kc3-lang/gnulib/pygnulib/GLTestDir.py
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Hash : 0f23f389
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Date : 2017-09-09T12:48:58
gnulib-tool.py: Define and use two new global functions. * pygnulib/constants.py (remove_backslash_newline, combine_lines): New functions.
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pygnulib/GLTestDir.py
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#!/usr/bin/python # encoding: UTF-8 #=============================================================================== # Define global imports #=============================================================================== import os import re import sys import locale import codecs import shutil import filecmp import subprocess as sp from . import constants from .GLError import GLError from .GLConfig import GLConfig from .GLModuleSystem import GLModule from .GLModuleSystem import GLModuleTable from .GLModuleSystem import GLModuleSystem from .GLFileSystem import GLFileSystem from .GLFileSystem import GLFileAssistant from .GLMakefileTable import GLMakefileTable from .GLEmiter import GLEmiter #=============================================================================== # Define module information #=============================================================================== __author__ = constants.__author__ __license__ = constants.__license__ __copyright__ = constants.__copyright__ #=============================================================================== # Define global constants #=============================================================================== PYTHON3 = constants.PYTHON3 NoneType = type(None) APP = constants.APP DIRS = constants.DIRS ENCS = constants.ENCS UTILS = constants.UTILS MODES = constants.MODES TESTS = constants.TESTS compiler = constants.compiler joinpath = constants.joinpath cleaner = constants.cleaner relpath = constants.relativize string = constants.string isabs = os.path.isabs isdir = os.path.isdir isfile = os.path.isfile normpath = os.path.normpath #=============================================================================== # Define GLTestDir class #=============================================================================== class GLTestDir(object): '''GLTestDir class is used to create a scratch package with the given list of the modules.''' def __init__(self, config, testdir): '''GLTestDir.__init__(config, testdir) -> GLTestDir Create new GLTestDir instance.''' if type(config) is not GLConfig: raise(TypeError('config must be a GLConfig, not %s' % type(config).__name__)) if type(testdir) is bytes or type(testdir) is string: if type(testdir) is bytes: testdir = testdir.decode(ENCS['default']) self.config = config self.testdir = os.path.normpath(testdir) if not os.path.exists(self.testdir): try: # Try to create directory os.mkdir(self.testdir) except Exception as error: raise(GLError(19, self.testdir)) self.emiter = GLEmiter(self.config) self.filesystem = GLFileSystem(self.config) self.modulesystem = GLModuleSystem(self.config) self.moduletable = GLModuleTable(self.config) self.assistant = GLFileAssistant(self.config) self.makefiletable = GLMakefileTable(self.config) # Subdirectory names. self.config.setSourceBase('gllib') self.config.setM4Base('glm4') self.config.setDocBase('gldoc') self.config.setTestsBase('gltests') self.config.setMacroPrefix('gl') self.config.resetPoBase() self.config.resetPoDomain() self.config.resetWitnessCMacro() self.config.resetVCFiles() def rewrite_files(self, files): '''GLTestDir.rewrite_files(files) Replace auxdir, docbase, sourcebase, m4base and testsbase from default to their version from config.''' if type(files) is not list: raise(TypeError( 'files argument must has list type, not %s' % type(files).