def _search_girfiles(self):
'''
Search for typelibs in lib/girepository-1.0/
'''
if not self.config.variants.gi:
return []
girs = []
if hasattr(self, 'files_' + self.TYPELIB_CAT):
girs += getattr(self, 'files_' + self.TYPELIB_CAT)
if hasattr(self, 'platform_files_' + self.TYPELIB_CAT):
d = getattr(self, 'platform_files_' + self.TYPELIB_CAT)
girs += d.get(self.config.target_platform, [])
# Use a * for the arch in universal builds
pattern = 'share/gir-1.0/%s.gir'
files = shell.ls_files([pattern % x for x in girs],
self.config.prefix)
if not girs:
# Add the architecture for universal builds
pattern = 'share/gir-1.0/%s/%%s.gir' % \
self.config.target_arch
files = shell.ls_files([pattern % x for x in girs],
self.config.prefix)
return files
def _search_girfiles(self):
'''
Search for typelibs in lib/girepository-1.0/
'''
if not self.config.variants.gi:
return []
girs = []
if hasattr(self, 'files_' + self.TYPELIB_CAT):
girs += getattr(self, 'files_' + self.TYPELIB_CAT)
if hasattr(self, 'platform_files_' + self.TYPELIB_CAT):
d = getattr(self, 'platform_files_' + self.TYPELIB_CAT)
girs += d.get(self.config.target_platform, [])
# Use a * for the arch in universal builds
pattern = 'share/gir-1.0/%s.gir'
files = shell.ls_files([pattern % x for x in girs],
self.config.prefix)
if not girs:
# Add the architecture for universal builds
pattern = 'share/gir-1.0/%s/%%s.gir' % \
self.config.target_arch
files = shell.ls_files([pattern % x for x in girs],
self.config.prefix)
return files
def _search_typelibfiles(self, files):
"""
Search for typelibs in lib/girepository-1.0/
"""
if not self.config.variants.gi:
return []
pattern = "lib/girepository-1.0/%s.typelib"
typelibs = shell.ls_files([pattern % x for x in files], self.config.prefix)
if not typelibs:
# Add the architecture for universal builds
pattern = "lib/%s/girepository-1.0/%%s.typelib" % self.config.target_arch
typelibs = shell.ls_files([pattern % x for x in files], self.config.prefix)
return typelibs
async def split_library_worker():
while True:
lib, thin_arch = await split_queue.get()
tmpdir_thinarch = os.path.join(tmpdir, thin_arch)
libprefix = os.path.split(lib)[-1].replace('.', '_')
if len(archs) > 1: #should be a fat file, split only to the arch we want
libprefix += '_%s_' % thin_arch
lib_tmpdir = await self._split_static_lib(lib, thin_arch)
else:
lib_tmpdir = await self._split_static_lib(lib)
if lib_tmpdir is None:
# arch is not supported in the static lib, skip it
status.inc_arch (thin_arch)
split_queue.task_done()
continue
obj_files = shell.ls_files(['*.o'], lib_tmpdir)
obj_dict = {}
for obj_f in obj_files:
obj_path = os.path.join(lib_tmpdir, obj_f)
md5 = (await shell.async_call_output(['md5', '-q', obj_path], env=self.env)).split('\n')[0]
md5 = '%s-%s' % (md5, os.path.getsize(obj_path))
obj_dict[obj_f] = md5
join_queues[thin_arch].put_nowait((lib, lib_tmpdir, obj_dict))
split_queue.task_done()
def _search_devel_libraries(self):
devel_libs = []
for category in self.categories:
if category != self.LIBS_CAT and \
not category.startswith(self.LIBS_CAT + '_'):
continue
pattern = 'lib/%(f)s.a lib/%(f)s.la '
if self.platform == Platform.LINUX:
pattern += 'lib/%(f)s.so '
elif self.platform == Platform.WINDOWS:
pattern += 'lib/%(f)s.dll.a '
pattern += 'lib/%(f)s.def '
pattern += 'lib/%(fnolib)s.lib '
elif self.platform in [Platform.DARWIN, Platform.IOS]:
pattern += 'lib/%(f)s.dylib '
libsmatch = [
pattern % {
'f': x,
'fnolib': x[3:]
} for x in self._get_category_files_list(category)
]
devel_libs.extend(shell.ls_files(libsmatch, self.config.prefix))
return devel_libs
def _search_devel_libraries(self):
devel_libs = []
for category in self.categories:
if category != self.LIBS_CAT and \
not category.startswith(self.LIBS_CAT + '_'):
continue
pattern = 'lib/%(f)s.a lib/%(f)s.la '
if self.platform == Platform.LINUX:
pattern += 'lib/%(f)s.so '
elif self.platform == Platform.WINDOWS:
pattern += 'lib/%(f)s.dll.a '
pattern += 'lib/%(f)s.def '
pattern += 'lib/%(fnolib)s.lib '
elif self.platform in [Platform.DARWIN, Platform.IOS]:
pattern += 'lib/%(f)s.dylib '
libsmatch = []
for x in self._get_category_files_list(category):
libsmatch.append(pattern % {'f': x, 'fnolib': x[3:]})
