def processFiles(files, cfg = None, pre_process_cb = None) :
# insert this here, so we find files in the local dir before std library
if sys.path[0] != '' :
sys.path.insert(0, '')
# ensure we have a config object, it's necessary
global _cfg
if cfg is not None :
_cfg = cfg
elif _cfg is None :
_cfg = Config.Config()
if _cfg.ignoreImportErrors:
install_ignore__import__()
warnings = []
utils.initConfig(_cfg)
for file, (moduleName, moduleDir) in zip(files, getModules(files)) :
if callable(pre_process_cb) :
pre_process_cb("module %s (%s)" % (moduleName, file))
oldsyspath = sys.path[:]
sys.path.insert(0, moduleDir)
module = PyCheckerModule(moduleName, moduleDir=moduleDir)
if not module.load() :
w = Warning(module.filename(), 1,
msgs.Internal("NOT PROCESSED UNABLE TO IMPORT"))
warnings.append(w)
sys.path = oldsyspath
utils.popConfig()
return warnings
def processFiles(files, cfg = None, pre_process_cb = None) :
# insert this here, so we find files in the local dir before std library
if sys.path[0] != '' :
sys.path.insert(0, '')
# ensure we have a config object, it's necessary
global _cfg
if cfg is not None :
_cfg = cfg
elif _cfg is None :
_cfg = Config.Config()
warnings = []
utils.initConfig(_cfg)
for moduleName, filename in getModules(files) :
if callable(pre_process_cb) :
pre_process_cb(moduleName)
module = Module(moduleName, fullpath = filename)
# reload the given module, otherwise won't get new syntax errors.
sysModule = sys.modules.get(moduleName)
if sysModule:
try:
reload(sysModule)
except:
pass
module.load(warnings)
utils.popConfig()
return warnings
def find(moduleList, initialCfg, suppressions = None) :
"Return a list of warnings found in the module list"
if suppressions is None :
suppressions = {}, {}
utils.initConfig(initialCfg)
warnings = []
for module in moduleList :
if module.moduleName in cfg().blacklist :
continue
modSuppress = getSuppression(module.moduleName, suppressions, warnings)
globalRefs, classCodes = {}, {}
# main_code can be null if there was a syntax error
if module.main_code != None :
funcInfo = _updateFunctionWarnings(module, module.main_code,
None, warnings, globalRefs, 1)
for code in funcInfo[1] :
classCodes[code.co_name] = code
_findFunctionWarnings(module, globalRefs, warnings, suppressions)
for c in module.classes.values() :
_findClassWarnings(module, c, classCodes.get(c.name),
globalRefs, warnings, suppressions)
if cfg().noDocModule and \
module.module != None and module.module.__doc__ == None :
warnings.append(Warning(module.filename(), 1, msgs.NO_MODULE_DOC))
if cfg().allVariablesUsed or cfg().privateVariableUsed :
prefix = None
if not cfg().allVariablesUsed :
prefix = "_"
for ignoreVar in cfg().variablesToIgnore + cfg().unusedNames :
globalRefs[ignoreVar] = ignoreVar
warnings.extend(_getUnused(module, globalRefs, module.variables,
msgs.VAR_NOT_USED, prefix))
if cfg().importUsed :
if module.moduleName != utils.INIT or cfg().packageImportUsed :
# always ignore readline module, if [raw_]input() is used
if globalRefs.has_key('input') or \
globalRefs.has_key('raw_input'):
globalRefs['readline'] = 0
warnings.extend(_getUnused(module, globalRefs, module.modules,
msgs.IMPORT_NOT_USED))
if module.main_code != None :
utils.popConfig()
if modSuppress is not None :
utils.popConfig()
std_lib = None
if cfg().ignoreStandardLibrary :
std_lib = getStandardLibraries()
return removeWarnings(warnings, getBlackList(cfg().blacklist), std_lib,
cfg())
def processFiles(files, cfg=None, pre_process_cb=None):
# insert this here, so we find files in the local dir before std library
if sys.path[0] != '':
sys.path.insert(0, '')
# ensure we have a config object, it's necessary
global _cfg
if cfg is not None:
_cfg = cfg
elif _cfg is None:
_cfg = Config.Config()
warnings = []
utils.initConfig(_cfg)
for moduleName, filename in getModules(files):
if callable(pre_process_cb):
pre_process_cb(moduleName)
module = Module(moduleName, fullpath=filename)