__name__)) files = \ [ # Begin to convert bytes to string file.decode(ENCS['default']) \ if type(file) is bytes else file \ for file in files ] # Finish to convert bytes to string for file in files: if type(file) is not string: raise(TypeError('each file must be a string instance')) files = sorted(set(files)) auxdir = self.config['auxdir'] docbase = self.config['docbase'] sourcebase = self.config['sourcebase'] m4base = self.config['m4base'] testsbase = self.config['testsbase'] result = list() for file in files: if file.startswith('build-aux/'): path = constants.substart('build-aux/', '%s/' % auxdir, file) elif file.startswith('doc/'): path = constants.substart('doc/', '%s/' % docbase, file) elif file.startswith('lib/'): path = constants.substart('lib/', '%s/' % sourcebase, file) elif file.startswith('m4/'): path = constants.substart('m4/', '%s/' % m4base, file) elif file.startswith('tests/'): path = constants.substart('tests/', '%s/' % testsbase, file) elif file.startswith('tests=lib/'): path = constants.substart( 'tests=lib/', '%s/' % testsbase, file) elif file.startswith('top/'): path = constants.substart('top/', '', file) else: # file is not a special file path = file result += [os.path.normpath(path)] result = sorted(set(result)) return(list(result)) def execute(self): '''GLTestDir.execute() Create a scratch package with the given modules.''' localdir = self.config['localdir'] auxdir = self.config['auxdir'] testflags = list(self.config['testflags']) sourcebase = self.config['sourcebase'] m4base = self.config['m4base'] pobase = self.config['pobase'] docbase = self.config['docbase'] testsbase = self.config['testsbase'] libname = self.config['libname'] libtool = self.config['libtool'] witness_c_macro = self.config['witness_c_macro'] symbolic = self.config['symbolic'] lsymbolic = self.config['lsymbolic'] single_configure = self.config['single_configure'] include_guard_prefix = self.config['include_guard_prefix'] macro_prefix = self.config['macro_prefix'] verbose = self.config['verbosity'] base_modules = [self.modulesystem.find( m) for m in self.config['modules']] if not base_modules: base_modules = self.modulesystem.list() base_modules = [self.modulesystem.find(m) for m in base_modules] # All modules together. # Except config-h, which breaks all modules which use HAVE_CONFIG_H. # Except ftruncate, mountlist, which abort the configuration on mingw. # Except lib-ignore, which leads to link errors when Sun C++ is used. base_modules = sorted(set(base_modules)) base_modules = [module for module in base_modules if str(module) not in ['config-h', 'ftruncate', 'mountlist', 'lib-ignore']] # When computing transitive closures, don't consider $module to depend on # $module-tests. Need this because tests are implicitly GPL and may depend # on GPL modules - therefore we don't want a warning in this case. saved_testflags = list(self.config['testflags']) self.config.disableTestFlag(TESTS['tests']) for requested_module in base_modules: requested_licence = requested_module.getLicense() # Here we use self.moduletable.transitive_closure([module]), not just # module.getDependencies, so that we also detect weird situations like # an LGPL module which depends on a GPLed build tool module which depends # on a GPL module. if requested_licence != 'GPL': modules = self.moduletable.transitive_closure( [requested_module]) for module in modules: license = module.getLicense() errormsg = 'module %s depends on a module ' % requested_module errormsg += 'with an incompatible license: %s\n' % module if requested_licence == 'GPLv2+': if license not in ['GPLv2+', 'LGPLv2+']: sys.stderr.write(errormsg) elif requested_licence in ['LGPL']: if license not in ['LGPL', 'LGPLv2+']: sys.stderr.write(errormsg) elif requested_licence in ['LGPLv2+']: if license not in ['LGPLv2+']: sys.stderr.write(errormsg) self.config.setTestFlags(saved_testflags) # Determine final module list. modules = self.moduletable.transitive_closure(base_modules) final_modules = list(modules) # Show final module list. if verbose >= 0: bold_on = '' bold_off = '' term = os.getenv('TERM') if term == 'xterm': bold_on = '\x1b[1m' bold_off = '\x1b[0m' print('Module list with included dependencies (indented):') for module in final_modules: if str(module) in self.config.getModules(): print(' %s%s%s' % (bold_on, module, bold_off)) else: # if str(module) not in self.config.getModules() print(' %s' % module) # Generate lists of the modules. if single_configure: # Determine main module list and tests-related module list separately. main_modules, tests_modules = \ self.moduletable.transitive_closure_separately( base_modules, final_modules) # Print main_modules and tests_modules. if verbose >= 1: print('Main module list:') for module in main_modules: print(' %s' % str(module)) print('Tests-related module list:') for module in tests_modules: print(' %s' % str(module)) # Determine whether a $testsbase/libtests.a is needed. libtests = False for module in tests_modules: files = module.getFiles() for file in files: if file.startswith('lib/'): libtests = True break if libtests: self.config.enableLibtests() if single_configure: # Add dummy package if it is needed. main_modules = self.moduletable.add_dummy(main_modules) if 'dummy' in [str(module) for module in main_modules]: main_modules = [m for m in main_modules if str(m) != 'dummy'] dummy = self.modulesystem.find('dummy') main_modules = sorted(set(main_modules)) + [dummy] if libtests: # if we need to use libtests.a tests_modules = self.moduletable.add_dummy(tests_modules) if 'dummy' in [str(module) for module in tests_modules]: tests_modules = [ m for m in tests_modules if str(m) != 'dummy'] dummy = self.modulesystem.find('dummy') tests_modules = sorted(set(tests_modules)) + [dummy] else: # if not single_configure modules = self.moduletable.add_dummy(modules) if 'dummy' in [str(module) for module in modules]: modules = [m for m in modules if str(m) != 'dummy'] dummy = self.modulesystem.find('dummy') modules = sorted(set(modules)) + [dummy] # Show banner notice of every module. if single_configure: for module in main_modules: notice = module.getNotice() if notice: print('Notice from module %s:' % str(module)) pattern = compiler('^(.*?)$', re.S | re.M) notice = pattern.sub(' \\1', notice) print(notice) else: # if not single_configure for module in modules: notice = module.getNotice() if notice: print('Notice from module %s:' % str(module)) pattern = compiler('^(.*?)$', re.S | re.M) notice = pattern.sub(' \\1', notice) print(notice) # Determine final file list. if single_configure: main_filelist, tests_filelist = \ self.moduletable.filelist_separately( main_modules, tests_modules) filelist = sorted(set(main_filelist + tests_filelist)) else: # if not single_configure filelist = self.moduletable.filelist(modules) filelist = sorted(set(filelist)) # Print list of files. if verbose >= 0: print('File list:') for file in filelist: if file.startswith('tests=lib/'): rest = file[10:] print(' lib/%s -> tests/%s' % (rest, rest)) else: print(' %s' % file) # Add files for which the copy in gnulib is newer than the one that # "automake --add-missing --copy" would provide. filelist += ['build-aux/config.guess', 'build-aux/config.sub'] filelist = sorted(set(filelist)) # Create directories. directories = [os.path.dirname(file) for file in self.rewrite_files(filelist)] directories = sorted(set(directories)) # Copy files or make symbolic links. filetable = list() for src in filelist: dest = self.rewrite_files([src])[-1] filetable += [tuple([dest, src])] for row in filetable: src = row[1] dest = row[0] destpath = joinpath(self.testdir, dest) dirname = os.path.dirname(destpath) if not isdir(dirname): os.makedirs(dirname) if src.startswith('tests=lib/'): src = constants.substart('tests=lib/', 'lib/', src) lookedup, flag = self.filesystem.lookup(src) if isfile(destpath): os.remove(destpath) if flag: shutil.copy(lookedup, destpath) else: # if not flag if symbolic or (lsymbolic and lookedup == joinpath(localdir, src)): constants.link_relative(lookedup, destpath) else: shutil.copy(lookedup, destpath) # Create $sourcebase/Makefile.am. for_test = True directory = joinpath(self.testdir, sourcebase) if not isdir(directory): os.mkdir(directory) destfile = joinpath(directory, 'Makefile.am') if single_configure: emit, uses_subdirs = self.emiter.lib_Makefile_am(destfile, main_modules, self.moduletable, self.makefiletable, '', for_test) else: # if not single_configure emit, uses_subdirs = self.emiter.lib_Makefile_am(destfile, modules, self.moduletable, self.makefiletable, '', for_test) with codecs.open(destfile, 'wb', 'UTF-8') as file: file.write(emit) any_uses_subdirs = uses_subdirs # Create $m4base/Makefile.am. directory = joinpath(self.testdir, m4base) if not isdir(directory): os.mkdir(directory) destfile = joinpath(directory, 'Makefile.am') emit = string() emit += '## Process this file with automake to produce Makefile.in.