def get_build_from_file (platform, file_name, name):
gub_name = file_name.replace (os.getcwd () + '/', '')
logging.verbose ('reading spec: %(gub_name)s\n' % locals ())
# Ugh, FIXME
# This loads gub/specs/darwin/python.py in PYTHON. namespace,
# overwriting the PYTHON. namespace from gub/specs/python.py
# Current workaround: always/also use __darwin etc. postfixing
# of class names, also in specs/darwin/ etc.
warnings.filterwarnings ('ignore', '''Parent module 'python-2' ''')
module = misc.load_module (file_name, name)
# cross/gcc.py:Gcc will be called: cross/Gcc.py,
# to distinguish from specs/gcc.py:Gcc.py
base = os.path.basename (name)
class_name = ((base[0].upper () + base[1:])
.replace ('-', '_')
.replace ('.', '_')
.replace ('++', '_xx_')
.replace ('+', '_x_')
+ ('-' + platform).replace ('-', '__'))
logging.debug ('LOOKING FOR: %(class_name)s\n' % locals ())
cls = misc.most_significant_in_dict (module.__dict__, class_name, '__')
if (platform == 'tools32'
and (not cls or issubclass (cls, target.AutoBuild))):
cls = misc.most_significant_in_dict (module.__dict__, class_name.replace ('tools32', 'tools'), '__')
if ((platform == 'tools' or platform == 'tools32')
and (issubclass (cls, target.AutoBuild)
and not issubclass (cls, tools.AutoBuild)
and not issubclass (cls, tools32.AutoBuild))):
cls = None
return cls
def get_build_class (settings, flavour, name):
cls = get_build_from_module (settings, name)
if not cls:
logging.verbose ('making spec: %(name)s\n' % locals ())
cls = get_build_without_module (flavour, name)
if cls:
cls._created_name = name
return cls
def calculate_checksums(self):
logging.verbose('calculating checksums\n')
for spec in list(self.specs.values()):
name = spec.platform_name()
logger = logging.NullCommandLogger()
command_runner = runner.DeferredRunner(logger)
spec.connect_command_runner(command_runner)
spec.build(skip=['download'])
spec.connect_command_runner(None)
self.checksums[name] = command_runner.checksum()
reason = self.spec_checksums_fail_reason(spec)
if reason:
self.failed_checksums[name] = reason
def calculate_checksums (self):
logging.verbose ('calculating checksums\n')
for spec in list (self.specs.values ()):
name = spec.platform_name ()
logger = logging.NullCommandLogger ()
command_runner = runner.DeferredRunner (logger)
spec.connect_command_runner (command_runner)
spec.build (skip=['download'])
spec.connect_command_runner (None)
self.checksums[name] = command_runner.checksum ()
reason = self.spec_checksums_fail_reason (spec)
if reason:
self.failed_checksums[name] = reason
def get_build_from_file (platform, file_name, name):
gub_name = file_name.replace (os.getcwd () + '/', '')
logging.verbose ('reading spec: %(gub_name)s\n' % locals ())
# Ugh, FIXME
# This loads gub/specs/darwin/python.py in PYTHON. namespace,
# overwriting the PYTHON. namespace from gub/specs/python.py
# Current workaround: always/also use __darwin etc. postfixing
# of class names, also in specs/darwin/ etc.
module = misc.load_module (file_name, name)
# cross/gcc.py:Gcc will be called: cross/Gcc.py,
# to distinguish from specs/gcc.py:Gcc.py
base = os.path.basename (name)
class_name = ((base[0].upper () + base[1:])
.replace ('-', '_')
.replace ('.', '_')
.replace ('++', '_xx_')
.replace ('+', '_x_')
+ ('-' + platform).replace ('-', '__'))
logging.debug ('LOOKING FOR: %(class_name)s\n' % locals ())
return misc.most_significant_in_dict (module.__dict__, class_name, '__')
def uninstall_package (self, name):
logging.action ('uninstalling package: %s\n' % name)
lst = self.package_installed_files (name)
dirs = []
files = []
for i in lst:
f = os.path.join (self.root, i)
if os.path.islink (f):
files.append (f)
elif (not os.path.exists (f)
and not self.is_distro):
printf ('FileManager: uninstall: %s' % name)
printf ('FileManager: no such file: %s' % f)
elif os.path.isdir (f):
dirs.append (f)
else:
files.append (f)
for f in files:
os.unlink (f)
for d in reversed (dirs):
try:
os.rmdir (d)
except OSError:
logging.verbose ('warning: %(d)s not empty\n' % locals ())
for f in lst:
## fixme (?) -- when is f == ''
if not f or f.endswith ('/'):
continue
try:
del self._file_package_db[f]
except:
printf ('db delete failing for ', f)
del self._package_file_db[name]
def uninstall_package(self, name):
logging.action('uninstalling package: %s\n' % name)
lst = self.package_installed_files(name)
dirs = []
files = []
for i in lst:
f = os.path.join(self.root, i)
if os.path.islink(f):
files.append(f)
elif (not os.path.exists(f) and not self.is_distro):
printf('FileManager: uninstall: %s' % name)
printf('FileManager: no such file: %s' % f)
elif os.path.isdir(f):
dirs.append(f)
else:
files.append(f)
for f in files:
os.unlink(f)
for d in reversed(dirs):
try:
os.rmdir(d)
except OSError:
logging.verbose('warning: %(d)s not empty\n' % locals())
for f in lst:
## fixme (?) -- when is f == ''
if not f or f.endswith('/'):
continue
try:
del self._file_package_db[f]
except:
printf('db delete failing for ', f)
del self._package_file_db[name]