# reload the given module, otherwise won't get new syntax errors.
sysModule = sys.modules.get(moduleName)
if sysModule:
try:
reload(sysModule)
except:
pass
module.load(warnings)
utils.popConfig()
return warnings
def processFiles(files, cfg=None, pre_process_cb=None):
# insert this here, so we find files in the local dir before std library
if sys.path[0] != '':
sys.path.insert(0, '')
# ensure we have a config object, it's necessary
global _cfg
if cfg is not None:
_cfg = cfg
elif _cfg is None:
_cfg = Config.Config()
if _cfg.ignoreImportErrors:
install_ignore__import__()
warnings = []
utils.initConfig(_cfg)
for file, (moduleName, moduleDir) in zip(files, getModules(files)):
if callable(pre_process_cb):
pre_process_cb("module %s (%s)" % (moduleName, file))
oldsyspath = sys.path[:]
sys.path.insert(0, moduleDir)
module = PyCheckerModule(moduleName, moduleDir=moduleDir)
if not module.load():
w = Warning(module.filename(), 1,
msgs.Internal("NOT PROCESSED UNABLE TO IMPORT"))
warnings.append(w)
sys.path = oldsyspath
utils.popConfig()
return warnings
def _check(files, cfg=None, suppressions=None, printProcessing=False):
# snapshot modules before and after processing, so that we only warn
# about the modules loaded because of these files.
# preferable to clearing the loaded modules because we don't have to
# reprocess previously handled modules
beforePCModules = getAllPCModules()
beforeModules = dict(sys.modules.items())
utils.initConfig(cfg)
utils.debug('main: Checking %d files', len(files))
utils.debug('main: Finding import warnings')
importWarnings = processFiles(
files, cfg, printProcessing and _print_processing or None)
utils.debug('main: Found %d import warnings' % len(importWarnings))
utils.debug('main: %d modules in sys.modules' % len(sys.modules.keys()))
fixupBuiltinModules()
afterPCModules = getAllPCModules()
newPCModules = afterPCModules[:]
for m in beforePCModules:
if m in newPCModules:
newPCModules.remove(m)
newModules = dict(sys.modules.items())
for k, v in beforeModules.items():
if k in newModules:
del newModules[k]
if cfg.printParse:
for module in newPCModules:
printer.module(module)
utils.debug('main: %d Pychecker modules and %d python modules loaded',
len(newPCModules), len(newModules))
# remove all sys.modules suspected of being sibling imports; they now
# pollute the global namespace of sys.modules
for k, v in newModules.items():
if v and _mightBeSiblingModule(v):
utils.debug('main: unloading python module %s', v)
del sys.modules[k]
utils.debug('main: Finding warnings')
# suppressions is a tuple of suppressions, suppressionRegexs dicts
warnings = warn.find(newPCModules, cfg, suppressions)
utils.debug('main: Found %d warnings in %d files and %d modules',
len(importWarnings) + len(warnings), len(files),
len(newPCModules))
# FIXME: any way to assert we are popping the one we pushed ?
utils.popConfig()
return importWarnings + warnings
def _check(files, cfg=None, suppressions=None, printProcessing=False):
