBlocks(); prev = gen_xmlNodePtr(n_prev, 0); next = gen_xmlNodePtr(n_next, 1); names = gen_const_xmlChar_ptr_ptr(n_names, 2); max = gen_int(n_max, 3); ret_val = xmlValidGetValidElements(prev, next, (const xmlChar **)names, max); desret_int(ret_val); call_tests++; des_xmlNodePtr(n_prev, prev, 0); des_xmlNodePtr(n_next, next, 1); des_const_xmlChar_ptr_ptr(n_names, (const xmlChar **)names, 2); des_int(n_max, max, 3); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlValidGetValidElements", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_prev); printf(" %d", n_next); printf(" %d", n_names); printf(" %d", n_max); printf("\n"); } } } } } function_tests++; #endif #endif return(test_ret); } static int test_xmlValidNormalizeAttributeValue(void) { int test_ret = 0; #if defined(LIBXML_VALID_ENABLED) int mem_base; xmlChar * ret_val; xmlDocPtr doc; /* the document */ int n_doc; xmlNodePtr elem; /* the parent */ int n_elem; xmlChar * name; /* the attribute name */ int n_name; xmlChar * value; /* the attribute value */ int n_value; for (n_doc = 0;n_doc < gen_nb_xmlDocPtr;n_doc++) { for (n_elem = 0;n_elem < gen_nb_xmlNodePtr;n_elem++) { for (n_name = 0;n_name < gen_nb_const_xmlChar_ptr;n_name++) { for (n_value = 0;n_value < gen_nb_const_xmlChar_ptr;n_value++) { mem_base = xmlMemBlocks(); doc = gen_xmlDocPtr(n_doc, 0); elem = gen_xmlNodePtr(n_elem, 1); name = gen_const_xmlChar_ptr(n_name, 2); value = gen_const_xmlChar_ptr(n_value, 3); ret_val = xmlValidNormalizeAttributeValue(doc, elem, (const xmlChar *)name, (const xmlChar *)value); desret_xmlChar_ptr(ret_val); call_tests++; des_xmlDocPtr(n_doc, doc, 0); des_xmlNodePtr(n_elem, elem, 1); des_const_xmlChar_ptr(n_name, (const xmlChar *)name, 2); des_const_xmlChar_ptr(n_value, (const xmlChar *)value, 3); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlValidNormalizeAttributeValue", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_doc); printf(" %d", n_elem); printf(" %d", n_name); printf(" %d", n_value); printf("\n"); } } } } } function_tests++; #endif return(test_ret); } static int test_xmlValidateAttributeDecl(void) { int test_ret = 0; #if defined(LIBXML_VALID_ENABLED) int mem_base; int ret_val; xmlValidCtxtPtr ctxt; /* the validation context */ int n_ctxt; xmlDocPtr doc; /* a document instance */ int n_doc; xmlAttributePtr attr; /* an attribute definition */ int n_attr; for (n_ctxt = 0;n_ctxt < gen_nb_xmlValidCtxtPtr;n_ctxt++) { for (n_doc = 0;n_doc < gen_nb_xmlDocPtr;n_doc++) { for (n_attr = 0;n_attr < gen_nb_xmlAttributePtr;n_attr++) { mem_base = xmlMemBlocks(); ctxt = gen_xmlValidCtxtPtr(n_ctxt, 0); doc = gen_xmlDocPtr(n_doc, 1); attr = gen_xmlAttributePtr(n_attr, 2); ret_val = xmlValidateAttributeDecl(ctxt, doc, attr); desret_int(ret_val); call_tests++; des_xmlValidCtxtPtr(n_ctxt, ctxt, 0); des_xmlDocPtr(n_doc, doc, 1); des_xmlAttributePtr(n_attr, attr, 2); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlValidateAttributeDecl", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf(" %d", n_doc); printf(" %d", n_attr); printf("\n"); } } } } function_tests++; #endif return(test_ret); } static int test_xmlValidateAttributeValue(void) { int test_ret = 0; #if defined(LIBXML_VALID_ENABLED) int mem_base; int ret_val; xmlAttributeType type; /* an attribute type */ int n_type; xmlChar * value; /* an attribute value */ int n_value; for (n_type = 0;n_type < gen_nb_xmlAttributeType;n_type++) { for (n_value = 0;n_value < gen_nb_const_xmlChar_ptr;n_value++) { mem_base = xmlMemBlocks(); type = gen_xmlAttributeType(n_type, 0); value = gen_const_xmlChar_ptr(n_value, 1); ret_val = xmlValidateAttributeValue(type, (const xmlChar *)value); desret_int(ret_val); call_tests++; des_xmlAttributeType(n_type, type, 0); des_const_xmlChar_ptr(n_value, (const xmlChar *)value, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlValidateAttributeValue", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_type); printf(" %d", n_value); printf("\n"); } } } function_tests++; #endif return(test_ret); } static int test_xmlValidateDocument(void) { int test_ret = 0; #if defined(LIBXML_VALID_ENABLED) int mem_base; int ret_val; xmlValidCtxtPtr ctxt; /* the validation context */ int n_ctxt; xmlDocPtr doc; /* a document instance */ int n_doc; for (n_ctxt = 0;n_ctxt < gen_nb_xmlValidCtxtPtr;n_ctxt++) { for (n_doc = 0;n_doc < gen_nb_xmlDocPtr;n_doc++) { mem_base = xmlMemBlocks(); ctxt = gen_xmlValidCtxtPtr(n_ctxt, 0); doc = gen_xmlDocPtr(n_doc, 1); ret_val = xmlValidateDocument(ctxt, doc); desret_int(ret_val); call_tests++; des_xmlValidCtxtPtr(n_ctxt, ctxt, 0); des_xmlDocPtr(n_doc, doc, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlValidateDocument", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf(" %d", n_doc); printf("\n"); } } } function_tests++; #endif return(test_ret); } static int test_xmlValidateDocumentFinal(void) { int test_ret = 0; #if defined(LIBXML_VALID_ENABLED) int mem_base; int ret_val; xmlValidCtxtPtr ctxt; /* the validation context */ int n_ctxt; xmlDocPtr doc; /* a document instance */ int n_doc; for (n_ctxt = 0;n_ctxt < gen_nb_xmlValidCtxtPtr;n_ctxt++) { for (n_doc = 0;n_doc < gen_nb_xmlDocPtr;n_doc++) { mem_base = xmlMemBlocks(); ctxt = gen_xmlValidCtxtPtr(n_ctxt, 0); doc = gen_xmlDocPtr(n_doc, 1); ret_val = xmlValidateDocumentFinal(ctxt, doc); desret_int(ret_val); call_tests++; des_xmlValidCtxtPtr(n_ctxt, ctxt, 0); des_xmlDocPtr(n_doc, doc, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlValidateDocumentFinal", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf(" %d", n_doc); printf("\n"); } } } function_tests++; #endif return(test_ret); } static int test_xmlValidateDtd(void) { int test_ret = 0; #if defined(LIBXML_VALID_ENABLED) int mem_base; int ret_val; xmlValidCtxtPtr ctxt; /* the validation context */ int n_ctxt; xmlDocPtr doc; /* a document instance */ int n_doc; xmlDtdPtr dtd; /* a dtd instance */ int n_dtd; for (n_ctxt = 0;n_ctxt < gen_nb_xmlValidCtxtPtr;n_ctxt++) { for (n_doc = 0;n_doc < gen_nb_xmlDocPtr;n_doc++) { for (n_dtd = 0;n_dtd < gen_nb_xmlDtdPtr;n_dtd++) { mem_base = xmlMemBlocks(); ctxt = gen_xmlValidCtxtPtr(n_ctxt, 0); doc = gen_xmlDocPtr(n_doc, 1); dtd = gen_xmlDtdPtr(n_dtd, 2); ret_val = xmlValidateDtd(ctxt, doc, dtd); desret_int(ret_val); call_tests++; des_xmlValidCtxtPtr(n_ctxt, ctxt, 0); des_xmlDocPtr(n_doc, doc, 1); des_xmlDtdPtr(n_dtd, dtd, 2); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlValidateDtd", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf(" %d", n_doc); printf(" %d", n_dtd); printf("\n"); } } } } function_tests++; #endif return(test_ret); } static int test_xmlValidateDtdFinal(void) { int test_ret = 0; #if defined(LIBXML_VALID_ENABLED) int mem_base; int ret_val; xmlValidCtxtPtr ctxt; /* the validation context */ int n_ctxt; xmlDocPtr doc; /* a document instance */ int n_doc; for (n_ctxt = 0;n_ctxt < gen_nb_xmlValidCtxtPtr;n_ctxt++) { for (n_doc = 0;n_doc < gen_nb_xmlDocPtr;n_doc++) { mem_base = xmlMemBlocks(); ctxt = gen_xmlValidCtxtPtr(n_ctxt, 0); doc = gen_xmlDocPtr(n_doc, 1); ret_val = xmlValidateDtdFinal(ctxt, doc); desret_int(ret_val); call_tests++; des_xmlValidCtxtPtr(n_ctxt, ctxt, 0); des_xmlDocPtr(n_doc, doc, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlValidateDtdFinal", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf(" %d", n_doc); printf("\n"); } } } function_tests++; #endif return(test_ret); } static int test_xmlValidateElement(void) { int test_ret = 0; #if defined(LIBXML_VALID_ENABLED) int mem_base; int ret_val; xmlValidCtxtPtr ctxt; /* the validation context */ int n_ctxt; xmlDocPtr doc; /* a document instance */ int n_doc; xmlNodePtr elem; /* an element instance */ int n_elem; for (n_ctxt = 0;n_ctxt < gen_nb_xmlValidCtxtPtr;n_ctxt++) { for (n_doc = 0;n_doc < gen_nb_xmlDocPtr;n_doc++) { for (n_elem = 0;n_elem < gen_nb_xmlNodePtr;n_elem++) { mem_base = xmlMemBlocks(); ctxt = gen_xmlValidCtxtPtr(n_ctxt, 0); doc = gen_xmlDocPtr(n_doc, 1); elem = gen_xmlNodePtr(n_elem, 2); ret_val = xmlValidateElement(ctxt, doc, elem); desret_int(ret_val); call_tests++; des_xmlValidCtxtPtr(n_ctxt, ctxt, 0); des_xmlDocPtr(n_doc, doc, 1); des_xmlNodePtr(n_elem, elem, 2); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlValidateElement", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf(" %d", n_doc); printf(" %d", n_elem); printf("\n"); } } } } function_tests++; #endif return(test_ret); } static int test_xmlValidateElementDecl(void) { int test_ret = 0; #if defined(LIBXML_VALID_ENABLED) int mem_base; int ret_val; xmlValidCtxtPtr ctxt; /* the validation context */ int n_ctxt; xmlDocPtr doc; /* a document instance */ int n_doc; xmlElementPtr elem; /* an element definition */ int n_elem; for (n_ctxt = 0;n_ctxt < gen_nb_xmlValidCtxtPtr;n_ctxt++) { for (n_doc = 0;n_doc < gen_nb_xmlDocPtr;n_doc++) { for (n_elem = 0;n_elem < gen_nb_xmlElementPtr;n_elem++) { mem_base = xmlMemBlocks(); ctxt = gen_xmlValidCtxtPtr(n_ctxt, 0); doc = gen_xmlDocPtr(n_doc, 1); elem = gen_xmlElementPtr(n_elem, 2); ret_val = xmlValidateElementDecl(ctxt, doc, elem); desret_int(ret_val); call_tests++; des_xmlValidCtxtPtr(n_ctxt, ctxt, 0); des_xmlDocPtr(n_doc, doc, 1); des_xmlElementPtr(n_elem, elem, 2); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlValidateElementDecl", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf(" %d", n_doc); printf(" %d", n_elem); printf("\n"); } } } } function_tests++; #endif return(test_ret); } static int test_xmlValidateNameValue(void) { int test_ret = 0; #if defined(LIBXML_VALID_ENABLED) int mem_base; int ret_val; xmlChar * value; /* an Name value */ int n_value; for (n_value = 0;n_value < gen_nb_const_xmlChar_ptr;n_value++) { mem_base = xmlMemBlocks(); value = gen_const_xmlChar_ptr(n_value, 0); ret_val = xmlValidateNameValue((const xmlChar *)value); desret_int(ret_val); call_tests++; des_const_xmlChar_ptr(n_value, (const xmlChar *)value, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlValidateNameValue", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_value); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlValidateNamesValue(void) { int test_ret = 0; #if defined(LIBXML_VALID_ENABLED) int mem_base; int ret_val; xmlChar * value; /* an Names value */ int n_value; for (n_value = 0;n_value < gen_nb_const_xmlChar_ptr;n_value++) { mem_base = xmlMemBlocks(); value = gen_const_xmlChar_ptr(n_value, 0); ret_val = xmlValidateNamesValue((const xmlChar *)value); desret_int(ret_val); call_tests++; des_const_xmlChar_ptr(n_value, (const xmlChar *)value, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlValidateNamesValue", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_value); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlValidateNmtokenValue(void) { int test_ret = 0; #if defined(LIBXML_VALID_ENABLED) int mem_base; int ret_val; xmlChar * value; /* an Nmtoken value */ int n_value; for (n_value = 0;n_value < gen_nb_const_xmlChar_ptr;n_value++) { mem_base = xmlMemBlocks(); value = gen_const_xmlChar_ptr(n_value, 0); ret_val = xmlValidateNmtokenValue((const xmlChar *)value); desret_int(ret_val); call_tests++; des_const_xmlChar_ptr(n_value, (const xmlChar *)value, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlValidateNmtokenValue", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_value); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlValidateNmtokensValue(void) { int test_ret = 0; #if defined(LIBXML_VALID_ENABLED) int mem_base; int ret_val; xmlChar * value; /* an Nmtokens value */ int n_value; for (n_value = 0;n_value < gen_nb_const_xmlChar_ptr;n_value++) { mem_base = xmlMemBlocks(); value = gen_const_xmlChar_ptr(n_value, 0); ret_val = xmlValidateNmtokensValue((const xmlChar *)value); desret_int(ret_val); call_tests++; des_const_xmlChar_ptr(n_value, (const xmlChar *)value, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlValidateNmtokensValue", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_value); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlValidateNotationDecl(void) { int test_ret = 0; #if defined(LIBXML_VALID_ENABLED) int mem_base; int ret_val; xmlValidCtxtPtr ctxt; /* the validation context */ int n_ctxt; xmlDocPtr doc; /* a document instance */ int n_doc; xmlNotationPtr nota; /* a notation definition */ int n_nota; for (n_ctxt = 0;n_ctxt < gen_nb_xmlValidCtxtPtr;n_ctxt++) { for (n_doc = 0;n_doc < gen_nb_xmlDocPtr;n_doc++) { for (n_nota = 0;n_nota < gen_nb_xmlNotationPtr;n_nota++) { mem_base = xmlMemBlocks(); ctxt = gen_xmlValidCtxtPtr(n_ctxt, 0); doc = gen_xmlDocPtr(n_doc, 1); nota = gen_xmlNotationPtr(n_nota, 2); ret_val = xmlValidateNotationDecl(ctxt, doc, nota); desret_int(ret_val); call_tests++; des_xmlValidCtxtPtr(n_ctxt, ctxt, 0); des_xmlDocPtr(n_doc, doc, 1); des_xmlNotationPtr(n_nota, nota, 2); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlValidateNotationDecl", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf(" %d", n_doc); printf(" %d", n_nota); printf("\n"); } } } } function_tests++; #endif return(test_ret); } static int test_xmlValidateNotationUse(void) { int test_ret = 0; #if defined(LIBXML_VALID_ENABLED) || defined(LIBXML_SCHEMAS_ENABLED) int mem_base; int ret_val; xmlValidCtxtPtr ctxt; /* the validation context */ int n_ctxt; xmlDocPtr doc; /* the document */ int n_doc; xmlChar * notationName; /* the notation name to check */ int n_notationName; for (n_ctxt = 0;n_ctxt < gen_nb_xmlValidCtxtPtr;n_ctxt++) { for (n_doc = 0;n_doc < gen_nb_xmlDocPtr;n_doc++) { for (n_notationName = 0;n_notationName < gen_nb_const_xmlChar_ptr;n_notationName++) { mem_base = xmlMemBlocks(); ctxt = gen_xmlValidCtxtPtr(n_ctxt, 0); doc = gen_xmlDocPtr(n_doc, 1); notationName = gen_const_xmlChar_ptr(n_notationName, 2); ret_val = xmlValidateNotationUse(ctxt, doc, (const xmlChar *)notationName); desret_int(ret_val); call_tests++; des_xmlValidCtxtPtr(n_ctxt, ctxt, 0); des_xmlDocPtr(n_doc, doc, 1); des_const_xmlChar_ptr(n_notationName, (const xmlChar *)notationName, 2); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlValidateNotationUse", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf(" %d", n_doc); printf(" %d", n_notationName); printf("\n"); } } } } function_tests++; #endif return(test_ret); } static int test_xmlValidateOneAttribute(void) { int test_ret = 0; #if defined(LIBXML_VALID_ENABLED) int mem_base; int ret_val; xmlValidCtxtPtr ctxt; /* the validation context */ int n_ctxt; xmlDocPtr doc; /* a document instance */ int n_doc; xmlNodePtr elem; /* an element instance */ int n_elem; xmlAttrPtr attr; /* an attribute instance */ int n_attr; xmlChar * value; /* the attribute value (without entities processing) */ int n_value; for (n_ctxt = 0;n_ctxt < gen_nb_xmlValidCtxtPtr;n_ctxt++) { for (n_doc = 0;n_doc < gen_nb_xmlDocPtr;n_doc++) { for (n_elem = 0;n_elem < gen_nb_xmlNodePtr;n_elem++) { for (n_attr = 0;n_attr < gen_nb_xmlAttrPtr;n_attr++) { for (n_value = 0;n_value < gen_nb_const_xmlChar_ptr;n_value++) { mem_base = xmlMemBlocks(); ctxt = gen_xmlValidCtxtPtr(n_ctxt, 0); doc = gen_xmlDocPtr(n_doc, 1); elem = gen_xmlNodePtr(n_elem, 2); attr = gen_xmlAttrPtr(n_attr, 3); value = gen_const_xmlChar_ptr(n_value, 4); ret_val = xmlValidateOneAttribute(ctxt, doc, elem, attr, (const xmlChar *)value); desret_int(ret_val); call_tests++; des_xmlValidCtxtPtr(n_ctxt, ctxt, 0); des_xmlDocPtr(n_doc, doc, 1); des_xmlNodePtr(n_elem, elem, 2); des_xmlAttrPtr(n_attr, attr, 3); des_const_xmlChar_ptr(n_value, (const xmlChar *)value, 4); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlValidateOneAttribute", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf(" %d", n_doc); printf(" %d", n_elem); printf(" %d", n_attr); printf(" %d", n_value); printf("\n"); } } } } } } function_tests++; #endif return(test_ret); } static int test_xmlValidateOneElement(void) { int test_ret = 0; #if defined(LIBXML_VALID_ENABLED) int mem_base; int ret_val; xmlValidCtxtPtr ctxt; /* the validation context */ int n_ctxt; xmlDocPtr doc; /* a document instance */ int n_doc; xmlNodePtr elem; /* an element instance */ int n_elem; for (n_ctxt = 0;n_ctxt < gen_nb_xmlValidCtxtPtr;n_ctxt++) { for (n_doc = 0;n_doc < gen_nb_xmlDocPtr;n_doc++) { for (n_elem = 0;n_elem < gen_nb_xmlNodePtr;n_elem++) { mem_base = xmlMemBlocks(); ctxt = gen_xmlValidCtxtPtr(n_ctxt, 0); doc = gen_xmlDocPtr(n_doc, 1); elem = gen_xmlNodePtr(n_elem, 2); ret_val = xmlValidateOneElement(ctxt, doc, elem); desret_int(ret_val); call_tests++; des_xmlValidCtxtPtr(n_ctxt, ctxt, 0); des_xmlDocPtr(n_doc, doc, 1); des_xmlNodePtr(n_elem, elem, 2); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlValidateOneElement", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf(" %d", n_doc); printf(" %d", n_elem); printf("\n"); } } } } function_tests++; #endif return(test_ret); } static int test_xmlValidateOneNamespace(void) { int test_ret = 0; #if defined(LIBXML_VALID_ENABLED) int mem_base; int ret_val; xmlValidCtxtPtr ctxt; /* the validation context */ int n_ctxt; xmlDocPtr doc; /* a document instance */ int n_doc; xmlNodePtr elem; /* an element instance */ int n_elem; xmlChar * prefix; /* the namespace prefix */ int n_prefix; xmlNsPtr ns; /* an namespace declaration instance */ int n_ns; xmlChar * value; /* the attribute value (without entities processing) */ int n_value; for (n_ctxt = 0;n_ctxt < gen_nb_xmlValidCtxtPtr;n_ctxt++) { for (n_doc = 0;n_doc < gen_nb_xmlDocPtr;n_doc++) { for (n_elem = 0;n_elem < gen_nb_xmlNodePtr;n_elem++) { for (n_prefix = 0;n_prefix < gen_nb_const_xmlChar_ptr;n_prefix++) { for (n_ns = 0;n_ns < gen_nb_xmlNsPtr;n_ns++) { for (n_value = 0;n_value < gen_nb_const_xmlChar_ptr;n_value++) { mem_base = xmlMemBlocks(); ctxt = gen_xmlValidCtxtPtr(n_ctxt, 0); doc = gen_xmlDocPtr(n_doc, 1); elem = gen_xmlNodePtr(n_elem, 2); prefix = gen_const_xmlChar_ptr(n_prefix, 3); ns = gen_xmlNsPtr(n_ns, 4); value = gen_const_xmlChar_ptr(n_value, 5); ret_val = xmlValidateOneNamespace(ctxt, doc, elem, (const xmlChar *)prefix, ns, (const xmlChar *)value); desret_int(ret_val); call_tests++; des_xmlValidCtxtPtr(n_ctxt, ctxt, 0); des_xmlDocPtr(n_doc, doc, 1); des_xmlNodePtr(n_elem, elem, 2); des_const_xmlChar_ptr(n_prefix, (const xmlChar *)prefix, 3); des_xmlNsPtr(n_ns, ns, 4); des_const_xmlChar_ptr(n_value, (const xmlChar *)value, 5); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlValidateOneNamespace", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf(" %d", n_doc); printf(" %d", n_elem); printf(" %d", n_prefix); printf(" %d", n_ns); printf(" %d", n_value); printf("\n"); } } } } } } } function_tests++; #endif return(test_ret); } static int test_xmlValidatePopElement(void) { int test_ret = 0; #if defined(LIBXML_VALID_ENABLED) && defined(LIBXML_REGEXP_ENABLED) int mem_base; int ret_val; xmlValidCtxtPtr ctxt; /* the validation context */ int n_ctxt; xmlDocPtr doc; /* a document instance */ int n_doc; xmlNodePtr elem; /* an element instance */ int n_elem; xmlChar * qname; /* the qualified name as appearing in the serialization */ int n_qname; for (n_ctxt = 0;n_ctxt < gen_nb_xmlValidCtxtPtr;n_ctxt++) { for (n_doc = 0;n_doc < gen_nb_xmlDocPtr;n_doc++) { for (n_elem = 0;n_elem < gen_nb_xmlNodePtr;n_elem++) { for (n_qname = 0;n_qname < gen_nb_const_xmlChar_ptr;n_qname++) { mem_base = xmlMemBlocks(); ctxt = gen_xmlValidCtxtPtr(n_ctxt, 0); doc = gen_xmlDocPtr(n_doc, 1); elem = gen_xmlNodePtr(n_elem, 2); qname = gen_const_xmlChar_ptr(n_qname, 3); ret_val = xmlValidatePopElement(ctxt, doc, elem, (const xmlChar *)qname); desret_int(ret_val); call_tests++; des_xmlValidCtxtPtr(n_ctxt, ctxt, 0); des_xmlDocPtr(n_doc, doc, 1); des_xmlNodePtr(n_elem, elem, 2); des_const_xmlChar_ptr(n_qname, (const xmlChar *)qname, 3); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlValidatePopElement", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf(" %d", n_doc); printf(" %d", n_elem); printf(" %d", n_qname); printf("\n"); } } } } } function_tests++; #endif return(test_ret); } static int test_xmlValidatePushCData(void) { int test_ret = 0; #if defined(LIBXML_VALID_ENABLED) && defined(LIBXML_REGEXP_ENABLED) int mem_base; int ret_val; xmlValidCtxtPtr ctxt; /* the validation context */ int n_ctxt; xmlChar * data; /* some character data read */ int n_data; int len; /* the length of the data */ int n_len; for (n_ctxt = 0;n_ctxt < gen_nb_xmlValidCtxtPtr;n_ctxt++) { for (n_data = 0;n_data < gen_nb_const_xmlChar_ptr;n_data++) { for (n_len = 0;n_len < gen_nb_int;n_len++) { mem_base = xmlMemBlocks(); ctxt = gen_xmlValidCtxtPtr(n_ctxt, 0); data = gen_const_xmlChar_ptr(n_data, 1); len = gen_int(n_len, 2); if ((data != NULL) && (len > (int) strlen((const char *) data) + 1)) continue; ret_val = xmlValidatePushCData(ctxt, (const xmlChar *)data, len); desret_int(ret_val); call_tests++; des_xmlValidCtxtPtr(n_ctxt, ctxt, 0); des_const_xmlChar_ptr(n_data, (const xmlChar *)data, 1); des_int(n_len, len, 2); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlValidatePushCData", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf(" %d", n_data); printf(" %d", n_len); printf("\n"); } } } } function_tests++; #endif return(test_ret); } static int test_xmlValidatePushElement(void) { int test_ret = 0; #if defined(LIBXML_VALID_ENABLED) && defined(LIBXML_REGEXP_ENABLED) int mem_base; int ret_val; xmlValidCtxtPtr ctxt; /* the validation context */ int n_ctxt; xmlDocPtr doc; /* a document instance */ int n_doc; xmlNodePtr elem; /* an element instance */ int n_elem; xmlChar * qname; /* the qualified name as appearing in the serialization */ int n_qname; for (n_ctxt = 0;n_ctxt < gen_nb_xmlValidCtxtPtr;n_ctxt++) { for (n_doc = 0;n_doc < gen_nb_xmlDocPtr;n_doc++) { for (n_elem = 0;n_elem < gen_nb_xmlNodePtr;n_elem++) { for (n_qname = 0;n_qname < gen_nb_const_xmlChar_ptr;n_qname++) { mem_base = xmlMemBlocks(); ctxt = gen_xmlValidCtxtPtr(n_ctxt, 0); doc = gen_xmlDocPtr(n_doc, 1); elem = gen_xmlNodePtr(n_elem, 2); qname = gen_const_xmlChar_ptr(n_qname, 3); ret_val = xmlValidatePushElement(ctxt, doc, elem, (const xmlChar *)qname); desret_int(ret_val); call_tests++; des_xmlValidCtxtPtr(n_ctxt, ctxt, 0); des_xmlDocPtr(n_doc, doc, 1); des_xmlNodePtr(n_elem, elem, 2); des_const_xmlChar_ptr(n_qname, (const xmlChar *)qname, 3); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlValidatePushElement", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf(" %d", n_doc); printf(" %d", n_elem); printf(" %d", n_qname); printf("\n"); } } } } } function_tests++; #endif return(test_ret); } static int test_xmlValidateRoot(void) { int test_ret = 0; #if defined(LIBXML_VALID_ENABLED) int mem_base; int ret_val; xmlValidCtxtPtr ctxt; /* the validation context */ int n_ctxt; xmlDocPtr doc; /* a document instance */ int n_doc; for (n_ctxt = 0;n_ctxt < gen_nb_xmlValidCtxtPtr;n_ctxt++) { for (n_doc = 0;n_doc < gen_nb_xmlDocPtr;n_doc++) { mem_base = xmlMemBlocks(); ctxt = gen_xmlValidCtxtPtr(n_ctxt, 0); doc = gen_xmlDocPtr(n_doc, 1); ret_val = xmlValidateRoot(ctxt, doc); desret_int(ret_val); call_tests++; des_xmlValidCtxtPtr(n_ctxt, ctxt, 0); des_xmlDocPtr(n_doc, doc, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlValidateRoot", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf(" %d", n_doc); printf("\n"); } } } function_tests++; #endif return(test_ret); } static int test_valid(void) { int test_ret = 0; if (quiet == 0) printf("Testing valid : 50 of 70 functions ...\n"); test_ret += test_xmlAddAttributeDecl(); test_ret += test_xmlAddElementDecl(); test_ret += test_xmlAddID(); test_ret += test_xmlAddNotationDecl(); test_ret += test_xmlAddRef(); test_ret += test_xmlCopyAttributeTable(); test_ret += test_xmlCopyDocElementContent(); test_ret += test_xmlCopyElementContent(); test_ret += test_xmlCopyElementTable(); test_ret += test_xmlCopyEnumeration(); test_ret += test_xmlCopyNotationTable(); test_ret += test_xmlCreateEnumeration(); test_ret += test_xmlDumpAttributeDecl(); test_ret += test_xmlDumpAttributeTable(); test_ret += test_xmlDumpElementDecl(); test_ret += test_xmlDumpElementTable(); test_ret += test_xmlDumpNotationDecl(); test_ret += test_xmlDumpNotationTable(); test_ret += test_xmlGetDtdAttrDesc(); test_ret += test_xmlGetDtdElementDesc(); test_ret += test_xmlGetDtdNotationDesc(); test_ret += test_xmlGetDtdQAttrDesc(); test_ret += test_xmlGetDtdQElementDesc(); test_ret += test_xmlGetID(); test_ret += test_xmlGetRefs(); test_ret += test_xmlIsID(); test_ret += test_xmlIsMixedElement(); test_ret += test_xmlIsRef(); test_ret += test_xmlNewDocElementContent(); test_ret += test_xmlNewElementContent(); test_ret += test_xmlNewValidCtxt(); test_ret += test_xmlRemoveID(); test_ret += test_xmlRemoveRef(); test_ret += test_xmlSnprintfElementContent(); test_ret += test_xmlSprintfElementContent(); test_ret += test_xmlValidBuildContentModel(); test_ret += test_xmlValidCtxtNormalizeAttributeValue(); test_ret += test_xmlValidGetPotentialChildren(); test_ret += test_xmlValidGetValidElements(); test_ret += test_xmlValidNormalizeAttributeValue(); test_ret += test_xmlValidateAttributeDecl(); test_ret += test_xmlValidateAttributeValue(); test_ret += test_xmlValidateDocument(); test_ret += test_xmlValidateDocumentFinal(); test_ret += test_xmlValidateDtd(); test_ret += test_xmlValidateDtdFinal(); test_ret += test_xmlValidateElement(); test_ret += test_xmlValidateElementDecl(); test_ret += test_xmlValidateNameValue(); test_ret += test_xmlValidateNamesValue(); test_ret += test_xmlValidateNmtokenValue(); test_ret += test_xmlValidateNmtokensValue(); test_ret += test_xmlValidateNotationDecl(); test_ret += test_xmlValidateNotationUse(); test_ret += test_xmlValidateOneAttribute(); test_ret += test_xmlValidateOneElement(); test_ret += test_xmlValidateOneNamespace(); test_ret += test_xmlValidatePopElement(); test_ret += test_xmlValidatePushCData(); test_ret += test_xmlValidatePushElement(); test_ret += test_xmlValidateRoot(); if (test_ret != 0) printf("Module valid: %d errors\n", test_ret); return(test_ret); } static int test_xmlXIncludeNewContext(void) { int test_ret = 0; /* missing type support */ return(test_ret); } static int test_xmlXIncludeProcess(void) { int test_ret = 0; #if defined(LIBXML_XINCLUDE_ENABLED) int mem_base; int ret_val; xmlDocPtr doc; /* an XML document */ int n_doc; for (n_doc = 0;n_doc < gen_nb_xmlDocPtr;n_doc++) { mem_base = xmlMemBlocks(); doc = gen_xmlDocPtr(n_doc, 0); ret_val = xmlXIncludeProcess(doc); desret_int(ret_val); call_tests++; des_xmlDocPtr(n_doc, doc, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlXIncludeProcess", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_doc); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlXIncludeProcessFlags(void) { int test_ret = 0; #if defined(LIBXML_XINCLUDE_ENABLED) int mem_base; int ret_val; xmlDocPtr doc; /* an XML document */ int n_doc; int flags; /* a set of xmlParserOption used for parsing XML includes */ int n_flags; for (n_doc = 0;n_doc < gen_nb_xmlDocPtr;n_doc++) { for (n_flags = 0;n_flags < gen_nb_int;n_flags++) { mem_base = xmlMemBlocks(); doc = gen_xmlDocPtr(n_doc, 0); flags = gen_int(n_flags, 1); ret_val = xmlXIncludeProcessFlags(doc, flags); desret_int(ret_val); call_tests++; des_xmlDocPtr(n_doc, doc, 0); des_int(n_flags, flags, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlXIncludeProcessFlags", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_doc); printf(" %d", n_flags); printf("\n"); } } } function_tests++; #endif return(test_ret); } static int test_xmlXIncludeProcessFlagsData(void) { int test_ret = 0; #if defined(LIBXML_XINCLUDE_ENABLED) int mem_base; int ret_val; xmlDocPtr doc; /* an XML document */ int n_doc; int flags; /* a set of xmlParserOption used for parsing XML includes */ int n_flags; void * data; /* application data that will be passed to the parser context in the _private field of the parser context(s) */ int n_data; for (n_doc = 0;n_doc < gen_nb_xmlDocPtr;n_doc++) { for (n_flags = 0;n_flags < gen_nb_int;n_flags++) { for (n_data = 0;n_data < gen_nb_userdata;n_data++) { mem_base = xmlMemBlocks(); doc = gen_xmlDocPtr(n_doc, 0); flags = gen_int(n_flags, 1); data = gen_userdata(n_data, 2); ret_val = xmlXIncludeProcessFlagsData(doc, flags, data); desret_int(ret_val); call_tests++; des_xmlDocPtr(n_doc, doc, 0); des_int(n_flags, flags, 1); des_userdata(n_data, data, 2); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlXIncludeProcessFlagsData", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_doc); printf(" %d", n_flags); printf(" %d", n_data); printf("\n"); } } } } function_tests++; #endif return(test_ret); } #ifdef LIBXML_XINCLUDE_ENABLED #define gen_nb_xmlXIncludeCtxtPtr 1 static xmlXIncludeCtxtPtr gen_xmlXIncludeCtxtPtr(int no ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { return(NULL); } static void des_xmlXIncludeCtxtPtr(int no ATTRIBUTE_UNUSED, xmlXIncludeCtxtPtr val ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { } #endif static int test_xmlXIncludeProcessNode(void) { int test_ret = 0; #if defined(LIBXML_XINCLUDE_ENABLED) int mem_base; int ret_val; xmlXIncludeCtxtPtr ctxt; /* an existing XInclude context */ int n_ctxt; xmlNodePtr node; /* a node in an XML document */ int n_node; for (n_ctxt = 0;n_ctxt < gen_nb_xmlXIncludeCtxtPtr;n_ctxt++) { for (n_node = 0;n_node < gen_nb_xmlNodePtr;n_node++) { mem_base = xmlMemBlocks(); ctxt = gen_xmlXIncludeCtxtPtr(n_ctxt, 0); node = gen_xmlNodePtr(n_node, 1); ret_val = xmlXIncludeProcessNode(ctxt, node); desret_int(ret_val); call_tests++; des_xmlXIncludeCtxtPtr(n_ctxt, ctxt, 0); des_xmlNodePtr(n_node, node, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlXIncludeProcessNode", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf(" %d", n_node); printf("\n"); } } } function_tests++; #endif return(test_ret); } static int test_xmlXIncludeProcessTree(void) { int test_ret = 0; #if defined(LIBXML_XINCLUDE_ENABLED) int mem_base; int ret_val; xmlNodePtr tree; /* a node in an XML document */ int n_tree; for (n_tree = 0;n_tree < gen_nb_xmlNodePtr;n_tree++) { mem_base = xmlMemBlocks(); tree = gen_xmlNodePtr(n_tree, 0); ret_val = xmlXIncludeProcessTree(tree); desret_int(ret_val); call_tests++; des_xmlNodePtr(n_tree, tree, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlXIncludeProcessTree", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_tree); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlXIncludeProcessTreeFlags(void) { int test_ret = 0; #if defined(LIBXML_XINCLUDE_ENABLED) int mem_base; int ret_val; xmlNodePtr tree; /* a node in an XML document */ int n_tree; int flags; /* a set of xmlParserOption used for parsing XML includes */ int n_flags; for (n_tree = 0;n_tree < gen_nb_xmlNodePtr;n_tree++) { for (n_flags = 0;n_flags < gen_nb_int;n_flags++) { mem_base = xmlMemBlocks(); tree = gen_xmlNodePtr(n_tree, 0); flags = gen_int(n_flags, 1); ret_val = xmlXIncludeProcessTreeFlags(tree, flags); desret_int(ret_val); call_tests++; des_xmlNodePtr(n_tree, tree, 0); des_int(n_flags, flags, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlXIncludeProcessTreeFlags", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_tree); printf(" %d", n_flags); printf("\n"); } } } function_tests++; #endif return(test_ret); } static int test_xmlXIncludeProcessTreeFlagsData(void) { int test_ret = 0; #if defined(LIBXML_XINCLUDE_ENABLED) int mem_base; int ret_val; xmlNodePtr tree; /* an XML node */ int n_tree; int flags; /* a set of xmlParserOption used for parsing XML includes */ int n_flags; void * data; /* application data that will be passed to the parser context in the _private field of the parser context(s) */ int n_data; for (n_tree = 0;n_tree < gen_nb_xmlNodePtr;n_tree++) { for (n_flags = 0;n_flags < gen_nb_int;n_flags++) { for (n_data = 0;n_data < gen_nb_userdata;n_data++) { mem_base = xmlMemBlocks(); tree = gen_xmlNodePtr(n_tree, 0); flags = gen_int(n_flags, 1); data = gen_userdata(n_data, 2); ret_val = xmlXIncludeProcessTreeFlagsData(tree, flags, data); desret_int(ret_val); call_tests++; des_xmlNodePtr(n_tree, tree, 0); des_int(n_flags, flags, 1); des_userdata(n_data, data, 2); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlXIncludeProcessTreeFlagsData", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_tree); printf(" %d", n_flags); printf(" %d", n_data); printf("\n"); } } } } function_tests++; #endif return(test_ret); } static int test_xmlXIncludeSetFlags(void) { int test_ret = 0; #if defined(LIBXML_XINCLUDE_ENABLED) int mem_base; int ret_val; xmlXIncludeCtxtPtr ctxt; /* an XInclude processing context */ int n_ctxt; int flags; /* a set of xmlParserOption used for parsing XML includes */ int n_flags; for (n_ctxt = 0;n_ctxt < gen_nb_xmlXIncludeCtxtPtr;n_ctxt++) { for (n_flags = 0;n_flags < gen_nb_int;n_flags++) { mem_base = xmlMemBlocks(); ctxt = gen_xmlXIncludeCtxtPtr(n_ctxt, 0); flags = gen_int(n_flags, 1); ret_val = xmlXIncludeSetFlags(ctxt, flags); desret_int(ret_val); call_tests++; des_xmlXIncludeCtxtPtr(n_ctxt, ctxt, 0); des_int(n_flags, flags, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlXIncludeSetFlags", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf(" %d", n_flags); printf("\n"); } } } function_tests++; #endif return(test_ret); } static int test_xinclude(void) { int test_ret = 0; if (quiet == 0) printf("Testing xinclude : 8 of 10 functions ...\n"); test_ret += test_xmlXIncludeNewContext(); test_ret += test_xmlXIncludeProcess(); test_ret += test_xmlXIncludeProcessFlags(); test_ret += test_xmlXIncludeProcessFlagsData(); test_ret += test_xmlXIncludeProcessNode(); test_ret += test_xmlXIncludeProcessTree(); test_ret += test_xmlXIncludeProcessTreeFlags(); test_ret += test_xmlXIncludeProcessTreeFlagsData(); test_ret += test_xmlXIncludeSetFlags(); if (test_ret != 0) printf("Module xinclude: %d errors\n", test_ret); return(test_ret); } static int test_xmlAllocOutputBuffer(void) { int test_ret = 0; #if defined(LIBXML_OUTPUT_ENABLED) int mem_base; xmlOutputBufferPtr ret_val; xmlCharEncodingHandlerPtr encoder; /* the encoding converter or NULL */ int n_encoder; for (n_encoder = 0;n_encoder < gen_nb_xmlCharEncodingHandlerPtr;n_encoder++) { mem_base = xmlMemBlocks(); encoder = gen_xmlCharEncodingHandlerPtr(n_encoder, 0); ret_val = xmlAllocOutputBuffer(encoder); desret_xmlOutputBufferPtr(ret_val); call_tests++; des_xmlCharEncodingHandlerPtr(n_encoder, encoder, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlAllocOutputBuffer", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_encoder); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlAllocParserInputBuffer(void) { int test_ret = 0; int mem_base; xmlParserInputBufferPtr ret_val; xmlCharEncoding enc; /* the charset encoding if known */ int n_enc; for (n_enc = 0;n_enc < gen_nb_xmlCharEncoding;n_enc++) { mem_base = xmlMemBlocks(); enc = gen_xmlCharEncoding(n_enc, 0); ret_val = xmlAllocParserInputBuffer(enc); desret_xmlParserInputBufferPtr(ret_val); call_tests++; des_xmlCharEncoding(n_enc, enc, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlAllocParserInputBuffer", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_enc); printf("\n"); } } function_tests++; return(test_ret); } static int test_xmlCheckFilename(void) { int test_ret = 0; int mem_base; int ret_val; char * path; /* the path to check */ int n_path; for (n_path = 0;n_path < gen_nb_const_char_ptr;n_path++) { mem_base = xmlMemBlocks(); path = gen_const_char_ptr(n_path, 0); ret_val = xmlCheckFilename((const char *)path); desret_int(ret_val); call_tests++; des_const_char_ptr(n_path, (const char *)path, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlCheckFilename", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_path); printf("\n"); } } function_tests++; return(test_ret); } static int test_xmlCheckHTTPInput(void) { int test_ret = 0; int mem_base; xmlParserInputPtr ret_val; xmlParserCtxtPtr ctxt; /* an XML parser context */ int n_ctxt; xmlParserInputPtr ret; /* an XML parser input */ int n_ret; for (n_ctxt = 0;n_ctxt < gen_nb_xmlParserCtxtPtr;n_ctxt++) { for (n_ret = 0;n_ret < gen_nb_xmlParserInputPtr;n_ret++) { mem_base = xmlMemBlocks(); ctxt = gen_xmlParserCtxtPtr(n_ctxt, 0); ret = gen_xmlParserInputPtr(n_ret, 1); ret_val = xmlCheckHTTPInput(ctxt, ret); desret_xmlParserInputPtr(ret_val); call_tests++; des_xmlParserCtxtPtr(n_ctxt, ctxt, 0); des_xmlParserInputPtr(n_ret, ret, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlCheckHTTPInput", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf(" %d", n_ret); printf("\n"); } } } function_tests++; return(test_ret); } static int test_xmlCleanupInputCallbacks(void) { int test_ret = 0; int mem_base; mem_base = xmlMemBlocks(); xmlCleanupInputCallbacks(); call_tests++; xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlCleanupInputCallbacks", xmlMemBlocks() - mem_base); test_ret++; printf("\n"); } function_tests++; return(test_ret); } static int test_xmlCleanupOutputCallbacks(void) { int test_ret = 0; #if defined(LIBXML_OUTPUT_ENABLED) int mem_base; mem_base = xmlMemBlocks(); xmlCleanupOutputCallbacks(); call_tests++; xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlCleanupOutputCallbacks", xmlMemBlocks() - mem_base); test_ret++; printf("\n"); } function_tests++; #endif return(test_ret); } static int test_xmlFileClose(void) { int test_ret = 0; int mem_base; int ret_val; void * context; /* the I/O context */ int n_context; for (n_context = 0;n_context < gen_nb_void_ptr;n_context++) { mem_base = xmlMemBlocks(); context = gen_void_ptr(n_context, 0); ret_val = xmlFileClose(context); desret_int(ret_val); call_tests++; des_void_ptr(n_context, context, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlFileClose", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_context); printf("\n"); } } function_tests++; return(test_ret); } static int test_xmlFileMatch(void) { int test_ret = 0; int mem_base; int ret_val; const char * filename; /* the URI for matching */ int n_filename; for (n_filename = 0;n_filename < gen_nb_filepath;n_filename++) { mem_base = xmlMemBlocks(); filename = gen_filepath(n_filename, 0); ret_val = xmlFileMatch(filename); desret_int(ret_val); call_tests++; des_filepath(n_filename, filename, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlFileMatch", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_filename); printf("\n"); } } function_tests++; return(test_ret); } static int test_xmlFileOpen(void) { int test_ret = 0; int mem_base; void * ret_val; const char * filename; /* the URI for matching */ int n_filename; for (n_filename = 0;n_filename < gen_nb_filepath;n_filename++) { mem_base = xmlMemBlocks(); filename = gen_filepath(n_filename, 0); ret_val = xmlFileOpen(filename); desret_void_ptr(ret_val); call_tests++; des_filepath(n_filename, filename, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlFileOpen", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_filename); printf("\n"); } } function_tests++; return(test_ret); } static int test_xmlFileRead(void) { int test_ret = 0; int mem_base; int ret_val; void * context; /* the I/O context */ int n_context; char * buffer; /* where to drop data */ int n_buffer; int len; /* number of bytes to write */ int n_len; for (n_context = 0;n_context < gen_nb_void_ptr;n_context++) { for (n_buffer = 0;n_buffer < gen_nb_char_ptr;n_buffer++) { for (n_len = 0;n_len < gen_nb_int;n_len++) { mem_base = xmlMemBlocks(); context = gen_void_ptr(n_context, 0); buffer = gen_char_ptr(n_buffer, 1); len = gen_int(n_len, 2); ret_val = xmlFileRead(context, buffer, len); desret_int(ret_val); call_tests++; des_void_ptr(n_context, context, 0); des_char_ptr(n_buffer, buffer, 1); des_int(n_len, len, 2); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlFileRead", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_context); printf(" %d", n_buffer); printf(" %d", n_len); printf("\n"); } } } } function_tests++; return(test_ret); } static int test_xmlIOFTPClose(void) { int test_ret = 0; #if defined(LIBXML_FTP_ENABLED) int mem_base; int ret_val; void * context; /* the I/O context */ int n_context; for (n_context = 0;n_context < gen_nb_void_ptr;n_context++) { mem_base = xmlMemBlocks(); context = gen_void_ptr(n_context, 0); ret_val = xmlIOFTPClose(context); desret_int(ret_val); call_tests++; des_void_ptr(n_context, context, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlIOFTPClose", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_context); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlIOFTPMatch(void) { int test_ret = 0; #if defined(LIBXML_FTP_ENABLED) int mem_base; int ret_val; const char * filename; /* the URI for matching */ int n_filename; for (n_filename = 0;n_filename < gen_nb_filepath;n_filename++) { mem_base = xmlMemBlocks(); filename = gen_filepath(n_filename, 0); ret_val = xmlIOFTPMatch(filename); desret_int(ret_val); call_tests++; des_filepath(n_filename, filename, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlIOFTPMatch", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_filename); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlIOFTPOpen(void) { int test_ret = 0; #if defined(LIBXML_FTP_ENABLED) int mem_base; void * ret_val; const char * filename; /* the URI for matching */ int n_filename; for (n_filename = 0;n_filename < gen_nb_filepath;n_filename++) { mem_base = xmlMemBlocks(); filename = gen_filepath(n_filename, 0); ret_val = xmlIOFTPOpen(filename); desret_void_ptr(ret_val); call_tests++; des_filepath(n_filename, filename, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlIOFTPOpen", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_filename); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlIOFTPRead(void) { int test_ret = 0; #if defined(LIBXML_FTP_ENABLED) int mem_base; int ret_val; void * context; /* the I/O context */ int n_context; char * buffer; /* where to drop data */ int n_buffer; int len; /* number of bytes to write */ int n_len; for (n_context = 0;n_context < gen_nb_void_ptr;n_context++) { for (n_buffer = 0;n_buffer < gen_nb_char_ptr;n_buffer++) { for (n_len = 0;n_len < gen_nb_int;n_len++) { mem_base = xmlMemBlocks(); context = gen_void_ptr(n_context, 0); buffer = gen_char_ptr(n_buffer, 1); len = gen_int(n_len, 2); ret_val = xmlIOFTPRead(context, buffer, len); desret_int(ret_val); call_tests++; des_void_ptr(n_context, context, 0); des_char_ptr(n_buffer, buffer, 1); des_int(n_len, len, 2); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlIOFTPRead", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_context); printf(" %d", n_buffer); printf(" %d", n_len); printf("\n"); } } } } function_tests++; #endif return(test_ret); } static int test_xmlIOHTTPClose(void) { int test_ret = 0; #if defined(LIBXML_HTTP_ENABLED) int mem_base; int ret_val; void * context; /* the I/O context */ int n_context; for (n_context = 0;n_context < gen_nb_void_ptr;n_context++) { mem_base = xmlMemBlocks(); context = gen_void_ptr(n_context, 0); ret_val = xmlIOHTTPClose(context); desret_int(ret_val); call_tests++; des_void_ptr(n_context, context, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlIOHTTPClose", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_context); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlIOHTTPMatch(void) { int test_ret = 0; #if defined(LIBXML_HTTP_ENABLED) int mem_base; int ret_val; const char * filename; /* the URI for matching */ int n_filename; for (n_filename = 0;n_filename < gen_nb_filepath;n_filename++) { mem_base = xmlMemBlocks(); filename = gen_filepath(n_filename, 0); ret_val = xmlIOHTTPMatch(filename); desret_int(ret_val); call_tests++; des_filepath(n_filename, filename, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlIOHTTPMatch", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_filename); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlIOHTTPOpen(void) { int test_ret = 0; #if defined(LIBXML_HTTP_ENABLED) int mem_base; void * ret_val; const char * filename; /* the URI for matching */ int n_filename; for (n_filename = 0;n_filename < gen_nb_filepath;n_filename++) { mem_base = xmlMemBlocks(); filename = gen_filepath(n_filename, 0); ret_val = xmlIOHTTPOpen(filename); desret_xmlNanoHTTPCtxtPtr(ret_val); call_tests++; des_filepath(n_filename, filename, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlIOHTTPOpen", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_filename); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlIOHTTPRead(void) { int test_ret = 0; #if defined(LIBXML_HTTP_ENABLED) int mem_base; int ret_val; void * context; /* the I/O context */ int n_context; char * buffer; /* where to drop data */ int n_buffer; int len; /* number of bytes to write */ int n_len; for (n_context = 0;n_context < gen_nb_void_ptr;n_context++) { for (n_buffer = 0;n_buffer < gen_nb_char_ptr;n_buffer++) { for (n_len = 0;n_len < gen_nb_int;n_len++) { mem_base = xmlMemBlocks(); context = gen_void_ptr(n_context, 0); buffer = gen_char_ptr(n_buffer, 1); len = gen_int(n_len, 2); ret_val = xmlIOHTTPRead(context, buffer, len); desret_int(ret_val); call_tests++; des_void_ptr(n_context, context, 0); des_char_ptr(n_buffer, buffer, 1); des_int(n_len, len, 2); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlIOHTTPRead", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_context); printf(" %d", n_buffer); printf(" %d", n_len); printf("\n"); } } } } function_tests++; #endif return(test_ret); } static int test_xmlNoNetExternalEntityLoader(void) { int test_ret = 0; int mem_base; xmlParserInputPtr ret_val; const char * URL; /* the URL for the entity to load */ int n_URL; char * ID; /* the System ID for the entity to load */ int n_ID; xmlParserCtxtPtr ctxt; /* the context in which the entity is called or NULL */ int n_ctxt; for (n_URL = 0;n_URL < gen_nb_filepath;n_URL++) { for (n_ID = 0;n_ID < gen_nb_const_char_ptr;n_ID++) { for (n_ctxt = 0;n_ctxt < gen_nb_xmlParserCtxtPtr;n_ctxt++) { mem_base = xmlMemBlocks(); URL = gen_filepath(n_URL, 0); ID = gen_const_char_ptr(n_ID, 1); ctxt = gen_xmlParserCtxtPtr(n_ctxt, 2); ret_val = xmlNoNetExternalEntityLoader(URL, (const char *)ID, ctxt); desret_xmlParserInputPtr(ret_val); call_tests++; des_filepath(n_URL, URL, 0); des_const_char_ptr(n_ID, (const char *)ID, 1); des_xmlParserCtxtPtr(n_ctxt, ctxt, 2); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlNoNetExternalEntityLoader", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_URL); printf(" %d", n_ID); printf(" %d", n_ctxt); printf("\n"); } } } } function_tests++; return(test_ret); } static int test_xmlNormalizeWindowsPath(void) { int test_ret = 0; int mem_base; xmlChar * ret_val; xmlChar * path; /* the input file path */ int n_path; for (n_path = 0;n_path < gen_nb_const_xmlChar_ptr;n_path++) { mem_base = xmlMemBlocks(); path = gen_const_xmlChar_ptr(n_path, 0); ret_val = xmlNormalizeWindowsPath((const xmlChar *)path); desret_xmlChar_ptr(ret_val); call_tests++; des_const_xmlChar_ptr(n_path, (const xmlChar *)path, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlNormalizeWindowsPath", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_path); printf("\n"); } } function_tests++; return(test_ret); } static int test_xmlOutputBufferCreateBuffer(void) { int test_ret = 0; #if defined(LIBXML_OUTPUT_ENABLED) int mem_base; xmlOutputBufferPtr ret_val; xmlBufferPtr buffer; /* a xmlBufferPtr */ int n_buffer; xmlCharEncodingHandlerPtr encoder; /* the encoding converter or NULL */ int n_encoder; for (n_buffer = 0;n_buffer < gen_nb_xmlBufferPtr;n_buffer++) { for (n_encoder = 0;n_encoder < gen_nb_xmlCharEncodingHandlerPtr;n_encoder++) { mem_base = xmlMemBlocks(); buffer = gen_xmlBufferPtr(n_buffer, 0); encoder = gen_xmlCharEncodingHandlerPtr(n_encoder, 1); ret_val = xmlOutputBufferCreateBuffer(buffer, encoder); desret_xmlOutputBufferPtr(ret_val); call_tests++; des_xmlBufferPtr(n_buffer, buffer, 0); des_xmlCharEncodingHandlerPtr(n_encoder, encoder, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlOutputBufferCreateBuffer", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_buffer); printf(" %d", n_encoder); printf("\n"); } } } function_tests++; #endif return(test_ret); } static int test_xmlOutputBufferCreateFd(void) { int test_ret = 0; #if defined(LIBXML_OUTPUT_ENABLED) int mem_base; xmlOutputBufferPtr ret_val; int fd; /* a file descriptor number */ int n_fd; xmlCharEncodingHandlerPtr encoder; /* the encoding converter or NULL */ int n_encoder; for (n_fd = 0;n_fd < gen_nb_int;n_fd++) { for (n_encoder = 0;n_encoder < gen_nb_xmlCharEncodingHandlerPtr;n_encoder++) { mem_base = xmlMemBlocks(); fd = gen_int(n_fd, 0); encoder = gen_xmlCharEncodingHandlerPtr(n_encoder, 1); ret_val = xmlOutputBufferCreateFd(fd, encoder); desret_xmlOutputBufferPtr(ret_val); call_tests++; des_int(n_fd, fd, 0); des_xmlCharEncodingHandlerPtr(n_encoder, encoder, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlOutputBufferCreateFd", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_fd); printf(" %d", n_encoder); printf("\n"); } } } function_tests++; #endif return(test_ret); } static int test_xmlOutputBufferCreateFile(void) { int test_ret = 0; #if defined(LIBXML_OUTPUT_ENABLED) int mem_base; xmlOutputBufferPtr ret_val; FILE * file; /* a FILE* */ int n_file; xmlCharEncodingHandlerPtr encoder; /* the encoding converter or NULL */ int n_encoder; for (n_file = 0;n_file < gen_nb_FILE_ptr;n_file++) { for (n_encoder = 0;n_encoder < gen_nb_xmlCharEncodingHandlerPtr;n_encoder++) { mem_base = xmlMemBlocks(); file = gen_FILE_ptr(n_file, 0); encoder = gen_xmlCharEncodingHandlerPtr(n_encoder, 1); ret_val = xmlOutputBufferCreateFile(file, encoder); desret_xmlOutputBufferPtr(ret_val); call_tests++; des_FILE_ptr(n_file, file, 0); des_xmlCharEncodingHandlerPtr(n_encoder, encoder, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlOutputBufferCreateFile", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_file); printf(" %d", n_encoder); printf("\n"); } } } function_tests++; #endif return(test_ret); } static int test_xmlOutputBufferCreateFilename(void) { int test_ret = 0; #if defined(LIBXML_OUTPUT_ENABLED) int mem_base; xmlOutputBufferPtr ret_val; const char * URI; /* a C string containing the URI or filename */ int n_URI; xmlCharEncodingHandlerPtr encoder; /* the encoding converter or NULL */ int n_encoder; int compression; /* the compression ration (0 none, 9 max). */ int n_compression; for (n_URI = 0;n_URI < gen_nb_fileoutput;n_URI++) { for (n_encoder = 0;n_encoder < gen_nb_xmlCharEncodingHandlerPtr;n_encoder++) { for (n_compression = 0;n_compression < gen_nb_int;n_compression++) { mem_base = xmlMemBlocks(); URI = gen_fileoutput(n_URI, 0); encoder = gen_xmlCharEncodingHandlerPtr(n_encoder, 1); compression = gen_int(n_compression, 2); ret_val = xmlOutputBufferCreateFilename(URI, encoder, compression); desret_xmlOutputBufferPtr(ret_val); call_tests++; des_fileoutput(n_URI, URI, 0); des_xmlCharEncodingHandlerPtr(n_encoder, encoder, 1); des_int(n_compression, compression, 2); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlOutputBufferCreateFilename", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_URI); printf(" %d", n_encoder); printf(" %d", n_compression); printf("\n"); } } } } function_tests++; #endif return(test_ret); } static int test_xmlOutputBufferFlush(void) { int test_ret = 0; #if defined(LIBXML_OUTPUT_ENABLED) int mem_base; int ret_val; xmlOutputBufferPtr out; /* a buffered output */ int n_out; for (n_out = 0;n_out < gen_nb_xmlOutputBufferPtr;n_out++) { mem_base = xmlMemBlocks(); out = gen_xmlOutputBufferPtr(n_out, 0); ret_val = xmlOutputBufferFlush(out); desret_int(ret_val); call_tests++; des_xmlOutputBufferPtr(n_out, out, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlOutputBufferFlush", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_out); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlOutputBufferGetContent(void) { int test_ret = 0; #if defined(LIBXML_OUTPUT_ENABLED) int mem_base; const xmlChar * ret_val; xmlOutputBufferPtr out; /* an xmlOutputBufferPtr */ int n_out; for (n_out = 0;n_out < gen_nb_xmlOutputBufferPtr;n_out++) { mem_base = xmlMemBlocks(); out = gen_xmlOutputBufferPtr(n_out, 0); ret_val = xmlOutputBufferGetContent(out); desret_const_xmlChar_ptr(ret_val); call_tests++; des_xmlOutputBufferPtr(n_out, out, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlOutputBufferGetContent", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_out); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlOutputBufferGetSize(void) { int test_ret = 0; /* missing type support */ return(test_ret); } static int test_xmlOutputBufferWrite(void) { int test_ret = 0; #if defined(LIBXML_OUTPUT_ENABLED) int mem_base; int ret_val; xmlOutputBufferPtr out; /* a buffered parser output */ int n_out; int len; /* the size in bytes of the array. */ int n_len; char * buf; /* an char array */ int n_buf; for (n_out = 0;n_out < gen_nb_xmlOutputBufferPtr;n_out++) { for (n_len = 0;n_len < gen_nb_int;n_len++) { for (n_buf = 0;n_buf < gen_nb_const_char_ptr;n_buf++) { mem_base = xmlMemBlocks(); out = gen_xmlOutputBufferPtr(n_out, 0); len = gen_int(n_len, 1); buf = gen_const_char_ptr(n_buf, 2); if ((buf != NULL) && (len > (int) strlen((const char *) buf) + 1)) continue; ret_val = xmlOutputBufferWrite(out, len, (const char *)buf); desret_int(ret_val); call_tests++; des_xmlOutputBufferPtr(n_out, out, 0); des_int(n_len, len, 1); des_const_char_ptr(n_buf, (const char *)buf, 2); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlOutputBufferWrite", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_out); printf(" %d", n_len); printf(" %d", n_buf); printf("\n"); } } } } function_tests++; #endif return(test_ret); } static int test_xmlOutputBufferWriteEscape(void) { int test_ret = 0; /* missing type support */ return(test_ret); } static int test_xmlOutputBufferWriteString(void) { int test_ret = 0; #if defined(LIBXML_OUTPUT_ENABLED) int mem_base; int ret_val; xmlOutputBufferPtr out; /* a buffered parser output */ int n_out; char * str; /* a zero terminated C string */ int n_str; for (n_out = 0;n_out < gen_nb_xmlOutputBufferPtr;n_out++) { for (n_str = 0;n_str < gen_nb_const_char_ptr;n_str++) { mem_base = xmlMemBlocks(); out = gen_xmlOutputBufferPtr(n_out, 0); str = gen_const_char_ptr(n_str, 1); ret_val = xmlOutputBufferWriteString(out, (const char *)str); desret_int(ret_val); call_tests++; des_xmlOutputBufferPtr(n_out, out, 0); des_const_char_ptr(n_str, (const char *)str, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlOutputBufferWriteString", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_out); printf(" %d", n_str); printf("\n"); } } } function_tests++; #endif return(test_ret); } static int test_xmlParserGetDirectory(void) { int test_ret = 0; /* missing type support */ return(test_ret); } static int test_xmlParserInputBufferCreateFd(void) { int test_ret = 0; int mem_base; xmlParserInputBufferPtr ret_val; int fd; /* a file descriptor number */ int n_fd; xmlCharEncoding enc; /* the charset encoding if known */ int n_enc; for (n_fd = 0;n_fd < gen_nb_int;n_fd++) { for (n_enc = 0;n_enc < gen_nb_xmlCharEncoding;n_enc++) { mem_base = xmlMemBlocks(); fd = gen_int(n_fd, 0); enc = gen_xmlCharEncoding(n_enc, 1); if (fd >= 0) fd = -1; ret_val = xmlParserInputBufferCreateFd(fd, enc); desret_xmlParserInputBufferPtr(ret_val); call_tests++; des_int(n_fd, fd, 0); des_xmlCharEncoding(n_enc, enc, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlParserInputBufferCreateFd", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_fd); printf(" %d", n_enc); printf("\n"); } } } function_tests++; return(test_ret); } static int test_xmlParserInputBufferCreateFile(void) { int test_ret = 0; int mem_base; xmlParserInputBufferPtr ret_val; FILE * file; /* a FILE* */ int n_file; xmlCharEncoding enc; /* the charset encoding if known */ int n_enc; for (n_file = 0;n_file < gen_nb_FILE_ptr;n_file++) { for (n_enc = 0;n_enc < gen_nb_xmlCharEncoding;n_enc++) { mem_base = xmlMemBlocks(); file = gen_FILE_ptr(n_file, 0); enc = gen_xmlCharEncoding(n_enc, 1); ret_val = xmlParserInputBufferCreateFile(file, enc); desret_xmlParserInputBufferPtr(ret_val); call_tests++; des_FILE_ptr(n_file, file, 0); des_xmlCharEncoding(n_enc, enc, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlParserInputBufferCreateFile", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_file); printf(" %d", n_enc); printf("\n"); } } } function_tests++; return(test_ret); } static int test_xmlParserInputBufferCreateFilename(void) { int test_ret = 0; int mem_base; xmlParserInputBufferPtr ret_val; const char * URI; /* a C string containing the URI or filename */ int n_URI; xmlCharEncoding enc; /* the charset encoding if known */ int n_enc; for (n_URI = 0;n_URI < gen_nb_fileoutput;n_URI++) { for (n_enc = 0;n_enc < gen_nb_xmlCharEncoding;n_enc++) { mem_base = xmlMemBlocks(); URI = gen_fileoutput(n_URI, 0); enc = gen_xmlCharEncoding(n_enc, 1); ret_val = xmlParserInputBufferCreateFilename(URI, enc); desret_xmlParserInputBufferPtr(ret_val); call_tests++; des_fileoutput(n_URI, URI, 0); des_xmlCharEncoding(n_enc, enc, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlParserInputBufferCreateFilename", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_URI); printf(" %d", n_enc); printf("\n"); } } } function_tests++; return(test_ret); } static int test_xmlParserInputBufferCreateMem(void) { int test_ret = 0; int mem_base; xmlParserInputBufferPtr ret_val; char * mem; /* the memory input */ int n_mem; int size; /* the length of the memory block */ int n_size; xmlCharEncoding enc; /* the charset encoding if known */ int n_enc; for (n_mem = 0;n_mem < gen_nb_const_char_ptr;n_mem++) { for (n_size = 0;n_size < gen_nb_int;n_size++) { for (n_enc = 0;n_enc < gen_nb_xmlCharEncoding;n_enc++) { mem_base = xmlMemBlocks(); mem = gen_const_char_ptr(n_mem, 0); size = gen_int(n_size, 1); enc = gen_xmlCharEncoding(n_enc, 2); if ((mem != NULL) && (size > (int) strlen((const char *) mem) + 1)) continue; ret_val = xmlParserInputBufferCreateMem((const char *)mem, size, enc); desret_xmlParserInputBufferPtr(ret_val); call_tests++; des_const_char_ptr(n_mem, (const char *)mem, 0); des_int(n_size, size, 1); des_xmlCharEncoding(n_enc, enc, 2); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlParserInputBufferCreateMem", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_mem); printf(" %d", n_size); printf(" %d", n_enc); printf("\n"); } } } } function_tests++; return(test_ret); } static int test_xmlParserInputBufferCreateStatic(void) { int test_ret = 0; int mem_base; xmlParserInputBufferPtr ret_val; char * mem; /* the memory input */ int n_mem; int size; /* the length of the memory block */ int n_size; xmlCharEncoding enc; /* the charset encoding if known */ int n_enc; for (n_mem = 0;n_mem < gen_nb_const_char_ptr;n_mem++) { for (n_size = 0;n_size < gen_nb_int;n_size++) { for (n_enc = 0;n_enc < gen_nb_xmlCharEncoding;n_enc++) { mem_base = xmlMemBlocks(); mem = gen_const_char_ptr(n_mem, 0); size = gen_int(n_size, 1); enc = gen_xmlCharEncoding(n_enc, 2); if ((mem != NULL) && (size > (int) strlen((const char *) mem) + 1)) continue; ret_val = xmlParserInputBufferCreateStatic((const char *)mem, size, enc); desret_xmlParserInputBufferPtr(ret_val); call_tests++; des_const_char_ptr(n_mem, (const char *)mem, 0); des_int(n_size, size, 1); des_xmlCharEncoding(n_enc, enc, 2); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlParserInputBufferCreateStatic", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_mem); printf(" %d", n_size); printf(" %d", n_enc); printf("\n"); } } } } function_tests++; return(test_ret); } static int test_xmlParserInputBufferGrow(void) { int test_ret = 0; int mem_base; int ret_val; xmlParserInputBufferPtr in; /* a buffered parser input */ int n_in; int len; /* indicative value of the amount of chars to read */ int n_len; for (n_in = 0;n_in < gen_nb_xmlParserInputBufferPtr;n_in++) { for (n_len = 0;n_len < gen_nb_int;n_len++) { mem_base = xmlMemBlocks(); in = gen_xmlParserInputBufferPtr(n_in, 0); len = gen_int(n_len, 1); ret_val = xmlParserInputBufferGrow(in, len); desret_int(ret_val); call_tests++; des_xmlParserInputBufferPtr(n_in, in, 0); des_int(n_len, len, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlParserInputBufferGrow", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_in); printf(" %d", n_len); printf("\n"); } } } function_tests++; return(test_ret); } static int test_xmlParserInputBufferPush(void) { int test_ret = 0; int mem_base; int ret_val; xmlParserInputBufferPtr in; /* a buffered parser input */ int n_in; int len; /* the size in bytes of the array. */ int n_len; char * buf; /* an char array */ int n_buf; for (n_in = 0;n_in < gen_nb_xmlParserInputBufferPtr;n_in++) { for (n_len = 0;n_len < gen_nb_int;n_len++) { for (n_buf = 0;n_buf < gen_nb_const_char_ptr;n_buf++) { mem_base = xmlMemBlocks(); in = gen_xmlParserInputBufferPtr(n_in, 0); len = gen_int(n_len, 1); buf = gen_const_char_ptr(n_buf, 2); if ((buf != NULL) && (len > (int) strlen((const char *) buf) + 1)) continue; ret_val = xmlParserInputBufferPush(in, len, (const char *)buf); desret_int(ret_val); call_tests++; des_xmlParserInputBufferPtr(n_in, in, 0); des_int(n_len, len, 1); des_const_char_ptr(n_buf, (const char *)buf, 2); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlParserInputBufferPush", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_in); printf(" %d", n_len); printf(" %d", n_buf); printf("\n"); } } } } function_tests++; return(test_ret); } static int test_xmlParserInputBufferRead(void) { int test_ret = 0; int mem_base; int ret_val; xmlParserInputBufferPtr in; /* a buffered parser input */ int n_in; int len; /* indicative value of the amount of chars to read */ int n_len; for (n_in = 0;n_in < gen_nb_xmlParserInputBufferPtr;n_in++) { for (n_len = 0;n_len < gen_nb_int;n_len++) { mem_base = xmlMemBlocks(); in = gen_xmlParserInputBufferPtr(n_in, 0); len = gen_int(n_len, 1); ret_val = xmlParserInputBufferRead(in, len); desret_int(ret_val); call_tests++; des_xmlParserInputBufferPtr(n_in, in, 0); des_int(n_len, len, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlParserInputBufferRead", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_in); printf(" %d", n_len); printf("\n"); } } } function_tests++; return(test_ret); } static int test_xmlPopInputCallbacks(void) { int test_ret = 0; int mem_base; int ret_val; mem_base = xmlMemBlocks(); ret_val = xmlPopInputCallbacks(); desret_int(ret_val); call_tests++; xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlPopInputCallbacks", xmlMemBlocks() - mem_base); test_ret++; printf("\n"); } function_tests++; return(test_ret); } static int test_xmlPopOutputCallbacks(void) { int test_ret = 0; #if defined(LIBXML_OUTPUT_ENABLED) int mem_base; int ret_val; mem_base = xmlMemBlocks(); ret_val = xmlPopOutputCallbacks(); desret_int(ret_val); call_tests++; xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlPopOutputCallbacks", xmlMemBlocks() - mem_base); test_ret++; printf("\n"); } function_tests++; #endif return(test_ret); } static int test_xmlRegisterDefaultInputCallbacks(void) { int test_ret = 0; int mem_base; mem_base = xmlMemBlocks(); xmlRegisterDefaultInputCallbacks(); call_tests++; xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlRegisterDefaultInputCallbacks", xmlMemBlocks() - mem_base); test_ret++; printf("\n"); } function_tests++; return(test_ret); } static int test_xmlRegisterDefaultOutputCallbacks(void) { int test_ret = 0; #if defined(LIBXML_OUTPUT_ENABLED) int mem_base; mem_base = xmlMemBlocks(); xmlRegisterDefaultOutputCallbacks(); call_tests++; xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlRegisterDefaultOutputCallbacks", xmlMemBlocks() - mem_base); test_ret++; printf("\n"); } function_tests++; #endif return(test_ret); } static int test_xmlRegisterHTTPPostCallbacks(void) { int test_ret = 0; #if defined(LIBXML_OUTPUT_ENABLED) && defined(LIBXML_HTTP_ENABLED) int mem_base; mem_base = xmlMemBlocks(); xmlRegisterHTTPPostCallbacks(); call_tests++; xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlRegisterHTTPPostCallbacks", xmlMemBlocks() - mem_base); test_ret++; printf("\n"); } function_tests++; #endif return(test_ret); } static int test_xmlIO(void) { int test_ret = 0; if (quiet == 0) printf("Testing xmlIO : 41 of 51 functions ...