def __transform(self, section):
methods = adapter.methods(section)
if methods:
complexities = []
for ms in methods:
complexities.extend(
map(lambda m: cyclomatic_complexity(m['codeBlock']), ms))
return complexities
else:
return [0]
def __transform(self, section):
methods = adapter.methods(section) # can look like this: [[m1,m2], [m3,m4]]
if methods:
ret_val = []
# workaround for 66.txt which has a main method that is not in a class, see line 2969
for clazz in methods:
if clazz:
for method in clazz:
ret_val.append(len(method['name']))
if not ret_val:
ret_val = [0] # workaround for files that contain empty classes, for instance 51.txt lines 15435-15440
return ret_val
else:
return [0]
def __transform(self, sections):
methods = []
for section in sections:
methods_in_section = adapter.methods(section)
if methods_in_section is not None:
for ms in methods_in_section:
for m in ms:
methods.append(m['codeBlock'])
for i in range(0, len(methods)):
for j in range(i + 1, len(methods)):
sim = cosine(vector(str(methods[i]).lower()),
vector(str(methods[j]).lower()))
if sim > 0.9:
return [1.0]
return [0.0]
def __transform(self, section):
methods = adapter.methods(section)
if methods:
ret_val = []
for clazz in methods:
if clazz:
for method in clazz:
for variable_name in method['variables']:
ret_val.append(len(variable_name))
if not ret_val:
ret_val = [0]
return ret_val
else:
return [0]
def __transform(self, section):
methods = adapter.methods(
section) # can look like this: [[m1,m2], [m3,m4]]
if methods:
ret_val = []
for clazz in methods:
if clazz:
for method in clazz:
ret_val.append(len(method['variables']))
if not ret_val:
ret_val = [0]
return ret_val
else:
return [0]
def __transform(self, section):
methods = adapter.methods(section)
if methods:
return map(lambda x: len(x), methods)
else:
return [0]