# snapshot modules before and after processing, so that we only warn
# about the modules loaded because of these files.
# preferable to clearing the loaded modules because we don't have to
# reprocess previously handled modules
beforePCModules = getAllPCModules()
beforeModules = dict(sys.modules.items())
utils.initConfig(cfg)
utils.debug('main: Checking %d files', len(files))
utils.debug('main: Finding import warnings')
importWarnings = processFiles(files, cfg,
printProcessing and _print_processing or None)
utils.debug('main: Found %d import warnings' % len(importWarnings))
utils.debug('main: %d modules in sys.modules' % len(sys.modules.keys()))
fixupBuiltinModules()
afterPCModules = getAllPCModules()
newPCModules = afterPCModules[:]
for m in beforePCModules:
if m in newPCModules:
newPCModules.remove(m)
newModules = dict(sys.modules.items())
for k, v in beforeModules.items():
if k in newModules:
del newModules[k]
if cfg.printParse :
for module in newPCModules:
printer.module(module)
utils.debug('main: %d Pychecker modules and %d python modules loaded',
len(newPCModules), len(newModules))
# remove all sys.modules suspected of being sibling imports; they now
# pollute the global namespace of sys.modules
for k, v in newModules.items():
if v and _mightBeSiblingModule(v):
utils.debug('main: unloading python module %s', v)
del sys.modules[k]
utils.debug('main: Finding warnings')
# suppressions is a tuple of suppressions, suppressionRegexs dicts
warnings = warn.find(newPCModules, cfg, suppressions)
utils.debug('main: Found %d warnings in %d files and %d modules',
len(importWarnings) + len(warnings), len(files), len(newPCModules))
# FIXME: any way to assert we are popping the one we pushed ?
utils.popConfig()
return importWarnings + warnings
def _init() :
global _cfg, _suppressions, _orig__import__
args = string.split(os.environ.get('PYCHECKER', ''))
_cfg, files, _suppressions = Config.setupFromArgs(args)
utils.initConfig(_cfg)
fixupBuiltinModules(1)
# keep the orig __import__ around so we can call it
import __builtin__
_orig__import__ = __builtin__.__import__
__builtin__.__import__ = __import__
def _init():
global _cfg, _suppressions, _orig__import__
args = string.split(os.environ.get('PYCHECKER', ''))
_cfg, files, _suppressions = Config.setupFromArgs(args)
utils.initConfig(_cfg)
fixupBuiltinModules(1)
# keep the orig __import__ around so we can call it
import __builtin__
_orig__import__ = __builtin__.__import__
__builtin__.__import__ = __import__
def processFiles(files, cfg=None, pre_process_cb=None):
"""
@type files: list of str
@type cfg: L{Config.Config}
@param pre_process_cb: callable notifying of module name, filename
@type pre_process_cb: callable taking (str, str)
"""
warnings = []
# insert this here, so we find files in the local dir before std library
if sys.path[0] != '' :
sys.path.insert(0, '')
# ensure we have a config object, it's necessary
global _cfg
if cfg is not None:
_cfg = cfg
elif _cfg is None:
_cfg = Config.Config()
if _cfg.ignoreImportErrors:
install_ignore__import__()
utils.initConfig(_cfg)
utils.debug('Processing %d files' % len(files))
for file, (moduleName, moduleDir) in zip(files, getModules(files)):
if callable(pre_process_cb):
pre_process_cb("module %s (%s)" % (moduleName, file))
# create and load the PyCheckerModule, tricking sys.path temporarily
oldsyspath = sys.path[:]
if moduleDir is not None:
sys.path.insert(0, moduleDir)
pcmodule = pcmodules.PyCheckerModule(moduleName, moduleDir=moduleDir)
loaded = pcmodule.load()
sys.path = oldsyspath
if not loaded:
w = Warning(pcmodule.filename(), 1,
msgs.Internal("NOT PROCESSED UNABLE TO IMPORT"))
warnings.append(w)
utils.debug('Processed %d files' % len(files))
utils.popConfig()
return warnings
def loadFile(self, filename):
"""
Load suppressions from the given file.
