def testPath(self):
"""Tests path matching."""
fm = option_lib.PathMatch(None, None)
self.assertTrue(fm.Matches(['blah'], 0))
self.assertTrue(fm.Matches(['/etc'], 0))
self.assertFalse(fm.Matches([''], 0))
self.assertFalse(fm.Matches([' '], 0))
os.chdir('third_party/py/squires')
fm = option_lib.PathMatch(None, option_lib.Option('foo'),
only_existing=True,
default_path='./testdata/')
matches = fm.GetValidMatches([''], 0)
if '.svn/' in matches:
del matches['.svn/']
self.assertEqual({'boo1': '', 'boo2': '', 'file1': ''}, matches)
self.assertEqual(
{'file1': ''},
fm.GetValidMatches(['f'], 0))
self.assertEqual(
{'boo1': '', 'boo2': ''},
fm.GetValidMatches(['bo'], 0))
self.assertTrue(fm.Matches(['boo1'], 0))
self.assertFalse(fm.Matches(['boo'], 0))
self.assertFalse(fm.Matches(['blum'], 0))
self.assertEqual(None, fm.GetMatch(['boo'], 0))
self.assertEqual('boo1', fm.GetMatch(['boo1'], 0))
fm = option_lib.PathMatch(None, option_lib.Option('foo'),
only_existing=True,
only_dirs=True)
matches = fm.GetValidMatches([''], 0)
if '.svn/' in matches:
del matches['.svn/']
self.assertEqual({'testdata/': ''}, matches)
fm = option_lib.PathMatch(
None,
option_lib.Option('foo', default='blah.txt'),
default_path='./testdata/')
matches = fm.GetValidMatches([''], 0)
if '.svn/' in matches:
del matches['.svn/']
self.assertEqual({'boo1': '', 'boo2': '', 'file1': ''}, matches)
def testMethod(self):
def MatchMethod(option):
return {
'red': 'The colour red',
'black': 'The colour black',
'blue': 'The colour blue',
'blueish': 'A sort of blue',
'green': 'The colour green'}
bm = option_lib.MethodMatch(MatchMethod, option_lib.Option('foo'))
self.assertTrue(bm.Matches(['red'], 0))
self.assertTrue(bm.Matches(['blue'], 0))
self.assertTrue(bm.Matches(['blueish'], 0))
self.assertFalse(bm.Matches(['white'], 0))
self.assertEqual('blue', bm.GetMatch(['blue'], 0))
self.assertEqual('blueish', bm.GetMatch(['blueish'], 0))
self.assertEqual(None, bm.GetMatch(['wh'], 0))
self.assertEqual({'blue': 'The colour blue',
'black': 'The colour black',
'blueish': 'A sort of blue'},
bm.GetValidMatches(['bl'], 0))
self.assertEqual({'red': 'The colour red',
'black': 'The colour black',
'blue': 'The colour blue',
'blueish': 'A sort of blue',
'green': 'The colour green'},
bm.GetValidMatches([''], 0))
self.assertEqual({},
bm.GetValidMatches(['wh'], 0))
def testDict(self):
bm = option_lib.DictMatch(
{'red': 'The colour red',
'black': 'The colour black',
'blue': 'The colour blue',
'blueish': 'A sort of blue',
'green': 'The colour green'}, option_lib.Option('foo'))
self.assertTrue(bm.Matches(['red'], 0))
self.assertTrue(bm.Matches(['blue'], 0))
self.assertTrue(bm.Matches(['blueish'], 0))
self.assertFalse(bm.Matches(['white'], 0))
self.assertEqual('blue', bm.GetMatch(['blue'], 0))
self.assertEqual('blueish', bm.GetMatch(['blueish'], 0))
self.assertEqual(None, bm.GetMatch(['wh'], 0))
self.assertEqual({'blue': 'The colour blue',
'black': 'The colour black',
'blueish': 'A sort of blue'},
bm.GetValidMatches(['bl'], 0))
self.assertEqual({'red': 'The colour red',
'black': 'The colour black',
'blue': 'The colour blue',
'blueish': 'A sort of blue',
'green': 'The colour green'},
bm.GetValidMatches([''], 0))
self.assertEqual({},
bm.GetValidMatches(['wh'], 0))
def testOption(self):
"""Test the Option() class."""
