def testNonPackage(self): #{{{
'''Passing a non-package path returns None'''
f = op.abspath(__file__)
name = op.basename(f).split('.')[0]
d = op.dirname(f)
path = op.join(d, name)
self.assertTrue(not absmodpath(path))
def testNonPythonFile(self): #{{{
'''Passing a valid but non-python file returns None'''
f = op.abspath(__file__)
name = op.basename(f).split('.')[0]
d = op.dirname(f)
path = op.join(d, name, 'file')
self.assertTrue(not absmodpath(path))
def testInit(self): #{{{
'''Passing in path to __init__.py[co]? does the right thing'''
import smanstal.types.module as mod
me = op.abspath(mod.__file__)
dir = op.dirname(me)
init = tuple(op.join(dir, '__init__.py%s' %c) for c in ('', 'c', 'o'))
expected = 'smanstal.types'
self.assertTrue(False not in (absmodpath(i) == expected for i in init))
def _atn_gen(suite, regex, filenames): #{{{
if not isinstance(regex, _REType):
raise TypeError("%s object is not a compiled regular expression" %regex.__class__.__name__)
topdir = suite
if ispackage(suite):
topdir = op.dirname(suite.__file__)
for dir, subdir, files in os.walk(topdir):
for f in files:
name, ext = op.splitext(f)
if ext == '.py' and regex.match(name):
path = op.join(topdir, f)
yield path if filenames else absmodpath(path)
for d in subdir:
path = op.join(topdir, d)
if hasinit(path) and regex.match(d):
yield path if filenames else absmodpath(path)
break
def testPythonPackage(self): #{{{
'''Passing a python package'''
f = op.abspath(__file__)
d = op.dirname(f)
expected = 'unit.TestMod_types.TestMod_module'
self.assertEqual(absmodpath(d), expected)
def testPythonFile(self): #{{{
'''Passing a python file'''
f = op.abspath(__file__)
expected = 'unit.TestMod_types.TestMod_module.TestFunc_absmodpath'
self.assertEqual(absmodpath(f), expected)
def testDynamicModule(self): #{{{
'''Dynamically creating a module object returns that objects name'''
import new
m = new.module('blublah')
self.assertEqual(absmodpath(m), 'blublah')