def _initModule(self, module):
self.module = module
self.attributes = dir(self.module)
pychecker_attr = getattr(module, Config.CHECKER_VAR, None)
if pychecker_attr is not None :
utils.pushConfig()
utils.updateCheckerArgs(pychecker_attr, 'suppressions', 0, [])
for tokenName in _filterDir(self.module, _DEFAULT_MODULE_TOKENS) :
token = getattr(self.module, tokenName)
if isinstance(token, types.ModuleType) :
# get the real module name, tokenName could be an alias
self.addModule(token.__name__)
elif isinstance(token, types.FunctionType) :
self.addFunction(token)
elif isinstance(token, types.ClassType) or \
hasattr(token, '__bases__') :
self.addClass(tokenName)
else :
self.addVariable(tokenName, type(token))
if pychecker_attr is not None :
utils.popConfig()
return 1
def _initModule(self, module):
self.module = module
self.attributes = dir(self.module)
pychecker_attr = getattr(module, Config.CHECKER_VAR, None)
if pychecker_attr is not None :
utils.pushConfig()
utils.updateCheckerArgs(pychecker_attr, 'suppressions', 0, [])
for tokenName in _filterDir(self.module, _DEFAULT_MODULE_TOKENS) :
if _EVIL_C_OBJECTS.has_key('%s.%s' % (self.moduleName, tokenName)):
continue
# README if interpreter is crashing:
# Change 0 to 1 if the interpretter is crashing and re-run.
# Follow the instructions from the last line printed.
if 0:
print "Add the following line to _EVIL_C_OBJECTS:\n" \
" '%s.%s': None, " % (self.moduleName, tokenName)
token = getattr(self.module, tokenName)
if isinstance(token, types.ModuleType) :
# get the real module name, tokenName could be an alias
self.addModule(token.__name__)
elif isinstance(token, types.FunctionType) :
self.addFunction(token)
elif isinstance(token, types.ClassType) or \
hasattr(token, '__bases__') :
self.addClass(tokenName)
else :
self.addVariable(tokenName, type(token))
if pychecker_attr is not None :
utils.popConfig()
return 1
def _initModule(self, module):
self.module = module
self.attributes = dir(self.module)
pychecker_attr = getattr(module, Config.CHECKER_VAR, None)
if pychecker_attr is not None:
utils.pushConfig()
utils.updateCheckerArgs(pychecker_attr, 'suppressions', 0, [])
for tokenName in _filterDir(self.module, _DEFAULT_MODULE_TOKENS):
token = getattr(self.module, tokenName)
if isinstance(token, types.ModuleType):
# get the real module name, tokenName could be an alias
self.addModule(token.__name__)
elif isinstance(token, types.FunctionType):
self.addFunction(token)
elif isinstance(token, types.ClassType) or \
hasattr(token, '__bases__') :
self.addClass(tokenName)
else:
self.addVariable(tokenName, type(token))
if pychecker_attr is not None:
utils.popConfig()
return 1
def _initModule(self, module):
self.module = module
self.attributes = dir(self.module)
pychecker_attr = getattr(module, Config.CHECKER_VAR, None)
if pychecker_attr is not None:
utils.pushConfig()
utils.updateCheckerArgs(pychecker_attr, 'suppressions', 0, [])
for tokenName in _filterDir(self.module, _DEFAULT_MODULE_TOKENS):
if _EVIL_C_OBJECTS.has_key('%s.%s' % (self.moduleName, tokenName)):
continue
# README if interpreter is crashing:
# Change 0 to 1 if the interpretter is crashing and re-run.
# Follow the instructions from the last line printed.
if 0:
print "Add the following line to _EVIL_C_OBJECTS:\n" \
" '%s.%s': None, " % (self.moduleName, tokenName)
token = getattr(self.module, tokenName)
if isinstance(token, types.ModuleType):
# get the real module name, tokenName could be an alias
self.addModule(token.__name__)
elif isinstance(token, types.FunctionType):
self.addFunction(token)
elif isinstance(token, types.ClassType) or \
hasattr(token, '__bases__') :
self.addClass(tokenName)
else:
self.addVariable(tokenName, type(token))
if pychecker_attr is not None:
utils.popConfig()
return 1
def _initModule(self, module):
self.module = module
self.attributes = dir(self.module)
# interpret module-specific suppressions
pychecker_attr = getattr(module, Config.CHECKER_VAR, None)
if pychecker_attr is not None :
utils.pushConfig()
utils.updateCheckerArgs(pychecker_attr, 'suppressions', 0, [])
# read all tokens from the real module, and register them
for tokenName in _getModuleTokens(self.module):
if EVIL_C_OBJECTS.has_key('%s.%s' % (self.moduleName, tokenName)):
continue
# README if interpreter is crashing:
# Change 0 to 1 if the interpretter is crashing and re-run.
# Follow the instructions from the last line printed.
if utils.cfg().findEvil:
print "Add the following line to EVIL_C_OBJECTS or the string to evil in a config file:\n" \
" '%s.%s': None, " % (self.moduleName, tokenName)
token = getattr(self.module, tokenName)
if isinstance(token, types.ModuleType) :
# get the real module name, tokenName could be an alias
self.addModule(token.__name__)
elif isinstance(token, types.FunctionType) :
self.addFunction(token)
elif isinstance(token, types.ClassType) or \
hasattr(token, '__bases__') and \
issubclass(type(token), type):
self.addClass(tokenName)
else :
self.addVariable(tokenName, type(token))
if pychecker_attr is not None :
utils.popConfig()
return 1
def _initModule(self, module):
self.module = module
self.attributes = dir(self.module)
# interpret module-specific suppressions
pychecker_attr = getattr(module, Config.CHECKER_VAR, None)
if pychecker_attr is not None:
utils.pushConfig()
utils.updateCheckerArgs(pychecker_attr, 'suppressions', 0, [])
# read all tokens from the real module, and register them
for tokenName in _getModuleTokens(self.module):
if EVIL_C_OBJECTS.has_key('%s.%s' % (self.moduleName, tokenName)):
continue
# README if interpreter is crashing:
# Change 0 to 1 if the interpretter is crashing and re-run.
# Follow the instructions from the last line printed.
if utils.cfg().findEvil:
print "Add the following line to EVIL_C_OBJECTS or the string to evil in a config file:\n" \
" '%s.%s': None, " % (self.moduleName, tokenName)
token = getattr(self.module, tokenName)
if isinstance(token, types.ModuleType):
# get the real module name, tokenName could be an alias
self.addModule(token.__name__)
elif isinstance(token, types.FunctionType):
self.addFunction(token)
elif isinstance(token, types.ClassType) or \
hasattr(token, '__bases__') and \
issubclass(type(token), type):
self.addClass(tokenName)
else:
self.addVariable(tokenName, type(token))
if pychecker_attr is not None:
utils.popConfig()
return 1
def _updateSuppressions(suppress, warnings) :
if not utils.updateCheckerArgs(suppress, 'suppressions', 0, warnings) :
utils.popConfig()
raise _SuppressionError
def _updateSuppressions(suppress, warnings) :
if not utils.updateCheckerArgs(suppress, 'suppressions', 0, warnings) :
utils.popConfig()
raise _SuppressionError