# PDB names are derived from DLL library names (which are
# arbitrary), so we must use the same search function for them.
if self.platform == Platform.WINDOWS and self.can_msvc:
devel_libs += find_pdb_implib(x[3:], self.config.prefix)
devel_libs.extend(shell.ls_files(libsmatch, self.config.prefix))
return devel_libs
def _search_libraries(self, files):
'''
Search libraries in the prefix. Unfortunately the filename might vary
depending on the platform and we need to match the library name and
it's extension. There is a corner case on windows where a libray might
be named libfoo.dll or libfoo-1.dll
'''
if len(files) == 0:
return []
dlls = []
# on windows check libfoo.dll too instead of only libfoo-x.dll
if self.config.target_platform == Platform.WINDOWS:
pattern = '%(sdir)s/%%s.dll' % self.extensions
for f in files:
path = os.path.join(self.config.prefix, pattern % f)
if os.path.exists(path):
dlls.append(pattern % f)
files = list(set(files) - set(dlls))
pattern = '%(sdir)s/%(file)s%(sext)s'
libsmatch = []
for f in files:
self.extensions['file'] = f
libsmatch.append(pattern % self.extensions)
return shell.ls_files(libsmatch, self.config.prefix) + dlls
def _search_langfiles(self, files):
'''
Search for translations in share/locale/*/LC_MESSAGES/ '
'''
pattern = 'share/locale/*/LC_MESSAGES/%s.mo'
return shell.ls_files([pattern % x for x in files],
self.config.prefix)
def _search_devel_libraries(self):
devel_libs = []
for category in self.categories:
if category != self.LIBS_CAT and \
not category.startswith(self.LIBS_CAT + '_'):
continue
pattern = 'lib/%(f)s.a lib/%(f)s.la '
if self.platform == Platform.LINUX:
pattern += 'lib/%(f)s.so '
elif self.platform == Platform.WINDOWS:
pattern += 'lib/%(f)s.dll.a '
pattern += 'lib/%(f)s.def '
pattern += 'lib/%(fnolib)s.lib '
elif self.platform in [Platform.DARWIN, Platform.IOS]:
pattern += 'lib/%(f)s.dylib '
libsmatch = []
for x in self._get_category_files_list(category):
libsmatch.append(pattern % {'f': x, 'fnolib': x[3:]})