\n\n' emit += 'EXTRA_DIST =\n' for file in filelist: if file.startswith('m4/'): file = constants.substart('m4/', '', file) emit += 'EXTRA_DIST += %s\n' % file emit = constants.nlconvert(emit) if type(emit) is bytes: emit = emit.decode(ENCS['default']) with codecs.open(destfile, 'wb', 'UTF-8') as file: file.write(emit) subdirs = [sourcebase, m4base] subdirs_with_configure_ac = list() testsbase_appened = False inctests = self.config.checkTestFlag(TESTS['tests']) if inctests: directory = joinpath(self.testdir, testsbase) if not isdir(directory): os.mkdir(directory) if single_configure: # Create $testsbase/Makefile.am. destfile = joinpath(directory, 'Makefile.am') print(repr(destfile)) witness_macro = '%stests_WITNESS' % macro_prefix emit, uses_subdirs = self.emiter.tests_Makefile_am(destfile, tests_modules, self.makefiletable, witness_macro, for_test) with codecs.open(destfile, 'wb', 'UTF-8') as file: file.write(emit) else: # if not single_configure # Create $testsbase/Makefile.am. destfile = joinpath(directory, 'Makefile.am') libtests = False self.config.disableLibtests() emit, uses_subdirs = self.emiter.tests_Makefile_am(destfile, modules, self.makefiletable, '', for_test) with codecs.open(destfile, 'wb', 'UTF-8') as file: file.write(emit) # Viewed from the $testsbase subdirectory, $auxdir is different. emit = string() saved_auxdir = self.config['auxdir'] testsbase = '%s/' % os.path.normpath(testsbase) counter = int() auxdir = string() finish = (len(testsbase.split('/')) - 1) while counter < finish: auxdir += '../' counter += 1 auxdir = os.path.normpath(joinpath(auxdir, saved_auxdir)) testsbase = os.path.normpath(testsbase) self.config.setAuxDir(auxdir) # Create $testsbase/configure.ac. emit += '# Process this file with autoconf ' emit += 'to produce a configure script.\n' emit += 'AC_INIT([dummy], [0])\n' emit += 'AC_CONFIG_AUX_DIR([%s])\n' % auxdir emit += 'AM_INIT_AUTOMAKE\n\n' emit += 'AC_CONFIG_HEADERS([config.h])\n\n' emit += 'AC_PROG_CC\n' emit += 'AC_PROG_INSTALL\n' emit += 'AC_PROG_MAKE_SET\n' emit += 'gl_PROG_AR_RANLIB\n\n' if uses_subdirs: emit += 'AM_PROG_CC_C_O\n\n' snippets = list() for module in modules: if str(module) in ['gnumakefile', 'maintainer-makefile']: # These are meant to be used only in the top-level directory. pass # if str(module) not in ['gnumakefile', 'maintainer-makefile'] else: snippet = module.getAutoconfSnippet_Early() lines = [line for line in snippet.split( '\n') if line.strip()] snippet = '\n'.join(lines) pattern = compiler( 'AC_REQUIRE\\(\\[([^()].*?)\\]\\)', re.S | re.M) snippet = pattern.sub('\\1', snippet) snippet = snippet.strip() snippets += [snippet] snippets = [snippet for snippet in snippets if snippet.strip()] emit += '%s\n' % '\n'.join(snippets) if libtool: emit += 'LT_INIT([win32-dll])\n' emit += 'LT_LANG([C++])\n' emit += 'AM_CONDITIONAL([GL_COND_LIBTOOL], [true])\n' emit += 'gl_cond_libtool=true\n' else: # if not libtool emit += 'AM_CONDITIONAL([GL_COND_LIBTOOL], [false])\n' emit += 'gl_cond_libtool=false\n' emit += 'gl_libdeps=\n' emit += 'gl_ltlibdeps=\n' # Wrap the set of autoconf snippets into an autoconf macro that is then # invoked. This is needed because autoconf does not support AC_REQUIRE # at the top level: # error: AC_REQUIRE(gt_CSHARPCOMP): cannot be used outside of an # AC_DEFUN'd macro # but we want the AC_REQUIRE to have its normal meaning (provide one # expansion of the required macro before the current point, and only # one expansion total). emit += 'AC_DEFUN([gl_INIT], [\n' replace_auxdir = True emit += "gl_m4_base='../%s'\n" % m4base emit += self.emiter.initmacro_start(macro_prefix) # We don't have explicit ordering constraints between the various # autoconf snippets. It's cleanest to put those of the library before # those of the tests. emit += "gl_source_base='../%s'\n" % sourcebase emit += self.emiter.autoconfSnippets(modules, self.moduletable, self.assistant, 1, False, False, False, replace_auxdir) emit += "gl_source_base='.'" emit += self.emiter.autoconfSnippets(modules, self.moduletable, self.assistant, 2, False, False, False, replace_auxdir) emit += self.emiter.initmacro_end(macro_prefix) # _LIBDEPS and _LTLIBDEPS variables are not needed if this library is # created using libtool, because libtool already handles the # dependencies. if not libtool: libname_upper = libname.upper().replace('-', '_') emit += ' %s_LIBDEPS="$gl_libdeps"\n' % libname_upper emit += ' AC_SUBST([%s_LIBDEPS])\n' % libname_upper emit += ' %s_LTLIBDEPS="$gl_ltlibdeps"\n' % libname_upper emit += ' AC_SUBST([%s_LTLIBDEPS])\n' % libname_upper emit += '])\n' # FIXME use $sourcebase or $testsbase? emit += self.emiter.initmacro_done(macro_prefix, sourcebase) emit += '\ngl_INIT\n\n' # Usually $testsbase/config.h will be a superset of config.h. Verify # this by "merging" config.h into $testsbase/config.h; look out for gcc # warnings. emit += 'AH_TOP([#include \"../config.h\"])\n\n' emit += 'AC_CONFIG_FILES([Makefile])\n' emit += 'AC_OUTPUT\n' emit = constants.nlconvert(emit) if type(emit) is bytes: emit = emit.decode(ENCS['default']) path = joinpath(self.testdir, testsbase, 'configure.ac') with codecs.open(path, 'wb', 'UTF-8') as file: file.write(emit) # Restore changed variables. self.config.setAuxDir(saved_auxdir) auxdir = self.config['auxdir'] subdirs_with_configure_ac += [testsbase] subdirs += [testsbase] testsbase_appened = True # Create Makefile.am. emit = string() emit += '## Process this file with automake to produce Makefile.in.