\n"); test_ret += test_xmlAllocOutputBuffer(); test_ret += test_xmlAllocParserInputBuffer(); test_ret += test_xmlCheckFilename(); test_ret += test_xmlCheckHTTPInput(); test_ret += test_xmlCleanupInputCallbacks(); test_ret += test_xmlCleanupOutputCallbacks(); test_ret += test_xmlFileClose(); test_ret += test_xmlFileMatch(); test_ret += test_xmlFileOpen(); test_ret += test_xmlFileRead(); test_ret += test_xmlIOFTPClose(); test_ret += test_xmlIOFTPMatch(); test_ret += test_xmlIOFTPOpen(); test_ret += test_xmlIOFTPRead(); test_ret += test_xmlIOHTTPClose(); test_ret += test_xmlIOHTTPMatch(); test_ret += test_xmlIOHTTPOpen(); test_ret += test_xmlIOHTTPRead(); test_ret += test_xmlNoNetExternalEntityLoader(); test_ret += test_xmlNormalizeWindowsPath(); test_ret += test_xmlOutputBufferCreateBuffer(); test_ret += test_xmlOutputBufferCreateFd(); test_ret += test_xmlOutputBufferCreateFile(); test_ret += test_xmlOutputBufferCreateFilename(); test_ret += test_xmlOutputBufferFlush(); test_ret += test_xmlOutputBufferGetContent(); test_ret += test_xmlOutputBufferGetSize(); test_ret += test_xmlOutputBufferWrite(); test_ret += test_xmlOutputBufferWriteEscape(); test_ret += test_xmlOutputBufferWriteString(); test_ret += test_xmlParserGetDirectory(); test_ret += test_xmlParserInputBufferCreateFd(); test_ret += test_xmlParserInputBufferCreateFile(); test_ret += test_xmlParserInputBufferCreateFilename(); test_ret += test_xmlParserInputBufferCreateMem(); test_ret += test_xmlParserInputBufferCreateStatic(); test_ret += test_xmlParserInputBufferGrow(); test_ret += test_xmlParserInputBufferPush(); test_ret += test_xmlParserInputBufferRead(); test_ret += test_xmlPopInputCallbacks(); test_ret += test_xmlPopOutputCallbacks(); test_ret += test_xmlRegisterDefaultInputCallbacks(); test_ret += test_xmlRegisterDefaultOutputCallbacks(); test_ret += test_xmlRegisterHTTPPostCallbacks(); if (test_ret != 0) printf("Module xmlIO: %d errors\n", test_ret); return(test_ret); } static int test_xmlAutomataCompile(void) { int test_ret = 0; /* missing type support */ return(test_ret); } static int test_xmlAutomataGetInitState(void) { int test_ret = 0; /* missing type support */ return(test_ret); } #ifdef LIBXML_AUTOMATA_ENABLED #define gen_nb_xmlAutomataPtr 1 static xmlAutomataPtr gen_xmlAutomataPtr(int no ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { return(NULL); } static void des_xmlAutomataPtr(int no ATTRIBUTE_UNUSED, xmlAutomataPtr val ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { } #endif static int test_xmlAutomataIsDeterminist(void) { int test_ret = 0; #if defined(LIBXML_REGEXP_ENABLED) && defined(LIBXML_AUTOMATA_ENABLED) int mem_base; int ret_val; xmlAutomataPtr am; /* an automata */ int n_am; for (n_am = 0;n_am < gen_nb_xmlAutomataPtr;n_am++) { mem_base = xmlMemBlocks(); am = gen_xmlAutomataPtr(n_am, 0); ret_val = xmlAutomataIsDeterminist(am); desret_int(ret_val); call_tests++; des_xmlAutomataPtr(n_am, am, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlAutomataIsDeterminist", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_am); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlAutomataNewAllTrans(void) { int test_ret = 0; /* missing type support */ return(test_ret); } static int test_xmlAutomataNewCountTrans(void) { int test_ret = 0; /* missing type support */ return(test_ret); } static int test_xmlAutomataNewCountTrans2(void) { int test_ret = 0; /* missing type support */ return(test_ret); } static int test_xmlAutomataNewCountedTrans(void) { int test_ret = 0; /* missing type support */ return(test_ret); } static int test_xmlAutomataNewCounter(void) { int test_ret = 0; #if defined(LIBXML_REGEXP_ENABLED) && defined(LIBXML_AUTOMATA_ENABLED) int mem_base; int ret_val; xmlAutomataPtr am; /* an automata */ int n_am; int min; /* the minimal value on the counter */ int n_min; int max; /* the maximal value on the counter */ int n_max; for (n_am = 0;n_am < gen_nb_xmlAutomataPtr;n_am++) { for (n_min = 0;n_min < gen_nb_int;n_min++) { for (n_max = 0;n_max < gen_nb_int;n_max++) { mem_base = xmlMemBlocks(); am = gen_xmlAutomataPtr(n_am, 0); min = gen_int(n_min, 1); max = gen_int(n_max, 2); ret_val = xmlAutomataNewCounter(am, min, max); desret_int(ret_val); call_tests++; des_xmlAutomataPtr(n_am, am, 0); des_int(n_min, min, 1); des_int(n_max, max, 2); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlAutomataNewCounter", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_am); printf(" %d", n_min); printf(" %d", n_max); printf("\n"); } } } } function_tests++; #endif return(test_ret); } static int test_xmlAutomataNewCounterTrans(void) { int test_ret = 0; /* missing type support */ return(test_ret); } static int test_xmlAutomataNewEpsilon(void) { int test_ret = 0; /* missing type support */ return(test_ret); } static int test_xmlAutomataNewNegTrans(void) { int test_ret = 0; /* missing type support */ return(test_ret); } static int test_xmlAutomataNewOnceTrans(void) { int test_ret = 0; /* missing type support */ return(test_ret); } static int test_xmlAutomataNewOnceTrans2(void) { int test_ret = 0; /* missing type support */ return(test_ret); } static int test_xmlAutomataNewState(void) { int test_ret = 0; /* missing type support */ return(test_ret); } static int test_xmlAutomataNewTransition(void) { int test_ret = 0; /* missing type support */ return(test_ret); } static int test_xmlAutomataNewTransition2(void) { int test_ret = 0; /* missing type support */ return(test_ret); } #ifdef LIBXML_AUTOMATA_ENABLED #define gen_nb_xmlAutomataStatePtr 1 static xmlAutomataStatePtr gen_xmlAutomataStatePtr(int no ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { return(NULL); } static void des_xmlAutomataStatePtr(int no ATTRIBUTE_UNUSED, xmlAutomataStatePtr val ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { } #endif static int test_xmlAutomataSetFinalState(void) { int test_ret = 0; #if defined(LIBXML_REGEXP_ENABLED) && defined(LIBXML_AUTOMATA_ENABLED) int mem_base; int ret_val; xmlAutomataPtr am; /* an automata */ int n_am; xmlAutomataStatePtr state; /* a state in this automata */ int n_state; for (n_am = 0;n_am < gen_nb_xmlAutomataPtr;n_am++) { for (n_state = 0;n_state < gen_nb_xmlAutomataStatePtr;n_state++) { mem_base = xmlMemBlocks(); am = gen_xmlAutomataPtr(n_am, 0); state = gen_xmlAutomataStatePtr(n_state, 1); ret_val = xmlAutomataSetFinalState(am, state); desret_int(ret_val); call_tests++; des_xmlAutomataPtr(n_am, am, 0); des_xmlAutomataStatePtr(n_state, state, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlAutomataSetFinalState", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_am); printf(" %d", n_state); printf("\n"); } } } function_tests++; #endif return(test_ret); } static int test_xmlNewAutomata(void) { int test_ret = 0; /* missing type support */ return(test_ret); } static int test_xmlautomata(void) { int test_ret = 0; if (quiet == 0) printf("Testing xmlautomata : 3 of 19 functions ...\n"); test_ret += test_xmlAutomataCompile(); test_ret += test_xmlAutomataGetInitState(); test_ret += test_xmlAutomataIsDeterminist(); test_ret += test_xmlAutomataNewAllTrans(); test_ret += test_xmlAutomataNewCountTrans(); test_ret += test_xmlAutomataNewCountTrans2(); test_ret += test_xmlAutomataNewCountedTrans(); test_ret += test_xmlAutomataNewCounter(); test_ret += test_xmlAutomataNewCounterTrans(); test_ret += test_xmlAutomataNewEpsilon(); test_ret += test_xmlAutomataNewNegTrans(); test_ret += test_xmlAutomataNewOnceTrans(); test_ret += test_xmlAutomataNewOnceTrans2(); test_ret += test_xmlAutomataNewState(); test_ret += test_xmlAutomataNewTransition(); test_ret += test_xmlAutomataNewTransition2(); test_ret += test_xmlAutomataSetFinalState(); test_ret += test_xmlNewAutomata(); if (test_ret != 0) printf("Module xmlautomata: %d errors\n", test_ret); return(test_ret); } #define gen_nb_xmlGenericErrorFunc_ptr 1 static xmlGenericErrorFunc * gen_xmlGenericErrorFunc_ptr(int no ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { return(NULL); } static void des_xmlGenericErrorFunc_ptr(int no ATTRIBUTE_UNUSED, xmlGenericErrorFunc * val ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { } static int test_initGenericErrorDefaultFunc(void) { int test_ret = 0; int mem_base; xmlGenericErrorFunc * handler; /* the handler */ int n_handler; for (n_handler = 0;n_handler < gen_nb_xmlGenericErrorFunc_ptr;n_handler++) { mem_base = xmlMemBlocks(); handler = gen_xmlGenericErrorFunc_ptr(n_handler, 0); initGenericErrorDefaultFunc(handler); call_tests++; des_xmlGenericErrorFunc_ptr(n_handler, handler, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in initGenericErrorDefaultFunc", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_handler); printf("\n"); } } function_tests++; return(test_ret); } #define gen_nb_xmlErrorPtr 1 static xmlErrorPtr gen_xmlErrorPtr(int no ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { return(NULL); } static void des_xmlErrorPtr(int no ATTRIBUTE_UNUSED, xmlErrorPtr val ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { } static int test_xmlCopyError(void) { int test_ret = 0; int mem_base; int ret_val; xmlErrorPtr from; /* a source error */ int n_from; xmlErrorPtr to; /* a target error */ int n_to; for (n_from = 0;n_from < gen_nb_xmlErrorPtr;n_from++) { for (n_to = 0;n_to < gen_nb_xmlErrorPtr;n_to++) { mem_base = xmlMemBlocks(); from = gen_xmlErrorPtr(n_from, 0); to = gen_xmlErrorPtr(n_to, 1); ret_val = xmlCopyError(from, to); desret_int(ret_val); call_tests++; des_xmlErrorPtr(n_from, from, 0); des_xmlErrorPtr(n_to, to, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlCopyError", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_from); printf(" %d", n_to); printf("\n"); } } } function_tests++; return(test_ret); } static int test_xmlCtxtGetLastError(void) { int test_ret = 0; /* missing type support */ return(test_ret); } static int test_xmlCtxtResetLastError(void) { int test_ret = 0; int mem_base; void * ctx; /* an XML parser context */ int n_ctx; for (n_ctx = 0;n_ctx < gen_nb_void_ptr;n_ctx++) { mem_base = xmlMemBlocks(); ctx = gen_void_ptr(n_ctx, 0); xmlCtxtResetLastError(ctx); call_tests++; des_void_ptr(n_ctx, ctx, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlCtxtResetLastError", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctx); printf("\n"); } } function_tests++; return(test_ret); } static int test_xmlGetLastError(void) { int test_ret = 0; /* missing type support */ return(test_ret); } static int test_xmlParserError(void) { int test_ret = 0; /* missing type support */ return(test_ret); } static int test_xmlParserPrintFileContext(void) { int test_ret = 0; int mem_base; xmlParserInputPtr input; /* an xmlParserInputPtr input */ int n_input; for (n_input = 0;n_input < gen_nb_xmlParserInputPtr;n_input++) { mem_base = xmlMemBlocks(); input = gen_xmlParserInputPtr(n_input, 0); xmlParserPrintFileContext(input); call_tests++; des_xmlParserInputPtr(n_input, input, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlParserPrintFileContext", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_input); printf("\n"); } } function_tests++; return(test_ret); } static int test_xmlParserPrintFileInfo(void) { int test_ret = 0; int mem_base; xmlParserInputPtr input; /* an xmlParserInputPtr input */ int n_input; for (n_input = 0;n_input < gen_nb_xmlParserInputPtr;n_input++) { mem_base = xmlMemBlocks(); input = gen_xmlParserInputPtr(n_input, 0); xmlParserPrintFileInfo(input); call_tests++; des_xmlParserInputPtr(n_input, input, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlParserPrintFileInfo", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_input); printf("\n"); } } function_tests++; return(test_ret); } static int test_xmlParserValidityError(void) { int test_ret = 0; /* missing type support */ return(test_ret); } static int test_xmlParserValidityWarning(void) { int test_ret = 0; /* missing type support */ return(test_ret); } static int test_xmlParserWarning(void) { int test_ret = 0; /* missing type support */ return(test_ret); } static int test_xmlResetError(void) { int test_ret = 0; int mem_base; xmlErrorPtr err; /* pointer to the error. */ int n_err; for (n_err = 0;n_err < gen_nb_xmlErrorPtr;n_err++) { mem_base = xmlMemBlocks(); err = gen_xmlErrorPtr(n_err, 0); xmlResetError(err); call_tests++; des_xmlErrorPtr(n_err, err, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlResetError", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_err); printf("\n"); } } function_tests++; return(test_ret); } static int test_xmlResetLastError(void) { int test_ret = 0; xmlResetLastError(); call_tests++; xmlResetLastError(); function_tests++; return(test_ret); } static int test_xmlSetGenericErrorFunc(void) { int test_ret = 0; /* missing type support */ return(test_ret); } static int test_xmlSetStructuredErrorFunc(void) { int test_ret = 0; /* missing type support */ return(test_ret); } static int test_xmlerror(void) { int test_ret = 0; if (quiet == 0) printf("Testing xmlerror : 7 of 15 functions ...\n"); test_ret += test_initGenericErrorDefaultFunc(); test_ret += test_xmlCopyError(); test_ret += test_xmlCtxtGetLastError(); test_ret += test_xmlCtxtResetLastError(); test_ret += test_xmlGetLastError(); test_ret += test_xmlParserError(); test_ret += test_xmlParserPrintFileContext(); test_ret += test_xmlParserPrintFileInfo(); test_ret += test_xmlParserValidityError(); test_ret += test_xmlParserValidityWarning(); test_ret += test_xmlParserWarning(); test_ret += test_xmlResetError(); test_ret += test_xmlResetLastError(); test_ret += test_xmlSetGenericErrorFunc(); test_ret += test_xmlSetStructuredErrorFunc(); if (test_ret != 0) printf("Module xmlerror: %d errors\n", test_ret); return(test_ret); } #ifdef LIBXML_MODULES_ENABLED #define gen_nb_xmlModulePtr 1 static xmlModulePtr gen_xmlModulePtr(int no ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { return(NULL); } static void des_xmlModulePtr(int no ATTRIBUTE_UNUSED, xmlModulePtr val ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { } #endif static int test_xmlModuleClose(void) { int test_ret = 0; #if defined(LIBXML_MODULES_ENABLED) int mem_base; int ret_val; xmlModulePtr module; /* the module handle */ int n_module; for (n_module = 0;n_module < gen_nb_xmlModulePtr;n_module++) { mem_base = xmlMemBlocks(); module = gen_xmlModulePtr(n_module, 0); ret_val = xmlModuleClose(module); desret_int(ret_val); call_tests++; des_xmlModulePtr(n_module, module, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlModuleClose", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_module); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlModuleOpen(void) { int test_ret = 0; /* missing type support */ return(test_ret); } static int test_xmlModuleSymbol(void) { int test_ret = 0; #if defined(LIBXML_MODULES_ENABLED) int mem_base; int ret_val; xmlModulePtr module; /* the module */ int n_module; char * name; /* the name of the symbol */ int n_name; void ** symbol; /* the resulting symbol address */ int n_symbol; for (n_module = 0;n_module < gen_nb_xmlModulePtr;n_module++) { for (n_name = 0;n_name < gen_nb_const_char_ptr;n_name++) { for (n_symbol = 0;n_symbol < gen_nb_void_ptr_ptr;n_symbol++) { mem_base = xmlMemBlocks(); module = gen_xmlModulePtr(n_module, 0); name = gen_const_char_ptr(n_name, 1); symbol = gen_void_ptr_ptr(n_symbol, 2); ret_val = xmlModuleSymbol(module, (const char *)name, symbol); desret_int(ret_val); call_tests++; des_xmlModulePtr(n_module, module, 0); des_const_char_ptr(n_name, (const char *)name, 1); des_void_ptr_ptr(n_symbol, symbol, 2); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlModuleSymbol", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_module); printf(" %d", n_name); printf(" %d", n_symbol); printf("\n"); } } } } function_tests++; #endif return(test_ret); } static int test_xmlmodule(void) { int test_ret = 0; if (quiet == 0) printf("Testing xmlmodule : 2 of 4 functions ...\n"); test_ret += test_xmlModuleClose(); test_ret += test_xmlModuleOpen(); test_ret += test_xmlModuleSymbol(); if (test_ret != 0) printf("Module xmlmodule: %d errors\n", test_ret); return(test_ret); } static int test_xmlNewTextReader(void) { int test_ret = 0; #if defined(LIBXML_READER_ENABLED) int mem_base; xmlTextReaderPtr ret_val; xmlParserInputBufferPtr input; /* the xmlParserInputBufferPtr used to read data */ int n_input; const char * URI; /* the URI information for the source if available */ int n_URI; for (n_input = 0;n_input < gen_nb_xmlParserInputBufferPtr;n_input++) { for (n_URI = 0;n_URI < gen_nb_filepath;n_URI++) { mem_base = xmlMemBlocks(); input = gen_xmlParserInputBufferPtr(n_input, 0); URI = gen_filepath(n_URI, 1); ret_val = xmlNewTextReader(input, URI); desret_xmlTextReaderPtr(ret_val); call_tests++; des_xmlParserInputBufferPtr(n_input, input, 0); des_filepath(n_URI, URI, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlNewTextReader", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_input); printf(" %d", n_URI); printf("\n"); } } } function_tests++; #endif return(test_ret); } static int test_xmlNewTextReaderFilename(void) { int test_ret = 0; #if defined(LIBXML_READER_ENABLED) int mem_base; xmlTextReaderPtr ret_val; const char * URI; /* the URI of the resource to process */ int n_URI; for (n_URI = 0;n_URI < gen_nb_filepath;n_URI++) { mem_base = xmlMemBlocks(); URI = gen_filepath(n_URI, 0); ret_val = xmlNewTextReaderFilename(URI); desret_xmlTextReaderPtr(ret_val); call_tests++; des_filepath(n_URI, URI, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlNewTextReaderFilename", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_URI); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlReaderForDoc(void) { int test_ret = 0; #if defined(LIBXML_READER_ENABLED) int mem_base; xmlTextReaderPtr ret_val; xmlChar * cur; /* a pointer to a zero terminated string */ int n_cur; const char * URL; /* the base URL to use for the document */ int n_URL; char * encoding; /* the document encoding, or NULL */ int n_encoding; int options; /* a combination of xmlParserOption */ int n_options; for (n_cur = 0;n_cur < gen_nb_const_xmlChar_ptr;n_cur++) { for (n_URL = 0;n_URL < gen_nb_filepath;n_URL++) { for (n_encoding = 0;n_encoding < gen_nb_const_char_ptr;n_encoding++) { for (n_options = 0;n_options < gen_nb_parseroptions;n_options++) { mem_base = xmlMemBlocks(); cur = gen_const_xmlChar_ptr(n_cur, 0); URL = gen_filepath(n_URL, 1); encoding = gen_const_char_ptr(n_encoding, 2); options = gen_parseroptions(n_options, 3); ret_val = xmlReaderForDoc((const xmlChar *)cur, URL, (const char *)encoding, options); desret_xmlTextReaderPtr(ret_val); call_tests++; des_const_xmlChar_ptr(n_cur, (const xmlChar *)cur, 0); des_filepath(n_URL, URL, 1); des_const_char_ptr(n_encoding, (const char *)encoding, 2); des_parseroptions(n_options, options, 3); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlReaderForDoc", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_cur); printf(" %d", n_URL); printf(" %d", n_encoding); printf(" %d", n_options); printf("\n"); } } } } } function_tests++; #endif return(test_ret); } static int test_xmlReaderForFile(void) { int test_ret = 0; #if defined(LIBXML_READER_ENABLED) int mem_base; xmlTextReaderPtr ret_val; const char * filename; /* a file or URL */ int n_filename; char * encoding; /* the document encoding, or NULL */ int n_encoding; int options; /* a combination of xmlParserOption */ int n_options; for (n_filename = 0;n_filename < gen_nb_filepath;n_filename++) { for (n_encoding = 0;n_encoding < gen_nb_const_char_ptr;n_encoding++) { for (n_options = 0;n_options < gen_nb_parseroptions;n_options++) { mem_base = xmlMemBlocks(); filename = gen_filepath(n_filename, 0); encoding = gen_const_char_ptr(n_encoding, 1); options = gen_parseroptions(n_options, 2); ret_val = xmlReaderForFile(filename, (const char *)encoding, options); desret_xmlTextReaderPtr(ret_val); call_tests++; des_filepath(n_filename, filename, 0); des_const_char_ptr(n_encoding, (const char *)encoding, 1); des_parseroptions(n_options, options, 2); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlReaderForFile", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_filename); printf(" %d", n_encoding); printf(" %d", n_options); printf("\n"); } } } } function_tests++; #endif return(test_ret); } static int test_xmlReaderForMemory(void) { int test_ret = 0; #if defined(LIBXML_READER_ENABLED) int mem_base; xmlTextReaderPtr ret_val; char * buffer; /* a pointer to a char array */ int n_buffer; int size; /* the size of the array */ int n_size; const char * URL; /* the base URL to use for the document */ int n_URL; char * encoding; /* the document encoding, or NULL */ int n_encoding; int options; /* a combination of xmlParserOption */ int n_options; for (n_buffer = 0;n_buffer < gen_nb_const_char_ptr;n_buffer++) { for (n_size = 0;n_size < gen_nb_int;n_size++) { for (n_URL = 0;n_URL < gen_nb_filepath;n_URL++) { for (n_encoding = 0;n_encoding < gen_nb_const_char_ptr;n_encoding++) { for (n_options = 0;n_options < gen_nb_parseroptions;n_options++) { mem_base = xmlMemBlocks(); buffer = gen_const_char_ptr(n_buffer, 0); size = gen_int(n_size, 1); URL = gen_filepath(n_URL, 2); encoding = gen_const_char_ptr(n_encoding, 3); options = gen_parseroptions(n_options, 4); if ((buffer != NULL) && (size > (int) strlen((const char *) buffer) + 1)) continue; ret_val = xmlReaderForMemory((const char *)buffer, size, URL, (const char *)encoding, options); desret_xmlTextReaderPtr(ret_val); call_tests++; des_const_char_ptr(n_buffer, (const char *)buffer, 0); des_int(n_size, size, 1); des_filepath(n_URL, URL, 2); des_const_char_ptr(n_encoding, (const char *)encoding, 3); des_parseroptions(n_options, options, 4); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlReaderForMemory", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_buffer); printf(" %d", n_size); printf(" %d", n_URL); printf(" %d", n_encoding); printf(" %d", n_options); printf("\n"); } } } } } } function_tests++; #endif return(test_ret); } static int test_xmlReaderNewDoc(void) { int test_ret = 0; #if defined(LIBXML_READER_ENABLED) int mem_base; int ret_val; xmlTextReaderPtr reader; /* an XML reader */ int n_reader; xmlChar * cur; /* a pointer to a zero terminated string */ int n_cur; const char * URL; /* the base URL to use for the document */ int n_URL; char * encoding; /* the document encoding, or NULL */ int n_encoding; int options; /* a combination of xmlParserOption */ int n_options; for (n_reader = 0;n_reader < gen_nb_xmlTextReaderPtr;n_reader++) { for (n_cur = 0;n_cur < gen_nb_const_xmlChar_ptr;n_cur++) { for (n_URL = 0;n_URL < gen_nb_filepath;n_URL++) { for (n_encoding = 0;n_encoding < gen_nb_const_char_ptr;n_encoding++) { for (n_options = 0;n_options < gen_nb_parseroptions;n_options++) { mem_base = xmlMemBlocks(); reader = gen_xmlTextReaderPtr(n_reader, 0); cur = gen_const_xmlChar_ptr(n_cur, 1); URL = gen_filepath(n_URL, 2); encoding = gen_const_char_ptr(n_encoding, 3); options = gen_parseroptions(n_options, 4); ret_val = xmlReaderNewDoc(reader, (const xmlChar *)cur, URL, (const char *)encoding, options); desret_int(ret_val); call_tests++; des_xmlTextReaderPtr(n_reader, reader, 0); des_const_xmlChar_ptr(n_cur, (const xmlChar *)cur, 1); des_filepath(n_URL, URL, 2); des_const_char_ptr(n_encoding, (const char *)encoding, 3); des_parseroptions(n_options, options, 4); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlReaderNewDoc", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_reader); printf(" %d", n_cur); printf(" %d", n_URL); printf(" %d", n_encoding); printf(" %d", n_options); printf("\n"); } } } } } } function_tests++; #endif return(test_ret); } static int test_xmlReaderNewFile(void) { int test_ret = 0; #if defined(LIBXML_READER_ENABLED) int mem_base; int ret_val; xmlTextReaderPtr reader; /* an XML reader */ int n_reader; const char * filename; /* a file or URL */ int n_filename; char * encoding; /* the document encoding, or NULL */ int n_encoding; int options; /* a combination of xmlParserOption */ int n_options; for (n_reader = 0;n_reader < gen_nb_xmlTextReaderPtr;n_reader++) { for (n_filename = 0;n_filename < gen_nb_filepath;n_filename++) { for (n_encoding = 0;n_encoding < gen_nb_const_char_ptr;n_encoding++) { for (n_options = 0;n_options < gen_nb_parseroptions;n_options++) { mem_base = xmlMemBlocks(); reader = gen_xmlTextReaderPtr(n_reader, 0); filename = gen_filepath(n_filename, 1); encoding = gen_const_char_ptr(n_encoding, 2); options = gen_parseroptions(n_options, 3); ret_val = xmlReaderNewFile(reader, filename, (const char *)encoding, options); desret_int(ret_val); call_tests++; des_xmlTextReaderPtr(n_reader, reader, 0); des_filepath(n_filename, filename, 1); des_const_char_ptr(n_encoding, (const char *)encoding, 2); des_parseroptions(n_options, options, 3); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlReaderNewFile", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_reader); printf(" %d", n_filename); printf(" %d", n_encoding); printf(" %d", n_options); printf("\n"); } } } } } function_tests++; #endif return(test_ret); } static int test_xmlReaderNewMemory(void) { int test_ret = 0; #if defined(LIBXML_READER_ENABLED) int mem_base; int ret_val; xmlTextReaderPtr reader; /* an XML reader */ int n_reader; char * buffer; /* a pointer to a char array */ int n_buffer; int size; /* the size of the array */ int n_size; const char * URL; /* the base URL to use for the document */ int n_URL; char * encoding; /* the document encoding, or NULL */ int n_encoding; int options; /* a combination of xmlParserOption */ int n_options; for (n_reader = 0;n_reader < gen_nb_xmlTextReaderPtr;n_reader++) { for (n_buffer = 0;n_buffer < gen_nb_const_char_ptr;n_buffer++) { for (n_size = 0;n_size < gen_nb_int;n_size++) { for (n_URL = 0;n_URL < gen_nb_filepath;n_URL++) { for (n_encoding = 0;n_encoding < gen_nb_const_char_ptr;n_encoding++) { for (n_options = 0;n_options < gen_nb_parseroptions;n_options++) { mem_base = xmlMemBlocks(); reader = gen_xmlTextReaderPtr(n_reader, 0); buffer = gen_const_char_ptr(n_buffer, 1); size = gen_int(n_size, 2); URL = gen_filepath(n_URL, 3); encoding = gen_const_char_ptr(n_encoding, 4); options = gen_parseroptions(n_options, 5); if ((buffer != NULL) && (size > (int) strlen((const char *) buffer) + 1)) continue; ret_val = xmlReaderNewMemory(reader, (const char *)buffer, size, URL, (const char *)encoding, options); desret_int(ret_val); call_tests++; des_xmlTextReaderPtr(n_reader, reader, 0); des_const_char_ptr(n_buffer, (const char *)buffer, 1); des_int(n_size, size, 2); des_filepath(n_URL, URL, 3); des_const_char_ptr(n_encoding, (const char *)encoding, 4); des_parseroptions(n_options, options, 5); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlReaderNewMemory", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_reader); printf(" %d", n_buffer); printf(" %d", n_size); printf(" %d", n_URL); printf(" %d", n_encoding); printf(" %d", n_options); printf("\n"); } } } } } } } function_tests++; #endif return(test_ret); } static int test_xmlReaderNewWalker(void) { int test_ret = 0; #if defined(LIBXML_READER_ENABLED) int mem_base; int ret_val; xmlTextReaderPtr reader; /* an XML reader */ int n_reader; xmlDocPtr doc; /* a preparsed document */ int n_doc; for (n_reader = 0;n_reader < gen_nb_xmlTextReaderPtr;n_reader++) { for (n_doc = 0;n_doc < gen_nb_xmlDocPtr;n_doc++) { mem_base = xmlMemBlocks(); reader = gen_xmlTextReaderPtr(n_reader, 0); doc = gen_xmlDocPtr(n_doc, 1); ret_val = xmlReaderNewWalker(reader, doc); desret_int(ret_val); call_tests++; des_xmlTextReaderPtr(n_reader, reader, 0); des_xmlDocPtr(n_doc, doc, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlReaderNewWalker", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_reader); printf(" %d", n_doc); printf("\n"); } } } function_tests++; #endif return(test_ret); } static int test_xmlReaderWalker(void) { int test_ret = 0; #if defined(LIBXML_READER_ENABLED) int mem_base; xmlTextReaderPtr ret_val; xmlDocPtr doc; /* a preparsed document */ int n_doc; for (n_doc = 0;n_doc < gen_nb_xmlDocPtr;n_doc++) { mem_base = xmlMemBlocks(); doc = gen_xmlDocPtr(n_doc, 0); ret_val = xmlReaderWalker(doc); desret_xmlTextReaderPtr(ret_val); call_tests++; des_xmlDocPtr(n_doc, doc, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlReaderWalker", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_doc); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlTextReaderAttributeCount(void) { int test_ret = 0; #if defined(LIBXML_READER_ENABLED) int mem_base; int ret_val; xmlTextReaderPtr reader; /* the xmlTextReaderPtr used */ int n_reader; for (n_reader = 0;n_reader < gen_nb_xmlTextReaderPtr;n_reader++) { mem_base = xmlMemBlocks(); reader = gen_xmlTextReaderPtr(n_reader, 0); ret_val = xmlTextReaderAttributeCount(reader); desret_int(ret_val); call_tests++; des_xmlTextReaderPtr(n_reader, reader, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlTextReaderAttributeCount", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_reader); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlTextReaderBaseUri(void) { int test_ret = 0; #if defined(LIBXML_READER_ENABLED) int mem_base; xmlChar * ret_val; xmlTextReaderPtr reader; /* the xmlTextReaderPtr used */ int n_reader; for (n_reader = 0;n_reader < gen_nb_xmlTextReaderPtr;n_reader++) { mem_base = xmlMemBlocks(); reader = gen_xmlTextReaderPtr(n_reader, 0); ret_val = xmlTextReaderBaseUri(reader); desret_xmlChar_ptr(ret_val); call_tests++; des_xmlTextReaderPtr(n_reader, reader, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlTextReaderBaseUri", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_reader); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlTextReaderByteConsumed(void) { int test_ret = 0; #if defined(LIBXML_READER_ENABLED) int mem_base; long ret_val; xmlTextReaderPtr reader; /* an XML reader */ int n_reader; for (n_reader = 0;n_reader < gen_nb_xmlTextReaderPtr;n_reader++) { mem_base = xmlMemBlocks(); reader = gen_xmlTextReaderPtr(n_reader, 0); ret_val = xmlTextReaderByteConsumed(reader); desret_long(ret_val); call_tests++; des_xmlTextReaderPtr(n_reader, reader, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlTextReaderByteConsumed", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_reader); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlTextReaderClose(void) { int test_ret = 0; #if defined(LIBXML_READER_ENABLED) int mem_base; int ret_val; xmlTextReaderPtr reader; /* the xmlTextReaderPtr used */ int n_reader; for (n_reader = 0;n_reader < gen_nb_xmlTextReaderPtr;n_reader++) { mem_base = xmlMemBlocks(); reader = gen_xmlTextReaderPtr(n_reader, 0); ret_val = xmlTextReaderClose(reader); desret_int(ret_val); call_tests++; des_xmlTextReaderPtr(n_reader, reader, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlTextReaderClose", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_reader); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlTextReaderConstBaseUri(void) { int test_ret = 0; #if defined(LIBXML_READER_ENABLED) int mem_base; const xmlChar * ret_val; xmlTextReaderPtr reader; /* the xmlTextReaderPtr used */ int n_reader; for (n_reader = 0;n_reader < gen_nb_xmlTextReaderPtr;n_reader++) { mem_base = xmlMemBlocks(); reader = gen_xmlTextReaderPtr(n_reader, 0); ret_val = xmlTextReaderConstBaseUri(reader); desret_const_xmlChar_ptr(ret_val); call_tests++; des_xmlTextReaderPtr(n_reader, reader, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlTextReaderConstBaseUri", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_reader); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlTextReaderConstEncoding(void) { int test_ret = 0; #if defined(LIBXML_READER_ENABLED) int mem_base; const xmlChar * ret_val; xmlTextReaderPtr reader; /* the xmlTextReaderPtr used */ int n_reader; for (n_reader = 0;n_reader < gen_nb_xmlTextReaderPtr;n_reader++) { mem_base = xmlMemBlocks(); reader = gen_xmlTextReaderPtr(n_reader, 0); ret_val = xmlTextReaderConstEncoding(reader); desret_const_xmlChar_ptr(ret_val); call_tests++; des_xmlTextReaderPtr(n_reader, reader, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlTextReaderConstEncoding", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_reader); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlTextReaderConstLocalName(void) { int test_ret = 0; #if defined(LIBXML_READER_ENABLED) int mem_base; const xmlChar * ret_val; xmlTextReaderPtr reader; /* the xmlTextReaderPtr used */ int n_reader; for (n_reader = 0;n_reader < gen_nb_xmlTextReaderPtr;n_reader++) { mem_base = xmlMemBlocks(); reader = gen_xmlTextReaderPtr(n_reader, 0); ret_val = xmlTextReaderConstLocalName(reader); desret_const_xmlChar_ptr(ret_val); call_tests++; des_xmlTextReaderPtr(n_reader, reader, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlTextReaderConstLocalName", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_reader); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlTextReaderConstName(void) { int test_ret = 0; #if defined(LIBXML_READER_ENABLED) int mem_base; const xmlChar * ret_val; xmlTextReaderPtr reader; /* the xmlTextReaderPtr used */ int n_reader; for (n_reader = 0;n_reader < gen_nb_xmlTextReaderPtr;n_reader++) { mem_base = xmlMemBlocks(); reader = gen_xmlTextReaderPtr(n_reader, 0); ret_val = xmlTextReaderConstName(reader); desret_const_xmlChar_ptr(ret_val); call_tests++; des_xmlTextReaderPtr(n_reader, reader, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlTextReaderConstName", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_reader); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlTextReaderConstNamespaceUri(void) { int test_ret = 0; #if defined(LIBXML_READER_ENABLED) int mem_base; const xmlChar * ret_val; xmlTextReaderPtr reader; /* the xmlTextReaderPtr used */ int n_reader; for (n_reader = 0;n_reader < gen_nb_xmlTextReaderPtr;n_reader++) { mem_base = xmlMemBlocks(); reader = gen_xmlTextReaderPtr(n_reader, 0); ret_val = xmlTextReaderConstNamespaceUri(reader); desret_const_xmlChar_ptr(ret_val); call_tests++; des_xmlTextReaderPtr(n_reader, reader, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlTextReaderConstNamespaceUri", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_reader); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlTextReaderConstPrefix(void) { int test_ret = 0; #if defined(LIBXML_READER_ENABLED) int mem_base; const xmlChar * ret_val; xmlTextReaderPtr reader; /* the xmlTextReaderPtr used */ int n_reader; for (n_reader = 0;n_reader < gen_nb_xmlTextReaderPtr;n_reader++) { mem_base = xmlMemBlocks(); reader = gen_xmlTextReaderPtr(n_reader, 0); ret_val = xmlTextReaderConstPrefix(reader); desret_const_xmlChar_ptr(ret_val); call_tests++; des_xmlTextReaderPtr(n_reader, reader, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlTextReaderConstPrefix", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_reader); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlTextReaderConstString(void) { int test_ret = 0; #if defined(LIBXML_READER_ENABLED) int mem_base; const xmlChar * ret_val; xmlTextReaderPtr reader; /* the xmlTextReaderPtr used */ int n_reader; xmlChar * str; /* the string to intern. */ int n_str; for (n_reader = 0;n_reader < gen_nb_xmlTextReaderPtr;n_reader++) { for (n_str = 0;n_str < gen_nb_const_xmlChar_ptr;n_str++) { mem_base = xmlMemBlocks(); reader = gen_xmlTextReaderPtr(n_reader, 0); str = gen_const_xmlChar_ptr(n_str, 1); ret_val = xmlTextReaderConstString(reader, (const xmlChar *)str); desret_const_xmlChar_ptr(ret_val); call_tests++; des_xmlTextReaderPtr(n_reader, reader, 0); des_const_xmlChar_ptr(n_str, (const xmlChar *)str, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlTextReaderConstString", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_reader); printf(" %d", n_str); printf("\n"); } } } function_tests++; #endif return(test_ret); } static int test_xmlTextReaderConstValue(void) { int test_ret = 0; #if defined(LIBXML_READER_ENABLED) int mem_base; const xmlChar * ret_val; xmlTextReaderPtr reader; /* the xmlTextReaderPtr used */ int n_reader; for (n_reader = 0;n_reader < gen_nb_xmlTextReaderPtr;n_reader++) { mem_base = xmlMemBlocks(); reader = gen_xmlTextReaderPtr(n_reader, 0); ret_val = xmlTextReaderConstValue(reader); desret_const_xmlChar_ptr(ret_val); call_tests++; des_xmlTextReaderPtr(n_reader, reader, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlTextReaderConstValue", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_reader); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlTextReaderConstXmlLang(void) { int test_ret = 0; #if defined(LIBXML_READER_ENABLED) int mem_base; const xmlChar * ret_val; xmlTextReaderPtr reader; /* the xmlTextReaderPtr used */ int n_reader; for (n_reader = 0;n_reader < gen_nb_xmlTextReaderPtr;n_reader++) { mem_base = xmlMemBlocks(); reader = gen_xmlTextReaderPtr(n_reader, 0); ret_val = xmlTextReaderConstXmlLang(reader); desret_const_xmlChar_ptr(ret_val); call_tests++; des_xmlTextReaderPtr(n_reader, reader, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlTextReaderConstXmlLang", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_reader); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlTextReaderConstXmlVersion(void) { int test_ret = 0; #if defined(LIBXML_READER_ENABLED) int mem_base; const xmlChar * ret_val; xmlTextReaderPtr reader; /* the xmlTextReaderPtr used */ int n_reader; for (n_reader = 0;n_reader < gen_nb_xmlTextReaderPtr;n_reader++) { mem_base = xmlMemBlocks(); reader = gen_xmlTextReaderPtr(n_reader, 0); ret_val = xmlTextReaderConstXmlVersion(reader); desret_const_xmlChar_ptr(ret_val); call_tests++; des_xmlTextReaderPtr(n_reader, reader, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlTextReaderConstXmlVersion", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_reader); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlTextReaderCurrentDoc(void) { int test_ret = 0; #if defined(LIBXML_READER_ENABLED) int mem_base; xmlDocPtr ret_val; xmlTextReaderPtr reader; /* the xmlTextReaderPtr used */ int n_reader; for (n_reader = 0;n_reader < gen_nb_xmlTextReaderPtr;n_reader++) { mem_base = xmlMemBlocks(); reader = gen_xmlTextReaderPtr(n_reader, 0); ret_val = xmlTextReaderCurrentDoc(reader); desret_xmlDocPtr(ret_val); call_tests++; des_xmlTextReaderPtr(n_reader, reader, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlTextReaderCurrentDoc", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_reader); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlTextReaderCurrentNode(void) { int test_ret = 0; #if defined(LIBXML_READER_ENABLED) int mem_base; xmlNodePtr ret_val; xmlTextReaderPtr reader; /* the xmlTextReaderPtr used */ int n_reader; for (n_reader = 0;n_reader < gen_nb_xmlTextReaderPtr;n_reader++) { mem_base = xmlMemBlocks(); reader = gen_xmlTextReaderPtr(n_reader, 0); ret_val = xmlTextReaderCurrentNode(reader); desret_xmlNodePtr(ret_val); call_tests++; des_xmlTextReaderPtr(n_reader, reader, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlTextReaderCurrentNode", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_reader); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlTextReaderDepth(void) { int test_ret = 0; #if defined(LIBXML_READER_ENABLED) int mem_base; int ret_val; xmlTextReaderPtr reader; /* the xmlTextReaderPtr used */ int n_reader; for (n_reader = 0;n_reader < gen_nb_xmlTextReaderPtr;n_reader++) { mem_base = xmlMemBlocks(); reader = gen_xmlTextReaderPtr(n_reader, 0); ret_val = xmlTextReaderDepth(reader); desret_int(ret_val); call_tests++; des_xmlTextReaderPtr(n_reader, reader, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlTextReaderDepth", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_reader); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlTextReaderExpand(void) { int test_ret = 0; #if defined(LIBXML_READER_ENABLED) int mem_base; xmlNodePtr ret_val; xmlTextReaderPtr reader; /* the xmlTextReaderPtr used */ int n_reader; for (n_reader = 0;n_reader < gen_nb_xmlTextReaderPtr;n_reader++) { mem_base = xmlMemBlocks(); reader = gen_xmlTextReaderPtr(n_reader, 0); ret_val = xmlTextReaderExpand(reader); desret_xmlNodePtr(ret_val); call_tests++; des_xmlTextReaderPtr(n_reader, reader, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlTextReaderExpand", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_reader); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlTextReaderGetAttribute(void) { int test_ret = 0; #if defined(LIBXML_READER_ENABLED) int mem_base; xmlChar * ret_val; xmlTextReaderPtr reader; /* the xmlTextReaderPtr used */ int n_reader; xmlChar * name; /* the qualified name of the attribute. */ int n_name; for (n_reader = 0;n_reader < gen_nb_xmlTextReaderPtr;n_reader++) { for (n_name = 0;n_name < gen_nb_const_xmlChar_ptr;n_name++) { mem_base = xmlMemBlocks(); reader = gen_xmlTextReaderPtr(n_reader, 0); name = gen_const_xmlChar_ptr(n_name, 1); ret_val = xmlTextReaderGetAttribute(reader, (const xmlChar *)name); desret_xmlChar_ptr(ret_val); call_tests++; des_xmlTextReaderPtr(n_reader, reader, 0); des_const_xmlChar_ptr(n_name, (const xmlChar *)name, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlTextReaderGetAttribute", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_reader); printf(" %d", n_name); printf("\n"); } } } function_tests++; #endif return(test_ret); } static int test_xmlTextReaderGetAttributeNo(void) { int test_ret = 0; #if defined(LIBXML_READER_ENABLED) int mem_base; xmlChar * ret_val; xmlTextReaderPtr reader; /* the xmlTextReaderPtr used */ int n_reader; int no; /* the zero-based index of the attribute relative to the containing element */ int n_no; for (n_reader = 0;n_reader < gen_nb_xmlTextReaderPtr;n_reader++) { for (n_no = 0;n_no < gen_nb_int;n_no++) { mem_base = xmlMemBlocks(); reader = gen_xmlTextReaderPtr(n_reader, 0); no = gen_int(n_no, 1); ret_val = xmlTextReaderGetAttributeNo(reader, no); desret_xmlChar_ptr(ret_val); call_tests++; des_xmlTextReaderPtr(n_reader, reader, 0); des_int(n_no, no, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlTextReaderGetAttributeNo", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_reader); printf(" %d", n_no); printf("\n"); } } } function_tests++; #endif return(test_ret); } static int test_xmlTextReaderGetAttributeNs(void) { int test_ret = 0; #if defined(LIBXML_READER_ENABLED) int mem_base; xmlChar * ret_val; xmlTextReaderPtr reader; /* the xmlTextReaderPtr used */ int n_reader; xmlChar * localName; /* the local name of the attribute. */ int n_localName; xmlChar * namespaceURI; /* the namespace URI of the attribute. */ int n_namespaceURI; for (n_reader = 0;n_reader < gen_nb_xmlTextReaderPtr;n_reader++) { for (n_localName = 0;n_localName < gen_nb_const_xmlChar_ptr;n_localName++) { for (n_namespaceURI = 0;n_namespaceURI < gen_nb_const_xmlChar_ptr;n_namespaceURI++) { mem_base = xmlMemBlocks(); reader = gen_xmlTextReaderPtr(n_reader, 0); localName = gen_const_xmlChar_ptr(n_localName, 1); namespaceURI = gen_const_xmlChar_ptr(n_namespaceURI, 2); ret_val = xmlTextReaderGetAttributeNs(reader, (const xmlChar *)localName, (const xmlChar *)namespaceURI); desret_xmlChar_ptr(ret_val); call_tests++; des_xmlTextReaderPtr(n_reader, reader, 0); des_const_xmlChar_ptr(n_localName, (const xmlChar *)localName, 1); des_const_xmlChar_ptr(n_namespaceURI, (const xmlChar *)namespaceURI, 2); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlTextReaderGetAttributeNs", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_reader); printf(" %d", n_localName); printf(" %d", n_namespaceURI); printf("\n"); } } } } function_tests++; #endif return(test_ret); } #ifdef LIBXML_READER_ENABLED #define gen_nb_xmlTextReaderErrorFunc_ptr 1 static xmlTextReaderErrorFunc * gen_xmlTextReaderErrorFunc_ptr(int no ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { return(NULL); } static void des_xmlTextReaderErrorFunc_ptr(int no ATTRIBUTE_UNUSED, xmlTextReaderErrorFunc * val ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { } #endif static int test_xmlTextReaderGetErrorHandler(void) { int test_ret = 0; #if defined(LIBXML_READER_ENABLED) int mem_base; xmlTextReaderPtr reader; /* the xmlTextReaderPtr used */ int n_reader; xmlTextReaderErrorFunc * f; /* the callback function or NULL is no callback has been registered */ int n_f; void ** arg; /* a user argument */ int n_arg; for (n_reader = 0;n_reader < gen_nb_xmlTextReaderPtr;n_reader++) { for (n_f = 0;n_f < gen_nb_xmlTextReaderErrorFunc_ptr;n_f++) { for (n_arg = 0;n_arg < gen_nb_void_ptr_ptr;n_arg++) { mem_base = xmlMemBlocks(); reader = gen_xmlTextReaderPtr(n_reader, 0); f = gen_xmlTextReaderErrorFunc_ptr(n_f, 1); arg = gen_void_ptr_ptr(n_arg, 2); xmlTextReaderGetErrorHandler(reader, f, arg); call_tests++; des_xmlTextReaderPtr(n_reader, reader, 0); des_xmlTextReaderErrorFunc_ptr(n_f, f, 1); des_void_ptr_ptr(n_arg, arg, 2); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlTextReaderGetErrorHandler", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_reader); printf(" %d", n_f); printf(" %d", n_arg); printf("\n"); } } } } function_tests++; #endif return(test_ret); } static int test_xmlTextReaderGetParserColumnNumber(void) { int test_ret = 0; #if defined(LIBXML_READER_ENABLED) int mem_base; int ret_val; xmlTextReaderPtr reader; /* the user data (XML reader context) */ int n_reader; for (n_reader = 0;n_reader < gen_nb_xmlTextReaderPtr;n_reader++) { mem_base = xmlMemBlocks(); reader = gen_xmlTextReaderPtr(n_reader, 0); ret_val = xmlTextReaderGetParserColumnNumber(reader); desret_int(ret_val); call_tests++; des_xmlTextReaderPtr(n_reader, reader, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlTextReaderGetParserColumnNumber", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_reader); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlTextReaderGetParserLineNumber(void) { int test_ret = 0; #if defined(LIBXML_READER_ENABLED) int mem_base; int ret_val; xmlTextReaderPtr reader; /* the user data (XML reader context) */ int n_reader; for (n_reader = 0;n_reader < gen_nb_xmlTextReaderPtr;n_reader++) { mem_base = xmlMemBlocks(); reader = gen_xmlTextReaderPtr(n_reader, 0); ret_val = xmlTextReaderGetParserLineNumber(reader); desret_int(ret_val); call_tests++; des_xmlTextReaderPtr(n_reader, reader, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlTextReaderGetParserLineNumber", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_reader); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlTextReaderGetParserProp(void) { int test_ret = 0; #if defined(LIBXML_READER_ENABLED) int mem_base; int ret_val; xmlTextReaderPtr reader; /* the xmlTextReaderPtr used */ int n_reader; int prop; /* the xmlParserProperties to get */ int n_prop; for (n_reader = 0;n_reader < gen_nb_xmlTextReaderPtr;n_reader++) { for (n_prop = 0;n_prop < gen_nb_int;n_prop++) { mem_base = xmlMemBlocks(); reader = gen_xmlTextReaderPtr(n_reader, 0); prop = gen_int(n_prop, 1); ret_val = xmlTextReaderGetParserProp(reader, prop); desret_int(ret_val); call_tests++; des_xmlTextReaderPtr(n_reader, reader, 0); des_int(n_prop, prop, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlTextReaderGetParserProp", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_reader); printf(" %d", n_prop); printf("\n"); } } } function_tests++; #endif return(test_ret); } static int test_xmlTextReaderGetRemainder(void) { int test_ret = 0; #if defined(LIBXML_READER_ENABLED) int mem_base; xmlParserInputBufferPtr ret_val; xmlTextReaderPtr reader; /* the xmlTextReaderPtr used */ int n_reader; for (n_reader = 0;n_reader < gen_nb_xmlTextReaderPtr;n_reader++) { mem_base = xmlMemBlocks(); reader = gen_xmlTextReaderPtr(n_reader, 0); ret_val = xmlTextReaderGetRemainder(reader); desret_xmlParserInputBufferPtr(ret_val); call_tests++; des_xmlTextReaderPtr(n_reader, reader, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlTextReaderGetRemainder", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_reader); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlTextReaderHasAttributes(void) { int test_ret = 0; #if defined(LIBXML_READER_ENABLED) int mem_base; int ret_val; xmlTextReaderPtr reader; /* the xmlTextReaderPtr used */ int n_reader; for (n_reader = 0;n_reader < gen_nb_xmlTextReaderPtr;n_reader++) { mem_base = xmlMemBlocks(); reader = gen_xmlTextReaderPtr(n_reader, 0); ret_val = xmlTextReaderHasAttributes(reader); desret_int(ret_val); call_tests++; des_xmlTextReaderPtr(n_reader, reader, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlTextReaderHasAttributes", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_reader); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlTextReaderHasValue(void) { int test_ret = 0; #if defined(LIBXML_READER_ENABLED) int mem_base; int ret_val; xmlTextReaderPtr reader; /* the xmlTextReaderPtr used */ int n_reader; for (n_reader = 0;n_reader < gen_nb_xmlTextReaderPtr;n_reader++) { mem_base = xmlMemBlocks(); reader = gen_xmlTextReaderPtr(n_reader, 0); ret_val = xmlTextReaderHasValue(reader); desret_int(ret_val); call_tests++; des_xmlTextReaderPtr(n_reader, reader, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlTextReaderHasValue", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_reader); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlTextReaderIsDefault(void) { int test_ret = 0; #if defined(LIBXML_READER_ENABLED) int mem_base; int ret_val; xmlTextReaderPtr reader; /* the xmlTextReaderPtr used */ int n_reader; for (n_reader = 0;n_reader < gen_nb_xmlTextReaderPtr;n_reader++) { mem_base = xmlMemBlocks(); reader = gen_xmlTextReaderPtr(n_reader, 0); ret_val = xmlTextReaderIsDefault(reader); desret_int(ret_val); call_tests++; des_xmlTextReaderPtr(n_reader, reader, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlTextReaderIsDefault", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_reader); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlTextReaderIsEmptyElement(void) { int test_ret = 0; #if defined(LIBXML_READER_ENABLED) int mem_base; int ret_val; xmlTextReaderPtr reader; /* the xmlTextReaderPtr used */ int n_reader; for (n_reader = 0;n_reader < gen_nb_xmlTextReaderPtr;n_reader++) { mem_base = xmlMemBlocks(); reader = gen_xmlTextReaderPtr(n_reader, 0); ret_val = xmlTextReaderIsEmptyElement(reader); desret_int(ret_val); call_tests++; des_xmlTextReaderPtr(n_reader, reader, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlTextReaderIsEmptyElement", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_reader); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlTextReaderIsNamespaceDecl(void) { int test_ret = 0; #if defined(LIBXML_READER_ENABLED) int mem_base; int ret_val; xmlTextReaderPtr reader; /* the xmlTextReaderPtr used */ int n_reader; for (n_reader = 0;n_reader < gen_nb_xmlTextReaderPtr;n_reader++) { mem_base = xmlMemBlocks(); reader = gen_xmlTextReaderPtr(n_reader, 0); ret_val = xmlTextReaderIsNamespaceDecl(reader); desret_int(ret_val); call_tests++; des_xmlTextReaderPtr(n_reader, reader, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlTextReaderIsNamespaceDecl", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_reader); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlTextReaderIsValid(void) { int test_ret = 0; #if defined(LIBXML_READER_ENABLED) int mem_base; int ret_val; xmlTextReaderPtr reader; /* the xmlTextReaderPtr used */ int n_reader; for (n_reader = 0;n_reader < gen_nb_xmlTextReaderPtr;n_reader++) { mem_base = xmlMemBlocks(); reader = gen_xmlTextReaderPtr(n_reader, 0); ret_val = xmlTextReaderIsValid(reader); desret_int(ret_val); call_tests++; des_xmlTextReaderPtr(n_reader, reader, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlTextReaderIsValid", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_reader); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlTextReaderLocalName(void) { int test_ret = 0; #if defined(LIBXML_READER_ENABLED) int mem_base; xmlChar * ret_val; xmlTextReaderPtr reader; /* the xmlTextReaderPtr used */ int n_reader; for (n_reader = 0;n_reader < gen_nb_xmlTextReaderPtr;n_reader++) { mem_base = xmlMemBlocks(); reader = gen_xmlTextReaderPtr(n_reader, 0); ret_val = xmlTextReaderLocalName(reader); desret_xmlChar_ptr(ret_val); call_tests++; des_xmlTextReaderPtr(n_reader, reader, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlTextReaderLocalName", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_reader); printf("\n"); } } function_tests++; #endif return(test_ret); } #ifdef LIBXML_READER_ENABLED #define gen_nb_xmlTextReaderLocatorPtr 1 static xmlTextReaderLocatorPtr gen_xmlTextReaderLocatorPtr(int no ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { return(NULL); } static void des_xmlTextReaderLocatorPtr(int no ATTRIBUTE_UNUSED, xmlTextReaderLocatorPtr val ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { } #endif static int test_xmlTextReaderLocatorBaseURI(void) { int test_ret = 0; #if defined(LIBXML_READER_ENABLED) int mem_base; xmlChar * ret_val; xmlTextReaderLocatorPtr locator; /* the xmlTextReaderLocatorPtr used */ int n_locator; for (n_locator = 0;n_locator < gen_nb_xmlTextReaderLocatorPtr;n_locator++) { mem_base = xmlMemBlocks(); locator = gen_xmlTextReaderLocatorPtr(n_locator, 0); ret_val = xmlTextReaderLocatorBaseURI(locator); desret_xmlChar_ptr(ret_val); call_tests++; des_xmlTextReaderLocatorPtr(n_locator, locator, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlTextReaderLocatorBaseURI", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_locator); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlTextReaderLocatorLineNumber(void) { int test_ret = 0; #if defined(LIBXML_READER_ENABLED) int mem_base; int ret_val; xmlTextReaderLocatorPtr locator; /* the xmlTextReaderLocatorPtr used */ int n_locator; for (n_locator = 0;n_locator < gen_nb_xmlTextReaderLocatorPtr;n_locator++) { mem_base = xmlMemBlocks(); locator = gen_xmlTextReaderLocatorPtr(n_locator, 0); ret_val = xmlTextReaderLocatorLineNumber(locator); desret_int(ret_val); call_tests++; des_xmlTextReaderLocatorPtr(n_locator, locator, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlTextReaderLocatorLineNumber", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_locator); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlTextReaderLookupNamespace(void) { int test_ret = 0; #if defined(LIBXML_READER_ENABLED) int mem_base; xmlChar * ret_val; xmlTextReaderPtr reader; /* the xmlTextReaderPtr used */ int n_reader; xmlChar * prefix; /* the prefix whose namespace URI is to be resolved. To return the default namespace, specify NULL */ int n_prefix; for (n_reader = 0;n_reader < gen_nb_xmlTextReaderPtr;n_reader++) { for (n_prefix = 0;n_prefix < gen_nb_const_xmlChar_ptr;n_prefix++) { mem_base = xmlMemBlocks(); reader = gen_xmlTextReaderPtr(n_reader, 0); prefix = gen_const_xmlChar_ptr(n_prefix, 1); ret_val = xmlTextReaderLookupNamespace(reader, (const xmlChar *)prefix); desret_xmlChar_ptr(ret_val); call_tests++; des_xmlTextReaderPtr(n_reader, reader, 0); des_const_xmlChar_ptr(n_prefix, (const xmlChar *)prefix, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlTextReaderLookupNamespace", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_reader); printf(" %d", n_prefix); printf("\n"); } } } function_tests++; #endif return(test_ret); } static int test_xmlTextReaderMoveToAttribute(void) { int test_ret = 0; #if defined(LIBXML_READER_ENABLED) int mem_base; int ret_val; xmlTextReaderPtr reader; /* the xmlTextReaderPtr used */ int n_reader; xmlChar * name; /* the qualified name of the attribute. */ int n_name; for (n_reader = 0;n_reader < gen_nb_xmlTextReaderPtr;n_reader++) { for (n_name = 0;n_name < gen_nb_const_xmlChar_ptr;n_name++) { mem_base = xmlMemBlocks(); reader = gen_xmlTextReaderPtr(n_reader, 0); name = gen_const_xmlChar_ptr(n_name, 1); ret_val = xmlTextReaderMoveToAttribute(reader, (const xmlChar *)name); desret_int(ret_val); call_tests++; des_xmlTextReaderPtr(n_reader, reader, 0); des_const_xmlChar_ptr(n_name, (const xmlChar *)name, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlTextReaderMoveToAttribute", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_reader); printf(" %d", n_name); printf("\n"); } } } function_tests++; #endif return(test_ret); } static int test_xmlTextReaderMoveToAttributeNo(void) { int test_ret = 0; #if defined(LIBXML_READER_ENABLED) int mem_base; int ret_val; xmlTextReaderPtr reader; /* the xmlTextReaderPtr used */ int n_reader; int no; /* the zero-based index of the attribute relative to the containing element. */ int n_no; for (n_reader = 0;n_reader < gen_nb_xmlTextReaderPtr;n_reader++) { for (n_no = 0;n_no < gen_nb_int;n_no++) { mem_base = xmlMemBlocks(); reader = gen_xmlTextReaderPtr(n_reader, 0); no = gen_int(n_no, 1); ret_val = xmlTextReaderMoveToAttributeNo(reader, no); desret_int(ret_val); call_tests++; des_xmlTextReaderPtr(n_reader, reader, 0); des_int(n_no, no, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlTextReaderMoveToAttributeNo", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_reader); printf(" %d", n_no); printf("\n"); } } } function_tests++; #endif return(test_ret); } static int test_xmlTextReaderMoveToAttributeNs(void) { int test_ret = 0; #if defined(LIBXML_READER_ENABLED) int mem_base; int ret_val; xmlTextReaderPtr reader; /* the xmlTextReaderPtr used */ int n_reader; xmlChar * localName; /* the local name of the attribute. */ int n_localName; xmlChar * namespaceURI; /* the namespace URI of the attribute. */ int n_namespaceURI; for (n_reader = 0;n_reader < gen_nb_xmlTextReaderPtr;n_reader++) { for (n_localName = 0;n_localName < gen_nb_const_xmlChar_ptr;n_localName++) { for (n_namespaceURI = 0;n_namespaceURI < gen_nb_const_xmlChar_ptr;n_namespaceURI++) { mem_base = xmlMemBlocks(); reader = gen_xmlTextReaderPtr(n_reader, 0); localName = gen_const_xmlChar_ptr(n_localName, 1); namespaceURI = gen_const_xmlChar_ptr(n_namespaceURI, 2); ret_val = xmlTextReaderMoveToAttributeNs(reader, (const xmlChar *)localName, (const xmlChar *)namespaceURI); desret_int(ret_val); call_tests++; des_xmlTextReaderPtr(n_reader, reader, 0); des_const_xmlChar_ptr(n_localName, (const xmlChar *)localName, 1); des_const_xmlChar_ptr(n_namespaceURI, (const xmlChar *)namespaceURI, 2); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlTextReaderMoveToAttributeNs", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_reader); printf(" %d", n_localName); printf(" %d", n_namespaceURI); printf("\n"); } } } } function_tests++; #endif return(test_ret); } static int test_xmlTextReaderMoveToElement(void) { int test_ret = 0; #if defined(LIBXML_READER_ENABLED) int mem_base; int ret_val; xmlTextReaderPtr reader; /* the xmlTextReaderPtr used */ int n_reader; for (n_reader = 0;n_reader < gen_nb_xmlTextReaderPtr;n_reader++) { mem_base = xmlMemBlocks(); reader = gen_xmlTextReaderPtr(n_reader, 0); ret_val = xmlTextReaderMoveToElement(reader); desret_int(ret_val); call_tests++; des_xmlTextReaderPtr(n_reader, reader, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlTextReaderMoveToElement", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_reader); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlTextReaderMoveToFirstAttribute(void) { int test_ret = 0; #if defined(LIBXML_READER_ENABLED) int mem_base; int ret_val; xmlTextReaderPtr reader; /* the xmlTextReaderPtr used */ int n_reader; for (n_reader = 0;n_reader < gen_nb_xmlTextReaderPtr;n_reader++) { mem_base = xmlMemBlocks(); reader = gen_xmlTextReaderPtr(n_reader, 0); ret_val = xmlTextReaderMoveToFirstAttribute(reader); desret_int(ret_val); call_tests++; des_xmlTextReaderPtr(n_reader, reader, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlTextReaderMoveToFirstAttribute", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_reader); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlTextReaderMoveToNextAttribute(void) { int test_ret = 0; #if defined(LIBXML_READER_ENABLED) int mem_base; int ret_val; xmlTextReaderPtr reader; /* the xmlTextReaderPtr used */ int n_reader; for (n_reader = 0;n_reader < gen_nb_xmlTextReaderPtr;n_reader++) { mem_base = xmlMemBlocks(); reader = gen_xmlTextReaderPtr(n_reader, 0); ret_val = xmlTextReaderMoveToNextAttribute(reader); desret_int(ret_val); call_tests++; des_xmlTextReaderPtr(n_reader, reader, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlTextReaderMoveToNextAttribute", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_reader); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlTextReaderName(void) { int test_ret = 0; #if defined(LIBXML_READER_ENABLED) int mem_base; xmlChar * ret_val; xmlTextReaderPtr reader; /* the xmlTextReaderPtr used */ int n_reader; for (n_reader = 0;n_reader < gen_nb_xmlTextReaderPtr;n_reader++) { mem_base = xmlMemBlocks(); reader = gen_xmlTextReaderPtr(n_reader, 0); ret_val = xmlTextReaderName(reader); desret_xmlChar_ptr(ret_val); call_tests++; des_xmlTextReaderPtr(n_reader, reader, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlTextReaderName", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_reader); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlTextReaderNamespaceUri(void) { int test_ret = 0; #if defined(LIBXML_READER_ENABLED) int mem_base; xmlChar * ret_val; xmlTextReaderPtr reader; /* the xmlTextReaderPtr used */ int n_reader; for (n_reader = 0;n_reader < gen_nb_xmlTextReaderPtr;n_reader++) { mem_base = xmlMemBlocks(); reader = gen_xmlTextReaderPtr(n_reader, 0); ret_val = xmlTextReaderNamespaceUri(reader); desret_xmlChar_ptr(ret_val); call_tests++; des_xmlTextReaderPtr(n_reader, reader, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlTextReaderNamespaceUri", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_reader); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlTextReaderNext(void) { int test_ret = 0; #if defined(LIBXML_READER_ENABLED) int mem_base; int ret_val; xmlTextReaderPtr reader; /* the xmlTextReaderPtr used */ int n_reader; for (n_reader = 0;n_reader < gen_nb_xmlTextReaderPtr;n_reader++) { mem_base = xmlMemBlocks(); reader = gen_xmlTextReaderPtr(n_reader, 0); ret_val = xmlTextReaderNext(reader); desret_int(ret_val); call_tests++; des_xmlTextReaderPtr(n_reader, reader, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlTextReaderNext", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_reader); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlTextReaderNextSibling(void) { int test_ret = 0; #if defined(LIBXML_READER_ENABLED) int mem_base; int ret_val; xmlTextReaderPtr reader; /* the xmlTextReaderPtr used */ int n_reader; for (n_reader = 0;n_reader < gen_nb_xmlTextReaderPtr;n_reader++) { mem_base = xmlMemBlocks(); reader = gen_xmlTextReaderPtr(n_reader, 0); ret_val = xmlTextReaderNextSibling(reader); desret_int(ret_val); call_tests++; des_xmlTextReaderPtr(n_reader, reader, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlTextReaderNextSibling", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_reader); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlTextReaderNodeType(void) { int test_ret = 0; #if defined(LIBXML_READER_ENABLED) int mem_base; int ret_val; xmlTextReaderPtr reader; /* the xmlTextReaderPtr used */ int n_reader; for (n_reader = 0;n_reader < gen_nb_xmlTextReaderPtr;n_reader++) { mem_base = xmlMemBlocks(); reader = gen_xmlTextReaderPtr(n_reader, 0); ret_val = xmlTextReaderNodeType(reader); desret_int(ret_val); call_tests++; des_xmlTextReaderPtr(n_reader, reader, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlTextReaderNodeType", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_reader); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlTextReaderNormalization(void) { int test_ret = 0; #if defined(LIBXML_READER_ENABLED) int mem_base; int ret_val; xmlTextReaderPtr reader; /* the xmlTextReaderPtr used */ int n_reader; for (n_reader = 0;n_reader < gen_nb_xmlTextReaderPtr;n_reader++) { mem_base = xmlMemBlocks(); reader = gen_xmlTextReaderPtr(n_reader, 0); ret_val = xmlTextReaderNormalization(reader); desret_int(ret_val); call_tests++; des_xmlTextReaderPtr(n_reader, reader, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlTextReaderNormalization", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_reader); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlTextReaderPrefix(void) { int test_ret = 0; #if defined(LIBXML_READER_ENABLED) int mem_base; xmlChar * ret_val; xmlTextReaderPtr reader; /* the xmlTextReaderPtr used */ int n_reader; for (n_reader = 0;n_reader < gen_nb_xmlTextReaderPtr;n_reader++) { mem_base = xmlMemBlocks(); reader = gen_xmlTextReaderPtr(n_reader, 0); ret_val = xmlTextReaderPrefix(reader); desret_xmlChar_ptr(ret_val); call_tests++; des_xmlTextReaderPtr(n_reader, reader, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlTextReaderPrefix", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_reader); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlTextReaderPreserve(void) { int test_ret = 0; #if defined(LIBXML_READER_ENABLED) int mem_base; xmlNodePtr ret_val; xmlTextReaderPtr reader; /* the xmlTextReaderPtr used */ int n_reader; for (n_reader = 0;n_reader < gen_nb_xmlTextReaderPtr;n_reader++) { mem_base = xmlMemBlocks(); reader = gen_xmlTextReaderPtr(n_reader, 0); ret_val = xmlTextReaderPreserve(reader); desret_xmlNodePtr(ret_val); call_tests++; des_xmlTextReaderPtr(n_reader, reader, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlTextReaderPreserve", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_reader); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlTextReaderPreservePattern(void) { int test_ret = 0; #if defined(LIBXML_READER_ENABLED) && defined(LIBXML_PATTERN_ENABLED) #ifdef LIBXML_PATTERN_ENABLED int mem_base; int ret_val; xmlTextReaderPtr reader; /* the xmlTextReaderPtr used */ int n_reader; xmlChar * pattern; /* an XPath subset pattern */ int n_pattern; xmlChar ** namespaces; /* the prefix definitions, array of [URI, prefix] or NULL */ int n_namespaces; for (n_reader = 0;n_reader < gen_nb_xmlTextReaderPtr;n_reader++) { for (n_pattern = 0;n_pattern < gen_nb_const_xmlChar_ptr;n_pattern++) { for (n_namespaces = 0;n_namespaces < gen_nb_const_xmlChar_ptr_ptr;n_namespaces++) { mem_base = xmlMemBlocks(); reader = gen_xmlTextReaderPtr(n_reader, 0); pattern = gen_const_xmlChar_ptr(n_pattern, 1); namespaces = gen_const_xmlChar_ptr_ptr(n_namespaces, 2); ret_val = xmlTextReaderPreservePattern(reader, (const xmlChar *)pattern, (const xmlChar **)namespaces); desret_int(ret_val); call_tests++; des_xmlTextReaderPtr(n_reader, reader, 0); des_const_xmlChar_ptr(n_pattern, (const xmlChar *)pattern, 1); des_const_xmlChar_ptr_ptr(n_namespaces, (const xmlChar **)namespaces, 2); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlTextReaderPreservePattern", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_reader); printf(" %d", n_pattern); printf(" %d", n_namespaces); printf("\n"); } } } } function_tests++; #endif #endif return(test_ret); } static int test_xmlTextReaderQuoteChar(void) { int test_ret = 0; #if defined(LIBXML_READER_ENABLED) int mem_base; int ret_val; xmlTextReaderPtr reader; /* the xmlTextReaderPtr used */ int n_reader; for (n_reader = 0;n_reader < gen_nb_xmlTextReaderPtr;n_reader++) { mem_base = xmlMemBlocks(); reader = gen_xmlTextReaderPtr(n_reader, 0); ret_val = xmlTextReaderQuoteChar(reader); desret_int(ret_val); call_tests++; des_xmlTextReaderPtr(n_reader, reader, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlTextReaderQuoteChar", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_reader); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlTextReaderRead(void) { int test_ret = 0; #if defined(LIBXML_READER_ENABLED) int mem_base; int ret_val; xmlTextReaderPtr reader; /* the xmlTextReaderPtr used */ int n_reader; for (n_reader = 0;n_reader < gen_nb_xmlTextReaderPtr;n_reader++) { mem_base = xmlMemBlocks(); reader = gen_xmlTextReaderPtr(n_reader, 0); ret_val = xmlTextReaderRead(reader); desret_int(ret_val); call_tests++; des_xmlTextReaderPtr(n_reader, reader, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlTextReaderRead", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_reader); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlTextReaderReadAttributeValue(void) { int test_ret = 0; #if defined(LIBXML_READER_ENABLED) int mem_base; int ret_val; xmlTextReaderPtr reader; /* the xmlTextReaderPtr used */ int n_reader; for (n_reader = 0;n_reader < gen_nb_xmlTextReaderPtr;n_reader++) { mem_base = xmlMemBlocks(); reader = gen_xmlTextReaderPtr(n_reader, 0); ret_val = xmlTextReaderReadAttributeValue(reader); desret_int(ret_val); call_tests++; des_xmlTextReaderPtr(n_reader, reader, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlTextReaderReadAttributeValue", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_reader); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlTextReaderReadState(void) { int test_ret = 0; #if defined(LIBXML_READER_ENABLED) int mem_base; int ret_val; xmlTextReaderPtr reader; /* the xmlTextReaderPtr used */ int n_reader; for (n_reader = 0;n_reader < gen_nb_xmlTextReaderPtr;n_reader++) { mem_base = xmlMemBlocks(); reader = gen_xmlTextReaderPtr(n_reader, 0); ret_val = xmlTextReaderReadState(reader); desret_int(ret_val); call_tests++; des_xmlTextReaderPtr(n_reader, reader, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlTextReaderReadState", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_reader); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlTextReaderRelaxNGSetSchema(void) { int test_ret = 0; #if defined(LIBXML_READER_ENABLED) && defined(LIBXML_SCHEMAS_ENABLED) int mem_base; int ret_val; xmlTextReaderPtr reader; /* the xmlTextReaderPtr used */ int n_reader; xmlRelaxNGPtr schema; /* a precompiled RelaxNG schema */ int n_schema; for (n_reader = 0;n_reader < gen_nb_xmlTextReaderPtr;n_reader++) { for (n_schema = 0;n_schema < gen_nb_xmlRelaxNGPtr;n_schema++) { mem_base = xmlMemBlocks(); reader = gen_xmlTextReaderPtr(n_reader, 0); schema = gen_xmlRelaxNGPtr(n_schema, 1); ret_val = xmlTextReaderRelaxNGSetSchema(reader, schema); desret_int(ret_val); call_tests++; des_xmlTextReaderPtr(n_reader, reader, 0); des_xmlRelaxNGPtr(n_schema, schema, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlTextReaderRelaxNGSetSchema", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_reader); printf(" %d", n_schema); printf("\n"); } } } function_tests++; #endif return(test_ret); } static int test_xmlTextReaderRelaxNGValidate(void) { int test_ret = 0; #if defined(LIBXML_READER_ENABLED) && defined(LIBXML_SCHEMAS_ENABLED) int mem_base; int ret_val; xmlTextReaderPtr reader; /* the xmlTextReaderPtr used */ int n_reader; char * rng; /* the path to a RelaxNG schema or NULL */ int n_rng; for (n_reader = 0;n_reader < gen_nb_xmlTextReaderPtr;n_reader++) { for (n_rng = 0;n_rng < gen_nb_const_char_ptr;n_rng++) { mem_base = xmlMemBlocks(); reader = gen_xmlTextReaderPtr(n_reader, 0); rng = gen_const_char_ptr(n_rng, 1); ret_val = xmlTextReaderRelaxNGValidate(reader, (const char *)rng); desret_int(ret_val); call_tests++; des_xmlTextReaderPtr(n_reader, reader, 0); des_const_char_ptr(n_rng, (const char *)rng, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlTextReaderRelaxNGValidate", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_reader); printf(" %d", n_rng); printf("\n"); } } } function_tests++; #endif return(test_ret); } static int test_xmlTextReaderRelaxNGValidateCtxt(void) { int test_ret = 0; #if defined(LIBXML_READER_ENABLED) && defined(LIBXML_SCHEMAS_ENABLED) int mem_base; int ret_val; xmlTextReaderPtr reader; /* the xmlTextReaderPtr used */ int n_reader; xmlRelaxNGValidCtxtPtr ctxt; /* the RelaxNG schema validation context or NULL */ int n_ctxt; int options; /* options (not used yet) */ int n_options; for (n_reader = 0;n_reader < gen_nb_xmlTextReaderPtr;n_reader++) { for (n_ctxt = 0;n_ctxt < gen_nb_xmlRelaxNGValidCtxtPtr;n_ctxt++) { for (n_options = 0;n_options < gen_nb_parseroptions;n_options++) { mem_base = xmlMemBlocks(); reader = gen_xmlTextReaderPtr(n_reader, 0); ctxt = gen_xmlRelaxNGValidCtxtPtr(n_ctxt, 1); options = gen_parseroptions(n_options, 2); ret_val = xmlTextReaderRelaxNGValidateCtxt(reader, ctxt, options); desret_int(ret_val); call_tests++; des_xmlTextReaderPtr(n_reader, reader, 0); des_xmlRelaxNGValidCtxtPtr(n_ctxt, ctxt, 1); des_parseroptions(n_options, options, 2); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlTextReaderRelaxNGValidateCtxt", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_reader); printf(" %d", n_ctxt); printf(" %d", n_options); printf("\n"); } } } } function_tests++; #endif return(test_ret); } static int test_xmlTextReaderSchemaValidate(void) { int test_ret = 0; #if defined(LIBXML_READER_ENABLED) && defined(LIBXML_SCHEMAS_ENABLED) int ret_val; xmlTextReaderPtr reader; /* the xmlTextReaderPtr used */ int n_reader; char * xsd; /* the path to a W3C XSD schema or NULL */ int n_xsd; for (n_reader = 0;n_reader < gen_nb_xmlTextReaderPtr;n_reader++) { for (n_xsd = 0;n_xsd < gen_nb_const_char_ptr;n_xsd++) { reader = gen_xmlTextReaderPtr(n_reader, 0); xsd = gen_const_char_ptr(n_xsd, 1); ret_val = xmlTextReaderSchemaValidate(reader, (const char *)xsd); desret_int(ret_val); call_tests++; des_xmlTextReaderPtr(n_reader, reader, 0); des_const_char_ptr(n_xsd, (const char *)xsd, 1); xmlResetLastError(); } } function_tests++; #endif return(test_ret); } static int test_xmlTextReaderSchemaValidateCtxt(void) { int test_ret = 0; #if defined(LIBXML_READER_ENABLED) && defined(LIBXML_SCHEMAS_ENABLED) int mem_base; int ret_val; xmlTextReaderPtr reader; /* the xmlTextReaderPtr used */ int n_reader; xmlSchemaValidCtxtPtr ctxt; /* the XML Schema validation context or NULL */ int n_ctxt; int options; /* options (not used yet) */ int n_options; for (n_reader = 0;n_reader < gen_nb_xmlTextReaderPtr;n_reader++) { for (n_ctxt = 0;n_ctxt < gen_nb_xmlSchemaValidCtxtPtr;n_ctxt++) { for (n_options = 0;n_options < gen_nb_parseroptions;n_options++) { mem_base = xmlMemBlocks(); reader = gen_xmlTextReaderPtr(n_reader, 0); ctxt = gen_xmlSchemaValidCtxtPtr(n_ctxt, 1); options = gen_parseroptions(n_options, 2); ret_val = xmlTextReaderSchemaValidateCtxt(reader, ctxt, options); desret_int(ret_val); call_tests++; des_xmlTextReaderPtr(n_reader, reader, 0); des_xmlSchemaValidCtxtPtr(n_ctxt, ctxt, 1); des_parseroptions(n_options, options, 2); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlTextReaderSchemaValidateCtxt", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_reader); printf(" %d", n_ctxt); printf(" %d", n_options); printf("\n"); } } } } function_tests++; #endif return(test_ret); } static int test_xmlTextReaderSetErrorHandler(void) { int test_ret = 0; /* missing type support */ return(test_ret); } static int test_xmlTextReaderSetParserProp(void) { int test_ret = 0; #if defined(LIBXML_READER_ENABLED) int mem_base; int ret_val; xmlTextReaderPtr reader; /* the xmlTextReaderPtr used */ int n_reader; int prop; /* the xmlParserProperties to set */ int n_prop; int value; /* usually 0 or 1 to (de)activate it */ int n_value; for (n_reader = 0;n_reader < gen_nb_xmlTextReaderPtr;n_reader++) { for (n_prop = 0;n_prop < gen_nb_int;n_prop++) { for (n_value = 0;n_value < gen_nb_int;n_value++) { mem_base = xmlMemBlocks(); reader = gen_xmlTextReaderPtr(n_reader, 0); prop = gen_int(n_prop, 1); value = gen_int(n_value, 2); ret_val = xmlTextReaderSetParserProp(reader, prop, value); desret_int(ret_val); call_tests++; des_xmlTextReaderPtr(n_reader, reader, 0); des_int(n_prop, prop, 1); des_int(n_value, value, 2); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlTextReaderSetParserProp", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_reader); printf(" %d", n_prop); printf(" %d", n_value); printf("\n"); } } } } function_tests++; #endif return(test_ret); } static int test_xmlTextReaderSetSchema(void) { int test_ret = 0; #if defined(LIBXML_READER_ENABLED) && defined(LIBXML_SCHEMAS_ENABLED) int mem_base; int ret_val; xmlTextReaderPtr reader; /* the xmlTextReaderPtr used */ int n_reader; xmlSchemaPtr schema; /* a precompiled Schema schema */ int n_schema; for (n_reader = 0;n_reader < gen_nb_xmlTextReaderPtr;n_reader++) { for (n_schema = 0;n_schema < gen_nb_xmlSchemaPtr;n_schema++) { mem_base = xmlMemBlocks(); reader = gen_xmlTextReaderPtr(n_reader, 0); schema = gen_xmlSchemaPtr(n_schema, 1); ret_val = xmlTextReaderSetSchema(reader, schema); desret_int(ret_val); call_tests++; des_xmlTextReaderPtr(n_reader, reader, 0); des_xmlSchemaPtr(n_schema, schema, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlTextReaderSetSchema", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_reader); printf(" %d", n_schema); printf("\n"); } } } function_tests++; #endif return(test_ret); } static int test_xmlTextReaderSetStructuredErrorHandler(void) { int test_ret = 0; /* missing type support */ return(test_ret); } static int test_xmlTextReaderSetup(void) { int test_ret = 0; #if defined(LIBXML_READER_ENABLED) int mem_base; int ret_val; xmlTextReaderPtr reader; /* an XML reader */ int n_reader; xmlParserInputBufferPtr input; /* xmlParserInputBufferPtr used to feed the reader, will be destroyed with it. */ int n_input; const char * URL; /* the base URL to use for the document */ int n_URL; char * encoding; /* the document encoding, or NULL */ int n_encoding; int options; /* a combination of xmlParserOption */ int n_options; for (n_reader = 0;n_reader < gen_nb_xmlTextReaderPtr;n_reader++) { for (n_input = 0;n_input < gen_nb_xmlParserInputBufferPtr;n_input++) { for (n_URL = 0;n_URL < gen_nb_filepath;n_URL++) { for (n_encoding = 0;n_encoding < gen_nb_const_char_ptr;n_encoding++) { for (n_options = 0;n_options < gen_nb_parseroptions;n_options++) { mem_base = xmlMemBlocks(); reader = gen_xmlTextReaderPtr(n_reader, 0); input = gen_xmlParserInputBufferPtr(n_input, 1); URL = gen_filepath(n_URL, 2); encoding = gen_const_char_ptr(n_encoding, 3); options = gen_parseroptions(n_options, 4); ret_val = xmlTextReaderSetup(reader, input, URL, (const char *)encoding, options); desret_int(ret_val); call_tests++; des_xmlTextReaderPtr(n_reader, reader, 0); des_filepath(n_URL, URL, 2); des_const_char_ptr(n_encoding, (const char *)encoding, 3); des_parseroptions(n_options, options, 4); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlTextReaderSetup", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_reader); printf(" %d", n_input); printf(" %d", n_URL); printf(" %d", n_encoding); printf(" %d", n_options); printf("\n"); } } } } } } function_tests++; #endif return(test_ret); } static int test_xmlTextReaderStandalone(void) { int test_ret = 0; #if defined(LIBXML_READER_ENABLED) int mem_base; int ret_val; xmlTextReaderPtr reader; /* the xmlTextReaderPtr used */ int n_reader; for (n_reader = 0;n_reader < gen_nb_xmlTextReaderPtr;n_reader++) { mem_base = xmlMemBlocks(); reader = gen_xmlTextReaderPtr(n_reader, 0); ret_val = xmlTextReaderStandalone(reader); desret_int(ret_val); call_tests++; des_xmlTextReaderPtr(n_reader, reader, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlTextReaderStandalone", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_reader); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlTextReaderValue(void) { int test_ret = 0; #if defined(LIBXML_READER_ENABLED) int mem_base; xmlChar * ret_val; xmlTextReaderPtr reader; /* the xmlTextReaderPtr used */ int n_reader; for (n_reader = 0;n_reader < gen_nb_xmlTextReaderPtr;n_reader++) { mem_base = xmlMemBlocks(); reader = gen_xmlTextReaderPtr(n_reader, 0); ret_val = xmlTextReaderValue(reader); desret_xmlChar_ptr(ret_val); call_tests++; des_xmlTextReaderPtr(n_reader, reader, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlTextReaderValue", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_reader); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlTextReaderXmlLang(void) { int test_ret = 0; #if defined(LIBXML_READER_ENABLED) int mem_base; xmlChar * ret_val; xmlTextReaderPtr reader; /* the xmlTextReaderPtr used */ int n_reader; for (n_reader = 0;n_reader < gen_nb_xmlTextReaderPtr;n_reader++) { mem_base = xmlMemBlocks(); reader = gen_xmlTextReaderPtr(n_reader, 0); ret_val = xmlTextReaderXmlLang(reader); desret_xmlChar_ptr(ret_val); call_tests++; des_xmlTextReaderPtr(n_reader, reader, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlTextReaderXmlLang", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_reader); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlreader(void) { int test_ret = 0; if (quiet == 0) printf("Testing xmlreader : 76 of 86 functions ...\n"); test_ret += test_xmlNewTextReader(); test_ret += test_xmlNewTextReaderFilename(); test_ret += test_xmlReaderForDoc(); test_ret += test_xmlReaderForFile(); test_ret += test_xmlReaderForMemory(); test_ret += test_xmlReaderNewDoc(); test_ret += test_xmlReaderNewFile(); test_ret += test_xmlReaderNewMemory(); test_ret += test_xmlReaderNewWalker(); test_ret += test_xmlReaderWalker(); test_ret += test_xmlTextReaderAttributeCount(); test_ret += test_xmlTextReaderBaseUri(); test_ret += test_xmlTextReaderByteConsumed(); test_ret += test_xmlTextReaderClose(); test_ret += test_xmlTextReaderConstBaseUri(); test_ret += test_xmlTextReaderConstEncoding(); test_ret += test_xmlTextReaderConstLocalName(); test_ret += test_xmlTextReaderConstName(); test_ret += test_xmlTextReaderConstNamespaceUri(); test_ret += test_xmlTextReaderConstPrefix(); test_ret += test_xmlTextReaderConstString(); test_ret += test_xmlTextReaderConstValue(); test_ret += test_xmlTextReaderConstXmlLang(); test_ret += test_xmlTextReaderConstXmlVersion(); test_ret += test_xmlTextReaderCurrentDoc(); test_ret += test_xmlTextReaderCurrentNode(); test_ret += test_xmlTextReaderDepth(); test_ret += test_xmlTextReaderExpand(); test_ret += test_xmlTextReaderGetAttribute(); test_ret += test_xmlTextReaderGetAttributeNo(); test_ret += test_xmlTextReaderGetAttributeNs(); test_ret += test_xmlTextReaderGetErrorHandler(); test_ret += test_xmlTextReaderGetParserColumnNumber(); test_ret += test_xmlTextReaderGetParserLineNumber(); test_ret += test_xmlTextReaderGetParserProp(); test_ret += test_xmlTextReaderGetRemainder(); test_ret += test_xmlTextReaderHasAttributes(); test_ret += test_xmlTextReaderHasValue(); test_ret += test_xmlTextReaderIsDefault(); test_ret += test_xmlTextReaderIsEmptyElement(); test_ret += test_xmlTextReaderIsNamespaceDecl(); test_ret += test_xmlTextReaderIsValid(); test_ret += test_xmlTextReaderLocalName(); test_ret += test_xmlTextReaderLocatorBaseURI(); test_ret += test_xmlTextReaderLocatorLineNumber(); test_ret += test_xmlTextReaderLookupNamespace(); test_ret += test_xmlTextReaderMoveToAttribute(); test_ret += test_xmlTextReaderMoveToAttributeNo(); test_ret += test_xmlTextReaderMoveToAttributeNs(); test_ret += test_xmlTextReaderMoveToElement(); test_ret += test_xmlTextReaderMoveToFirstAttribute(); test_ret += test_xmlTextReaderMoveToNextAttribute(); test_ret += test_xmlTextReaderName(); test_ret += test_xmlTextReaderNamespaceUri(); test_ret += test_xmlTextReaderNext(); test_ret += test_xmlTextReaderNextSibling(); test_ret += test_xmlTextReaderNodeType(); test_ret += test_xmlTextReaderNormalization(); test_ret += test_xmlTextReaderPrefix(); test_ret += test_xmlTextReaderPreserve(); test_ret += test_xmlTextReaderPreservePattern(); test_ret += test_xmlTextReaderQuoteChar(); test_ret += test_xmlTextReaderRead(); test_ret += test_xmlTextReaderReadAttributeValue(); test_ret += test_xmlTextReaderReadState(); test_ret += test_xmlTextReaderRelaxNGSetSchema(); test_ret += test_xmlTextReaderRelaxNGValidate(); test_ret += test_xmlTextReaderRelaxNGValidateCtxt(); test_ret += test_xmlTextReaderSchemaValidate(); test_ret += test_xmlTextReaderSchemaValidateCtxt(); test_ret += test_xmlTextReaderSetErrorHandler(); test_ret += test_xmlTextReaderSetParserProp(); test_ret += test_xmlTextReaderSetSchema(); test_ret += test_xmlTextReaderSetStructuredErrorHandler(); test_ret += test_xmlTextReaderSetup(); test_ret += test_xmlTextReaderStandalone(); test_ret += test_xmlTextReaderValue(); test_ret += test_xmlTextReaderXmlLang(); if (test_ret != 0) printf("Module xmlreader: %d errors\n", test_ret); return(test_ret); } static int test_xmlExpCtxtNbCons(void) { int test_ret = 0; #if defined(LIBXML_REGEXP_ENABLED) && defined(LIBXML_EXPR_ENABLED) int mem_base; int ret_val; xmlExpCtxtPtr ctxt; /* an expression context */ int n_ctxt; for (n_ctxt = 0;n_ctxt < gen_nb_xmlExpCtxtPtr;n_ctxt++) { mem_base = xmlMemBlocks(); ctxt = gen_xmlExpCtxtPtr(n_ctxt, 0); ret_val = xmlExpCtxtNbCons(ctxt); desret_int(ret_val); call_tests++; des_xmlExpCtxtPtr(n_ctxt, ctxt, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlExpCtxtNbCons", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlExpCtxtNbNodes(void) { int test_ret = 0; #if defined(LIBXML_REGEXP_ENABLED) && defined(LIBXML_EXPR_ENABLED) int mem_base; int ret_val; xmlExpCtxtPtr ctxt; /* an expression context */ int n_ctxt; for (n_ctxt = 0;n_ctxt < gen_nb_xmlExpCtxtPtr;n_ctxt++) { mem_base = xmlMemBlocks(); ctxt = gen_xmlExpCtxtPtr(n_ctxt, 0); ret_val = xmlExpCtxtNbNodes(ctxt); desret_int(ret_val); call_tests++; des_xmlExpCtxtPtr(n_ctxt, ctxt, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlExpCtxtNbNodes", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlExpDump(void) { int test_ret = 0; #if defined(LIBXML_REGEXP_ENABLED) && defined(LIBXML_EXPR_ENABLED) int mem_base; xmlBufferPtr buf; /* a buffer to receive the output */ int n_buf; xmlExpNodePtr expr; /* the compiled expression */ int n_expr; for (n_buf = 0;n_buf < gen_nb_xmlBufferPtr;n_buf++) { for (n_expr = 0;n_expr < gen_nb_xmlExpNodePtr;n_expr++) { mem_base = xmlMemBlocks(); buf = gen_xmlBufferPtr(n_buf, 0); expr = gen_xmlExpNodePtr(n_expr, 1); xmlExpDump(buf, expr); call_tests++; des_xmlBufferPtr(n_buf, buf, 0); des_xmlExpNodePtr(n_expr, expr, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlExpDump", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_buf); printf(" %d", n_expr); printf("\n"); } } } function_tests++; #endif return(test_ret); } static int test_xmlExpExpDerive(void) { int test_ret = 0; /* missing type support */ return(test_ret); } static int test_xmlExpGetLanguage(void) { int test_ret = 0; #if defined(LIBXML_REGEXP_ENABLED) && defined(LIBXML_EXPR_ENABLED) int mem_base; int ret_val; xmlExpCtxtPtr ctxt; /* the expression context */ int n_ctxt; xmlExpNodePtr exp; /* the expression */ int n_exp; xmlChar ** langList; /* where to store the tokens */ int n_langList; int len; /* the allocated length of @list */ int n_len; for (n_ctxt = 0;n_ctxt < gen_nb_xmlExpCtxtPtr;n_ctxt++) { for (n_exp = 0;n_exp < gen_nb_xmlExpNodePtr;n_exp++) { for (n_langList = 0;n_langList < gen_nb_const_xmlChar_ptr_ptr;n_langList++) { for (n_len = 0;n_len < gen_nb_int;n_len++) { mem_base = xmlMemBlocks(); ctxt = gen_xmlExpCtxtPtr(n_ctxt, 0); exp = gen_xmlExpNodePtr(n_exp, 1); langList = gen_const_xmlChar_ptr_ptr(n_langList, 2); len = gen_int(n_len, 3); ret_val = xmlExpGetLanguage(ctxt, exp, (const xmlChar **)langList, len); desret_int(ret_val); call_tests++; des_xmlExpCtxtPtr(n_ctxt, ctxt, 0); des_xmlExpNodePtr(n_exp, exp, 1); des_const_xmlChar_ptr_ptr(n_langList, (const xmlChar **)langList, 2); des_int(n_len, len, 3); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlExpGetLanguage", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf(" %d", n_exp); printf(" %d", n_langList); printf(" %d", n_len); printf("\n"); } } } } } function_tests++; #endif return(test_ret); } static int test_xmlExpGetStart(void) { int test_ret = 0; #if defined(LIBXML_REGEXP_ENABLED) && defined(LIBXML_EXPR_ENABLED) int mem_base; int ret_val; xmlExpCtxtPtr ctxt; /* the expression context */ int n_ctxt; xmlExpNodePtr exp; /* the expression */ int n_exp; xmlChar ** tokList; /* where to store the tokens */ int n_tokList; int len; /* the allocated length of @list */ int n_len; for (n_ctxt = 0;n_ctxt < gen_nb_xmlExpCtxtPtr;n_ctxt++) { for (n_exp = 0;n_exp < gen_nb_xmlExpNodePtr;n_exp++) { for (n_tokList = 0;n_tokList < gen_nb_const_xmlChar_ptr_ptr;n_tokList++) { for (n_len = 0;n_len < gen_nb_int;n_len++) { mem_base = xmlMemBlocks(); ctxt = gen_xmlExpCtxtPtr(n_ctxt, 0); exp = gen_xmlExpNodePtr(n_exp, 1); tokList = gen_const_xmlChar_ptr_ptr(n_tokList, 2); len = gen_int(n_len, 3); ret_val = xmlExpGetStart(ctxt, exp, (const xmlChar **)tokList, len); desret_int(ret_val); call_tests++; des_xmlExpCtxtPtr(n_ctxt, ctxt, 0); des_xmlExpNodePtr(n_exp, exp, 1); des_const_xmlChar_ptr_ptr(n_tokList, (const xmlChar **)tokList, 2); des_int(n_len, len, 3); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlExpGetStart", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf(" %d", n_exp); printf(" %d", n_tokList); printf(" %d", n_len); printf("\n"); } } } } } function_tests++; #endif return(test_ret); } static int test_xmlExpIsNillable(void) { int test_ret = 0; #if defined(LIBXML_REGEXP_ENABLED) && defined(LIBXML_EXPR_ENABLED) int mem_base; int ret_val; xmlExpNodePtr exp; /* the expression */ int n_exp; for (n_exp = 0;n_exp < gen_nb_xmlExpNodePtr;n_exp++) { mem_base = xmlMemBlocks(); exp = gen_xmlExpNodePtr(n_exp, 0); ret_val = xmlExpIsNillable(exp); desret_int(ret_val); call_tests++; des_xmlExpNodePtr(n_exp, exp, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlExpIsNillable", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_exp); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlExpMaxToken(void) { int test_ret = 0; #if defined(LIBXML_REGEXP_ENABLED) && defined(LIBXML_EXPR_ENABLED) int mem_base; int ret_val; xmlExpNodePtr expr; /* a compiled expression */ int n_expr; for (n_expr = 0;n_expr < gen_nb_xmlExpNodePtr;n_expr++) { mem_base = xmlMemBlocks(); expr = gen_xmlExpNodePtr(n_expr, 0); ret_val = xmlExpMaxToken(expr); desret_int(ret_val); call_tests++; des_xmlExpNodePtr(n_expr, expr, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlExpMaxToken", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_expr); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlExpNewAtom(void) { int test_ret = 0; /* missing type support */ return(test_ret); } static int test_xmlExpNewCtxt(void) { int test_ret = 0; /* missing type support */ return(test_ret); } static int test_xmlExpNewOr(void) { int test_ret = 0; /* missing type support */ return(test_ret); } static int test_xmlExpNewRange(void) { int test_ret = 0; /* missing type support */ return(test_ret); } static int test_xmlExpNewSeq(void) { int test_ret = 0; /* missing type support */ return(test_ret); } static int test_xmlExpParse(void) { int test_ret = 0; /* missing type support */ return(test_ret); } static int test_xmlExpRef(void) { int test_ret = 0; #if defined(LIBXML_REGEXP_ENABLED) && defined(LIBXML_EXPR_ENABLED) int mem_base; xmlExpNodePtr exp; /* the expression */ int n_exp; for (n_exp = 0;n_exp < gen_nb_xmlExpNodePtr;n_exp++) { mem_base = xmlMemBlocks(); exp = gen_xmlExpNodePtr(n_exp, 0); xmlExpRef(exp); call_tests++; des_xmlExpNodePtr(n_exp, exp, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlExpRef", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_exp); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlExpStringDerive(void) { int test_ret = 0; /* missing type support */ return(test_ret); } static int test_xmlExpSubsume(void) { int test_ret = 0; #if defined(LIBXML_REGEXP_ENABLED) && defined(LIBXML_EXPR_ENABLED) int mem_base; int ret_val; xmlExpCtxtPtr ctxt; /* the expressions context */ int n_ctxt; xmlExpNodePtr exp; /* the englobing expression */ int n_exp; xmlExpNodePtr sub; /* the subexpression */ int n_sub; for (n_ctxt = 0;n_ctxt < gen_nb_xmlExpCtxtPtr;n_ctxt++) { for (n_exp = 0;n_exp < gen_nb_xmlExpNodePtr;n_exp++) { for (n_sub = 0;n_sub < gen_nb_xmlExpNodePtr;n_sub++) { mem_base = xmlMemBlocks(); ctxt = gen_xmlExpCtxtPtr(n_ctxt, 0); exp = gen_xmlExpNodePtr(n_exp, 1); sub = gen_xmlExpNodePtr(n_sub, 2); ret_val = xmlExpSubsume(ctxt, exp, sub); desret_int(ret_val); call_tests++; des_xmlExpCtxtPtr(n_ctxt, ctxt, 0); des_xmlExpNodePtr(n_exp, exp, 1); des_xmlExpNodePtr(n_sub, sub, 2); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlExpSubsume", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf(" %d", n_exp); printf(" %d", n_sub); printf("\n"); } } } } function_tests++; #endif return(test_ret); } #ifdef LIBXML_REGEXP_ENABLED #define gen_nb_xmlRegExecCtxtPtr 1 static xmlRegExecCtxtPtr gen_xmlRegExecCtxtPtr(int no ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { return(NULL); } static void des_xmlRegExecCtxtPtr(int no ATTRIBUTE_UNUSED, xmlRegExecCtxtPtr val ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { } #endif static int test_xmlRegExecErrInfo(void) { int test_ret = 0; #if defined(LIBXML_REGEXP_ENABLED) int mem_base; int ret_val; xmlRegExecCtxtPtr exec; /* a regexp execution context generating an error */ int n_exec; xmlChar ** string; /* return value for the error string */ int n_string; int * nbval; /* pointer to the number of accepted values IN/OUT */ int n_nbval; int * nbneg; /* return number of negative transitions */ int n_nbneg; xmlChar ** values; /* pointer to the array of acceptable values */ int n_values; int * terminal; /* return value if this was a terminal state */ int n_terminal; for (n_exec = 0;n_exec < gen_nb_xmlRegExecCtxtPtr;n_exec++) { for (n_string = 0;n_string < gen_nb_const_xmlChar_ptr_ptr;n_string++) { for (n_nbval = 0;n_nbval < gen_nb_int_ptr;n_nbval++) { for (n_nbneg = 0;n_nbneg < gen_nb_int_ptr;n_nbneg++) { for (n_values = 0;n_values < gen_nb_xmlChar_ptr_ptr;n_values++) { for (n_terminal = 0;n_terminal < gen_nb_int_ptr;n_terminal++) { mem_base = xmlMemBlocks(); exec = gen_xmlRegExecCtxtPtr(n_exec, 0); string = gen_const_xmlChar_ptr_ptr(n_string, 1); nbval = gen_int_ptr(n_nbval, 2); nbneg = gen_int_ptr(n_nbneg, 3); values = gen_xmlChar_ptr_ptr(n_values, 4); terminal = gen_int_ptr(n_terminal, 5); ret_val = xmlRegExecErrInfo(exec, (const xmlChar **)string, nbval, nbneg, values, terminal); desret_int(ret_val); call_tests++; des_xmlRegExecCtxtPtr(n_exec, exec, 0); des_const_xmlChar_ptr_ptr(n_string, (const xmlChar **)string, 1); des_int_ptr(n_nbval, nbval, 2); des_int_ptr(n_nbneg, nbneg, 3); des_xmlChar_ptr_ptr(n_values, values, 4); des_int_ptr(n_terminal, terminal, 5); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlRegExecErrInfo", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_exec); printf(" %d", n_string); printf(" %d", n_nbval); printf(" %d", n_nbneg); printf(" %d", n_values); printf(" %d", n_terminal); printf("\n"); } } } } } } } function_tests++; #endif return(test_ret); } static int test_xmlRegExecNextValues(void) { int test_ret = 0; #if defined(LIBXML_REGEXP_ENABLED) int mem_base; int ret_val; xmlRegExecCtxtPtr exec; /* a regexp execution context */ int n_exec; int * nbval; /* pointer to the number of accepted values IN/OUT */ int n_nbval; int * nbneg; /* return number of negative transitions */ int n_nbneg; xmlChar ** values; /* pointer to the array of acceptable values */ int n_values; int * terminal; /* return value if this was a terminal state */ int n_terminal; for (n_exec = 0;n_exec < gen_nb_xmlRegExecCtxtPtr;n_exec++) { for (n_nbval = 0;n_nbval < gen_nb_int_ptr;n_nbval++) { for (n_nbneg = 0;n_nbneg < gen_nb_int_ptr;n_nbneg++) { for (n_values = 0;n_values < gen_nb_xmlChar_ptr_ptr;n_values++) { for (n_terminal = 0;n_terminal < gen_nb_int_ptr;n_terminal++) { mem_base = xmlMemBlocks(); exec = gen_xmlRegExecCtxtPtr(n_exec, 0); nbval = gen_int_ptr(n_nbval, 1); nbneg = gen_int_ptr(n_nbneg, 2); values = gen_xmlChar_ptr_ptr(n_values, 3); terminal = gen_int_ptr(n_terminal, 4); ret_val = xmlRegExecNextValues(exec, nbval, nbneg, values, terminal); desret_int(ret_val); call_tests++; des_xmlRegExecCtxtPtr(n_exec, exec, 0); des_int_ptr(n_nbval, nbval, 1); des_int_ptr(n_nbneg, nbneg, 2); des_xmlChar_ptr_ptr(n_values, values, 3); des_int_ptr(n_terminal, terminal, 4); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlRegExecNextValues", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_exec); printf(" %d", n_nbval); printf(" %d", n_nbneg); printf(" %d", n_values); printf(" %d", n_terminal); printf("\n"); } } } } } } function_tests++; #endif return(test_ret); } static int test_xmlRegExecPushString(void) { int test_ret = 0; #if defined(LIBXML_REGEXP_ENABLED) int mem_base; int ret_val; xmlRegExecCtxtPtr exec; /* a regexp execution context or NULL to indicate the end */ int n_exec; xmlChar * value; /* a string token input */ int n_value; void * data; /* data associated to the token to reuse in callbacks */ int n_data; for (n_exec = 0;n_exec < gen_nb_xmlRegExecCtxtPtr;n_exec++) { for (n_value = 0;n_value < gen_nb_const_xmlChar_ptr;n_value++) { for (n_data = 0;n_data < gen_nb_userdata;n_data++) { mem_base = xmlMemBlocks(); exec = gen_xmlRegExecCtxtPtr(n_exec, 0); value = gen_const_xmlChar_ptr(n_value, 1); data = gen_userdata(n_data, 2); ret_val = xmlRegExecPushString(exec, (const xmlChar *)value, data); desret_int(ret_val); call_tests++; des_xmlRegExecCtxtPtr(n_exec, exec, 0); des_const_xmlChar_ptr(n_value, (const xmlChar *)value, 1); des_userdata(n_data, data, 2); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlRegExecPushString", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_exec); printf(" %d", n_value); printf(" %d", n_data); printf("\n"); } } } } function_tests++; #endif return(test_ret); } static int test_xmlRegExecPushString2(void) { int test_ret = 0; #if defined(LIBXML_REGEXP_ENABLED) int mem_base; int ret_val; xmlRegExecCtxtPtr exec; /* a regexp execution context or NULL to indicate the end */ int n_exec; xmlChar * value; /* the first string token input */ int n_value; xmlChar * value2; /* the second string token input */ int n_value2; void * data; /* data associated to the token to reuse in callbacks */ int n_data; for (n_exec = 0;n_exec < gen_nb_xmlRegExecCtxtPtr;n_exec++) { for (n_value = 0;n_value < gen_nb_const_xmlChar_ptr;n_value++) { for (n_value2 = 0;n_value2 < gen_nb_const_xmlChar_ptr;n_value2++) { for (n_data = 0;n_data < gen_nb_userdata;n_data++) { mem_base = xmlMemBlocks(); exec = gen_xmlRegExecCtxtPtr(n_exec, 0); value = gen_const_xmlChar_ptr(n_value, 1); value2 = gen_const_xmlChar_ptr(n_value2, 2); data = gen_userdata(n_data, 3); ret_val = xmlRegExecPushString2(exec, (const xmlChar *)value, (const xmlChar *)value2, data); desret_int(ret_val); call_tests++; des_xmlRegExecCtxtPtr(n_exec, exec, 0); des_const_xmlChar_ptr(n_value, (const xmlChar *)value, 1); des_const_xmlChar_ptr(n_value2, (const xmlChar *)value2, 2); des_userdata(n_data, data, 3); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlRegExecPushString2", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_exec); printf(" %d", n_value); printf(" %d", n_value2); printf(" %d", n_data); printf("\n"); } } } } } function_tests++; #endif return(test_ret); } static int test_xmlRegNewExecCtxt(void) { int test_ret = 0; /* missing type support */ return(test_ret); } static int test_xmlRegexpCompile(void) { int test_ret = 0; /* missing type support */ return(test_ret); } #ifdef LIBXML_REGEXP_ENABLED #define gen_nb_xmlRegexpPtr 1 static xmlRegexpPtr gen_xmlRegexpPtr(int no ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { return(NULL); } static void des_xmlRegexpPtr(int no ATTRIBUTE_UNUSED, xmlRegexpPtr val ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { } #endif static int test_xmlRegexpExec(void) { int test_ret = 0; #if defined(LIBXML_REGEXP_ENABLED) int mem_base; int ret_val; xmlRegexpPtr comp; /* the compiled regular expression */ int n_comp; xmlChar * content; /* the value to check against the regular expression */ int n_content; for (n_comp = 0;n_comp < gen_nb_xmlRegexpPtr;n_comp++) { for (n_content = 0;n_content < gen_nb_const_xmlChar_ptr;n_content++) { mem_base = xmlMemBlocks(); comp = gen_xmlRegexpPtr(n_comp, 0); content = gen_const_xmlChar_ptr(n_content, 1); ret_val = xmlRegexpExec(comp, (const xmlChar *)content); desret_int(ret_val); call_tests++; des_xmlRegexpPtr(n_comp, comp, 0); des_const_xmlChar_ptr(n_content, (const xmlChar *)content, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlRegexpExec", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_comp); printf(" %d", n_content); printf("\n"); } } } function_tests++; #endif return(test_ret); } static int test_xmlRegexpIsDeterminist(void) { int test_ret = 0; #if defined(LIBXML_REGEXP_ENABLED) int mem_base; int ret_val; xmlRegexpPtr comp; /* the compiled regular expression */ int n_comp; for (n_comp = 0;n_comp < gen_nb_xmlRegexpPtr;n_comp++) { mem_base = xmlMemBlocks(); comp = gen_xmlRegexpPtr(n_comp, 0); ret_val = xmlRegexpIsDeterminist(comp); desret_int(ret_val); call_tests++; des_xmlRegexpPtr(n_comp, comp, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlRegexpIsDeterminist", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_comp); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlRegexpPrint(void) { int test_ret = 0; #if defined(LIBXML_REGEXP_ENABLED) int mem_base; FILE * output; /* the file for the output debug */ int n_output; xmlRegexpPtr regexp; /* the compiled regexp */ int n_regexp; for (n_output = 0;n_output < gen_nb_FILE_ptr;n_output++) { for (n_regexp = 0;n_regexp < gen_nb_xmlRegexpPtr;n_regexp++) { mem_base = xmlMemBlocks(); output = gen_FILE_ptr(n_output, 0); regexp = gen_xmlRegexpPtr(n_regexp, 1); xmlRegexpPrint(output, regexp); call_tests++; des_FILE_ptr(n_output, output, 0); des_xmlRegexpPtr(n_regexp, regexp, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlRegexpPrint", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_output); printf(" %d", n_regexp); printf("\n"); } } } function_tests++; #endif return(test_ret); } static int test_xmlregexp(void) { int test_ret = 0; if (quiet == 0) printf("Testing xmlregexp : 16 of 30 functions ...\n"); test_ret += test_xmlExpCtxtNbCons(); test_ret += test_xmlExpCtxtNbNodes(); test_ret += test_xmlExpDump(); test_ret += test_xmlExpExpDerive(); test_ret += test_xmlExpGetLanguage(); test_ret += test_xmlExpGetStart(); test_ret += test_xmlExpIsNillable(); test_ret += test_xmlExpMaxToken(); test_ret += test_xmlExpNewAtom(); test_ret += test_xmlExpNewCtxt(); test_ret += test_xmlExpNewOr(); test_ret += test_xmlExpNewRange(); test_ret += test_xmlExpNewSeq(); test_ret += test_xmlExpParse(); test_ret += test_xmlExpRef(); test_ret += test_xmlExpStringDerive(); test_ret += test_xmlExpSubsume(); test_ret += test_xmlRegExecErrInfo(); test_ret += test_xmlRegExecNextValues(); test_ret += test_xmlRegExecPushString(); test_ret += test_xmlRegExecPushString2(); test_ret += test_xmlRegNewExecCtxt(); test_ret += test_xmlRegexpCompile(); test_ret += test_xmlRegexpExec(); test_ret += test_xmlRegexpIsDeterminist(); test_ret += test_xmlRegexpPrint(); if (test_ret != 0) printf("Module xmlregexp: %d errors\n", test_ret); return(test_ret); } #ifdef LIBXML_OUTPUT_ENABLED #define gen_nb_xmlSaveCtxtPtr 1 static xmlSaveCtxtPtr gen_xmlSaveCtxtPtr(int no ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { return(NULL); } static void des_xmlSaveCtxtPtr(int no ATTRIBUTE_UNUSED, xmlSaveCtxtPtr val ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { } #endif static int test_xmlSaveClose(void) { int test_ret = 0; #if defined(LIBXML_OUTPUT_ENABLED) int mem_base; int ret_val; xmlSaveCtxtPtr ctxt; /* a document saving context */ int n_ctxt; for (n_ctxt = 0;n_ctxt < gen_nb_xmlSaveCtxtPtr;n_ctxt++) { mem_base = xmlMemBlocks(); ctxt = gen_xmlSaveCtxtPtr(n_ctxt, 0); ret_val = xmlSaveClose(ctxt); desret_int(ret_val); call_tests++; des_xmlSaveCtxtPtr(n_ctxt, ctxt, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlSaveClose", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlSaveDoc(void) { int test_ret = 0; #if defined(LIBXML_OUTPUT_ENABLED) int mem_base; long ret_val; xmlSaveCtxtPtr ctxt; /* a document saving context */ int n_ctxt; xmlDocPtr doc; /* a document */ int n_doc; for (n_ctxt = 0;n_ctxt < gen_nb_xmlSaveCtxtPtr;n_ctxt++) { for (n_doc = 0;n_doc < gen_nb_xmlDocPtr;n_doc++) { mem_base = xmlMemBlocks(); ctxt = gen_xmlSaveCtxtPtr(n_ctxt, 0); doc = gen_xmlDocPtr(n_doc, 1); ret_val = xmlSaveDoc(ctxt, doc); desret_long(ret_val); call_tests++; des_xmlSaveCtxtPtr(n_ctxt, ctxt, 0); des_xmlDocPtr(n_doc, doc, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlSaveDoc", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf(" %d", n_doc); printf("\n"); } } } function_tests++; #endif return(test_ret); } static int test_xmlSaveFlush(void) { int test_ret = 0; #if defined(LIBXML_OUTPUT_ENABLED) int mem_base; int ret_val; xmlSaveCtxtPtr ctxt; /* a document saving context */ int n_ctxt; for (n_ctxt = 0;n_ctxt < gen_nb_xmlSaveCtxtPtr;n_ctxt++) { mem_base = xmlMemBlocks(); ctxt = gen_xmlSaveCtxtPtr(n_ctxt, 0); ret_val = xmlSaveFlush(ctxt); desret_int(ret_val); call_tests++; des_xmlSaveCtxtPtr(n_ctxt, ctxt, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlSaveFlush", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlSaveSetAttrEscape(void) { int test_ret = 0; /* missing type support */ return(test_ret); } static int test_xmlSaveSetEscape(void) { int test_ret = 0; /* missing type support */ return(test_ret); } static int test_xmlSaveToBuffer(void) { int test_ret = 0; /* missing type support */ return(test_ret); } static int test_xmlSaveToFd(void) { int test_ret = 0; /* missing type support */ return(test_ret); } static int test_xmlSaveToFilename(void) { int test_ret = 0; /* missing type support */ return(test_ret); } static int test_xmlSaveTree(void) { int test_ret = 0; #if defined(LIBXML_OUTPUT_ENABLED) int mem_base; long ret_val; xmlSaveCtxtPtr ctxt; /* a document saving context */ int n_ctxt; xmlNodePtr cur; /* */ int n_cur; for (n_ctxt = 0;n_ctxt < gen_nb_xmlSaveCtxtPtr;n_ctxt++) { for (n_cur = 0;n_cur < gen_nb_xmlNodePtr;n_cur++) { mem_base = xmlMemBlocks(); ctxt = gen_xmlSaveCtxtPtr(n_ctxt, 0); cur = gen_xmlNodePtr(n_cur, 1); ret_val = xmlSaveTree(ctxt, cur); desret_long(ret_val); call_tests++; des_xmlSaveCtxtPtr(n_ctxt, ctxt, 0); des_xmlNodePtr(n_cur, cur, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlSaveTree", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf(" %d", n_cur); printf("\n"); } } } function_tests++; #endif return(test_ret); } static int test_xmlsave(void) { int test_ret = 0; if (quiet == 0) printf("Testing xmlsave : 4 of 10 functions ...\n"); test_ret += test_xmlSaveClose(); test_ret += test_xmlSaveDoc(); test_ret += test_xmlSaveFlush(); test_ret += test_xmlSaveSetAttrEscape(); test_ret += test_xmlSaveSetEscape(); test_ret += test_xmlSaveToBuffer(); test_ret += test_xmlSaveToFd(); test_ret += test_xmlSaveToFilename(); test_ret += test_xmlSaveTree(); if (test_ret != 0) printf("Module xmlsave: %d errors\n", test_ret); return(test_ret); } static int test_xmlSchemaDump(void) { int test_ret = 0; #if defined(LIBXML_SCHEMAS_ENABLED) && defined(LIBXML_OUTPUT_ENABLED) int mem_base; FILE * output; /* the file output */ int n_output; xmlSchemaPtr schema; /* a schema structure */ int n_schema; for (n_output = 0;n_output < gen_nb_FILE_ptr;n_output++) { for (n_schema = 0;n_schema < gen_nb_xmlSchemaPtr;n_schema++) { mem_base = xmlMemBlocks(); output = gen_FILE_ptr(n_output, 0); schema = gen_xmlSchemaPtr(n_schema, 1); xmlSchemaDump(output, schema); call_tests++; des_FILE_ptr(n_output, output, 0); des_xmlSchemaPtr(n_schema, schema, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlSchemaDump", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_output); printf(" %d", n_schema); printf("\n"); } } } function_tests++; #endif return(test_ret); } #ifdef LIBXML_SCHEMAS_ENABLED #define gen_nb_xmlSchemaParserCtxtPtr 1 static xmlSchemaParserCtxtPtr gen_xmlSchemaParserCtxtPtr(int no ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { return(NULL); } static void des_xmlSchemaParserCtxtPtr(int no ATTRIBUTE_UNUSED, xmlSchemaParserCtxtPtr val ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { } #endif #ifdef LIBXML_SCHEMAS_ENABLED #define gen_nb_xmlSchemaValidityErrorFunc_ptr 1 static xmlSchemaValidityErrorFunc * gen_xmlSchemaValidityErrorFunc_ptr(int no ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { return(NULL); } static void des_xmlSchemaValidityErrorFunc_ptr(int no ATTRIBUTE_UNUSED, xmlSchemaValidityErrorFunc * val ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { } #endif #ifdef LIBXML_SCHEMAS_ENABLED #define gen_nb_xmlSchemaValidityWarningFunc_ptr 1 static xmlSchemaValidityWarningFunc * gen_xmlSchemaValidityWarningFunc_ptr(int no ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { return(NULL); } static void des_xmlSchemaValidityWarningFunc_ptr(int no ATTRIBUTE_UNUSED, xmlSchemaValidityWarningFunc * val ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { } #endif static int test_xmlSchemaGetParserErrors(void) { int test_ret = 0; #if defined(LIBXML_SCHEMAS_ENABLED) int mem_base; int ret_val; xmlSchemaParserCtxtPtr ctxt; /* a XMl-Schema parser context */ int n_ctxt; xmlSchemaValidityErrorFunc * err; /* the error callback result */ int n_err; xmlSchemaValidityWarningFunc * warn; /* the warning callback result */ int n_warn; void ** ctx; /* contextual data for the callbacks result */ int n_ctx; for (n_ctxt = 0;n_ctxt < gen_nb_xmlSchemaParserCtxtPtr;n_ctxt++) { for (n_err = 0;n_err < gen_nb_xmlSchemaValidityErrorFunc_ptr;n_err++) { for (n_warn = 0;n_warn < gen_nb_xmlSchemaValidityWarningFunc_ptr;n_warn++) { for (n_ctx = 0;n_ctx < gen_nb_void_ptr_ptr;n_ctx++) { mem_base = xmlMemBlocks(); ctxt = gen_xmlSchemaParserCtxtPtr(n_ctxt, 0); err = gen_xmlSchemaValidityErrorFunc_ptr(n_err, 1); warn = gen_xmlSchemaValidityWarningFunc_ptr(n_warn, 2); ctx = gen_void_ptr_ptr(n_ctx, 3); ret_val = xmlSchemaGetParserErrors(ctxt, err, warn, ctx); desret_int(ret_val); call_tests++; des_xmlSchemaParserCtxtPtr(n_ctxt, ctxt, 0); des_xmlSchemaValidityErrorFunc_ptr(n_err, err, 1); des_xmlSchemaValidityWarningFunc_ptr(n_warn, warn, 2); des_void_ptr_ptr(n_ctx, ctx, 3); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlSchemaGetParserErrors", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf(" %d", n_err); printf(" %d", n_warn); printf(" %d", n_ctx); printf("\n"); } } } } } function_tests++; #endif return(test_ret); } static int test_xmlSchemaGetValidErrors(void) { int test_ret = 0; #if defined(LIBXML_SCHEMAS_ENABLED) int mem_base; int ret_val; xmlSchemaValidCtxtPtr ctxt; /* a XML-Schema validation context */ int n_ctxt; xmlSchemaValidityErrorFunc * err; /* the error function result */ int n_err; xmlSchemaValidityWarningFunc * warn; /* the warning function result */ int n_warn; void ** ctx; /* the functions context result */ int n_ctx; for (n_ctxt = 0;n_ctxt < gen_nb_xmlSchemaValidCtxtPtr;n_ctxt++) { for (n_err = 0;n_err < gen_nb_xmlSchemaValidityErrorFunc_ptr;n_err++) { for (n_warn = 0;n_warn < gen_nb_xmlSchemaValidityWarningFunc_ptr;n_warn++) { for (n_ctx = 0;n_ctx < gen_nb_void_ptr_ptr;n_ctx++) { mem_base = xmlMemBlocks(); ctxt = gen_xmlSchemaValidCtxtPtr(n_ctxt, 0); err = gen_xmlSchemaValidityErrorFunc_ptr(n_err, 1); warn = gen_xmlSchemaValidityWarningFunc_ptr(n_warn, 2); ctx = gen_void_ptr_ptr(n_ctx, 3); ret_val = xmlSchemaGetValidErrors(ctxt, err, warn, ctx); desret_int(ret_val); call_tests++; des_xmlSchemaValidCtxtPtr(n_ctxt, ctxt, 0); des_xmlSchemaValidityErrorFunc_ptr(n_err, err, 1); des_xmlSchemaValidityWarningFunc_ptr(n_warn, warn, 2); des_void_ptr_ptr(n_ctx, ctx, 3); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlSchemaGetValidErrors", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf(" %d", n_err); printf(" %d", n_warn); printf(" %d", n_ctx); printf("\n"); } } } } } function_tests++; #endif return(test_ret); } static int test_xmlSchemaIsValid(void) { int test_ret = 0; #if defined(LIBXML_SCHEMAS_ENABLED) int mem_base; int ret_val; xmlSchemaValidCtxtPtr ctxt; /* the schema validation context */ int n_ctxt; for (n_ctxt = 0;n_ctxt < gen_nb_xmlSchemaValidCtxtPtr;n_ctxt++) { mem_base = xmlMemBlocks(); ctxt = gen_xmlSchemaValidCtxtPtr(n_ctxt, 0); ret_val = xmlSchemaIsValid(ctxt); desret_int(ret_val); call_tests++; des_xmlSchemaValidCtxtPtr(n_ctxt, ctxt, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlSchemaIsValid", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlSchemaNewDocParserCtxt(void) { int test_ret = 0; #if defined(LIBXML_SCHEMAS_ENABLED) int mem_base; xmlSchemaParserCtxtPtr ret_val; xmlDocPtr doc; /* a preparsed document tree */ int n_doc; for (n_doc = 0;n_doc < gen_nb_xmlDocPtr;n_doc++) { mem_base = xmlMemBlocks(); doc = gen_xmlDocPtr(n_doc, 0); ret_val = xmlSchemaNewDocParserCtxt(doc); desret_xmlSchemaParserCtxtPtr(ret_val); call_tests++; des_xmlDocPtr(n_doc, doc, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlSchemaNewDocParserCtxt", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_doc); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlSchemaNewMemParserCtxt(void) { int test_ret = 0; #if defined(LIBXML_SCHEMAS_ENABLED) int mem_base; xmlSchemaParserCtxtPtr ret_val; char * buffer; /* a pointer to a char array containing the schemas */ int n_buffer; int size; /* the size of the array */ int n_size; for (n_buffer = 0;n_buffer < gen_nb_const_char_ptr;n_buffer++) { for (n_size = 0;n_size < gen_nb_int;n_size++) { mem_base = xmlMemBlocks(); buffer = gen_const_char_ptr(n_buffer, 0); size = gen_int(n_size, 1); if ((buffer != NULL) && (size > (int) strlen((const char *) buffer) + 1)) continue; ret_val = xmlSchemaNewMemParserCtxt((const char *)buffer, size); desret_xmlSchemaParserCtxtPtr(ret_val); call_tests++; des_const_char_ptr(n_buffer, (const char *)buffer, 0); des_int(n_size, size, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlSchemaNewMemParserCtxt", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_buffer); printf(" %d", n_size); printf("\n"); } } } function_tests++; #endif return(test_ret); } static int test_xmlSchemaNewParserCtxt(void) { int test_ret = 0; #if defined(LIBXML_SCHEMAS_ENABLED) int mem_base; xmlSchemaParserCtxtPtr ret_val; char * URL; /* the location of the schema */ int n_URL; for (n_URL = 0;n_URL < gen_nb_const_char_ptr;n_URL++) { mem_base = xmlMemBlocks(); URL = gen_const_char_ptr(n_URL, 0); ret_val = xmlSchemaNewParserCtxt((const char *)URL); desret_xmlSchemaParserCtxtPtr(ret_val); call_tests++; des_const_char_ptr(n_URL, (const char *)URL, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlSchemaNewParserCtxt", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_URL); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlSchemaNewValidCtxt(void) { int test_ret = 0; /* missing type support */ return(test_ret); } static int test_xmlSchemaParse(void) { int test_ret = 0; /* missing type support */ return(test_ret); } static int test_xmlSchemaSAXPlug(void) { int test_ret = 0; /* missing type support */ return(test_ret); } #ifdef LIBXML_SCHEMAS_ENABLED #define gen_nb_xmlSchemaSAXPlugPtr 1 static xmlSchemaSAXPlugPtr gen_xmlSchemaSAXPlugPtr(int no ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { return(NULL); } static void des_xmlSchemaSAXPlugPtr(int no ATTRIBUTE_UNUSED, xmlSchemaSAXPlugPtr val ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { } #endif static int test_xmlSchemaSAXUnplug(void) { int test_ret = 0; #if defined(LIBXML_SCHEMAS_ENABLED) int mem_base; int ret_val; xmlSchemaSAXPlugPtr plug; /* a data structure returned by xmlSchemaSAXPlug */ int n_plug; for (n_plug = 0;n_plug < gen_nb_xmlSchemaSAXPlugPtr;n_plug++) { mem_base = xmlMemBlocks(); plug = gen_xmlSchemaSAXPlugPtr(n_plug, 0); ret_val = xmlSchemaSAXUnplug(plug); desret_int(ret_val); call_tests++; des_xmlSchemaSAXPlugPtr(n_plug, plug, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlSchemaSAXUnplug", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_plug); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlSchemaSetParserErrors(void) { int test_ret = 0; /* missing type support */ return(test_ret); } static int test_xmlSchemaSetParserStructuredErrors(void) { int test_ret = 0; /* missing type support */ return(test_ret); } static int test_xmlSchemaSetValidErrors(void) { int test_ret = 0; /* missing type support */ return(test_ret); } static int test_xmlSchemaSetValidOptions(void) { int test_ret = 0; #if defined(LIBXML_SCHEMAS_ENABLED) int mem_base; int ret_val; xmlSchemaValidCtxtPtr ctxt; /* a schema validation context */ int n_ctxt; int options; /* a combination of xmlSchemaValidOption */ int n_options; for (n_ctxt = 0;n_ctxt < gen_nb_xmlSchemaValidCtxtPtr;n_ctxt++) { for (n_options = 0;n_options < gen_nb_int;n_options++) { mem_base = xmlMemBlocks(); ctxt = gen_xmlSchemaValidCtxtPtr(n_ctxt, 0); options = gen_int(n_options, 1); ret_val = xmlSchemaSetValidOptions(ctxt, options); desret_int(ret_val); call_tests++; des_xmlSchemaValidCtxtPtr(n_ctxt, ctxt, 0); des_int(n_options, options, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlSchemaSetValidOptions", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf(" %d", n_options); printf("\n"); } } } function_tests++; #endif return(test_ret); } static int test_xmlSchemaSetValidStructuredErrors(void) { int test_ret = 0; /* missing type support */ return(test_ret); } static int test_xmlSchemaValidCtxtGetOptions(void) { int test_ret = 0; #if defined(LIBXML_SCHEMAS_ENABLED) int mem_base; int ret_val; xmlSchemaValidCtxtPtr ctxt; /* a schema validation context */ int n_ctxt; for (n_ctxt = 0;n_ctxt < gen_nb_xmlSchemaValidCtxtPtr;n_ctxt++) { mem_base = xmlMemBlocks(); ctxt = gen_xmlSchemaValidCtxtPtr(n_ctxt, 0); ret_val = xmlSchemaValidCtxtGetOptions(ctxt); desret_int(ret_val); call_tests++; des_xmlSchemaValidCtxtPtr(n_ctxt, ctxt, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlSchemaValidCtxtGetOptions", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlSchemaValidCtxtGetParserCtxt(void) { int test_ret = 0; #if defined(LIBXML_SCHEMAS_ENABLED) int mem_base; xmlParserCtxtPtr ret_val; xmlSchemaValidCtxtPtr ctxt; /* a schema validation context */ int n_ctxt; for (n_ctxt = 0;n_ctxt < gen_nb_xmlSchemaValidCtxtPtr;n_ctxt++) { mem_base = xmlMemBlocks(); ctxt = gen_xmlSchemaValidCtxtPtr(n_ctxt, 0); ret_val = xmlSchemaValidCtxtGetParserCtxt(ctxt); desret_xmlParserCtxtPtr(ret_val); call_tests++; des_xmlSchemaValidCtxtPtr(n_ctxt, ctxt, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlSchemaValidCtxtGetParserCtxt", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlSchemaValidateDoc(void) { int test_ret = 0; #if defined(LIBXML_SCHEMAS_ENABLED) int mem_base; int ret_val; xmlSchemaValidCtxtPtr ctxt; /* a schema validation context */ int n_ctxt; xmlDocPtr doc; /* a parsed document tree */ int n_doc; for (n_ctxt = 0;n_ctxt < gen_nb_xmlSchemaValidCtxtPtr;n_ctxt++) { for (n_doc = 0;n_doc < gen_nb_xmlDocPtr;n_doc++) { mem_base = xmlMemBlocks(); ctxt = gen_xmlSchemaValidCtxtPtr(n_ctxt, 0); doc = gen_xmlDocPtr(n_doc, 1); ret_val = xmlSchemaValidateDoc(ctxt, doc); desret_int(ret_val); call_tests++; des_xmlSchemaValidCtxtPtr(n_ctxt, ctxt, 0); des_xmlDocPtr(n_doc, doc, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlSchemaValidateDoc", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf(" %d", n_doc); printf("\n"); } } } function_tests++; #endif return(test_ret); } static int test_xmlSchemaValidateFile(void) { int test_ret = 0; #if defined(LIBXML_SCHEMAS_ENABLED) int mem_base; int ret_val; xmlSchemaValidCtxtPtr ctxt; /* a schema validation context */ int n_ctxt; const char * filename; /* the URI of the instance */ int n_filename; int options; /* a future set of options, currently unused */ int n_options; for (n_ctxt = 0;n_ctxt < gen_nb_xmlSchemaValidCtxtPtr;n_ctxt++) { for (n_filename = 0;n_filename < gen_nb_filepath;n_filename++) { for (n_options = 0;n_options < gen_nb_int;n_options++) { mem_base = xmlMemBlocks(); ctxt = gen_xmlSchemaValidCtxtPtr(n_ctxt, 0); filename = gen_filepath(n_filename, 1); options = gen_int(n_options, 2); ret_val = xmlSchemaValidateFile(ctxt, filename, options); desret_int(ret_val); call_tests++; des_xmlSchemaValidCtxtPtr(n_ctxt, ctxt, 0); des_filepath(n_filename, filename, 1); des_int(n_options, options, 2); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlSchemaValidateFile", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf(" %d", n_filename); printf(" %d", n_options); printf("\n"); } } } } function_tests++; #endif return(test_ret); } static int test_xmlSchemaValidateOneElement(void) { int test_ret = 0; #if defined(LIBXML_SCHEMAS_ENABLED) int mem_base; int ret_val; xmlSchemaValidCtxtPtr ctxt; /* a schema validation context */ int n_ctxt; xmlNodePtr elem; /* an element node */ int n_elem; for (n_ctxt = 0;n_ctxt < gen_nb_xmlSchemaValidCtxtPtr;n_ctxt++) { for (n_elem = 0;n_elem < gen_nb_xmlNodePtr;n_elem++) { mem_base = xmlMemBlocks(); ctxt = gen_xmlSchemaValidCtxtPtr(n_ctxt, 0); elem = gen_xmlNodePtr(n_elem, 1); ret_val = xmlSchemaValidateOneElement(ctxt, elem); desret_int(ret_val); call_tests++; des_xmlSchemaValidCtxtPtr(n_ctxt, ctxt, 0); des_xmlNodePtr(n_elem, elem, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlSchemaValidateOneElement", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf(" %d", n_elem); printf("\n"); } } } function_tests++; #endif return(test_ret); } static int test_xmlSchemaValidateSetFilename(void) { int test_ret = 0; #if defined(LIBXML_SCHEMAS_ENABLED) int mem_base; xmlSchemaValidCtxtPtr vctxt; /* the schema validation context */ int n_vctxt; const char * filename; /* the file name */ int n_filename; for (n_vctxt = 0;n_vctxt < gen_nb_xmlSchemaValidCtxtPtr;n_vctxt++) { for (n_filename = 0;n_filename < gen_nb_filepath;n_filename++) { mem_base = xmlMemBlocks(); vctxt = gen_xmlSchemaValidCtxtPtr(n_vctxt, 0); filename = gen_filepath(n_filename, 1); xmlSchemaValidateSetFilename(vctxt, filename); call_tests++; des_xmlSchemaValidCtxtPtr(n_vctxt, vctxt, 0); des_filepath(n_filename, filename, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlSchemaValidateSetFilename", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_vctxt); printf(" %d", n_filename); printf("\n"); } } } function_tests++; #endif return(test_ret); } static int test_xmlSchemaValidateSetLocator(void) { int test_ret = 0; /* missing type support */ return(test_ret); } static int test_xmlSchemaValidateStream(void) { int test_ret = 0; #if defined(LIBXML_SCHEMAS_ENABLED) int mem_base; int ret_val; xmlSchemaValidCtxtPtr ctxt; /* a schema validation context */ int n_ctxt; xmlParserInputBufferPtr input; /* the input to use for reading the data */ int n_input; xmlCharEncoding enc; /* an optional encoding information */ int n_enc; xmlSAXHandlerPtr sax; /* a SAX handler for the resulting events */ int n_sax; void * user_data; /* the context to provide to the SAX handler. */ int n_user_data; for (n_ctxt = 0;n_ctxt < gen_nb_xmlSchemaValidCtxtPtr;n_ctxt++) { for (n_input = 0;n_input < gen_nb_xmlParserInputBufferPtr;n_input++) { for (n_enc = 0;n_enc < gen_nb_xmlCharEncoding;n_enc++) { for (n_sax = 0;n_sax < gen_nb_xmlSAXHandlerPtr;n_sax++) { for (n_user_data = 0;n_user_data < gen_nb_userdata;n_user_data++) { mem_base = xmlMemBlocks(); ctxt = gen_xmlSchemaValidCtxtPtr(n_ctxt, 0); input = gen_xmlParserInputBufferPtr(n_input, 1); enc = gen_xmlCharEncoding(n_enc, 2); sax = gen_xmlSAXHandlerPtr(n_sax, 3); user_data = gen_userdata(n_user_data, 4); ret_val = xmlSchemaValidateStream(ctxt, input, enc, sax, user_data); desret_int(ret_val); call_tests++; des_xmlSchemaValidCtxtPtr(n_ctxt, ctxt, 0); des_xmlParserInputBufferPtr(n_input, input, 1); des_xmlCharEncoding(n_enc, enc, 2); des_xmlSAXHandlerPtr(n_sax, sax, 3); des_userdata(n_user_data, user_data, 4); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlSchemaValidateStream", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf(" %d", n_input); printf(" %d", n_enc); printf(" %d", n_sax); printf(" %d", n_user_data); printf("\n"); } } } } } } function_tests++; #endif return(test_ret); } static int test_xmlschemas(void) { int test_ret = 0; if (quiet == 0) printf("Testing xmlschemas : 16 of 27 functions ...\n"); test_ret += test_xmlSchemaDump(); test_ret += test_xmlSchemaGetParserErrors(); test_ret += test_xmlSchemaGetValidErrors(); test_ret += test_xmlSchemaIsValid(); test_ret += test_xmlSchemaNewDocParserCtxt(); test_ret += test_xmlSchemaNewMemParserCtxt(); test_ret += test_xmlSchemaNewParserCtxt(); test_ret += test_xmlSchemaNewValidCtxt(); test_ret += test_xmlSchemaParse(); test_ret += test_xmlSchemaSAXPlug(); test_ret += test_xmlSchemaSAXUnplug(); test_ret += test_xmlSchemaSetParserErrors(); test_ret += test_xmlSchemaSetParserStructuredErrors(); test_ret += test_xmlSchemaSetValidErrors(); test_ret += test_xmlSchemaSetValidOptions(); test_ret += test_xmlSchemaSetValidStructuredErrors(); test_ret += test_xmlSchemaValidCtxtGetOptions(); test_ret += test_xmlSchemaValidCtxtGetParserCtxt(); test_ret += test_xmlSchemaValidateDoc(); test_ret += test_xmlSchemaValidateFile(); test_ret += test_xmlSchemaValidateOneElement(); test_ret += test_xmlSchemaValidateSetFilename(); test_ret += test_xmlSchemaValidateSetLocator(); test_ret += test_xmlSchemaValidateStream(); if (test_ret != 0) printf("Module xmlschemas: %d errors\n", test_ret); return(test_ret); } #ifdef LIBXML_SCHEMAS_ENABLED #define gen_nb_xmlSchemaFacetPtr 1 static xmlSchemaFacetPtr gen_xmlSchemaFacetPtr(int no ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { return(NULL); } static void des_xmlSchemaFacetPtr(int no ATTRIBUTE_UNUSED, xmlSchemaFacetPtr val ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { } #endif #ifdef LIBXML_SCHEMAS_ENABLED #define gen_nb_xmlSchemaTypePtr 1 static xmlSchemaTypePtr gen_xmlSchemaTypePtr(int no ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { return(NULL); } static void des_xmlSchemaTypePtr(int no ATTRIBUTE_UNUSED, xmlSchemaTypePtr val ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { } #endif static int test_xmlSchemaCheckFacet(void) { int test_ret = 0; #if defined(LIBXML_SCHEMAS_ENABLED) int mem_base; int ret_val; xmlSchemaFacetPtr facet; /* the facet */ int n_facet; xmlSchemaTypePtr typeDecl; /* the schema type definition */ int n_typeDecl; xmlSchemaParserCtxtPtr pctxt; /* the schema parser context or NULL */ int n_pctxt; xmlChar * name; /* the optional name of the type */ int n_name; for (n_facet = 0;n_facet < gen_nb_xmlSchemaFacetPtr;n_facet++) { for (n_typeDecl = 0;n_typeDecl < gen_nb_xmlSchemaTypePtr;n_typeDecl++) { for (n_pctxt = 0;n_pctxt < gen_nb_xmlSchemaParserCtxtPtr;n_pctxt++) { for (n_name = 0;n_name < gen_nb_const_xmlChar_ptr;n_name++) { mem_base = xmlMemBlocks(); facet = gen_xmlSchemaFacetPtr(n_facet, 0); typeDecl = gen_xmlSchemaTypePtr(n_typeDecl, 1); pctxt = gen_xmlSchemaParserCtxtPtr(n_pctxt, 2); name = gen_const_xmlChar_ptr(n_name, 3); ret_val = xmlSchemaCheckFacet(facet, typeDecl, pctxt, (const xmlChar *)name); desret_int(ret_val); call_tests++; des_xmlSchemaFacetPtr(n_facet, facet, 0); des_xmlSchemaTypePtr(n_typeDecl, typeDecl, 1); des_xmlSchemaParserCtxtPtr(n_pctxt, pctxt, 2); des_const_xmlChar_ptr(n_name, (const xmlChar *)name, 3); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlSchemaCheckFacet", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_facet); printf(" %d", n_typeDecl); printf(" %d", n_pctxt); printf(" %d", n_name); printf("\n"); } } } } } function_tests++; #endif return(test_ret); } static int test_xmlSchemaCleanupTypes(void) { int test_ret = 0; #if defined(LIBXML_SCHEMAS_ENABLED) xmlSchemaCleanupTypes(); call_tests++; xmlResetLastError(); function_tests++; #endif return(test_ret); } static int test_xmlSchemaCollapseString(void) { int test_ret = 0; #if defined(LIBXML_SCHEMAS_ENABLED) int mem_base; xmlChar * ret_val; xmlChar * value; /* a value */ int n_value; for (n_value = 0;n_value < gen_nb_const_xmlChar_ptr;n_value++) { mem_base = xmlMemBlocks(); value = gen_const_xmlChar_ptr(n_value, 0); ret_val = xmlSchemaCollapseString((const xmlChar *)value); desret_xmlChar_ptr(ret_val); call_tests++; des_const_xmlChar_ptr(n_value, (const xmlChar *)value, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlSchemaCollapseString", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_value); printf("\n"); } } function_tests++; #endif return(test_ret); } #ifdef LIBXML_SCHEMAS_ENABLED #define gen_nb_xmlSchemaValPtr 1 static xmlSchemaValPtr gen_xmlSchemaValPtr(int no ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { return(NULL); } static void des_xmlSchemaValPtr(int no ATTRIBUTE_UNUSED, xmlSchemaValPtr val ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { } #endif static int test_xmlSchemaCompareValues(void) { int test_ret = 0; #if defined(LIBXML_SCHEMAS_ENABLED) int mem_base; int ret_val; xmlSchemaValPtr x; /* a first value */ int n_x; xmlSchemaValPtr y; /* a second value */ int n_y; for (n_x = 0;n_x < gen_nb_xmlSchemaValPtr;n_x++) { for (n_y = 0;n_y < gen_nb_xmlSchemaValPtr;n_y++) { mem_base = xmlMemBlocks(); x = gen_xmlSchemaValPtr(n_x, 0); y = gen_xmlSchemaValPtr(n_y, 1); ret_val = xmlSchemaCompareValues(x, y); desret_int(ret_val); call_tests++; des_xmlSchemaValPtr(n_x, x, 0); des_xmlSchemaValPtr(n_y, y, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlSchemaCompareValues", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_x); printf(" %d", n_y); printf("\n"); } } } function_tests++; #endif return(test_ret); } static int test_xmlSchemaCompareValuesWhtsp(void) { int test_ret = 0; #if defined(LIBXML_SCHEMAS_ENABLED) int mem_base; int ret_val; xmlSchemaValPtr x; /* a first value */ int n_x; xmlSchemaWhitespaceValueType xws; /* the whitespace value of x */ int n_xws; xmlSchemaValPtr y; /* a second value */ int n_y; xmlSchemaWhitespaceValueType yws; /* the whitespace value of y */ int n_yws; for (n_x = 0;n_x < gen_nb_xmlSchemaValPtr;n_x++) { for (n_xws = 0;n_xws < gen_nb_xmlSchemaWhitespaceValueType;n_xws++) { for (n_y = 0;n_y < gen_nb_xmlSchemaValPtr;n_y++) { for (n_yws = 0;n_yws < gen_nb_xmlSchemaWhitespaceValueType;n_yws++) { mem_base = xmlMemBlocks(); x = gen_xmlSchemaValPtr(n_x, 0); xws = gen_xmlSchemaWhitespaceValueType(n_xws, 1); y = gen_xmlSchemaValPtr(n_y, 2); yws = gen_xmlSchemaWhitespaceValueType(n_yws, 3); ret_val = xmlSchemaCompareValuesWhtsp(x, xws, y, yws); desret_int(ret_val); call_tests++; des_xmlSchemaValPtr(n_x, x, 0); des_xmlSchemaWhitespaceValueType(n_xws, xws, 1); des_xmlSchemaValPtr(n_y, y, 2); des_xmlSchemaWhitespaceValueType(n_yws, yws, 3); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlSchemaCompareValuesWhtsp", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_x); printf(" %d", n_xws); printf(" %d", n_y); printf(" %d", n_yws); printf("\n"); } } } } } function_tests++; #endif return(test_ret); } static int test_xmlSchemaCopyValue(void) { int test_ret = 0; /* missing type support */ return(test_ret); } static int test_xmlSchemaGetBuiltInListSimpleTypeItemType(void) { int test_ret = 0; #if defined(LIBXML_SCHEMAS_ENABLED) int mem_base; xmlSchemaTypePtr ret_val; xmlSchemaTypePtr type; /* the built-in simple type. */ int n_type; for (n_type = 0;n_type < gen_nb_xmlSchemaTypePtr;n_type++) { mem_base = xmlMemBlocks(); type = gen_xmlSchemaTypePtr(n_type, 0); ret_val = xmlSchemaGetBuiltInListSimpleTypeItemType(type); desret_xmlSchemaTypePtr(ret_val); call_tests++; des_xmlSchemaTypePtr(n_type, type, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlSchemaGetBuiltInListSimpleTypeItemType", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_type); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlSchemaGetBuiltInType(void) { int test_ret = 0; #if defined(LIBXML_SCHEMAS_ENABLED) xmlSchemaTypePtr ret_val; xmlSchemaValType type; /* the type of the built in type */ int n_type; for (n_type = 0;n_type < gen_nb_xmlSchemaValType;n_type++) { type = gen_xmlSchemaValType(n_type, 0); ret_val = xmlSchemaGetBuiltInType(type); desret_xmlSchemaTypePtr(ret_val); call_tests++; des_xmlSchemaValType(n_type, type, 0); xmlResetLastError(); } function_tests++; #endif return(test_ret); } static int test_xmlSchemaGetCanonValue(void) { int test_ret = 0; #if defined(LIBXML_SCHEMAS_ENABLED) int mem_base; int ret_val; xmlSchemaValPtr val; /* the precomputed value */ int n_val; xmlChar ** retValue; /* the returned value */ int n_retValue; for (n_val = 0;n_val < gen_nb_xmlSchemaValPtr;n_val++) { for (n_retValue = 0;n_retValue < gen_nb_const_xmlChar_ptr_ptr;n_retValue++) { mem_base = xmlMemBlocks(); val = gen_xmlSchemaValPtr(n_val, 0); retValue = gen_const_xmlChar_ptr_ptr(n_retValue, 1); ret_val = xmlSchemaGetCanonValue(val, (const xmlChar **)retValue); desret_int(ret_val); call_tests++; des_xmlSchemaValPtr(n_val, val, 0); des_const_xmlChar_ptr_ptr(n_retValue, (const xmlChar **)retValue, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlSchemaGetCanonValue", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_val); printf(" %d", n_retValue); printf("\n"); } } } function_tests++; #endif return(test_ret); } static int test_xmlSchemaGetCanonValueWhtsp(void) { int test_ret = 0; #if defined(LIBXML_SCHEMAS_ENABLED) int mem_base; int ret_val; xmlSchemaValPtr val; /* the precomputed value */ int n_val; xmlChar ** retValue; /* the returned value */ int n_retValue; xmlSchemaWhitespaceValueType ws; /* the whitespace type of the value */ int n_ws; for (n_val = 0;n_val < gen_nb_xmlSchemaValPtr;n_val++) { for (n_retValue = 0;n_retValue < gen_nb_const_xmlChar_ptr_ptr;n_retValue++) { for (n_ws = 0;n_ws < gen_nb_xmlSchemaWhitespaceValueType;n_ws++) { mem_base = xmlMemBlocks(); val = gen_xmlSchemaValPtr(n_val, 0); retValue = gen_const_xmlChar_ptr_ptr(n_retValue, 1); ws = gen_xmlSchemaWhitespaceValueType(n_ws, 2); ret_val = xmlSchemaGetCanonValueWhtsp(val, (const xmlChar **)retValue, ws); desret_int(ret_val); call_tests++; des_xmlSchemaValPtr(n_val, val, 0); des_const_xmlChar_ptr_ptr(n_retValue, (const xmlChar **)retValue, 1); des_xmlSchemaWhitespaceValueType(n_ws, ws, 2); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlSchemaGetCanonValueWhtsp", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_val); printf(" %d", n_retValue); printf(" %d", n_ws); printf("\n"); } } } } function_tests++; #endif return(test_ret); } static int test_xmlSchemaGetFacetValueAsULong(void) { int test_ret = 0; #if defined(LIBXML_SCHEMAS_ENABLED) int mem_base; unsigned long ret_val; xmlSchemaFacetPtr facet; /* an schemas type facet */ int n_facet; for (n_facet = 0;n_facet < gen_nb_xmlSchemaFacetPtr;n_facet++) { mem_base = xmlMemBlocks(); facet = gen_xmlSchemaFacetPtr(n_facet, 0); ret_val = xmlSchemaGetFacetValueAsULong(facet); desret_unsigned_long(ret_val); call_tests++; des_xmlSchemaFacetPtr(n_facet, facet, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlSchemaGetFacetValueAsULong", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_facet); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlSchemaGetPredefinedType(void) { int test_ret = 0; #if defined(LIBXML_SCHEMAS_ENABLED) int mem_base; xmlSchemaTypePtr ret_val; xmlChar * name; /* the type name */ int n_name; xmlChar * ns; /* the URI of the namespace usually "http://www.w3.org/2001/XMLSchema" */ int n_ns; for (n_name = 0;n_name < gen_nb_const_xmlChar_ptr;n_name++) { for (n_ns = 0;n_ns < gen_nb_const_xmlChar_ptr;n_ns++) { mem_base = xmlMemBlocks(); name = gen_const_xmlChar_ptr(n_name, 0); ns = gen_const_xmlChar_ptr(n_ns, 1); ret_val = xmlSchemaGetPredefinedType((const xmlChar *)name, (const xmlChar *)ns); desret_xmlSchemaTypePtr(ret_val); call_tests++; des_const_xmlChar_ptr(n_name, (const xmlChar *)name, 0); des_const_xmlChar_ptr(n_ns, (const xmlChar *)ns, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlSchemaGetPredefinedType", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_name); printf(" %d", n_ns); printf("\n"); } } } function_tests++; #endif return(test_ret); } static int test_xmlSchemaGetValType(void) { int test_ret = 0; #if defined(LIBXML_SCHEMAS_ENABLED) int mem_base; xmlSchemaValType ret_val; xmlSchemaValPtr val; /* a schemas value */ int n_val; for (n_val = 0;n_val < gen_nb_xmlSchemaValPtr;n_val++) { mem_base = xmlMemBlocks(); val = gen_xmlSchemaValPtr(n_val, 0); ret_val = xmlSchemaGetValType(val); desret_xmlSchemaValType(ret_val); call_tests++; des_xmlSchemaValPtr(n_val, val, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlSchemaGetValType", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_val); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlSchemaInitTypes(void) { int test_ret = 0; #if defined(LIBXML_SCHEMAS_ENABLED) xmlSchemaInitTypes(); call_tests++; xmlResetLastError(); function_tests++; #endif return(test_ret); } static int test_xmlSchemaIsBuiltInTypeFacet(void) { int test_ret = 0; #if defined(LIBXML_SCHEMAS_ENABLED) int mem_base; int ret_val; xmlSchemaTypePtr type; /* the built-in type */ int n_type; int facetType; /* the facet type */ int n_facetType; for (n_type = 0;n_type < gen_nb_xmlSchemaTypePtr;n_type++) { for (n_facetType = 0;n_facetType < gen_nb_int;n_facetType++) { mem_base = xmlMemBlocks(); type = gen_xmlSchemaTypePtr(n_type, 0); facetType = gen_int(n_facetType, 1); ret_val = xmlSchemaIsBuiltInTypeFacet(type, facetType); desret_int(ret_val); call_tests++; des_xmlSchemaTypePtr(n_type, type, 0); des_int(n_facetType, facetType, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlSchemaIsBuiltInTypeFacet", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_type); printf(" %d", n_facetType); printf("\n"); } } } function_tests++; #endif return(test_ret); } static int test_xmlSchemaNewFacet(void) { int test_ret = 0; /* missing type support */ return(test_ret); } static int test_xmlSchemaNewNOTATIONValue(void) { int test_ret = 0; /* missing type support */ return(test_ret); } static int test_xmlSchemaNewQNameValue(void) { int test_ret = 0; /* missing type support */ return(test_ret); } static int test_xmlSchemaNewStringValue(void) { int test_ret = 0; /* missing type support */ return(test_ret); } #ifdef LIBXML_SCHEMAS_ENABLED #define gen_nb_xmlSchemaValPtr_ptr 1 static xmlSchemaValPtr * gen_xmlSchemaValPtr_ptr(int no ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { return(NULL); } static void des_xmlSchemaValPtr_ptr(int no ATTRIBUTE_UNUSED, xmlSchemaValPtr * val ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { } #endif static int test_xmlSchemaValPredefTypeNode(void) { int test_ret = 0; #if defined(LIBXML_SCHEMAS_ENABLED) int mem_base; int ret_val; xmlSchemaTypePtr type; /* the predefined type */ int n_type; xmlChar * value; /* the value to check */ int n_value; xmlSchemaValPtr * val; /* the return computed value */ int n_val; xmlNodePtr node; /* the node containing the value */ int n_node; for (n_type = 0;n_type < gen_nb_xmlSchemaTypePtr;n_type++) { for (n_value = 0;n_value < gen_nb_const_xmlChar_ptr;n_value++) { for (n_val = 0;n_val < gen_nb_xmlSchemaValPtr_ptr;n_val++) { for (n_node = 0;n_node < gen_nb_xmlNodePtr;n_node++) { mem_base = xmlMemBlocks(); type = gen_xmlSchemaTypePtr(n_type, 0); value = gen_const_xmlChar_ptr(n_value, 1); val = gen_xmlSchemaValPtr_ptr(n_val, 2); node = gen_xmlNodePtr(n_node, 3); ret_val = xmlSchemaValPredefTypeNode(type, (const xmlChar *)value, val, node); desret_int(ret_val); call_tests++; des_xmlSchemaTypePtr(n_type, type, 0); des_const_xmlChar_ptr(n_value, (const xmlChar *)value, 1); des_xmlSchemaValPtr_ptr(n_val, val, 2); des_xmlNodePtr(n_node, node, 3); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlSchemaValPredefTypeNode", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_type); printf(" %d", n_value); printf(" %d", n_val); printf(" %d", n_node); printf("\n"); } } } } } function_tests++; #endif return(test_ret); } static int test_xmlSchemaValPredefTypeNodeNoNorm(void) { int test_ret = 0; #if defined(LIBXML_SCHEMAS_ENABLED) int mem_base; int ret_val; xmlSchemaTypePtr type; /* the predefined type */ int n_type; xmlChar * value; /* the value to check */ int n_value; xmlSchemaValPtr * val; /* the return computed value */ int n_val; xmlNodePtr node; /* the node containing the value */ int n_node; for (n_type = 0;n_type < gen_nb_xmlSchemaTypePtr;n_type++) { for (n_value = 0;n_value < gen_nb_const_xmlChar_ptr;n_value++) { for (n_val = 0;n_val < gen_nb_xmlSchemaValPtr_ptr;n_val++) { for (n_node = 0;n_node < gen_nb_xmlNodePtr;n_node++) { mem_base = xmlMemBlocks(); type = gen_xmlSchemaTypePtr(n_type, 0); value = gen_const_xmlChar_ptr(n_value, 1); val = gen_xmlSchemaValPtr_ptr(n_val, 2); node = gen_xmlNodePtr(n_node, 3); ret_val = xmlSchemaValPredefTypeNodeNoNorm(type, (const xmlChar *)value, val, node); desret_int(ret_val); call_tests++; des_xmlSchemaTypePtr(n_type, type, 0); des_const_xmlChar_ptr(n_value, (const xmlChar *)value, 1); des_xmlSchemaValPtr_ptr(n_val, val, 2); des_xmlNodePtr(n_node, node, 3); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlSchemaValPredefTypeNodeNoNorm", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_type); printf(" %d", n_value); printf(" %d", n_val); printf(" %d", n_node); printf("\n"); } } } } } function_tests++; #endif return(test_ret); } static int test_xmlSchemaValidateFacet(void) { int test_ret = 0; #if defined(LIBXML_SCHEMAS_ENABLED) int mem_base; int ret_val; xmlSchemaTypePtr base; /* the base type */ int n_base; xmlSchemaFacetPtr facet; /* the facet to check */ int n_facet; xmlChar * value; /* the lexical repr of the value to validate */ int n_value; xmlSchemaValPtr val; /* the precomputed value */ int n_val; for (n_base = 0;n_base < gen_nb_xmlSchemaTypePtr;n_base++) { for (n_facet = 0;n_facet < gen_nb_xmlSchemaFacetPtr;n_facet++) { for (n_value = 0;n_value < gen_nb_const_xmlChar_ptr;n_value++) { for (n_val = 0;n_val < gen_nb_xmlSchemaValPtr;n_val++) { mem_base = xmlMemBlocks(); base = gen_xmlSchemaTypePtr(n_base, 0); facet = gen_xmlSchemaFacetPtr(n_facet, 1); value = gen_const_xmlChar_ptr(n_value, 2); val = gen_xmlSchemaValPtr(n_val, 3); ret_val = xmlSchemaValidateFacet(base, facet, (const xmlChar *)value, val); desret_int(ret_val); call_tests++; des_xmlSchemaTypePtr(n_base, base, 0); des_xmlSchemaFacetPtr(n_facet, facet, 1); des_const_xmlChar_ptr(n_value, (const xmlChar *)value, 2); des_xmlSchemaValPtr(n_val, val, 3); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlSchemaValidateFacet", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_base); printf(" %d", n_facet); printf(" %d", n_value); printf(" %d", n_val); printf("\n"); } } } } } function_tests++; #endif return(test_ret); } static int test_xmlSchemaValidateFacetWhtsp(void) { int test_ret = 0; #if defined(LIBXML_SCHEMAS_ENABLED) int mem_base; int ret_val; xmlSchemaFacetPtr facet; /* the facet to check */ int n_facet; xmlSchemaWhitespaceValueType fws; /* the whitespace type of the facet's value */ int n_fws; xmlSchemaValType valType; /* the built-in type of the value */ int n_valType; xmlChar * value; /* the lexical (or normalized for pattern) repr of the value to validate */ int n_value; xmlSchemaValPtr val; /* the precomputed value */ int n_val; xmlSchemaWhitespaceValueType ws; /* the whitespace type of the value */ int n_ws; for (n_facet = 0;n_facet < gen_nb_xmlSchemaFacetPtr;n_facet++) { for (n_fws = 0;n_fws < gen_nb_xmlSchemaWhitespaceValueType;n_fws++) { for (n_valType = 0;n_valType < gen_nb_xmlSchemaValType;n_valType++) { for (n_value = 0;n_value < gen_nb_const_xmlChar_ptr;n_value++) { for (n_val = 0;n_val < gen_nb_xmlSchemaValPtr;n_val++) { for (n_ws = 0;n_ws < gen_nb_xmlSchemaWhitespaceValueType;n_ws++) { mem_base = xmlMemBlocks(); facet = gen_xmlSchemaFacetPtr(n_facet, 0); fws = gen_xmlSchemaWhitespaceValueType(n_fws, 1); valType = gen_xmlSchemaValType(n_valType, 2); value = gen_const_xmlChar_ptr(n_value, 3); val = gen_xmlSchemaValPtr(n_val, 4); ws = gen_xmlSchemaWhitespaceValueType(n_ws, 5); ret_val = xmlSchemaValidateFacetWhtsp(facet, fws, valType, (const xmlChar *)value, val, ws); desret_int(ret_val); call_tests++; des_xmlSchemaFacetPtr(n_facet, facet, 0); des_xmlSchemaWhitespaceValueType(n_fws, fws, 1); des_xmlSchemaValType(n_valType, valType, 2); des_const_xmlChar_ptr(n_value, (const xmlChar *)value, 3); des_xmlSchemaValPtr(n_val, val, 4); des_xmlSchemaWhitespaceValueType(n_ws, ws, 5); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlSchemaValidateFacetWhtsp", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_facet); printf(" %d", n_fws); printf(" %d", n_valType); printf(" %d", n_value); printf(" %d", n_val); printf(" %d", n_ws); printf("\n"); } } } } } } } function_tests++; #endif return(test_ret); } static int test_xmlSchemaValidateLengthFacet(void) { int test_ret = 0; #if defined(LIBXML_SCHEMAS_ENABLED) int mem_base; int ret_val; xmlSchemaTypePtr type; /* the built-in type */ int n_type; xmlSchemaFacetPtr facet; /* the facet to check */ int n_facet; xmlChar * value; /* the lexical repr. of the value to be validated */ int n_value; xmlSchemaValPtr val; /* the precomputed value */ int n_val; unsigned long * length; /* the actual length of the value */ int n_length; for (n_type = 0;n_type < gen_nb_xmlSchemaTypePtr;n_type++) { for (n_facet = 0;n_facet < gen_nb_xmlSchemaFacetPtr;n_facet++) { for (n_value = 0;n_value < gen_nb_const_xmlChar_ptr;n_value++) { for (n_val = 0;n_val < gen_nb_xmlSchemaValPtr;n_val++) { for (n_length = 0;n_length < gen_nb_unsigned_long_ptr;n_length++) { mem_base = xmlMemBlocks(); type = gen_xmlSchemaTypePtr(n_type, 0); facet = gen_xmlSchemaFacetPtr(n_facet, 1); value = gen_const_xmlChar_ptr(n_value, 2); val = gen_xmlSchemaValPtr(n_val, 3); length = gen_unsigned_long_ptr(n_length, 4); ret_val = xmlSchemaValidateLengthFacet(type, facet, (const xmlChar *)value, val, length); desret_int(ret_val); call_tests++; des_xmlSchemaTypePtr(n_type, type, 0); des_xmlSchemaFacetPtr(n_facet, facet, 1); des_const_xmlChar_ptr(n_value, (const xmlChar *)value, 2); des_xmlSchemaValPtr(n_val, val, 3); des_unsigned_long_ptr(n_length, length, 4); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlSchemaValidateLengthFacet", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_type); printf(" %d", n_facet); printf(" %d", n_value); printf(" %d", n_val); printf(" %d", n_length); printf("\n"); } } } } } } function_tests++; #endif return(test_ret); } static int test_xmlSchemaValidateLengthFacetWhtsp(void) { int test_ret = 0; #if defined(LIBXML_SCHEMAS_ENABLED) int mem_base; int ret_val; xmlSchemaFacetPtr facet; /* the facet to check */ int n_facet; xmlSchemaValType valType; /* the built-in type */ int n_valType; xmlChar * value; /* the lexical repr. of the value to be validated */ int n_value; xmlSchemaValPtr val; /* the precomputed value */ int n_val; unsigned long * length; /* the actual length of the value */ int n_length; xmlSchemaWhitespaceValueType ws; /* the whitespace type of the value */ int n_ws; for (n_facet = 0;n_facet < gen_nb_xmlSchemaFacetPtr;n_facet++) { for (n_valType = 0;n_valType < gen_nb_xmlSchemaValType;n_valType++) { for (n_value = 0;n_value < gen_nb_const_xmlChar_ptr;n_value++) { for (n_val = 0;n_val < gen_nb_xmlSchemaValPtr;n_val++) { for (n_length = 0;n_length < gen_nb_unsigned_long_ptr;n_length++) { for (n_ws = 0;n_ws < gen_nb_xmlSchemaWhitespaceValueType;n_ws++) { mem_base = xmlMemBlocks(); facet = gen_xmlSchemaFacetPtr(n_facet, 0); valType = gen_xmlSchemaValType(n_valType, 1); value = gen_const_xmlChar_ptr(n_value, 2); val = gen_xmlSchemaValPtr(n_val, 3); length = gen_unsigned_long_ptr(n_length, 4); ws = gen_xmlSchemaWhitespaceValueType(n_ws, 5); ret_val = xmlSchemaValidateLengthFacetWhtsp(facet, valType, (const xmlChar *)value, val, length, ws); desret_int(ret_val); call_tests++; des_xmlSchemaFacetPtr(n_facet, facet, 0); des_xmlSchemaValType(n_valType, valType, 1); des_const_xmlChar_ptr(n_value, (const xmlChar *)value, 2); des_xmlSchemaValPtr(n_val, val, 3); des_unsigned_long_ptr(n_length, length, 4); des_xmlSchemaWhitespaceValueType(n_ws, ws, 5); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlSchemaValidateLengthFacetWhtsp", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_facet); printf(" %d", n_valType); printf(" %d", n_value); printf(" %d", n_val); printf(" %d", n_length); printf(" %d", n_ws); printf("\n"); } } } } } } } function_tests++; #endif return(test_ret); } static int test_xmlSchemaValidateListSimpleTypeFacet(void) { int test_ret = 0; #if defined(LIBXML_SCHEMAS_ENABLED) int mem_base; int ret_val; xmlSchemaFacetPtr facet; /* the facet to check */ int n_facet; xmlChar * value; /* the lexical repr of the value to validate */ int n_value; unsigned long actualLen; /* the number of list items */ int n_actualLen; unsigned long * expectedLen; /* the resulting expected number of list items */ int n_expectedLen; for (n_facet = 0;n_facet < gen_nb_xmlSchemaFacetPtr;n_facet++) { for (n_value = 0;n_value < gen_nb_const_xmlChar_ptr;n_value++) { for (n_actualLen = 0;n_actualLen < gen_nb_unsigned_long;n_actualLen++) { for (n_expectedLen = 0;n_expectedLen < gen_nb_unsigned_long_ptr;n_expectedLen++) { mem_base = xmlMemBlocks(); facet = gen_xmlSchemaFacetPtr(n_facet, 0); value = gen_const_xmlChar_ptr(n_value, 1); actualLen = gen_unsigned_long(n_actualLen, 2); expectedLen = gen_unsigned_long_ptr(n_expectedLen, 3); ret_val = xmlSchemaValidateListSimpleTypeFacet(facet, (const xmlChar *)value, actualLen, expectedLen); desret_int(ret_val); call_tests++; des_xmlSchemaFacetPtr(n_facet, facet, 0); des_const_xmlChar_ptr(n_value, (const xmlChar *)value, 1); des_unsigned_long(n_actualLen, actualLen, 2); des_unsigned_long_ptr(n_expectedLen, expectedLen, 3); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlSchemaValidateListSimpleTypeFacet", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_facet); printf(" %d", n_value); printf(" %d", n_actualLen); printf(" %d", n_expectedLen); printf("\n"); } } } } } function_tests++; #endif return(test_ret); } static int test_xmlSchemaValidatePredefinedType(void) { int test_ret = 0; #if defined(LIBXML_SCHEMAS_ENABLED) int mem_base; int ret_val; xmlSchemaTypePtr type; /* the predefined type */ int n_type; xmlChar * value; /* the value to check */ int n_value; xmlSchemaValPtr * val; /* the return computed value */ int n_val; for (n_type = 0;n_type < gen_nb_xmlSchemaTypePtr;n_type++) { for (n_value = 0;n_value < gen_nb_const_xmlChar_ptr;n_value++) { for (n_val = 0;n_val < gen_nb_xmlSchemaValPtr_ptr;n_val++) { mem_base = xmlMemBlocks(); type = gen_xmlSchemaTypePtr(n_type, 0); value = gen_const_xmlChar_ptr(n_value, 1); val = gen_xmlSchemaValPtr_ptr(n_val, 2); ret_val = xmlSchemaValidatePredefinedType(type, (const xmlChar *)value, val); desret_int(ret_val); call_tests++; des_xmlSchemaTypePtr(n_type, type, 0); des_const_xmlChar_ptr(n_value, (const xmlChar *)value, 1); des_xmlSchemaValPtr_ptr(n_val, val, 2); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlSchemaValidatePredefinedType", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_type); printf(" %d", n_value); printf(" %d", n_val); printf("\n"); } } } } function_tests++; #endif return(test_ret); } static int test_xmlSchemaValueAppend(void) { int test_ret = 0; #if defined(LIBXML_SCHEMAS_ENABLED) int mem_base; int ret_val; xmlSchemaValPtr prev; /* the value */ int n_prev; xmlSchemaValPtr cur; /* the value to be appended */ int n_cur; for (n_prev = 0;n_prev < gen_nb_xmlSchemaValPtr;n_prev++) { for (n_cur = 0;n_cur < gen_nb_xmlSchemaValPtr;n_cur++) { mem_base = xmlMemBlocks(); prev = gen_xmlSchemaValPtr(n_prev, 0); cur = gen_xmlSchemaValPtr(n_cur, 1); ret_val = xmlSchemaValueAppend(prev, cur); desret_int(ret_val); call_tests++; des_xmlSchemaValPtr(n_prev, prev, 0); des_xmlSchemaValPtr(n_cur, cur, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlSchemaValueAppend", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_prev); printf(" %d", n_cur); printf("\n"); } } } function_tests++; #endif return(test_ret); } static int test_xmlSchemaValueGetAsBoolean(void) { int test_ret = 0; #if defined(LIBXML_SCHEMAS_ENABLED) int mem_base; int ret_val; xmlSchemaValPtr val; /* the value */ int n_val; for (n_val = 0;n_val < gen_nb_xmlSchemaValPtr;n_val++) { mem_base = xmlMemBlocks(); val = gen_xmlSchemaValPtr(n_val, 0); ret_val = xmlSchemaValueGetAsBoolean(val); desret_int(ret_val); call_tests++; des_xmlSchemaValPtr(n_val, val, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlSchemaValueGetAsBoolean", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_val); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlSchemaValueGetAsString(void) { int test_ret = 0; #if defined(LIBXML_SCHEMAS_ENABLED) int mem_base; const xmlChar * ret_val; xmlSchemaValPtr val; /* the value */ int n_val; for (n_val = 0;n_val < gen_nb_xmlSchemaValPtr;n_val++) { mem_base = xmlMemBlocks(); val = gen_xmlSchemaValPtr(n_val, 0); ret_val = xmlSchemaValueGetAsString(val); desret_const_xmlChar_ptr(ret_val); call_tests++; des_xmlSchemaValPtr(n_val, val, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlSchemaValueGetAsString", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_val); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlSchemaValueGetNext(void) { int test_ret = 0; /* missing type support */ return(test_ret); } static int test_xmlSchemaWhiteSpaceReplace(void) { int test_ret = 0; #if defined(LIBXML_SCHEMAS_ENABLED) int mem_base; xmlChar * ret_val; xmlChar * value; /* a value */ int n_value; for (n_value = 0;n_value < gen_nb_const_xmlChar_ptr;n_value++) { mem_base = xmlMemBlocks(); value = gen_const_xmlChar_ptr(n_value, 0); ret_val = xmlSchemaWhiteSpaceReplace((const xmlChar *)value); desret_xmlChar_ptr(ret_val); call_tests++; des_const_xmlChar_ptr(n_value, (const xmlChar *)value, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlSchemaWhiteSpaceReplace", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_value); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlschemastypes(void) { int test_ret = 0; if (quiet == 0) printf("Testing xmlschemastypes : 26 of 34 functions ...\n"); test_ret += test_xmlSchemaCheckFacet(); test_ret += test_xmlSchemaCleanupTypes(); test_ret += test_xmlSchemaCollapseString(); test_ret += test_xmlSchemaCompareValues(); test_ret += test_xmlSchemaCompareValuesWhtsp(); test_ret += test_xmlSchemaCopyValue(); test_ret += test_xmlSchemaGetBuiltInListSimpleTypeItemType(); test_ret += test_xmlSchemaGetBuiltInType(); test_ret += test_xmlSchemaGetCanonValue(); test_ret += test_xmlSchemaGetCanonValueWhtsp(); test_ret += test_xmlSchemaGetFacetValueAsULong(); test_ret += test_xmlSchemaGetPredefinedType(); test_ret += test_xmlSchemaGetValType(); test_ret += test_xmlSchemaInitTypes(); test_ret += test_xmlSchemaIsBuiltInTypeFacet(); test_ret += test_xmlSchemaNewFacet(); test_ret += test_xmlSchemaNewNOTATIONValue(); test_ret += test_xmlSchemaNewQNameValue(); test_ret += test_xmlSchemaNewStringValue(); test_ret += test_xmlSchemaValPredefTypeNode(); test_ret += test_xmlSchemaValPredefTypeNodeNoNorm(); test_ret += test_xmlSchemaValidateFacet(); test_ret += test_xmlSchemaValidateFacetWhtsp(); test_ret += test_xmlSchemaValidateLengthFacet(); test_ret += test_xmlSchemaValidateLengthFacetWhtsp(); test_ret += test_xmlSchemaValidateListSimpleTypeFacet(); test_ret += test_xmlSchemaValidatePredefinedType(); test_ret += test_xmlSchemaValueAppend(); test_ret += test_xmlSchemaValueGetAsBoolean(); test_ret += test_xmlSchemaValueGetAsString(); test_ret += test_xmlSchemaValueGetNext(); test_ret += test_xmlSchemaWhiteSpaceReplace(); if (test_ret != 0) printf("Module xmlschemastypes: %d errors\n", test_ret); return(test_ret); } static int test_xmlCharStrdup(void) { int test_ret = 0; int mem_base; xmlChar * ret_val; char * cur; /* the input char * */ int n_cur; for (n_cur = 0;n_cur < gen_nb_const_char_ptr;n_cur++) { mem_base = xmlMemBlocks(); cur = gen_const_char_ptr(n_cur, 0); ret_val = xmlCharStrdup((const char *)cur); desret_xmlChar_ptr(ret_val); call_tests++; des_const_char_ptr(n_cur, (const char *)cur, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlCharStrdup", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_cur); printf("\n"); } } function_tests++; return(test_ret); } static int test_xmlCharStrndup(void) { int test_ret = 0; int mem_base; xmlChar * ret_val; char * cur; /* the input char * */ int n_cur; int len; /* the len of @cur */ int n_len; for (n_cur = 0;n_cur < gen_nb_const_char_ptr;n_cur++) { for (n_len = 0;n_len < gen_nb_int;n_len++) { mem_base = xmlMemBlocks(); cur = gen_const_char_ptr(n_cur, 0); len = gen_int(n_len, 1); if ((cur != NULL) && (len > (int) strlen((const char *) cur) + 1)) continue; ret_val = xmlCharStrndup((const char *)cur, len); desret_xmlChar_ptr(ret_val); call_tests++; des_const_char_ptr(n_cur, (const char *)cur, 0); des_int(n_len, len, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlCharStrndup", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_cur); printf(" %d", n_len); printf("\n"); } } } function_tests++; return(test_ret); } static int test_xmlCheckUTF8(void) { int test_ret = 0; int mem_base; int ret_val; unsigned char * utf; /* Pointer to putative UTF-8 encoded string. */ int n_utf; for (n_utf = 0;n_utf < gen_nb_const_unsigned_char_ptr;n_utf++) { mem_base = xmlMemBlocks(); utf = gen_const_unsigned_char_ptr(n_utf, 0); ret_val = xmlCheckUTF8((const unsigned char *)utf); desret_int(ret_val); call_tests++; des_const_unsigned_char_ptr(n_utf, (const unsigned char *)utf, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlCheckUTF8", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_utf); printf("\n"); } } function_tests++; return(test_ret); } static int test_xmlGetUTF8Char(void) { int test_ret = 0; int mem_base; int ret_val; unsigned char * utf; /* a sequence of UTF-8 encoded bytes */ int n_utf; int * len; /* a pointer to the minimum number of bytes present in the sequence. This is used to assure the next character is completely contained within the sequence. */ int n_len; for (n_utf = 0;n_utf < gen_nb_const_unsigned_char_ptr;n_utf++) { for (n_len = 0;n_len < gen_nb_int_ptr;n_len++) { mem_base = xmlMemBlocks(); utf = gen_const_unsigned_char_ptr(n_utf, 0); len = gen_int_ptr(n_len, 1); ret_val = xmlGetUTF8Char((const unsigned char *)utf, len); desret_int(ret_val); call_tests++; des_const_unsigned_char_ptr(n_utf, (const unsigned char *)utf, 0); des_int_ptr(n_len, len, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlGetUTF8Char", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_utf); printf(" %d", n_len); printf("\n"); } } } function_tests++; return(test_ret); } static int test_xmlStrEqual(void) { int test_ret = 0; int mem_base; int ret_val; xmlChar * str1; /* the first xmlChar * */ int n_str1; xmlChar * str2; /* the second xmlChar * */ int n_str2; for (n_str1 = 0;n_str1 < gen_nb_const_xmlChar_ptr;n_str1++) { for (n_str2 = 0;n_str2 < gen_nb_const_xmlChar_ptr;n_str2++) { mem_base = xmlMemBlocks(); str1 = gen_const_xmlChar_ptr(n_str1, 0); str2 = gen_const_xmlChar_ptr(n_str2, 1); ret_val = xmlStrEqual((const xmlChar *)str1, (const xmlChar *)str2); desret_int(ret_val); call_tests++; des_const_xmlChar_ptr(n_str1, (const xmlChar *)str1, 0); des_const_xmlChar_ptr(n_str2, (const xmlChar *)str2, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlStrEqual", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_str1); printf(" %d", n_str2); printf("\n"); } } } function_tests++; return(test_ret); } static int test_xmlStrPrintf(void) { int test_ret = 0; /* missing type support */ return(test_ret); } static int test_xmlStrQEqual(void) { int test_ret = 0; int mem_base; int ret_val; xmlChar * pref; /* the prefix of the QName */ int n_pref; xmlChar * name; /* the localname of the QName */ int n_name; xmlChar * str; /* the second xmlChar * */ int n_str; for (n_pref = 0;n_pref < gen_nb_const_xmlChar_ptr;n_pref++) { for (n_name = 0;n_name < gen_nb_const_xmlChar_ptr;n_name++) { for (n_str = 0;n_str < gen_nb_const_xmlChar_ptr;n_str++) { mem_base = xmlMemBlocks(); pref = gen_const_xmlChar_ptr(n_pref, 0); name = gen_const_xmlChar_ptr(n_name, 1); str = gen_const_xmlChar_ptr(n_str, 2); ret_val = xmlStrQEqual((const xmlChar *)pref, (const xmlChar *)name, (const xmlChar *)str); desret_int(ret_val); call_tests++; des_const_xmlChar_ptr(n_pref, (const xmlChar *)pref, 0); des_const_xmlChar_ptr(n_name, (const xmlChar *)name, 1); des_const_xmlChar_ptr(n_str, (const xmlChar *)str, 2); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlStrQEqual", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_pref); printf(" %d", n_name); printf(" %d", n_str); printf("\n"); } } } } function_tests++; return(test_ret); } static int test_xmlStrVPrintf(void) { int test_ret = 0; /* missing type support */ return(test_ret); } static int test_xmlStrcasecmp(void) { int test_ret = 0; int mem_base; int ret_val; xmlChar * str1; /* the first xmlChar * */ int n_str1; xmlChar * str2; /* the second xmlChar * */ int n_str2; for (n_str1 = 0;n_str1 < gen_nb_const_xmlChar_ptr;n_str1++) { for (n_str2 = 0;n_str2 < gen_nb_const_xmlChar_ptr;n_str2++) { mem_base = xmlMemBlocks(); str1 = gen_const_xmlChar_ptr(n_str1, 0); str2 = gen_const_xmlChar_ptr(n_str2, 1); ret_val = xmlStrcasecmp((const xmlChar *)str1, (const xmlChar *)str2); desret_int(ret_val); call_tests++; des_const_xmlChar_ptr(n_str1, (const xmlChar *)str1, 0); des_const_xmlChar_ptr(n_str2, (const xmlChar *)str2, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlStrcasecmp", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_str1); printf(" %d", n_str2); printf("\n"); } } } function_tests++; return(test_ret); } static int test_xmlStrcasestr(void) { int test_ret = 0; int mem_base; const xmlChar * ret_val; xmlChar * str; /* the xmlChar * array (haystack) */ int n_str; xmlChar * val; /* the xmlChar to search (needle) */ int n_val; for (n_str = 0;n_str < gen_nb_const_xmlChar_ptr;n_str++) { for (n_val = 0;n_val < gen_nb_const_xmlChar_ptr;n_val++) { mem_base = xmlMemBlocks(); str = gen_const_xmlChar_ptr(n_str, 0); val = gen_const_xmlChar_ptr(n_val, 1); ret_val = xmlStrcasestr((const xmlChar *)str, (const xmlChar *)val); desret_const_xmlChar_ptr(ret_val); call_tests++; des_const_xmlChar_ptr(n_str, (const xmlChar *)str, 0); des_const_xmlChar_ptr(n_val, (const xmlChar *)val, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlStrcasestr", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_str); printf(" %d", n_val); printf("\n"); } } } function_tests++; return(test_ret); } static int test_xmlStrchr(void) { int test_ret = 0; int mem_base; const xmlChar * ret_val; xmlChar * str; /* the xmlChar * array */ int n_str; xmlChar val; /* the xmlChar to search */ int n_val; for (n_str = 0;n_str < gen_nb_const_xmlChar_ptr;n_str++) { for (n_val = 0;n_val < gen_nb_xmlChar;n_val++) { mem_base = xmlMemBlocks(); str = gen_const_xmlChar_ptr(n_str, 0); val = gen_xmlChar(n_val, 1); ret_val = xmlStrchr((const xmlChar *)str, val); desret_const_xmlChar_ptr(ret_val); call_tests++; des_const_xmlChar_ptr(n_str, (const xmlChar *)str, 0); des_xmlChar(n_val, val, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlStrchr", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_str); printf(" %d", n_val); printf("\n"); } } } function_tests++; return(test_ret); } static int test_xmlStrcmp(void) { int test_ret = 0; int mem_base; int ret_val; xmlChar * str1; /* the first xmlChar * */ int n_str1; xmlChar * str2; /* the second xmlChar * */ int n_str2; for (n_str1 = 0;n_str1 < gen_nb_const_xmlChar_ptr;n_str1++) { for (n_str2 = 0;n_str2 < gen_nb_const_xmlChar_ptr;n_str2++) { mem_base = xmlMemBlocks(); str1 = gen_const_xmlChar_ptr(n_str1, 0); str2 = gen_const_xmlChar_ptr(n_str2, 1); ret_val = xmlStrcmp((const xmlChar *)str1, (const xmlChar *)str2); desret_int(ret_val); call_tests++; des_const_xmlChar_ptr(n_str1, (const xmlChar *)str1, 0); des_const_xmlChar_ptr(n_str2, (const xmlChar *)str2, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlStrcmp", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_str1); printf(" %d", n_str2); printf("\n"); } } } function_tests++; return(test_ret); } static int test_xmlStrdup(void) { int test_ret = 0; int mem_base; xmlChar * ret_val; xmlChar * cur; /* the input xmlChar * */ int n_cur; for (n_cur = 0;n_cur < gen_nb_const_xmlChar_ptr;n_cur++) { mem_base = xmlMemBlocks(); cur = gen_const_xmlChar_ptr(n_cur, 0); ret_val = xmlStrdup((const xmlChar *)cur); desret_xmlChar_ptr(ret_val); call_tests++; des_const_xmlChar_ptr(n_cur, (const xmlChar *)cur, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlStrdup", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_cur); printf("\n"); } } function_tests++; return(test_ret); } static int test_xmlStrlen(void) { int test_ret = 0; int mem_base; int ret_val; xmlChar * str; /* the xmlChar * array */ int n_str; for (n_str = 0;n_str < gen_nb_const_xmlChar_ptr;n_str++) { mem_base = xmlMemBlocks(); str = gen_const_xmlChar_ptr(n_str, 0); ret_val = xmlStrlen((const xmlChar *)str); desret_int(ret_val); call_tests++; des_const_xmlChar_ptr(n_str, (const xmlChar *)str, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlStrlen", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_str); printf("\n"); } } function_tests++; return(test_ret); } static int test_xmlStrncasecmp(void) { int test_ret = 0; int mem_base; int ret_val; xmlChar * str1; /* the first xmlChar * */ int n_str1; xmlChar * str2; /* the second xmlChar * */ int n_str2; int len; /* the max comparison length */ int n_len; for (n_str1 = 0;n_str1 < gen_nb_const_xmlChar_ptr;n_str1++) { for (n_str2 = 0;n_str2 < gen_nb_const_xmlChar_ptr;n_str2++) { for (n_len = 0;n_len < gen_nb_int;n_len++) { mem_base = xmlMemBlocks(); str1 = gen_const_xmlChar_ptr(n_str1, 0); str2 = gen_const_xmlChar_ptr(n_str2, 1); len = gen_int(n_len, 2); if ((str2 != NULL) && (len > (int) strlen((const char *) str2) + 1)) continue; ret_val = xmlStrncasecmp((const xmlChar *)str1, (const xmlChar *)str2, len); desret_int(ret_val); call_tests++; des_const_xmlChar_ptr(n_str1, (const xmlChar *)str1, 0); des_const_xmlChar_ptr(n_str2, (const xmlChar *)str2, 1); des_int(n_len, len, 2); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlStrncasecmp", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_str1); printf(" %d", n_str2); printf(" %d", n_len); printf("\n"); } } } } function_tests++; return(test_ret); } static int test_xmlStrncatNew(void) { int test_ret = 0; int mem_base; xmlChar * ret_val; xmlChar * str1; /* first xmlChar string */ int n_str1; xmlChar * str2; /* second xmlChar string */ int n_str2; int len; /* the len of @str2 or < 0 */ int n_len; for (n_str1 = 0;n_str1 < gen_nb_const_xmlChar_ptr;n_str1++) { for (n_str2 = 0;n_str2 < gen_nb_const_xmlChar_ptr;n_str2++) { for (n_len = 0;n_len < gen_nb_int;n_len++) { mem_base = xmlMemBlocks(); str1 = gen_const_xmlChar_ptr(n_str1, 0); str2 = gen_const_xmlChar_ptr(n_str2, 1); len = gen_int(n_len, 2); if ((str2 != NULL) && (len > (int) strlen((const char *) str2) + 1)) continue; ret_val = xmlStrncatNew((const xmlChar *)str1, (const xmlChar *)str2, len); desret_xmlChar_ptr(ret_val); call_tests++; des_const_xmlChar_ptr(n_str1, (const xmlChar *)str1, 0); des_const_xmlChar_ptr(n_str2, (const xmlChar *)str2, 1); des_int(n_len, len, 2); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlStrncatNew", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_str1); printf(" %d", n_str2); printf(" %d", n_len); printf("\n"); } } } } function_tests++; return(test_ret); } static int test_xmlStrncmp(void) { int test_ret = 0; int mem_base; int ret_val; xmlChar * str1; /* the first xmlChar * */ int n_str1; xmlChar * str2; /* the second xmlChar * */ int n_str2; int len; /* the max comparison length */ int n_len; for (n_str1 = 0;n_str1 < gen_nb_const_xmlChar_ptr;n_str1++) { for (n_str2 = 0;n_str2 < gen_nb_const_xmlChar_ptr;n_str2++) { for (n_len = 0;n_len < gen_nb_int;n_len++) { mem_base = xmlMemBlocks(); str1 = gen_const_xmlChar_ptr(n_str1, 0); str2 = gen_const_xmlChar_ptr(n_str2, 1); len = gen_int(n_len, 2); if ((str2 != NULL) && (len > (int) strlen((const char *) str2) + 1)) continue; ret_val = xmlStrncmp((const xmlChar *)str1, (const xmlChar *)str2, len); desret_int(ret_val); call_tests++; des_const_xmlChar_ptr(n_str1, (const xmlChar *)str1, 0); des_const_xmlChar_ptr(n_str2, (const xmlChar *)str2, 1); des_int(n_len, len, 2); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlStrncmp", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_str1); printf(" %d", n_str2); printf(" %d", n_len); printf("\n"); } } } } function_tests++; return(test_ret); } static int test_xmlStrndup(void) { int test_ret = 0; int mem_base; xmlChar * ret_val; xmlChar * cur; /* the input xmlChar * */ int n_cur; int len; /* the len of @cur */ int n_len; for (n_cur = 0;n_cur < gen_nb_const_xmlChar_ptr;n_cur++) { for (n_len = 0;n_len < gen_nb_int;n_len++) { mem_base = xmlMemBlocks(); cur = gen_const_xmlChar_ptr(n_cur, 0); len = gen_int(n_len, 1); if ((cur != NULL) && (len > (int) strlen((const char *) cur) + 1)) continue; ret_val = xmlStrndup((const xmlChar *)cur, len); desret_xmlChar_ptr(ret_val); call_tests++; des_const_xmlChar_ptr(n_cur, (const xmlChar *)cur, 0); des_int(n_len, len, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlStrndup", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_cur); printf(" %d", n_len); printf("\n"); } } } function_tests++; return(test_ret); } static int test_xmlStrstr(void) { int test_ret = 0; int mem_base; const xmlChar * ret_val; xmlChar * str; /* the xmlChar * array (haystack) */ int n_str; xmlChar * val; /* the xmlChar to search (needle) */ int n_val; for (n_str = 0;n_str < gen_nb_const_xmlChar_ptr;n_str++) { for (n_val = 0;n_val < gen_nb_const_xmlChar_ptr;n_val++) { mem_base = xmlMemBlocks(); str = gen_const_xmlChar_ptr(n_str, 0); val = gen_const_xmlChar_ptr(n_val, 1); ret_val = xmlStrstr((const xmlChar *)str, (const xmlChar *)val); desret_const_xmlChar_ptr(ret_val); call_tests++; des_const_xmlChar_ptr(n_str, (const xmlChar *)str, 0); des_const_xmlChar_ptr(n_val, (const xmlChar *)val, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlStrstr", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_str); printf(" %d", n_val); printf("\n"); } } } function_tests++; return(test_ret); } static int test_xmlStrsub(void) { int test_ret = 0; int mem_base; xmlChar * ret_val; xmlChar * str; /* the xmlChar * array (haystack) */ int n_str; int start; /* the index of the first char (zero based) */ int n_start; int len; /* the length of the substring */ int n_len; for (n_str = 0;n_str < gen_nb_const_xmlChar_ptr;n_str++) { for (n_start = 0;n_start < gen_nb_int;n_start++) { for (n_len = 0;n_len < gen_nb_int;n_len++) { mem_base = xmlMemBlocks(); str = gen_const_xmlChar_ptr(n_str, 0); start = gen_int(n_start, 1); len = gen_int(n_len, 2); if ((str != NULL) && (start > (int) strlen((const char *) str) + 1)) continue; if ((str != NULL) && (len > (int) strlen((const char *) str) + 1)) continue; ret_val = xmlStrsub((const xmlChar *)str, start, len); desret_xmlChar_ptr(ret_val); call_tests++; des_const_xmlChar_ptr(n_str, (const xmlChar *)str, 0); des_int(n_start, start, 1); des_int(n_len, len, 2); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlStrsub", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_str); printf(" %d", n_start); printf(" %d", n_len); printf("\n"); } } } } function_tests++; return(test_ret); } static int test_xmlUTF8Charcmp(void) { int test_ret = 0; int mem_base; int ret_val; xmlChar * utf1; /* pointer to first UTF8 char */ int n_utf1; xmlChar * utf2; /* pointer to second UTF8 char */ int n_utf2; for (n_utf1 = 0;n_utf1 < gen_nb_const_xmlChar_ptr;n_utf1++) { for (n_utf2 = 0;n_utf2 < gen_nb_const_xmlChar_ptr;n_utf2++) { mem_base = xmlMemBlocks(); utf1 = gen_const_xmlChar_ptr(n_utf1, 0); utf2 = gen_const_xmlChar_ptr(n_utf2, 1); ret_val = xmlUTF8Charcmp((const xmlChar *)utf1, (const xmlChar *)utf2); desret_int(ret_val); call_tests++; des_const_xmlChar_ptr(n_utf1, (const xmlChar *)utf1, 0); des_const_xmlChar_ptr(n_utf2, (const xmlChar *)utf2, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlUTF8Charcmp", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_utf1); printf(" %d", n_utf2); printf("\n"); } } } function_tests++; return(test_ret); } static int test_xmlUTF8Size(void) { int test_ret = 0; int mem_base; int ret_val; xmlChar * utf; /* pointer to the UTF8 character */ int n_utf; for (n_utf = 0;n_utf < gen_nb_const_xmlChar_ptr;n_utf++) { mem_base = xmlMemBlocks(); utf = gen_const_xmlChar_ptr(n_utf, 0); ret_val = xmlUTF8Size((const xmlChar *)utf); desret_int(ret_val); call_tests++; des_const_xmlChar_ptr(n_utf, (const xmlChar *)utf, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlUTF8Size", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_utf); printf("\n"); } } function_tests++; return(test_ret); } static int test_xmlUTF8Strlen(void) { int test_ret = 0; int mem_base; int ret_val; xmlChar * utf; /* a sequence of UTF-8 encoded bytes */ int n_utf; for (n_utf = 0;n_utf < gen_nb_const_xmlChar_ptr;n_utf++) { mem_base = xmlMemBlocks(); utf = gen_const_xmlChar_ptr(n_utf, 0); ret_val = xmlUTF8Strlen((const xmlChar *)utf); desret_int(ret_val); call_tests++; des_const_xmlChar_ptr(n_utf, (const xmlChar *)utf, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlUTF8Strlen", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_utf); printf("\n"); } } function_tests++; return(test_ret); } static int test_xmlUTF8Strloc(void) { int test_ret = 0; int mem_base; int ret_val; xmlChar * utf; /* the input UTF8 * */ int n_utf; xmlChar * utfchar; /* the UTF8 character to be found */ int n_utfchar; for (n_utf = 0;n_utf < gen_nb_const_xmlChar_ptr;n_utf++) { for (n_utfchar = 0;n_utfchar < gen_nb_const_xmlChar_ptr;n_utfchar++) { mem_base = xmlMemBlocks(); utf = gen_const_xmlChar_ptr(n_utf, 0); utfchar = gen_const_xmlChar_ptr(n_utfchar, 1); ret_val = xmlUTF8Strloc((const xmlChar *)utf, (const xmlChar *)utfchar); desret_int(ret_val); call_tests++; des_const_xmlChar_ptr(n_utf, (const xmlChar *)utf, 0); des_const_xmlChar_ptr(n_utfchar, (const xmlChar *)utfchar, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlUTF8Strloc", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_utf); printf(" %d", n_utfchar); printf("\n"); } } } function_tests++; return(test_ret); } static int test_xmlUTF8Strndup(void) { int test_ret = 0; int mem_base; xmlChar * ret_val; xmlChar * utf; /* the input UTF8 * */ int n_utf; int len; /* the len of @utf (in chars) */ int n_len; for (n_utf = 0;n_utf < gen_nb_const_xmlChar_ptr;n_utf++) { for (n_len = 0;n_len < gen_nb_int;n_len++) { mem_base = xmlMemBlocks(); utf = gen_const_xmlChar_ptr(n_utf, 0); len = gen_int(n_len, 1); if ((utf != NULL) && (len > (int) strlen((const char *) utf) + 1)) continue; ret_val = xmlUTF8Strndup((const xmlChar *)utf, len); desret_xmlChar_ptr(ret_val); call_tests++; des_const_xmlChar_ptr(n_utf, (const xmlChar *)utf, 0); des_int(n_len, len, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlUTF8Strndup", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_utf); printf(" %d", n_len); printf("\n"); } } } function_tests++; return(test_ret); } static int test_xmlUTF8Strpos(void) { int test_ret = 0; int mem_base; const xmlChar * ret_val; xmlChar * utf; /* the input UTF8 * */ int n_utf; int pos; /* the position of the desired UTF8 char (in chars) */ int n_pos; for (n_utf = 0;n_utf < gen_nb_const_xmlChar_ptr;n_utf++) { for (n_pos = 0;n_pos < gen_nb_int;n_pos++) { mem_base = xmlMemBlocks(); utf = gen_const_xmlChar_ptr(n_utf, 0); pos = gen_int(n_pos, 1); ret_val = xmlUTF8Strpos((const xmlChar *)utf, pos); desret_const_xmlChar_ptr(ret_val); call_tests++; des_const_xmlChar_ptr(n_utf, (const xmlChar *)utf, 0); des_int(n_pos, pos, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlUTF8Strpos", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_utf); printf(" %d", n_pos); printf("\n"); } } } function_tests++; return(test_ret); } static int test_xmlUTF8Strsize(void) { int test_ret = 0; int mem_base; int ret_val; xmlChar * utf; /* a sequence of UTF-8 encoded bytes */ int n_utf; int len; /* the number of characters in the array */ int n_len; for (n_utf = 0;n_utf < gen_nb_const_xmlChar_ptr;n_utf++) { for (n_len = 0;n_len < gen_nb_int;n_len++) { mem_base = xmlMemBlocks(); utf = gen_const_xmlChar_ptr(n_utf, 0); len = gen_int(n_len, 1); if ((utf != NULL) && (len > (int) strlen((const char *) utf) + 1)) continue; ret_val = xmlUTF8Strsize((const xmlChar *)utf, len); desret_int(ret_val); call_tests++; des_const_xmlChar_ptr(n_utf, (const xmlChar *)utf, 0); des_int(n_len, len, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlUTF8Strsize", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_utf); printf(" %d", n_len); printf("\n"); } } } function_tests++; return(test_ret); } static int test_xmlUTF8Strsub(void) { int test_ret = 0; int mem_base; xmlChar * ret_val; xmlChar * utf; /* a sequence of UTF-8 encoded bytes */ int n_utf; int start; /* relative pos of first char */ int n_start; int len; /* total number to copy */ int n_len; for (n_utf = 0;n_utf < gen_nb_const_xmlChar_ptr;n_utf++) { for (n_start = 0;n_start < gen_nb_int;n_start++) { for (n_len = 0;n_len < gen_nb_int;n_len++) { mem_base = xmlMemBlocks(); utf = gen_const_xmlChar_ptr(n_utf, 0); start = gen_int(n_start, 1); len = gen_int(n_len, 2); if ((utf != NULL) && (start > (int) strlen((const char *) utf) + 1)) continue; if ((utf != NULL) && (len > (int) strlen((const char *) utf) + 1)) continue; ret_val = xmlUTF8Strsub((const xmlChar *)utf, start, len); desret_xmlChar_ptr(ret_val); call_tests++; des_const_xmlChar_ptr(n_utf, (const xmlChar *)utf, 0); des_int(n_start, start, 1); des_int(n_len, len, 2); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlUTF8Strsub", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_utf); printf(" %d", n_start); printf(" %d", n_len); printf("\n"); } } } } function_tests++; return(test_ret); } static int test_xmlstring(void) { int test_ret = 0; if (quiet == 0) printf("Testing xmlstring : 26 of 30 functions ...\n"); test_ret += test_xmlCharStrdup(); test_ret += test_xmlCharStrndup(); test_ret += test_xmlCheckUTF8(); test_ret += test_xmlGetUTF8Char(); test_ret += test_xmlStrEqual(); test_ret += test_xmlStrPrintf(); test_ret += test_xmlStrQEqual(); test_ret += test_xmlStrVPrintf(); test_ret += test_xmlStrcasecmp(); test_ret += test_xmlStrcasestr(); test_ret += test_xmlStrchr(); test_ret += test_xmlStrcmp(); test_ret += test_xmlStrdup(); test_ret += test_xmlStrlen(); test_ret += test_xmlStrncasecmp(); test_ret += test_xmlStrncatNew(); test_ret += test_xmlStrncmp(); test_ret += test_xmlStrndup(); test_ret += test_xmlStrstr(); test_ret += test_xmlStrsub(); test_ret += test_xmlUTF8Charcmp(); test_ret += test_xmlUTF8Size(); test_ret += test_xmlUTF8Strlen(); test_ret += test_xmlUTF8Strloc(); test_ret += test_xmlUTF8Strndup(); test_ret += test_xmlUTF8Strpos(); test_ret += test_xmlUTF8Strsize(); test_ret += test_xmlUTF8Strsub(); if (test_ret != 0) printf("Module xmlstring: %d errors\n", test_ret); return(test_ret); } static int test_xmlUCSIsAegeanNumbers(void) { int test_ret = 0; #if defined(LIBXML_UNICODE_ENABLED) int mem_base; int ret_val; int code; /* UCS code point */ int n_code; for (n_code = 0;n_code < gen_nb_int;n_code++) { mem_base = xmlMemBlocks(); code = gen_int(n_code, 0); ret_val = xmlUCSIsAegeanNumbers(code); desret_int(ret_val); call_tests++; des_int(n_code, code, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlUCSIsAegeanNumbers", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_code); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlUCSIsAlphabeticPresentationForms(void) { int test_ret = 0; #if defined(LIBXML_UNICODE_ENABLED) int mem_base; int ret_val; int code; /* UCS code point */ int n_code; for (n_code = 0;n_code < gen_nb_int;n_code++) { mem_base = xmlMemBlocks(); code = gen_int(n_code, 0); ret_val = xmlUCSIsAlphabeticPresentationForms(code); desret_int(ret_val); call_tests++; des_int(n_code, code, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlUCSIsAlphabeticPresentationForms", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_code); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlUCSIsArabic(void) { int test_ret = 0; #if defined(LIBXML_UNICODE_ENABLED) int mem_base; int ret_val; int code; /* UCS code point */ int n_code; for (n_code = 0;n_code < gen_nb_int;n_code++) { mem_base = xmlMemBlocks(); code = gen_int(n_code, 0); ret_val = xmlUCSIsArabic(code); desret_int(ret_val); call_tests++; des_int(n_code, code, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlUCSIsArabic", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_code); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlUCSIsArabicPresentationFormsA(void) { int test_ret = 0; #if defined(LIBXML_UNICODE_ENABLED) int mem_base; int ret_val; int code; /* UCS code point */ int n_code; for (n_code = 0;n_code < gen_nb_int;n_code++) { mem_base = xmlMemBlocks(); code = gen_int(n_code, 0); ret_val = xmlUCSIsArabicPresentationFormsA(code); desret_int(ret_val); call_tests++; des_int(n_code, code, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlUCSIsArabicPresentationFormsA", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_code); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlUCSIsArabicPresentationFormsB(void) { int test_ret = 0; #if defined(LIBXML_UNICODE_ENABLED) int mem_base; int ret_val; int code; /* UCS code point */ int n_code; for (n_code = 0;n_code < gen_nb_int;n_code++) { mem_base = xmlMemBlocks(); code = gen_int(n_code, 0); ret_val = xmlUCSIsArabicPresentationFormsB(code); desret_int(ret_val); call_tests++; des_int(n_code, code, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlUCSIsArabicPresentationFormsB", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_code); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlUCSIsArmenian(void) { int test_ret = 0; #if defined(LIBXML_UNICODE_ENABLED) int mem_base; int ret_val; int code; /* UCS code point */ int n_code; for (n_code = 0;n_code < gen_nb_int;n_code++) { mem_base = xmlMemBlocks(); code = gen_int(n_code, 0); ret_val = xmlUCSIsArmenian(code); desret_int(ret_val); call_tests++; des_int(n_code, code, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlUCSIsArmenian", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_code); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlUCSIsArrows(void) { int test_ret = 0; #if defined(LIBXML_UNICODE_ENABLED) int mem_base; int ret_val; int code; /* UCS code point */ int n_code; for (n_code = 0;n_code < gen_nb_int;n_code++) { mem_base = xmlMemBlocks(); code = gen_int(n_code, 0); ret_val = xmlUCSIsArrows(code); desret_int(ret_val); call_tests++; des_int(n_code, code, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlUCSIsArrows", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_code); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlUCSIsBasicLatin(void) { int test_ret = 0; #if defined(LIBXML_UNICODE_ENABLED) int mem_base; int ret_val; int code; /* UCS code point */ int n_code; for (n_code = 0;n_code < gen_nb_int;n_code++) { mem_base = xmlMemBlocks(); code = gen_int(n_code, 0); ret_val = xmlUCSIsBasicLatin(code); desret_int(ret_val); call_tests++; des_int(n_code, code, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlUCSIsBasicLatin", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_code); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlUCSIsBengali(void) { int test_ret = 0; #if defined(LIBXML_UNICODE_ENABLED) int mem_base; int ret_val; int code; /* UCS code point */ int n_code; for (n_code = 0;n_code < gen_nb_int;n_code++) { mem_base = xmlMemBlocks(); code = gen_int(n_code, 0); ret_val = xmlUCSIsBengali(code); desret_int(ret_val); call_tests++; des_int(n_code, code, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlUCSIsBengali", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_code); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlUCSIsBlock(void) { int test_ret = 0; #if defined(LIBXML_UNICODE_ENABLED) int mem_base; int ret_val; int code; /* UCS code point */ int n_code; char * block; /* UCS block name */ int n_block; for (n_code = 0;n_code < gen_nb_int;n_code++) { for (n_block = 0;n_block < gen_nb_const_char_ptr;n_block++) { mem_base = xmlMemBlocks(); code = gen_int(n_code, 0); block = gen_const_char_ptr(n_block, 1); ret_val = xmlUCSIsBlock(code, (const char *)block); desret_int(ret_val); call_tests++; des_int(n_code, code, 0); des_const_char_ptr(n_block, (const char *)block, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlUCSIsBlock", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_code); printf(" %d", n_block); printf("\n"); } } } function_tests++; #endif return(test_ret); } static int test_xmlUCSIsBlockElements(void) { int test_ret = 0; #if defined(LIBXML_UNICODE_ENABLED) int mem_base; int ret_val; int code; /* UCS code point */ int n_code; for (n_code = 0;n_code < gen_nb_int;n_code++) { mem_base = xmlMemBlocks(); code = gen_int(n_code, 0); ret_val = xmlUCSIsBlockElements(code); desret_int(ret_val); call_tests++; des_int(n_code, code, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlUCSIsBlockElements", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_code); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlUCSIsBopomofo(void) { int test_ret = 0; #if defined(LIBXML_UNICODE_ENABLED) int mem_base; int ret_val; int code; /* UCS code point */ int n_code; for (n_code = 0;n_code < gen_nb_int;n_code++) { mem_base = xmlMemBlocks(); code = gen_int(n_code, 0); ret_val = xmlUCSIsBopomofo(code); desret_int(ret_val); call_tests++; des_int(n_code, code, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlUCSIsBopomofo", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_code); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlUCSIsBopomofoExtended(void) { int test_ret = 0; #if defined(LIBXML_UNICODE_ENABLED) int mem_base; int ret_val; int code; /* UCS code point */ int n_code; for (n_code = 0;n_code < gen_nb_int;n_code++) { mem_base = xmlMemBlocks(); code = gen_int(n_code, 0); ret_val = xmlUCSIsBopomofoExtended(code); desret_int(ret_val); call_tests++; des_int(n_code, code, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlUCSIsBopomofoExtended", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_code); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlUCSIsBoxDrawing(void) { int test_ret = 0; #if defined(LIBXML_UNICODE_ENABLED) int mem_base; int ret_val; int code; /* UCS code point */ int n_code; for (n_code = 0;n_code < gen_nb_int;n_code++) { mem_base = xmlMemBlocks(); code = gen_int(n_code, 0); ret_val = xmlUCSIsBoxDrawing(code); desret_int(ret_val); call_tests++; des_int(n_code, code, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlUCSIsBoxDrawing", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_code); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlUCSIsBraillePatterns(void) { int test_ret = 0; #if defined(LIBXML_UNICODE_ENABLED) int mem_base; int ret_val; int code; /* UCS code point */ int n_code; for (n_code = 0;n_code < gen_nb_int;n_code++) { mem_base = xmlMemBlocks(); code = gen_int(n_code, 0); ret_val = xmlUCSIsBraillePatterns(code); desret_int(ret_val); call_tests++; des_int(n_code, code, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlUCSIsBraillePatterns", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_code); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlUCSIsBuhid(void) { int test_ret = 0; #if defined(LIBXML_UNICODE_ENABLED) int mem_base; int ret_val; int code; /* UCS code point */ int n_code; for (n_code = 0;n_code < gen_nb_int;n_code++) { mem_base = xmlMemBlocks(); code = gen_int(n_code, 0); ret_val = xmlUCSIsBuhid(code); desret_int(ret_val); call_tests++; des_int(n_code, code, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlUCSIsBuhid", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_code); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlUCSIsByzantineMusicalSymbols(void) { int test_ret = 0; #if defined(LIBXML_UNICODE_ENABLED) int mem_base; int ret_val; int code; /* UCS code point */ int n_code; for (n_code = 0;n_code < gen_nb_int;n_code++) { mem_base = xmlMemBlocks(); code = gen_int(n_code, 0); ret_val = xmlUCSIsByzantineMusicalSymbols(code); desret_int(ret_val); call_tests++; des_int(n_code, code, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlUCSIsByzantineMusicalSymbols", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_code); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlUCSIsCJKCompatibility(void) { int test_ret = 0; #if defined(LIBXML_UNICODE_ENABLED) int mem_base; int ret_val; int code; /* UCS code point */ int n_code; for (n_code = 0;n_code < gen_nb_int;n_code++) { mem_base = xmlMemBlocks(); code = gen_int(n_code, 0); ret_val = xmlUCSIsCJKCompatibility(code); desret_int(ret_val); call_tests++; des_int(n_code, code, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlUCSIsCJKCompatibility", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_code); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlUCSIsCJKCompatibilityForms(void) { int test_ret = 0; #if defined(LIBXML_UNICODE_ENABLED) int mem_base; int ret_val; int code; /* UCS code point */ int n_code; for (n_code = 0;n_code < gen_nb_int;n_code++) { mem_base = xmlMemBlocks(); code = gen_int(n_code, 0); ret_val = xmlUCSIsCJKCompatibilityForms(code); desret_int(ret_val); call_tests++; des_int(n_code, code, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlUCSIsCJKCompatibilityForms", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_code); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlUCSIsCJKCompatibilityIdeographs(void) { int test_ret = 0; #if defined(LIBXML_UNICODE_ENABLED) int mem_base; int ret_val; int code; /* UCS code point */ int n_code; for (n_code = 0;n_code < gen_nb_int;n_code++) { mem_base = xmlMemBlocks(); code = gen_int(n_code, 0); ret_val = xmlUCSIsCJKCompatibilityIdeographs(code); desret_int(ret_val); call_tests++; des_int(n_code, code, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlUCSIsCJKCompatibilityIdeographs", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_code); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlUCSIsCJKCompatibilityIdeographsSupplement(void) { int test_ret = 0; #if defined(LIBXML_UNICODE_ENABLED) int mem_base; int ret_val; int code; /* UCS code point */ int n_code; for (n_code = 0;n_code < gen_nb_int;n_code++) { mem_base = xmlMemBlocks(); code = gen_int(n_code, 0); ret_val = xmlUCSIsCJKCompatibilityIdeographsSupplement(code); desret_int(ret_val); call_tests++; des_int(n_code, code, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlUCSIsCJKCompatibilityIdeographsSupplement", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_code); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlUCSIsCJKRadicalsSupplement(void) { int test_ret = 0; #if defined(LIBXML_UNICODE_ENABLED) int mem_base; int ret_val; int code; /* UCS code point */ int n_code; for (n_code = 0;n_code < gen_nb_int;n_code++) { mem_base = xmlMemBlocks(); code = gen_int(n_code, 0); ret_val = xmlUCSIsCJKRadicalsSupplement(code); desret_int(ret_val); call_tests++; des_int(n_code, code, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlUCSIsCJKRadicalsSupplement", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_code); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlUCSIsCJKSymbolsandPunctuation(void) { int test_ret = 0; #if defined(LIBXML_UNICODE_ENABLED) int mem_base; int ret_val; int code; /* UCS code point */ int n_code; for (n_code = 0;n_code < gen_nb_int;n_code++) { mem_base = xmlMemBlocks(); code = gen_int(n_code, 0); ret_val = xmlUCSIsCJKSymbolsandPunctuation(code); desret_int(ret_val); call_tests++; des_int(n_code, code, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlUCSIsCJKSymbolsandPunctuation", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_code); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlUCSIsCJKUnifiedIdeographs(void) { int test_ret = 0; #if defined(LIBXML_UNICODE_ENABLED) int mem_base; int ret_val; int code; /* UCS code point */ int n_code; for (n_code = 0;n_code < gen_nb_int;n_code++) { mem_base = xmlMemBlocks(); code = gen_int(n_code, 0); ret_val = xmlUCSIsCJKUnifiedIdeographs(code); desret_int(ret_val); call_tests++; des_int(n_code, code, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlUCSIsCJKUnifiedIdeographs", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_code); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlUCSIsCJKUnifiedIdeographsExtensionA(void) { int test_ret = 0; #if defined(LIBXML_UNICODE_ENABLED) int mem_base; int ret_val; int code; /* UCS code point */ int n_code; for (n_code = 0;n_code < gen_nb_int;n_code++) { mem_base = xmlMemBlocks(); code = gen_int(n_code, 0); ret_val = xmlUCSIsCJKUnifiedIdeographsExtensionA(code); desret_int(ret_val); call_tests++; des_int(n_code, code, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlUCSIsCJKUnifiedIdeographsExtensionA", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_code); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlUCSIsCJKUnifiedIdeographsExtensionB(void) { int test_ret = 0; #if defined(LIBXML_UNICODE_ENABLED) int mem_base; int ret_val; int code; /* UCS code point */ int n_code; for (n_code = 0;n_code < gen_nb_int;n_code++) { mem_base = xmlMemBlocks(); code = gen_int(n_code, 0); ret_val = xmlUCSIsCJKUnifiedIdeographsExtensionB(code); desret_int(ret_val); call_tests++; des_int(n_code, code, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlUCSIsCJKUnifiedIdeographsExtensionB", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_code); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlUCSIsCat(void) { int test_ret = 0; #if defined(LIBXML_UNICODE_ENABLED) int mem_base; int ret_val; int code; /* UCS code point */ int n_code; char * cat; /* UCS Category name */ int n_cat; for (n_code = 0;n_code < gen_nb_int;n_code++) { for (n_cat = 0;n_cat < gen_nb_const_char_ptr;n_cat++) { mem_base = xmlMemBlocks(); code = gen_int(n_code, 0); cat = gen_const_char_ptr(n_cat, 1); ret_val = xmlUCSIsCat(code, (const char *)cat); desret_int(ret_val); call_tests++; des_int(n_code, code, 0); des_const_char_ptr(n_cat, (const char *)cat, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlUCSIsCat", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_code); printf(" %d", n_cat); printf("\n"); } } } function_tests++; #endif return(test_ret); } static int test_xmlUCSIsCatC(void) { int test_ret = 0; #if defined(LIBXML_UNICODE_ENABLED) int mem_base; int ret_val; int code; /* UCS code point */ int n_code; for (n_code = 0;n_code < gen_nb_int;n_code++) { mem_base = xmlMemBlocks(); code = gen_int(n_code, 0); ret_val = xmlUCSIsCatC(code); desret_int(ret_val); call_tests++; des_int(n_code, code, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlUCSIsCatC", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_code); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlUCSIsCatCc(void) { int test_ret = 0; #if defined(LIBXML_UNICODE_ENABLED) int mem_base; int ret_val; int code; /* UCS code point */ int n_code; for (n_code = 0;n_code < gen_nb_int;n_code++) { mem_base = xmlMemBlocks(); code = gen_int(n_code, 0); ret_val = xmlUCSIsCatCc(code); desret_int(ret_val); call_tests++; des_int(n_code, code, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlUCSIsCatCc", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_code); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlUCSIsCatCf(void) { int test_ret = 0; #if defined(LIBXML_UNICODE_ENABLED) int mem_base; int ret_val; int code; /* UCS code point */ int n_code; for (n_code = 0;n_code < gen_nb_int;n_code++) { mem_base = xmlMemBlocks(); code = gen_int(n_code, 0); ret_val = xmlUCSIsCatCf(code); desret_int(ret_val); call_tests++; des_int(n_code, code, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlUCSIsCatCf", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_code); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlUCSIsCatCo(void) { int test_ret = 0; #if defined(LIBXML_UNICODE_ENABLED) int mem_base; int ret_val; int code; /* UCS code point */ int n_code; for (n_code = 0;n_code < gen_nb_int;n_code++) { mem_base = xmlMemBlocks(); code = gen_int(n_code, 0); ret_val = xmlUCSIsCatCo(code); desret_int(ret_val); call_tests++; des_int(n_code, code, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlUCSIsCatCo", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_code); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlUCSIsCatCs(void) { int test_ret = 0; #if defined(LIBXML_UNICODE_ENABLED) int mem_base; int ret_val; int code; /* UCS code point */ int n_code; for (n_code = 0;n_code < gen_nb_int;n_code++) { mem_base = xmlMemBlocks(); code = gen_int(n_code, 0); ret_val = xmlUCSIsCatCs(code); desret_int(ret_val); call_tests++; des_int(n_code, code, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlUCSIsCatCs", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_code); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlUCSIsCatL(void) { int test_ret = 0; #if defined(LIBXML_UNICODE_ENABLED) int mem_base; int ret_val; int code; /* UCS code point */ int n_code; for (n_code = 0;n_code < gen_nb_int;n_code++) { mem_base = xmlMemBlocks(); code = gen_int(n_code, 0); ret_val = xmlUCSIsCatL(code); desret_int(ret_val); call_tests++; des_int(n_code, code, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlUCSIsCatL", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_code); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlUCSIsCatLl(void) { int test_ret = 0; #if defined(LIBXML_UNICODE_ENABLED) int mem_base; int ret_val; int code; /* UCS code point */ int n_code; for (n_code = 0;n_code < gen_nb_int;n_code++) { mem_base = xmlMemBlocks(); code = gen_int(n_code, 0); ret_val = xmlUCSIsCatLl(code); desret_int(ret_val); call_tests++; des_int(n_code, code, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlUCSIsCatLl", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_code); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlUCSIsCatLm(void) { int test_ret = 0; #if defined(LIBXML_UNICODE_ENABLED) int mem_base; int ret_val; int code; /* UCS code point */ int n_code; for (n_code = 0;n_code < gen_nb_int;n_code++) { mem_base = xmlMemBlocks(); code = gen_int(n_code, 0); ret_val = xmlUCSIsCatLm(code); desret_int(ret_val); call_tests++; des_int(n_code, code, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlUCSIsCatLm", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_code); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlUCSIsCatLo(void) { int test_ret = 0; #if defined(LIBXML_UNICODE_ENABLED) int mem_base; int ret_val; int code; /* UCS code point */ int n_code; for (n_code = 0;n_code < gen_nb_int;n_code++) { mem_base = xmlMemBlocks(); code = gen_int(n_code, 0); ret_val = xmlUCSIsCatLo(code); desret_int(ret_val); call_tests++; des_int(n_code, code, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlUCSIsCatLo", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_code); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlUCSIsCatLt(void) { int test_ret = 0; #if defined(LIBXML_UNICODE_ENABLED) int mem_base; int ret_val; int code; /* UCS code point */ int n_code; for (n_code = 0;n_code < gen_nb_int;n_code++) { mem_base = xmlMemBlocks(); code = gen_int(n_code, 0); ret_val = xmlUCSIsCatLt(code); desret_int(ret_val); call_tests++; des_int(n_code, code, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlUCSIsCatLt", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_code); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlUCSIsCatLu(void) { int test_ret = 0; #if defined(LIBXML_UNICODE_ENABLED) int mem_base; int ret_val; int code; /* UCS code point */ int n_code; for (n_code = 0;n_code < gen_nb_int;n_code++) { mem_base = xmlMemBlocks(); code = gen_int(n_code, 0); ret_val = xmlUCSIsCatLu(code); desret_int(ret_val); call_tests++; des_int(n_code, code, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlUCSIsCatLu", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_code); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlUCSIsCatM(void) { int test_ret = 0; #if defined(LIBXML_UNICODE_ENABLED) int mem_base; int ret_val; int code; /* UCS code point */ int n_code; for (n_code = 0;n_code < gen_nb_int;n_code++) { mem_base = xmlMemBlocks(); code = gen_int(n_code, 0); ret_val = xmlUCSIsCatM(code); desret_int(ret_val); call_tests++; des_int(n_code, code, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlUCSIsCatM", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_code); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlUCSIsCatMc(void) { int test_ret = 0; #if defined(LIBXML_UNICODE_ENABLED) int mem_base; int ret_val; int code; /* UCS code point */ int n_code; for (n_code = 0;n_code < gen_nb_int;n_code++) { mem_base = xmlMemBlocks(); code = gen_int(n_code, 0); ret_val = xmlUCSIsCatMc(code); desret_int(ret_val); call_tests++; des_int(n_code, code, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlUCSIsCatMc", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_code); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlUCSIsCatMe(void) { int test_ret = 0; #if defined(LIBXML_UNICODE_ENABLED) int mem_base; int ret_val; int code; /* UCS code point */ int n_code; for (n_code = 0;n_code < gen_nb_int;n_code++) { mem_base = xmlMemBlocks(); code = gen_int(n_code, 0); ret_val = xmlUCSIsCatMe(code); desret_int(ret_val); call_tests++; des_int(n_code, code, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlUCSIsCatMe", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_code); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlUCSIsCatMn(void) { int test_ret = 0; #if defined(LIBXML_UNICODE_ENABLED) int mem_base; int ret_val; int code; /* UCS code point */ int n_code; for (n_code = 0;n_code < gen_nb_int;n_code++) { mem_base = xmlMemBlocks(); code = gen_int(n_code, 0); ret_val = xmlUCSIsCatMn(code); desret_int(ret_val); call_tests++; des_int(n_code, code, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlUCSIsCatMn", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_code); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlUCSIsCatN(void) { int test_ret = 0; #if defined(LIBXML_UNICODE_ENABLED) int mem_base; int ret_val; int code; /* UCS code point */ int n_code; for (n_code = 0;n_code < gen_nb_int;n_code++) { mem_base = xmlMemBlocks(); code = gen_int(n_code, 0); ret_val = xmlUCSIsCatN(code); desret_int(ret_val); call_tests++; des_int(n_code, code, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlUCSIsCatN", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_code); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlUCSIsCatNd(void) { int test_ret = 0; #if defined(LIBXML_UNICODE_ENABLED) int mem_base; int ret_val; int code; /* UCS code point */ int n_code; for (n_code = 0;n_code < gen_nb_int;n_code++) { mem_base = xmlMemBlocks(); code = gen_int(n_code, 0); ret_val = xmlUCSIsCatNd(code); desret_int(ret_val); call_tests++; des_int(n_code, code, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlUCSIsCatNd", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_code); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlUCSIsCatNl(void) { int test_ret = 0; #if defined(LIBXML_UNICODE_ENABLED) int mem_base; int ret_val; int code; /* UCS code point */ int n_code; for (n_code = 0;n_code < gen_nb_int;n_code++) { mem_base = xmlMemBlocks(); code = gen_int(n_code, 0); ret_val = xmlUCSIsCatNl(code); desret_int(ret_val); call_tests++; des_int(n_code, code, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlUCSIsCatNl", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_code); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlUCSIsCatNo(void) { int test_ret = 0; #if defined(LIBXML_UNICODE_ENABLED) int mem_base; int ret_val; int code; /* UCS code point */ int n_code; for (n_code = 0;n_code < gen_nb_int;n_code++) { mem_base = xmlMemBlocks(); code = gen_int(n_code, 0); ret_val = xmlUCSIsCatNo(code); desret_int(ret_val); call_tests++; des_int(n_code, code, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlUCSIsCatNo", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_code); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlUCSIsCatP(void) { int test_ret = 0; #if defined(LIBXML_UNICODE_ENABLED) int mem_base; int ret_val; int code; /* UCS code point */ int n_code; for (n_code = 0;n_code < gen_nb_int;n_code++) { mem_base = xmlMemBlocks(); code = gen_int(n_code, 0); ret_val = xmlUCSIsCatP(code); desret_int(ret_val); call_tests++; des_int(n_code, code, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlUCSIsCatP", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_code); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlUCSIsCatPc(void) { int test_ret = 0; #if defined(LIBXML_UNICODE_ENABLED) int mem_base; int ret_val; int code; /* UCS code point */ int n_code; for (n_code = 0;n_code < gen_nb_int;n_code++) { mem_base = xmlMemBlocks(); code = gen_int(n_code, 0); ret_val = xmlUCSIsCatPc(code); desret_int(ret_val); call_tests++; des_int(n_code, code, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlUCSIsCatPc", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_code); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlUCSIsCatPd(void) { int test_ret = 0; #if defined(LIBXML_UNICODE_ENABLED) int mem_base; int ret_val; int code; /* UCS code point */ int n_code; for (n_code = 0;n_code < gen_nb_int;n_code++) { mem_base = xmlMemBlocks(); code = gen_int(n_code, 0); ret_val = xmlUCSIsCatPd(code); desret_int(ret_val); call_tests++; des_int(n_code, code, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlUCSIsCatPd", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_code); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlUCSIsCatPe(void) { int test_ret = 0; #if defined(LIBXML_UNICODE_ENABLED) int mem_base; int ret_val; int code; /* UCS code point */ int n_code; for (n_code = 0;n_code < gen_nb_int;n_code++) { mem_base = xmlMemBlocks(); code = gen_int(n_code, 0); ret_val = xmlUCSIsCatPe(code); desret_int(ret_val); call_tests++; des_int(n_code, code, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlUCSIsCatPe", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_code); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlUCSIsCatPf(void) { int test_ret = 0; #if defined(LIBXML_UNICODE_ENABLED) int mem_base; int ret_val; int code; /* UCS code point */ int n_code; for (n_code = 0;n_code < gen_nb_int;n_code++) { mem_base = xmlMemBlocks(); code = gen_int(n_code, 0); ret_val = xmlUCSIsCatPf(code); desret_int(ret_val); call_tests++; des_int(n_code, code, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlUCSIsCatPf", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_code); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlUCSIsCatPi(void) { int test_ret = 0; #if defined(LIBXML_UNICODE_ENABLED) int mem_base; int ret_val; int code; /* UCS code point */ int n_code; for (n_code = 0;n_code < gen_nb_int;n_code++) { mem_base = xmlMemBlocks(); code = gen_int(n_code, 0); ret_val = xmlUCSIsCatPi(code); desret_int(ret_val); call_tests++; des_int(n_code, code, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlUCSIsCatPi", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_code); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlUCSIsCatPo(void) { int test_ret = 0; #if defined(LIBXML_UNICODE_ENABLED) int mem_base; int ret_val; int code; /* UCS code point */ int n_code; for (n_code = 0;n_code < gen_nb_int;n_code++) { mem_base = xmlMemBlocks(); code = gen_int(n_code, 0); ret_val = xmlUCSIsCatPo(code); desret_int(ret_val); call_tests++; des_int(n_code, code, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlUCSIsCatPo", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_code); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlUCSIsCatPs(void) { int test_ret = 0; #if defined(LIBXML_UNICODE_ENABLED) int mem_base; int ret_val; int code; /* UCS code point */ int n_code; for (n_code = 0;n_code < gen_nb_int;n_code++) { mem_base = xmlMemBlocks(); code = gen_int(n_code, 0); ret_val = xmlUCSIsCatPs(code); desret_int(ret_val); call_tests++; des_int(n_code, code, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlUCSIsCatPs", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_code); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlUCSIsCatS(void) { int test_ret = 0; #if defined(LIBXML_UNICODE_ENABLED) int mem_base; int ret_val; int code; /* UCS code point */ int n_code; for (n_code = 0;n_code < gen_nb_int;n_code++) { mem_base = xmlMemBlocks(); code = gen_int(n_code, 0); ret_val = xmlUCSIsCatS(code); desret_int(ret_val); call_tests++; des_int(n_code, code, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlUCSIsCatS", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_code); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlUCSIsCatSc(void) { int test_ret = 0; #if defined(LIBXML_UNICODE_ENABLED) int mem_base; int ret_val; int code; /* UCS code point */ int n_code; for (n_code = 0;n_code < gen_nb_int;n_code++) { mem_base = xmlMemBlocks(); code = gen_int(n_code, 0); ret_val = xmlUCSIsCatSc(code); desret_int(ret_val); call_tests++; des_int(n_code, code, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlUCSIsCatSc", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_code); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlUCSIsCatSk(void) { int test_ret = 0; #if defined(LIBXML_UNICODE_ENABLED) int mem_base; int ret_val; int code; /* UCS code point */ int n_code; for (n_code = 0;n_code < gen_nb_int;n_code++) { mem_base = xmlMemBlocks(); code = gen_int(n_code, 0); ret_val = xmlUCSIsCatSk(code); desret_int(ret_val); call_tests++; des_int(n_code, code, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlUCSIsCatSk", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_code); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlUCSIsCatSm(void) { int test_ret = 0; #if defined(LIBXML_UNICODE_ENABLED) int mem_base; int ret_val; int code; /* UCS code point */ int n_code; for (n_code = 0;n_code < gen_nb_int;n_code++) { mem_base = xmlMemBlocks(); code = gen_int(n_code, 0); ret_val = xmlUCSIsCatSm(code); desret_int(ret_val); call_tests++; des_int(n_code, code, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlUCSIsCatSm", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_code); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlUCSIsCatSo(void) { int test_ret = 0; #if defined(LIBXML_UNICODE_ENABLED) int mem_base; int ret_val; int code; /* UCS code point */ int n_code; for (n_code = 0;n_code < gen_nb_int;n_code++) { mem_base = xmlMemBlocks(); code = gen_int(n_code, 0); ret_val = xmlUCSIsCatSo(code); desret_int(ret_val); call_tests++; des_int(n_code, code, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlUCSIsCatSo", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_code); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlUCSIsCatZ(void) { int test_ret = 0; #if defined(LIBXML_UNICODE_ENABLED) int mem_base; int ret_val; int code; /* UCS code point */ int n_code; for (n_code = 0;n_code < gen_nb_int;n_code++) { mem_base = xmlMemBlocks(); code = gen_int(n_code, 0); ret_val = xmlUCSIsCatZ(code); desret_int(ret_val); call_tests++; des_int(n_code, code, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlUCSIsCatZ", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_code); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlUCSIsCatZl(void) { int test_ret = 0; #if defined(LIBXML_UNICODE_ENABLED) int mem_base; int ret_val; int code; /* UCS code point */ int n_code; for (n_code = 0;n_code < gen_nb_int;n_code++) { mem_base = xmlMemBlocks(); code = gen_int(n_code, 0); ret_val = xmlUCSIsCatZl(code); desret_int(ret_val); call_tests++; des_int(n_code, code, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlUCSIsCatZl", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_code); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlUCSIsCatZp(void) { int test_ret = 0; #if defined(LIBXML_UNICODE_ENABLED) int mem_base; int ret_val; int code; /* UCS code point */ int n_code; for (n_code = 0;n_code < gen_nb_int;n_code++) { mem_base = xmlMemBlocks(); code = gen_int(n_code, 0); ret_val = xmlUCSIsCatZp(code); desret_int(ret_val); call_tests++; des_int(n_code, code, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlUCSIsCatZp", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_code); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlUCSIsCatZs(void) { int test_ret = 0; #if defined(LIBXML_UNICODE_ENABLED) int mem_base; int ret_val; int code; /* UCS code point */ int n_code; for (n_code = 0;n_code < gen_nb_int;n_code++) { mem_base = xmlMemBlocks(); code = gen_int(n_code, 0); ret_val = xmlUCSIsCatZs(code); desret_int(ret_val); call_tests++; des_int(n_code, code, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlUCSIsCatZs", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_code); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlUCSIsCherokee(void) { int test_ret = 0; #if defined(LIBXML_UNICODE_ENABLED) int mem_base; int ret_val; int code; /* UCS code point */ int n_code; for (n_code = 0;n_code < gen_nb_int;n_code++) { mem_base = xmlMemBlocks(); code = gen_int(n_code, 0); ret_val = xmlUCSIsCherokee(code); desret_int(ret_val); call_tests++; des_int(n_code, code, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlUCSIsCherokee", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_code); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlUCSIsCombiningDiacriticalMarks(void) { int test_ret = 0; #if defined(LIBXML_UNICODE_ENABLED) int mem_base; int ret_val; int code; /* UCS code point */ int n_code; for (n_code = 0;n_code < gen_nb_int;n_code++) { mem_base = xmlMemBlocks(); code = gen_int(n_code, 0); ret_val = xmlUCSIsCombiningDiacriticalMarks(code); desret_int(ret_val); call_tests++; des_int(n_code, code, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlUCSIsCombiningDiacriticalMarks", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_code); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlUCSIsCombiningDiacriticalMarksforSymbols(void) { int test_ret = 0; #if defined(LIBXML_UNICODE_ENABLED) int mem_base; int ret_val; int code; /* UCS code point */ int n_code; for (n_code = 0;n_code < gen_nb_int;n_code++) { mem_base = xmlMemBlocks(); code = gen_int(n_code, 0); ret_val = xmlUCSIsCombiningDiacriticalMarksforSymbols(code); desret_int(ret_val); call_tests++; des_int(n_code, code, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlUCSIsCombiningDiacriticalMarksforSymbols", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_code); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlUCSIsCombiningHalfMarks(void) { int test_ret = 0; #if defined(LIBXML_UNICODE_ENABLED) int mem_base; int ret_val; int code; /* UCS code point */ int n_code; for (n_code = 0;n_code < gen_nb_int;n_code++) { mem_base = xmlMemBlocks(); code = gen_int(n_code, 0); ret_val = xmlUCSIsCombiningHalfMarks(code); desret_int(ret_val); call_tests++; des_int(n_code, code, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlUCSIsCombiningHalfMarks", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_code); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlUCSIsCombiningMarksforSymbols(void) { int test_ret = 0; #if defined(LIBXML_UNICODE_ENABLED) int mem_base; int ret_val; int code; /* UCS code point */ int n_code; for (n_code = 0;n_code < gen_nb_int;n_code++) { mem_base = xmlMemBlocks(); code = gen_int(n_code, 0); ret_val = xmlUCSIsCombiningMarksforSymbols(code); desret_int(ret_val); call_tests++; des_int(n_code, code, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlUCSIsCombiningMarksforSymbols", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_code); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlUCSIsControlPictures(void) { int test_ret = 0; #if defined(LIBXML_UNICODE_ENABLED) int mem_base; int ret_val; int code; /* UCS code point */ int n_code; for (n_code = 0;n_code < gen_nb_int;n_code++) { mem_base = xmlMemBlocks(); code = gen_int(n_code, 0); ret_val = xmlUCSIsControlPictures(code); desret_int(ret_val); call_tests++; des_int(n_code, code, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlUCSIsControlPictures", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_code); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlUCSIsCurrencySymbols(void) { int test_ret = 0; #if defined(LIBXML_UNICODE_ENABLED) int mem_base; int ret_val; int code; /* UCS code point */ int n_code; for (n_code = 0;n_code < gen_nb_int;n_code++) { mem_base = xmlMemBlocks(); code = gen_int(n_code, 0); ret_val = xmlUCSIsCurrencySymbols(code); desret_int(ret_val); call_tests++; des_int(n_code, code, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlUCSIsCurrencySymbols", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_code); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlUCSIsCypriotSyllabary(void) { int test_ret = 0; #if defined(LIBXML_UNICODE_ENABLED) int mem_base; int ret_val; int code; /* UCS code point */ int n_code; for (n_code = 0;n_code < gen_nb_int;n_code++) { mem_base = xmlMemBlocks(); code = gen_int(n_code, 0); ret_val = xmlUCSIsCypriotSyllabary(code); desret_int(ret_val); call_tests++; des_int(n_code, code, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlUCSIsCypriotSyllabary", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_code); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlUCSIsCyrillic(void) { int test_ret = 0; #if defined(LIBXML_UNICODE_ENABLED) int mem_base; int ret_val; int code; /* UCS code point */ int n_code; for (n_code = 0;n_code < gen_nb_int;n_code++) { mem_base = xmlMemBlocks(); code = gen_int(n_code, 0); ret_val = xmlUCSIsCyrillic(code); desret_int(ret_val); call_tests++; des_int(n_code, code, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlUCSIsCyrillic", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_code); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlUCSIsCyrillicSupplement(void) { int test_ret = 0; #if defined(LIBXML_UNICODE_ENABLED) int mem_base; int ret_val; int code; /* UCS code point */ int n_code; for (n_code = 0;n_code < gen_nb_int;n_code++) { mem_base = xmlMemBlocks(); code = gen_int(n_code, 0); ret_val = xmlUCSIsCyrillicSupplement(code); desret_int(ret_val); call_tests++; des_int(n_code, code, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlUCSIsCyrillicSupplement", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_code); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlUCSIsDeseret(void) { int test_ret = 0; #if defined(LIBXML_UNICODE_ENABLED) int mem_base; int ret_val; int code; /* UCS code point */ int n_code; for (n_code = 0;n_code < gen_nb_int;n_code++) { mem_base = xmlMemBlocks(); code = gen_int(n_code, 0); ret_val = xmlUCSIsDeseret(code); desret_int(ret_val); call_tests++; des_int(n_code, code, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlUCSIsDeseret", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_code); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlUCSIsDevanagari(void) { int test_ret = 0; #if defined(LIBXML_UNICODE_ENABLED) int mem_base; int ret_val; int code; /* UCS code point */ int n_code; for (n_code = 0;n_code < gen_nb_int;n_code++) { mem_base = xmlMemBlocks(); code = gen_int(n_code, 0); ret_val = xmlUCSIsDevanagari(code); desret_int(ret_val); call_tests++; des_int(n_code, code, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlUCSIsDevanagari", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_code); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlUCSIsDingbats(void) { int test_ret = 0; #if defined(LIBXML_UNICODE_ENABLED) int mem_base; int ret_val; int code; /* UCS code point */ int n_code; for (n_code = 0;n_code < gen_nb_int;n_code++) { mem_base = xmlMemBlocks(); code = gen_int(n_code, 0); ret_val = xmlUCSIsDingbats(code); desret_int(ret_val); call_tests++; des_int(n_code, code, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlUCSIsDingbats", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_code); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlUCSIsEnclosedAlphanumerics(void) { int test_ret = 0; #if defined(LIBXML_UNICODE_ENABLED) int mem_base; int ret_val; int code; /* UCS code point */ int n_code; for (n_code = 0;n_code < gen_nb_int;n_code++) { mem_base = xmlMemBlocks(); code = gen_int(n_code, 0); ret_val = xmlUCSIsEnclosedAlphanumerics(code); desret_int(ret_val); call_tests++; des_int(n_code, code, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlUCSIsEnclosedAlphanumerics", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_code); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlUCSIsEnclosedCJKLettersandMonths(void) { int test_ret = 0; #if defined(LIBXML_UNICODE_ENABLED) int mem_base; int ret_val; int code; /* UCS code point */ int n_code; for (n_code = 0;n_code < gen_nb_int;n_code++) { mem_base = xmlMemBlocks(); code = gen_int(n_code, 0); ret_val = xmlUCSIsEnclosedCJKLettersandMonths(code); desret_int(ret_val); call_tests++; des_int(n_code, code, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlUCSIsEnclosedCJKLettersandMonths", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_code); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlUCSIsEthiopic(void) { int test_ret = 0; #if defined(LIBXML_UNICODE_ENABLED) int mem_base; int ret_val; int code; /* UCS code point */ int n_code; for (n_code = 0;n_code < gen_nb_int;n_code++) { mem_base = xmlMemBlocks(); code = gen_int(n_code, 0); ret_val = xmlUCSIsEthiopic(code); desret_int(ret_val); call_tests++; des_int(n_code, code, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlUCSIsEthiopic", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_code); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlUCSIsGeneralPunctuation(void) { int test_ret = 0; #if defined(LIBXML_UNICODE_ENABLED) int mem_base; int ret_val; int code; /* UCS code point */ int n_code; for (n_code = 0;n_code < gen_nb_int;n_code++) { mem_base = xmlMemBlocks(); code = gen_int(n_code, 0); ret_val = xmlUCSIsGeneralPunctuation(code); desret_int(ret_val); call_tests++; des_int(n_code, code, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlUCSIsGeneralPunctuation", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_code); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlUCSIsGeometricShapes(void) { int test_ret = 0; #if defined(LIBXML_UNICODE_ENABLED) int mem_base; int ret_val; int code; /* UCS code point */ int n_code; for (n_code = 0;n_code < gen_nb_int;n_code++) { mem_base = xmlMemBlocks(); code = gen_int(n_code, 0); ret_val = xmlUCSIsGeometricShapes(code); desret_int(ret_val); call_tests++; des_int(n_code, code, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlUCSIsGeometricShapes", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_code); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlUCSIsGeorgian(void) { int test_ret = 0; #if defined(LIBXML_UNICODE_ENABLED) int mem_base; int ret_val; int code; /* UCS code point */ int n_code; for (n_code = 0;n_code < gen_nb_int;n_code++) { mem_base = xmlMemBlocks(); code = gen_int(n_code, 0); ret_val = xmlUCSIsGeorgian(code); desret_int(ret_val); call_tests++; des_int(n_code, code, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlUCSIsGeorgian", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_code); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlUCSIsGothic(void) { int test_ret = 0; #if defined(LIBXML_UNICODE_ENABLED) int mem_base; int ret_val; int code; /* UCS code point */ int n_code; for (n_code = 0;n_code < gen_nb_int;n_code++) { mem_base = xmlMemBlocks(); code = gen_int(n_code, 0); ret_val = xmlUCSIsGothic(code); desret_int(ret_val); call_tests++; des_int(n_code, code, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlUCSIsGothic", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_code); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlUCSIsGreek(void) { int test_ret = 0; #if defined(LIBXML_UNICODE_ENABLED) int mem_base; int ret_val; int code; /* UCS code point */ int n_code; for (n_code = 0;n_code < gen_nb_int;n_code++) { mem_base = xmlMemBlocks(); code = gen_int(n_code, 0); ret_val = xmlUCSIsGreek(code); desret_int(ret_val); call_tests++; des_int(n_code, code, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlUCSIsGreek", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_code); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlUCSIsGreekExtended(void) { int test_ret = 0; #if defined(LIBXML_UNICODE_ENABLED) int mem_base; int ret_val; int code; /* UCS code point */ int n_code; for (n_code = 0;n_code < gen_nb_int;n_code++) { mem_base = xmlMemBlocks(); code = gen_int(n_code, 0); ret_val = xmlUCSIsGreekExtended(code); desret_int(ret_val); call_tests++; des_int(n_code, code, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlUCSIsGreekExtended", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_code); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlUCSIsGreekandCoptic(void) { int test_ret = 0; #if defined(LIBXML_UNICODE_ENABLED) int mem_base; int ret_val; int code; /* UCS code point */ int n_code; for (n_code = 0;n_code < gen_nb_int;n_code++) { mem_base = xmlMemBlocks(); code = gen_int(n_code, 0); ret_val = xmlUCSIsGreekandCoptic(code); desret_int(ret_val); call_tests++; des_int(n_code, code, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlUCSIsGreekandCoptic", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_code); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlUCSIsGujarati(void) { int test_ret = 0; #if defined(LIBXML_UNICODE_ENABLED) int mem_base; int ret_val; int code; /* UCS code point */ int n_code; for (n_code = 0;n_code < gen_nb_int;n_code++) { mem_base = xmlMemBlocks(); code = gen_int(n_code, 0); ret_val = xmlUCSIsGujarati(code); desret_int(ret_val); call_tests++; des_int(n_code, code, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlUCSIsGujarati", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_code); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlUCSIsGurmukhi(void) { int test_ret = 0; #if defined(LIBXML_UNICODE_ENABLED) int mem_base; int ret_val; int code; /* UCS code point */ int n_code; for (n_code = 0;n_code < gen_nb_int;n_code++) { mem_base = xmlMemBlocks(); code = gen_int(n_code, 0); ret_val = xmlUCSIsGurmukhi(code); desret_int(ret_val); call_tests++; des_int(n_code, code, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlUCSIsGurmukhi", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_code); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlUCSIsHalfwidthandFullwidthForms(void) { int test_ret = 0; #if defined(LIBXML_UNICODE_ENABLED) int mem_base; int ret_val; int code; /* UCS code point */ int n_code; for (n_code = 0;n_code < gen_nb_int;n_code++) { mem_base = xmlMemBlocks(); code = gen_int(n_code, 0); ret_val = xmlUCSIsHalfwidthandFullwidthForms(code); desret_int(ret_val); call_tests++; des_int(n_code, code, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlUCSIsHalfwidthandFullwidthForms", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_code); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlUCSIsHangulCompatibilityJamo(void) { int test_ret = 0; #if defined(LIBXML_UNICODE_ENABLED) int mem_base; int ret_val; int code; /* UCS code point */ int n_code; for (n_code = 0;n_code < gen_nb_int;n_code++) { mem_base = xmlMemBlocks(); code = gen_int(n_code, 0); ret_val = xmlUCSIsHangulCompatibilityJamo(code); desret_int(ret_val); call_tests++; des_int(n_code, code, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlUCSIsHangulCompatibilityJamo", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_code); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlUCSIsHangulJamo(void) { int test_ret = 0; #if defined(LIBXML_UNICODE_ENABLED) int mem_base; int ret_val; int code; /* UCS code point */ int n_code; for (n_code = 0;n_code < gen_nb_int;n_code++) { mem_base = xmlMemBlocks(); code = gen_int(n_code, 0); ret_val = xmlUCSIsHangulJamo(code); desret_int(ret_val); call_tests++; des_int(n_code, code, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlUCSIsHangulJamo", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_code); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlUCSIsHangulSyllables(void) { int test_ret = 0; #if defined(LIBXML_UNICODE_ENABLED) int mem_base; int ret_val; int code; /* UCS code point */ int n_code; for (n_code = 0;n_code < gen_nb_int;n_code++) { mem_base = xmlMemBlocks(); code = gen_int(n_code, 0); ret_val = xmlUCSIsHangulSyllables(code); desret_int(ret_val); call_tests++; des_int(n_code, code, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlUCSIsHangulSyllables", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_code); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlUCSIsHanunoo(void) { int test_ret = 0; #if defined(LIBXML_UNICODE_ENABLED) int mem_base; int ret_val; int code; /* UCS code point */ int n_code; for (n_code = 0;n_code < gen_nb_int;n_code++) { mem_base = xmlMemBlocks(); code = gen_int(n_code, 0); ret_val = xmlUCSIsHanunoo(code); desret_int(ret_val); call_tests++; des_int(n_code, code, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlUCSIsHanunoo", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_code); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlUCSIsHebrew(void) { int test_ret = 0; #if defined(LIBXML_UNICODE_ENABLED) int mem_base; int ret_val; int code; /* UCS code point */ int n_code; for (n_code = 0;n_code < gen_nb_int;n_code++) { mem_base = xmlMemBlocks(); code = gen_int(n_code, 0); ret_val = xmlUCSIsHebrew(code); desret_int(ret_val); call_tests++; des_int(n_code, code, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlUCSIsHebrew", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_code); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlUCSIsHighPrivateUseSurrogates(void) { int test_ret = 0; #if defined(LIBXML_UNICODE_ENABLED) int mem_base; int ret_val; int code; /* UCS code point */ int n_code; for (n_code = 0;n_code < gen_nb_int;n_code++) { mem_base = xmlMemBlocks(); code = gen_int(n_code, 0); ret_val = xmlUCSIsHighPrivateUseSurrogates(code); desret_int(ret_val); call_tests++; des_int(n_code, code, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlUCSIsHighPrivateUseSurrogates", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_code); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlUCSIsHighSurrogates(void) { int test_ret = 0; #if defined(LIBXML_UNICODE_ENABLED) int mem_base; int ret_val; int code; /* UCS code point */ int n_code; for (n_code = 0;n_code < gen_nb_int;n_code++) { mem_base = xmlMemBlocks(); code = gen_int(n_code, 0); ret_val = xmlUCSIsHighSurrogates(code); desret_int(ret_val); call_tests++; des_int(n_code, code, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlUCSIsHighSurrogates", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_code); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlUCSIsHiragana(void) { int test_ret = 0; #if defined(LIBXML_UNICODE_ENABLED) int mem_base; int ret_val; int code; /* UCS code point */ int n_code; for (n_code = 0;n_code < gen_nb_int;n_code++) { mem_base = xmlMemBlocks(); code = gen_int(n_code, 0); ret_val = xmlUCSIsHiragana(code); desret_int(ret_val); call_tests++; des_int(n_code, code, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlUCSIsHiragana", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_code); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlUCSIsIPAExtensions(void) { int test_ret = 0; #if defined(LIBXML_UNICODE_ENABLED) int mem_base; int ret_val; int code; /* UCS code point */ int n_code; for (n_code = 0;n_code < gen_nb_int;n_code++) { mem_base = xmlMemBlocks(); code = gen_int(n_code, 0); ret_val = xmlUCSIsIPAExtensions(code); desret_int(ret_val); call_tests++; des_int(n_code, code, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlUCSIsIPAExtensions", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_code); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlUCSIsIdeographicDescriptionCharacters(void) { int test_ret = 0; #if defined(LIBXML_UNICODE_ENABLED) int mem_base; int ret_val; int code; /* UCS code point */ int n_code; for (n_code = 0;n_code < gen_nb_int;n_code++) { mem_base = xmlMemBlocks(); code = gen_int(n_code, 0); ret_val = xmlUCSIsIdeographicDescriptionCharacters(code); desret_int(ret_val); call_tests++; des_int(n_code, code, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlUCSIsIdeographicDescriptionCharacters", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_code); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlUCSIsKanbun(void) { int test_ret = 0; #if defined(LIBXML_UNICODE_ENABLED) int mem_base; int ret_val; int code; /* UCS code point */ int n_code; for (n_code = 0;n_code < gen_nb_int;n_code++) { mem_base = xmlMemBlocks(); code = gen_int(n_code, 0); ret_val = xmlUCSIsKanbun(code); desret_int(ret_val); call_tests++; des_int(n_code, code, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlUCSIsKanbun", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_code); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlUCSIsKangxiRadicals(void) { int test_ret = 0; #if defined(LIBXML_UNICODE_ENABLED) int mem_base; int ret_val; int code; /* UCS code point */ int n_code; for (n_code = 0;n_code < gen_nb_int;n_code++) { mem_base = xmlMemBlocks(); code = gen_int(n_code, 0); ret_val = xmlUCSIsKangxiRadicals(code); desret_int(ret_val); call_tests++; des_int(n_code, code, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlUCSIsKangxiRadicals", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_code); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlUCSIsKannada(void) { int test_ret = 0; #if defined(LIBXML_UNICODE_ENABLED) int mem_base; int ret_val; int code; /* UCS code point */ int n_code; for (n_code = 0;n_code < gen_nb_int;n_code++) { mem_base = xmlMemBlocks(); code = gen_int(n_code, 0); ret_val = xmlUCSIsKannada(code); desret_int(ret_val); call_tests++; des_int(n_code, code, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlUCSIsKannada", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_code); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlUCSIsKatakana(void) { int test_ret = 0; #if defined(LIBXML_UNICODE_ENABLED) int mem_base; int ret_val; int code; /* UCS code point */ int n_code; for (n_code = 0;n_code < gen_nb_int;n_code++) { mem_base = xmlMemBlocks(); code = gen_int(n_code, 0); ret_val = xmlUCSIsKatakana(code); desret_int(ret_val); call_tests++; des_int(n_code, code, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlUCSIsKatakana", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_code); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlUCSIsKatakanaPhoneticExtensions(void) { int test_ret = 0; #if defined(LIBXML_UNICODE_ENABLED) int mem_base; int ret_val; int code; /* UCS code point */ int n_code; for (n_code = 0;n_code < gen_nb_int;n_code++) { mem_base = xmlMemBlocks(); code = gen_int(n_code, 0); ret_val = xmlUCSIsKatakanaPhoneticExtensions(code); desret_int(ret_val); call_tests++; des_int(n_code, code, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlUCSIsKatakanaPhoneticExtensions", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_code); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlUCSIsKhmer(void) { int test_ret = 0; #if defined(LIBXML_UNICODE_ENABLED) int mem_base; int ret_val; int code; /* UCS code point */ int n_code; for (n_code = 0;n_code < gen_nb_int;n_code++) { mem_base = xmlMemBlocks(); code = gen_int(n_code, 0); ret_val = xmlUCSIsKhmer(code); desret_int(ret_val); call_tests++; des_int(n_code, code, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlUCSIsKhmer", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_code); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlUCSIsKhmerSymbols(void) { int test_ret = 0; #if defined(LIBXML_UNICODE_ENABLED) int mem_base; int ret_val; int code; /* UCS code point */ int n_code; for (n_code = 0;n_code < gen_nb_int;n_code++) { mem_base = xmlMemBlocks(); code = gen_int(n_code, 0); ret_val = xmlUCSIsKhmerSymbols(code); desret_int(ret_val); call_tests++; des_int(n_code, code, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlUCSIsKhmerSymbols", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_code); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlUCSIsLao(void) { int test_ret = 0; #if defined(LIBXML_UNICODE_ENABLED) int mem_base; int ret_val; int code; /* UCS code point */ int n_code; for (n_code = 0;n_code < gen_nb_int;n_code++) { mem_base = xmlMemBlocks(); code = gen_int(n_code, 0); ret_val = xmlUCSIsLao(code); desret_int(ret_val); call_tests++; des_int(n_code, code, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlUCSIsLao", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_code); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlUCSIsLatin1Supplement(void) { int test_ret = 0; #if defined(LIBXML_UNICODE_ENABLED) int mem_base; int ret_val; int code; /* UCS code point */ int n_code; for (n_code = 0;n_code < gen_nb_int;n_code++) { mem_base = xmlMemBlocks(); code = gen_int(n_code, 0); ret_val = xmlUCSIsLatin1Supplement(code); desret_int(ret_val); call_tests++; des_int(n_code, code, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlUCSIsLatin1Supplement", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_code); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlUCSIsLatinExtendedA(void) { int test_ret = 0; #if defined(LIBXML_UNICODE_ENABLED) int mem_base; int ret_val; int code; /* UCS code point */ int n_code; for (n_code = 0;n_code < gen_nb_int;n_code++) { mem_base = xmlMemBlocks(); code = gen_int(n_code, 0); ret_val = xmlUCSIsLatinExtendedA(code); desret_int(ret_val); call_tests++; des_int(n_code, code, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlUCSIsLatinExtendedA", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_code); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlUCSIsLatinExtendedAdditional(void) { int test_ret = 0; #if defined(LIBXML_UNICODE_ENABLED) int mem_base; int ret_val; int code; /* UCS code point */ int n_code; for (n_code = 0;n_code < gen_nb_int;n_code++) { mem_base = xmlMemBlocks(); code = gen_int(n_code, 0); ret_val = xmlUCSIsLatinExtendedAdditional(code); desret_int(ret_val); call_tests++; des_int(n_code, code, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlUCSIsLatinExtendedAdditional", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_code); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlUCSIsLatinExtendedB(void) { int test_ret = 0; #if defined(LIBXML_UNICODE_ENABLED) int mem_base; int ret_val; int code; /* UCS code point */ int n_code; for (n_code = 0;n_code < gen_nb_int;n_code++) { mem_base = xmlMemBlocks(); code = gen_int(n_code, 0); ret_val = xmlUCSIsLatinExtendedB(code); desret_int(ret_val); call_tests++; des_int(n_code, code, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlUCSIsLatinExtendedB", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_code); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlUCSIsLetterlikeSymbols(void) { int test_ret = 0; #if defined(LIBXML_UNICODE_ENABLED) int mem_base; int ret_val; int code; /* UCS code point */ int n_code; for (n_code = 0;n_code < gen_nb_int;n_code++) { mem_base = xmlMemBlocks(); code = gen_int(n_code, 0); ret_val = xmlUCSIsLetterlikeSymbols(code); desret_int(ret_val); call_tests++; des_int(n_code, code, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlUCSIsLetterlikeSymbols", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_code); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlUCSIsLimbu(void) { int test_ret = 0; #if defined(LIBXML_UNICODE_ENABLED) int mem_base; int ret_val; int code; /* UCS code point */ int n_code; for (n_code = 0;n_code < gen_nb_int;n_code++) { mem_base = xmlMemBlocks(); code = gen_int(n_code, 0); ret_val = xmlUCSIsLimbu(code); desret_int(ret_val); call_tests++; des_int(n_code, code, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlUCSIsLimbu", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_code); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlUCSIsLinearBIdeograms(void) { int test_ret = 0; #if defined(LIBXML_UNICODE_ENABLED) int mem_base; int ret_val; int code; /* UCS code point */ int n_code; for (n_code = 0;n_code < gen_nb_int;n_code++) { mem_base = xmlMemBlocks(); code = gen_int(n_code, 0); ret_val = xmlUCSIsLinearBIdeograms(code); desret_int(ret_val); call_tests++; des_int(n_code, code, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlUCSIsLinearBIdeograms", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_code); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlUCSIsLinearBSyllabary(void) { int test_ret = 0; #if defined(LIBXML_UNICODE_ENABLED) int mem_base; int ret_val; int code; /* UCS code point */ int n_code; for (n_code = 0;n_code < gen_nb_int;n_code++) { mem_base = xmlMemBlocks(); code = gen_int(n_code, 0); ret_val = xmlUCSIsLinearBSyllabary(code); desret_int(ret_val); call_tests++; des_int(n_code, code, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlUCSIsLinearBSyllabary", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_code); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlUCSIsLowSurrogates(void) { int test_ret = 0; #if defined(LIBXML_UNICODE_ENABLED) int mem_base; int ret_val; int code; /* UCS code point */ int n_code; for (n_code = 0;n_code < gen_nb_int;n_code++) { mem_base = xmlMemBlocks(); code = gen_int(n_code, 0); ret_val = xmlUCSIsLowSurrogates(code); desret_int(ret_val); call_tests++; des_int(n_code, code, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlUCSIsLowSurrogates", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_code); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlUCSIsMalayalam(void) { int test_ret = 0; #if defined(LIBXML_UNICODE_ENABLED) int mem_base; int ret_val; int code; /* UCS code point */ int n_code; for (n_code = 0;n_code < gen_nb_int;n_code++) { mem_base = xmlMemBlocks(); code = gen_int(n_code, 0); ret_val = xmlUCSIsMalayalam(code); desret_int(ret_val); call_tests++; des_int(n_code, code, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlUCSIsMalayalam", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_code); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlUCSIsMathematicalAlphanumericSymbols(void) { int test_ret = 0; #if defined(LIBXML_UNICODE_ENABLED) int mem_base; int ret_val; int code; /* UCS code point */ int n_code; for (n_code = 0;n_code < gen_nb_int;n_code++) { mem_base = xmlMemBlocks(); code = gen_int(n_code, 0); ret_val = xmlUCSIsMathematicalAlphanumericSymbols(code); desret_int(ret_val); call_tests++; des_int(n_code, code, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlUCSIsMathematicalAlphanumericSymbols", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_code); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlUCSIsMathematicalOperators(void) { int test_ret = 0; #if defined(LIBXML_UNICODE_ENABLED) int mem_base; int ret_val; int code; /* UCS code point */ int n_code; for (n_code = 0;n_code < gen_nb_int;n_code++) { mem_base = xmlMemBlocks(); code = gen_int(n_code, 0); ret_val = xmlUCSIsMathematicalOperators(code); desret_int(ret_val); call_tests++; des_int(n_code, code, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlUCSIsMathematicalOperators", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_code); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlUCSIsMiscellaneousMathematicalSymbolsA(void) { int test_ret = 0; #if defined(LIBXML_UNICODE_ENABLED) int mem_base; int ret_val; int code; /* UCS code point */ int n_code; for (n_code = 0;n_code < gen_nb_int;n_code++) { mem_base = xmlMemBlocks(); code = gen_int(n_code, 0); ret_val = xmlUCSIsMiscellaneousMathematicalSymbolsA(code); desret_int(ret_val); call_tests++; des_int(n_code, code, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlUCSIsMiscellaneousMathematicalSymbolsA", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_code); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlUCSIsMiscellaneousMathematicalSymbolsB(void) { int test_ret = 0; #if defined(LIBXML_UNICODE_ENABLED) int mem_base; int ret_val; int code; /* UCS code point */ int n_code; for (n_code = 0;n_code < gen_nb_int;n_code++) { mem_base = xmlMemBlocks(); code = gen_int(n_code, 0); ret_val = xmlUCSIsMiscellaneousMathematicalSymbolsB(code); desret_int(ret_val); call_tests++; des_int(n_code, code, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlUCSIsMiscellaneousMathematicalSymbolsB", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_code); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlUCSIsMiscellaneousSymbols(void) { int test_ret = 0; #if defined(LIBXML_UNICODE_ENABLED) int mem_base; int ret_val; int code; /* UCS code point */ int n_code; for (n_code = 0;n_code < gen_nb_int;n_code++) { mem_base = xmlMemBlocks(); code = gen_int(n_code, 0); ret_val = xmlUCSIsMiscellaneousSymbols(code); desret_int(ret_val); call_tests++; des_int(n_code, code, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlUCSIsMiscellaneousSymbols", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_code); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlUCSIsMiscellaneousSymbolsandArrows(void) { int test_ret = 0; #if defined(LIBXML_UNICODE_ENABLED) int mem_base; int ret_val; int code; /* UCS code point */ int n_code; for (n_code = 0;n_code < gen_nb_int;n_code++) { mem_base = xmlMemBlocks(); code = gen_int(n_code, 0); ret_val = xmlUCSIsMiscellaneousSymbolsandArrows(code); desret_int(ret_val); call_tests++; des_int(n_code, code, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlUCSIsMiscellaneousSymbolsandArrows", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_code); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlUCSIsMiscellaneousTechnical(void) { int test_ret = 0; #if defined(LIBXML_UNICODE_ENABLED) int mem_base; int ret_val; int code; /* UCS code point */ int n_code; for (n_code = 0;n_code < gen_nb_int;n_code++) { mem_base = xmlMemBlocks(); code = gen_int(n_code, 0); ret_val = xmlUCSIsMiscellaneousTechnical(code); desret_int(ret_val); call_tests++; des_int(n_code, code, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlUCSIsMiscellaneousTechnical", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_code); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlUCSIsMongolian(void) { int test_ret = 0; #if defined(LIBXML_UNICODE_ENABLED) int mem_base; int ret_val; int code; /* UCS code point */ int n_code; for (n_code = 0;n_code < gen_nb_int;n_code++) { mem_base = xmlMemBlocks(); code = gen_int(n_code, 0); ret_val = xmlUCSIsMongolian(code); desret_int(ret_val); call_tests++; des_int(n_code, code, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlUCSIsMongolian", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_code); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlUCSIsMusicalSymbols(void) { int test_ret = 0; #if defined(LIBXML_UNICODE_ENABLED) int mem_base; int ret_val; int code; /* UCS code point */ int n_code; for (n_code = 0;n_code < gen_nb_int;n_code++) { mem_base = xmlMemBlocks(); code = gen_int(n_code, 0); ret_val = xmlUCSIsMusicalSymbols(code); desret_int(ret_val); call_tests++; des_int(n_code, code, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlUCSIsMusicalSymbols", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_code); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlUCSIsMyanmar(void) { int test_ret = 0; #if defined(LIBXML_UNICODE_ENABLED) int mem_base; int ret_val; int code; /* UCS code point */ int n_code; for (n_code = 0;n_code < gen_nb_int;n_code++) { mem_base = xmlMemBlocks(); code = gen_int(n_code, 0); ret_val = xmlUCSIsMyanmar(code); desret_int(ret_val); call_tests++; des_int(n_code, code, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlUCSIsMyanmar", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_code); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlUCSIsNumberForms(void) { int test_ret = 0; #if defined(LIBXML_UNICODE_ENABLED) int mem_base; int ret_val; int code; /* UCS code point */ int n_code; for (n_code = 0;n_code < gen_nb_int;n_code++) { mem_base = xmlMemBlocks(); code = gen_int(n_code, 0); ret_val = xmlUCSIsNumberForms(code); desret_int(ret_val); call_tests++; des_int(n_code, code, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlUCSIsNumberForms", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_code); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlUCSIsOgham(void) { int test_ret = 0; #if defined(LIBXML_UNICODE_ENABLED) int mem_base; int ret_val; int code; /* UCS code point */ int n_code; for (n_code = 0;n_code < gen_nb_int;n_code++) { mem_base = xmlMemBlocks(); code = gen_int(n_code, 0); ret_val = xmlUCSIsOgham(code); desret_int(ret_val); call_tests++; des_int(n_code, code, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlUCSIsOgham", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_code); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlUCSIsOldItalic(void) { int test_ret = 0; #if defined(LIBXML_UNICODE_ENABLED) int mem_base; int ret_val; int code; /* UCS code point */ int n_code; for (n_code = 0;n_code < gen_nb_int;n_code++) { mem_base = xmlMemBlocks(); code = gen_int(n_code, 0); ret_val = xmlUCSIsOldItalic(code); desret_int(ret_val); call_tests++; des_int(n_code, code, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlUCSIsOldItalic", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_code); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlUCSIsOpticalCharacterRecognition(void) { int test_ret = 0; #if defined(LIBXML_UNICODE_ENABLED) int mem_base; int ret_val; int code; /* UCS code point */ int n_code; for (n_code = 0;n_code < gen_nb_int;n_code++) { mem_base = xmlMemBlocks(); code = gen_int(n_code, 0); ret_val = xmlUCSIsOpticalCharacterRecognition(code); desret_int(ret_val); call_tests++; des_int(n_code, code, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlUCSIsOpticalCharacterRecognition", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_code); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlUCSIsOriya(void) { int test_ret = 0; #if defined(LIBXML_UNICODE_ENABLED) int mem_base; int ret_val; int code; /* UCS code point */ int n_code; for (n_code = 0;n_code < gen_nb_int;n_code++) { mem_base = xmlMemBlocks(); code = gen_int(n_code, 0); ret_val = xmlUCSIsOriya(code); desret_int(ret_val); call_tests++; des_int(n_code, code, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlUCSIsOriya", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_code); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlUCSIsOsmanya(void) { int test_ret = 0; #if defined(LIBXML_UNICODE_ENABLED) int mem_base; int ret_val; int code; /* UCS code point */ int n_code; for (n_code = 0;n_code < gen_nb_int;n_code++) { mem_base = xmlMemBlocks(); code = gen_int(n_code, 0); ret_val = xmlUCSIsOsmanya(code); desret_int(ret_val); call_tests++; des_int(n_code, code, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlUCSIsOsmanya", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_code); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlUCSIsPhoneticExtensions(void) { int test_ret = 0; #if defined(LIBXML_UNICODE_ENABLED) int mem_base; int ret_val; int code; /* UCS code point */ int n_code; for (n_code = 0;n_code < gen_nb_int;n_code++) { mem_base = xmlMemBlocks(); code = gen_int(n_code, 0); ret_val = xmlUCSIsPhoneticExtensions(code); desret_int(ret_val); call_tests++; des_int(n_code, code, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlUCSIsPhoneticExtensions", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_code); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlUCSIsPrivateUse(void) { int test_ret = 0; #if defined(LIBXML_UNICODE_ENABLED) int mem_base; int ret_val; int code; /* UCS code point */ int n_code; for (n_code = 0;n_code < gen_nb_int;n_code++) { mem_base = xmlMemBlocks(); code = gen_int(n_code, 0); ret_val = xmlUCSIsPrivateUse(code); desret_int(ret_val); call_tests++; des_int(n_code, code, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlUCSIsPrivateUse", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_code); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlUCSIsPrivateUseArea(void) { int test_ret = 0; #if defined(LIBXML_UNICODE_ENABLED) int mem_base; int ret_val; int code; /* UCS code point */ int n_code; for (n_code = 0;n_code < gen_nb_int;n_code++) { mem_base = xmlMemBlocks(); code = gen_int(n_code, 0); ret_val = xmlUCSIsPrivateUseArea(code); desret_int(ret_val); call_tests++; des_int(n_code, code, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlUCSIsPrivateUseArea", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_code); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlUCSIsRunic(void) { int test_ret = 0; #if defined(LIBXML_UNICODE_ENABLED) int mem_base; int ret_val; int code; /* UCS code point */ int n_code; for (n_code = 0;n_code < gen_nb_int;n_code++) { mem_base = xmlMemBlocks(); code = gen_int(n_code, 0); ret_val = xmlUCSIsRunic(code); desret_int(ret_val); call_tests++; des_int(n_code, code, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlUCSIsRunic", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_code); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlUCSIsShavian(void) { int test_ret = 0; #if defined(LIBXML_UNICODE_ENABLED) int mem_base; int ret_val; int code; /* UCS code point */ int n_code; for (n_code = 0;n_code < gen_nb_int;n_code++) { mem_base = xmlMemBlocks(); code = gen_int(n_code, 0); ret_val = xmlUCSIsShavian(code); desret_int(ret_val); call_tests++; des_int(n_code, code, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlUCSIsShavian", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_code); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlUCSIsSinhala(void) { int test_ret = 0; #if defined(LIBXML_UNICODE_ENABLED) int mem_base; int ret_val; int code; /* UCS code point */ int n_code; for (n_code = 0;n_code < gen_nb_int;n_code++) { mem_base = xmlMemBlocks(); code = gen_int(n_code, 0); ret_val = xmlUCSIsSinhala(code); desret_int(ret_val); call_tests++; des_int(n_code, code, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlUCSIsSinhala", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_code); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlUCSIsSmallFormVariants(void) { int test_ret = 0; #if defined(LIBXML_UNICODE_ENABLED) int mem_base; int ret_val; int code; /* UCS code point */ int n_code; for (n_code = 0;n_code < gen_nb_int;n_code++) { mem_base = xmlMemBlocks(); code = gen_int(n_code, 0); ret_val = xmlUCSIsSmallFormVariants(code); desret_int(ret_val); call_tests++; des_int(n_code, code, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlUCSIsSmallFormVariants", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_code); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlUCSIsSpacingModifierLetters(void) { int test_ret = 0; #if defined(LIBXML_UNICODE_ENABLED) int mem_base; int ret_val; int code; /* UCS code point */ int n_code; for (n_code = 0;n_code < gen_nb_int;n_code++) { mem_base = xmlMemBlocks(); code = gen_int(n_code, 0); ret_val = xmlUCSIsSpacingModifierLetters(code); desret_int(ret_val); call_tests++; des_int(n_code, code, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlUCSIsSpacingModifierLetters", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_code); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlUCSIsSpecials(void) { int test_ret = 0; #if defined(LIBXML_UNICODE_ENABLED) int mem_base; int ret_val; int code; /* UCS code point */ int n_code; for (n_code = 0;n_code < gen_nb_int;n_code++) { mem_base = xmlMemBlocks(); code = gen_int(n_code, 0); ret_val = xmlUCSIsSpecials(code); desret_int(ret_val); call_tests++; des_int(n_code, code, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlUCSIsSpecials", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_code); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlUCSIsSuperscriptsandSubscripts(void) { int test_ret = 0; #if defined(LIBXML_UNICODE_ENABLED) int mem_base; int ret_val; int code; /* UCS code point */ int n_code; for (n_code = 0;n_code < gen_nb_int;n_code++) { mem_base = xmlMemBlocks(); code = gen_int(n_code, 0); ret_val = xmlUCSIsSuperscriptsandSubscripts(code); desret_int(ret_val); call_tests++; des_int(n_code, code, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlUCSIsSuperscriptsandSubscripts", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_code); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlUCSIsSupplementalArrowsA(void) { int test_ret = 0; #if defined(LIBXML_UNICODE_ENABLED) int mem_base; int ret_val; int code; /* UCS code point */ int n_code; for (n_code = 0;n_code < gen_nb_int;n_code++) { mem_base = xmlMemBlocks(); code = gen_int(n_code, 0); ret_val = xmlUCSIsSupplementalArrowsA(code); desret_int(ret_val); call_tests++; des_int(n_code, code, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlUCSIsSupplementalArrowsA", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_code); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlUCSIsSupplementalArrowsB(void) { int test_ret = 0; #if defined(LIBXML_UNICODE_ENABLED) int mem_base; int ret_val; int code; /* UCS code point */ int n_code; for (n_code = 0;n_code < gen_nb_int;n_code++) { mem_base = xmlMemBlocks(); code = gen_int(n_code, 0); ret_val = xmlUCSIsSupplementalArrowsB(code); desret_int(ret_val); call_tests++; des_int(n_code, code, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlUCSIsSupplementalArrowsB", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_code); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlUCSIsSupplementalMathematicalOperators(void) { int test_ret = 0; #if defined(LIBXML_UNICODE_ENABLED) int mem_base; int ret_val; int code; /* UCS code point */ int n_code; for (n_code = 0;n_code < gen_nb_int;n_code++) { mem_base = xmlMemBlocks(); code = gen_int(n_code, 0); ret_val = xmlUCSIsSupplementalMathematicalOperators(code); desret_int(ret_val); call_tests++; des_int(n_code, code, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlUCSIsSupplementalMathematicalOperators", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_code); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlUCSIsSupplementaryPrivateUseAreaA(void) { int test_ret = 0; #if defined(LIBXML_UNICODE_ENABLED) int mem_base; int ret_val; int code; /* UCS code point */ int n_code; for (n_code = 0;n_code < gen_nb_int;n_code++) { mem_base = xmlMemBlocks(); code = gen_int(n_code, 0); ret_val = xmlUCSIsSupplementaryPrivateUseAreaA(code); desret_int(ret_val); call_tests++; des_int(n_code, code, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlUCSIsSupplementaryPrivateUseAreaA", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_code); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlUCSIsSupplementaryPrivateUseAreaB(void) { int test_ret = 0; #if defined(LIBXML_UNICODE_ENABLED) int mem_base; int ret_val; int code; /* UCS code point */ int n_code; for (n_code = 0;n_code < gen_nb_int;n_code++) { mem_base = xmlMemBlocks(); code = gen_int(n_code, 0); ret_val = xmlUCSIsSupplementaryPrivateUseAreaB(code); desret_int(ret_val); call_tests++; des_int(n_code, code, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlUCSIsSupplementaryPrivateUseAreaB", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_code); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlUCSIsSyriac(void) { int test_ret = 0; #if defined(LIBXML_UNICODE_ENABLED) int mem_base; int ret_val; int code; /* UCS code point */ int n_code; for (n_code = 0;n_code < gen_nb_int;n_code++) { mem_base = xmlMemBlocks(); code = gen_int(n_code, 0); ret_val = xmlUCSIsSyriac(code); desret_int(ret_val); call_tests++; des_int(n_code, code, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlUCSIsSyriac", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_code); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlUCSIsTagalog(void) { int test_ret = 0; #if defined(LIBXML_UNICODE_ENABLED) int mem_base; int ret_val; int code; /* UCS code point */ int n_code; for (n_code = 0;n_code < gen_nb_int;n_code++) { mem_base = xmlMemBlocks(); code = gen_int(n_code, 0); ret_val = xmlUCSIsTagalog(code); desret_int(ret_val); call_tests++; des_int(n_code, code, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlUCSIsTagalog", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_code); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlUCSIsTagbanwa(void) { int test_ret = 0; #if defined(LIBXML_UNICODE_ENABLED) int mem_base; int ret_val; int code; /* UCS code point */ int n_code; for (n_code = 0;n_code < gen_nb_int;n_code++) { mem_base = xmlMemBlocks(); code = gen_int(n_code, 0); ret_val = xmlUCSIsTagbanwa(code); desret_int(ret_val); call_tests++; des_int(n_code, code, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlUCSIsTagbanwa", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_code); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlUCSIsTags(void) { int test_ret = 0; #if defined(LIBXML_UNICODE_ENABLED) int mem_base; int ret_val; int code; /* UCS code point */ int n_code; for (n_code = 0;n_code < gen_nb_int;n_code++) { mem_base = xmlMemBlocks(); code = gen_int(n_code, 0); ret_val = xmlUCSIsTags(code); desret_int(ret_val); call_tests++; des_int(n_code, code, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlUCSIsTags", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_code); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlUCSIsTaiLe(void) { int test_ret = 0; #if defined(LIBXML_UNICODE_ENABLED) int mem_base; int ret_val; int code; /* UCS code point */ int n_code; for (n_code = 0;n_code < gen_nb_int;n_code++) { mem_base = xmlMemBlocks(); code = gen_int(n_code, 0); ret_val = xmlUCSIsTaiLe(code); desret_int(ret_val); call_tests++; des_int(n_code, code, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlUCSIsTaiLe", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_code); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlUCSIsTaiXuanJingSymbols(void) { int test_ret = 0; #if defined(LIBXML_UNICODE_ENABLED) int mem_base; int ret_val; int code; /* UCS code point */ int n_code; for (n_code = 0;n_code < gen_nb_int;n_code++) { mem_base = xmlMemBlocks(); code = gen_int(n_code, 0); ret_val = xmlUCSIsTaiXuanJingSymbols(code); desret_int(ret_val); call_tests++; des_int(n_code, code, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlUCSIsTaiXuanJingSymbols", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_code); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlUCSIsTamil(void) { int test_ret = 0; #if defined(LIBXML_UNICODE_ENABLED) int mem_base; int ret_val; int code; /* UCS code point */ int n_code; for (n_code = 0;n_code < gen_nb_int;n_code++) { mem_base = xmlMemBlocks(); code = gen_int(n_code, 0); ret_val = xmlUCSIsTamil(code); desret_int(ret_val); call_tests++; des_int(n_code, code, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlUCSIsTamil", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_code); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlUCSIsTelugu(void) { int test_ret = 0; #if defined(LIBXML_UNICODE_ENABLED) int mem_base; int ret_val; int code; /* UCS code point */ int n_code; for (n_code = 0;n_code < gen_nb_int;n_code++) { mem_base = xmlMemBlocks(); code = gen_int(n_code, 0); ret_val = xmlUCSIsTelugu(code); desret_int(ret_val); call_tests++; des_int(n_code, code, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlUCSIsTelugu", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_code); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlUCSIsThaana(void) { int test_ret = 0; #if defined(LIBXML_UNICODE_ENABLED) int mem_base; int ret_val; int code; /* UCS code point */ int n_code; for (n_code = 0;n_code < gen_nb_int;n_code++) { mem_base = xmlMemBlocks(); code = gen_int(n_code, 0); ret_val = xmlUCSIsThaana(code); desret_int(ret_val); call_tests++; des_int(n_code, code, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlUCSIsThaana", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_code); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlUCSIsThai(void) { int test_ret = 0; #if defined(LIBXML_UNICODE_ENABLED) int mem_base; int ret_val; int code; /* UCS code point */ int n_code; for (n_code = 0;n_code < gen_nb_int;n_code++) { mem_base = xmlMemBlocks(); code = gen_int(n_code, 0); ret_val = xmlUCSIsThai(code); desret_int(ret_val); call_tests++; des_int(n_code, code, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlUCSIsThai", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_code); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlUCSIsTibetan(void) { int test_ret = 0; #if defined(LIBXML_UNICODE_ENABLED) int mem_base; int ret_val; int code; /* UCS code point */ int n_code; for (n_code = 0;n_code < gen_nb_int;n_code++) { mem_base = xmlMemBlocks(); code = gen_int(n_code, 0); ret_val = xmlUCSIsTibetan(code); desret_int(ret_val); call_tests++; des_int(n_code, code, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlUCSIsTibetan", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_code); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlUCSIsUgaritic(void) { int test_ret = 0; #if defined(LIBXML_UNICODE_ENABLED) int mem_base; int ret_val; int code; /* UCS code point */ int n_code; for (n_code = 0;n_code < gen_nb_int;n_code++) { mem_base = xmlMemBlocks(); code = gen_int(n_code, 0); ret_val = xmlUCSIsUgaritic(code); desret_int(ret_val); call_tests++; des_int(n_code, code, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlUCSIsUgaritic", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_code); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlUCSIsUnifiedCanadianAboriginalSyllabics(void) { int test_ret = 0; #if defined(LIBXML_UNICODE_ENABLED) int mem_base; int ret_val; int code; /* UCS code point */ int n_code; for (n_code = 0;n_code < gen_nb_int;n_code++) { mem_base = xmlMemBlocks(); code = gen_int(n_code, 0); ret_val = xmlUCSIsUnifiedCanadianAboriginalSyllabics(code); desret_int(ret_val); call_tests++; des_int(n_code, code, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlUCSIsUnifiedCanadianAboriginalSyllabics", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_code); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlUCSIsVariationSelectors(void) { int test_ret = 0; #if defined(LIBXML_UNICODE_ENABLED) int mem_base; int ret_val; int code; /* UCS code point */ int n_code; for (n_code = 0;n_code < gen_nb_int;n_code++) { mem_base = xmlMemBlocks(); code = gen_int(n_code, 0); ret_val = xmlUCSIsVariationSelectors(code); desret_int(ret_val); call_tests++; des_int(n_code, code, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlUCSIsVariationSelectors", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_code); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlUCSIsVariationSelectorsSupplement(void) { int test_ret = 0; #if defined(LIBXML_UNICODE_ENABLED) int mem_base; int ret_val; int code; /* UCS code point */ int n_code; for (n_code = 0;n_code < gen_nb_int;n_code++) { mem_base = xmlMemBlocks(); code = gen_int(n_code, 0); ret_val = xmlUCSIsVariationSelectorsSupplement(code); desret_int(ret_val); call_tests++; des_int(n_code, code, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlUCSIsVariationSelectorsSupplement", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_code); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlUCSIsYiRadicals(void) { int test_ret = 0; #if defined(LIBXML_UNICODE_ENABLED) int mem_base; int ret_val; int code; /* UCS code point */ int n_code; for (n_code = 0;n_code < gen_nb_int;n_code++) { mem_base = xmlMemBlocks(); code = gen_int(n_code, 0); ret_val = xmlUCSIsYiRadicals(code); desret_int(ret_val); call_tests++; des_int(n_code, code, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlUCSIsYiRadicals", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_code); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlUCSIsYiSyllables(void) { int test_ret = 0; #if defined(LIBXML_UNICODE_ENABLED) int mem_base; int ret_val; int code; /* UCS code point */ int n_code; for (n_code = 0;n_code < gen_nb_int;n_code++) { mem_base = xmlMemBlocks(); code = gen_int(n_code, 0); ret_val = xmlUCSIsYiSyllables(code); desret_int(ret_val); call_tests++; des_int(n_code, code, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlUCSIsYiSyllables", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_code); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlUCSIsYijingHexagramSymbols(void) { int test_ret = 0; #if defined(LIBXML_UNICODE_ENABLED) int mem_base; int ret_val; int code; /* UCS code point */ int n_code; for (n_code = 0;n_code < gen_nb_int;n_code++) { mem_base = xmlMemBlocks(); code = gen_int(n_code, 0); ret_val = xmlUCSIsYijingHexagramSymbols(code); desret_int(ret_val); call_tests++; des_int(n_code, code, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlUCSIsYijingHexagramSymbols", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_code); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlunicode(void) { int test_ret = 0; if (quiet == 0) printf("Testing xmlunicode : 166 of 166 functions ...