# PDB names are derived from DLL library names (which are
# arbitrary), so we must use the same search function for them.
if self.platform == Platform.WINDOWS and self.can_msvc:
devel_libs += find_pdb_implib(x[3:], self.config.prefix)
devel_libs.extend(shell.ls_files(libsmatch, self.config.prefix))
return devel_libs
def _search_files(self, files):
'''
Search plugin files and arbitrary files in the prefix, doing the
extension replacements, globbing, and listing directories
'''
# replace extensions
files_expanded = [f % self.extensions for f in files]
fs = []
for f in files_expanded:
if not f.endswith('.dll'):
fs.append(f)
continue
fs += self._find_plugin_dll_files(f)
# fill directories
dirs = [
x for x in fs if os.path.isdir(os.path.join(self.config.prefix, x))
]
for directory in dirs:
fs.remove(directory)
fs.extend(self._ls_dir(os.path.join(self.config.prefix,
directory)))
# fill paths with pattern expansion *
paths = [x for x in fs if '*' in x]
if len(paths) != 0:
for path in paths:
fs.remove(path)
fs.extend(shell.ls_files(paths, self.config.prefix))
return fs
def _search_typelibfiles(self, files):
'''
Search for typelibs in lib/girepository-1.0/
'''
if not self.config.variants.gi:
return []
pattern = 'lib/girepository-1.0/%s.typelib'
typelibs = shell.ls_files([pattern % x for x in files],
self.config.prefix)
if not typelibs:
# Add the architecture for universal builds
pattern = 'lib/%s/girepository-1.0/%%s.typelib' % \
self.config.target_arch
typelibs = shell.ls_files([pattern % x for x in files],
self.config.prefix)
return typelibs
def _create_framework_library(self, libraries):
tmpdir = tempfile.mkdtemp()
libname = os.path.basename(self.libname) # just to make sure
if self.arch == Architecture.UNIVERSAL:
archs = self.universal_archs
else:
archs = [self.arch]
archs = [a if a != Architecture.X86 else 'i386' for a in archs]
for thin_arch in archs:
object_files_md5 = []
shell.call('mkdir -p %s' % thin_arch, tmpdir)
tmpdir_thinarch = os.path.join(tmpdir, thin_arch)
for lib in libraries:
libprefix = os.path.split(lib)[-1].replace('.', '_')
if len(
archs
) > 1: #should be a fat file, split only to the arch we want
libprefix += '_%s_' % thin_arch
lib_tmpdir = self._split_static_lib(lib, thin_arch)
else:
lib_tmpdir = self._split_static_lib(lib)
obj_files = shell.ls_files(['*.o'], lib_tmpdir)
for obj_f in obj_files:
obj_path = os.path.join(lib_tmpdir, obj_f)
md5 = shell.check_call('md5 -q %s' %
obj_path).split('\n')[0]
md5 = '%s-%s' % (md5, os.path.getsize(obj_path))
if md5 not in object_files_md5:
shell.call(
'cp %s %s' % (obj_path, '%s-%s' %
(libprefix, obj_f)), tmpdir_thinarch)
shell.call(
'ar -cqS %s %s-%s' % (libname, libprefix, obj_f),
tmpdir_thinarch)
object_files_md5.append(md5)
shutil.rmtree(lib_tmpdir)
shell.call('ar -s %s' % (libname), tmpdir_thinarch)
files = [os.path.join(tmpdir, arch, libname) for arch in archs]
self._check_duplicated_symbols(files, tmpdir)
if len(archs) > 1:
#merge the final libs into a fat file again
shell.call(
'lipo %s -create -output %s' %
(' '.join(files), self.install_name), tmpdir)
else:
shell.call(
'cp %s %s' %
(os.path.join(tmpdir, self.arch, libname), self.install_name),
tmpdir)
shutil.rmtree(tmpdir)
def _search_gtkdocfiles(self):
'''
Search for the gtk-doc files
'''
files = []
rel_path = os.path.join('share', 'gtk-doc', 'html')
abs_path = os.path.join(self.config.prefix, rel_path)
doc_dirs = [s for s in os.listdir(abs_path) if self.name in s]
abs_doc_dirs = [os.path.join(abs_path, d) for d in doc_dirs]
for d in abs_doc_dirs:
files.extend([os.path.join(rel_path, os.path.basename(d), f) for f in shell.ls_files("*", d)])
return files
def install_bin_deps(self):
# FIXME: build intltool as part of the build tools bootstrap
for url in WINDOWS_BIN_DEPS:
temp = fix_winpath(tempfile.mkdtemp())
path = os.path.join(temp, 'download.zip')
shell.download(GNOME_FTP + url, path)
shell.unpack(path, self.config.toolchain_prefix)
# replace /opt/perl/bin/perl in intltool
files = shell.ls_files(['bin/intltool*'], self.config.toolchain_prefix)
for f in files:
shell.replace(os.path.join(self.config.toolchain_prefix, f),
{'/opt/perl/bin/perl': '/bin/perl'})
return
def install_bin_deps(self):
# FIXME: build intltool as part of the build tools bootstrap
for url in WINDOWS_BIN_DEPS:
temp = fix_winpath(tempfile.mkdtemp())
path = os.path.join(temp, 'download.zip')
shell.download(GNOME_FTP + url, path)
shell.unpack(path, self.config.toolchain_prefix)
# replace /opt/perl/bin/perl in intltool
files = shell.ls_files(['bin/intltool*'], self.config.toolchain_prefix)
for f in files:
shell.replace(os.path.join(self.config.toolchain_prefix, f),
{'/opt/perl/bin/perl': '/bin/perl'})
return
def install_bin_deps(self):