\n\n' emit += 'AUTOMAKE_OPTIONS = 1.9.6 foreign\n\n' emit += 'SUBDIRS = %s\n\n' % ' '.join(subdirs) emit += 'ACLOCAL_AMFLAGS = -I %s\n' % m4base emit = constants.nlconvert(emit) if type(emit) is bytes: emit = emit.decode(ENCS['default']) path = joinpath(self.testdir, 'Makefile.am') with codecs.open(path, 'wb', 'UTF-8') as file: file.write(emit) # Create configure.ac emit = string() emit += '# Process this file with autoconf ' emit += 'to produce a configure script.\n' emit += 'AC_INIT([dummy], [0])\n' if auxdir != '.': emit += 'AC_CONFIG_AUX_DIR([%s])\n' % auxdir emit += 'AM_INIT_AUTOMAKE\n\n' emit += 'AC_CONFIG_HEADERS([config.h])\n\n' emit += 'AC_PROG_CC\n' emit += 'AC_PROG_INSTALL\n' emit += 'AC_PROG_MAKE_SET\n\n' emit += '# For autobuild.\n' emit += 'AC_CANONICAL_BUILD\n' emit += 'AC_CANONICAL_HOST\n\n' emit += 'm4_pattern_forbid([^gl_[A-Z]])dnl the gnulib macro namespace\n' emit += 'm4_pattern_allow([^gl_ES$])dnl a valid locale name\n' emit += 'm4_pattern_allow([^gl_LIBOBJS$])dnl a variable\n' emit += 'm4_pattern_allow([^gl_LTLIBOBJS$])dnl a variable\n\n' emit += 'gl_PROG_AR_RANLIB\n\n' if any_uses_subdirs: emit += 'AM_PROG_CC_C_O\n' snippets = list() for module in final_modules: if single_configure: solution = True else: # if not single_configure solution = module.isNonTests() if solution: snippet = module.getAutoconfSnippet_Early() lines = [line for line in snippet.split('\n') if line.strip()] snippet = '\n'.join(lines) pattern = compiler( 'AC_REQUIRE\\(\\[([^()].*?)\\]\\)', re.S | re.M) snippet = pattern.sub('\\1', snippet) snippet = snippet.strip() snippets += [snippet] snippets = [snippet for snippet in snippets if snippet.strip()] emit += '%s\n' % '\n'.join(snippets) if libtool: emit += 'LT_INIT([win32-dll])\n' emit += 'LT_LANG([C++])\n' emit += 'AM_CONDITIONAL([GL_COND_LIBTOOL], [true])\n' emit += 'gl_cond_libtool=true\n' else: # if not libtool emit += 'AM_CONDITIONAL([GL_COND_LIBTOOL], [false])\n' emit += 'gl_cond_libtool=false\n' emit += 'gl_libdeps=\n' emit += 'gl_ltlibdeps=\n' # Wrap the set of autoconf snippets into an autoconf macro that is then # invoked. This is needed because autoconf does not support AC_REQUIRE # at the top level: # error: AC_REQUIRE(gt_CSHARPCOMP): cannot be used outside of an # AC_DEFUN'd macro # but we want the AC_REQUIRE to have its normal meaning (provide one # expansion of the required macro before the current point, and only one # expansion total). emit += 'AC_DEFUN([gl_INIT], [\n' if auxdir != 'build-aux': replace_auxdir = True else: # auxdir == 'build-aux' replace_auxdir = False emit += 'gl_m4_base=\'%s\'\n' % m4base emit += self.emiter.initmacro_start(macro_prefix) emit += 'gl_source_base=\'%s\'\n' % sourcebase if single_configure: emit += self.emiter.autoconfSnippets(main_modules, self.moduletable, self.assistant, 0, False, False, False, replace_auxdir) else: # if not single_configure emit += self.emiter.autoconfSnippets(modules, self.moduletable, self.assistant, 1, False, False, False, replace_auxdir) emit += self.emiter.initmacro_end(macro_prefix) if single_configure: emit += ' gltests_libdeps=\n' emit += ' gltests_ltlibdeps=\n' emit += self.emiter.initmacro_start('%stests' % macro_prefix) emit += ' gl_source_base=\'%s\'\n' % testsbase # Define a tests witness macro. emit += ' %stests_WITNESS=IN_GNULIB_TESTS\n' % macro_prefix emit += ' AC_SUBST([%stests_WITNESS])\n' % macro_prefix emit += ' gl_module_indicator_condition=$%stests_WITNESS\n' % \ macro_prefix emit += ' m4_pushdef([gl_MODULE_INDICATOR_CONDITION], ' emit += '[$gl_module_indicator_condition])\n' snippets = self.emiter.autoconfSnippets(tests_modules, self.moduletable, self.assistant, 1, True, False, False, replace_auxdir) emit += snippets.strip() emit += ' m4_popdef([gl_MODULE_INDICATOR_CONDITION])\n' emit += self.emiter.initmacro_end('%stests' % macro_prefix) # _LIBDEPS and _LTLIBDEPS variables are not needed if this library is # created using