Hash :
9a26e704
Author :
Date :
2025-01-02T13:54:54
string-desc, xstring-desc, string-desc-quotearg: Rename functions. * lib/string-desc.h (sd_equals): Renamed from string_desc_equals. (sd_startswith): Renamed from string_desc_startswith. (sd_endswith): Renamed from string_desc_endswith. (sd_cmp): Renamed from string_desc_cmp. (sd_c_casecmp): Renamed from string_desc_c_casecmp. (sd_index): Renamed from string_desc_index. (sd_last_index): Renamed from string_desc_last_index. (sd_contains): Renamed from string_desc_contains. (sd_new_empty): Renamed from string_desc_new_empty. (sd_new_addr): Renamed from string_desc_new_addr. (sd_from_c): Renamed from string_desc_from_c. (sd_substring): Renamed from string_desc_substring. (sd_write): Renamed from string_desc_write. (sd_fwrite): Renamed from string_desc_fwrite. (sd_new): Renamed from string_desc_new. (sd_new_filled): Renamed from string_desc_new_filled. (sd_copy): Renamed from string_desc_copy. (sd_concat): Renamed from string_desc_concat. (sd_c): Renamed from string_desc_c. (sd_set_char_at): Renamed from string_desc_set_char_at. (sd_fill): Renamed from string_desc_fill. (sd_overwrite): Renamed from string_desc_overwrite. (sd_free): Renamed from string_desc_free. (sd_length): Renamed from string_desc_length. (sd_char_at): Renamed from string_desc_char_at. (sd_data): Renamed from string_desc_data. (sd_is_empty): Renamed from string_desc_is_empty. * lib/string-desc.c (sd_equals): Renamed from string_desc_equals. (sd_startswith): Renamed from string_desc_startswith. (sd_endswith): Renamed from string_desc_endswith. (sd_cmp): Renamed from string_desc_cmp. (sd_c_casecmp): Renamed from string_desc_c_casecmp. (sd_index): Renamed from string_desc_index. (sd_last_index): Renamed from string_desc_last_index. (sd_new_empty): Renamed from string_desc_new_empty. (sd_new_addr): Renamed from string_desc_new_addr. (sd_from_c): Renamed from string_desc_from_c. (sd_substring): Renamed from string_desc_substring. (sd_write): Renamed from string_desc_write. (sd_fwrite): Renamed from string_desc_fwrite. (sd_new): Renamed from string_desc_new. (sd_new_filled): Renamed from string_desc_new_filled. (sd_copy): Renamed from string_desc_copy. (sd_concat): Renamed from string_desc_concat. (sd_c): Renamed from string_desc_c. (sd_set_char_at): Renamed from string_desc_set_char_at. (sd_fill): Renamed from string_desc_fill. (sd_overwrite): Renamed from string_desc_overwrite. (sd_free): Renamed from string_desc_free. * lib/xstring-desc.h (xsd_concat): Renamed from xstring_desc_concat. (xsd_new): Renamed from xstring_desc_new. (xsd_new_filled): Renamed from xstring_desc_new_filled. (xsd_copy): Renamed from xstring_desc_copy. (xsd_c): Renamed from xstring_desc_c. * lib/xstring-desc.c (xsd_concat): Renamed from xstring_desc_concat. * lib/string-desc-quotearg.h (sd_quotearg_buffer): Renamed from string_desc_quotearg_buffer. (sd_quotearg_alloc): Renamed from string_desc_quotearg_alloc. (sd_quotearg_n): Renamed from string_desc_quotearg_n. (sd_quotearg): Renamed from string_desc_quotearg. (sd_quotearg_n_style): Renamed from string_desc_quotearg_n_style. (sd_quotearg_style): Renamed from string_desc_quotearg_style. (sd_quotearg_char): Renamed from string_desc_quotearg_char. (sd_quotearg_colon): Renamed from string_desc_quotearg_colon. (sd_quotearg_n_custom): Renamed from string_desc_quotearg_n_custom. (sd_quotearg_custom): Renamed from sd_quotearg_n_custom. * lib/string-desc-contains.c (sd_contains): Renamed from string_desc_contains. * lib/string-buffer.h: Update. * lib/string-buffer.c (sb_append_desc, sb_contents, sb_dupfree): Update. * lib/xstring-buffer.c (sb_xdupfree): Update. * lib/sf-istream.c (sf_istream_init_from_string_desc): Update. * tests/test-string-desc.c (main): Update. * tests/test-string-desc.sh: Update. * tests/test-xstring-desc.c (main): Update. * tests/test-string-desc-quotearg.c (main): Update. * tests/test-string-buffer.c (main): Update. * tests/test-sf-istream.c (main): Update. * tests/test-sfl-istream.c (main): Update. * doc/string-desc.texi: Update. * doc/strings.texi: Update. * NEWS: Mention the change.