# On windows, we need to install first wget and pkg-config.
# pkg-config can't be installed otherwise because it depends
# on glib and glib depends on pkg-config
for url in WINDOWS_BIN_DEPS:
temp = fix_winpath(tempfile.mkdtemp())
path = os.path.join(temp, 'download.zip')
shell.download(GNOME_FTP + url, path)
shell.unpack(path, self.config.toolchain_prefix)
# replace /opt/perl/bin/perl in intltool
files = shell.ls_files(['bin/intltool*'], self.config.toolchain_prefix)
for f in files:
shell.replace(os.path.join(self.config.toolchain_prefix, f),
{'/opt/perl/bin/perl': '/bin/perl'})
return
def install_bin_deps(self):
# On windows, we need to install first wget and pkg-config.
# pkg-config can't be installed otherwise because it depends
# on glib and glib depends on pkg-config
for url in WINDOWS_BIN_DEPS:
temp = fix_winpath(tempfile.mkdtemp())
path = os.path.join(temp, 'download.zip')
shell.download(GNOME_FTP + url, path)
shell.unpack(path, self.config.toolchain_prefix)
# replace /opt/perl/bin/perl in intltool
files = shell.ls_files(['bin/intltool*'], self.config.toolchain_prefix)
for f in files:
shell.replace(os.path.join(self.config.toolchain_prefix, f),
{'/opt/perl/bin/perl': '/bin/perl'})
return
def _search_gtkdocfiles(self):
'''
Search for the gtk-doc files
'''
files = []
rel_path = os.path.join('share', 'gtk-doc', 'html')
abs_path = os.path.join(self.config.prefix, rel_path)
doc_dirs = [s for s in os.listdir(abs_path) if self.name in s]
abs_doc_dirs = [os.path.join(abs_path, d) for d in doc_dirs]
for d in abs_doc_dirs:
files.extend([
os.path.join(rel_path, os.path.basename(d), f)
for f in shell.ls_files("*", d)
])
return files
def _create_framework_library(self, libraries):
tmpdir = tempfile.mkdtemp()
libname = os.path.basename (self.libname) # just to make sure
if self.arch == Architecture.UNIVERSAL:
archs = self.universal_archs
else:
archs = [self.arch]
archs = [a if a != Architecture.X86 else 'i386' for a in archs]
for thin_arch in archs:
object_files_md5 = []
shell.call ('mkdir -p %s' % thin_arch, tmpdir)
tmpdir_thinarch = os.path.join(tmpdir, thin_arch)
for lib in libraries:
libprefix = os.path.split(lib)[-1].replace('.', '_')
if len(archs) > 1: #should be a fat file, split only to the arch we want
libprefix += '_%s_' % thin_arch
lib_tmpdir = self._split_static_lib(lib, thin_arch)
else:
lib_tmpdir = self._split_static_lib(lib)
obj_files = shell.ls_files(['*.o'], lib_tmpdir)
for obj_f in obj_files:
obj_path = os.path.join(lib_tmpdir, obj_f)
md5 = shell.check_call('md5 -q %s' % obj_path).split('\n')[0]
md5 = '%s-%s' % (md5, os.path.getsize(obj_path))
if md5 not in object_files_md5:
shell.call('cp %s %s' % (obj_path, '%s-%s' % (libprefix, obj_f)), tmpdir_thinarch)
shell.call('ar -cqS %s %s-%s' % (libname, libprefix, obj_f), tmpdir_thinarch)
object_files_md5.append(md5)
shutil.rmtree(lib_tmpdir)
shell.call('ar -s %s' % (libname), tmpdir_thinarch)
files = [os.path.join(tmpdir, arch, libname) for arch in archs]
self._check_duplicated_symbols(files, tmpdir)
if len(archs) > 1:
#merge the final libs into a fat file again
shell.call('lipo %s -create -output %s' % (' '.join(files), self.install_name), tmpdir)
else:
shell.call('cp %s %s' % (os.path.join(tmpdir, self.arch, libname), self.install_name), tmpdir)
shutil.rmtree(tmpdir)
def _search_files(self, files):
'''
Search plugin files and arbitrary files in the prefix, doing the
extension replacements, globbing, and listing directories
FIXME: Curently plugins are also searched using this, but there should
be a separate system for those.