libtool, because libtool already handles the dependencies. if not libtool: libname_upper = libname.upper().replace('-', '_') emit += ' %s_LIBDEPS="$gl_libdeps"\n' % libname_upper emit += ' AC_SUBST([%s_LIBDEPS])\n' % libname_upper emit += ' %s_LTLIBDEPS="$gl_ltlibdeps"\n' % libname_upper emit += ' AC_SUBST([%s_LTLIBDEPS])\n' % libname_upper if single_configure and libtests: emit += ' LIBTESTS_LIBDEPS="$gltests_libdeps"\n' emit += ' AC_SUBST([LIBTESTS_LIBDEPS])\n' emit += '])\n' emit += self.emiter.initmacro_done(macro_prefix, sourcebase) if single_configure: emit += self.emiter.initmacro_done('%stests' % macro_prefix, testsbase) emit += '\ngl_INIT\n\n' if subdirs_with_configure_ac: if single_configure: emit += 'AC_CONFIG_SUBDIRS([%s])\n' % \ ' '.join(subdirs_with_configure_ac[:-1]) else: # if not single_configure emit += 'AC_CONFIG_SUBDIRS([%s])\n' % \ ' '.join(subdirs_with_configure_ac) makefiles = ['Makefile'] for directory in subdirs: # For subdirs that have a configure.ac by their own, it's the subdir's # configure.ac which creates the subdir's Makefile.am, not this one. makefiles += [joinpath(directory, 'Makefile')] if not single_configure: makefiles = makefiles[:-1] emit += 'AC_CONFIG_FILES([%s])\n' % ' '.join(makefiles) emit += 'AC_OUTPUT\n' path = joinpath(self.testdir, 'configure.ac') with codecs.open(path, 'wb', 'UTF-8') as file: file.write(emit) # Create autogenerated files. # Do not use "${AUTORECONF} --force --install", because it may invoke # autopoint, which brings in older versions of some of our .m4 files. os.chdir(self.testdir) # gettext if isfile(joinpath(m4base, 'gettext.m4')): args = [UTILS['autopoint'], '--force'] constants.execute(args, verbose) for src in os.listdir(m4base): src = joinpath(m4base, src) if src.endswith('.m4~'): dest = src[:-1] if isfile(dest): os.remove(dest) shutil.move(src, dest) # libtoolize if libtool: args = [UTILS['libtoolize'], '--copy'] constants.execute(args, verbose) # aclocal args = [UTILS['aclocal'], '-I', m4base] constants.execute(args, verbose) if not isdir('build-aux'): os.mkdir('build-aux') # autoconf args = [UTILS['autoconf']] constants.execute(args, verbose) # autoheader args = [UTILS['autoheader']] constants.execute(args, verbose) # automake args = [UTILS['automake'], '--add-missing', '--copy'] constants.execute(args, verbose) os.chdir(DIRS['cwd']) if inctests and not single_configure: # Do not use "${AUTORECONF} --force --install", because it may invoke # autopoint, which brings in older versions of some of our .m4 files. os.chdir(joinpath(self.testdir, testsbase)) # gettext if isfile(joinpath(m4base, 'gettext.m4')): args = [UTILS['autopoint'], '--force'] constants.execute(args, verbose) for src in os.listdir(m4base): src = joinpath(m4base, src) if src.endswith('.m4~'): dest = src[:-1] if isfile(dest): os.remove(dest) shutil.move(src, dest) # aclocal args = [UTILS['aclocal'], '-I', joinpath('..', m4base)] constants.execute(args, verbose) if not isdir(joinpath('../build-aux')): os.mkdir('../build-aux') # autoconf args = [UTILS['autoconf']] constants.execute(args, verbose) # autoheader args = [UTILS['autoheader']] constants.execute(args, verbose) # automake args = [UTILS['automake'], '--add-missing', '--copy'] constants.execute(args, verbose) os.chdir(DIRS['cwd']) # Need to run configure and make once, to create built files that are to be # distributed (such as parse-datetime.c). path = joinpath(self.testdir, sourcebase, 'Makefile.am') with codecs.open(path, 'rb', 'UTF-8') as file: snippet = file.read() snippet = constants.remove_backslash_newline(snippet) cleaned_files = list() tests_cleaned_files = list() built_sources = list() tests_built_sources = list() distributed_built_sources = list() tests_distributed_built_sources = list() # Extract the value of "CLEANFILES += ..." and "MOSTLYCLEANFILES += ...". regex_find = list() pattern = compiler('^CLEANFILES[\t ]*\\+=(.*?)$', re.S | re.M) regex_find += pattern.findall(snippet) pattern = compiler('^MOSTLYCLEANFILES[\t ]*\\+=(.*?)$', re.S | re.M) regex_find += pattern.findall(snippet) regex_find = [line.strip() for line in regex_find if line.strip()] for part in regex_find: cleaned_files += \ [line.strip() for line in part.split(' ') if line.strip()] # Extract the value of "BUILT_SOURCES += ...". Remove variable references # such $(FOO_H) because they don't refer to distributed files. regex_find = list() pattern = compiler('^BUILT_SOURCES[\t ]*\\+=(.