\n"); test_ret += test_xmlUCSIsAegeanNumbers(); test_ret += test_xmlUCSIsAlphabeticPresentationForms(); test_ret += test_xmlUCSIsArabic(); test_ret += test_xmlUCSIsArabicPresentationFormsA(); test_ret += test_xmlUCSIsArabicPresentationFormsB(); test_ret += test_xmlUCSIsArmenian(); test_ret += test_xmlUCSIsArrows(); test_ret += test_xmlUCSIsBasicLatin(); test_ret += test_xmlUCSIsBengali(); test_ret += test_xmlUCSIsBlock(); test_ret += test_xmlUCSIsBlockElements(); test_ret += test_xmlUCSIsBopomofo(); test_ret += test_xmlUCSIsBopomofoExtended(); test_ret += test_xmlUCSIsBoxDrawing(); test_ret += test_xmlUCSIsBraillePatterns(); test_ret += test_xmlUCSIsBuhid(); test_ret += test_xmlUCSIsByzantineMusicalSymbols(); test_ret += test_xmlUCSIsCJKCompatibility(); test_ret += test_xmlUCSIsCJKCompatibilityForms(); test_ret += test_xmlUCSIsCJKCompatibilityIdeographs(); test_ret += test_xmlUCSIsCJKCompatibilityIdeographsSupplement(); test_ret += test_xmlUCSIsCJKRadicalsSupplement(); test_ret += test_xmlUCSIsCJKSymbolsandPunctuation(); test_ret += test_xmlUCSIsCJKUnifiedIdeographs(); test_ret += test_xmlUCSIsCJKUnifiedIdeographsExtensionA(); test_ret += test_xmlUCSIsCJKUnifiedIdeographsExtensionB(); test_ret += test_xmlUCSIsCat(); test_ret += test_xmlUCSIsCatC(); test_ret += test_xmlUCSIsCatCc(); test_ret += test_xmlUCSIsCatCf(); test_ret += test_xmlUCSIsCatCo(); test_ret += test_xmlUCSIsCatCs(); test_ret += test_xmlUCSIsCatL(); test_ret += test_xmlUCSIsCatLl(); test_ret += test_xmlUCSIsCatLm(); test_ret += test_xmlUCSIsCatLo(); test_ret += test_xmlUCSIsCatLt(); test_ret += test_xmlUCSIsCatLu(); test_ret += test_xmlUCSIsCatM(); test_ret += test_xmlUCSIsCatMc(); test_ret += test_xmlUCSIsCatMe(); test_ret += test_xmlUCSIsCatMn(); test_ret += test_xmlUCSIsCatN(); test_ret += test_xmlUCSIsCatNd(); test_ret += test_xmlUCSIsCatNl(); test_ret += test_xmlUCSIsCatNo(); test_ret += test_xmlUCSIsCatP(); test_ret += test_xmlUCSIsCatPc(); test_ret += test_xmlUCSIsCatPd(); test_ret += test_xmlUCSIsCatPe(); test_ret += test_xmlUCSIsCatPf(); test_ret += test_xmlUCSIsCatPi(); test_ret += test_xmlUCSIsCatPo(); test_ret += test_xmlUCSIsCatPs(); test_ret += test_xmlUCSIsCatS(); test_ret += test_xmlUCSIsCatSc(); test_ret += test_xmlUCSIsCatSk(); test_ret += test_xmlUCSIsCatSm(); test_ret += test_xmlUCSIsCatSo(); test_ret += test_xmlUCSIsCatZ(); test_ret += test_xmlUCSIsCatZl(); test_ret += test_xmlUCSIsCatZp(); test_ret += test_xmlUCSIsCatZs(); test_ret += test_xmlUCSIsCherokee(); test_ret += test_xmlUCSIsCombiningDiacriticalMarks(); test_ret += test_xmlUCSIsCombiningDiacriticalMarksforSymbols(); test_ret += test_xmlUCSIsCombiningHalfMarks(); test_ret += test_xmlUCSIsCombiningMarksforSymbols(); test_ret += test_xmlUCSIsControlPictures(); test_ret += test_xmlUCSIsCurrencySymbols(); test_ret += test_xmlUCSIsCypriotSyllabary(); test_ret += test_xmlUCSIsCyrillic(); test_ret += test_xmlUCSIsCyrillicSupplement(); test_ret += test_xmlUCSIsDeseret(); test_ret += test_xmlUCSIsDevanagari(); test_ret += test_xmlUCSIsDingbats(); test_ret += test_xmlUCSIsEnclosedAlphanumerics(); test_ret += test_xmlUCSIsEnclosedCJKLettersandMonths(); test_ret += test_xmlUCSIsEthiopic(); test_ret += test_xmlUCSIsGeneralPunctuation(); test_ret += test_xmlUCSIsGeometricShapes(); test_ret += test_xmlUCSIsGeorgian(); test_ret += test_xmlUCSIsGothic(); test_ret += test_xmlUCSIsGreek(); test_ret += test_xmlUCSIsGreekExtended(); test_ret += test_xmlUCSIsGreekandCoptic(); test_ret += test_xmlUCSIsGujarati(); test_ret += test_xmlUCSIsGurmukhi(); test_ret += test_xmlUCSIsHalfwidthandFullwidthForms(); test_ret += test_xmlUCSIsHangulCompatibilityJamo(); test_ret += test_xmlUCSIsHangulJamo(); test_ret += test_xmlUCSIsHangulSyllables(); test_ret += test_xmlUCSIsHanunoo(); test_ret += test_xmlUCSIsHebrew(); test_ret += test_xmlUCSIsHighPrivateUseSurrogates(); test_ret += test_xmlUCSIsHighSurrogates(); test_ret += test_xmlUCSIsHiragana(); test_ret += test_xmlUCSIsIPAExtensions(); test_ret += test_xmlUCSIsIdeographicDescriptionCharacters(); test_ret += test_xmlUCSIsKanbun(); test_ret += test_xmlUCSIsKangxiRadicals(); test_ret += test_xmlUCSIsKannada(); test_ret += test_xmlUCSIsKatakana(); test_ret += test_xmlUCSIsKatakanaPhoneticExtensions(); test_ret += test_xmlUCSIsKhmer(); test_ret += test_xmlUCSIsKhmerSymbols(); test_ret += test_xmlUCSIsLao(); test_ret += test_xmlUCSIsLatin1Supplement(); test_ret += test_xmlUCSIsLatinExtendedA(); test_ret += test_xmlUCSIsLatinExtendedAdditional(); test_ret += test_xmlUCSIsLatinExtendedB(); test_ret += test_xmlUCSIsLetterlikeSymbols(); test_ret += test_xmlUCSIsLimbu(); test_ret += test_xmlUCSIsLinearBIdeograms(); test_ret += test_xmlUCSIsLinearBSyllabary(); test_ret += test_xmlUCSIsLowSurrogates(); test_ret += test_xmlUCSIsMalayalam(); test_ret += test_xmlUCSIsMathematicalAlphanumericSymbols(); test_ret += test_xmlUCSIsMathematicalOperators(); test_ret += test_xmlUCSIsMiscellaneousMathematicalSymbolsA(); test_ret += test_xmlUCSIsMiscellaneousMathematicalSymbolsB(); test_ret += test_xmlUCSIsMiscellaneousSymbols(); test_ret += test_xmlUCSIsMiscellaneousSymbolsandArrows(); test_ret += test_xmlUCSIsMiscellaneousTechnical(); test_ret += test_xmlUCSIsMongolian(); test_ret += test_xmlUCSIsMusicalSymbols(); test_ret += test_xmlUCSIsMyanmar(); test_ret += test_xmlUCSIsNumberForms(); test_ret += test_xmlUCSIsOgham(); test_ret += test_xmlUCSIsOldItalic(); test_ret += test_xmlUCSIsOpticalCharacterRecognition(); test_ret += test_xmlUCSIsOriya(); test_ret += test_xmlUCSIsOsmanya(); test_ret += test_xmlUCSIsPhoneticExtensions(); test_ret += test_xmlUCSIsPrivateUse(); test_ret += test_xmlUCSIsPrivateUseArea(); test_ret += test_xmlUCSIsRunic(); test_ret += test_xmlUCSIsShavian(); test_ret += test_xmlUCSIsSinhala(); test_ret += test_xmlUCSIsSmallFormVariants(); test_ret += test_xmlUCSIsSpacingModifierLetters(); test_ret += test_xmlUCSIsSpecials(); test_ret += test_xmlUCSIsSuperscriptsandSubscripts(); test_ret += test_xmlUCSIsSupplementalArrowsA(); test_ret += test_xmlUCSIsSupplementalArrowsB(); test_ret += test_xmlUCSIsSupplementalMathematicalOperators(); test_ret += test_xmlUCSIsSupplementaryPrivateUseAreaA(); test_ret += test_xmlUCSIsSupplementaryPrivateUseAreaB(); test_ret += test_xmlUCSIsSyriac(); test_ret += test_xmlUCSIsTagalog(); test_ret += test_xmlUCSIsTagbanwa(); test_ret += test_xmlUCSIsTags(); test_ret += test_xmlUCSIsTaiLe(); test_ret += test_xmlUCSIsTaiXuanJingSymbols(); test_ret += test_xmlUCSIsTamil(); test_ret += test_xmlUCSIsTelugu(); test_ret += test_xmlUCSIsThaana(); test_ret += test_xmlUCSIsThai(); test_ret += test_xmlUCSIsTibetan(); test_ret += test_xmlUCSIsUgaritic(); test_ret += test_xmlUCSIsUnifiedCanadianAboriginalSyllabics(); test_ret += test_xmlUCSIsVariationSelectors(); test_ret += test_xmlUCSIsVariationSelectorsSupplement(); test_ret += test_xmlUCSIsYiRadicals(); test_ret += test_xmlUCSIsYiSyllables(); test_ret += test_xmlUCSIsYijingHexagramSymbols(); if (test_ret != 0) printf("Module xmlunicode: %d errors\n", test_ret); return(test_ret); } static int test_xmlNewTextWriter(void) { int test_ret = 0; #if defined(LIBXML_WRITER_ENABLED) int mem_base; xmlTextWriterPtr ret_val; xmlOutputBufferPtr out; /* an xmlOutputBufferPtr */ int n_out; for (n_out = 0;n_out < gen_nb_xmlOutputBufferPtr;n_out++) { mem_base = xmlMemBlocks(); out = gen_xmlOutputBufferPtr(n_out, 0); ret_val = xmlNewTextWriter(out); if (ret_val != NULL) out = NULL; desret_xmlTextWriterPtr(ret_val); call_tests++; des_xmlOutputBufferPtr(n_out, out, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlNewTextWriter", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_out); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlNewTextWriterFilename(void) { int test_ret = 0; #if defined(LIBXML_WRITER_ENABLED) int mem_base; xmlTextWriterPtr ret_val; const char * uri; /* the URI of the resource for the output */ int n_uri; int compression; /* compress the output? */ int n_compression; for (n_uri = 0;n_uri < gen_nb_fileoutput;n_uri++) { for (n_compression = 0;n_compression < gen_nb_int;n_compression++) { mem_base = xmlMemBlocks(); uri = gen_fileoutput(n_uri, 0); compression = gen_int(n_compression, 1); ret_val = xmlNewTextWriterFilename(uri, compression); desret_xmlTextWriterPtr(ret_val); call_tests++; des_fileoutput(n_uri, uri, 0); des_int(n_compression, compression, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlNewTextWriterFilename", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_uri); printf(" %d", n_compression); printf("\n"); } } } function_tests++; #endif return(test_ret); } static int test_xmlNewTextWriterMemory(void) { int test_ret = 0; #if defined(LIBXML_WRITER_ENABLED) int mem_base; xmlTextWriterPtr ret_val; xmlBufferPtr buf; /* xmlBufferPtr */ int n_buf; int compression; /* compress the output? */ int n_compression; for (n_buf = 0;n_buf < gen_nb_xmlBufferPtr;n_buf++) { for (n_compression = 0;n_compression < gen_nb_int;n_compression++) { mem_base = xmlMemBlocks(); buf = gen_xmlBufferPtr(n_buf, 0); compression = gen_int(n_compression, 1); ret_val = xmlNewTextWriterMemory(buf, compression); desret_xmlTextWriterPtr(ret_val); call_tests++; des_xmlBufferPtr(n_buf, buf, 0); des_int(n_compression, compression, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlNewTextWriterMemory", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_buf); printf(" %d", n_compression); printf("\n"); } } } function_tests++; #endif return(test_ret); } static int test_xmlNewTextWriterPushParser(void) { int test_ret = 0; #if defined(LIBXML_WRITER_ENABLED) int mem_base; xmlTextWriterPtr ret_val; xmlParserCtxtPtr ctxt; /* xmlParserCtxtPtr to hold the new XML document tree */ int n_ctxt; int compression; /* compress the output? */ int n_compression; for (n_ctxt = 0;n_ctxt < gen_nb_xmlParserCtxtPtr;n_ctxt++) { for (n_compression = 0;n_compression < gen_nb_int;n_compression++) { mem_base = xmlMemBlocks(); ctxt = gen_xmlParserCtxtPtr(n_ctxt, 0); compression = gen_int(n_compression, 1); ret_val = xmlNewTextWriterPushParser(ctxt, compression); if (ctxt != NULL) {xmlFreeDoc(ctxt->myDoc); ctxt->myDoc = NULL;} if (ret_val != NULL) ctxt = NULL; desret_xmlTextWriterPtr(ret_val); call_tests++; des_xmlParserCtxtPtr(n_ctxt, ctxt, 0); des_int(n_compression, compression, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlNewTextWriterPushParser", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf(" %d", n_compression); printf("\n"); } } } function_tests++; #endif return(test_ret); } static int test_xmlNewTextWriterTree(void) { int test_ret = 0; #if defined(LIBXML_WRITER_ENABLED) int mem_base; xmlTextWriterPtr ret_val; xmlDocPtr doc; /* xmlDocPtr */ int n_doc; xmlNodePtr node; /* xmlNodePtr or NULL for doc->children */ int n_node; int compression; /* compress the output? */ int n_compression; for (n_doc = 0;n_doc < gen_nb_xmlDocPtr;n_doc++) { for (n_node = 0;n_node < gen_nb_xmlNodePtr;n_node++) { for (n_compression = 0;n_compression < gen_nb_int;n_compression++) { mem_base = xmlMemBlocks(); doc = gen_xmlDocPtr(n_doc, 0); node = gen_xmlNodePtr(n_node, 1); compression = gen_int(n_compression, 2); ret_val = xmlNewTextWriterTree(doc, node, compression); desret_xmlTextWriterPtr(ret_val); call_tests++; des_xmlDocPtr(n_doc, doc, 0); des_xmlNodePtr(n_node, node, 1); des_int(n_compression, compression, 2); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlNewTextWriterTree", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_doc); printf(" %d", n_node); printf(" %d", n_compression); printf("\n"); } } } } function_tests++; #endif return(test_ret); } static int test_xmlTextWriterEndAttribute(void) { int test_ret = 0; #if defined(LIBXML_WRITER_ENABLED) int mem_base; int ret_val; xmlTextWriterPtr writer; /* the xmlTextWriterPtr */ int n_writer; for (n_writer = 0;n_writer < gen_nb_xmlTextWriterPtr;n_writer++) { mem_base = xmlMemBlocks(); writer = gen_xmlTextWriterPtr(n_writer, 0); ret_val = xmlTextWriterEndAttribute(writer); desret_int(ret_val); call_tests++; des_xmlTextWriterPtr(n_writer, writer, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlTextWriterEndAttribute", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_writer); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlTextWriterEndCDATA(void) { int test_ret = 0; #if defined(LIBXML_WRITER_ENABLED) int mem_base; int ret_val; xmlTextWriterPtr writer; /* the xmlTextWriterPtr */ int n_writer; for (n_writer = 0;n_writer < gen_nb_xmlTextWriterPtr;n_writer++) { mem_base = xmlMemBlocks(); writer = gen_xmlTextWriterPtr(n_writer, 0); ret_val = xmlTextWriterEndCDATA(writer); desret_int(ret_val); call_tests++; des_xmlTextWriterPtr(n_writer, writer, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlTextWriterEndCDATA", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_writer); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlTextWriterEndComment(void) { int test_ret = 0; #if defined(LIBXML_WRITER_ENABLED) int mem_base; int ret_val; xmlTextWriterPtr writer; /* the xmlTextWriterPtr */ int n_writer; for (n_writer = 0;n_writer < gen_nb_xmlTextWriterPtr;n_writer++) { mem_base = xmlMemBlocks(); writer = gen_xmlTextWriterPtr(n_writer, 0); ret_val = xmlTextWriterEndComment(writer); desret_int(ret_val); call_tests++; des_xmlTextWriterPtr(n_writer, writer, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlTextWriterEndComment", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_writer); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlTextWriterEndDTD(void) { int test_ret = 0; #if defined(LIBXML_WRITER_ENABLED) int mem_base; int ret_val; xmlTextWriterPtr writer; /* the xmlTextWriterPtr */ int n_writer; for (n_writer = 0;n_writer < gen_nb_xmlTextWriterPtr;n_writer++) { mem_base = xmlMemBlocks(); writer = gen_xmlTextWriterPtr(n_writer, 0); ret_val = xmlTextWriterEndDTD(writer); desret_int(ret_val); call_tests++; des_xmlTextWriterPtr(n_writer, writer, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlTextWriterEndDTD", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_writer); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlTextWriterEndDTDAttlist(void) { int test_ret = 0; #if defined(LIBXML_WRITER_ENABLED) int mem_base; int ret_val; xmlTextWriterPtr writer; /* the xmlTextWriterPtr */ int n_writer; for (n_writer = 0;n_writer < gen_nb_xmlTextWriterPtr;n_writer++) { mem_base = xmlMemBlocks(); writer = gen_xmlTextWriterPtr(n_writer, 0); ret_val = xmlTextWriterEndDTDAttlist(writer); desret_int(ret_val); call_tests++; des_xmlTextWriterPtr(n_writer, writer, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlTextWriterEndDTDAttlist", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_writer); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlTextWriterEndDTDElement(void) { int test_ret = 0; #if defined(LIBXML_WRITER_ENABLED) int mem_base; int ret_val; xmlTextWriterPtr writer; /* the xmlTextWriterPtr */ int n_writer; for (n_writer = 0;n_writer < gen_nb_xmlTextWriterPtr;n_writer++) { mem_base = xmlMemBlocks(); writer = gen_xmlTextWriterPtr(n_writer, 0); ret_val = xmlTextWriterEndDTDElement(writer); desret_int(ret_val); call_tests++; des_xmlTextWriterPtr(n_writer, writer, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlTextWriterEndDTDElement", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_writer); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlTextWriterEndDTDEntity(void) { int test_ret = 0; #if defined(LIBXML_WRITER_ENABLED) int mem_base; int ret_val; xmlTextWriterPtr writer; /* the xmlTextWriterPtr */ int n_writer; for (n_writer = 0;n_writer < gen_nb_xmlTextWriterPtr;n_writer++) { mem_base = xmlMemBlocks(); writer = gen_xmlTextWriterPtr(n_writer, 0); ret_val = xmlTextWriterEndDTDEntity(writer); desret_int(ret_val); call_tests++; des_xmlTextWriterPtr(n_writer, writer, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlTextWriterEndDTDEntity", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_writer); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlTextWriterEndDocument(void) { int test_ret = 0; #if defined(LIBXML_WRITER_ENABLED) int mem_base; int ret_val; xmlTextWriterPtr writer; /* the xmlTextWriterPtr */ int n_writer; for (n_writer = 0;n_writer < gen_nb_xmlTextWriterPtr;n_writer++) { mem_base = xmlMemBlocks(); writer = gen_xmlTextWriterPtr(n_writer, 0); ret_val = xmlTextWriterEndDocument(writer); desret_int(ret_val); call_tests++; des_xmlTextWriterPtr(n_writer, writer, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlTextWriterEndDocument", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_writer); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlTextWriterEndElement(void) { int test_ret = 0; #if defined(LIBXML_WRITER_ENABLED) int mem_base; int ret_val; xmlTextWriterPtr writer; /* the xmlTextWriterPtr */ int n_writer; for (n_writer = 0;n_writer < gen_nb_xmlTextWriterPtr;n_writer++) { mem_base = xmlMemBlocks(); writer = gen_xmlTextWriterPtr(n_writer, 0); ret_val = xmlTextWriterEndElement(writer); desret_int(ret_val); call_tests++; des_xmlTextWriterPtr(n_writer, writer, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlTextWriterEndElement", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_writer); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlTextWriterEndPI(void) { int test_ret = 0; #if defined(LIBXML_WRITER_ENABLED) int mem_base; int ret_val; xmlTextWriterPtr writer; /* the xmlTextWriterPtr */ int n_writer; for (n_writer = 0;n_writer < gen_nb_xmlTextWriterPtr;n_writer++) { mem_base = xmlMemBlocks(); writer = gen_xmlTextWriterPtr(n_writer, 0); ret_val = xmlTextWriterEndPI(writer); desret_int(ret_val); call_tests++; des_xmlTextWriterPtr(n_writer, writer, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlTextWriterEndPI", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_writer); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlTextWriterFlush(void) { int test_ret = 0; #if defined(LIBXML_WRITER_ENABLED) int mem_base; int ret_val; xmlTextWriterPtr writer; /* the xmlTextWriterPtr */ int n_writer; for (n_writer = 0;n_writer < gen_nb_xmlTextWriterPtr;n_writer++) { mem_base = xmlMemBlocks(); writer = gen_xmlTextWriterPtr(n_writer, 0); ret_val = xmlTextWriterFlush(writer); desret_int(ret_val); call_tests++; des_xmlTextWriterPtr(n_writer, writer, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlTextWriterFlush", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_writer); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlTextWriterFullEndElement(void) { int test_ret = 0; #if defined(LIBXML_WRITER_ENABLED) int mem_base; int ret_val; xmlTextWriterPtr writer; /* the xmlTextWriterPtr */ int n_writer; for (n_writer = 0;n_writer < gen_nb_xmlTextWriterPtr;n_writer++) { mem_base = xmlMemBlocks(); writer = gen_xmlTextWriterPtr(n_writer, 0); ret_val = xmlTextWriterFullEndElement(writer); desret_int(ret_val); call_tests++; des_xmlTextWriterPtr(n_writer, writer, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlTextWriterFullEndElement", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_writer); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlTextWriterSetIndent(void) { int test_ret = 0; #if defined(LIBXML_WRITER_ENABLED) int mem_base; int ret_val; xmlTextWriterPtr writer; /* the xmlTextWriterPtr */ int n_writer; int indent; /* do indentation? */ int n_indent; for (n_writer = 0;n_writer < gen_nb_xmlTextWriterPtr;n_writer++) { for (n_indent = 0;n_indent < gen_nb_int;n_indent++) { mem_base = xmlMemBlocks(); writer = gen_xmlTextWriterPtr(n_writer, 0); indent = gen_int(n_indent, 1); ret_val = xmlTextWriterSetIndent(writer, indent); desret_int(ret_val); call_tests++; des_xmlTextWriterPtr(n_writer, writer, 0); des_int(n_indent, indent, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlTextWriterSetIndent", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_writer); printf(" %d", n_indent); printf("\n"); } } } function_tests++; #endif return(test_ret); } static int test_xmlTextWriterSetIndentString(void) { int test_ret = 0; #if defined(LIBXML_WRITER_ENABLED) int mem_base; int ret_val; xmlTextWriterPtr writer; /* the xmlTextWriterPtr */ int n_writer; xmlChar * str; /* the xmlChar string */ int n_str; for (n_writer = 0;n_writer < gen_nb_xmlTextWriterPtr;n_writer++) { for (n_str = 0;n_str < gen_nb_const_xmlChar_ptr;n_str++) { mem_base = xmlMemBlocks(); writer = gen_xmlTextWriterPtr(n_writer, 0); str = gen_const_xmlChar_ptr(n_str, 1); ret_val = xmlTextWriterSetIndentString(writer, (const xmlChar *)str); desret_int(ret_val); call_tests++; des_xmlTextWriterPtr(n_writer, writer, 0); des_const_xmlChar_ptr(n_str, (const xmlChar *)str, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlTextWriterSetIndentString", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_writer); printf(" %d", n_str); printf("\n"); } } } function_tests++; #endif return(test_ret); } static int test_xmlTextWriterSetQuoteChar(void) { int test_ret = 0; #if defined(LIBXML_WRITER_ENABLED) int mem_base; int ret_val; xmlTextWriterPtr writer; /* the xmlTextWriterPtr */ int n_writer; xmlChar quotechar; /* the quote character */ int n_quotechar; for (n_writer = 0;n_writer < gen_nb_xmlTextWriterPtr;n_writer++) { for (n_quotechar = 0;n_quotechar < gen_nb_xmlChar;n_quotechar++) { mem_base = xmlMemBlocks(); writer = gen_xmlTextWriterPtr(n_writer, 0); quotechar = gen_xmlChar(n_quotechar, 1); ret_val = xmlTextWriterSetQuoteChar(writer, quotechar); desret_int(ret_val); call_tests++; des_xmlTextWriterPtr(n_writer, writer, 0); des_xmlChar(n_quotechar, quotechar, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlTextWriterSetQuoteChar", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_writer); printf(" %d", n_quotechar); printf("\n"); } } } function_tests++; #endif return(test_ret); } static int test_xmlTextWriterStartAttribute(void) { int test_ret = 0; #if defined(LIBXML_WRITER_ENABLED) int mem_base; int ret_val; xmlTextWriterPtr writer; /* the xmlTextWriterPtr */ int n_writer; xmlChar * name; /* element name */ int n_name; for (n_writer = 0;n_writer < gen_nb_xmlTextWriterPtr;n_writer++) { for (n_name = 0;n_name < gen_nb_const_xmlChar_ptr;n_name++) { mem_base = xmlMemBlocks(); writer = gen_xmlTextWriterPtr(n_writer, 0); name = gen_const_xmlChar_ptr(n_name, 1); ret_val = xmlTextWriterStartAttribute(writer, (const xmlChar *)name); desret_int(ret_val); call_tests++; des_xmlTextWriterPtr(n_writer, writer, 0); des_const_xmlChar_ptr(n_name, (const xmlChar *)name, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlTextWriterStartAttribute", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_writer); printf(" %d", n_name); printf("\n"); } } } function_tests++; #endif return(test_ret); } static int test_xmlTextWriterStartAttributeNS(void) { int test_ret = 0; #if defined(LIBXML_WRITER_ENABLED) int mem_base; int ret_val; xmlTextWriterPtr writer; /* the xmlTextWriterPtr */ int n_writer; xmlChar * prefix; /* namespace prefix or NULL */ int n_prefix; xmlChar * name; /* element local name */ int n_name; xmlChar * namespaceURI; /* namespace URI or NULL */ int n_namespaceURI; for (n_writer = 0;n_writer < gen_nb_xmlTextWriterPtr;n_writer++) { for (n_prefix = 0;n_prefix < gen_nb_const_xmlChar_ptr;n_prefix++) { for (n_name = 0;n_name < gen_nb_const_xmlChar_ptr;n_name++) { for (n_namespaceURI = 0;n_namespaceURI < gen_nb_const_xmlChar_ptr;n_namespaceURI++) { mem_base = xmlMemBlocks(); writer = gen_xmlTextWriterPtr(n_writer, 0); prefix = gen_const_xmlChar_ptr(n_prefix, 1); name = gen_const_xmlChar_ptr(n_name, 2); namespaceURI = gen_const_xmlChar_ptr(n_namespaceURI, 3); ret_val = xmlTextWriterStartAttributeNS(writer, (const xmlChar *)prefix, (const xmlChar *)name, (const xmlChar *)namespaceURI); desret_int(ret_val); call_tests++; des_xmlTextWriterPtr(n_writer, writer, 0); des_const_xmlChar_ptr(n_prefix, (const xmlChar *)prefix, 1); des_const_xmlChar_ptr(n_name, (const xmlChar *)name, 2); des_const_xmlChar_ptr(n_namespaceURI, (const xmlChar *)namespaceURI, 3); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlTextWriterStartAttributeNS", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_writer); printf(" %d", n_prefix); printf(" %d", n_name); printf(" %d", n_namespaceURI); printf("\n"); } } } } } function_tests++; #endif return(test_ret); } static int test_xmlTextWriterStartCDATA(void) { int test_ret = 0; #if defined(LIBXML_WRITER_ENABLED) int mem_base; int ret_val; xmlTextWriterPtr writer; /* the xmlTextWriterPtr */ int n_writer; for (n_writer = 0;n_writer < gen_nb_xmlTextWriterPtr;n_writer++) { mem_base = xmlMemBlocks(); writer = gen_xmlTextWriterPtr(n_writer, 0); ret_val = xmlTextWriterStartCDATA(writer); desret_int(ret_val); call_tests++; des_xmlTextWriterPtr(n_writer, writer, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlTextWriterStartCDATA", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_writer); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlTextWriterStartComment(void) { int test_ret = 0; #if defined(LIBXML_WRITER_ENABLED) int mem_base; int ret_val; xmlTextWriterPtr writer; /* the xmlTextWriterPtr */ int n_writer; for (n_writer = 0;n_writer < gen_nb_xmlTextWriterPtr;n_writer++) { mem_base = xmlMemBlocks(); writer = gen_xmlTextWriterPtr(n_writer, 0); ret_val = xmlTextWriterStartComment(writer); desret_int(ret_val); call_tests++; des_xmlTextWriterPtr(n_writer, writer, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlTextWriterStartComment", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_writer); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlTextWriterStartDTD(void) { int test_ret = 0; #if defined(LIBXML_WRITER_ENABLED) int mem_base; int ret_val; xmlTextWriterPtr writer; /* the xmlTextWriterPtr */ int n_writer; xmlChar * name; /* the name of the DTD */ int n_name; xmlChar * pubid; /* the public identifier, which is an alternative to the system identifier */ int n_pubid; xmlChar * sysid; /* the system identifier, which is the URI of the DTD */ int n_sysid; for (n_writer = 0;n_writer < gen_nb_xmlTextWriterPtr;n_writer++) { for (n_name = 0;n_name < gen_nb_const_xmlChar_ptr;n_name++) { for (n_pubid = 0;n_pubid < gen_nb_const_xmlChar_ptr;n_pubid++) { for (n_sysid = 0;n_sysid < gen_nb_const_xmlChar_ptr;n_sysid++) { mem_base = xmlMemBlocks(); writer = gen_xmlTextWriterPtr(n_writer, 0); name = gen_const_xmlChar_ptr(n_name, 1); pubid = gen_const_xmlChar_ptr(n_pubid, 2); sysid = gen_const_xmlChar_ptr(n_sysid, 3); ret_val = xmlTextWriterStartDTD(writer, (const xmlChar *)name, (const xmlChar *)pubid, (const xmlChar *)sysid); desret_int(ret_val); call_tests++; des_xmlTextWriterPtr(n_writer, writer, 0); des_const_xmlChar_ptr(n_name, (const xmlChar *)name, 1); des_const_xmlChar_ptr(n_pubid, (const xmlChar *)pubid, 2); des_const_xmlChar_ptr(n_sysid, (const xmlChar *)sysid, 3); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlTextWriterStartDTD", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_writer); printf(" %d", n_name); printf(" %d", n_pubid); printf(" %d", n_sysid); printf("\n"); } } } } } function_tests++; #endif return(test_ret); } static int test_xmlTextWriterStartDTDAttlist(void) { int test_ret = 0; #if defined(LIBXML_WRITER_ENABLED) int mem_base; int ret_val; xmlTextWriterPtr writer; /* the xmlTextWriterPtr */ int n_writer; xmlChar * name; /* the name of the DTD ATTLIST */ int n_name; for (n_writer = 0;n_writer < gen_nb_xmlTextWriterPtr;n_writer++) { for (n_name = 0;n_name < gen_nb_const_xmlChar_ptr;n_name++) { mem_base = xmlMemBlocks(); writer = gen_xmlTextWriterPtr(n_writer, 0); name = gen_const_xmlChar_ptr(n_name, 1); ret_val = xmlTextWriterStartDTDAttlist(writer, (const xmlChar *)name); desret_int(ret_val); call_tests++; des_xmlTextWriterPtr(n_writer, writer, 0); des_const_xmlChar_ptr(n_name, (const xmlChar *)name, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlTextWriterStartDTDAttlist", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_writer); printf(" %d", n_name); printf("\n"); } } } function_tests++; #endif return(test_ret); } static int test_xmlTextWriterStartDTDElement(void) { int test_ret = 0; #if defined(LIBXML_WRITER_ENABLED) int mem_base; int ret_val; xmlTextWriterPtr writer; /* the xmlTextWriterPtr */ int n_writer; xmlChar * name; /* the name of the DTD element */ int n_name; for (n_writer = 0;n_writer < gen_nb_xmlTextWriterPtr;n_writer++) { for (n_name = 0;n_name < gen_nb_const_xmlChar_ptr;n_name++) { mem_base = xmlMemBlocks(); writer = gen_xmlTextWriterPtr(n_writer, 0); name = gen_const_xmlChar_ptr(n_name, 1); ret_val = xmlTextWriterStartDTDElement(writer, (const xmlChar *)name); desret_int(ret_val); call_tests++; des_xmlTextWriterPtr(n_writer, writer, 0); des_const_xmlChar_ptr(n_name, (const xmlChar *)name, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlTextWriterStartDTDElement", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_writer); printf(" %d", n_name); printf("\n"); } } } function_tests++; #endif return(test_ret); } static int test_xmlTextWriterStartDTDEntity(void) { int test_ret = 0; #if defined(LIBXML_WRITER_ENABLED) int mem_base; int ret_val; xmlTextWriterPtr writer; /* the xmlTextWriterPtr */ int n_writer; int pe; /* TRUE if this is a parameter entity, FALSE if not */ int n_pe; xmlChar * name; /* the name of the DTD ATTLIST */ int n_name; for (n_writer = 0;n_writer < gen_nb_xmlTextWriterPtr;n_writer++) { for (n_pe = 0;n_pe < gen_nb_int;n_pe++) { for (n_name = 0;n_name < gen_nb_const_xmlChar_ptr;n_name++) { mem_base = xmlMemBlocks(); writer = gen_xmlTextWriterPtr(n_writer, 0); pe = gen_int(n_pe, 1); name = gen_const_xmlChar_ptr(n_name, 2); ret_val = xmlTextWriterStartDTDEntity(writer, pe, (const xmlChar *)name); desret_int(ret_val); call_tests++; des_xmlTextWriterPtr(n_writer, writer, 0); des_int(n_pe, pe, 1); des_const_xmlChar_ptr(n_name, (const xmlChar *)name, 2); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlTextWriterStartDTDEntity", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_writer); printf(" %d", n_pe); printf(" %d", n_name); printf("\n"); } } } } function_tests++; #endif return(test_ret); } static int test_xmlTextWriterStartDocument(void) { int test_ret = 0; #if defined(LIBXML_WRITER_ENABLED) int mem_base; int ret_val; xmlTextWriterPtr writer; /* the xmlTextWriterPtr */ int n_writer; char * version; /* the xml version ("1.0") or NULL for default ("1.0") */ int n_version; char * encoding; /* the encoding or NULL for default */ int n_encoding; char * standalone; /* "yes" or "no" or NULL for default */ int n_standalone; for (n_writer = 0;n_writer < gen_nb_xmlTextWriterPtr;n_writer++) { for (n_version = 0;n_version < gen_nb_const_char_ptr;n_version++) { for (n_encoding = 0;n_encoding < gen_nb_const_char_ptr;n_encoding++) { for (n_standalone = 0;n_standalone < gen_nb_const_char_ptr;n_standalone++) { mem_base = xmlMemBlocks(); writer = gen_xmlTextWriterPtr(n_writer, 0); version = gen_const_char_ptr(n_version, 1); encoding = gen_const_char_ptr(n_encoding, 2); standalone = gen_const_char_ptr(n_standalone, 3); ret_val = xmlTextWriterStartDocument(writer, (const char *)version, (const char *)encoding, (const char *)standalone); desret_int(ret_val); call_tests++; des_xmlTextWriterPtr(n_writer, writer, 0); des_const_char_ptr(n_version, (const char *)version, 1); des_const_char_ptr(n_encoding, (const char *)encoding, 2); des_const_char_ptr(n_standalone, (const char *)standalone, 3); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlTextWriterStartDocument", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_writer); printf(" %d", n_version); printf(" %d", n_encoding); printf(" %d", n_standalone); printf("\n"); } } } } } function_tests++; #endif return(test_ret); } static int test_xmlTextWriterStartElement(void) { int test_ret = 0; #if defined(LIBXML_WRITER_ENABLED) int mem_base; int ret_val; xmlTextWriterPtr writer; /* the xmlTextWriterPtr */ int n_writer; xmlChar * name; /* element name */ int n_name; for (n_writer = 0;n_writer < gen_nb_xmlTextWriterPtr;n_writer++) { for (n_name = 0;n_name < gen_nb_const_xmlChar_ptr;n_name++) { mem_base = xmlMemBlocks(); writer = gen_xmlTextWriterPtr(n_writer, 0); name = gen_const_xmlChar_ptr(n_name, 1); ret_val = xmlTextWriterStartElement(writer, (const xmlChar *)name); desret_int(ret_val); call_tests++; des_xmlTextWriterPtr(n_writer, writer, 0); des_const_xmlChar_ptr(n_name, (const xmlChar *)name, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlTextWriterStartElement", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_writer); printf(" %d", n_name); printf("\n"); } } } function_tests++; #endif return(test_ret); } static int test_xmlTextWriterStartElementNS(void) { int test_ret = 0; #if defined(LIBXML_WRITER_ENABLED) int mem_base; int ret_val; xmlTextWriterPtr writer; /* the xmlTextWriterPtr */ int n_writer; xmlChar * prefix; /* namespace prefix or NULL */ int n_prefix; xmlChar * name; /* element local name */ int n_name; xmlChar * namespaceURI; /* namespace URI or NULL */ int n_namespaceURI; for (n_writer = 0;n_writer < gen_nb_xmlTextWriterPtr;n_writer++) { for (n_prefix = 0;n_prefix < gen_nb_const_xmlChar_ptr;n_prefix++) { for (n_name = 0;n_name < gen_nb_const_xmlChar_ptr;n_name++) { for (n_namespaceURI = 0;n_namespaceURI < gen_nb_const_xmlChar_ptr;n_namespaceURI++) { mem_base = xmlMemBlocks(); writer = gen_xmlTextWriterPtr(n_writer, 0); prefix = gen_const_xmlChar_ptr(n_prefix, 1); name = gen_const_xmlChar_ptr(n_name, 2); namespaceURI = gen_const_xmlChar_ptr(n_namespaceURI, 3); ret_val = xmlTextWriterStartElementNS(writer, (const xmlChar *)prefix, (const xmlChar *)name, (const xmlChar *)namespaceURI); desret_int(ret_val); call_tests++; des_xmlTextWriterPtr(n_writer, writer, 0); des_const_xmlChar_ptr(n_prefix, (const xmlChar *)prefix, 1); des_const_xmlChar_ptr(n_name, (const xmlChar *)name, 2); des_const_xmlChar_ptr(n_namespaceURI, (const xmlChar *)namespaceURI, 3); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlTextWriterStartElementNS", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_writer); printf(" %d", n_prefix); printf(" %d", n_name); printf(" %d", n_namespaceURI); printf("\n"); } } } } } function_tests++; #endif return(test_ret); } static int test_xmlTextWriterStartPI(void) { int test_ret = 0; #if defined(LIBXML_WRITER_ENABLED) int mem_base; int ret_val; xmlTextWriterPtr writer; /* the xmlTextWriterPtr */ int n_writer; xmlChar * target; /* PI target */ int n_target; for (n_writer = 0;n_writer < gen_nb_xmlTextWriterPtr;n_writer++) { for (n_target = 0;n_target < gen_nb_const_xmlChar_ptr;n_target++) { mem_base = xmlMemBlocks(); writer = gen_xmlTextWriterPtr(n_writer, 0); target = gen_const_xmlChar_ptr(n_target, 1); ret_val = xmlTextWriterStartPI(writer, (const xmlChar *)target); desret_int(ret_val); call_tests++; des_xmlTextWriterPtr(n_writer, writer, 0); des_const_xmlChar_ptr(n_target, (const xmlChar *)target, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlTextWriterStartPI", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_writer); printf(" %d", n_target); printf("\n"); } } } function_tests++; #endif return(test_ret); } static int test_xmlTextWriterWriteAttribute(void) { int test_ret = 0; #if defined(LIBXML_WRITER_ENABLED) int mem_base; int ret_val; xmlTextWriterPtr writer; /* the xmlTextWriterPtr */ int n_writer; xmlChar * name; /* attribute name */ int n_name; xmlChar * content; /* attribute content */ int n_content; for (n_writer = 0;n_writer < gen_nb_xmlTextWriterPtr;n_writer++) { for (n_name = 0;n_name < gen_nb_const_xmlChar_ptr;n_name++) { for (n_content = 0;n_content < gen_nb_const_xmlChar_ptr;n_content++) { mem_base = xmlMemBlocks(); writer = gen_xmlTextWriterPtr(n_writer, 0); name = gen_const_xmlChar_ptr(n_name, 1); content = gen_const_xmlChar_ptr(n_content, 2); ret_val = xmlTextWriterWriteAttribute(writer, (const xmlChar *)name, (const xmlChar *)content); desret_int(ret_val); call_tests++; des_xmlTextWriterPtr(n_writer, writer, 0); des_const_xmlChar_ptr(n_name, (const xmlChar *)name, 1); des_const_xmlChar_ptr(n_content, (const xmlChar *)content, 2); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlTextWriterWriteAttribute", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_writer); printf(" %d", n_name); printf(" %d", n_content); printf("\n"); } } } } function_tests++; #endif return(test_ret); } static int test_xmlTextWriterWriteAttributeNS(void) { int test_ret = 0; #if defined(LIBXML_WRITER_ENABLED) int mem_base; int ret_val; xmlTextWriterPtr writer; /* the xmlTextWriterPtr */ int n_writer; xmlChar * prefix; /* namespace prefix */ int n_prefix; xmlChar * name; /* attribute local name */ int n_name; xmlChar * namespaceURI; /* namespace URI */ int n_namespaceURI; xmlChar * content; /* attribute content */ int n_content; for (n_writer = 0;n_writer < gen_nb_xmlTextWriterPtr;n_writer++) { for (n_prefix = 0;n_prefix < gen_nb_const_xmlChar_ptr;n_prefix++) { for (n_name = 0;n_name < gen_nb_const_xmlChar_ptr;n_name++) { for (n_namespaceURI = 0;n_namespaceURI < gen_nb_const_xmlChar_ptr;n_namespaceURI++) { for (n_content = 0;n_content < gen_nb_const_xmlChar_ptr;n_content++) { mem_base = xmlMemBlocks(); writer = gen_xmlTextWriterPtr(n_writer, 0); prefix = gen_const_xmlChar_ptr(n_prefix, 1); name = gen_const_xmlChar_ptr(n_name, 2); namespaceURI = gen_const_xmlChar_ptr(n_namespaceURI, 3); content = gen_const_xmlChar_ptr(n_content, 4); ret_val = xmlTextWriterWriteAttributeNS(writer, (const xmlChar *)prefix, (const xmlChar *)name, (const xmlChar *)namespaceURI, (const xmlChar *)content); desret_int(ret_val); call_tests++; des_xmlTextWriterPtr(n_writer, writer, 0); des_const_xmlChar_ptr(n_prefix, (const xmlChar *)prefix, 1); des_const_xmlChar_ptr(n_name, (const xmlChar *)name, 2); des_const_xmlChar_ptr(n_namespaceURI, (const xmlChar *)namespaceURI, 3); des_const_xmlChar_ptr(n_content, (const xmlChar *)content, 4); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlTextWriterWriteAttributeNS", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_writer); printf(" %d", n_prefix); printf(" %d", n_name); printf(" %d", n_namespaceURI); printf(" %d", n_content); printf("\n"); } } } } } } function_tests++; #endif return(test_ret); } static int test_xmlTextWriterWriteBase64(void) { int test_ret = 0; #if defined(LIBXML_WRITER_ENABLED) int mem_base; int ret_val; xmlTextWriterPtr writer; /* the xmlTextWriterPtr */ int n_writer; char * data; /* binary data */ int n_data; int start; /* the position within the data of the first byte to encode */ int n_start; int len; /* the number of bytes to encode */ int n_len; for (n_writer = 0;n_writer < gen_nb_xmlTextWriterPtr;n_writer++) { for (n_data = 0;n_data < gen_nb_const_char_ptr;n_data++) { for (n_start = 0;n_start < gen_nb_int;n_start++) { for (n_len = 0;n_len < gen_nb_int;n_len++) { mem_base = xmlMemBlocks(); writer = gen_xmlTextWriterPtr(n_writer, 0); data = gen_const_char_ptr(n_data, 1); start = gen_int(n_start, 2); len = gen_int(n_len, 3); if ((data != NULL) && (start > (int) strlen((const char *) data) + 1)) continue; if ((data != NULL) && (len > (int) strlen((const char *) data) + 1)) continue; ret_val = xmlTextWriterWriteBase64(writer, (const char *)data, start, len); desret_int(ret_val); call_tests++; des_xmlTextWriterPtr(n_writer, writer, 0); des_const_char_ptr(n_data, (const char *)data, 1); des_int(n_start, start, 2); des_int(n_len, len, 3); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlTextWriterWriteBase64", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_writer); printf(" %d", n_data); printf(" %d", n_start); printf(" %d", n_len); printf("\n"); } } } } } function_tests++; #endif return(test_ret); } static int test_xmlTextWriterWriteBinHex(void) { int test_ret = 0; #if defined(LIBXML_WRITER_ENABLED) int mem_base; int ret_val; xmlTextWriterPtr writer; /* the xmlTextWriterPtr */ int n_writer; char * data; /* binary data */ int n_data; int start; /* the position within the data of the first byte to encode */ int n_start; int len; /* the number of bytes to encode */ int n_len; for (n_writer = 0;n_writer < gen_nb_xmlTextWriterPtr;n_writer++) { for (n_data = 0;n_data < gen_nb_const_char_ptr;n_data++) { for (n_start = 0;n_start < gen_nb_int;n_start++) { for (n_len = 0;n_len < gen_nb_int;n_len++) { mem_base = xmlMemBlocks(); writer = gen_xmlTextWriterPtr(n_writer, 0); data = gen_const_char_ptr(n_data, 1); start = gen_int(n_start, 2); len = gen_int(n_len, 3); if ((data != NULL) && (start > (int) strlen((const char *) data) + 1)) continue; if ((data != NULL) && (len > (int) strlen((const char *) data) + 1)) continue; ret_val = xmlTextWriterWriteBinHex(writer, (const char *)data, start, len); desret_int(ret_val); call_tests++; des_xmlTextWriterPtr(n_writer, writer, 0); des_const_char_ptr(n_data, (const char *)data, 1); des_int(n_start, start, 2); des_int(n_len, len, 3); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlTextWriterWriteBinHex", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_writer); printf(" %d", n_data); printf(" %d", n_start); printf(" %d", n_len); printf("\n"); } } } } } function_tests++; #endif return(test_ret); } static int test_xmlTextWriterWriteCDATA(void) { int test_ret = 0; #if defined(LIBXML_WRITER_ENABLED) int mem_base; int ret_val; xmlTextWriterPtr writer; /* the xmlTextWriterPtr */ int n_writer; xmlChar * content; /* CDATA content */ int n_content; for (n_writer = 0;n_writer < gen_nb_xmlTextWriterPtr;n_writer++) { for (n_content = 0;n_content < gen_nb_const_xmlChar_ptr;n_content++) { mem_base = xmlMemBlocks(); writer = gen_xmlTextWriterPtr(n_writer, 0); content = gen_const_xmlChar_ptr(n_content, 1); ret_val = xmlTextWriterWriteCDATA(writer, (const xmlChar *)content); desret_int(ret_val); call_tests++; des_xmlTextWriterPtr(n_writer, writer, 0); des_const_xmlChar_ptr(n_content, (const xmlChar *)content, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlTextWriterWriteCDATA", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_writer); printf(" %d", n_content); printf("\n"); } } } function_tests++; #endif return(test_ret); } static int test_xmlTextWriterWriteComment(void) { int test_ret = 0; #if defined(LIBXML_WRITER_ENABLED) int mem_base; int ret_val; xmlTextWriterPtr writer; /* the xmlTextWriterPtr */ int n_writer; xmlChar * content; /* comment string */ int n_content; for (n_writer = 0;n_writer < gen_nb_xmlTextWriterPtr;n_writer++) { for (n_content = 0;n_content < gen_nb_const_xmlChar_ptr;n_content++) { mem_base = xmlMemBlocks(); writer = gen_xmlTextWriterPtr(n_writer, 0); content = gen_const_xmlChar_ptr(n_content, 1); ret_val = xmlTextWriterWriteComment(writer, (const xmlChar *)content); desret_int(ret_val); call_tests++; des_xmlTextWriterPtr(n_writer, writer, 0); des_const_xmlChar_ptr(n_content, (const xmlChar *)content, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlTextWriterWriteComment", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_writer); printf(" %d", n_content); printf("\n"); } } } function_tests++; #endif return(test_ret); } static int test_xmlTextWriterWriteDTD(void) { int test_ret = 0; #if defined(LIBXML_WRITER_ENABLED) int mem_base; int ret_val; xmlTextWriterPtr writer; /* the xmlTextWriterPtr */ int n_writer; xmlChar * name; /* the name of the DTD */ int n_name; xmlChar * pubid; /* the public identifier, which is an alternative to the system identifier */ int n_pubid; xmlChar * sysid; /* the system identifier, which is the URI of the DTD */ int n_sysid; xmlChar * subset; /* string content of the DTD */ int n_subset; for (n_writer = 0;n_writer < gen_nb_xmlTextWriterPtr;n_writer++) { for (n_name = 0;n_name < gen_nb_const_xmlChar_ptr;n_name++) { for (n_pubid = 0;n_pubid < gen_nb_const_xmlChar_ptr;n_pubid++) { for (n_sysid = 0;n_sysid < gen_nb_const_xmlChar_ptr;n_sysid++) { for (n_subset = 0;n_subset < gen_nb_const_xmlChar_ptr;n_subset++) { mem_base = xmlMemBlocks(); writer = gen_xmlTextWriterPtr(n_writer, 0); name = gen_const_xmlChar_ptr(n_name, 1); pubid = gen_const_xmlChar_ptr(n_pubid, 2); sysid = gen_const_xmlChar_ptr(n_sysid, 3); subset = gen_const_xmlChar_ptr(n_subset, 4); ret_val = xmlTextWriterWriteDTD(writer, (const xmlChar *)name, (const xmlChar *)pubid, (const xmlChar *)sysid, (const xmlChar *)subset); desret_int(ret_val); call_tests++; des_xmlTextWriterPtr(n_writer, writer, 0); des_const_xmlChar_ptr(n_name, (const xmlChar *)name, 1); des_const_xmlChar_ptr(n_pubid, (const xmlChar *)pubid, 2); des_const_xmlChar_ptr(n_sysid, (const xmlChar *)sysid, 3); des_const_xmlChar_ptr(n_subset, (const xmlChar *)subset, 4); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlTextWriterWriteDTD", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_writer); printf(" %d", n_name); printf(" %d", n_pubid); printf(" %d", n_sysid); printf(" %d", n_subset); printf("\n"); } } } } } } function_tests++; #endif return(test_ret); } static int test_xmlTextWriterWriteDTDAttlist(void) { int test_ret = 0; #if defined(LIBXML_WRITER_ENABLED) int mem_base; int ret_val; xmlTextWriterPtr writer; /* the xmlTextWriterPtr */ int n_writer; xmlChar * name; /* the name of the DTD ATTLIST */ int n_name; xmlChar * content; /* content of the ATTLIST */ int n_content; for (n_writer = 0;n_writer < gen_nb_xmlTextWriterPtr;n_writer++) { for (n_name = 0;n_name < gen_nb_const_xmlChar_ptr;n_name++) { for (n_content = 0;n_content < gen_nb_const_xmlChar_ptr;n_content++) { mem_base = xmlMemBlocks(); writer = gen_xmlTextWriterPtr(n_writer, 0); name = gen_const_xmlChar_ptr(n_name, 1); content = gen_const_xmlChar_ptr(n_content, 2); ret_val = xmlTextWriterWriteDTDAttlist(writer, (const xmlChar *)name, (const xmlChar *)content); desret_int(ret_val); call_tests++; des_xmlTextWriterPtr(n_writer, writer, 0); des_const_xmlChar_ptr(n_name, (const xmlChar *)name, 1); des_const_xmlChar_ptr(n_content, (const xmlChar *)content, 2); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlTextWriterWriteDTDAttlist", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_writer); printf(" %d", n_name); printf(" %d", n_content); printf("\n"); } } } } function_tests++; #endif return(test_ret); } static int test_xmlTextWriterWriteDTDElement(void) { int test_ret = 0; #if defined(LIBXML_WRITER_ENABLED) int mem_base; int ret_val; xmlTextWriterPtr writer; /* the xmlTextWriterPtr */ int n_writer; xmlChar * name; /* the name of the DTD element */ int n_name; xmlChar * content; /* content of the element */ int n_content; for (n_writer = 0;n_writer < gen_nb_xmlTextWriterPtr;n_writer++) { for (n_name = 0;n_name < gen_nb_const_xmlChar_ptr;n_name++) { for (n_content = 0;n_content < gen_nb_const_xmlChar_ptr;n_content++) { mem_base = xmlMemBlocks(); writer = gen_xmlTextWriterPtr(n_writer, 0); name = gen_const_xmlChar_ptr(n_name, 1); content = gen_const_xmlChar_ptr(n_content, 2); ret_val = xmlTextWriterWriteDTDElement(writer, (const xmlChar *)name, (const xmlChar *)content); desret_int(ret_val); call_tests++; des_xmlTextWriterPtr(n_writer, writer, 0); des_const_xmlChar_ptr(n_name, (const xmlChar *)name, 1); des_const_xmlChar_ptr(n_content, (const xmlChar *)content, 2); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlTextWriterWriteDTDElement", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_writer); printf(" %d", n_name); printf(" %d", n_content); printf("\n"); } } } } function_tests++; #endif return(test_ret); } static int test_xmlTextWriterWriteDTDEntity(void) { int test_ret = 0; #if defined(LIBXML_WRITER_ENABLED) int mem_base; int ret_val; xmlTextWriterPtr writer; /* the xmlTextWriterPtr */ int n_writer; int pe; /* TRUE if this is a parameter entity, FALSE if not */ int n_pe; xmlChar * name; /* the name of the DTD entity */ int n_name; xmlChar * pubid; /* the public identifier, which is an alternative to the system identifier */ int n_pubid; xmlChar * sysid; /* the system identifier, which is the URI of the DTD */ int n_sysid; xmlChar * ndataid; /* the xml notation name. */ int n_ndataid; xmlChar * content; /* content of the entity */ int n_content; for (n_writer = 0;n_writer < gen_nb_xmlTextWriterPtr;n_writer++) { for (n_pe = 0;n_pe < gen_nb_int;n_pe++) { for (n_name = 0;n_name < gen_nb_const_xmlChar_ptr;n_name++) { for (n_pubid = 0;n_pubid < gen_nb_const_xmlChar_ptr;n_pubid++) { for (n_sysid = 0;n_sysid < gen_nb_const_xmlChar_ptr;n_sysid++) { for (n_ndataid = 0;n_ndataid < gen_nb_const_xmlChar_ptr;n_ndataid++) { for (n_content = 0;n_content < gen_nb_const_xmlChar_ptr;n_content++) { mem_base = xmlMemBlocks(); writer = gen_xmlTextWriterPtr(n_writer, 0); pe = gen_int(n_pe, 1); name = gen_const_xmlChar_ptr(n_name, 2); pubid = gen_const_xmlChar_ptr(n_pubid, 3); sysid = gen_const_xmlChar_ptr(n_sysid, 4); ndataid = gen_const_xmlChar_ptr(n_ndataid, 5); content = gen_const_xmlChar_ptr(n_content, 6); ret_val = xmlTextWriterWriteDTDEntity(writer, pe, (const xmlChar *)name, (const xmlChar *)pubid, (const xmlChar *)sysid, (const xmlChar *)ndataid, (const xmlChar *)content); desret_int(ret_val); call_tests++; des_xmlTextWriterPtr(n_writer, writer, 0); des_int(n_pe, pe, 1); des_const_xmlChar_ptr(n_name, (const xmlChar *)name, 2); des_const_xmlChar_ptr(n_pubid, (const xmlChar *)pubid, 3); des_const_xmlChar_ptr(n_sysid, (const xmlChar *)sysid, 4); des_const_xmlChar_ptr(n_ndataid, (const xmlChar *)ndataid, 5); des_const_xmlChar_ptr(n_content, (const xmlChar *)content, 6); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlTextWriterWriteDTDEntity", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_writer); printf(" %d", n_pe); printf(" %d", n_name); printf(" %d", n_pubid); printf(" %d", n_sysid); printf(" %d", n_ndataid); printf(" %d", n_content); printf("\n"); } } } } } } } } function_tests++; #endif return(test_ret); } static int test_xmlTextWriterWriteDTDExternalEntity(void) { int test_ret = 0; #if defined(LIBXML_WRITER_ENABLED) int mem_base; int ret_val; xmlTextWriterPtr writer; /* the xmlTextWriterPtr */ int n_writer; int pe; /* TRUE if this is a parameter entity, FALSE if not */ int n_pe; xmlChar * name; /* the name of the DTD entity */ int n_name; xmlChar * pubid; /* the public identifier, which is an alternative to the system identifier */ int n_pubid; xmlChar * sysid; /* the system identifier, which is the URI of the DTD */ int n_sysid; xmlChar * ndataid; /* the xml notation name. */ int n_ndataid; for (n_writer = 0;n_writer < gen_nb_xmlTextWriterPtr;n_writer++) { for (n_pe = 0;n_pe < gen_nb_int;n_pe++) { for (n_name = 0;n_name < gen_nb_const_xmlChar_ptr;n_name++) { for (n_pubid = 0;n_pubid < gen_nb_const_xmlChar_ptr;n_pubid++) { for (n_sysid = 0;n_sysid < gen_nb_const_xmlChar_ptr;n_sysid++) { for (n_ndataid = 0;n_ndataid < gen_nb_const_xmlChar_ptr;n_ndataid++) { mem_base = xmlMemBlocks(); writer = gen_xmlTextWriterPtr(n_writer, 0); pe = gen_int(n_pe, 1); name = gen_const_xmlChar_ptr(n_name, 2); pubid = gen_const_xmlChar_ptr(n_pubid, 3); sysid = gen_const_xmlChar_ptr(n_sysid, 4); ndataid = gen_const_xmlChar_ptr(n_ndataid, 5); ret_val = xmlTextWriterWriteDTDExternalEntity(writer, pe, (const xmlChar *)name, (const xmlChar *)pubid, (const xmlChar *)sysid, (const xmlChar *)ndataid); desret_int(ret_val); call_tests++; des_xmlTextWriterPtr(n_writer, writer, 0); des_int(n_pe, pe, 1); des_const_xmlChar_ptr(n_name, (const xmlChar *)name, 2); des_const_xmlChar_ptr(n_pubid, (const xmlChar *)pubid, 3); des_const_xmlChar_ptr(n_sysid, (const xmlChar *)sysid, 4); des_const_xmlChar_ptr(n_ndataid, (const xmlChar *)ndataid, 5); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlTextWriterWriteDTDExternalEntity", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_writer); printf(" %d", n_pe); printf(" %d", n_name); printf(" %d", n_pubid); printf(" %d", n_sysid); printf(" %d", n_ndataid); printf("\n"); } } } } } } } function_tests++; #endif return(test_ret); } static int test_xmlTextWriterWriteDTDExternalEntityContents(void) { int test_ret = 0; #if defined(LIBXML_WRITER_ENABLED) int mem_base; int ret_val; xmlTextWriterPtr writer; /* the xmlTextWriterPtr */ int n_writer; xmlChar * pubid; /* the public identifier, which is an alternative to the system identifier */ int n_pubid; xmlChar * sysid; /* the system identifier, which is the URI of the DTD */ int n_sysid; xmlChar * ndataid; /* the xml notation name. */ int n_ndataid; for (n_writer = 0;n_writer < gen_nb_xmlTextWriterPtr;n_writer++) { for (n_pubid = 0;n_pubid < gen_nb_const_xmlChar_ptr;n_pubid++) { for (n_sysid = 0;n_sysid < gen_nb_const_xmlChar_ptr;n_sysid++) { for (n_ndataid = 0;n_ndataid < gen_nb_const_xmlChar_ptr;n_ndataid++) { mem_base = xmlMemBlocks(); writer = gen_xmlTextWriterPtr(n_writer, 0); pubid = gen_const_xmlChar_ptr(n_pubid, 1); sysid = gen_const_xmlChar_ptr(n_sysid, 2); ndataid = gen_const_xmlChar_ptr(n_ndataid, 3); ret_val = xmlTextWriterWriteDTDExternalEntityContents(writer, (const xmlChar *)pubid, (const xmlChar *)sysid, (const xmlChar *)ndataid); desret_int(ret_val); call_tests++; des_xmlTextWriterPtr(n_writer, writer, 0); des_const_xmlChar_ptr(n_pubid, (const xmlChar *)pubid, 1); des_const_xmlChar_ptr(n_sysid, (const xmlChar *)sysid, 2); des_const_xmlChar_ptr(n_ndataid, (const xmlChar *)ndataid, 3); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlTextWriterWriteDTDExternalEntityContents", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_writer); printf(" %d", n_pubid); printf(" %d", n_sysid); printf(" %d", n_ndataid); printf("\n"); } } } } } function_tests++; #endif return(test_ret); } static int test_xmlTextWriterWriteDTDInternalEntity(void) { int test_ret = 0; #if defined(LIBXML_WRITER_ENABLED) int mem_base; int ret_val; xmlTextWriterPtr writer; /* the xmlTextWriterPtr */ int n_writer; int pe; /* TRUE if this is a parameter entity, FALSE if not */ int n_pe; xmlChar * name; /* the name of the DTD entity */ int n_name; xmlChar * content; /* content of the entity */ int n_content; for (n_writer = 0;n_writer < gen_nb_xmlTextWriterPtr;n_writer++) { for (n_pe = 0;n_pe < gen_nb_int;n_pe++) { for (n_name = 0;n_name < gen_nb_const_xmlChar_ptr;n_name++) { for (n_content = 0;n_content < gen_nb_const_xmlChar_ptr;n_content++) { mem_base = xmlMemBlocks(); writer = gen_xmlTextWriterPtr(n_writer, 0); pe = gen_int(n_pe, 1); name = gen_const_xmlChar_ptr(n_name, 2); content = gen_const_xmlChar_ptr(n_content, 3); ret_val = xmlTextWriterWriteDTDInternalEntity(writer, pe, (const xmlChar *)name, (const xmlChar *)content); desret_int(ret_val); call_tests++; des_xmlTextWriterPtr(n_writer, writer, 0); des_int(n_pe, pe, 1); des_const_xmlChar_ptr(n_name, (const xmlChar *)name, 2); des_const_xmlChar_ptr(n_content, (const xmlChar *)content, 3); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlTextWriterWriteDTDInternalEntity", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_writer); printf(" %d", n_pe); printf(" %d", n_name); printf(" %d", n_content); printf("\n"); } } } } } function_tests++; #endif return(test_ret); } static int test_xmlTextWriterWriteDTDNotation(void) { int test_ret = 0; #if defined(LIBXML_WRITER_ENABLED) int mem_base; int ret_val; xmlTextWriterPtr writer; /* the xmlTextWriterPtr */ int n_writer; xmlChar * name; /* the name of the xml notation */ int n_name; xmlChar * pubid; /* the public identifier, which is an alternative to the system identifier */ int n_pubid; xmlChar * sysid; /* the system identifier, which is the URI of the DTD */ int n_sysid; for (n_writer = 0;n_writer < gen_nb_xmlTextWriterPtr;n_writer++) { for (n_name = 0;n_name < gen_nb_const_xmlChar_ptr;n_name++) { for (n_pubid = 0;n_pubid < gen_nb_const_xmlChar_ptr;n_pubid++) { for (n_sysid = 0;n_sysid < gen_nb_const_xmlChar_ptr;n_sysid++) { mem_base = xmlMemBlocks(); writer = gen_xmlTextWriterPtr(n_writer, 0); name = gen_const_xmlChar_ptr(n_name, 1); pubid = gen_const_xmlChar_ptr(n_pubid, 2); sysid = gen_const_xmlChar_ptr(n_sysid, 3); ret_val = xmlTextWriterWriteDTDNotation(writer, (const xmlChar *)name, (const xmlChar *)pubid, (const xmlChar *)sysid); desret_int(ret_val); call_tests++; des_xmlTextWriterPtr(n_writer, writer, 0); des_const_xmlChar_ptr(n_name, (const xmlChar *)name, 1); des_const_xmlChar_ptr(n_pubid, (const xmlChar *)pubid, 2); des_const_xmlChar_ptr(n_sysid, (const xmlChar *)sysid, 3); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlTextWriterWriteDTDNotation", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_writer); printf(" %d", n_name); printf(" %d", n_pubid); printf(" %d", n_sysid); printf("\n"); } } } } } function_tests++; #endif return(test_ret); } static int test_xmlTextWriterWriteElement(void) { int test_ret = 0; #if defined(LIBXML_WRITER_ENABLED) int mem_base; int ret_val; xmlTextWriterPtr writer; /* the xmlTextWriterPtr */ int n_writer; xmlChar * name; /* element name */ int n_name; xmlChar * content; /* element content */ int n_content; for (n_writer = 0;n_writer < gen_nb_xmlTextWriterPtr;n_writer++) { for (n_name = 0;n_name < gen_nb_const_xmlChar_ptr;n_name++) { for (n_content = 0;n_content < gen_nb_const_xmlChar_ptr;n_content++) { mem_base = xmlMemBlocks(); writer = gen_xmlTextWriterPtr(n_writer, 0); name = gen_const_xmlChar_ptr(n_name, 1); content = gen_const_xmlChar_ptr(n_content, 2); ret_val = xmlTextWriterWriteElement(writer, (const xmlChar *)name, (const xmlChar *)content); desret_int(ret_val); call_tests++; des_xmlTextWriterPtr(n_writer, writer, 0); des_const_xmlChar_ptr(n_name, (const xmlChar *)name, 1); des_const_xmlChar_ptr(n_content, (const xmlChar *)content, 2); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlTextWriterWriteElement", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_writer); printf(" %d", n_name); printf(" %d", n_content); printf("\n"); } } } } function_tests++; #endif return(test_ret); } static int test_xmlTextWriterWriteElementNS(void) { int test_ret = 0; #if defined(LIBXML_WRITER_ENABLED) int mem_base; int ret_val; xmlTextWriterPtr writer; /* the xmlTextWriterPtr */ int n_writer; xmlChar * prefix; /* namespace prefix */ int n_prefix; xmlChar * name; /* element local name */ int n_name; xmlChar * namespaceURI; /* namespace URI */ int n_namespaceURI; xmlChar * content; /* element content */ int n_content; for (n_writer = 0;n_writer < gen_nb_xmlTextWriterPtr;n_writer++) { for (n_prefix = 0;n_prefix < gen_nb_const_xmlChar_ptr;n_prefix++) { for (n_name = 0;n_name < gen_nb_const_xmlChar_ptr;n_name++) { for (n_namespaceURI = 0;n_namespaceURI < gen_nb_const_xmlChar_ptr;n_namespaceURI++) { for (n_content = 0;n_content < gen_nb_const_xmlChar_ptr;n_content++) { mem_base = xmlMemBlocks(); writer = gen_xmlTextWriterPtr(n_writer, 0); prefix = gen_const_xmlChar_ptr(n_prefix, 1); name = gen_const_xmlChar_ptr(n_name, 2); namespaceURI = gen_const_xmlChar_ptr(n_namespaceURI, 3); content = gen_const_xmlChar_ptr(n_content, 4); ret_val = xmlTextWriterWriteElementNS(writer, (const xmlChar *)prefix, (const xmlChar *)name, (const xmlChar *)namespaceURI, (const xmlChar *)content); desret_int(ret_val); call_tests++; des_xmlTextWriterPtr(n_writer, writer, 0); des_const_xmlChar_ptr(n_prefix, (const xmlChar *)prefix, 1); des_const_xmlChar_ptr(n_name, (const xmlChar *)name, 2); des_const_xmlChar_ptr(n_namespaceURI, (const xmlChar *)namespaceURI, 3); des_const_xmlChar_ptr(n_content, (const xmlChar *)content, 4); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlTextWriterWriteElementNS", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_writer); printf(" %d", n_prefix); printf(" %d", n_name); printf(" %d", n_namespaceURI); printf(" %d", n_content); printf("\n"); } } } } } } function_tests++; #endif return(test_ret); } static int test_xmlTextWriterWriteFormatAttribute(void) { int test_ret = 0; /* missing type support */ return(test_ret); } static int test_xmlTextWriterWriteFormatAttributeNS(void) { int test_ret = 0; /* missing type support */ return(test_ret); } static int test_xmlTextWriterWriteFormatCDATA(void) { int test_ret = 0; /* missing type support */ return(test_ret); } static int test_xmlTextWriterWriteFormatComment(void) { int test_ret = 0; /* missing type support */ return(test_ret); } static int test_xmlTextWriterWriteFormatDTD(void) { int test_ret = 0; /* missing type support */ return(test_ret); } static int test_xmlTextWriterWriteFormatDTDAttlist(void) { int test_ret = 0; /* missing type support */ return(test_ret); } static int test_xmlTextWriterWriteFormatDTDElement(void) { int test_ret = 0; /* missing type support */ return(test_ret); } static int test_xmlTextWriterWriteFormatDTDInternalEntity(void) { int test_ret = 0; /* missing type support */ return(test_ret); } static int test_xmlTextWriterWriteFormatElement(void) { int test_ret = 0; /* missing type support */ return(test_ret); } static int test_xmlTextWriterWriteFormatElementNS(void) { int test_ret = 0; /* missing type support */ return(test_ret); } static int test_xmlTextWriterWriteFormatPI(void) { int test_ret = 0; /* missing type support */ return(test_ret); } static int test_xmlTextWriterWriteFormatRaw(void) { int test_ret = 0; /* missing type support */ return(test_ret); } static int test_xmlTextWriterWriteFormatString(void) { int test_ret = 0; /* missing type support */ return(test_ret); } static int test_xmlTextWriterWritePI(void) { int test_ret = 0; #if defined(LIBXML_WRITER_ENABLED) int mem_base; int ret_val; xmlTextWriterPtr writer; /* the xmlTextWriterPtr */ int n_writer; xmlChar * target; /* PI target */ int n_target; xmlChar * content; /* PI content */ int n_content; for (n_writer = 0;n_writer < gen_nb_xmlTextWriterPtr;n_writer++) { for (n_target = 0;n_target < gen_nb_const_xmlChar_ptr;n_target++) { for (n_content = 0;n_content < gen_nb_const_xmlChar_ptr;n_content++) { mem_base = xmlMemBlocks(); writer = gen_xmlTextWriterPtr(n_writer, 0); target = gen_const_xmlChar_ptr(n_target, 1); content = gen_const_xmlChar_ptr(n_content, 2); ret_val = xmlTextWriterWritePI(writer, (const xmlChar *)target, (const xmlChar *)content); desret_int(ret_val); call_tests++; des_xmlTextWriterPtr(n_writer, writer, 0); des_const_xmlChar_ptr(n_target, (const xmlChar *)target, 1); des_const_xmlChar_ptr(n_content, (const xmlChar *)content, 2); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlTextWriterWritePI", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_writer); printf(" %d", n_target); printf(" %d", n_content); printf("\n"); } } } } function_tests++; #endif return(test_ret); } static int test_xmlTextWriterWriteRaw(void) { int test_ret = 0; #if defined(LIBXML_WRITER_ENABLED) int mem_base; int ret_val; xmlTextWriterPtr writer; /* the xmlTextWriterPtr */ int n_writer; xmlChar * content; /* text string */ int n_content; for (n_writer = 0;n_writer < gen_nb_xmlTextWriterPtr;n_writer++) { for (n_content = 0;n_content < gen_nb_const_xmlChar_ptr;n_content++) { mem_base = xmlMemBlocks(); writer = gen_xmlTextWriterPtr(n_writer, 0); content = gen_const_xmlChar_ptr(n_content, 1); ret_val = xmlTextWriterWriteRaw(writer, (const xmlChar *)content); desret_int(ret_val); call_tests++; des_xmlTextWriterPtr(n_writer, writer, 0); des_const_xmlChar_ptr(n_content, (const xmlChar *)content, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlTextWriterWriteRaw", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_writer); printf(" %d", n_content); printf("\n"); } } } function_tests++; #endif return(test_ret); } static int test_xmlTextWriterWriteRawLen(void) { int test_ret = 0; #if defined(LIBXML_WRITER_ENABLED) int mem_base; int ret_val; xmlTextWriterPtr writer; /* the xmlTextWriterPtr */ int n_writer; xmlChar * content; /* text string */ int n_content; int len; /* length of the text string */ int n_len; for (n_writer = 0;n_writer < gen_nb_xmlTextWriterPtr;n_writer++) { for (n_content = 0;n_content < gen_nb_const_xmlChar_ptr;n_content++) { for (n_len = 0;n_len < gen_nb_int;n_len++) { mem_base = xmlMemBlocks(); writer = gen_xmlTextWriterPtr(n_writer, 0); content = gen_const_xmlChar_ptr(n_content, 1); len = gen_int(n_len, 2); if ((content != NULL) && (len > (int) strlen((const char *) content) + 1)) continue; ret_val = xmlTextWriterWriteRawLen(writer, (const xmlChar *)content, len); desret_int(ret_val); call_tests++; des_xmlTextWriterPtr(n_writer, writer, 0); des_const_xmlChar_ptr(n_content, (const xmlChar *)content, 1); des_int(n_len, len, 2); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlTextWriterWriteRawLen", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_writer); printf(" %d", n_content); printf(" %d", n_len); printf("\n"); } } } } function_tests++; #endif return(test_ret); } static int test_xmlTextWriterWriteString(void) { int test_ret = 0; #if defined(LIBXML_WRITER_ENABLED) int mem_base; int ret_val; xmlTextWriterPtr writer; /* the xmlTextWriterPtr */ int n_writer; xmlChar * content; /* text string */ int n_content; for (n_writer = 0;n_writer < gen_nb_xmlTextWriterPtr;n_writer++) { for (n_content = 0;n_content < gen_nb_const_xmlChar_ptr;n_content++) { mem_base = xmlMemBlocks(); writer = gen_xmlTextWriterPtr(n_writer, 0); content = gen_const_xmlChar_ptr(n_content, 1); ret_val = xmlTextWriterWriteString(writer, (const xmlChar *)content); desret_int(ret_val); call_tests++; des_xmlTextWriterPtr(n_writer, writer, 0); des_const_xmlChar_ptr(n_content, (const xmlChar *)content, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlTextWriterWriteString", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_writer); printf(" %d", n_content); printf("\n"); } } } function_tests++; #endif return(test_ret); } static int test_xmlTextWriterWriteVFormatAttribute(void) { int test_ret = 0; /* missing type support */ return(test_ret); } static int test_xmlTextWriterWriteVFormatAttributeNS(void) { int test_ret = 0; /* missing type support */ return(test_ret); } static int test_xmlTextWriterWriteVFormatCDATA(void) { int test_ret = 0; /* missing type support */ return(test_ret); } static int test_xmlTextWriterWriteVFormatComment(void) { int test_ret = 0; /* missing type support */ return(test_ret); } static int test_xmlTextWriterWriteVFormatDTD(void) { int test_ret = 0; /* missing type support */ return(test_ret); } static int test_xmlTextWriterWriteVFormatDTDAttlist(void) { int test_ret = 0; /* missing type support */ return(test_ret); } static int test_xmlTextWriterWriteVFormatDTDElement(void) { int test_ret = 0; /* missing type support */ return(test_ret); } static int test_xmlTextWriterWriteVFormatDTDInternalEntity(void) { int test_ret = 0; /* missing type support */ return(test_ret); } static int test_xmlTextWriterWriteVFormatElement(void) { int test_ret = 0; /* missing type support */ return(test_ret); } static int test_xmlTextWriterWriteVFormatElementNS(void) { int test_ret = 0; /* missing type support */ return(test_ret); } static int test_xmlTextWriterWriteVFormatPI(void) { int test_ret = 0; /* missing type support */ return(test_ret); } static int test_xmlTextWriterWriteVFormatRaw(void) { int test_ret = 0; /* missing type support */ return(test_ret); } static int test_xmlTextWriterWriteVFormatString(void) { int test_ret = 0; /* missing type support */ return(test_ret); } static int test_xmlwriter(void) { int test_ret = 0; if (quiet == 0) printf("Testing xmlwriter : 52 of 80 functions ...