'''
# replace extensions
files_expanded = [f % self.extensions for f in files]
fs = []
for f in files_expanded:
if f.endswith('.dll') and self.using_msvc():
fs.append(self._get_msvc_dll(f))
else:
fs.append(f)
# Look for a PDB file and add it
if self.using_msvc() and self.config.variants.debug:
# We try to find a pdb file corresponding to the plugin's .a
# file instead of the .dll because we want it to go into the
# devel package, not the runtime package.
m = self._FILES_STATIC_PLUGIN_REGEX.match(f)
if m:
fs += self._search_pdb_files(f, ''.join(m.groups()))
# For plugins, the .la file is generated using the .pc file, but we
# don't add the .pc to files_devel. It has the same name, so we can
# add it using the .la entry.
if f.startswith('lib/gstreamer-1.0/') and f.endswith('.la'):
fs.append(self._get_plugin_pc(f))
# fill directories
dirs = [
x for x in fs if os.path.isdir(os.path.join(self.config.prefix, x))
]
for directory in dirs:
fs.remove(directory)
fs.extend(self._ls_dir(os.path.join(self.config.prefix,
directory)))
# fill paths with pattern expansion *
paths = [x for x in fs if '*' in x]
if len(paths) != 0:
for path in paths:
fs.remove(path)
fs.extend(shell.ls_files(paths, self.config.prefix))
return fs
def _search_files(self, files):
'''
Search files in the prefix, doing the extension replacements and
listing directories
'''
# replace extensions
fs = [f % self.extensions for f in files]
# fill directories
dirs = [x for x in fs if os.path.isdir(os.path.join(self.config.prefix, x))]
for directory in dirs:
fs.remove(directory)
fs.extend(self._ls_dir(os.path.join(self.config.prefix, directory)))
# fill paths with pattern expansion *
paths = [x for x in fs if '*' in x]
if len(paths) != 0:
for path in paths:
fs.remove(path)
fs.extend(shell.ls_files(paths, self.config.prefix))
return fs
def _search_devel_libraries(self):
devel_libs = []
for category in self.categories:
if category != self.LIBS_CAT and not category.startswith(self.LIBS_CAT + "_"):
continue
pattern = "lib/%(f)s.a lib/%(f)s.la "
if self.platform == Platform.LINUX:
pattern += "lib/%(f)s.so "
elif self.platform == Platform.WINDOWS:
pattern += "lib/%(f)s.dll.a "
pattern += "lib/%(f)s.def "
pattern += "lib/%(fnolib)s.lib "
elif self.platform in [Platform.DARWIN, Platform.IOS]:
pattern += "lib/%(f)s.dylib "
libsmatch = [pattern % {"f": x, "fnolib": x[3:]} for x in self._get_category_files_list(category)]
devel_libs.extend(shell.ls_files(libsmatch, self.config.prefix))
return devel_libs
def _search_devel_libraries(self):
if self.runtime_dep:
return []
devel_libs = []
for category in self.categories:
if category != self.LIBS_CAT and \
not category.startswith(self.LIBS_CAT + '_'):
continue
pattern = ''
if self.library_type != LibraryType.NONE:
pattern += 'lib/%(f)s.la '
if self.library_type in (LibraryType.BOTH, LibraryType.STATIC):
pattern += 'lib/%(f)s.a '
if self.library_type in (LibraryType.BOTH, LibraryType.SHARED):
if self.platform == Platform.LINUX:
pattern += 'lib/%(f)s.so '
elif self.platform == Platform.WINDOWS:
pattern += 'lib/%(f)s.dll.a '
pattern += 'lib/%(f)s.def '
pattern += 'lib/%(fnolib)s.lib '
elif self.platform in [Platform.DARWIN, Platform.IOS]:
pattern += 'lib/%(f)s.dylib '
libsmatch = []
for x in self._get_category_files_list(category):
libsmatch.append(pattern % {'f': x, 'fnolib': x[3:]})