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/* Test of string descriptors.
Copyright (C) 2023-2025 Free Software Foundation, Inc.
This program is free software: you can redistribute it and/or modify
it under the terms of the GNU General Public License as published by
the Free Software Foundation, either version 3 of the License, or
(at your option) any later version.
This program is distributed in the hope that it will be useful,
but WITHOUT ANY WARRANTY; without even the implied warranty of
MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
GNU General Public License for more details.
You should have received a copy of the GNU General Public License
along with this program. If not, see <https://www.gnu.org/licenses/>. */
/* Written by Bruno Haible <bruno@clisp.org>, 2023. */
#include <config.h>
#include "string-desc.h"
#include <fcntl.h>
#include <stdlib.h>
#include <string.h>
#include <unistd.h>
#include "macros.h"
int
main (int argc, char *argv[])
{
ASSERT (argc > 1);
int fd3 = open (argv[1], O_RDWR | O_TRUNC | O_CREAT, 0600);
ASSERT (fd3 >= 0);
string_desc_t s0 = sd_new_empty ();
string_desc_t s1 = sd_from_c ("Hello world!");
string_desc_t s2 = sd_new_addr (21, "The\0quick\0brown\0\0fox");
/* Test sd_length. */
ASSERT (sd_length (s0) == 0);
ASSERT (sd_length (s1) == 12);
ASSERT (sd_length (s2) == 21);
/* Test sd_char_at. */
ASSERT (sd_char_at (s1, 0) == 'H');
ASSERT (sd_char_at (s1, 11) == '!');
ASSERT (sd_char_at (s2, 0) == 'T');
ASSERT (sd_char_at (s2, 1) == 'h');
ASSERT (sd_char_at (s2, 2) == 'e');
ASSERT (sd_char_at (s2, 3) == '\0');
ASSERT (sd_char_at (s2, 4) == 'q');
ASSERT (sd_char_at (s2, 15) == '\0');
ASSERT (sd_char_at (s2, 16) == '\0');
/* Test sd_data. */
(void) sd_data (s0);
ASSERT (memcmp (sd_data (s1), "Hello world!", 12) == 0);
ASSERT (memcmp (sd_data (s2), "The\0quick\0brown\0\0fox", 21) == 0);
/* Test sd_is_empty. */
ASSERT (sd_is_empty (s0));
ASSERT (!sd_is_empty (s1));
ASSERT (!sd_is_empty (s2));
/* Test sd_startswith. */
ASSERT (sd_startswith (s1, s0));
ASSERT (!sd_startswith (s0, s1));
ASSERT (!sd_startswith (s1, s2));
ASSERT (!sd_startswith (s2, s1));
ASSERT (sd_startswith (s2, sd_from_c ("The")));
ASSERT (sd_startswith (s2, sd_new_addr (9, "The\0quick")));
ASSERT (!sd_startswith (s2, sd_new_addr (9, "The\0quirk")));
/* Test sd_endswith. */
ASSERT (sd_endswith (s1, s0));
ASSERT (!sd_endswith (s0, s1));
ASSERT (!sd_endswith (s1, s2));
ASSERT (!sd_endswith (s2, s1));
ASSERT (!sd_endswith (s2, sd_from_c ("fox")));
ASSERT (sd_endswith (s2, sd_new_addr (4, "fox")));
ASSERT (sd_endswith (s2, sd_new_addr (6, "\0\0fox")));
ASSERT (!sd_endswith (s2, sd_new_addr (5, "\0\0ox")));
/* Test sd_cmp. */
ASSERT (sd_cmp (s0, s0) == 0);
ASSERT (sd_cmp (s0, s1) < 0);
ASSERT (sd_cmp (s0, s2) < 0);
ASSERT (sd_cmp (s1, s0) > 0);
ASSERT (sd_cmp (s1, s1) == 0);
ASSERT (sd_cmp (s1, s2) < 0);
ASSERT (sd_cmp (s2, s0) > 0);
ASSERT (sd_cmp (s2, s1) > 0);
ASSERT (sd_cmp (s2, s2) == 0);
/* Test sd_c_casecmp. */
ASSERT (sd_c_casecmp (s0, s0) == 0);