*?)$', re.S | re.M) regex_find += pattern.findall(snippet) regex_find = [line.strip() for line in regex_find if line.strip()] for part in regex_find: built_sources += \ [line.strip() for line in part.split(' ') if line.strip()] built_sources = [line for line in built_sources if not bool(compiler('[$]\\([A-Za-z0-9_]*\\)$').findall(line))] distributed_built_sources = [file for file in built_sources if file not in cleaned_files] if inctests: # Likewise for built files in the $testsbase directory. path = joinpath(self.testdir, testsbase, 'Makefile.am') with codecs.open(path, 'rb', 'UTF-8') as file: snippet = file.read() snippet = constants.remove_backslash_newline(snippet) # Extract the value of "CLEANFILES += ..." and "MOSTLYCLEANFILES += ...". regex_find = list() pattern = compiler('^CLEANFILES[\t ]*\\+=(.*?)$', re.S | re.M) regex_find += pattern.findall(snippet) pattern = compiler( '^MOSTLYCLEANFILES[\t ]*\\+=(.*?)$', re.S | re.M) regex_find += pattern.findall(snippet) regex_find = [line.strip() for line in regex_find if line.strip()] for part in regex_find: tests_cleaned_files += \ [line.strip() for line in part.split(' ') if line.strip()] # Extract the value of "BUILT_SOURCES += ...". Remove variable references # such $(FOO_H) because they don't refer to distributed files. regex_find = list() tests_built_sources = list() pattern = compiler('^BUILT_SOURCES[\t ]*\\+=(.*?)$', re.S | re.M) regex_find += pattern.findall(snippet) regex_find = [line.strip() for line in regex_find if line.strip()] for part in regex_find: tests_built_sources += \ [line.strip() for line in part.split(' ') if line.strip()] tests_built_sources = [line for line in tests_built_sources if not bool(compiler('[$]\\([A-Za-z0-9_]*\\)$').findall(line))] tests_distributed_built_sources = [file for file in tests_built_sources if file not in cleaned_files] if distributed_built_sources or tests_distributed_built_sources: os.chdir(self.testdir) sp.call('./configure') if distributed_built_sources: os.chdir(sourcebase) with codecs.open('Makefile', 'ab', 'UTF-8') as file: file.write('built_sources: $(BUILT_SOURCES)\n') args = [UTILS['make'], 'AUTOCONF=%s' % UTILS['autoconf'], 'AUTOHEADER=%s' % UTILS['autoheader'], 'ACLOCAL=%s' % UTILS['aclocal'], 'AUTOMAKE=%s' % UTILS['automake'], 'AUTORECONF=%s' % UTILS['autoreconf'], 'built_sources'] sp.call(args) os.chdir('..') if tests_distributed_built_sources: os.chdir(testsbase) with codecs.open('Makefile', 'ab', 'UTF-8') as file: file.write('built_sources: $(BUILT_SOURCES)\n') args = [UTILS['make'], 'AUTOCONF=%s' % UTILS['autoconf'], 'AUTOHEADER=%s' % UTILS['autoheader'], 'ACLOCAL=%s' % UTILS['aclocal'], 'AUTOMAKE=%s' % UTILS['automake'], 'AUTORECONF=%s' % UTILS['autoreconf'], 'built_sources'] sp.call(args) os.chdir('..') args = [UTILS['make'], 'AUTOCONF=%s' % UTILS['autoconf'], 'AUTOHEADER=%s' % UTILS['autoheader'], 'ACLOCAL=%s' % UTILS['aclocal'], 'AUTOMAKE=%s' % UTILS['automake'], 'AUTORECONF=%s' % UTILS['autoreconf'], 'AUTOPOINT=%s' % UTILS['autopoint'], 'LIBTOOLIZE=%s' % UTILS['libtoolize'], 'distclean'] sp.call(args) sp.call(['rm', '-rf', self.config['tempdir']], shell=False) #=============================================================================== # Define GLMegaTestDir class #=============================================================================== class GLMegaTestDir(object): '''GLMegaTestDir class is used to create a mega scratch package with the given modules one by one and all together.''' def __init__(self, config, megatestdir): '''GLMegaTestDir.__init__(config, megatestdir) -> GLMegaTestDir Create new GLTestDir instance.''' if type(config) is not GLConfig: raise(TypeError('config must be a GLConfig, not %s' % type(config).__name__)) if type(megatestdir) is bytes or type(megatestdir) is string: if type(megatestdir) is bytes: megatestdir = megatestdir.decode(ENCS['default']) self.config = config self.megatestdir = os.path.normpath(megatestdir) if not os.path.exists(self.megatestdir): try: # Try to create directory os.mkdir(self.megatestdir) except Exception as error: raise(GLError(19, self.megatestdir)) self.emiter = GLEmiter(self.config) self.filesystem = GLFileSystem(self.config) self.modulesystem = GLModuleSystem(self.config) self.moduletable = GLModuleTable(self.config) self.assistant = GLFileAssistant(self.config) self.makefiletable = GLMakefileTable(self.config) def execute(self): '''GLMegaTestDir.execute() Create