# PDB names are derived from DLL library names (which are
# arbitrary), so we must use the same search function for them.
if self.platform != Platform.WINDOWS:
continue
if not self.using_msvc() or self.config.variants.nodebug:
continue
if self.library_type in (LibraryType.STATIC, LibraryType.NONE):
continue
devel_libs += find_pdb_implib(self.config, x[3:],
self.config.prefix)
devel_libs.extend(shell.ls_files(libsmatch, self.config.prefix))
return devel_libs
def _search_devel_libraries(self):
devel_libs = []
for category in self.categories:
if category != self.LIBS_CAT and \
not category.startswith(self.LIBS_CAT + '_'):
continue;
pattern = 'lib/%(f)s.a lib/%(f)s.la '
if self.platform == Platform.LINUX:
pattern += 'lib/%(f)s.so '
elif self.platform == Platform.WINDOWS:
pattern += 'lib/%(f)s.dll.a '
pattern += 'lib/%(f)s.def '
pattern += 'lib/%(fnolib)s.lib '
elif self.platform == Platform.DARWIN:
pattern += 'lib/%(f)s.dylib '
libsmatch = [pattern % {'f':x, 'fnolib': x[3:]} for x in \
self._get_category_files_list(category)]
devel_libs.extend(shell.ls_files(libsmatch, self.config.prefix))
return devel_libs
def _search_files(self, files):
'''
Search plugin files and arbitrary files in the prefix, doing the
extension replacements, globbing, and listing directories
'''
# replace extensions
files_expanded = [f % self.extensions for f in files]
fs = []
for f in files_expanded:
if not f.endswith('.dll'):
fs.append(f)
continue
# Plugins DLLs are required to be simple: libfoo.dll or foo.dll
if not f.startswith('lib'):
raise AssertionError(
'Plugin files must start with "lib": {!r}'.format(f))
if (Path(self.config.prefix) / f).is_file():
# libfoo.dll, built with MinGW
fs.append(f)
elif (Path(self.config.prefix) / f[3:]).is_file():
# foo.dll, built with MSVC
fs.append(f[3:])
# foo.pdb
fs.append(f[3:-3] + 'pdb')
# fill directories
dirs = [
x for x in fs if os.path.isdir(os.path.join(self.config.prefix, x))
]
for directory in dirs:
fs.remove(directory)
fs.extend(self._ls_dir(os.path.join(self.config.prefix,
directory)))
# fill paths with pattern expansion *
paths = [x for x in fs if '*' in x]
if len(paths) != 0:
for path in paths:
fs.remove(path)
fs.extend(shell.ls_files(paths, self.config.prefix))
return fs
def _search_files(self, files):
'''
Search plugin files and arbitrary files in the prefix, doing the
extension replacements, globbing, and listing directories
'''
# replace extensions
files_expanded = [f % self.extensions for f in files]
fs = []
for f in files_expanded:
if not f.endswith('.dll'):
fs.append(f)
continue
# Plugins DLLs are required to be simple: libfoo.dll or foo.dll
if not f.startswith('lib'):
raise AssertionError('Plugin files must start with "lib": {!r}'.format(f))
if (Path(self.config.prefix) / f).is_file():
# libfoo.dll, built with MinGW
fs.append(f)
elif (Path(self.config.prefix) / f[3:]).is_file():
# foo.dll, built with MSVC
fs.append(f[3:])
# foo.pdb
fs.append(f[3:-3] + 'pdb')
# fill directories
dirs = [x for x in fs if
os.path.isdir(os.path.join(self.config.prefix, x))]
for directory in dirs:
fs.remove(directory)
fs.extend(self._ls_dir(os.path.join(self.config.prefix,
directory)))
# fill paths with pattern expansion *
paths = [x for x in fs if '*' in x]
if len(paths) != 0:
for path in paths:
fs.remove(path)
fs.extend(shell.ls_files(paths, self.config.prefix))
return fs
def _create_framework_library(self, libraries):
tmpdir = tempfile.mkdtemp()
libname = os.path.basename (self.libname) # just to make sure
if self.arch == Architecture.UNIVERSAL:
archs = self.universal_archs
else:
archs = [self.arch]
archs = [a if a != Architecture.X86 else 'i386' for a in archs]
for thin_arch in archs:
shell.call ('mkdir -p %s' % thin_arch, tmpdir)
tmpdir_thinarch = os.path.join(tmpdir, thin_arch)
for lib in libraries:
libprefix = os.path.split(lib)[-1].replace('.', '_')
if len(archs) > 1: #should be a fat file, split only to the arch we want
libprefix += '_%s_' % thin_arch
lib_tmpdir = self._split_static_lib(lib, thin_arch)
else:
lib_tmpdir = self._split_static_lib(lib)
obj_files = shell.ls_files(['*.o'], lib_tmpdir)
for obj_f in obj_files:
shell.call('cp %s %s' % (os.path.join(lib_tmpdir, obj_f), '%s-%s' % (libprefix, obj_f)), tmpdir_thinarch)
shell.call('ar -cqS %s %s-%s' % (libname, libprefix, obj_f), tmpdir_thinarch)
shell.call('ar -s %s' % (libname), tmpdir_thinarch)
if len(archs) > 1:
#merge the final libs into a fat file again
shell.call('lipo %s -create -output %s' % (' '.join([os.path.join(tmpdir, arch, libname) for arch in archs]), self.install_name), tmpdir)
else:
shell.call('cp %s %s' % (os.path.join(tmpdir, self.arch, libname), self.install_name), tmpdir)
def fix_bin_deps(self):
# replace /opt/perl/bin/perl in intltool
files = shell.ls_files(['bin/intltool*'], self.prefix)
for f in files:
shell.replace(os.path.join(self.prefix, f),
{'/opt/perl/bin/perl': '/bin/perl'})
def _create_framework_library(self, libraries):
tmpdir = tempfile.mkdtemp()
libname = os.path.basename(self.libname) # just to make sure
if self.arch == Architecture.UNIVERSAL:
archs = self.universal_archs
else:
archs = [self.arch]
archs = [a if a != Architecture.X86 else 'i386' for a in archs]
for thin_arch in archs:
object_files_md5 = []
shell.call('mkdir -p %s' % thin_arch, tmpdir)
tmpdir_thinarch = os.path.join(tmpdir, thin_arch)
for lib in libraries:
libprefix = os.path.split(lib)[-1].replace('.', '_')
if len(
archs
) > 1: #should be a fat file, split only to the arch we want
libprefix += '_%s_' % thin_arch
lib_tmpdir = self._split_static_lib(lib, thin_arch)
else:
lib_tmpdir = self._split_static_lib(lib)
obj_files = shell.ls_files(['*.o'], lib_tmpdir)
target_objs = []
for obj_f in obj_files:
obj_path = os.path.join(lib_tmpdir, obj_f)
md5 = shell.check_call('md5 -q %s' %
obj_path).split('\n')[0]
md5 = '%s-%s' % (md5, os.path.getsize(obj_path))
if md5 not in object_files_md5:
target_name = '%s-%s' % (libprefix, obj_f)
try:
# Hard link source file to the target name
os.link(obj_path,
tmpdir_thinarch + '/' + target_name)
except:
# Fall back to cp if hard link doesn't work for any reason
shell.call('cp %s %s' % (obj_path, target_name),
tmpdir_thinarch)
# If we have a duplicate object, commit any collected ones
if target_name in target_objs:
m.warning("Committing %d objects due to dup %s" %
(len(target_objs), target_name))
shell.call(
'ar -cqS %s %s' %
(libname, " ".join(target_objs)),
tmpdir_thinarch)
target_objs = []
target_objs.append(target_name)
object_files_md5.append(md5)