@type filename: str
@rtype: tuple of (dict, dict)
"""
suppressions = {}
suppressionRegexs = {}
try:
tmpGlobals, tmpLocals = {}, {}
execfile(filename, tmpGlobals, tmpLocals)
suppressions = _getSuppressions('suppressions', tmpLocals,
filename)
regexs = _getSuppressions('suppressionRegexs', tmpLocals, filename)
# debug them here, since the options in tmpLocals can turn off
# debugging again
# We don't have an active config here yet. Push ourselves,
# since we first got loaded with command line arguments,
# and so -d shows these suppression messages
from pychecker import utils
utils.initConfig(self)
if suppressions:
utils.debug('Loaded %d suppressions from %s',
len(suppressions), filename)
if suppressionRegexs:
utils.debug('Loaded %d suppression regexs from %s',
len(suppressionRegexs), filename)
utils.popConfig()
# now set our attributes based on the locals
for key, value in tmpLocals.items():
if self.__dict__.has_key(key):
self.__dict__[key] = value
elif key not in ('suppressions', 'suppressionRegexs') and \
key[0] != '_':
print "Warning, option (%s) doesn't exist, ignoring" % key
for regex_str in regexs.keys():
regex = re.compile(regex_str)
suppressionRegexs[regex] = regexs[regex_str]
except IOError:
pass # ignore if no file
except Exception, detail:
print "Warning, error loading defaults file:", filename, detail
def processFiles(files, cfg=None, pre_process_cb=None):
"""
@type files: list of str
@type cfg: L{Config.Config}
@param pre_process_cb: callable notifying of module name, filename
@type pre_process_cb: callable taking (str, str)
"""
warnings = []
# insert this here, so we find files in the local dir before std library
if sys.path[0] != '':
sys.path.insert(0, '')
# ensure we have a config object, it's necessary
global _cfg
if cfg is not None:
_cfg = cfg
elif _cfg is None:
_cfg = Config.Config()
if _cfg.ignoreImportErrors:
install_ignore__import__()
utils.initConfig(_cfg)
utils.debug('Processing %d files' % len(files))
for file, (moduleName, moduleDir) in zip(files, getModules(files)):
if callable(pre_process_cb):
pre_process_cb("module %s (%s)" % (moduleName, file))
# create and load the PyCheckerModule, tricking sys.path temporarily
oldsyspath = sys.path[:]
if moduleDir is not None:
sys.path.insert(0, moduleDir)
pcmodule = pcmodules.PyCheckerModule(moduleName, moduleDir=moduleDir)
loaded = pcmodule.load()
sys.path = oldsyspath
if not loaded:
w = Warning(pcmodule.filename(), 1,
msgs.Internal("NOT PROCESSED UNABLE TO IMPORT"))
warnings.append(w)
utils.debug('Processed %d files' % len(files))
utils.popConfig()
return warnings
def loadFile(self, filename):
"""
Load suppressions from the given file.
@type filename: str
@rtype: tuple of (dict, dict)
"""
suppressions = {}
suppressionRegexs = {}
try:
tmpGlobals, tmpLocals = {}, {}
execfile(filename, tmpGlobals, tmpLocals)
suppressions = _getSuppressions("suppressions", tmpLocals, filename)
regexs = _getSuppressions("suppressionRegexs", tmpLocals, filename)
# debug them here, since the options in tmpLocals can turn off
# debugging again
# We don't have an active config here yet. Push ourselves,
# since we first got loaded with command line arguments,
# and so -d shows these suppression messages
from pychecker import utils
utils.initConfig(self)
if suppressions:
utils.debug("Loaded %d suppressions from %s", len(suppressions), filename)
if suppressionRegexs:
utils.debug("Loaded %d suppression regexs from %s", len(suppressionRegexs), filename)
utils.popConfig()
# now set our attributes based on the locals
for key, value in tmpLocals.items():
if self.__dict__.has_key(key):
self.__dict__[key] = value
elif key not in ("suppressions", "suppressionRegexs") and key[0] != "_":