a mega scratch package with the given modules one by one and all together.''' megasubdirs = list() modules = [self.modulesystem.find(m) for m in self.config['modules']] if not modules: modules = self.modulesystem.list() modules = [self.modulesystem.find(m) for m in modules] modules = sorted(set(modules)) # First, all modules one by one. for module in modules: self.config.setModules([str(module)]) #GLTestDir(self.config, self.megatestdir).execute() megasubdirs += [str(module)] # Then, all modules all together. # Except config-h, which breaks all modules which use HAVE_CONFIG_H. modules = [module for module in modules if str(module) != 'config-h'] self.config.setModules([str(module) for module in modules]) #GLTestDir(self.config, self.megatestdir).execute() megasubdirs += ['ALL'] # Create autobuild. emit = string() repdict = dict() repdict['Jan'] = repdict['January'] = '01' repdict['Feb'] = repdict['February'] = '02' repdict['Mar'] = repdict['March'] = '03' repdict['Apr'] = repdict['April'] = '04' repdict['May'] = repdict['May'] = '05' repdict['Jun'] = repdict['June'] = '06' repdict['Jul'] = repdict['July'] = '07' repdict['Aug'] = repdict['August'] = '08' repdict['Sep'] = repdict['September'] = '09' repdict['Oct'] = repdict['October'] = '10' repdict['Nov'] = repdict['November'] = '11' repdict['Dec'] = repdict['December'] = '12' vc_witness = joinpath(DIRS['root'], '.git', 'refs', 'heads', 'master') mdate_sh = joinpath(DIRS['root'], 'build-aux', 'mdate-sh') args = ['sh', mdate_sh, vc_witness] cvsdate = sp.check_output(args).decode("UTF-8").strip() for key in repdict: if len(key) > 3: cvsdate = cvsdate.replace(key, repdict[key]) for key in repdict: cvsdate = cvsdate.replace(key, repdict[key]) cvsdate = ''.join( [date for date in cvsdate.split(' ') if date.strip()]) cvsdate = '%s%s%s' % (cvsdate[4:], cvsdate[2:4], cvsdate[:2]) emit += '#!/bin/sh\n' emit += 'CVSDATE=%s\n' % cvsdate emit += ': ${MAKE=make}\n' emit += 'test -d logs || mkdir logs\n' emit += 'for module in %s; do\n' % ' '.join(megasubdirs) emit += ' echo "Working on module $module..."\n' emit += ' safemodule=`echo $module | sed -e \'s|/|-|g\'`\n' emit += ' (echo "To: gnulib@autobuild.josefsson.org"\\\n' emit += ' echo\n' emit += ' set -x\n' emit += ' : autobuild project... $module\n' emit += ' : autobuild revision... cvs-$CVSDATE-000000\n' emit += ' : autobuild timestamp... `date "+%Y%m%d-%H%M%S"`\n' emit += ' : autobuild hostname... `hostname`\n' emit += ' cd $module && ./configure $CONFIGURE_OPTIONS && $MAKE' emit += ' && $MAKE check && $MAKE distclean\n' emit += ' echo rc=$?\n' emit += ' ) 2>&1 | { if test -n "$AUTOBUILD_SUBST"; then ' emit += 'sed -e "$AUTOBUILD_SUBST"; else cat; fi; } > logs/$safemodule\n' emit += 'done\n' emit = constants.nlconvert(emit) if type(emit) is bytes: emit = emit.decode(ENCS['default']) path = joinpath(self.megatestdir, 'do-autobuild') with codecs.open(path, 'wb', 'UTF-8') as file: file.write(emit) # Create Makefile.am. emit = string() emit += '## Process this file with automake to produce Makefile.in.\n\n' emit += 'AUTOMAKE_OPTIONS = 1.9.6 foreign\n\n' emit += 'SUBDIRS = %s\n\n' % ' '.join(megasubdirs) emit += 'EXTRA_DIST = do-autobuild\n' emit = constants.nlconvert(emit) if type(emit) is bytes: emit = emit.decode(ENCS['default']) path = joinpath(self.megatestdir, 'Makefile.am') with codecs.open(path, 'wb', 'UTF-8') as file: file.write(emit) emit = string() emit += '# Process this file with autoconf ' emit += 'to produce a configure script.\n' emit += 'AC_INIT([dummy], [0])\n\n' if auxdir != '.': emit += 'AC_CONFIG_AUX_DIR([%s])\n' % auxdir emit += 'AM_INIT_AUTOMAKE\n\n' emit += 'AC_PROG_MAKE_SET\n\n' emit += 'AC_CONFIG_SUBDIRS([%s])\n' % ' '.megasubdirs emit += 'AC_CONFIG_FILES([Makefile])\n' emit += 'AC_OUTPUT\n' emit = constants.nlconvert(emit) if type(emit) is bytes: emit = emit.decode(ENCS['default']) path = joinpath(self.megatestdir, 'Makefile.am') with codecs.open(path, 'wb', 'UTF-8') as file: file.write(emit) # Create autogenerated files. os.chdir(DIRS['cwd']) args = [UTILS['aclocal']] constants.execute(args, verbose) try: # Try to make a directory if not isdir('build-aux'): os, mkdir('build-aux') except Exception as error: pass args = [UTILS['autoconf']] constants.execute(args, verbose) args = [UTILS['automake'], '--add-missing', '--copy'] constants.execute(args, verbose) sp.call(['rm', '-rf', self.config['tempdir']], shell=False)