\n"); test_ret += test_xmlNewTextWriter(); test_ret += test_xmlNewTextWriterFilename(); test_ret += test_xmlNewTextWriterMemory(); test_ret += test_xmlNewTextWriterPushParser(); test_ret += test_xmlNewTextWriterTree(); test_ret += test_xmlTextWriterEndAttribute(); test_ret += test_xmlTextWriterEndCDATA(); test_ret += test_xmlTextWriterEndComment(); test_ret += test_xmlTextWriterEndDTD(); test_ret += test_xmlTextWriterEndDTDAttlist(); test_ret += test_xmlTextWriterEndDTDElement(); test_ret += test_xmlTextWriterEndDTDEntity(); test_ret += test_xmlTextWriterEndDocument(); test_ret += test_xmlTextWriterEndElement(); test_ret += test_xmlTextWriterEndPI(); test_ret += test_xmlTextWriterFlush(); test_ret += test_xmlTextWriterFullEndElement(); test_ret += test_xmlTextWriterSetIndent(); test_ret += test_xmlTextWriterSetIndentString(); test_ret += test_xmlTextWriterSetQuoteChar(); test_ret += test_xmlTextWriterStartAttribute(); test_ret += test_xmlTextWriterStartAttributeNS(); test_ret += test_xmlTextWriterStartCDATA(); test_ret += test_xmlTextWriterStartComment(); test_ret += test_xmlTextWriterStartDTD(); test_ret += test_xmlTextWriterStartDTDAttlist(); test_ret += test_xmlTextWriterStartDTDElement(); test_ret += test_xmlTextWriterStartDTDEntity(); test_ret += test_xmlTextWriterStartDocument(); test_ret += test_xmlTextWriterStartElement(); test_ret += test_xmlTextWriterStartElementNS(); test_ret += test_xmlTextWriterStartPI(); test_ret += test_xmlTextWriterWriteAttribute(); test_ret += test_xmlTextWriterWriteAttributeNS(); test_ret += test_xmlTextWriterWriteBase64(); test_ret += test_xmlTextWriterWriteBinHex(); test_ret += test_xmlTextWriterWriteCDATA(); test_ret += test_xmlTextWriterWriteComment(); test_ret += test_xmlTextWriterWriteDTD(); test_ret += test_xmlTextWriterWriteDTDAttlist(); test_ret += test_xmlTextWriterWriteDTDElement(); test_ret += test_xmlTextWriterWriteDTDEntity(); test_ret += test_xmlTextWriterWriteDTDExternalEntity(); test_ret += test_xmlTextWriterWriteDTDExternalEntityContents(); test_ret += test_xmlTextWriterWriteDTDInternalEntity(); test_ret += test_xmlTextWriterWriteDTDNotation(); test_ret += test_xmlTextWriterWriteElement(); test_ret += test_xmlTextWriterWriteElementNS(); test_ret += test_xmlTextWriterWriteFormatAttribute(); test_ret += test_xmlTextWriterWriteFormatAttributeNS(); test_ret += test_xmlTextWriterWriteFormatCDATA(); test_ret += test_xmlTextWriterWriteFormatComment(); test_ret += test_xmlTextWriterWriteFormatDTD(); test_ret += test_xmlTextWriterWriteFormatDTDAttlist(); test_ret += test_xmlTextWriterWriteFormatDTDElement(); test_ret += test_xmlTextWriterWriteFormatDTDInternalEntity(); test_ret += test_xmlTextWriterWriteFormatElement(); test_ret += test_xmlTextWriterWriteFormatElementNS(); test_ret += test_xmlTextWriterWriteFormatPI(); test_ret += test_xmlTextWriterWriteFormatRaw(); test_ret += test_xmlTextWriterWriteFormatString(); test_ret += test_xmlTextWriterWritePI(); test_ret += test_xmlTextWriterWriteRaw(); test_ret += test_xmlTextWriterWriteRawLen(); test_ret += test_xmlTextWriterWriteString(); test_ret += test_xmlTextWriterWriteVFormatAttribute(); test_ret += test_xmlTextWriterWriteVFormatAttributeNS(); test_ret += test_xmlTextWriterWriteVFormatCDATA(); test_ret += test_xmlTextWriterWriteVFormatComment(); test_ret += test_xmlTextWriterWriteVFormatDTD(); test_ret += test_xmlTextWriterWriteVFormatDTDAttlist(); test_ret += test_xmlTextWriterWriteVFormatDTDElement(); test_ret += test_xmlTextWriterWriteVFormatDTDInternalEntity(); test_ret += test_xmlTextWriterWriteVFormatElement(); test_ret += test_xmlTextWriterWriteVFormatElementNS(); test_ret += test_xmlTextWriterWriteVFormatPI(); test_ret += test_xmlTextWriterWriteVFormatRaw(); test_ret += test_xmlTextWriterWriteVFormatString(); if (test_ret != 0) printf("Module xmlwriter: %d errors\n", test_ret); return(test_ret); } static int test_xmlXPathCastBooleanToNumber(void) { int test_ret = 0; #if defined(LIBXML_XPATH_ENABLED) int mem_base; double ret_val; int val; /* a boolean */ int n_val; for (n_val = 0;n_val < gen_nb_int;n_val++) { mem_base = xmlMemBlocks(); val = gen_int(n_val, 0); ret_val = xmlXPathCastBooleanToNumber(val); desret_double(ret_val); call_tests++; des_int(n_val, val, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlXPathCastBooleanToNumber", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_val); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlXPathCastBooleanToString(void) { int test_ret = 0; #if defined(LIBXML_XPATH_ENABLED) int mem_base; xmlChar * ret_val; int val; /* a boolean */ int n_val; for (n_val = 0;n_val < gen_nb_int;n_val++) { mem_base = xmlMemBlocks(); val = gen_int(n_val, 0); ret_val = xmlXPathCastBooleanToString(val); desret_xmlChar_ptr(ret_val); call_tests++; des_int(n_val, val, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlXPathCastBooleanToString", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_val); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlXPathCastNodeSetToBoolean(void) { int test_ret = 0; #if defined(LIBXML_XPATH_ENABLED) int mem_base; int ret_val; xmlNodeSetPtr ns; /* a node-set */ int n_ns; for (n_ns = 0;n_ns < gen_nb_xmlNodeSetPtr;n_ns++) { mem_base = xmlMemBlocks(); ns = gen_xmlNodeSetPtr(n_ns, 0); ret_val = xmlXPathCastNodeSetToBoolean(ns); desret_int(ret_val); call_tests++; des_xmlNodeSetPtr(n_ns, ns, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlXPathCastNodeSetToBoolean", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ns); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlXPathCastNodeSetToNumber(void) { int test_ret = 0; #if defined(LIBXML_XPATH_ENABLED) int mem_base; double ret_val; xmlNodeSetPtr ns; /* a node-set */ int n_ns; for (n_ns = 0;n_ns < gen_nb_xmlNodeSetPtr;n_ns++) { mem_base = xmlMemBlocks(); ns = gen_xmlNodeSetPtr(n_ns, 0); ret_val = xmlXPathCastNodeSetToNumber(ns); desret_double(ret_val); call_tests++; des_xmlNodeSetPtr(n_ns, ns, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlXPathCastNodeSetToNumber", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ns); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlXPathCastNodeSetToString(void) { int test_ret = 0; #if defined(LIBXML_XPATH_ENABLED) int mem_base; xmlChar * ret_val; xmlNodeSetPtr ns; /* a node-set */ int n_ns; for (n_ns = 0;n_ns < gen_nb_xmlNodeSetPtr;n_ns++) { mem_base = xmlMemBlocks(); ns = gen_xmlNodeSetPtr(n_ns, 0); ret_val = xmlXPathCastNodeSetToString(ns); desret_xmlChar_ptr(ret_val); call_tests++; des_xmlNodeSetPtr(n_ns, ns, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlXPathCastNodeSetToString", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ns); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlXPathCastNodeToNumber(void) { int test_ret = 0; #if defined(LIBXML_XPATH_ENABLED) int mem_base; double ret_val; xmlNodePtr node; /* a node */ int n_node; for (n_node = 0;n_node < gen_nb_xmlNodePtr;n_node++) { mem_base = xmlMemBlocks(); node = gen_xmlNodePtr(n_node, 0); ret_val = xmlXPathCastNodeToNumber(node); desret_double(ret_val); call_tests++; des_xmlNodePtr(n_node, node, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlXPathCastNodeToNumber", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_node); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlXPathCastNodeToString(void) { int test_ret = 0; #if defined(LIBXML_XPATH_ENABLED) int mem_base; xmlChar * ret_val; xmlNodePtr node; /* a node */ int n_node; for (n_node = 0;n_node < gen_nb_xmlNodePtr;n_node++) { mem_base = xmlMemBlocks(); node = gen_xmlNodePtr(n_node, 0); ret_val = xmlXPathCastNodeToString(node); desret_xmlChar_ptr(ret_val); call_tests++; des_xmlNodePtr(n_node, node, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlXPathCastNodeToString", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_node); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlXPathCastNumberToBoolean(void) { int test_ret = 0; #if defined(LIBXML_XPATH_ENABLED) int mem_base; int ret_val; double val; /* a number */ int n_val; for (n_val = 0;n_val < gen_nb_double;n_val++) { mem_base = xmlMemBlocks(); val = gen_double(n_val, 0); ret_val = xmlXPathCastNumberToBoolean(val); desret_int(ret_val); call_tests++; des_double(n_val, val, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlXPathCastNumberToBoolean", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_val); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlXPathCastNumberToString(void) { int test_ret = 0; #if defined(LIBXML_XPATH_ENABLED) int mem_base; xmlChar * ret_val; double val; /* a number */ int n_val; for (n_val = 0;n_val < gen_nb_double;n_val++) { mem_base = xmlMemBlocks(); val = gen_double(n_val, 0); ret_val = xmlXPathCastNumberToString(val); desret_xmlChar_ptr(ret_val); call_tests++; des_double(n_val, val, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlXPathCastNumberToString", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_val); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlXPathCastStringToBoolean(void) { int test_ret = 0; #if defined(LIBXML_XPATH_ENABLED) int mem_base; int ret_val; xmlChar * val; /* a string */ int n_val; for (n_val = 0;n_val < gen_nb_const_xmlChar_ptr;n_val++) { mem_base = xmlMemBlocks(); val = gen_const_xmlChar_ptr(n_val, 0); ret_val = xmlXPathCastStringToBoolean((const xmlChar *)val); desret_int(ret_val); call_tests++; des_const_xmlChar_ptr(n_val, (const xmlChar *)val, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlXPathCastStringToBoolean", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_val); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlXPathCastStringToNumber(void) { int test_ret = 0; #if defined(LIBXML_XPATH_ENABLED) int mem_base; double ret_val; xmlChar * val; /* a string */ int n_val; for (n_val = 0;n_val < gen_nb_const_xmlChar_ptr;n_val++) { mem_base = xmlMemBlocks(); val = gen_const_xmlChar_ptr(n_val, 0); ret_val = xmlXPathCastStringToNumber((const xmlChar *)val); desret_double(ret_val); call_tests++; des_const_xmlChar_ptr(n_val, (const xmlChar *)val, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlXPathCastStringToNumber", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_val); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlXPathCastToBoolean(void) { int test_ret = 0; #if defined(LIBXML_XPATH_ENABLED) int mem_base; int ret_val; xmlXPathObjectPtr val; /* an XPath object */ int n_val; for (n_val = 0;n_val < gen_nb_xmlXPathObjectPtr;n_val++) { mem_base = xmlMemBlocks(); val = gen_xmlXPathObjectPtr(n_val, 0); ret_val = xmlXPathCastToBoolean(val); desret_int(ret_val); call_tests++; des_xmlXPathObjectPtr(n_val, val, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlXPathCastToBoolean", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_val); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlXPathCastToNumber(void) { int test_ret = 0; #if defined(LIBXML_XPATH_ENABLED) int mem_base; double ret_val; xmlXPathObjectPtr val; /* an XPath object */ int n_val; for (n_val = 0;n_val < gen_nb_xmlXPathObjectPtr;n_val++) { mem_base = xmlMemBlocks(); val = gen_xmlXPathObjectPtr(n_val, 0); ret_val = xmlXPathCastToNumber(val); desret_double(ret_val); call_tests++; des_xmlXPathObjectPtr(n_val, val, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlXPathCastToNumber", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_val); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlXPathCastToString(void) { int test_ret = 0; #if defined(LIBXML_XPATH_ENABLED) int mem_base; xmlChar * ret_val; xmlXPathObjectPtr val; /* an XPath object */ int n_val; for (n_val = 0;n_val < gen_nb_xmlXPathObjectPtr;n_val++) { mem_base = xmlMemBlocks(); val = gen_xmlXPathObjectPtr(n_val, 0); ret_val = xmlXPathCastToString(val); desret_xmlChar_ptr(ret_val); call_tests++; des_xmlXPathObjectPtr(n_val, val, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlXPathCastToString", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_val); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlXPathCmpNodes(void) { int test_ret = 0; #if defined(LIBXML_XPATH_ENABLED) int mem_base; int ret_val; xmlNodePtr node1; /* the first node */ int n_node1; xmlNodePtr node2; /* the second node */ int n_node2; for (n_node1 = 0;n_node1 < gen_nb_xmlNodePtr;n_node1++) { for (n_node2 = 0;n_node2 < gen_nb_xmlNodePtr;n_node2++) { mem_base = xmlMemBlocks(); node1 = gen_xmlNodePtr(n_node1, 0); node2 = gen_xmlNodePtr(n_node2, 1); ret_val = xmlXPathCmpNodes(node1, node2); desret_int(ret_val); call_tests++; des_xmlNodePtr(n_node1, node1, 0); des_xmlNodePtr(n_node2, node2, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlXPathCmpNodes", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_node1); printf(" %d", n_node2); printf("\n"); } } } function_tests++; #endif return(test_ret); } static int test_xmlXPathCompile(void) { int test_ret = 0; /* missing type support */ return(test_ret); } #ifdef LIBXML_XPATH_ENABLED #define gen_nb_xmlXPathCompExprPtr 1 static xmlXPathCompExprPtr gen_xmlXPathCompExprPtr(int no ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { return(NULL); } static void des_xmlXPathCompExprPtr(int no ATTRIBUTE_UNUSED, xmlXPathCompExprPtr val ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { } #endif #ifdef LIBXML_XPATH_ENABLED #define gen_nb_xmlXPathContextPtr 1 static xmlXPathContextPtr gen_xmlXPathContextPtr(int no ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { return(NULL); } static void des_xmlXPathContextPtr(int no ATTRIBUTE_UNUSED, xmlXPathContextPtr val ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { } #endif static int test_xmlXPathCompiledEval(void) { int test_ret = 0; #if defined(LIBXML_XPATH_ENABLED) int mem_base; xmlXPathObjectPtr ret_val; xmlXPathCompExprPtr comp; /* the compiled XPath expression */ int n_comp; xmlXPathContextPtr ctx; /* the XPath context */ int n_ctx; for (n_comp = 0;n_comp < gen_nb_xmlXPathCompExprPtr;n_comp++) { for (n_ctx = 0;n_ctx < gen_nb_xmlXPathContextPtr;n_ctx++) { mem_base = xmlMemBlocks(); comp = gen_xmlXPathCompExprPtr(n_comp, 0); ctx = gen_xmlXPathContextPtr(n_ctx, 1); ret_val = xmlXPathCompiledEval(comp, ctx); desret_xmlXPathObjectPtr(ret_val); call_tests++; des_xmlXPathCompExprPtr(n_comp, comp, 0); des_xmlXPathContextPtr(n_ctx, ctx, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlXPathCompiledEval", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_comp); printf(" %d", n_ctx); printf("\n"); } } } function_tests++; #endif return(test_ret); } static int test_xmlXPathCompiledEvalToBoolean(void) { int test_ret = 0; #if defined(LIBXML_XPATH_ENABLED) int mem_base; int ret_val; xmlXPathCompExprPtr comp; /* the compiled XPath expression */ int n_comp; xmlXPathContextPtr ctxt; /* the XPath context */ int n_ctxt; for (n_comp = 0;n_comp < gen_nb_xmlXPathCompExprPtr;n_comp++) { for (n_ctxt = 0;n_ctxt < gen_nb_xmlXPathContextPtr;n_ctxt++) { mem_base = xmlMemBlocks(); comp = gen_xmlXPathCompExprPtr(n_comp, 0); ctxt = gen_xmlXPathContextPtr(n_ctxt, 1); ret_val = xmlXPathCompiledEvalToBoolean(comp, ctxt); desret_int(ret_val); call_tests++; des_xmlXPathCompExprPtr(n_comp, comp, 0); des_xmlXPathContextPtr(n_ctxt, ctxt, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlXPathCompiledEvalToBoolean", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_comp); printf(" %d", n_ctxt); printf("\n"); } } } function_tests++; #endif return(test_ret); } static int test_xmlXPathContextSetCache(void) { int test_ret = 0; #if defined(LIBXML_XPATH_ENABLED) int mem_base; int ret_val; xmlXPathContextPtr ctxt; /* the XPath context */ int n_ctxt; int active; /* enables/disables (creates/frees) the cache */ int n_active; int value; /* a value with semantics dependent on @options */ int n_value; int options; /* options (currently only the value 0 is used) */ int n_options; for (n_ctxt = 0;n_ctxt < gen_nb_xmlXPathContextPtr;n_ctxt++) { for (n_active = 0;n_active < gen_nb_int;n_active++) { for (n_value = 0;n_value < gen_nb_int;n_value++) { for (n_options = 0;n_options < gen_nb_int;n_options++) { mem_base = xmlMemBlocks(); ctxt = gen_xmlXPathContextPtr(n_ctxt, 0); active = gen_int(n_active, 1); value = gen_int(n_value, 2); options = gen_int(n_options, 3); ret_val = xmlXPathContextSetCache(ctxt, active, value, options); desret_int(ret_val); call_tests++; des_xmlXPathContextPtr(n_ctxt, ctxt, 0); des_int(n_active, active, 1); des_int(n_value, value, 2); des_int(n_options, options, 3); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlXPathContextSetCache", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf(" %d", n_active); printf(" %d", n_value); printf(" %d", n_options); printf("\n"); } } } } } function_tests++; #endif return(test_ret); } static int test_xmlXPathConvertBoolean(void) { int test_ret = 0; #if defined(LIBXML_XPATH_ENABLED) int mem_base; xmlXPathObjectPtr ret_val; xmlXPathObjectPtr val; /* an XPath object */ int n_val; for (n_val = 0;n_val < gen_nb_xmlXPathObjectPtr;n_val++) { mem_base = xmlMemBlocks(); val = gen_xmlXPathObjectPtr(n_val, 0); ret_val = xmlXPathConvertBoolean(val); val = NULL; desret_xmlXPathObjectPtr(ret_val); call_tests++; des_xmlXPathObjectPtr(n_val, val, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlXPathConvertBoolean", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_val); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlXPathConvertNumber(void) { int test_ret = 0; #if defined(LIBXML_XPATH_ENABLED) int mem_base; xmlXPathObjectPtr ret_val; xmlXPathObjectPtr val; /* an XPath object */ int n_val; for (n_val = 0;n_val < gen_nb_xmlXPathObjectPtr;n_val++) { mem_base = xmlMemBlocks(); val = gen_xmlXPathObjectPtr(n_val, 0); ret_val = xmlXPathConvertNumber(val); val = NULL; desret_xmlXPathObjectPtr(ret_val); call_tests++; des_xmlXPathObjectPtr(n_val, val, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlXPathConvertNumber", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_val); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlXPathConvertString(void) { int test_ret = 0; #if defined(LIBXML_XPATH_ENABLED) int mem_base; xmlXPathObjectPtr ret_val; xmlXPathObjectPtr val; /* an XPath object */ int n_val; for (n_val = 0;n_val < gen_nb_xmlXPathObjectPtr;n_val++) { mem_base = xmlMemBlocks(); val = gen_xmlXPathObjectPtr(n_val, 0); ret_val = xmlXPathConvertString(val); val = NULL; desret_xmlXPathObjectPtr(ret_val); call_tests++; des_xmlXPathObjectPtr(n_val, val, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlXPathConvertString", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_val); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlXPathCtxtCompile(void) { int test_ret = 0; /* missing type support */ return(test_ret); } static int test_xmlXPathEval(void) { int test_ret = 0; #if defined(LIBXML_XPATH_ENABLED) int mem_base; xmlXPathObjectPtr ret_val; xmlChar * str; /* the XPath expression */ int n_str; xmlXPathContextPtr ctx; /* the XPath context */ int n_ctx; for (n_str = 0;n_str < gen_nb_const_xmlChar_ptr;n_str++) { for (n_ctx = 0;n_ctx < gen_nb_xmlXPathContextPtr;n_ctx++) { mem_base = xmlMemBlocks(); str = gen_const_xmlChar_ptr(n_str, 0); ctx = gen_xmlXPathContextPtr(n_ctx, 1); ret_val = xmlXPathEval((const xmlChar *)str, ctx); desret_xmlXPathObjectPtr(ret_val); call_tests++; des_const_xmlChar_ptr(n_str, (const xmlChar *)str, 0); des_xmlXPathContextPtr(n_ctx, ctx, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlXPathEval", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_str); printf(" %d", n_ctx); printf("\n"); } } } function_tests++; #endif return(test_ret); } static int test_xmlXPathEvalExpression(void) { int test_ret = 0; #if defined(LIBXML_XPATH_ENABLED) int mem_base; xmlXPathObjectPtr ret_val; xmlChar * str; /* the XPath expression */ int n_str; xmlXPathContextPtr ctxt; /* the XPath context */ int n_ctxt; for (n_str = 0;n_str < gen_nb_const_xmlChar_ptr;n_str++) { for (n_ctxt = 0;n_ctxt < gen_nb_xmlXPathContextPtr;n_ctxt++) { mem_base = xmlMemBlocks(); str = gen_const_xmlChar_ptr(n_str, 0); ctxt = gen_xmlXPathContextPtr(n_ctxt, 1); ret_val = xmlXPathEvalExpression((const xmlChar *)str, ctxt); desret_xmlXPathObjectPtr(ret_val); call_tests++; des_const_xmlChar_ptr(n_str, (const xmlChar *)str, 0); des_xmlXPathContextPtr(n_ctxt, ctxt, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlXPathEvalExpression", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_str); printf(" %d", n_ctxt); printf("\n"); } } } function_tests++; #endif return(test_ret); } static int test_xmlXPathEvalPredicate(void) { int test_ret = 0; #if defined(LIBXML_XPATH_ENABLED) int mem_base; int ret_val; xmlXPathContextPtr ctxt; /* the XPath context */ int n_ctxt; xmlXPathObjectPtr res; /* the Predicate Expression evaluation result */ int n_res; for (n_ctxt = 0;n_ctxt < gen_nb_xmlXPathContextPtr;n_ctxt++) { for (n_res = 0;n_res < gen_nb_xmlXPathObjectPtr;n_res++) { mem_base = xmlMemBlocks(); ctxt = gen_xmlXPathContextPtr(n_ctxt, 0); res = gen_xmlXPathObjectPtr(n_res, 1); ret_val = xmlXPathEvalPredicate(ctxt, res); desret_int(ret_val); call_tests++; des_xmlXPathContextPtr(n_ctxt, ctxt, 0); des_xmlXPathObjectPtr(n_res, res, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlXPathEvalPredicate", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf(" %d", n_res); printf("\n"); } } } function_tests++; #endif return(test_ret); } static int test_xmlXPathInit(void) { int test_ret = 0; #if defined(LIBXML_XPATH_ENABLED) || defined(LIBXML_SCHEMAS_ENABLED) int mem_base; mem_base = xmlMemBlocks(); xmlXPathInit(); call_tests++; xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlXPathInit", xmlMemBlocks() - mem_base); test_ret++; printf("\n"); } function_tests++; #endif return(test_ret); } static int test_xmlXPathIsInf(void) { int test_ret = 0; #if defined(LIBXML_XPATH_ENABLED) || defined(LIBXML_SCHEMAS_ENABLED) int mem_base; int ret_val; double val; /* a double value */ int n_val; for (n_val = 0;n_val < gen_nb_double;n_val++) { mem_base = xmlMemBlocks(); val = gen_double(n_val, 0); ret_val = xmlXPathIsInf(val); desret_int(ret_val); call_tests++; des_double(n_val, val, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlXPathIsInf", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_val); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlXPathIsNaN(void) { int test_ret = 0; #if defined(LIBXML_XPATH_ENABLED) || defined(LIBXML_SCHEMAS_ENABLED) int mem_base; int ret_val; double val; /* a double value */ int n_val; for (n_val = 0;n_val < gen_nb_double;n_val++) { mem_base = xmlMemBlocks(); val = gen_double(n_val, 0); ret_val = xmlXPathIsNaN(val); desret_int(ret_val); call_tests++; des_double(n_val, val, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlXPathIsNaN", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_val); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlXPathNewContext(void) { int test_ret = 0; /* missing type support */ return(test_ret); } static int test_xmlXPathNodeEval(void) { int test_ret = 0; #if defined(LIBXML_XPATH_ENABLED) int mem_base; xmlXPathObjectPtr ret_val; xmlNodePtr node; /* the node to to use as the context node */ int n_node; xmlChar * str; /* the XPath expression */ int n_str; xmlXPathContextPtr ctx; /* the XPath context */ int n_ctx; for (n_node = 0;n_node < gen_nb_xmlNodePtr;n_node++) { for (n_str = 0;n_str < gen_nb_const_xmlChar_ptr;n_str++) { for (n_ctx = 0;n_ctx < gen_nb_xmlXPathContextPtr;n_ctx++) { mem_base = xmlMemBlocks(); node = gen_xmlNodePtr(n_node, 0); str = gen_const_xmlChar_ptr(n_str, 1); ctx = gen_xmlXPathContextPtr(n_ctx, 2); ret_val = xmlXPathNodeEval(node, (const xmlChar *)str, ctx); desret_xmlXPathObjectPtr(ret_val); call_tests++; des_xmlNodePtr(n_node, node, 0); des_const_xmlChar_ptr(n_str, (const xmlChar *)str, 1); des_xmlXPathContextPtr(n_ctx, ctx, 2); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlXPathNodeEval", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_node); printf(" %d", n_str); printf(" %d", n_ctx); printf("\n"); } } } } function_tests++; #endif return(test_ret); } static int test_xmlXPathNodeSetCreate(void) { int test_ret = 0; #if defined(LIBXML_XPATH_ENABLED) int mem_base; xmlNodeSetPtr ret_val; xmlNodePtr val; /* an initial xmlNodePtr, or NULL */ int n_val; for (n_val = 0;n_val < gen_nb_xmlNodePtr;n_val++) { mem_base = xmlMemBlocks(); val = gen_xmlNodePtr(n_val, 0); ret_val = xmlXPathNodeSetCreate(val); desret_xmlNodeSetPtr(ret_val); call_tests++; des_xmlNodePtr(n_val, val, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlXPathNodeSetCreate", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_val); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlXPathObjectCopy(void) { int test_ret = 0; #if defined(LIBXML_XPATH_ENABLED) int mem_base; xmlXPathObjectPtr ret_val; xmlXPathObjectPtr val; /* the original object */ int n_val; for (n_val = 0;n_val < gen_nb_xmlXPathObjectPtr;n_val++) { mem_base = xmlMemBlocks(); val = gen_xmlXPathObjectPtr(n_val, 0); ret_val = xmlXPathObjectCopy(val); desret_xmlXPathObjectPtr(ret_val); call_tests++; des_xmlXPathObjectPtr(n_val, val, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlXPathObjectCopy", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_val); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlXPathOrderDocElems(void) { int test_ret = 0; #if defined(LIBXML_XPATH_ENABLED) int mem_base; long ret_val; xmlDocPtr doc; /* an input document */ int n_doc; for (n_doc = 0;n_doc < gen_nb_xmlDocPtr;n_doc++) { mem_base = xmlMemBlocks(); doc = gen_xmlDocPtr(n_doc, 0); ret_val = xmlXPathOrderDocElems(doc); desret_long(ret_val); call_tests++; des_xmlDocPtr(n_doc, doc, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlXPathOrderDocElems", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_doc); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlXPathSetContextNode(void) { int test_ret = 0; #if defined(LIBXML_XPATH_ENABLED) int mem_base; int ret_val; xmlNodePtr node; /* the node to to use as the context node */ int n_node; xmlXPathContextPtr ctx; /* the XPath context */ int n_ctx; for (n_node = 0;n_node < gen_nb_xmlNodePtr;n_node++) { for (n_ctx = 0;n_ctx < gen_nb_xmlXPathContextPtr;n_ctx++) { mem_base = xmlMemBlocks(); node = gen_xmlNodePtr(n_node, 0); ctx = gen_xmlXPathContextPtr(n_ctx, 1); ret_val = xmlXPathSetContextNode(node, ctx); desret_int(ret_val); call_tests++; des_xmlNodePtr(n_node, node, 0); des_xmlXPathContextPtr(n_ctx, ctx, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlXPathSetContextNode", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_node); printf(" %d", n_ctx); printf("\n"); } } } function_tests++; #endif return(test_ret); } static int test_xpath(void) { int test_ret = 0; if (quiet == 0) printf("Testing xpath : 32 of 40 functions ...\n"); test_ret += test_xmlXPathCastBooleanToNumber(); test_ret += test_xmlXPathCastBooleanToString(); test_ret += test_xmlXPathCastNodeSetToBoolean(); test_ret += test_xmlXPathCastNodeSetToNumber(); test_ret += test_xmlXPathCastNodeSetToString(); test_ret += test_xmlXPathCastNodeToNumber(); test_ret += test_xmlXPathCastNodeToString(); test_ret += test_xmlXPathCastNumberToBoolean(); test_ret += test_xmlXPathCastNumberToString(); test_ret += test_xmlXPathCastStringToBoolean(); test_ret += test_xmlXPathCastStringToNumber(); test_ret += test_xmlXPathCastToBoolean(); test_ret += test_xmlXPathCastToNumber(); test_ret += test_xmlXPathCastToString(); test_ret += test_xmlXPathCmpNodes(); test_ret += test_xmlXPathCompile(); test_ret += test_xmlXPathCompiledEval(); test_ret += test_xmlXPathCompiledEvalToBoolean(); test_ret += test_xmlXPathContextSetCache(); test_ret += test_xmlXPathConvertBoolean(); test_ret += test_xmlXPathConvertNumber(); test_ret += test_xmlXPathConvertString(); test_ret += test_xmlXPathCtxtCompile(); test_ret += test_xmlXPathEval(); test_ret += test_xmlXPathEvalExpression(); test_ret += test_xmlXPathEvalPredicate(); test_ret += test_xmlXPathInit(); test_ret += test_xmlXPathIsInf(); test_ret += test_xmlXPathIsNaN(); test_ret += test_xmlXPathNewContext(); test_ret += test_xmlXPathNodeEval(); test_ret += test_xmlXPathNodeSetCreate(); test_ret += test_xmlXPathObjectCopy(); test_ret += test_xmlXPathOrderDocElems(); test_ret += test_xmlXPathSetContextNode(); if (test_ret != 0) printf("Module xpath: %d errors\n", test_ret); return(test_ret); } #ifdef LIBXML_XPATH_ENABLED #define gen_nb_xmlXPathParserContextPtr 1 static xmlXPathParserContextPtr gen_xmlXPathParserContextPtr(int no ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { return(NULL); } static void des_xmlXPathParserContextPtr(int no ATTRIBUTE_UNUSED, xmlXPathParserContextPtr val ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { } #endif static int test_valuePop(void) { int test_ret = 0; #if defined(LIBXML_XPATH_ENABLED) int mem_base; xmlXPathObjectPtr ret_val; xmlXPathParserContextPtr ctxt; /* an XPath evaluation context */ int n_ctxt; for (n_ctxt = 0;n_ctxt < gen_nb_xmlXPathParserContextPtr;n_ctxt++) { mem_base = xmlMemBlocks(); ctxt = gen_xmlXPathParserContextPtr(n_ctxt, 0); ret_val = valuePop(ctxt); desret_xmlXPathObjectPtr(ret_val); call_tests++; des_xmlXPathParserContextPtr(n_ctxt, ctxt, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in valuePop", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_valuePush(void) { int test_ret = 0; #if defined(LIBXML_XPATH_ENABLED) int mem_base; int ret_val; xmlXPathParserContextPtr ctxt; /* an XPath evaluation context */ int n_ctxt; xmlXPathObjectPtr value; /* the XPath object */ int n_value; for (n_ctxt = 0;n_ctxt < gen_nb_xmlXPathParserContextPtr;n_ctxt++) { for (n_value = 0;n_value < gen_nb_xmlXPathObjectPtr;n_value++) { mem_base = xmlMemBlocks(); ctxt = gen_xmlXPathParserContextPtr(n_ctxt, 0); value = gen_xmlXPathObjectPtr(n_value, 1); ret_val = valuePush(ctxt, value); desret_int(ret_val); call_tests++; des_xmlXPathParserContextPtr(n_ctxt, ctxt, 0); des_xmlXPathObjectPtr(n_value, value, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in valuePush", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf(" %d", n_value); printf("\n"); } } } function_tests++; #endif return(test_ret); } static int test_xmlXPathAddValues(void) { int test_ret = 0; #if defined(LIBXML_XPATH_ENABLED) int mem_base; xmlXPathParserContextPtr ctxt; /* the XPath Parser context */ int n_ctxt; for (n_ctxt = 0;n_ctxt < gen_nb_xmlXPathParserContextPtr;n_ctxt++) { mem_base = xmlMemBlocks(); ctxt = gen_xmlXPathParserContextPtr(n_ctxt, 0); xmlXPathAddValues(ctxt); call_tests++; des_xmlXPathParserContextPtr(n_ctxt, ctxt, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlXPathAddValues", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlXPathBooleanFunction(void) { int test_ret = 0; #if defined(LIBXML_XPATH_ENABLED) int mem_base; xmlXPathParserContextPtr ctxt; /* the XPath Parser context */ int n_ctxt; int nargs; /* the number of arguments */ int n_nargs; for (n_ctxt = 0;n_ctxt < gen_nb_xmlXPathParserContextPtr;n_ctxt++) { for (n_nargs = 0;n_nargs < gen_nb_int;n_nargs++) { mem_base = xmlMemBlocks(); ctxt = gen_xmlXPathParserContextPtr(n_ctxt, 0); nargs = gen_int(n_nargs, 1); xmlXPathBooleanFunction(ctxt, nargs); call_tests++; des_xmlXPathParserContextPtr(n_ctxt, ctxt, 0); des_int(n_nargs, nargs, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlXPathBooleanFunction", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf(" %d", n_nargs); printf("\n"); } } } function_tests++; #endif return(test_ret); } static int test_xmlXPathCeilingFunction(void) { int test_ret = 0; #if defined(LIBXML_XPATH_ENABLED) int mem_base; xmlXPathParserContextPtr ctxt; /* the XPath Parser context */ int n_ctxt; int nargs; /* the number of arguments */ int n_nargs; for (n_ctxt = 0;n_ctxt < gen_nb_xmlXPathParserContextPtr;n_ctxt++) { for (n_nargs = 0;n_nargs < gen_nb_int;n_nargs++) { mem_base = xmlMemBlocks(); ctxt = gen_xmlXPathParserContextPtr(n_ctxt, 0); nargs = gen_int(n_nargs, 1); xmlXPathCeilingFunction(ctxt, nargs); call_tests++; des_xmlXPathParserContextPtr(n_ctxt, ctxt, 0); des_int(n_nargs, nargs, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlXPathCeilingFunction", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf(" %d", n_nargs); printf("\n"); } } } function_tests++; #endif return(test_ret); } static int test_xmlXPathCompareValues(void) { int test_ret = 0; #if defined(LIBXML_XPATH_ENABLED) int mem_base; int ret_val; xmlXPathParserContextPtr ctxt; /* the XPath Parser context */ int n_ctxt; int inf; /* less than (1) or greater than (0) */ int n_inf; int strict; /* is the comparison strict */ int n_strict; for (n_ctxt = 0;n_ctxt < gen_nb_xmlXPathParserContextPtr;n_ctxt++) { for (n_inf = 0;n_inf < gen_nb_int;n_inf++) { for (n_strict = 0;n_strict < gen_nb_int;n_strict++) { mem_base = xmlMemBlocks(); ctxt = gen_xmlXPathParserContextPtr(n_ctxt, 0); inf = gen_int(n_inf, 1); strict = gen_int(n_strict, 2); ret_val = xmlXPathCompareValues(ctxt, inf, strict); desret_int(ret_val); call_tests++; des_xmlXPathParserContextPtr(n_ctxt, ctxt, 0); des_int(n_inf, inf, 1); des_int(n_strict, strict, 2); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlXPathCompareValues", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf(" %d", n_inf); printf(" %d", n_strict); printf("\n"); } } } } function_tests++; #endif return(test_ret); } static int test_xmlXPathConcatFunction(void) { int test_ret = 0; #if defined(LIBXML_XPATH_ENABLED) int mem_base; xmlXPathParserContextPtr ctxt; /* the XPath Parser context */ int n_ctxt; int nargs; /* the number of arguments */ int n_nargs; for (n_ctxt = 0;n_ctxt < gen_nb_xmlXPathParserContextPtr;n_ctxt++) { for (n_nargs = 0;n_nargs < gen_nb_int;n_nargs++) { mem_base = xmlMemBlocks(); ctxt = gen_xmlXPathParserContextPtr(n_ctxt, 0); nargs = gen_int(n_nargs, 1); xmlXPathConcatFunction(ctxt, nargs); call_tests++; des_xmlXPathParserContextPtr(n_ctxt, ctxt, 0); des_int(n_nargs, nargs, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlXPathConcatFunction", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf(" %d", n_nargs); printf("\n"); } } } function_tests++; #endif return(test_ret); } static int test_xmlXPathContainsFunction(void) { int test_ret = 0; #if defined(LIBXML_XPATH_ENABLED) int mem_base; xmlXPathParserContextPtr ctxt; /* the XPath Parser context */ int n_ctxt; int nargs; /* the number of arguments */ int n_nargs; for (n_ctxt = 0;n_ctxt < gen_nb_xmlXPathParserContextPtr;n_ctxt++) { for (n_nargs = 0;n_nargs < gen_nb_int;n_nargs++) { mem_base = xmlMemBlocks(); ctxt = gen_xmlXPathParserContextPtr(n_ctxt, 0); nargs = gen_int(n_nargs, 1); xmlXPathContainsFunction(ctxt, nargs); call_tests++; des_xmlXPathParserContextPtr(n_ctxt, ctxt, 0); des_int(n_nargs, nargs, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlXPathContainsFunction", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf(" %d", n_nargs); printf("\n"); } } } function_tests++; #endif return(test_ret); } static int test_xmlXPathCountFunction(void) { int test_ret = 0; #if defined(LIBXML_XPATH_ENABLED) int mem_base; xmlXPathParserContextPtr ctxt; /* the XPath Parser context */ int n_ctxt; int nargs; /* the number of arguments */ int n_nargs; for (n_ctxt = 0;n_ctxt < gen_nb_xmlXPathParserContextPtr;n_ctxt++) { for (n_nargs = 0;n_nargs < gen_nb_int;n_nargs++) { mem_base = xmlMemBlocks(); ctxt = gen_xmlXPathParserContextPtr(n_ctxt, 0); nargs = gen_int(n_nargs, 1); xmlXPathCountFunction(ctxt, nargs); call_tests++; des_xmlXPathParserContextPtr(n_ctxt, ctxt, 0); des_int(n_nargs, nargs, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlXPathCountFunction", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf(" %d", n_nargs); printf("\n"); } } } function_tests++; #endif return(test_ret); } static int test_xmlXPathDebugDumpCompExpr(void) { int test_ret = 0; #if defined(LIBXML_XPATH_ENABLED) && defined(LIBXML_DEBUG_ENABLED) int mem_base; FILE * output; /* the FILE * for the output */ int n_output; xmlXPathCompExprPtr comp; /* the precompiled XPath expression */ int n_comp; int depth; /* the indentation level. */ int n_depth; for (n_output = 0;n_output < gen_nb_FILE_ptr;n_output++) { for (n_comp = 0;n_comp < gen_nb_xmlXPathCompExprPtr;n_comp++) { for (n_depth = 0;n_depth < gen_nb_int;n_depth++) { mem_base = xmlMemBlocks(); output = gen_FILE_ptr(n_output, 0); comp = gen_xmlXPathCompExprPtr(n_comp, 1); depth = gen_int(n_depth, 2); xmlXPathDebugDumpCompExpr(output, comp, depth); call_tests++; des_FILE_ptr(n_output, output, 0); des_xmlXPathCompExprPtr(n_comp, comp, 1); des_int(n_depth, depth, 2); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlXPathDebugDumpCompExpr", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_output); printf(" %d", n_comp); printf(" %d", n_depth); printf("\n"); } } } } function_tests++; #endif return(test_ret); } static int test_xmlXPathDebugDumpObject(void) { int test_ret = 0; #if defined(LIBXML_XPATH_ENABLED) && defined(LIBXML_DEBUG_ENABLED) int mem_base; FILE * output; /* the FILE * to dump the output */ int n_output; xmlXPathObjectPtr cur; /* the object to inspect */ int n_cur; int depth; /* indentation level */ int n_depth; for (n_output = 0;n_output < gen_nb_FILE_ptr;n_output++) { for (n_cur = 0;n_cur < gen_nb_xmlXPathObjectPtr;n_cur++) { for (n_depth = 0;n_depth < gen_nb_int;n_depth++) { mem_base = xmlMemBlocks(); output = gen_FILE_ptr(n_output, 0); cur = gen_xmlXPathObjectPtr(n_cur, 1); depth = gen_int(n_depth, 2); xmlXPathDebugDumpObject(output, cur, depth); call_tests++; des_FILE_ptr(n_output, output, 0); des_xmlXPathObjectPtr(n_cur, cur, 1); des_int(n_depth, depth, 2); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlXPathDebugDumpObject", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_output); printf(" %d", n_cur); printf(" %d", n_depth); printf("\n"); } } } } function_tests++; #endif return(test_ret); } static int test_xmlXPathDifference(void) { int test_ret = 0; #if defined(LIBXML_XPATH_ENABLED) int mem_base; xmlNodeSetPtr ret_val; xmlNodeSetPtr nodes1; /* a node-set */ int n_nodes1; xmlNodeSetPtr nodes2; /* a node-set */ int n_nodes2; for (n_nodes1 = 0;n_nodes1 < gen_nb_xmlNodeSetPtr;n_nodes1++) { for (n_nodes2 = 0;n_nodes2 < gen_nb_xmlNodeSetPtr;n_nodes2++) { mem_base = xmlMemBlocks(); nodes1 = gen_xmlNodeSetPtr(n_nodes1, 0); nodes2 = gen_xmlNodeSetPtr(n_nodes2, 1); ret_val = xmlXPathDifference(nodes1, nodes2); desret_xmlNodeSetPtr(ret_val); call_tests++; des_xmlNodeSetPtr(n_nodes1, nodes1, 0); des_xmlNodeSetPtr(n_nodes2, nodes2, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlXPathDifference", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_nodes1); printf(" %d", n_nodes2); printf("\n"); } } } function_tests++; #endif return(test_ret); } static int test_xmlXPathDistinct(void) { int test_ret = 0; #if defined(LIBXML_XPATH_ENABLED) int mem_base; xmlNodeSetPtr ret_val; xmlNodeSetPtr nodes; /* a node-set */ int n_nodes; for (n_nodes = 0;n_nodes < gen_nb_xmlNodeSetPtr;n_nodes++) { mem_base = xmlMemBlocks(); nodes = gen_xmlNodeSetPtr(n_nodes, 0); ret_val = xmlXPathDistinct(nodes); desret_xmlNodeSetPtr(ret_val); call_tests++; des_xmlNodeSetPtr(n_nodes, nodes, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlXPathDistinct", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_nodes); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlXPathDistinctSorted(void) { int test_ret = 0; #if defined(LIBXML_XPATH_ENABLED) int mem_base; xmlNodeSetPtr ret_val; xmlNodeSetPtr nodes; /* a node-set, sorted by document order */ int n_nodes; for (n_nodes = 0;n_nodes < gen_nb_xmlNodeSetPtr;n_nodes++) { mem_base = xmlMemBlocks(); nodes = gen_xmlNodeSetPtr(n_nodes, 0); ret_val = xmlXPathDistinctSorted(nodes); desret_xmlNodeSetPtr(ret_val); call_tests++; des_xmlNodeSetPtr(n_nodes, nodes, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlXPathDistinctSorted", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_nodes); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlXPathDivValues(void) { int test_ret = 0; #if defined(LIBXML_XPATH_ENABLED) int mem_base; xmlXPathParserContextPtr ctxt; /* the XPath Parser context */ int n_ctxt; for (n_ctxt = 0;n_ctxt < gen_nb_xmlXPathParserContextPtr;n_ctxt++) { mem_base = xmlMemBlocks(); ctxt = gen_xmlXPathParserContextPtr(n_ctxt, 0); xmlXPathDivValues(ctxt); call_tests++; des_xmlXPathParserContextPtr(n_ctxt, ctxt, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlXPathDivValues", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlXPathEqualValues(void) { int test_ret = 0; #if defined(LIBXML_XPATH_ENABLED) int mem_base; int ret_val; xmlXPathParserContextPtr ctxt; /* the XPath Parser context */ int n_ctxt; for (n_ctxt = 0;n_ctxt < gen_nb_xmlXPathParserContextPtr;n_ctxt++) { mem_base = xmlMemBlocks(); ctxt = gen_xmlXPathParserContextPtr(n_ctxt, 0); ret_val = xmlXPathEqualValues(ctxt); desret_int(ret_val); call_tests++; des_xmlXPathParserContextPtr(n_ctxt, ctxt, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlXPathEqualValues", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlXPathErr(void) { int test_ret = 0; #if defined(LIBXML_XPATH_ENABLED) int mem_base; xmlXPathParserContextPtr ctxt; /* a XPath parser context */ int n_ctxt; int error; /* the error code */ int n_error; for (n_ctxt = 0;n_ctxt < gen_nb_xmlXPathParserContextPtr;n_ctxt++) { for (n_error = 0;n_error < gen_nb_int;n_error++) { mem_base = xmlMemBlocks(); ctxt = gen_xmlXPathParserContextPtr(n_ctxt, 0); error = gen_int(n_error, 1); xmlXPathErr(ctxt, error); call_tests++; des_xmlXPathParserContextPtr(n_ctxt, ctxt, 0); des_int(n_error, error, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlXPathErr", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf(" %d", n_error); printf("\n"); } } } function_tests++; #endif return(test_ret); } static int test_xmlXPathEvalExpr(void) { int test_ret = 0; #if defined(LIBXML_XPATH_ENABLED) int mem_base; xmlXPathParserContextPtr ctxt; /* the XPath Parser context */ int n_ctxt; for (n_ctxt = 0;n_ctxt < gen_nb_xmlXPathParserContextPtr;n_ctxt++) { mem_base = xmlMemBlocks(); ctxt = gen_xmlXPathParserContextPtr(n_ctxt, 0); xmlXPathEvalExpr(ctxt); call_tests++; des_xmlXPathParserContextPtr(n_ctxt, ctxt, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlXPathEvalExpr", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlXPathEvaluatePredicateResult(void) { int test_ret = 0; #if defined(LIBXML_XPATH_ENABLED) int mem_base; int ret_val; xmlXPathParserContextPtr ctxt; /* the XPath Parser context */ int n_ctxt; xmlXPathObjectPtr res; /* the Predicate Expression evaluation result */ int n_res; for (n_ctxt = 0;n_ctxt < gen_nb_xmlXPathParserContextPtr;n_ctxt++) { for (n_res = 0;n_res < gen_nb_xmlXPathObjectPtr;n_res++) { mem_base = xmlMemBlocks(); ctxt = gen_xmlXPathParserContextPtr(n_ctxt, 0); res = gen_xmlXPathObjectPtr(n_res, 1); ret_val = xmlXPathEvaluatePredicateResult(ctxt, res); desret_int(ret_val); call_tests++; des_xmlXPathParserContextPtr(n_ctxt, ctxt, 0); des_xmlXPathObjectPtr(n_res, res, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlXPathEvaluatePredicateResult", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf(" %d", n_res); printf("\n"); } } } function_tests++; #endif return(test_ret); } static int test_xmlXPathFalseFunction(void) { int test_ret = 0; #if defined(LIBXML_XPATH_ENABLED) int mem_base; xmlXPathParserContextPtr ctxt; /* the XPath Parser context */ int n_ctxt; int nargs; /* the number of arguments */ int n_nargs; for (n_ctxt = 0;n_ctxt < gen_nb_xmlXPathParserContextPtr;n_ctxt++) { for (n_nargs = 0;n_nargs < gen_nb_int;n_nargs++) { mem_base = xmlMemBlocks(); ctxt = gen_xmlXPathParserContextPtr(n_ctxt, 0); nargs = gen_int(n_nargs, 1); xmlXPathFalseFunction(ctxt, nargs); call_tests++; des_xmlXPathParserContextPtr(n_ctxt, ctxt, 0); des_int(n_nargs, nargs, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlXPathFalseFunction", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf(" %d", n_nargs); printf("\n"); } } } function_tests++; #endif return(test_ret); } static int test_xmlXPathFloorFunction(void) { int test_ret = 0; #if defined(LIBXML_XPATH_ENABLED) int mem_base; xmlXPathParserContextPtr ctxt; /* the XPath Parser context */ int n_ctxt; int nargs; /* the number of arguments */ int n_nargs; for (n_ctxt = 0;n_ctxt < gen_nb_xmlXPathParserContextPtr;n_ctxt++) { for (n_nargs = 0;n_nargs < gen_nb_int;n_nargs++) { mem_base = xmlMemBlocks(); ctxt = gen_xmlXPathParserContextPtr(n_ctxt, 0); nargs = gen_int(n_nargs, 1); xmlXPathFloorFunction(ctxt, nargs); call_tests++; des_xmlXPathParserContextPtr(n_ctxt, ctxt, 0); des_int(n_nargs, nargs, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlXPathFloorFunction", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf(" %d", n_nargs); printf("\n"); } } } function_tests++; #endif return(test_ret); } static int test_xmlXPathFunctionLookup(void) { int test_ret = 0; /* missing type support */ return(test_ret); } static int test_xmlXPathFunctionLookupNS(void) { int test_ret = 0; /* missing type support */ return(test_ret); } static int test_xmlXPathHasSameNodes(void) { int test_ret = 0; #if defined(LIBXML_XPATH_ENABLED) int mem_base; int ret_val; xmlNodeSetPtr nodes1; /* a node-set */ int n_nodes1; xmlNodeSetPtr nodes2; /* a node-set */ int n_nodes2; for (n_nodes1 = 0;n_nodes1 < gen_nb_xmlNodeSetPtr;n_nodes1++) { for (n_nodes2 = 0;n_nodes2 < gen_nb_xmlNodeSetPtr;n_nodes2++) { mem_base = xmlMemBlocks(); nodes1 = gen_xmlNodeSetPtr(n_nodes1, 0); nodes2 = gen_xmlNodeSetPtr(n_nodes2, 1); ret_val = xmlXPathHasSameNodes(nodes1, nodes2); desret_int(ret_val); call_tests++; des_xmlNodeSetPtr(n_nodes1, nodes1, 0); des_xmlNodeSetPtr(n_nodes2, nodes2, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlXPathHasSameNodes", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_nodes1); printf(" %d", n_nodes2); printf("\n"); } } } function_tests++; #endif return(test_ret); } static int test_xmlXPathIdFunction(void) { int test_ret = 0; #if defined(LIBXML_XPATH_ENABLED) int mem_base; xmlXPathParserContextPtr ctxt; /* the XPath Parser context */ int n_ctxt; int nargs; /* the number of arguments */ int n_nargs; for (n_ctxt = 0;n_ctxt < gen_nb_xmlXPathParserContextPtr;n_ctxt++) { for (n_nargs = 0;n_nargs < gen_nb_int;n_nargs++) { mem_base = xmlMemBlocks(); ctxt = gen_xmlXPathParserContextPtr(n_ctxt, 0); nargs = gen_int(n_nargs, 1); xmlXPathIdFunction(ctxt, nargs); call_tests++; des_xmlXPathParserContextPtr(n_ctxt, ctxt, 0); des_int(n_nargs, nargs, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlXPathIdFunction", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf(" %d", n_nargs); printf("\n"); } } } function_tests++; #endif return(test_ret); } static int test_xmlXPathIntersection(void) { int test_ret = 0; #if defined(LIBXML_XPATH_ENABLED) int mem_base; xmlNodeSetPtr ret_val; xmlNodeSetPtr nodes1; /* a node-set */ int n_nodes1; xmlNodeSetPtr nodes2; /* a node-set */ int n_nodes2; for (n_nodes1 = 0;n_nodes1 < gen_nb_xmlNodeSetPtr;n_nodes1++) { for (n_nodes2 = 0;n_nodes2 < gen_nb_xmlNodeSetPtr;n_nodes2++) { mem_base = xmlMemBlocks(); nodes1 = gen_xmlNodeSetPtr(n_nodes1, 0); nodes2 = gen_xmlNodeSetPtr(n_nodes2, 1); ret_val = xmlXPathIntersection(nodes1, nodes2); desret_xmlNodeSetPtr(ret_val); call_tests++; des_xmlNodeSetPtr(n_nodes1, nodes1, 0); des_xmlNodeSetPtr(n_nodes2, nodes2, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlXPathIntersection", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_nodes1); printf(" %d", n_nodes2); printf("\n"); } } } function_tests++; #endif return(test_ret); } static int test_xmlXPathIsNodeType(void) { int test_ret = 0; #if defined(LIBXML_XPATH_ENABLED) int mem_base; int ret_val; xmlChar * name; /* a name string */ int n_name; for (n_name = 0;n_name < gen_nb_const_xmlChar_ptr;n_name++) { mem_base = xmlMemBlocks(); name = gen_const_xmlChar_ptr(n_name, 0); ret_val = xmlXPathIsNodeType((const xmlChar *)name); desret_int(ret_val); call_tests++; des_const_xmlChar_ptr(n_name, (const xmlChar *)name, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlXPathIsNodeType", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_name); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlXPathLangFunction(void) { int test_ret = 0; #if defined(LIBXML_XPATH_ENABLED) int mem_base; xmlXPathParserContextPtr ctxt; /* the XPath Parser context */ int n_ctxt; int nargs; /* the number of arguments */ int n_nargs; for (n_ctxt = 0;n_ctxt < gen_nb_xmlXPathParserContextPtr;n_ctxt++) { for (n_nargs = 0;n_nargs < gen_nb_int;n_nargs++) { mem_base = xmlMemBlocks(); ctxt = gen_xmlXPathParserContextPtr(n_ctxt, 0); nargs = gen_int(n_nargs, 1); xmlXPathLangFunction(ctxt, nargs); call_tests++; des_xmlXPathParserContextPtr(n_ctxt, ctxt, 0); des_int(n_nargs, nargs, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlXPathLangFunction", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf(" %d", n_nargs); printf("\n"); } } } function_tests++; #endif return(test_ret); } static int test_xmlXPathLastFunction(void) { int test_ret = 0; #if defined(LIBXML_XPATH_ENABLED) int mem_base; xmlXPathParserContextPtr ctxt; /* the XPath Parser context */ int n_ctxt; int nargs; /* the number of arguments */ int n_nargs; for (n_ctxt = 0;n_ctxt < gen_nb_xmlXPathParserContextPtr;n_ctxt++) { for (n_nargs = 0;n_nargs < gen_nb_int;n_nargs++) { mem_base = xmlMemBlocks(); ctxt = gen_xmlXPathParserContextPtr(n_ctxt, 0); nargs = gen_int(n_nargs, 1); xmlXPathLastFunction(ctxt, nargs); call_tests++; des_xmlXPathParserContextPtr(n_ctxt, ctxt, 0); des_int(n_nargs, nargs, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlXPathLastFunction", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf(" %d", n_nargs); printf("\n"); } } } function_tests++; #endif return(test_ret); } static int test_xmlXPathLeading(void) { int test_ret = 0; #if defined(LIBXML_XPATH_ENABLED) int mem_base; xmlNodeSetPtr ret_val; xmlNodeSetPtr nodes1; /* a node-set */ int n_nodes1; xmlNodeSetPtr nodes2; /* a node-set */ int n_nodes2; for (n_nodes1 = 0;n_nodes1 < gen_nb_xmlNodeSetPtr;n_nodes1++) { for (n_nodes2 = 0;n_nodes2 < gen_nb_xmlNodeSetPtr;n_nodes2++) { mem_base = xmlMemBlocks(); nodes1 = gen_xmlNodeSetPtr(n_nodes1, 0); nodes2 = gen_xmlNodeSetPtr(n_nodes2, 1); ret_val = xmlXPathLeading(nodes1, nodes2); desret_xmlNodeSetPtr(ret_val); call_tests++; des_xmlNodeSetPtr(n_nodes1, nodes1, 0); des_xmlNodeSetPtr(n_nodes2, nodes2, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlXPathLeading", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_nodes1); printf(" %d", n_nodes2); printf("\n"); } } } function_tests++; #endif return(test_ret); } static int test_xmlXPathLeadingSorted(void) { int test_ret = 0; #if defined(LIBXML_XPATH_ENABLED) int mem_base; xmlNodeSetPtr ret_val; xmlNodeSetPtr nodes1; /* a node-set, sorted by document order */ int n_nodes1; xmlNodeSetPtr nodes2; /* a node-set, sorted by document order */ int n_nodes2; for (n_nodes1 = 0;n_nodes1 < gen_nb_xmlNodeSetPtr;n_nodes1++) { for (n_nodes2 = 0;n_nodes2 < gen_nb_xmlNodeSetPtr;n_nodes2++) { mem_base = xmlMemBlocks(); nodes1 = gen_xmlNodeSetPtr(n_nodes1, 0); nodes2 = gen_xmlNodeSetPtr(n_nodes2, 1); ret_val = xmlXPathLeadingSorted(nodes1, nodes2); desret_xmlNodeSetPtr(ret_val); call_tests++; des_xmlNodeSetPtr(n_nodes1, nodes1, 0); des_xmlNodeSetPtr(n_nodes2, nodes2, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlXPathLeadingSorted", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_nodes1); printf(" %d", n_nodes2); printf("\n"); } } } function_tests++; #endif return(test_ret); } static int test_xmlXPathLocalNameFunction(void) { int test_ret = 0; #if defined(LIBXML_XPATH_ENABLED) int mem_base; xmlXPathParserContextPtr ctxt; /* the XPath Parser context */ int n_ctxt; int nargs; /* the number of arguments */ int n_nargs; for (n_ctxt = 0;n_ctxt < gen_nb_xmlXPathParserContextPtr;n_ctxt++) { for (n_nargs = 0;n_nargs < gen_nb_int;n_nargs++) { mem_base = xmlMemBlocks(); ctxt = gen_xmlXPathParserContextPtr(n_ctxt, 0); nargs = gen_int(n_nargs, 1); xmlXPathLocalNameFunction(ctxt, nargs); call_tests++; des_xmlXPathParserContextPtr(n_ctxt, ctxt, 0); des_int(n_nargs, nargs, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlXPathLocalNameFunction", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf(" %d", n_nargs); printf("\n"); } } } function_tests++; #endif return(test_ret); } static int test_xmlXPathModValues(void) { int test_ret = 0; #if defined(LIBXML_XPATH_ENABLED) int mem_base; xmlXPathParserContextPtr ctxt; /* the XPath Parser context */ int n_ctxt; for (n_ctxt = 0;n_ctxt < gen_nb_xmlXPathParserContextPtr;n_ctxt++) { mem_base = xmlMemBlocks(); ctxt = gen_xmlXPathParserContextPtr(n_ctxt, 0); xmlXPathModValues(ctxt); call_tests++; des_xmlXPathParserContextPtr(n_ctxt, ctxt, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlXPathModValues", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlXPathMultValues(void) { int test_ret = 0; #if defined(LIBXML_XPATH_ENABLED) int mem_base; xmlXPathParserContextPtr ctxt; /* the XPath Parser context */ int n_ctxt; for (n_ctxt = 0;n_ctxt < gen_nb_xmlXPathParserContextPtr;n_ctxt++) { mem_base = xmlMemBlocks(); ctxt = gen_xmlXPathParserContextPtr(n_ctxt, 0); xmlXPathMultValues(ctxt); call_tests++; des_xmlXPathParserContextPtr(n_ctxt, ctxt, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlXPathMultValues", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlXPathNamespaceURIFunction(void) { int test_ret = 0; #if defined(LIBXML_XPATH_ENABLED) int mem_base; xmlXPathParserContextPtr ctxt; /* the XPath Parser context */ int n_ctxt; int nargs; /* the number of arguments */ int n_nargs; for (n_ctxt = 0;n_ctxt < gen_nb_xmlXPathParserContextPtr;n_ctxt++) { for (n_nargs = 0;n_nargs < gen_nb_int;n_nargs++) { mem_base = xmlMemBlocks(); ctxt = gen_xmlXPathParserContextPtr(n_ctxt, 0); nargs = gen_int(n_nargs, 1); xmlXPathNamespaceURIFunction(ctxt, nargs); call_tests++; des_xmlXPathParserContextPtr(n_ctxt, ctxt, 0); des_int(n_nargs, nargs, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlXPathNamespaceURIFunction", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf(" %d", n_nargs); printf("\n"); } } } function_tests++; #endif return(test_ret); } static int test_xmlXPathNewBoolean(void) { int test_ret = 0; #if defined(LIBXML_XPATH_ENABLED) int mem_base; xmlXPathObjectPtr ret_val; int val; /* the boolean value */ int n_val; for (n_val = 0;n_val < gen_nb_int;n_val++) { mem_base = xmlMemBlocks(); val = gen_int(n_val, 0); ret_val = xmlXPathNewBoolean(val); desret_xmlXPathObjectPtr(ret_val); call_tests++; des_int(n_val, val, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlXPathNewBoolean", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_val); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlXPathNewCString(void) { int test_ret = 0; #if defined(LIBXML_XPATH_ENABLED) int mem_base; xmlXPathObjectPtr ret_val; char * val; /* the char * value */ int n_val; for (n_val = 0;n_val < gen_nb_const_char_ptr;n_val++) { mem_base = xmlMemBlocks(); val = gen_const_char_ptr(n_val, 0); ret_val = xmlXPathNewCString((const char *)val); desret_xmlXPathObjectPtr(ret_val); call_tests++; des_const_char_ptr(n_val, (const char *)val, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlXPathNewCString", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_val); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlXPathNewFloat(void) { int test_ret = 0; #if defined(LIBXML_XPATH_ENABLED) int mem_base; xmlXPathObjectPtr ret_val; double val; /* the double value */ int n_val; for (n_val = 0;n_val < gen_nb_double;n_val++) { mem_base = xmlMemBlocks(); val = gen_double(n_val, 0); ret_val = xmlXPathNewFloat(val); desret_xmlXPathObjectPtr(ret_val); call_tests++; des_double(n_val, val, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlXPathNewFloat", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_val); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlXPathNewNodeSet(void) { int test_ret = 0; #if defined(LIBXML_XPATH_ENABLED) int mem_base; xmlXPathObjectPtr ret_val; xmlNodePtr val; /* the NodePtr value */ int n_val; for (n_val = 0;n_val < gen_nb_xmlNodePtr;n_val++) { mem_base = xmlMemBlocks(); val = gen_xmlNodePtr(n_val, 0); ret_val = xmlXPathNewNodeSet(val); desret_xmlXPathObjectPtr(ret_val); call_tests++; des_xmlNodePtr(n_val, val, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlXPathNewNodeSet", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_val); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlXPathNewNodeSetList(void) { int test_ret = 0; #if defined(LIBXML_XPATH_ENABLED) int mem_base; xmlXPathObjectPtr ret_val; xmlNodeSetPtr val; /* an existing NodeSet */ int n_val; for (n_val = 0;n_val < gen_nb_xmlNodeSetPtr;n_val++) { mem_base = xmlMemBlocks(); val = gen_xmlNodeSetPtr(n_val, 0); ret_val = xmlXPathNewNodeSetList(val); desret_xmlXPathObjectPtr(ret_val); call_tests++; des_xmlNodeSetPtr(n_val, val, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlXPathNewNodeSetList", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_val); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlXPathNewParserContext(void) { int test_ret = 0; /* missing type support */ return(test_ret); } static int test_xmlXPathNewString(void) { int test_ret = 0; #if defined(LIBXML_XPATH_ENABLED) int mem_base; xmlXPathObjectPtr ret_val; xmlChar * val; /* the xmlChar * value */ int n_val; for (n_val = 0;n_val < gen_nb_const_xmlChar_ptr;n_val++) { mem_base = xmlMemBlocks(); val = gen_const_xmlChar_ptr(n_val, 0); ret_val = xmlXPathNewString((const xmlChar *)val); desret_xmlXPathObjectPtr(ret_val); call_tests++; des_const_xmlChar_ptr(n_val, (const xmlChar *)val, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlXPathNewString", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_val); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlXPathNextAncestor(void) { int test_ret = 0; #if defined(LIBXML_XPATH_ENABLED) int mem_base; xmlNodePtr ret_val; xmlXPathParserContextPtr ctxt; /* the XPath Parser context */ int n_ctxt; xmlNodePtr cur; /* the current node in the traversal */ int n_cur; for (n_ctxt = 0;n_ctxt < gen_nb_xmlXPathParserContextPtr;n_ctxt++) { for (n_cur = 0;n_cur < gen_nb_xmlNodePtr;n_cur++) { mem_base = xmlMemBlocks(); ctxt = gen_xmlXPathParserContextPtr(n_ctxt, 0); cur = gen_xmlNodePtr(n_cur, 1); ret_val = xmlXPathNextAncestor(ctxt, cur); desret_xmlNodePtr(ret_val); call_tests++; des_xmlXPathParserContextPtr(n_ctxt, ctxt, 0); des_xmlNodePtr(n_cur, cur, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlXPathNextAncestor", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf(" %d", n_cur); printf("\n"); } } } function_tests++; #endif return(test_ret); } static int test_xmlXPathNextAncestorOrSelf(void) { int test_ret = 0; #if defined(LIBXML_XPATH_ENABLED) int mem_base; xmlNodePtr ret_val; xmlXPathParserContextPtr ctxt; /* the XPath Parser context */ int n_ctxt; xmlNodePtr cur; /* the current node in the traversal */ int n_cur; for (n_ctxt = 0;n_ctxt < gen_nb_xmlXPathParserContextPtr;n_ctxt++) { for (n_cur = 0;n_cur < gen_nb_xmlNodePtr;n_cur++) { mem_base = xmlMemBlocks(); ctxt = gen_xmlXPathParserContextPtr(n_ctxt, 0); cur = gen_xmlNodePtr(n_cur, 1); ret_val = xmlXPathNextAncestorOrSelf(ctxt, cur); desret_xmlNodePtr(ret_val); call_tests++; des_xmlXPathParserContextPtr(n_ctxt, ctxt, 0); des_xmlNodePtr(n_cur, cur, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlXPathNextAncestorOrSelf", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf(" %d", n_cur); printf("\n"); } } } function_tests++; #endif return(test_ret); } static int test_xmlXPathNextAttribute(void) { int test_ret = 0; #if defined(LIBXML_XPATH_ENABLED) int mem_base; xmlNodePtr ret_val; xmlXPathParserContextPtr ctxt; /* the XPath Parser context */ int n_ctxt; xmlNodePtr cur; /* the current attribute in the traversal */ int n_cur; for (n_ctxt = 0;n_ctxt < gen_nb_xmlXPathParserContextPtr;n_ctxt++) { for (n_cur = 0;n_cur < gen_nb_xmlNodePtr;n_cur++) { mem_base = xmlMemBlocks(); ctxt = gen_xmlXPathParserContextPtr(n_ctxt, 0); cur = gen_xmlNodePtr(n_cur, 1); ret_val = xmlXPathNextAttribute(ctxt, cur); desret_xmlNodePtr(ret_val); call_tests++; des_xmlXPathParserContextPtr(n_ctxt, ctxt, 0); des_xmlNodePtr(n_cur, cur, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlXPathNextAttribute", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf(" %d", n_cur); printf("\n"); } } } function_tests++; #endif return(test_ret); } static int test_xmlXPathNextChild(void) { int test_ret = 0; #if defined(LIBXML_XPATH_ENABLED) int mem_base; xmlNodePtr ret_val; xmlXPathParserContextPtr ctxt; /* the XPath Parser context */ int n_ctxt; xmlNodePtr cur; /* the current node in the traversal */ int n_cur; for (n_ctxt = 0;n_ctxt < gen_nb_xmlXPathParserContextPtr;n_ctxt++) { for (n_cur = 0;n_cur < gen_nb_xmlNodePtr;n_cur++) { mem_base = xmlMemBlocks(); ctxt = gen_xmlXPathParserContextPtr(n_ctxt, 0); cur = gen_xmlNodePtr(n_cur, 1); ret_val = xmlXPathNextChild(ctxt, cur); desret_xmlNodePtr(ret_val); call_tests++; des_xmlXPathParserContextPtr(n_ctxt, ctxt, 0); des_xmlNodePtr(n_cur, cur, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlXPathNextChild", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf(" %d", n_cur); printf("\n"); } } } function_tests++; #endif return(test_ret); } static int test_xmlXPathNextDescendant(void) { int test_ret = 0; #if defined(LIBXML_XPATH_ENABLED) int mem_base; xmlNodePtr ret_val; xmlXPathParserContextPtr ctxt; /* the XPath Parser context */ int n_ctxt; xmlNodePtr cur; /* the current node in the traversal */ int n_cur; for (n_ctxt = 0;n_ctxt < gen_nb_xmlXPathParserContextPtr;n_ctxt++) { for (n_cur = 0;n_cur < gen_nb_xmlNodePtr;n_cur++) { mem_base = xmlMemBlocks(); ctxt = gen_xmlXPathParserContextPtr(n_ctxt, 0); cur = gen_xmlNodePtr(n_cur, 1); ret_val = xmlXPathNextDescendant(ctxt, cur); desret_xmlNodePtr(ret_val); call_tests++; des_xmlXPathParserContextPtr(n_ctxt, ctxt, 0); des_xmlNodePtr(n_cur, cur, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlXPathNextDescendant", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf(" %d", n_cur); printf("\n"); } } } function_tests++; #endif return(test_ret); } static int test_xmlXPathNextDescendantOrSelf(void) { int test_ret = 0; #if defined(LIBXML_XPATH_ENABLED) int mem_base; xmlNodePtr ret_val; xmlXPathParserContextPtr ctxt; /* the XPath Parser context */ int n_ctxt; xmlNodePtr cur; /* the current node in the traversal */ int n_cur; for (n_ctxt = 0;n_ctxt < gen_nb_xmlXPathParserContextPtr;n_ctxt++) { for (n_cur = 0;n_cur < gen_nb_xmlNodePtr;n_cur++) { mem_base = xmlMemBlocks(); ctxt = gen_xmlXPathParserContextPtr(n_ctxt, 0); cur = gen_xmlNodePtr(n_cur, 1); ret_val = xmlXPathNextDescendantOrSelf(ctxt, cur); desret_xmlNodePtr(ret_val); call_tests++; des_xmlXPathParserContextPtr(n_ctxt, ctxt, 0); des_xmlNodePtr(n_cur, cur, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlXPathNextDescendantOrSelf", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf(" %d", n_cur); printf("\n"); } } } function_tests++; #endif return(test_ret); } static int test_xmlXPathNextFollowing(void) { int test_ret = 0; #if defined(LIBXML_XPATH_ENABLED) int mem_base; xmlNodePtr ret_val; xmlXPathParserContextPtr ctxt; /* the XPath Parser context */ int n_ctxt; xmlNodePtr cur; /* the current node in the traversal */ int n_cur; for (n_ctxt = 0;n_ctxt < gen_nb_xmlXPathParserContextPtr;n_ctxt++) { for (n_cur = 0;n_cur < gen_nb_xmlNodePtr;n_cur++) { mem_base = xmlMemBlocks(); ctxt = gen_xmlXPathParserContextPtr(n_ctxt, 0); cur = gen_xmlNodePtr(n_cur, 1); ret_val = xmlXPathNextFollowing(ctxt, cur); desret_xmlNodePtr(ret_val); call_tests++; des_xmlXPathParserContextPtr(n_ctxt, ctxt, 0); des_xmlNodePtr(n_cur, cur, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlXPathNextFollowing", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf(" %d", n_cur); printf("\n"); } } } function_tests++; #endif return(test_ret); } static int test_xmlXPathNextFollowingSibling(void) { int test_ret = 0; #if defined(LIBXML_XPATH_ENABLED) int mem_base; xmlNodePtr ret_val; xmlXPathParserContextPtr ctxt; /* the XPath Parser context */ int n_ctxt; xmlNodePtr cur; /* the current node in the traversal */ int n_cur; for (n_ctxt = 0;n_ctxt < gen_nb_xmlXPathParserContextPtr;n_ctxt++) { for (n_cur = 0;n_cur < gen_nb_xmlNodePtr;n_cur++) { mem_base = xmlMemBlocks(); ctxt = gen_xmlXPathParserContextPtr(n_ctxt, 0); cur = gen_xmlNodePtr(n_cur, 1); ret_val = xmlXPathNextFollowingSibling(ctxt, cur); desret_xmlNodePtr(ret_val); call_tests++; des_xmlXPathParserContextPtr(n_ctxt, ctxt, 0); des_xmlNodePtr(n_cur, cur, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlXPathNextFollowingSibling", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf(" %d", n_cur); printf("\n"); } } } function_tests++; #endif return(test_ret); } static int test_xmlXPathNextNamespace(void) { int test_ret = 0; #if defined(LIBXML_XPATH_ENABLED) int mem_base; xmlNodePtr ret_val; xmlXPathParserContextPtr ctxt; /* the XPath Parser context */ int n_ctxt; xmlNodePtr cur; /* the current attribute in the traversal */ int n_cur; for (n_ctxt = 0;n_ctxt < gen_nb_xmlXPathParserContextPtr;n_ctxt++) { for (n_cur = 0;n_cur < gen_nb_xmlNodePtr;n_cur++) { mem_base = xmlMemBlocks(); ctxt = gen_xmlXPathParserContextPtr(n_ctxt, 0); cur = gen_xmlNodePtr(n_cur, 1); ret_val = xmlXPathNextNamespace(ctxt, cur); desret_xmlNodePtr(ret_val); call_tests++; des_xmlXPathParserContextPtr(n_ctxt, ctxt, 0); des_xmlNodePtr(n_cur, cur, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlXPathNextNamespace", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf(" %d", n_cur); printf("\n"); } } } function_tests++; #endif return(test_ret); } static int test_xmlXPathNextParent(void) { int test_ret = 0; #if defined(LIBXML_XPATH_ENABLED) int mem_base; xmlNodePtr ret_val; xmlXPathParserContextPtr ctxt; /* the XPath Parser context */ int n_ctxt; xmlNodePtr cur; /* the current node in the traversal */ int n_cur; for (n_ctxt = 0;n_ctxt < gen_nb_xmlXPathParserContextPtr;n_ctxt++) { for (n_cur = 0;n_cur < gen_nb_xmlNodePtr;n_cur++) { mem_base = xmlMemBlocks(); ctxt = gen_xmlXPathParserContextPtr(n_ctxt, 0); cur = gen_xmlNodePtr(n_cur, 1); ret_val = xmlXPathNextParent(ctxt, cur); desret_xmlNodePtr(ret_val); call_tests++; des_xmlXPathParserContextPtr(n_ctxt, ctxt, 0); des_xmlNodePtr(n_cur, cur, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlXPathNextParent", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf(" %d", n_cur); printf("\n"); } } } function_tests++; #endif return(test_ret); } static int test_xmlXPathNextPreceding(void) { int test_ret = 0; #if defined(LIBXML_XPATH_ENABLED) int mem_base; xmlNodePtr ret_val; xmlXPathParserContextPtr ctxt; /* the XPath Parser context */ int n_ctxt; xmlNodePtr cur; /* the current node in the traversal */ int n_cur; for (n_ctxt = 0;n_ctxt < gen_nb_xmlXPathParserContextPtr;n_ctxt++) { for (n_cur = 0;n_cur < gen_nb_xmlNodePtr;n_cur++) { mem_base = xmlMemBlocks(); ctxt = gen_xmlXPathParserContextPtr(n_ctxt, 0); cur = gen_xmlNodePtr(n_cur, 1); ret_val = xmlXPathNextPreceding(ctxt, cur); desret_xmlNodePtr(ret_val); call_tests++; des_xmlXPathParserContextPtr(n_ctxt, ctxt, 0); des_xmlNodePtr(n_cur, cur, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlXPathNextPreceding", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf(" %d", n_cur); printf("\n"); } } } function_tests++; #endif return(test_ret); } static int test_xmlXPathNextPrecedingSibling(void) { int test_ret = 0; #if defined(LIBXML_XPATH_ENABLED) int mem_base; xmlNodePtr ret_val; xmlXPathParserContextPtr ctxt; /* the XPath Parser context */ int n_ctxt; xmlNodePtr cur; /* the current node in the traversal */ int n_cur; for (n_ctxt = 0;n_ctxt < gen_nb_xmlXPathParserContextPtr;n_ctxt++) { for (n_cur = 0;n_cur < gen_nb_xmlNodePtr;n_cur++) { mem_base = xmlMemBlocks(); ctxt = gen_xmlXPathParserContextPtr(n_ctxt, 0); cur = gen_xmlNodePtr(n_cur, 1); ret_val = xmlXPathNextPrecedingSibling(ctxt, cur); desret_xmlNodePtr(ret_val); call_tests++; des_xmlXPathParserContextPtr(n_ctxt, ctxt, 0); des_xmlNodePtr(n_cur, cur, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlXPathNextPrecedingSibling", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf(" %d", n_cur); printf("\n"); } } } function_tests++; #endif return(test_ret); } static int test_xmlXPathNextSelf(void) { int test_ret = 0; #if defined(LIBXML_XPATH_ENABLED) int mem_base; xmlNodePtr ret_val; xmlXPathParserContextPtr ctxt; /* the XPath Parser context */ int n_ctxt; xmlNodePtr cur; /* the current node in the traversal */ int n_cur; for (n_ctxt = 0;n_ctxt < gen_nb_xmlXPathParserContextPtr;n_ctxt++) { for (n_cur = 0;n_cur < gen_nb_xmlNodePtr;n_cur++) { mem_base = xmlMemBlocks(); ctxt = gen_xmlXPathParserContextPtr(n_ctxt, 0); cur = gen_xmlNodePtr(n_cur, 1); ret_val = xmlXPathNextSelf(ctxt, cur); desret_xmlNodePtr(ret_val); call_tests++; des_xmlXPathParserContextPtr(n_ctxt, ctxt, 0); des_xmlNodePtr(n_cur, cur, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlXPathNextSelf", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf(" %d", n_cur); printf("\n"); } } } function_tests++; #endif return(test_ret); } static int test_xmlXPathNodeLeading(void) { int test_ret = 0; #if defined(LIBXML_XPATH_ENABLED) int mem_base; xmlNodeSetPtr ret_val; xmlNodeSetPtr nodes; /* a node-set */ int n_nodes; xmlNodePtr node; /* a node */ int n_node; for (n_nodes = 0;n_nodes < gen_nb_xmlNodeSetPtr;n_nodes++) { for (n_node = 0;n_node < gen_nb_xmlNodePtr;n_node++) { mem_base = xmlMemBlocks(); nodes = gen_xmlNodeSetPtr(n_nodes, 0); node = gen_xmlNodePtr(n_node, 1); ret_val = xmlXPathNodeLeading(nodes, node); desret_xmlNodeSetPtr(ret_val); call_tests++; des_xmlNodeSetPtr(n_nodes, nodes, 0); des_xmlNodePtr(n_node, node, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlXPathNodeLeading", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_nodes); printf(" %d", n_node); printf("\n"); } } } function_tests++; #endif return(test_ret); } static int test_xmlXPathNodeLeadingSorted(void) { int test_ret = 0; #if defined(LIBXML_XPATH_ENABLED) int mem_base; xmlNodeSetPtr ret_val; xmlNodeSetPtr nodes; /* a node-set, sorted by document order */ int n_nodes; xmlNodePtr node; /* a node */ int n_node; for (n_nodes = 0;n_nodes < gen_nb_xmlNodeSetPtr;n_nodes++) { for (n_node = 0;n_node < gen_nb_xmlNodePtr;n_node++) { mem_base = xmlMemBlocks(); nodes = gen_xmlNodeSetPtr(n_nodes, 0); node = gen_xmlNodePtr(n_node, 1); ret_val = xmlXPathNodeLeadingSorted(nodes, node); desret_xmlNodeSetPtr(ret_val); call_tests++; des_xmlNodeSetPtr(n_nodes, nodes, 0); des_xmlNodePtr(n_node, node, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlXPathNodeLeadingSorted", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_nodes); printf(" %d", n_node); printf("\n"); } } } function_tests++; #endif return(test_ret); } static int test_xmlXPathNodeSetAdd(void) { int test_ret = 0; #if defined(LIBXML_XPATH_ENABLED) int mem_base; int ret_val; xmlNodeSetPtr cur; /* the initial node set */ int n_cur; xmlNodePtr val; /* a new xmlNodePtr */ int n_val; for (n_cur = 0;n_cur < gen_nb_xmlNodeSetPtr;n_cur++) { for (n_val = 0;n_val < gen_nb_xmlNodePtr;n_val++) { mem_base = xmlMemBlocks(); cur = gen_xmlNodeSetPtr(n_cur, 0); val = gen_xmlNodePtr(n_val, 1); ret_val = xmlXPathNodeSetAdd(cur, val); desret_int(ret_val); call_tests++; des_xmlNodeSetPtr(n_cur, cur, 0); des_xmlNodePtr(n_val, val, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlXPathNodeSetAdd", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_cur); printf(" %d", n_val); printf("\n"); } } } function_tests++; #endif return(test_ret); } static int test_xmlXPathNodeSetAddNs(void) { int test_ret = 0; #if defined(LIBXML_XPATH_ENABLED) int mem_base; int ret_val; xmlNodeSetPtr cur; /* the initial node set */ int n_cur; xmlNodePtr node; /* the hosting node */ int n_node; xmlNsPtr ns; /* a the namespace node */ int n_ns; for (n_cur = 0;n_cur < gen_nb_xmlNodeSetPtr;n_cur++) { for (n_node = 0;n_node < gen_nb_xmlNodePtr;n_node++) { for (n_ns = 0;n_ns < gen_nb_xmlNsPtr;n_ns++) { mem_base = xmlMemBlocks(); cur = gen_xmlNodeSetPtr(n_cur, 0); node = gen_xmlNodePtr(n_node, 1); ns = gen_xmlNsPtr(n_ns, 2); ret_val = xmlXPathNodeSetAddNs(cur, node, ns); desret_int(ret_val); call_tests++; des_xmlNodeSetPtr(n_cur, cur, 0); des_xmlNodePtr(n_node, node, 1); des_xmlNsPtr(n_ns, ns, 2); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlXPathNodeSetAddNs", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_cur); printf(" %d", n_node); printf(" %d", n_ns); printf("\n"); } } } } function_tests++; #endif return(test_ret); } static int test_xmlXPathNodeSetAddUnique(void) { int test_ret = 0; #if defined(LIBXML_XPATH_ENABLED) int mem_base; int ret_val; xmlNodeSetPtr cur; /* the initial node set */ int n_cur; xmlNodePtr val; /* a new xmlNodePtr */ int n_val; for (n_cur = 0;n_cur < gen_nb_xmlNodeSetPtr;n_cur++) { for (n_val = 0;n_val < gen_nb_xmlNodePtr;n_val++) { mem_base = xmlMemBlocks(); cur = gen_xmlNodeSetPtr(n_cur, 0); val = gen_xmlNodePtr(n_val, 1); ret_val = xmlXPathNodeSetAddUnique(cur, val); desret_int(ret_val); call_tests++; des_xmlNodeSetPtr(n_cur, cur, 0); des_xmlNodePtr(n_val, val, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlXPathNodeSetAddUnique", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_cur); printf(" %d", n_val); printf("\n"); } } } function_tests++; #endif return(test_ret); } static int test_xmlXPathNodeSetContains(void) { int test_ret = 0; #if defined(LIBXML_XPATH_ENABLED) int mem_base; int ret_val; xmlNodeSetPtr cur; /* the node-set */ int n_cur; xmlNodePtr val; /* the node */ int n_val; for (n_cur = 0;n_cur < gen_nb_xmlNodeSetPtr;n_cur++) { for (n_val = 0;n_val < gen_nb_xmlNodePtr;n_val++) { mem_base = xmlMemBlocks(); cur = gen_xmlNodeSetPtr(n_cur, 0); val = gen_xmlNodePtr(n_val, 1); ret_val = xmlXPathNodeSetContains(cur, val); desret_int(ret_val); call_tests++; des_xmlNodeSetPtr(n_cur, cur, 0); des_xmlNodePtr(n_val, val, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlXPathNodeSetContains", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_cur); printf(" %d", n_val); printf("\n"); } } } function_tests++; #endif return(test_ret); } static int test_xmlXPathNodeSetDel(void) { int test_ret = 0; #if defined(LIBXML_XPATH_ENABLED) int mem_base; xmlNodeSetPtr cur; /* the initial node set */ int n_cur; xmlNodePtr val; /* an xmlNodePtr */ int n_val; for (n_cur = 0;n_cur < gen_nb_xmlNodeSetPtr;n_cur++) { for (n_val = 0;n_val < gen_nb_xmlNodePtr;n_val++) { mem_base = xmlMemBlocks(); cur = gen_xmlNodeSetPtr(n_cur, 0); val = gen_xmlNodePtr(n_val, 1); xmlXPathNodeSetDel(cur, val); call_tests++; des_xmlNodeSetPtr(n_cur, cur, 0); des_xmlNodePtr(n_val, val, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlXPathNodeSetDel", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_cur); printf(" %d", n_val); printf("\n"); } } } function_tests++; #endif return(test_ret); } static int test_xmlXPathNodeSetMerge(void) { int test_ret = 0; #if defined(LIBXML_XPATH_ENABLED) int mem_base; xmlNodeSetPtr ret_val; xmlNodeSetPtr val1; /* the first NodeSet or NULL */ int n_val1; xmlNodeSetPtr val2; /* the second NodeSet */ int n_val2; for (n_val1 = 0;n_val1 < gen_nb_xmlNodeSetPtr;n_val1++) { for (n_val2 = 0;n_val2 < gen_nb_xmlNodeSetPtr;n_val2++) { mem_base = xmlMemBlocks(); val1 = gen_xmlNodeSetPtr(n_val1, 0); val2 = gen_xmlNodeSetPtr(n_val2, 1); ret_val = xmlXPathNodeSetMerge(val1, val2); desret_xmlNodeSetPtr(ret_val); call_tests++; des_xmlNodeSetPtr(n_val1, val1, 0); des_xmlNodeSetPtr(n_val2, val2, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlXPathNodeSetMerge", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_val1); printf(" %d", n_val2); printf("\n"); } } } function_tests++; #endif return(test_ret); } static int test_xmlXPathNodeSetRemove(void) { int test_ret = 0; #if defined(LIBXML_XPATH_ENABLED) int mem_base; xmlNodeSetPtr cur; /* the initial node set */ int n_cur; int val; /* the index to remove */ int n_val; for (n_cur = 0;n_cur < gen_nb_xmlNodeSetPtr;n_cur++) { for (n_val = 0;n_val < gen_nb_int;n_val++) { mem_base = xmlMemBlocks(); cur = gen_xmlNodeSetPtr(n_cur, 0); val = gen_int(n_val, 1); xmlXPathNodeSetRemove(cur, val); call_tests++; des_xmlNodeSetPtr(n_cur, cur, 0); des_int(n_val, val, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlXPathNodeSetRemove", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_cur); printf(" %d", n_val); printf("\n"); } } } function_tests++; #endif return(test_ret); } static int test_xmlXPathNodeSetSort(void) { int test_ret = 0; #if defined(LIBXML_XPATH_ENABLED) int mem_base; xmlNodeSetPtr set; /* the node set */ int n_set; for (n_set = 0;n_set < gen_nb_xmlNodeSetPtr;n_set++) { mem_base = xmlMemBlocks(); set = gen_xmlNodeSetPtr(n_set, 0); xmlXPathNodeSetSort(set); call_tests++; des_xmlNodeSetPtr(n_set, set, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlXPathNodeSetSort", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_set); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlXPathNodeTrailing(void) { int test_ret = 0; #if defined(LIBXML_XPATH_ENABLED) int mem_base; xmlNodeSetPtr ret_val; xmlNodeSetPtr nodes; /* a node-set */ int n_nodes; xmlNodePtr node; /* a node */ int n_node; for (n_nodes = 0;n_nodes < gen_nb_xmlNodeSetPtr;n_nodes++) { for (n_node = 0;n_node < gen_nb_xmlNodePtr;n_node++) { mem_base = xmlMemBlocks(); nodes = gen_xmlNodeSetPtr(n_nodes, 0); node = gen_xmlNodePtr(n_node, 1); ret_val = xmlXPathNodeTrailing(nodes, node); desret_xmlNodeSetPtr(ret_val); call_tests++; des_xmlNodeSetPtr(n_nodes, nodes, 0); des_xmlNodePtr(n_node, node, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlXPathNodeTrailing", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_nodes); printf(" %d", n_node); printf("\n"); } } } function_tests++; #endif return(test_ret); } static int test_xmlXPathNodeTrailingSorted(void) { int test_ret = 0; #if defined(LIBXML_XPATH_ENABLED) int mem_base; xmlNodeSetPtr ret_val; xmlNodeSetPtr nodes; /* a node-set, sorted by document order */ int n_nodes; xmlNodePtr node; /* a node */ int n_node; for (n_nodes = 0;n_nodes < gen_nb_xmlNodeSetPtr;n_nodes++) { for (n_node = 0;n_node < gen_nb_xmlNodePtr;n_node++) { mem_base = xmlMemBlocks(); nodes = gen_xmlNodeSetPtr(n_nodes, 0); node = gen_xmlNodePtr(n_node, 1); ret_val = xmlXPathNodeTrailingSorted(nodes, node); desret_xmlNodeSetPtr(ret_val); call_tests++; des_xmlNodeSetPtr(n_nodes, nodes, 0); des_xmlNodePtr(n_node, node, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlXPathNodeTrailingSorted", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_nodes); printf(" %d", n_node); printf("\n"); } } } function_tests++; #endif return(test_ret); } static int test_xmlXPathNormalizeFunction(void) { int test_ret = 0; #if defined(LIBXML_XPATH_ENABLED) int mem_base; xmlXPathParserContextPtr ctxt; /* the XPath Parser context */ int n_ctxt; int nargs; /* the number of arguments */ int n_nargs; for (n_ctxt = 0;n_ctxt < gen_nb_xmlXPathParserContextPtr;n_ctxt++) { for (n_nargs = 0;n_nargs < gen_nb_int;n_nargs++) { mem_base = xmlMemBlocks(); ctxt = gen_xmlXPathParserContextPtr(n_ctxt, 0); nargs = gen_int(n_nargs, 1); xmlXPathNormalizeFunction(ctxt, nargs); call_tests++; des_xmlXPathParserContextPtr(n_ctxt, ctxt, 0); des_int(n_nargs, nargs, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlXPathNormalizeFunction", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf(" %d", n_nargs); printf("\n"); } } } function_tests++; #endif return(test_ret); } static int test_xmlXPathNotEqualValues(void) { int test_ret = 0; #if defined(LIBXML_XPATH_ENABLED) int mem_base; int ret_val; xmlXPathParserContextPtr ctxt; /* the XPath Parser context */ int n_ctxt; for (n_ctxt = 0;n_ctxt < gen_nb_xmlXPathParserContextPtr;n_ctxt++) { mem_base = xmlMemBlocks(); ctxt = gen_xmlXPathParserContextPtr(n_ctxt, 0); ret_val = xmlXPathNotEqualValues(ctxt); desret_int(ret_val); call_tests++; des_xmlXPathParserContextPtr(n_ctxt, ctxt, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlXPathNotEqualValues", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlXPathNotFunction(void) { int test_ret = 0; #if defined(LIBXML_XPATH_ENABLED) int mem_base; xmlXPathParserContextPtr ctxt; /* the XPath Parser context */ int n_ctxt; int nargs; /* the number of arguments */ int n_nargs; for (n_ctxt = 0;n_ctxt < gen_nb_xmlXPathParserContextPtr;n_ctxt++) { for (n_nargs = 0;n_nargs < gen_nb_int;n_nargs++) { mem_base = xmlMemBlocks(); ctxt = gen_xmlXPathParserContextPtr(n_ctxt, 0); nargs = gen_int(n_nargs, 1); xmlXPathNotFunction(ctxt, nargs); call_tests++; des_xmlXPathParserContextPtr(n_ctxt, ctxt, 0); des_int(n_nargs, nargs, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlXPathNotFunction", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf(" %d", n_nargs); printf("\n"); } } } function_tests++; #endif return(test_ret); } static int test_xmlXPathNsLookup(void) { int test_ret = 0; #if defined(LIBXML_XPATH_ENABLED) int mem_base; const xmlChar * ret_val; xmlXPathContextPtr ctxt; /* the XPath context */ int n_ctxt; xmlChar * prefix; /* the namespace prefix value */ int n_prefix; for (n_ctxt = 0;n_ctxt < gen_nb_xmlXPathContextPtr;n_ctxt++) { for (n_prefix = 0;n_prefix < gen_nb_const_xmlChar_ptr;n_prefix++) { mem_base = xmlMemBlocks(); ctxt = gen_xmlXPathContextPtr(n_ctxt, 0); prefix = gen_const_xmlChar_ptr(n_prefix, 1); ret_val = xmlXPathNsLookup(ctxt, (const xmlChar *)prefix); desret_const_xmlChar_ptr(ret_val); call_tests++; des_xmlXPathContextPtr(n_ctxt, ctxt, 0); des_const_xmlChar_ptr(n_prefix, (const xmlChar *)prefix, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlXPathNsLookup", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf(" %d", n_prefix); printf("\n"); } } } function_tests++; #endif return(test_ret); } static int test_xmlXPathNumberFunction(void) { int test_ret = 0; #if defined(LIBXML_XPATH_ENABLED) int mem_base; xmlXPathParserContextPtr ctxt; /* the XPath Parser context */ int n_ctxt; int nargs; /* the number of arguments */ int n_nargs; for (n_ctxt = 0;n_ctxt < gen_nb_xmlXPathParserContextPtr;n_ctxt++) { for (n_nargs = 0;n_nargs < gen_nb_int;n_nargs++) { mem_base = xmlMemBlocks(); ctxt = gen_xmlXPathParserContextPtr(n_ctxt, 0); nargs = gen_int(n_nargs, 1); xmlXPathNumberFunction(ctxt, nargs); call_tests++; des_xmlXPathParserContextPtr(n_ctxt, ctxt, 0); des_int(n_nargs, nargs, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlXPathNumberFunction", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf(" %d", n_nargs); printf("\n"); } } } function_tests++; #endif return(test_ret); } static int test_xmlXPathParseNCName(void) { int test_ret = 0; #if defined(LIBXML_XPATH_ENABLED) int mem_base; xmlChar * ret_val; xmlXPathParserContextPtr ctxt; /* the XPath Parser context */ int n_ctxt; for (n_ctxt = 0;n_ctxt < gen_nb_xmlXPathParserContextPtr;n_ctxt++) { mem_base = xmlMemBlocks(); ctxt = gen_xmlXPathParserContextPtr(n_ctxt, 0); ret_val = xmlXPathParseNCName(ctxt); desret_xmlChar_ptr(ret_val); call_tests++; des_xmlXPathParserContextPtr(n_ctxt, ctxt, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlXPathParseNCName", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlXPathParseName(void) { int test_ret = 0; #if defined(LIBXML_XPATH_ENABLED) int mem_base; xmlChar * ret_val; xmlXPathParserContextPtr ctxt; /* the XPath Parser context */ int n_ctxt; for (n_ctxt = 0;n_ctxt < gen_nb_xmlXPathParserContextPtr;n_ctxt++) { mem_base = xmlMemBlocks(); ctxt = gen_xmlXPathParserContextPtr(n_ctxt, 0); ret_val = xmlXPathParseName(ctxt); desret_xmlChar_ptr(ret_val); call_tests++; des_xmlXPathParserContextPtr(n_ctxt, ctxt, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlXPathParseName", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlXPathPopBoolean(void) { int test_ret = 0; #if defined(LIBXML_XPATH_ENABLED) int mem_base; int ret_val; xmlXPathParserContextPtr ctxt; /* an XPath parser context */ int n_ctxt; for (n_ctxt = 0;n_ctxt < gen_nb_xmlXPathParserContextPtr;n_ctxt++) { mem_base = xmlMemBlocks(); ctxt = gen_xmlXPathParserContextPtr(n_ctxt, 0); ret_val = xmlXPathPopBoolean(ctxt); desret_int(ret_val); call_tests++; des_xmlXPathParserContextPtr(n_ctxt, ctxt, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlXPathPopBoolean", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlXPathPopExternal(void) { int test_ret = 0; #if defined(LIBXML_XPATH_ENABLED) int mem_base; void * ret_val; xmlXPathParserContextPtr ctxt; /* an XPath parser context */ int n_ctxt; for (n_ctxt = 0;n_ctxt < gen_nb_xmlXPathParserContextPtr;n_ctxt++) { mem_base = xmlMemBlocks(); ctxt = gen_xmlXPathParserContextPtr(n_ctxt, 0); ret_val = xmlXPathPopExternal(ctxt); desret_void_ptr(ret_val); call_tests++; des_xmlXPathParserContextPtr(n_ctxt, ctxt, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlXPathPopExternal", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlXPathPopNodeSet(void) { int test_ret = 0; #if defined(LIBXML_XPATH_ENABLED) int mem_base; xmlNodeSetPtr ret_val; xmlXPathParserContextPtr ctxt; /* an XPath parser context */ int n_ctxt; for (n_ctxt = 0;n_ctxt < gen_nb_xmlXPathParserContextPtr;n_ctxt++) { mem_base = xmlMemBlocks(); ctxt = gen_xmlXPathParserContextPtr(n_ctxt, 0); ret_val = xmlXPathPopNodeSet(ctxt); desret_xmlNodeSetPtr(ret_val); call_tests++; des_xmlXPathParserContextPtr(n_ctxt, ctxt, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlXPathPopNodeSet", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlXPathPopNumber(void) { int test_ret = 0; #if defined(LIBXML_XPATH_ENABLED) int mem_base; double ret_val; xmlXPathParserContextPtr ctxt; /* an XPath parser context */ int n_ctxt; for (n_ctxt = 0;n_ctxt < gen_nb_xmlXPathParserContextPtr;n_ctxt++) { mem_base = xmlMemBlocks(); ctxt = gen_xmlXPathParserContextPtr(n_ctxt, 0); ret_val = xmlXPathPopNumber(ctxt); desret_double(ret_val); call_tests++; des_xmlXPathParserContextPtr(n_ctxt, ctxt, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlXPathPopNumber", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlXPathPopString(void) { int test_ret = 0; #if defined(LIBXML_XPATH_ENABLED) int mem_base; xmlChar * ret_val; xmlXPathParserContextPtr ctxt; /* an XPath parser context */ int n_ctxt; for (n_ctxt = 0;n_ctxt < gen_nb_xmlXPathParserContextPtr;n_ctxt++) { mem_base = xmlMemBlocks(); ctxt = gen_xmlXPathParserContextPtr(n_ctxt, 0); ret_val = xmlXPathPopString(ctxt); desret_xmlChar_ptr(ret_val); call_tests++; des_xmlXPathParserContextPtr(n_ctxt, ctxt, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlXPathPopString", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlXPathPositionFunction(void) { int test_ret = 0; #if defined(LIBXML_XPATH_ENABLED) int mem_base; xmlXPathParserContextPtr ctxt; /* the XPath Parser context */ int n_ctxt; int nargs; /* the number of arguments */ int n_nargs; for (n_ctxt = 0;n_ctxt < gen_nb_xmlXPathParserContextPtr;n_ctxt++) { for (n_nargs = 0;n_nargs < gen_nb_int;n_nargs++) { mem_base = xmlMemBlocks(); ctxt = gen_xmlXPathParserContextPtr(n_ctxt, 0); nargs = gen_int(n_nargs, 1); xmlXPathPositionFunction(ctxt, nargs); call_tests++; des_xmlXPathParserContextPtr(n_ctxt, ctxt, 0); des_int(n_nargs, nargs, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlXPathPositionFunction", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf(" %d", n_nargs); printf("\n"); } } } function_tests++; #endif return(test_ret); } static int test_xmlXPathRegisterAllFunctions(void) { int test_ret = 0; #if defined(LIBXML_XPATH_ENABLED) int mem_base; xmlXPathContextPtr ctxt; /* the XPath context */ int n_ctxt; for (n_ctxt = 0;n_ctxt < gen_nb_xmlXPathContextPtr;n_ctxt++) { mem_base = xmlMemBlocks(); ctxt = gen_xmlXPathContextPtr(n_ctxt, 0); xmlXPathRegisterAllFunctions(ctxt); call_tests++; des_xmlXPathContextPtr(n_ctxt, ctxt, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlXPathRegisterAllFunctions", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlXPathRegisterFunc(void) { int test_ret = 0; /* missing type support */ return(test_ret); } static int test_xmlXPathRegisterFuncLookup(void) { int test_ret = 0; /* missing type support */ return(test_ret); } static int test_xmlXPathRegisterFuncNS(void) { int test_ret = 0; /* missing type support */ return(test_ret); } static int test_xmlXPathRegisterNs(void) { int test_ret = 0; #if defined(LIBXML_XPATH_ENABLED) int mem_base; int ret_val; xmlXPathContextPtr ctxt; /* the XPath context */ int n_ctxt; xmlChar * prefix; /* the namespace prefix cannot be NULL or empty string */ int n_prefix; xmlChar * ns_uri; /* the namespace name */ int n_ns_uri; for (n_ctxt = 0;n_ctxt < gen_nb_xmlXPathContextPtr;n_ctxt++) { for (n_prefix = 0;n_prefix < gen_nb_const_xmlChar_ptr;n_prefix++) { for (n_ns_uri = 0;n_ns_uri < gen_nb_const_xmlChar_ptr;n_ns_uri++) { mem_base = xmlMemBlocks(); ctxt = gen_xmlXPathContextPtr(n_ctxt, 0); prefix = gen_const_xmlChar_ptr(n_prefix, 1); ns_uri = gen_const_xmlChar_ptr(n_ns_uri, 2); ret_val = xmlXPathRegisterNs(ctxt, (const xmlChar *)prefix, (const xmlChar *)ns_uri); desret_int(ret_val); call_tests++; des_xmlXPathContextPtr(n_ctxt, ctxt, 0); des_const_xmlChar_ptr(n_prefix, (const xmlChar *)prefix, 1); des_const_xmlChar_ptr(n_ns_uri, (const xmlChar *)ns_uri, 2); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlXPathRegisterNs", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf(" %d", n_prefix); printf(" %d", n_ns_uri); printf("\n"); } } } } function_tests++; #endif return(test_ret); } static int test_xmlXPathRegisterVariable(void) { int test_ret = 0; #if defined(LIBXML_XPATH_ENABLED) int mem_base; int ret_val; xmlXPathContextPtr ctxt; /* the XPath context */ int n_ctxt; xmlChar * name; /* the variable name */ int n_name; xmlXPathObjectPtr value; /* the variable value or NULL */ int n_value; for (n_ctxt = 0;n_ctxt < gen_nb_xmlXPathContextPtr;n_ctxt++) { for (n_name = 0;n_name < gen_nb_const_xmlChar_ptr;n_name++) { for (n_value = 0;n_value < gen_nb_xmlXPathObjectPtr;n_value++) { mem_base = xmlMemBlocks(); ctxt = gen_xmlXPathContextPtr(n_ctxt, 0); name = gen_const_xmlChar_ptr(n_name, 1); value = gen_xmlXPathObjectPtr(n_value, 2); ret_val = xmlXPathRegisterVariable(ctxt, (const xmlChar *)name, value); desret_int(ret_val); call_tests++; des_xmlXPathContextPtr(n_ctxt, ctxt, 0); des_const_xmlChar_ptr(n_name, (const xmlChar *)name, 1); des_xmlXPathObjectPtr(n_value, value, 2); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlXPathRegisterVariable", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf(" %d", n_name); printf(" %d", n_value); printf("\n"); } } } } function_tests++; #endif return(test_ret); } static int test_xmlXPathRegisterVariableLookup(void) { int test_ret = 0; /* missing type support */ return(test_ret); } static int test_xmlXPathRegisterVariableNS(void) { int test_ret = 0; #if defined(LIBXML_XPATH_ENABLED) int mem_base; int ret_val; xmlXPathContextPtr ctxt; /* the XPath context */ int n_ctxt; xmlChar * name; /* the variable name */ int n_name; xmlChar * ns_uri; /* the variable namespace URI */ int n_ns_uri; xmlXPathObjectPtr value; /* the variable value or NULL */ int n_value; for (n_ctxt = 0;n_ctxt < gen_nb_xmlXPathContextPtr;n_ctxt++) { for (n_name = 0;n_name < gen_nb_const_xmlChar_ptr;n_name++) { for (n_ns_uri = 0;n_ns_uri < gen_nb_const_xmlChar_ptr;n_ns_uri++) { for (n_value = 0;n_value < gen_nb_xmlXPathObjectPtr;n_value++) { mem_base = xmlMemBlocks(); ctxt = gen_xmlXPathContextPtr(n_ctxt, 0); name = gen_const_xmlChar_ptr(n_name, 1); ns_uri = gen_const_xmlChar_ptr(n_ns_uri, 2); value = gen_xmlXPathObjectPtr(n_value, 3); ret_val = xmlXPathRegisterVariableNS(ctxt, (const xmlChar *)name, (const xmlChar *)ns_uri, value); desret_int(ret_val); call_tests++; des_xmlXPathContextPtr(n_ctxt, ctxt, 0); des_const_xmlChar_ptr(n_name, (const xmlChar *)name, 1); des_const_xmlChar_ptr(n_ns_uri, (const xmlChar *)ns_uri, 2); des_xmlXPathObjectPtr(n_value, value, 3); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlXPathRegisterVariableNS", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf(" %d", n_name); printf(" %d", n_ns_uri); printf(" %d", n_value); printf("\n"); } } } } } function_tests++; #endif return(test_ret); } static int test_xmlXPathRegisteredFuncsCleanup(void) { int test_ret = 0; #if defined(LIBXML_XPATH_ENABLED) int mem_base; xmlXPathContextPtr ctxt; /* the XPath context */ int n_ctxt; for (n_ctxt = 0;n_ctxt < gen_nb_xmlXPathContextPtr;n_ctxt++) { mem_base = xmlMemBlocks(); ctxt = gen_xmlXPathContextPtr(n_ctxt, 0); xmlXPathRegisteredFuncsCleanup(ctxt); call_tests++; des_xmlXPathContextPtr(n_ctxt, ctxt, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlXPathRegisteredFuncsCleanup", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlXPathRegisteredNsCleanup(void) { int test_ret = 0; #if defined(LIBXML_XPATH_ENABLED) int mem_base; xmlXPathContextPtr ctxt; /* the XPath context */ int n_ctxt; for (n_ctxt = 0;n_ctxt < gen_nb_xmlXPathContextPtr;n_ctxt++) { mem_base = xmlMemBlocks(); ctxt = gen_xmlXPathContextPtr(n_ctxt, 0); xmlXPathRegisteredNsCleanup(ctxt); call_tests++; des_xmlXPathContextPtr(n_ctxt, ctxt, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlXPathRegisteredNsCleanup", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlXPathRegisteredVariablesCleanup(void) { int test_ret = 0; #if defined(LIBXML_XPATH_ENABLED) int mem_base; xmlXPathContextPtr ctxt; /* the XPath context */ int n_ctxt; for (n_ctxt = 0;n_ctxt < gen_nb_xmlXPathContextPtr;n_ctxt++) { mem_base = xmlMemBlocks(); ctxt = gen_xmlXPathContextPtr(n_ctxt, 0); xmlXPathRegisteredVariablesCleanup(ctxt); call_tests++; des_xmlXPathContextPtr(n_ctxt, ctxt, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlXPathRegisteredVariablesCleanup", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlXPathRoot(void) { int test_ret = 0; #if defined(LIBXML_XPATH_ENABLED) int mem_base; xmlXPathParserContextPtr ctxt; /* the XPath Parser context */ int n_ctxt; for (n_ctxt = 0;n_ctxt < gen_nb_xmlXPathParserContextPtr;n_ctxt++) { mem_base = xmlMemBlocks(); ctxt = gen_xmlXPathParserContextPtr(n_ctxt, 0); xmlXPathRoot(ctxt); call_tests++; des_xmlXPathParserContextPtr(n_ctxt, ctxt, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlXPathRoot", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlXPathRoundFunction(void) { int test_ret = 0; #if defined(LIBXML_XPATH_ENABLED) int mem_base; xmlXPathParserContextPtr ctxt; /* the XPath Parser context */ int n_ctxt; int nargs; /* the number of arguments */ int n_nargs; for (n_ctxt = 0;n_ctxt < gen_nb_xmlXPathParserContextPtr;n_ctxt++) { for (n_nargs = 0;n_nargs < gen_nb_int;n_nargs++) { mem_base = xmlMemBlocks(); ctxt = gen_xmlXPathParserContextPtr(n_ctxt, 0); nargs = gen_int(n_nargs, 1); xmlXPathRoundFunction(ctxt, nargs); call_tests++; des_xmlXPathParserContextPtr(n_ctxt, ctxt, 0); des_int(n_nargs, nargs, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlXPathRoundFunction", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf(" %d", n_nargs); printf("\n"); } } } function_tests++; #endif return(test_ret); } static int test_xmlXPathStartsWithFunction(void) { int test_ret = 0; #if defined(LIBXML_XPATH_ENABLED) int mem_base; xmlXPathParserContextPtr ctxt; /* the XPath Parser context */ int n_ctxt; int nargs; /* the number of arguments */ int n_nargs; for (n_ctxt = 0;n_ctxt < gen_nb_xmlXPathParserContextPtr;n_ctxt++) { for (n_nargs = 0;n_nargs < gen_nb_int;n_nargs++) { mem_base = xmlMemBlocks(); ctxt = gen_xmlXPathParserContextPtr(n_ctxt, 0); nargs = gen_int(n_nargs, 1); xmlXPathStartsWithFunction(ctxt, nargs); call_tests++; des_xmlXPathParserContextPtr(n_ctxt, ctxt, 0); des_int(n_nargs, nargs, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlXPathStartsWithFunction", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf(" %d", n_nargs); printf("\n"); } } } function_tests++; #endif return(test_ret); } static int test_xmlXPathStringEvalNumber(void) { int test_ret = 0; #if defined(LIBXML_XPATH_ENABLED) int mem_base; double ret_val; xmlChar * str; /* A string to scan */ int n_str; for (n_str = 0;n_str < gen_nb_const_xmlChar_ptr;n_str++) { mem_base = xmlMemBlocks(); str = gen_const_xmlChar_ptr(n_str, 0); ret_val = xmlXPathStringEvalNumber((const xmlChar *)str); desret_double(ret_val); call_tests++; des_const_xmlChar_ptr(n_str, (const xmlChar *)str, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlXPathStringEvalNumber", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_str); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlXPathStringFunction(void) { int test_ret = 0; #if defined(LIBXML_XPATH_ENABLED) int mem_base; xmlXPathParserContextPtr ctxt; /* the XPath Parser context */ int n_ctxt; int nargs; /* the number of arguments */ int n_nargs; for (n_ctxt = 0;n_ctxt < gen_nb_xmlXPathParserContextPtr;n_ctxt++) { for (n_nargs = 0;n_nargs < gen_nb_int;n_nargs++) { mem_base = xmlMemBlocks(); ctxt = gen_xmlXPathParserContextPtr(n_ctxt, 0); nargs = gen_int(n_nargs, 1); xmlXPathStringFunction(ctxt, nargs); call_tests++; des_xmlXPathParserContextPtr(n_ctxt, ctxt, 0); des_int(n_nargs, nargs, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlXPathStringFunction", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf(" %d", n_nargs); printf("\n"); } } } function_tests++; #endif return(test_ret); } static int test_xmlXPathStringLengthFunction(void) { int test_ret = 0; #if defined(LIBXML_XPATH_ENABLED) int mem_base; xmlXPathParserContextPtr ctxt; /* the XPath Parser context */ int n_ctxt; int nargs; /* the number of arguments */ int n_nargs; for (n_ctxt = 0;n_ctxt < gen_nb_xmlXPathParserContextPtr;n_ctxt++) { for (n_nargs = 0;n_nargs < gen_nb_int;n_nargs++) { mem_base = xmlMemBlocks(); ctxt = gen_xmlXPathParserContextPtr(n_ctxt, 0); nargs = gen_int(n_nargs, 1); xmlXPathStringLengthFunction(ctxt, nargs); call_tests++; des_xmlXPathParserContextPtr(n_ctxt, ctxt, 0); des_int(n_nargs, nargs, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlXPathStringLengthFunction", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf(" %d", n_nargs); printf("\n"); } } } function_tests++; #endif return(test_ret); } static int test_xmlXPathSubValues(void) { int test_ret = 0; #if defined(LIBXML_XPATH_ENABLED) int mem_base; xmlXPathParserContextPtr ctxt; /* the XPath Parser context */ int n_ctxt; for (n_ctxt = 0;n_ctxt < gen_nb_xmlXPathParserContextPtr;n_ctxt++) { mem_base = xmlMemBlocks(); ctxt = gen_xmlXPathParserContextPtr(n_ctxt, 0); xmlXPathSubValues(ctxt); call_tests++; des_xmlXPathParserContextPtr(n_ctxt, ctxt, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlXPathSubValues", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlXPathSubstringAfterFunction(void) { int test_ret = 0; #if defined(LIBXML_XPATH_ENABLED) int mem_base; xmlXPathParserContextPtr ctxt; /* the XPath Parser context */ int n_ctxt; int nargs; /* the number of arguments */ int n_nargs; for (n_ctxt = 0;n_ctxt < gen_nb_xmlXPathParserContextPtr;n_ctxt++) { for (n_nargs = 0;n_nargs < gen_nb_int;n_nargs++) { mem_base = xmlMemBlocks(); ctxt = gen_xmlXPathParserContextPtr(n_ctxt, 0); nargs = gen_int(n_nargs, 1); xmlXPathSubstringAfterFunction(ctxt, nargs); call_tests++; des_xmlXPathParserContextPtr(n_ctxt, ctxt, 0); des_int(n_nargs, nargs, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlXPathSubstringAfterFunction", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf(" %d", n_nargs); printf("\n"); } } } function_tests++; #endif return(test_ret); } static int test_xmlXPathSubstringBeforeFunction(void) { int test_ret = 0; #if defined(LIBXML_XPATH_ENABLED) int mem_base; xmlXPathParserContextPtr ctxt; /* the XPath Parser context */ int n_ctxt; int nargs; /* the number of arguments */ int n_nargs; for (n_ctxt = 0;n_ctxt < gen_nb_xmlXPathParserContextPtr;n_ctxt++) { for (n_nargs = 0;n_nargs < gen_nb_int;n_nargs++) { mem_base = xmlMemBlocks(); ctxt = gen_xmlXPathParserContextPtr(n_ctxt, 0); nargs = gen_int(n_nargs, 1); xmlXPathSubstringBeforeFunction(ctxt, nargs); call_tests++; des_xmlXPathParserContextPtr(n_ctxt, ctxt, 0); des_int(n_nargs, nargs, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlXPathSubstringBeforeFunction", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf(" %d", n_nargs); printf("\n"); } } } function_tests++; #endif return(test_ret); } static int test_xmlXPathSubstringFunction(void) { int test_ret = 0; #if defined(LIBXML_XPATH_ENABLED) int mem_base; xmlXPathParserContextPtr ctxt; /* the XPath Parser context */ int n_ctxt; int nargs; /* the number of arguments */ int n_nargs; for (n_ctxt = 0;n_ctxt < gen_nb_xmlXPathParserContextPtr;n_ctxt++) { for (n_nargs = 0;n_nargs < gen_nb_int;n_nargs++) { mem_base = xmlMemBlocks(); ctxt = gen_xmlXPathParserContextPtr(n_ctxt, 0); nargs = gen_int(n_nargs, 1); xmlXPathSubstringFunction(ctxt, nargs); call_tests++; des_xmlXPathParserContextPtr(n_ctxt, ctxt, 0); des_int(n_nargs, nargs, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlXPathSubstringFunction", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf(" %d", n_nargs); printf("\n"); } } } function_tests++; #endif return(test_ret); } static int test_xmlXPathSumFunction(void) { int test_ret = 0; #if defined(LIBXML_XPATH_ENABLED) int mem_base; xmlXPathParserContextPtr ctxt; /* the XPath Parser context */ int n_ctxt; int nargs; /* the number of arguments */ int n_nargs; for (n_ctxt = 0;n_ctxt < gen_nb_xmlXPathParserContextPtr;n_ctxt++) { for (n_nargs = 0;n_nargs < gen_nb_int;n_nargs++) { mem_base = xmlMemBlocks(); ctxt = gen_xmlXPathParserContextPtr(n_ctxt, 0); nargs = gen_int(n_nargs, 1); xmlXPathSumFunction(ctxt, nargs); call_tests++; des_xmlXPathParserContextPtr(n_ctxt, ctxt, 0); des_int(n_nargs, nargs, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlXPathSumFunction", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf(" %d", n_nargs); printf("\n"); } } } function_tests++; #endif return(test_ret); } static int test_xmlXPathTrailing(void) { int test_ret = 0; #if defined(LIBXML_XPATH_ENABLED) int mem_base; xmlNodeSetPtr ret_val; xmlNodeSetPtr nodes1; /* a node-set */ int n_nodes1; xmlNodeSetPtr nodes2; /* a node-set */ int n_nodes2; for (n_nodes1 = 0;n_nodes1 < gen_nb_xmlNodeSetPtr;n_nodes1++) { for (n_nodes2 = 0;n_nodes2 < gen_nb_xmlNodeSetPtr;n_nodes2++) { mem_base = xmlMemBlocks(); nodes1 = gen_xmlNodeSetPtr(n_nodes1, 0); nodes2 = gen_xmlNodeSetPtr(n_nodes2, 1); ret_val = xmlXPathTrailing(nodes1, nodes2); desret_xmlNodeSetPtr(ret_val); call_tests++; des_xmlNodeSetPtr(n_nodes1, nodes1, 0); des_xmlNodeSetPtr(n_nodes2, nodes2, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlXPathTrailing", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_nodes1); printf(" %d", n_nodes2); printf("\n"); } } } function_tests++; #endif return(test_ret); } static int test_xmlXPathTrailingSorted(void) { int test_ret = 0; #if defined(LIBXML_XPATH_ENABLED) int mem_base; xmlNodeSetPtr ret_val; xmlNodeSetPtr nodes1; /* a node-set, sorted by document order */ int n_nodes1; xmlNodeSetPtr nodes2; /* a node-set, sorted by document order */ int n_nodes2; for (n_nodes1 = 0;n_nodes1 < gen_nb_xmlNodeSetPtr;n_nodes1++) { for (n_nodes2 = 0;n_nodes2 < gen_nb_xmlNodeSetPtr;n_nodes2++) { mem_base = xmlMemBlocks(); nodes1 = gen_xmlNodeSetPtr(n_nodes1, 0); nodes2 = gen_xmlNodeSetPtr(n_nodes2, 1); ret_val = xmlXPathTrailingSorted(nodes1, nodes2); desret_xmlNodeSetPtr(ret_val); call_tests++; des_xmlNodeSetPtr(n_nodes1, nodes1, 0); des_xmlNodeSetPtr(n_nodes2, nodes2, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlXPathTrailingSorted", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_nodes1); printf(" %d", n_nodes2); printf("\n"); } } } function_tests++; #endif return(test_ret); } static int test_xmlXPathTranslateFunction(void) { int test_ret = 0; #if defined(LIBXML_XPATH_ENABLED) int mem_base; xmlXPathParserContextPtr ctxt; /* the XPath Parser context */ int n_ctxt; int nargs; /* the number of arguments */ int n_nargs; for (n_ctxt = 0;n_ctxt < gen_nb_xmlXPathParserContextPtr;n_ctxt++) { for (n_nargs = 0;n_nargs < gen_nb_int;n_nargs++) { mem_base = xmlMemBlocks(); ctxt = gen_xmlXPathParserContextPtr(n_ctxt, 0); nargs = gen_int(n_nargs, 1); xmlXPathTranslateFunction(ctxt, nargs); call_tests++; des_xmlXPathParserContextPtr(n_ctxt, ctxt, 0); des_int(n_nargs, nargs, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlXPathTranslateFunction", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf(" %d", n_nargs); printf("\n"); } } } function_tests++; #endif return(test_ret); } static int test_xmlXPathTrueFunction(void) { int test_ret = 0; #if defined(LIBXML_XPATH_ENABLED) int mem_base; xmlXPathParserContextPtr ctxt; /* the XPath Parser context */ int n_ctxt; int nargs; /* the number of arguments */ int n_nargs; for (n_ctxt = 0;n_ctxt < gen_nb_xmlXPathParserContextPtr;n_ctxt++) { for (n_nargs = 0;n_nargs < gen_nb_int;n_nargs++) { mem_base = xmlMemBlocks(); ctxt = gen_xmlXPathParserContextPtr(n_ctxt, 0); nargs = gen_int(n_nargs, 1); xmlXPathTrueFunction(ctxt, nargs); call_tests++; des_xmlXPathParserContextPtr(n_ctxt, ctxt, 0); des_int(n_nargs, nargs, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlXPathTrueFunction", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf(" %d", n_nargs); printf("\n"); } } } function_tests++; #endif return(test_ret); } static int test_xmlXPathValueFlipSign(void) { int test_ret = 0; #if defined(LIBXML_XPATH_ENABLED) int mem_base; xmlXPathParserContextPtr ctxt; /* the XPath Parser context */ int n_ctxt; for (n_ctxt = 0;n_ctxt < gen_nb_xmlXPathParserContextPtr;n_ctxt++) { mem_base = xmlMemBlocks(); ctxt = gen_xmlXPathParserContextPtr(n_ctxt, 0); xmlXPathValueFlipSign(ctxt); call_tests++; des_xmlXPathParserContextPtr(n_ctxt, ctxt, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlXPathValueFlipSign", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlXPathVariableLookup(void) { int test_ret = 0; #if defined(LIBXML_XPATH_ENABLED) int mem_base; xmlXPathObjectPtr ret_val; xmlXPathContextPtr ctxt; /* the XPath context */ int n_ctxt; xmlChar * name; /* the variable name */ int n_name; for (n_ctxt = 0;n_ctxt < gen_nb_xmlXPathContextPtr;n_ctxt++) { for (n_name = 0;n_name < gen_nb_const_xmlChar_ptr;n_name++) { mem_base = xmlMemBlocks(); ctxt = gen_xmlXPathContextPtr(n_ctxt, 0); name = gen_const_xmlChar_ptr(n_name, 1); ret_val = xmlXPathVariableLookup(ctxt, (const xmlChar *)name); desret_xmlXPathObjectPtr(ret_val); call_tests++; des_xmlXPathContextPtr(n_ctxt, ctxt, 0); des_const_xmlChar_ptr(n_name, (const xmlChar *)name, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlXPathVariableLookup", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf(" %d", n_name); printf("\n"); } } } function_tests++; #endif return(test_ret); } static int test_xmlXPathVariableLookupNS(void) { int test_ret = 0; #if defined(LIBXML_XPATH_ENABLED) int mem_base; xmlXPathObjectPtr ret_val; xmlXPathContextPtr ctxt; /* the XPath context */ int n_ctxt; xmlChar * name; /* the variable name */ int n_name; xmlChar * ns_uri; /* the variable namespace URI */ int n_ns_uri; for (n_ctxt = 0;n_ctxt < gen_nb_xmlXPathContextPtr;n_ctxt++) { for (n_name = 0;n_name < gen_nb_const_xmlChar_ptr;n_name++) { for (n_ns_uri = 0;n_ns_uri < gen_nb_const_xmlChar_ptr;n_ns_uri++) { mem_base = xmlMemBlocks(); ctxt = gen_xmlXPathContextPtr(n_ctxt, 0); name = gen_const_xmlChar_ptr(n_name, 1); ns_uri = gen_const_xmlChar_ptr(n_ns_uri, 2); ret_val = xmlXPathVariableLookupNS(ctxt, (const xmlChar *)name, (const xmlChar *)ns_uri); desret_xmlXPathObjectPtr(ret_val); call_tests++; des_xmlXPathContextPtr(n_ctxt, ctxt, 0); des_const_xmlChar_ptr(n_name, (const xmlChar *)name, 1); des_const_xmlChar_ptr(n_ns_uri, (const xmlChar *)ns_uri, 2); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlXPathVariableLookupNS", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf(" %d", n_name); printf(" %d", n_ns_uri); printf("\n"); } } } } function_tests++; #endif return(test_ret); } static int test_xmlXPathWrapCString(void) { int test_ret = 0; #if defined(LIBXML_XPATH_ENABLED) int mem_base; xmlXPathObjectPtr ret_val; char * val; /* the char * value */ int n_val; for (n_val = 0;n_val < gen_nb_char_ptr;n_val++) { mem_base = xmlMemBlocks(); val = gen_char_ptr(n_val, 0); ret_val = xmlXPathWrapCString(val); desret_xmlXPathObjectPtr(ret_val); call_tests++; des_char_ptr(n_val, val, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlXPathWrapCString", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_val); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlXPathWrapExternal(void) { int test_ret = 0; #if defined(LIBXML_XPATH_ENABLED) int mem_base; xmlXPathObjectPtr ret_val; void * val; /* the user data */ int n_val; for (n_val = 0;n_val < gen_nb_void_ptr;n_val++) { mem_base = xmlMemBlocks(); val = gen_void_ptr(n_val, 0); ret_val = xmlXPathWrapExternal(val); desret_xmlXPathObjectPtr(ret_val); call_tests++; des_void_ptr(n_val, val, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlXPathWrapExternal", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_val); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlXPathWrapNodeSet(void) { int test_ret = 0; #if defined(LIBXML_XPATH_ENABLED) int mem_base; xmlXPathObjectPtr ret_val; xmlNodeSetPtr val; /* the NodePtr value */ int n_val; for (n_val = 0;n_val < gen_nb_xmlNodeSetPtr;n_val++) { mem_base = xmlMemBlocks(); val = gen_xmlNodeSetPtr(n_val, 0); ret_val = xmlXPathWrapNodeSet(val); desret_xmlXPathObjectPtr(ret_val); call_tests++; des_xmlNodeSetPtr(n_val, val, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlXPathWrapNodeSet", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_val); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlXPatherror(void) { int test_ret = 0; #if defined(LIBXML_XPATH_ENABLED) int mem_base; xmlXPathParserContextPtr ctxt; /* the XPath Parser context */ int n_ctxt; const char * file; /* the file name */ int n_file; int line; /* the line number */ int n_line; int no; /* the error number */ int n_no; for (n_ctxt = 0;n_ctxt < gen_nb_xmlXPathParserContextPtr;n_ctxt++) { for (n_file = 0;n_file < gen_nb_filepath;n_file++) { for (n_line = 0;n_line < gen_nb_int;n_line++) { for (n_no = 0;n_no < gen_nb_int;n_no++) { mem_base = xmlMemBlocks(); ctxt = gen_xmlXPathParserContextPtr(n_ctxt, 0); file = gen_filepath(n_file, 1); line = gen_int(n_line, 2); no = gen_int(n_no, 3); xmlXPatherror(ctxt, file, line, no); call_tests++; des_xmlXPathParserContextPtr(n_ctxt, ctxt, 0); des_filepath(n_file, file, 1); des_int(n_line, line, 2); des_int(n_no, no, 3); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlXPatherror", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf(" %d", n_file); printf(" %d", n_line); printf(" %d", n_no); printf("\n"); } } } } } function_tests++; #endif return(test_ret); } static int test_xpathInternals(void) { int test_ret = 0; if (quiet == 0) printf("Testing xpathInternals : 106 of 117 functions ...\n"); test_ret += test_valuePop(); test_ret += test_valuePush(); test_ret += test_xmlXPathAddValues(); test_ret += test_xmlXPathBooleanFunction(); test_ret += test_xmlXPathCeilingFunction(); test_ret += test_xmlXPathCompareValues(); test_ret += test_xmlXPathConcatFunction(); test_ret += test_xmlXPathContainsFunction(); test_ret += test_xmlXPathCountFunction(); test_ret += test_xmlXPathDebugDumpCompExpr(); test_ret += test_xmlXPathDebugDumpObject(); test_ret += test_xmlXPathDifference(); test_ret += test_xmlXPathDistinct(); test_ret += test_xmlXPathDistinctSorted(); test_ret += test_xmlXPathDivValues(); test_ret += test_xmlXPathEqualValues(); test_ret += test_xmlXPathErr(); test_ret += test_xmlXPathEvalExpr(); test_ret += test_xmlXPathEvaluatePredicateResult(); test_ret += test_xmlXPathFalseFunction(); test_ret += test_xmlXPathFloorFunction(); test_ret += test_xmlXPathFunctionLookup(); test_ret += test_xmlXPathFunctionLookupNS(); test_ret += test_xmlXPathHasSameNodes(); test_ret += test_xmlXPathIdFunction(); test_ret += test_xmlXPathIntersection(); test_ret += test_xmlXPathIsNodeType(); test_ret += test_xmlXPathLangFunction(); test_ret += test_xmlXPathLastFunction(); test_ret += test_xmlXPathLeading(); test_ret += test_xmlXPathLeadingSorted(); test_ret += test_xmlXPathLocalNameFunction(); test_ret += test_xmlXPathModValues(); test_ret += test_xmlXPathMultValues(); test_ret += test_xmlXPathNamespaceURIFunction(); test_ret += test_xmlXPathNewBoolean(); test_ret += test_xmlXPathNewCString(); test_ret += test_xmlXPathNewFloat(); test_ret += test_xmlXPathNewNodeSet(); test_ret += test_xmlXPathNewNodeSetList(); test_ret += test_xmlXPathNewParserContext(); test_ret += test_xmlXPathNewString(); test_ret += test_xmlXPathNextAncestor(); test_ret += test_xmlXPathNextAncestorOrSelf(); test_ret += test_xmlXPathNextAttribute(); test_ret += test_xmlXPathNextChild(); test_ret += test_xmlXPathNextDescendant(); test_ret += test_xmlXPathNextDescendantOrSelf(); test_ret += test_xmlXPathNextFollowing(); test_ret += test_xmlXPathNextFollowingSibling(); test_ret += test_xmlXPathNextNamespace(); test_ret += test_xmlXPathNextParent(); test_ret += test_xmlXPathNextPreceding(); test_ret += test_xmlXPathNextPrecedingSibling(); test_ret += test_xmlXPathNextSelf(); test_ret += test_xmlXPathNodeLeading(); test_ret += test_xmlXPathNodeLeadingSorted(); test_ret += test_xmlXPathNodeSetAdd(); test_ret += test_xmlXPathNodeSetAddNs(); test_ret += test_xmlXPathNodeSetAddUnique(); test_ret += test_xmlXPathNodeSetContains(); test_ret += test_xmlXPathNodeSetDel(); test_ret += test_xmlXPathNodeSetMerge(); test_ret += test_xmlXPathNodeSetRemove(); test_ret += test_xmlXPathNodeSetSort(); test_ret += test_xmlXPathNodeTrailing(); test_ret += test_xmlXPathNodeTrailingSorted(); test_ret += test_xmlXPathNormalizeFunction(); test_ret += test_xmlXPathNotEqualValues(); test_ret += test_xmlXPathNotFunction(); test_ret += test_xmlXPathNsLookup(); test_ret += test_xmlXPathNumberFunction(); test_ret += test_xmlXPathParseNCName(); test_ret += test_xmlXPathParseName(); test_ret += test_xmlXPathPopBoolean(); test_ret += test_xmlXPathPopExternal(); test_ret += test_xmlXPathPopNodeSet(); test_ret += test_xmlXPathPopNumber(); test_ret += test_xmlXPathPopString(); test_ret += test_xmlXPathPositionFunction(); test_ret += test_xmlXPathRegisterAllFunctions(); test_ret += test_xmlXPathRegisterFunc(); test_ret += test_xmlXPathRegisterFuncLookup(); test_ret += test_xmlXPathRegisterFuncNS(); test_ret += test_xmlXPathRegisterNs(); test_ret += test_xmlXPathRegisterVariable(); test_ret += test_xmlXPathRegisterVariableLookup(); test_ret += test_xmlXPathRegisterVariableNS(); test_ret += test_xmlXPathRegisteredFuncsCleanup(); test_ret += test_xmlXPathRegisteredNsCleanup(); test_ret += test_xmlXPathRegisteredVariablesCleanup(); test_ret += test_xmlXPathRoot(); test_ret += test_xmlXPathRoundFunction(); test_ret += test_xmlXPathStartsWithFunction(); test_ret += test_xmlXPathStringEvalNumber(); test_ret += test_xmlXPathStringFunction(); test_ret += test_xmlXPathStringLengthFunction(); test_ret += test_xmlXPathSubValues(); test_ret += test_xmlXPathSubstringAfterFunction(); test_ret += test_xmlXPathSubstringBeforeFunction(); test_ret += test_xmlXPathSubstringFunction(); test_ret += test_xmlXPathSumFunction(); test_ret += test_xmlXPathTrailing(); test_ret += test_xmlXPathTrailingSorted(); test_ret += test_xmlXPathTranslateFunction(); test_ret += test_xmlXPathTrueFunction(); test_ret += test_xmlXPathValueFlipSign(); test_ret += test_xmlXPathVariableLookup(); test_ret += test_xmlXPathVariableLookupNS(); test_ret += test_xmlXPathWrapCString(); test_ret += test_xmlXPathWrapExternal(); test_ret += test_xmlXPathWrapNodeSet(); test_ret += test_xmlXPatherror(); if (test_ret != 0) printf("Module xpathInternals: %d errors\n", test_ret); return(test_ret); } static int test_xmlXPtrBuildNodeList(void) { int test_ret = 0; #if defined(LIBXML_XPTR_ENABLED) int mem_base; xmlNodePtr ret_val; xmlXPathObjectPtr obj; /* the XPointer result from the evaluation. */ int n_obj; for (n_obj = 0;n_obj < gen_nb_xmlXPathObjectPtr;n_obj++) { mem_base = xmlMemBlocks(); obj = gen_xmlXPathObjectPtr(n_obj, 0); ret_val = xmlXPtrBuildNodeList(obj); desret_xmlNodePtr(ret_val); call_tests++; des_xmlXPathObjectPtr(n_obj, obj, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlXPtrBuildNodeList", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_obj); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlXPtrEval(void) { int test_ret = 0; #if defined(LIBXML_XPTR_ENABLED) int mem_base; xmlXPathObjectPtr ret_val; xmlChar * str; /* the XPointer expression */ int n_str; xmlXPathContextPtr ctx; /* the XPointer context */ int n_ctx; for (n_str = 0;n_str < gen_nb_const_xmlChar_ptr;n_str++) { for (n_ctx = 0;n_ctx < gen_nb_xmlXPathContextPtr;n_ctx++) { mem_base = xmlMemBlocks(); str = gen_const_xmlChar_ptr(n_str, 0); ctx = gen_xmlXPathContextPtr(n_ctx, 1); ret_val = xmlXPtrEval((const xmlChar *)str, ctx); desret_xmlXPathObjectPtr(ret_val); call_tests++; des_const_xmlChar_ptr(n_str, (const xmlChar *)str, 0); des_xmlXPathContextPtr(n_ctx, ctx, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlXPtrEval", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_str); printf(" %d", n_ctx); printf("\n"); } } } function_tests++; #endif return(test_ret); } static int test_xmlXPtrEvalRangePredicate(void) { int test_ret = 0; #if defined(LIBXML_XPTR_ENABLED) int mem_base; xmlXPathParserContextPtr ctxt; /* the XPointer Parser context */ int n_ctxt; for (n_ctxt = 0;n_ctxt < gen_nb_xmlXPathParserContextPtr;n_ctxt++) { mem_base = xmlMemBlocks(); ctxt = gen_xmlXPathParserContextPtr(n_ctxt, 0); xmlXPtrEvalRangePredicate(ctxt); call_tests++; des_xmlXPathParserContextPtr(n_ctxt, ctxt, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlXPtrEvalRangePredicate", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf("\n"); } } function_tests++; #endif return(test_ret); } #ifdef LIBXML_XPTR_ENABLED #define gen_nb_xmlLocationSetPtr 1 static xmlLocationSetPtr gen_xmlLocationSetPtr(int no ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { return(NULL); } static void des_xmlLocationSetPtr(int no ATTRIBUTE_UNUSED, xmlLocationSetPtr val ATTRIBUTE_UNUSED, int nr ATTRIBUTE_UNUSED) { } #endif static int test_xmlXPtrLocationSetAdd(void) { int test_ret = 0; #if defined(LIBXML_XPTR_ENABLED) int mem_base; xmlLocationSetPtr cur; /* the initial range set */ int n_cur; xmlXPathObjectPtr val; /* a new xmlXPathObjectPtr */ int n_val; for (n_cur = 0;n_cur < gen_nb_xmlLocationSetPtr;n_cur++) { for (n_val = 0;n_val < gen_nb_xmlXPathObjectPtr;n_val++) { mem_base = xmlMemBlocks(); cur = gen_xmlLocationSetPtr(n_cur, 0); val = gen_xmlXPathObjectPtr(n_val, 1); xmlXPtrLocationSetAdd(cur, val); call_tests++; des_xmlLocationSetPtr(n_cur, cur, 0); des_xmlXPathObjectPtr(n_val, val, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlXPtrLocationSetAdd", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_cur); printf(" %d", n_val); printf("\n"); } } } function_tests++; #endif return(test_ret); } static int test_xmlXPtrLocationSetCreate(void) { int test_ret = 0; /* missing type support */ return(test_ret); } static int test_xmlXPtrLocationSetDel(void) { int test_ret = 0; #if defined(LIBXML_XPTR_ENABLED) int mem_base; xmlLocationSetPtr cur; /* the initial range set */ int n_cur; xmlXPathObjectPtr val; /* an xmlXPathObjectPtr */ int n_val; for (n_cur = 0;n_cur < gen_nb_xmlLocationSetPtr;n_cur++) { for (n_val = 0;n_val < gen_nb_xmlXPathObjectPtr;n_val++) { mem_base = xmlMemBlocks(); cur = gen_xmlLocationSetPtr(n_cur, 0); val = gen_xmlXPathObjectPtr(n_val, 1); xmlXPtrLocationSetDel(cur, val); call_tests++; des_xmlLocationSetPtr(n_cur, cur, 0); des_xmlXPathObjectPtr(n_val, val, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlXPtrLocationSetDel", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_cur); printf(" %d", n_val); printf("\n"); } } } function_tests++; #endif return(test_ret); } static int test_xmlXPtrLocationSetMerge(void) { int test_ret = 0; /* missing type support */ return(test_ret); } static int test_xmlXPtrLocationSetRemove(void) { int test_ret = 0; #if defined(LIBXML_XPTR_ENABLED) int mem_base; xmlLocationSetPtr cur; /* the initial range set */ int n_cur; int val; /* the index to remove */ int n_val; for (n_cur = 0;n_cur < gen_nb_xmlLocationSetPtr;n_cur++) { for (n_val = 0;n_val < gen_nb_int;n_val++) { mem_base = xmlMemBlocks(); cur = gen_xmlLocationSetPtr(n_cur, 0); val = gen_int(n_val, 1); xmlXPtrLocationSetRemove(cur, val); call_tests++; des_xmlLocationSetPtr(n_cur, cur, 0); des_int(n_val, val, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlXPtrLocationSetRemove", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_cur); printf(" %d", n_val); printf("\n"); } } } function_tests++; #endif return(test_ret); } static int test_xmlXPtrNewCollapsedRange(void) { int test_ret = 0; #if defined(LIBXML_XPTR_ENABLED) int mem_base; xmlXPathObjectPtr ret_val; xmlNodePtr start; /* the starting and ending node */ int n_start; for (n_start = 0;n_start < gen_nb_xmlNodePtr;n_start++) { mem_base = xmlMemBlocks(); start = gen_xmlNodePtr(n_start, 0); ret_val = xmlXPtrNewCollapsedRange(start); desret_xmlXPathObjectPtr(ret_val); call_tests++; des_xmlNodePtr(n_start, start, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlXPtrNewCollapsedRange", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_start); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlXPtrNewContext(void) { int test_ret = 0; /* missing type support */ return(test_ret); } static int test_xmlXPtrNewLocationSetNodeSet(void) { int test_ret = 0; #if defined(LIBXML_XPTR_ENABLED) int mem_base; xmlXPathObjectPtr ret_val; xmlNodeSetPtr set; /* a node set */ int n_set; for (n_set = 0;n_set < gen_nb_xmlNodeSetPtr;n_set++) { mem_base = xmlMemBlocks(); set = gen_xmlNodeSetPtr(n_set, 0); ret_val = xmlXPtrNewLocationSetNodeSet(set); desret_xmlXPathObjectPtr(ret_val); call_tests++; des_xmlNodeSetPtr(n_set, set, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlXPtrNewLocationSetNodeSet", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_set); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xmlXPtrNewLocationSetNodes(void) { int test_ret = 0; #if defined(LIBXML_XPTR_ENABLED) int mem_base; xmlXPathObjectPtr ret_val; xmlNodePtr start; /* the start NodePtr value */ int n_start; xmlNodePtr end; /* the end NodePtr value or NULL */ int n_end; for (n_start = 0;n_start < gen_nb_xmlNodePtr;n_start++) { for (n_end = 0;n_end < gen_nb_xmlNodePtr;n_end++) { mem_base = xmlMemBlocks(); start = gen_xmlNodePtr(n_start, 0); end = gen_xmlNodePtr(n_end, 1); ret_val = xmlXPtrNewLocationSetNodes(start, end); desret_xmlXPathObjectPtr(ret_val); call_tests++; des_xmlNodePtr(n_start, start, 0); des_xmlNodePtr(n_end, end, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlXPtrNewLocationSetNodes", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_start); printf(" %d", n_end); printf("\n"); } } } function_tests++; #endif return(test_ret); } static int test_xmlXPtrNewRange(void) { int test_ret = 0; #if defined(LIBXML_XPTR_ENABLED) int mem_base; xmlXPathObjectPtr ret_val; xmlNodePtr start; /* the starting node */ int n_start; int startindex; /* the start index */ int n_startindex; xmlNodePtr end; /* the ending point */ int n_end; int endindex; /* the ending index */ int n_endindex; for (n_start = 0;n_start < gen_nb_xmlNodePtr;n_start++) { for (n_startindex = 0;n_startindex < gen_nb_int;n_startindex++) { for (n_end = 0;n_end < gen_nb_xmlNodePtr;n_end++) { for (n_endindex = 0;n_endindex < gen_nb_int;n_endindex++) { mem_base = xmlMemBlocks(); start = gen_xmlNodePtr(n_start, 0); startindex = gen_int(n_startindex, 1); end = gen_xmlNodePtr(n_end, 2); endindex = gen_int(n_endindex, 3); ret_val = xmlXPtrNewRange(start, startindex, end, endindex); desret_xmlXPathObjectPtr(ret_val); call_tests++; des_xmlNodePtr(n_start, start, 0); des_int(n_startindex, startindex, 1); des_xmlNodePtr(n_end, end, 2); des_int(n_endindex, endindex, 3); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlXPtrNewRange", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_start); printf(" %d", n_startindex); printf(" %d", n_end); printf(" %d", n_endindex); printf("\n"); } } } } } function_tests++; #endif return(test_ret); } static int test_xmlXPtrNewRangeNodeObject(void) { int test_ret = 0; #if defined(LIBXML_XPTR_ENABLED) int mem_base; xmlXPathObjectPtr ret_val; xmlNodePtr start; /* the starting node */ int n_start; xmlXPathObjectPtr end; /* the ending object */ int n_end; for (n_start = 0;n_start < gen_nb_xmlNodePtr;n_start++) { for (n_end = 0;n_end < gen_nb_xmlXPathObjectPtr;n_end++) { mem_base = xmlMemBlocks(); start = gen_xmlNodePtr(n_start, 0); end = gen_xmlXPathObjectPtr(n_end, 1); ret_val = xmlXPtrNewRangeNodeObject(start, end); desret_xmlXPathObjectPtr(ret_val); call_tests++; des_xmlNodePtr(n_start, start, 0); des_xmlXPathObjectPtr(n_end, end, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlXPtrNewRangeNodeObject", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_start); printf(" %d", n_end); printf("\n"); } } } function_tests++; #endif return(test_ret); } static int test_xmlXPtrNewRangeNodePoint(void) { int test_ret = 0; #if defined(LIBXML_XPTR_ENABLED) int mem_base; xmlXPathObjectPtr ret_val; xmlNodePtr start; /* the starting node */ int n_start; xmlXPathObjectPtr end; /* the ending point */ int n_end; for (n_start = 0;n_start < gen_nb_xmlNodePtr;n_start++) { for (n_end = 0;n_end < gen_nb_xmlXPathObjectPtr;n_end++) { mem_base = xmlMemBlocks(); start = gen_xmlNodePtr(n_start, 0); end = gen_xmlXPathObjectPtr(n_end, 1); ret_val = xmlXPtrNewRangeNodePoint(start, end); desret_xmlXPathObjectPtr(ret_val); call_tests++; des_xmlNodePtr(n_start, start, 0); des_xmlXPathObjectPtr(n_end, end, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlXPtrNewRangeNodePoint", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_start); printf(" %d", n_end); printf("\n"); } } } function_tests++; #endif return(test_ret); } static int test_xmlXPtrNewRangeNodes(void) { int test_ret = 0; #if defined(LIBXML_XPTR_ENABLED) int mem_base; xmlXPathObjectPtr ret_val; xmlNodePtr start; /* the starting node */ int n_start; xmlNodePtr end; /* the ending node */ int n_end; for (n_start = 0;n_start < gen_nb_xmlNodePtr;n_start++) { for (n_end = 0;n_end < gen_nb_xmlNodePtr;n_end++) { mem_base = xmlMemBlocks(); start = gen_xmlNodePtr(n_start, 0); end = gen_xmlNodePtr(n_end, 1); ret_val = xmlXPtrNewRangeNodes(start, end); desret_xmlXPathObjectPtr(ret_val); call_tests++; des_xmlNodePtr(n_start, start, 0); des_xmlNodePtr(n_end, end, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlXPtrNewRangeNodes", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_start); printf(" %d", n_end); printf("\n"); } } } function_tests++; #endif return(test_ret); } static int test_xmlXPtrNewRangePointNode(void) { int test_ret = 0; #if defined(LIBXML_XPTR_ENABLED) int mem_base; xmlXPathObjectPtr ret_val; xmlXPathObjectPtr start; /* the starting point */ int n_start; xmlNodePtr end; /* the ending node */ int n_end; for (n_start = 0;n_start < gen_nb_xmlXPathObjectPtr;n_start++) { for (n_end = 0;n_end < gen_nb_xmlNodePtr;n_end++) { mem_base = xmlMemBlocks(); start = gen_xmlXPathObjectPtr(n_start, 0); end = gen_xmlNodePtr(n_end, 1); ret_val = xmlXPtrNewRangePointNode(start, end); desret_xmlXPathObjectPtr(ret_val); call_tests++; des_xmlXPathObjectPtr(n_start, start, 0); des_xmlNodePtr(n_end, end, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlXPtrNewRangePointNode", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_start); printf(" %d", n_end); printf("\n"); } } } function_tests++; #endif return(test_ret); } static int test_xmlXPtrNewRangePoints(void) { int test_ret = 0; #if defined(LIBXML_XPTR_ENABLED) int mem_base; xmlXPathObjectPtr ret_val; xmlXPathObjectPtr start; /* the starting point */ int n_start; xmlXPathObjectPtr end; /* the ending point */ int n_end; for (n_start = 0;n_start < gen_nb_xmlXPathObjectPtr;n_start++) { for (n_end = 0;n_end < gen_nb_xmlXPathObjectPtr;n_end++) { mem_base = xmlMemBlocks(); start = gen_xmlXPathObjectPtr(n_start, 0); end = gen_xmlXPathObjectPtr(n_end, 1); ret_val = xmlXPtrNewRangePoints(start, end); desret_xmlXPathObjectPtr(ret_val); call_tests++; des_xmlXPathObjectPtr(n_start, start, 0); des_xmlXPathObjectPtr(n_end, end, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlXPtrNewRangePoints", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_start); printf(" %d", n_end); printf("\n"); } } } function_tests++; #endif return(test_ret); } static int test_xmlXPtrRangeToFunction(void) { int test_ret = 0; #if defined(LIBXML_XPTR_ENABLED) int mem_base; xmlXPathParserContextPtr ctxt; /* the XPointer Parser context */ int n_ctxt; int nargs; /* the number of args */ int n_nargs; for (n_ctxt = 0;n_ctxt < gen_nb_xmlXPathParserContextPtr;n_ctxt++) { for (n_nargs = 0;n_nargs < gen_nb_int;n_nargs++) { mem_base = xmlMemBlocks(); ctxt = gen_xmlXPathParserContextPtr(n_ctxt, 0); nargs = gen_int(n_nargs, 1); xmlXPtrRangeToFunction(ctxt, nargs); call_tests++; des_xmlXPathParserContextPtr(n_ctxt, ctxt, 0); des_int(n_nargs, nargs, 1); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlXPtrRangeToFunction", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_ctxt); printf(" %d", n_nargs); printf("\n"); } } } function_tests++; #endif return(test_ret); } static int test_xmlXPtrWrapLocationSet(void) { int test_ret = 0; #if defined(LIBXML_XPTR_ENABLED) int mem_base; xmlXPathObjectPtr ret_val; xmlLocationSetPtr val; /* the LocationSet value */ int n_val; for (n_val = 0;n_val < gen_nb_xmlLocationSetPtr;n_val++) { mem_base = xmlMemBlocks(); val = gen_xmlLocationSetPtr(n_val, 0); ret_val = xmlXPtrWrapLocationSet(val); desret_xmlXPathObjectPtr(ret_val); call_tests++; des_xmlLocationSetPtr(n_val, val, 0); xmlResetLastError(); if (mem_base != xmlMemBlocks()) { printf("Leak of %d blocks found in xmlXPtrWrapLocationSet", xmlMemBlocks() - mem_base); test_ret++; printf(" %d", n_val); printf("\n"); } } function_tests++; #endif return(test_ret); } static int test_xpointer(void) { int test_ret = 0; if (quiet == 0) printf("Testing xpointer : 17 of 21 functions ...\n"); test_ret += test_xmlXPtrBuildNodeList(); test_ret += test_xmlXPtrEval(); test_ret += test_xmlXPtrEvalRangePredicate(); test_ret += test_xmlXPtrLocationSetAdd(); test_ret += test_xmlXPtrLocationSetCreate(); test_ret += test_xmlXPtrLocationSetDel(); test_ret += test_xmlXPtrLocationSetMerge(); test_ret += test_xmlXPtrLocationSetRemove(); test_ret += test_xmlXPtrNewCollapsedRange(); test_ret += test_xmlXPtrNewContext(); test_ret += test_xmlXPtrNewLocationSetNodeSet(); test_ret += test_xmlXPtrNewLocationSetNodes(); test_ret += test_xmlXPtrNewRange(); test_ret += test_xmlXPtrNewRangeNodeObject(); test_ret += test_xmlXPtrNewRangeNodePoint(); test_ret += test_xmlXPtrNewRangeNodes(); test_ret += test_xmlXPtrNewRangePointNode(); test_ret += test_xmlXPtrNewRangePoints(); test_ret += test_xmlXPtrRangeToFunction(); test_ret += test_xmlXPtrWrapLocationSet(); if (test_ret != 0) printf("Module xpointer: %d errors\n", test_ret); return(test_ret); } static int test_module(const char *module) { if (!strcmp(module, "HTMLparser")) return(test_HTMLparser()); if (!strcmp(module, "HTMLtree")) return(test_HTMLtree()); if (!strcmp(module, "SAX2")) return(test_SAX2()); if (!strcmp(module, "c14n")) return(test_c14n()); if (!strcmp(module, "catalog")) return(test_catalog()); if (!strcmp(module, "chvalid")) return(test_chvalid()); if (!strcmp(module, "debugXML")) return(test_debugXML()); if (!strcmp(module, "dict")) return(test_dict()); if (!strcmp(module, "encoding")) return(test_encoding()); if (!strcmp(module, "entities")) return(test_entities()); if (!strcmp(module, "hash")) return(test_hash()); if (!strcmp(module, "list")) return(test_list()); if (!strcmp(module, "nanoftp")) return(test_nanoftp()); if (!strcmp(module, "nanohttp")) return(test_nanohttp()); if (!strcmp(module, "parser")) return(test_parser()); if (!strcmp(module, "parserInternals")) return(test_parserInternals()); if (!strcmp(module, "pattern")) return(test_pattern()); if (!strcmp(module, "relaxng")) return(test_relaxng()); if (!strcmp(module, "schemasInternals")) return(test_schemasInternals()); if (!strcmp(module, "schematron")) return(test_schematron()); if (!strcmp(module, "tree")) return(test_tree()); if (!strcmp(module, "uri")) return(test_uri()); if (!strcmp(module, "valid")) return(test_valid()); if (!strcmp(module, "xinclude")) return(test_xinclude()); if (!strcmp(module, "xmlIO")) return(test_xmlIO()); if (!strcmp(module, "xmlautomata")) return(test_xmlautomata()); if (!strcmp(module, "xmlerror")) return(test_xmlerror()); if (!strcmp(module, "xmlmodule")) return(test_xmlmodule()); if (!strcmp(module, "xmlreader")) return(test_xmlreader()); if (!strcmp(module, "xmlregexp")) return(test_xmlregexp()); if (!strcmp(module, "xmlsave")) return(test_xmlsave()); if (!strcmp(module, "xmlschemas")) return(test_xmlschemas()); if (!strcmp(module, "xmlschemastypes")) return(test_xmlschemastypes()); if (!strcmp(module, "xmlstring")) return(test_xmlstring()); if (!strcmp(module, "xmlunicode")) return(test_xmlunicode()); if (!strcmp(module, "xmlwriter")) return(test_xmlwriter()); if (!strcmp(module, "xpath")) return(test_xpath()); if (!strcmp(module, "xpathInternals")) return(test_xpathInternals()); if (!strcmp(module, "xpointer")) return(test_xpointer()); return(0); }