def visit_FunctionDef(self, node):
print "\t" + node.name
if node.name == "clone":
print "\t\t" + ast.dump(node)
CloneVisitor().visit(node)
cc_result = cc_visit_ast(node)[0]
print cc_result.name + ": " + str(cc_result.classname) + " " + str(cc_result.complexity)
def visit_FunctionDef(self, node):
if node.name != '__init__':
self.methods.add(node.name)
try:
method_namespaces = self.symbol_table.lookup(node.name).get_namespaces()
# if self.debug:
# print len(method_namespaces)
method_table = method_namespaces[0]
if len(method_namespaces) > 1:
if node.name in self.method_namespaces.keys():
method_table = method_namespaces[self.method_namespaces[node.name]]
self.method_namespaces[node.name] += 1
else:
self.method_namespaces[node.name] = 1
method_extractor = MethodSymbolsExtractor(node, method_table, self.debug)
method_extractor.extract()
instance_variables_in_method = method_extractor.instance_references - self.methods
self.instance_references |= instance_variables_in_method
self.instance_variables_per_method[node.name] = instance_variables_in_method
for reference in method_extractor.foreign_references.keys():
if reference in self.foreign_references.keys():
self.foreign_references[reference] |= method_extractor.foreign_references[reference]
else:
self.foreign_references[reference] = method_extractor.foreign_references[reference]
cc_result = cc_visit_ast(node)[0]
self.method_complexities[node.name] = cc_result.complexity
if self.debug:
print cc_result.name + ": " + str(cc_result.complexity)
self.function_calls += method_extractor.function_calls
except ValueError:
print node.name
print self.symbol_table.lookup(node.name).get_namespaces()[0].get_identifiers()
print self.symbol_table.lookup(node.name).get_namespaces()[1].get_identifiers()
raise
def visit_FunctionDef(self, node):
print "\t" + node.name
if node.name == "clone":
print "\t\t" + ast.dump(node)
CloneVisitor().visit(node)
cc_result = cc_visit_ast(node)[0]
print cc_result.name + ": " + str(cc_result.classname) + " " + str(
cc_result.complexity)
def complexity(self):
if self._complexity is None:
comp = cc_visit_ast(self.ast_node)
if not comp:
raise MetricsException(
'Error while computing Complexity: no result')
else:
self._complexity = sum(c.complexity for c in comp)
return self._complexity
def __init__(self, function: ast3.FunctionDef, module: "Module") -> None:
"""
@cc 14
@desc easier to use version of the ast function def
@arg function: the AST functionDef to parse
@arg module: the module this function resides in
"""
# easy data
self._function = function
self.name = function.name
self.line = function.lineno
self.column = function.col_offset
self.body = function.body
self.module = module
self.decorators = function.decorator_list
# time to parse arguments
self._args = function.args.args
self.args = [Arg(x) for x in self._args]
self.functions = [
Function(x, self.module)
for x in self.body
if isinstance(x, ast3.FunctionDef)
]
self.classes = [
Class(x, self.module) for x in self.body if isinstance(x, ast3.ClassDef)
]
self.untyped = [
x for x in self.args if not x.typed and x not in DEFAULT_ARG_IGNORE
]
self.doc = None
self.returns = None
self.return_typed = False
self.missing_args: Set[str] = set()
self.unexpected_args: Set[str] = set()
arg_names = set(x.name for x in self.args if x.name not in DEFAULT_ARG_IGNORE)
self.missing_args = arg_names
if isinstance(self.body[0], ast3.Expr):
# this is most likely a doc string
self.doc = Doc(self.body[0], Doc.Type.FUNCTION)
doc_arg_names = set(x for x, y in self.doc.args.items())
self.missing_args = arg_names - doc_arg_names
self.unexpected_args = doc_arg_names - arg_names
if function.returns:
self.return_typed = True
self.returns = parse_elt(function.returns) # type: ignore
# complexity checks
self._radon = cc_visit_ast(self._function)[0]
self.complexity = self._radon.complexity
self.is_method = self._radon.is_method
self._halstead = h_visit_ast(self._function)
def visit_FunctionDef(self, node):
if node.name != '__init__':
self.methods.add(node.name)
try:
method_namespaces = self.symbol_table.lookup(
node.name).get_namespaces()
# if self.debug:
# print len(method_namespaces)
method_table = method_namespaces[0]
if len(method_namespaces) > 1:
if node.name in self.method_namespaces.keys():
method_table = method_namespaces[self.method_namespaces[
node.name]]
self.method_namespaces[node.name] += 1
else:
self.method_namespaces[node.name] = 1
method_extractor = MethodSymbolsExtractor(node, method_table,
self.debug)
method_extractor.extract()
instance_variables_in_method = method_extractor.instance_references - self.methods
self.instance_references |= instance_variables_in_method
self.instance_variables_per_method[
node.name] = instance_variables_in_method
for reference in method_extractor.foreign_references.keys():
if reference in self.foreign_references.keys():
self.foreign_references[
reference] |= method_extractor.foreign_references[
reference]
else:
self.foreign_references[
reference] = method_extractor.foreign_references[
reference]
cc_result = cc_visit_ast(node)[0]
self.method_complexities[node.name] = cc_result.complexity
if self.debug:
print cc_result.name + ": " + str(cc_result.complexity)
self.function_calls += method_extractor.function_calls
except ValueError:
print node.name
print self.symbol_table.lookup(
node.name).get_namespaces()[0].get_identifiers()
print self.symbol_table.lookup(
node.name).get_namespaces()[1].get_identifiers()
raise
except KeyError:
#Let it go, let it gooo!
pass
def getBufferErrors(sourceCode):
"""Provides a list of warnings/errors for the given source code"""
sourceCode += '\n'
# First, compile into an AST and handle syntax errors.
try:
tree = compile(sourceCode, "<string>", "exec", PyCF_ONLY_AST)
except SyntaxError as value:
# If there's an encoding problem with the file, the text is None.
if value.text is None:
return {}, []
return {value.lineno: [value.args[0]]}, []
except (ValueError, TypeError) as value:
# ValueError may happened in case of invalid \x escape character
# E.g. http://bugs.debian.org/cgi-bin/bugreport.cgi?bug=674797
# TypeError may happened in case of null characters in a file
# E.g. http://bugs.debian.org/cgi-bin/bugreport.cgi?bug=674796
msg = str(value)
if msg == "":
return {-1: ["Could not compile buffer: unknown error"]}, []
return {-1: ["Could not compile buffer: " + msg]}, []
# Okay, it's syntactically valid. Now check it.
check = Checker(tree, "<string>")
results = {}
lines = sourceCode.splitlines()
for warning in check.messages:
if isinstance(warning.lineno, int):
lineno = warning.lineno
else:
# By some reasons I see ast NAME node here (pyflakes 0.7.3)
lineno = warning.lineno.lineno
if not IGNORE_REGEXP.search(lines[lineno - 1]):
if lineno in results:
results[lineno].append(warning.message % warning.message_args)
else:
results[lineno] = [warning.message % warning.message_args]
# Radon: CC complexity as the second value
return results, sorted_results(cc_visit_ast(tree))