option = option_lib.Option(name='foo', helptext='bar')
# Make sure Match picks up variants of the name
# throughout the command line.
self.failUnlessEqual(1, option.FindMatches(['foo'], 0).count)
self.failUnlessEqual(1, option.FindMatches(['foo', 'bar'], 0).count)
self.failUnlessEqual(1, option.FindMatches(['bar', 'foo'], 1).count)
self.failUnlessEqual(1, option.FindMatches(['fo'], 0).count)
self.failUnlessEqual(1, option.FindMatches(['f'], 0).count)
self.failUnlessEqual(1, option.FindMatches(['f', 'bar'], 0).count)
self.failUnlessEqual(1, option.FindMatches(['bar', 'f'], 1).count)
self.failUnlessEqual(0, option.FindMatches(['baz'], 0).count)
self.failUnlessEqual(0, option.FindMatches(['baz', 'bar'], 0).count)
# Do the same for regex match based non-boolean options.
option = option_lib.Option(name='<aid>', boolean=False,
match='\d[a-z]\d', helptext='bar')
self.failUnlessEqual(option.FindMatches(['2e2'], 0).value, '2e2')
self.failUnlessEqual(option.FindMatches(['foobar', '2e2'], 1).value, '2e2')
self.failUnlessEqual(option.FindMatches(['2e2', 'foobar'], 0).value, '2e2')
self.failUnlessEqual(option.FindMatches(['e2e'], 0).value, None)
self.failUnlessEqual(option.FindMatches(['e2e', 'foo'], 0).value, None)
# And boolean regex based options.
option = option_lib.Option(name='<aid>', boolean=True,
match='\d[a-z]\d', helptext='bar')
self.failUnlessEqual(option.FindMatches(['2e2'], 0).value, True)
self.failUnlessEqual(option.FindMatches(['foobar', '2e2'], 1).value, True)
self.failUnlessEqual(option.FindMatches(['2e2', 'foobar'], 0).value, True)
self.failUnlessEqual(option.FindMatches(['e2e'], 0).value, False)
self.failUnlessEqual(option.FindMatches(['e2e', 'foo'], 0).value, False)
# List based options
option = option_lib.Option(name='alist', boolean=False,
match=['one', 'two', 'three', 'four'],
helptext='Some help')
line = ['t', '']
self.failUnlessEqual({'two': '', 'three': ''},
option.FindMatches(line, 0).valid)
self.failUnlessEqual({'one': '', 'two': '', 'three': '', 'four': ''},
option.FindMatches(line, 1).valid)
line = ['bar', ' ']
self.failUnlessEqual({'one': '', 'two': '', 'three': '', 'four': ''},
option.FindMatches(line, 1).valid)
self.failUnlessEqual({},
option.FindMatches(line, 0).valid)
def testMultiword(self):
opt = option_lib.Option(name='<interface>', multiword=True)
bm = option_lib.RegexMatch('\d+[^\d]+\d+', 'A Juniper ethernet interface', opt)
self.assertEqual(0, bm.Matches(['one', 'two', '344'], 0))
self.assertEqual(2, bm.Matches(['one', '34 two', '34 and 35', 'blahfrub'], 1))
self.assertEqual(
2, bm.Matches(['zero', 'one', '34 two', '34 and 35', 'blahfrub'], 2))
self.assertEqual({'blahfrub': 'A Juniper ethernet interface'},
bm.GetValidMatches(
['one', '34 two', '34 and 35', 'blahfrub'], 1))