print "Warning, option (%s) doesn't exist, ignoring" % key
for regex_str in regexs.keys():
regex = re.compile(regex_str)
suppressionRegexs[regex] = regexs[regex_str]
except IOError:
pass # ignore if no file
except Exception, detail:
print "Warning, error loading defaults file:", filename, detail
def processFiles(files, cfg = None, pre_process_cb = None) :
# insert this here, so we find files in the local dir before std library
if sys.path[0] != '' :
sys.path.insert(0, '')
# ensure we have a config object, it's necessary
global _cfg
if cfg is not None :
_cfg = cfg
elif _cfg is None :
_cfg = Config.Config()
warnings = []
utils.initConfig(_cfg)
for moduleName in getModules(files) :
if callable(pre_process_cb) :
pre_process_cb(moduleName)
module = PyCheckerModule(moduleName)
if not module.load() :
w = Warning(module.filename(), 1,
msgs.Internal("NOT PROCESSED UNABLE TO IMPORT"))
warnings.append(w)
utils.popConfig()
return warnings
def processFiles(files, cfg=None, pre_process_cb=None):
# insert this here, so we find files in the local dir before std library
if sys.path[0] != '':
sys.path.insert(0, '')
# ensure we have a config object, it's necessary
global _cfg
if cfg is not None:
_cfg = cfg
elif _cfg is None:
_cfg = Config.Config()
warnings = []
utils.initConfig(_cfg)
for moduleName in getModules(files):
if callable(pre_process_cb):
pre_process_cb(moduleName)
module = PyCheckerModule(moduleName)
if not module.load():
w = Warning(module.filename(), 1,
msgs.Internal("NOT PROCESSED UNABLE TO IMPORT"))
warnings.append(w)
utils.popConfig()
return warnings
def find(moduleList, initialCfg, suppressions=None):
"Return a list of warnings found in the module list"
if suppressions is None:
suppressions = {}, {}
utils.initConfig(initialCfg)
warnings = []
for module in moduleList:
if module.moduleName in cfg().blacklist:
continue
modSuppress = getSuppression(module.moduleName, suppressions, warnings)
globalRefs, classCodes = {}, {}
# main_code can be null if there was a syntax error
if module.main_code != None:
funcInfo = _updateFunctionWarnings(module, module.main_code, None,
warnings, globalRefs, 1)
for code in funcInfo[1]:
classCodes[code.co_name] = code
_findFunctionWarnings(module, globalRefs, warnings, suppressions)
for c in module.classes.values():
_findClassWarnings(module, c, classCodes.get(c.name), globalRefs,
warnings, suppressions)
if cfg().noDocModule and \
module.module != None and module.module.__doc__ == None :
warnings.append(Warning(module.filename(), 1, msgs.NO_MODULE_DOC))
if cfg().allVariablesUsed or cfg().privateVariableUsed:
prefix = None
if not cfg().allVariablesUsed:
prefix = "_"
for ignoreVar in cfg().variablesToIgnore + cfg().unusedNames:
globalRefs[ignoreVar] = ignoreVar
warnings.extend(
_getUnused(module, globalRefs, module.variables,
msgs.VAR_NOT_USED, prefix))
if cfg().importUsed:
if module.moduleName != utils.INIT or cfg().packageImportUsed:
# always ignore readline module, if [raw_]input() is used
if globalRefs.has_key('input') or \
globalRefs.has_key('raw_input'):
globalRefs['readline'] = 0
warnings.extend(
_getUnused(module, globalRefs, module.modules,
msgs.IMPORT_NOT_USED))
if module.main_code != None:
utils.popConfig()
if modSuppress is not None:
utils.popConfig()
std_lib = None
if cfg().ignoreStandardLibrary:
std_lib = getStandardLibraries()
return removeWarnings(warnings, getBlackList(cfg().blacklist), std_lib,
cfg())
def find(moduleList, initialCfg, suppressions=None):
"Return a list of warnings found in the module list"
if suppressions is None :
suppressions = {}, {}
utils.initConfig(initialCfg)
utils.debug('Finding warnings in %d modules' % len(moduleList))
warnings = []
before = 0
for module in moduleList :
