.pycheckrc

# ========================================================================================
# PYCHECKER CONFIGURATION
# ========================================================================================
# .pycheckrc file created by PyChecker v0.8.18 
# .pycheckrc file created by PyChecker v0.8.19
#
# It should be placed in your home directory (value of $HOME).
# If $HOME is not set, it will look in the current directory.
#
# SEE ALSO:
#  * http://pychecker.sourceforge.net/
#  * http://sourceforge.net/projects/pychecker
# ========================================================================================

# only warn about files passed on the command line
only = 0

# the maximum number of warnings to be displayed
limit = 100

# list of evil C extensions that crash the interpreter
evil = []

# ignore import errors
ignoreImportErrors = 0

# unused imports
importUsed = 1

# unused imports from __init__.py
packageImportUsed = 1

# module imports itself
reimportSelf = 1

# reimporting a module
moduleImportErrors = 1

# module does import and from ... import
mixImport = 1

# unused local variables, except tuples
localVariablesUsed = 1

# all unused local variables, including tuples
unusedLocalTuple = 0

# all unused class data members
membersUsed = 0

# all unused module variables
allVariablesUsed = 0

# unused private module variables
privateVariableUsed = 1

# report each occurrence of global warnings
reportAllGlobals = 0

# functions called with named arguments (like keywords)
namedArgs = 0

# Attributes (members) must be defined in __init__()
onlyCheckInitForMembers = 0

# Subclass.__init__() not defined
initDefinedInSubclass = 0

# Baseclass.__init__() not called
baseClassInitted = 1

# Subclass needs to override methods that only throw exceptions
abstractClasses = 1

# Return None from __init__()
returnNoneFromInit = 1

# unreachable code
unreachableCode = 0

# a constant is used in a conditional statement
constantConditions = 1

# 1 is used in a conditional statement (if 1: or while 1:)
constant1 = 0

# check if iterating over a string
stringIteration = 1

# check improper use of string.find()
stringFind = 1

# Calling data members as functions
callingAttribute = 0

# class attribute does not exist
classAttrExists = 1

# First argument to methods
methodArgName = 'self'

# First argument to classmethods
classmethodArgNames = ['cls', 'klass']

# unused method/function arguments
argumentsUsed = 1

# unused method/function variable arguments
varArgumentsUsed = 1

# ignore if self is unused in methods
ignoreSelfUnused = 0

# check if overridden methods have the same signature
checkOverridenMethods = 1

# check if __special__ methods exist and have the correct signature
checkSpecialMethods = 1

# check if function/class/method names are reused
redefiningFunction = 1

# check if using unary positive (+) which is usually meaningless
unaryPositive = 1

# check if modify (call method) on a parameter that has a default value
modifyDefaultValue = 1

# check if variables are set to different types
inconsistentTypes = 0

# check if unpacking a non-sequence
unpackNonSequence = 1

# check if unpacking sequence with the wrong length
unpackLength = 1

# check if raising or catching bad exceptions
badExceptions = 1

# check if statement appears to have no effect
noEffect = 1

# check if using (expr % 1), it has no effect on integers and strings
modulo1 = 1

# check if using (expr is const-literal), doesn't always work on integers and strings
isLiteral = 1

# check if a constant string is passed to getattr()/setattr()
constAttr = 1

# check consistent return values
checkReturnValues = 1

# check if using implict and explicit return values
checkImplicitReturns = 1

# check that attributes of objects exist
checkObjectAttrs = 1

# various warnings about incorrect usage of __slots__
slots = 1

# using properties with classic classes
classicProperties = 1

# check if __slots__ is empty
emptySlots = 1

# check if using integer division
intDivide = 1

# check if local variable shadows a global
shadows = 1

# check if a variable shadows a builtin
shadowBuiltins = 1

# check if input() is used
usesInput = 1

# check if the exec statement is used
usesExec = 0

# ignore warnings from files under standard library
ignoreStandardLibrary = 1

# ignore warnings from the list of modules
blacklist = ['Tkinter', 'wxPython', 'gtk', 'GTK', 'GDK']

# ignore global variables not used if name is one of these values
variablesToIgnore = ['__version__', '__warningregistry__', '__all__', '__credits__', '__test__', '__author__', '__email__', '__revision__', '__id__', '__copyright__', '__license__', '__date__']

# ignore unused locals/arguments if name is one of these values
unusedNames = ['_', 'empty', 'unused', 'dummy', 'crap']

# ignore missing class attributes if name is one of these values
missingAttrs = []

# ignore use of deprecated modules/functions
deprecated = 1

# maximum lines in a function
maxLines = 200

# maximum branches in a function
maxBranches = 50

# maximum returns in a function
maxReturns = 10

# maximum # of arguments to a function
maxArgs = 10

# maximum # of locals in a function
maxLocals = 40

# maximum # of identifier references (Law of Demeter)
maxReferences = 5

# no module doc strings
noDocModule = 0

# no class doc strings
noDocClass = 0

# no function/method doc strings
noDocFunc = 0

# print internal checker parse structures
printParse = 0

# turn on debugging for checker
debug = 0

# print each class object to find one that crashes
findEvil = 0

# turn off all output except warnings
quiet = 0