def testRegex(self):
opt = option_lib.Option(name='<interface>')
bm = option_lib.RegexMatch('[fgx]e-.*', 'A Juniper ethernet interface', opt)
self.assertTrue(bm.Matches(['ge-0/0/0'], 0))
self.assertFalse(bm.Matches(['so-1/0/0'], 0))
self.assertEqual('ge-0/0/0', bm.GetMatch(['ge-0/0/0'], 0))
self.assertEqual(None, bm.GetMatch(['so-0/0/0'], 0))
self.assertEqual({'ge-0/0/0': 'A Juniper ethernet interface'},
bm.GetValidMatches(['ge-0/0/0'], 0))
self.assertEqual({'<<interface>>':
'A Juniper ethernet interface ([fgx]e-.*)'},
bm.GetValidMatches([''], None))
self.assertEqual({},
bm.GetValidMatches(['so-0/0/0'], 0))
def testListRegexMatch(self):
bm = option_lib.ListMatch(['/wi*/', '/bo*/', 'foobar'], 'foo',
option_lib.Option(['foo'], 0))
self.assertTrue(bm.Matches(['w'], 0))
self.assertTrue(bm.Matches(['wi'], 0))
self.assertTrue(bm.Matches(['wiiiiiiiiiiii'], 0))
self.assertTrue(bm.Matches(['b'], 0))
self.assertTrue(bm.Matches(['bo'], 0))
self.assertTrue(bm.Matches(['booooooooooooooo'], 0))
self.assertTrue(bm.Matches(['foobar'], 0))
self.assertFalse(bm.Matches(['zzzzzzz'], 0))
self.assertEqual('foobar', bm.GetMatch(['fo'], 0))
self.assertEqual(None, bm.GetMatch(['wiii'], 0))
self.assertEqual({'foobar': '', '/bo*/': '', '/wi*/': ''},
bm.GetValidMatches([''], 0))
self.assertEqual({}, bm.GetValidMatches(['booo'], 0))
def testDictRegexMatch(self):
bm = option_lib.DictMatch(
{'foobar': 'foobar',
'/wi*/': 'hurray',
'/bo*/': 'booooo'}, option_lib.Option('foo'))
self.assertTrue(bm.Matches(['foobar'], 0))
self.assertTrue(bm.Matches(['w'], 0))
self.assertTrue(bm.Matches(['wi'], 0))
self.assertTrue(bm.Matches(['wiiii'], 0))
self.assertTrue(bm.Matches(['b'], 0))
self.assertTrue(bm.Matches(['boooooo'], 0))
self.assertFalse(bm.Matches(['zzzzzzz'], 0))
self.assertEqual({'foobar': 'foobar',
'/wi*/': 'hurray',
'/bo*/': 'booooo'},
bm.GetValidMatches([''], 0))
self.assertEqual({},
bm.GetValidMatches(['zzz'], 0))
self.assertEqual({'foobar': 'foobar'},
bm.GetValidMatches(['fo'], 0))
def testList(self):
bm = option_lib.ListMatch(
['red', 'black', 'blue', 'blueish', 'green'], 'A colour',
option_lib.Option('foo'))
self.assertEqual(1, bm.Matches(['red'], 0))
self.assertEqual(1, bm.Matches(['blue'], 0))
self.assertEqual(0, bm.Matches(['white'], 0))
self.assertEqual(0, bm.Matches([' '], 0))
self.assertEqual('blue', bm.GetMatch(['blue'], 0))
self.assertEqual('blueish', bm.GetMatch(['blueish'], 0))
self.assertEqual(None, bm.GetMatch(['wh'], 0))
self.assertEqual({'blue': '', 'black': '',
'blueish': ''},
bm.GetValidMatches(['bl'], 0))
self.assertEqual({'red': '',
'black': '',
'blue': '',
'blueish': '',
'green': ''},
bm.GetValidMatches([''], 0))
self.assertEqual({},
bm.GetValidMatches(['wh'], 0))