if module.moduleName in cfg().blacklist :
continue
modSuppress = getSuppression(module.moduleName, suppressions, warnings)
globalRefs, classCodes = {}, {}
# mainCode can be null if there was a syntax error
if module.mainCode != None :
utils.debug("module:", module)
before = len(warnings)
funcInfo = _updateFunctionWarnings(module, module.mainCode,
None, warnings, globalRefs, 1)
if before != len(warnings):
utils.debug("module: %r __main__ triggered %d warnings", module,
len(warnings) - before)
for code in funcInfo[1] :
classCodes[code.co_name] = code
before = len(warnings)
_findFunctionWarnings(module, globalRefs, warnings, suppressions)
if before != len(warnings):
utils.debug("module: %r functions triggered %d warnings", module,
len(warnings) - before)
before = len(warnings)
for c in module.classes.values():
_findClassWarnings(module, c, classCodes.get(c.name),
globalRefs, warnings, suppressions)
if before != len(warnings):
utils.debug("module: %r classes triggered %d warnings", module,
len(warnings) - before)
if cfg().noDocModule and \
module.module != None and module.module.__doc__ == None:
warnings.append(Warning(module.filename(), 1, msgs.NO_MODULE_DOC))
utils.debug("module: %r module doc triggered 1 warning")
before = len(warnings)
if cfg().allVariablesUsed or cfg().privateVariableUsed:
prefix = None
if not cfg().allVariablesUsed:
prefix = "_"
for ignoreVar in cfg().variablesToIgnore + cfg().unusedNames:
globalRefs[ignoreVar] = ignoreVar
warnings.extend(_getUnused(module, globalRefs, module.variables,
msgs.VAR_NOT_USED, prefix))
if before != len(warnings):
utils.debug("module: %r unused variables triggered %d warnings",
module, len(warnings) - before)
before = len(warnings)
if cfg().importUsed:
if module.moduleName != utils.INIT or cfg().packageImportUsed:
# always ignore readline module, if [raw_]input() is used
if globalRefs.has_key('input') or \
globalRefs.has_key('raw_input'):
globalRefs['readline'] = 0
warnings.extend(_getUnused(module, globalRefs, module.modules,
msgs.IMPORT_NOT_USED))
if before != len(warnings):
utils.debug("module: %r unused imports triggered %d warnings",
module, len(warnings) - before)
# we have to do this here, b/c checkFunction doesn't popConfig for
# classes this allows us to have __pychecker__ apply to all methods
# when defined at class scope
if module.mainCode != None:
utils.popConfig()
if modSuppress is not None:
utils.popConfig()
std_lib = None
if cfg().ignoreStandardLibrary:
std_lib = getStandardLibraries()
ret = removeWarnings(warnings, getBlackList(cfg().blacklist), std_lib,
cfg())
utils.debug('Found %d warnings in %d modules' % (len(ret), len(moduleList)))
return ret
command_file = argv[1][1:]
try:
f = open(command_file, 'r')
command_line = f.read()
f.close()
except IOError, err:
sys.stderr.write("Unable to read commands from file: %s\n %s\n" % \
(command_file, err))
sys.exit(101)
# convert to an argv list, keeping argv[0] and the files to process
argv = argv[:1] + string.split(command_line) + argv[2:]
global _cfg
_cfg, files, suppressions = Config.setupFromArgs(argv[1:])
utils.initConfig(_cfg)
if not files:
return 0
# Now that we've got the args, update the list of evil C objects
for evil_doer in _cfg.evil:
pcmodules.EVIL_C_OBJECTS[evil_doer] = None
# insert this here, so we find files in the local dir before std library
sys.path.insert(0, '')
# import here, because sys.path is not set up at the top for pychecker dir
from pychecker import check
warnings = check._check(files,
cfg=_cfg,
suppressions=suppressions,
command_file = argv[1][1:]
try:
f = open(command_file, 'r')
command_line = f.read()
f.close()
except IOError, err:
sys.stderr.write("Unable to read commands from file: %s\n %s\n" % \
