def main():
"""
Simple demonstration program to show different usages. Comment and uncomment parsers
and output streams to try out different combinations. The system is made by using the
decorator pattern, so apart from PickleOut, any parser sould be combineable with any
output. If you want you should even be able to make decorators to your parsers.
"""
# List of files to parse
fileList = ['runPySmell.py']
# Set the output to use
outputStream = PrintOut()
#outputStream = FileOut('somefile')
# Set the parser
parser = EvalParser(outputStream)
#parser = PickleOut('somefile') # Be aware, currently pickle out serves as both parser and output stream
# Get the modules
modules = process(fileList)
# Run the task :)
parser.write(modules)
def main():
"""
Simple demonstration program to show different usages. Comment and uncomment parsers
and output streams to try out different combinations. The system is made by using the
decorator pattern, so apart from PickleOut, any parser sould be combineable with any
output. If you want you should even be able to make decorators to your parsers.
"""
# List of files to parse
fileList = ['runPySmell.py']
# Set the output to use
outputStream = PrintOut()
#outputStream = FileOut('somefile')
# Set the parser
parser = EvalParser(outputStream)
#parser = PickleOut('somefile') # Be aware, currently pickle out serves as both parser and output stream
# Get the modules
modules = process(fileList)
# Run the task :)
parser.write(modules)
def testOptionalOutput(self):
modules = tags.process(['TestData/PackageA'], [], verbose=True)
self.assertTrue(isinstance(modules, ModuleDict),
'did not return modules')
self.assertDictsEqual(modules, self.packageA)
def testOptionalOutput(self):
modules = tags.process(['TestData/PackageA'], [], verbose=True)
self.assertTrue(isinstance(modules, ModuleDict), 'did not return modules')
self.assertDictsEqual(modules, self.packageA)