# Put all the collected target_objs in the archive. cmdline limit is 262k args on OSX.
if len(target_objs):
shell.call(
'ar -cqS %s %s' % (libname, " ".join(target_objs)),
tmpdir_thinarch)
shutil.rmtree(lib_tmpdir)
shell.call('ar -s %s' % (libname), tmpdir_thinarch)
files = [os.path.join(tmpdir, arch, libname) for arch in archs]
self._check_duplicated_symbols(files, tmpdir)
if len(archs) > 1:
#merge the final libs into a fat file again
shell.call(
'lipo %s -create -output %s' %
(' '.join(files), self.install_name), tmpdir)
else:
shell.call(
'cp %s %s' %
(os.path.join(tmpdir, self.arch, libname), self.install_name),
tmpdir)
shutil.rmtree(tmpdir)
def _create_framework_library(self, libraries):
tmpdir = tempfile.mkdtemp()
libname = os.path.basename (self.libname) # just to make sure
if self.arch == Architecture.UNIVERSAL:
archs = self.universal_archs
else:
archs = [self.arch]
archs = [a if a != Architecture.X86 else 'i386' for a in archs]
for thin_arch in archs:
object_files_md5 = []
shell.call ('mkdir -p %s' % thin_arch, tmpdir)
tmpdir_thinarch = os.path.join(tmpdir, thin_arch)
for lib in libraries:
libprefix = os.path.split(lib)[-1].replace('.', '_')
if len(archs) > 1: #should be a fat file, split only to the arch we want
libprefix += '_%s_' % thin_arch
lib_tmpdir = self._split_static_lib(lib, thin_arch)
else:
lib_tmpdir = self._split_static_lib(lib)
obj_files = shell.ls_files(['*.o'], lib_tmpdir)
target_objs = []
for obj_f in obj_files:
obj_path = os.path.join(lib_tmpdir, obj_f)
md5 = shell.check_call('md5 -q %s' % obj_path).split('\n')[0]
md5 = '%s-%s' % (md5, os.path.getsize(obj_path))
if md5 not in object_files_md5:
target_name = '%s-%s' % (libprefix, obj_f)
try:
# Hard link source file to the target name
os.link(obj_path, tmpdir_thinarch + '/' + target_name)
except:
# Fall back to cp if hard link doesn't work for any reason
shell.call('cp %s %s' % (obj_path, target_name), tmpdir_thinarch)
# If we have a duplicate object, commit any collected ones
if target_name in target_objs:
m.warning ("Committing %d objects due to dup %s" % (len (target_objs), target_name))
shell.call('ar -cqS %s %s' % (libname, " ".join (target_objs)), tmpdir_thinarch)
target_objs = []
target_objs.append (target_name)
object_files_md5.append(md5)
# Put all the collected target_objs in the archive. cmdline limit is 262k args on OSX.
if len(target_objs):
shell.call('ar -cqS %s %s' % (libname, " ".join (target_objs)), tmpdir_thinarch)
shutil.rmtree(lib_tmpdir)
shell.call('ar -s %s' % (libname), tmpdir_thinarch)
files = [os.path.join(tmpdir, arch, libname) for arch in archs]
self._check_duplicated_symbols(files, tmpdir)
if len(archs) > 1:
#merge the final libs into a fat file again
shell.call('lipo %s -create -output %s' % (' '.join(files), self.install_name), tmpdir)
else:
shell.call('cp %s %s' % (os.path.join(tmpdir, self.arch, libname), self.install_name), tmpdir)
shutil.rmtree(tmpdir)