(command_file, err))
sys.exit(101)
# convert to an argv list, keeping argv[0] and the files to process
argv = argv[:1] + string.split(command_line) + argv[2:]
global _cfg
_cfg, files, suppressions = Config.setupFromArgs(argv[1:])
utils.initConfig(_cfg)
if not files :
return 0
# Now that we've got the args, update the list of evil C objects
for evil_doer in _cfg.evil:
pcmodules.EVIL_C_OBJECTS[evil_doer] = None
# insert this here, so we find files in the local dir before std library
sys.path.insert(0, '')
utils.debug('main: Finding import warnings')
importWarnings = processFiles(files, _cfg, _print_processing)
utils.debug('main: Found %d import warnings' % len(importWarnings))
fixupBuiltinModules()
def find(moduleList, initialCfg, suppressions=None):
"Return a list of warnings found in the module list"
if suppressions is None :
suppressions = {}, {}
utils.initConfig(initialCfg)
utils.debug('Finding warnings in %d modules' % len(moduleList))
warnings = []
before = 0
for module in moduleList :
if module.moduleName in cfg().blacklist :
continue
modSuppress = getSuppression(module.moduleName, suppressions, warnings)
globalRefs, classCodes = {}, {}
# mainCode can be null if there was a syntax error
if module.mainCode != None :
utils.debug("module:", module)
before = len(warnings)
funcInfo = _updateFunctionWarnings(module, module.mainCode,
None, warnings, globalRefs, 1)
if before != len(warnings):
utils.debug("module: %r __main__ triggered %d warnings", module,
len(warnings) - before)
for code in funcInfo[1] :
classCodes[code.co_name] = code
before = len(warnings)
_findFunctionWarnings(module, globalRefs, warnings, suppressions)
if before != len(warnings):
utils.debug("module: %r functions triggered %d warnings", module,
len(warnings) - before)
before = len(warnings)
for c in module.classes.values():
_findClassWarnings(module, c, classCodes.get(c.name),
globalRefs, warnings, suppressions)
if before != len(warnings):
utils.debug("module: %r classes triggered %d warnings", module,
len(warnings) - before)
if cfg().noDocModule and \
module.module != None and module.module.__doc__ == None:
warnings.append(Warning(module.filename(), 1, msgs.NO_MODULE_DOC))
utils.debug("module: %r module doc triggered 1 warning")
before = len(warnings)
if cfg().allVariablesUsed or cfg().privateVariableUsed:
prefix = None
if not cfg().allVariablesUsed:
prefix = "_"
for ignoreVar in cfg().variablesToIgnore + cfg().unusedNames:
globalRefs[ignoreVar] = ignoreVar
warnings.extend(_getUnused(module, globalRefs, module.variables,
msgs.VAR_NOT_USED, prefix))
if before != len(warnings):
utils.debug("module: %r unused variables triggered %d warnings",
module, len(warnings) - before)
before = len(warnings)
if cfg().importUsed:
if module.moduleName != utils.INIT or cfg().packageImportUsed:
# always ignore readline module, if [raw_]input() is used
if globalRefs.has_key('input') or \
globalRefs.has_key('raw_input'):
globalRefs['readline'] = 0
warnings.extend(_getUnused(module, globalRefs, module.modules,
msgs.IMPORT_NOT_USED))
if before != len(warnings):
utils.debug("module: %r unused imports triggered %d warnings",
module, len(warnings) - before)
# we have to do this here, b/c checkFunction doesn't popConfig for
# classes this allows us to have __pychecker__ apply to all methods
# when defined at class scope
if module.mainCode != None:
utils.popConfig()
if modSuppress is not None:
utils.popConfig()
std_lib = None
if cfg().ignoreStandardLibrary:
std_lib = getStandardLibraries()
ret = removeWarnings(warnings, getBlackList(cfg().blacklist), std_lib,
cfg())
utils.debug('Found %d warnings in %d modules' % (len(ret), len(moduleList)))
return ret