ASSERT (sd_c_casecmp (s0, s1) < 0);
ASSERT (sd_c_casecmp (s0, s2) < 0);
ASSERT (sd_c_casecmp (s1, s0) > 0);
ASSERT (sd_c_casecmp (s1, s1) == 0);
ASSERT (sd_c_casecmp (s1, s2) < 0);
ASSERT (sd_c_casecmp (s2, s0) > 0);
ASSERT (sd_c_casecmp (s2, s1) > 0);
ASSERT (sd_c_casecmp (s2, s2) == 0);
ASSERT (sd_c_casecmp (sd_from_c ("acab"), sd_from_c ("AcAB")) == 0);
ASSERT (sd_c_casecmp (sd_from_c ("AcAB"), sd_from_c ("acab")) == 0);
ASSERT (sd_c_casecmp (sd_from_c ("aca"), sd_from_c ("AcAB")) < 0);
ASSERT (sd_c_casecmp (sd_from_c ("AcAB"), sd_from_c ("aca")) > 0);
ASSERT (sd_c_casecmp (sd_from_c ("aca"), sd_from_c ("Aca\377")) < 0);
ASSERT (sd_c_casecmp (sd_from_c ("Aca\377"), sd_from_c ("aca")) > 0);
/* Test sd_index. */
ASSERT (sd_index (s0, 'o') == -1);
ASSERT (sd_index (s2, 'o') == 12);
/* Test sd_last_index. */
ASSERT (sd_last_index (s0, 'o') == -1);
ASSERT (sd_last_index (s2, 'o') == 18);
/* Test sd_contains. */
ASSERT (sd_contains (s0, sd_from_c ("ll")) == -1);
ASSERT (sd_contains (s1, sd_from_c ("ll")) == 2);
ASSERT (sd_contains (s1, sd_new_addr (1, "")) == -1);
ASSERT (sd_contains (s2, sd_new_addr (1, "")) == 3);
ASSERT (sd_contains (s1, sd_new_addr (2, "\0")) == -1);
ASSERT (sd_contains (s2, sd_new_addr (2, "\0")) == 15);
/* Test sd_substring. */
ASSERT (sd_cmp (sd_substring (s1, 2, 5),
sd_from_c ("llo")) == 0);
/* Test sd_write. */
ASSERT (sd_write (fd3, s0) == 0);
ASSERT (sd_write (fd3, s1) == 0);
ASSERT (sd_write (fd3, s2) == 0);
/* Test sd_fwrite. */
ASSERT (sd_fwrite (stdout, s0) == 0);
ASSERT (sd_fwrite (stdout, s1) == 0);
ASSERT (sd_fwrite (stdout, s2) == 0);
/* Test sd_new, sd_set_char_at, sd_fill. */
string_desc_t s4;
ASSERT (sd_new (&s4, 5) == 0);
sd_set_char_at (s4, 0, 'H');
sd_set_char_at (s4, 4, 'o');
sd_set_char_at (s4, 1, 'e');
sd_fill (s4, 2, 4, 'l');
ASSERT (sd_length (s4) == 5);
ASSERT (sd_startswith (s1, s4));
/* Test sd_new_filled, sd_set_char_at. */
string_desc_t s5;
ASSERT (sd_new_filled (&s5, 5, 'l') == 0);
sd_set_char_at (s5, 0, 'H');
sd_set_char_at (s5, 4, 'o');
sd_set_char_at (s5, 1, 'e');
ASSERT (sd_length (s5) == 5);
ASSERT (sd_startswith (s1, s5));
/* Test sd_equals. */
ASSERT (!sd_equals (s1, s5));
ASSERT (sd_equals (s4, s5));
/* Test sd_copy, sd_free. */
{
string_desc_t s6;
ASSERT (sd_copy (&s6, s0) == 0);
ASSERT (sd_is_empty (s6));
sd_free (s6);
}
{
string_desc_t s6;
ASSERT (sd_copy (&s6, s2) == 0);
ASSERT (sd_equals (s6, s2));
sd_free (s6);
}
/* Test sd_overwrite. */
{
string_desc_t s7;
ASSERT (sd_copy (&s7, s2) == 0);
sd_overwrite (s7, 4, s1);
ASSERT (sd_equals (s7, sd_new_addr (21, "The\0Hello world!\0fox")));
}
/* Test sd_concat. */
{
string_desc_t s8;
ASSERT (sd_concat (&s8, 3, sd_new_addr (10, "The\0quick"),
sd_new_addr (7, "brown\0"),
sd_new_addr (4, "fox"),
sd_new_addr (7, "unused")) == 0);
ASSERT (sd_equals (s8, s2));
sd_free (s8);
}
/* Test sd_c. */
{
char *ptr = sd_c (s2);
ASSERT (ptr != NULL);
ASSERT (memcmp (ptr, "The\0quick\0brown\0\0fox\0", 22) == 0);
free (ptr);
}
close (fd3);
return test_exit_status;
}