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# Copyright (C) 2006 Canonical Ltd
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# -*- coding: utf-8 -*-
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# This program is free software; you can redistribute it and/or modify
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# it under the terms of the GNU General Public License as published by
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# the Free Software Foundation; either version 2 of the License, or
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# (at your option) any later version.
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# This program is distributed in the hope that it will be useful,
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# but WITHOUT ANY WARRANTY; without even the implied warranty of
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# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
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# GNU General Public License for more details.
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# You should have received a copy of the GNU General Public License
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# along with this program; if not, write to the Free Software
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# Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA
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from bzrlib.globbing import (
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from bzrlib.tests import (
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class TestGlobster(TestCase):
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def assertMatch(self, matchset, glob_prefix=None):
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for glob, positive, negative in matchset:
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glob = glob_prefix + glob
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globster = Globster([glob])
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self.failUnless(globster.match(name), repr(
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u'name "%s" does not match glob "%s" (re=%s)' %
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(name, glob, globster._regex_patterns[0][0].pattern)))
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self.failIf(globster.match(name), repr(
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u'name "%s" does match glob "%s" (re=%s)' %
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(name, glob, globster._regex_patterns[0][0].pattern)))
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def assertMatchBasenameAndFullpath(self, matchset):
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# test basename matcher
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self.assertMatch(matchset)
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# test fullpath matcher
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self.assertMatch(matchset, glob_prefix='./')
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def test_char_group_digit(self):
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self.assertMatchBasenameAndFullpath([
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# The definition of digit this uses includes arabic digits from
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# non-latin scripts (arabic, indic, etc.) and subscript/superscript
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# digits, but neither roman numerals nor vulgar fractions.
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[u'0', u'5', u'\u0663', u'\u06f9', u'\u0f21', u'\xb9'],
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[u'T', u'q', u' ', u'\u8336', u'.']),
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[u'T', u'q', u' ', u'\u8336', u'.'],
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[u'0', u'5', u'\u0663', u'\u06f9', u'\u0f21', u'\xb9']),
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def test_char_group_space(self):
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self.assertMatchBasenameAndFullpath([
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[u' ', u'\t', u'\n', u'\xa0', u'\u2000', u'\u2002'],
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[u'a', u'-', u'\u8336', u'.']),
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[u'a', u'-', u'\u8336', u'.'],
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[u' ', u'\t', u'\n', u'\xa0', u'\u2000', u'\u2002']),
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def test_char_group_alnum(self):
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self.assertMatchBasenameAndFullpath([
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[u'a', u'Z', u'\u017e', u'\u8336'],
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[u':', u'-', u'\u25cf', u'.']),
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[u':', u'-', u'\u25cf', u'.'],
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def test_char_group_ascii(self):
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self.assertMatchBasenameAndFullpath([
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[u'a', u'Q', u'^', u'.'],
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[u'\xcc', u'\u8336']),
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[u'a', u'Q', u'^', u'.']),
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def test_char_group_blank(self):
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self.assertMatchBasenameAndFullpath([
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[u'x', u'y', u'z', u'.']),
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[u'x', u'y', u'z', u'.'],
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def test_char_group_cntrl(self):
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self.assertMatchBasenameAndFullpath([
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[u'\b', u'\t', '\x7f'],
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[u'a', u'Q', u'\u8336', u'.']),
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[u'a', u'Q', u'\u8336', u'.'],
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[u'\b', u'\t', '\x7f']),
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def test_char_group_range(self):
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self.assertMatchBasenameAndFullpath([
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[u'afoo', u'ABfoo']),
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[u'fooAbar', u'foo.bar'],
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(u'[\x20-\x30\u8336]',
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[u'\040', u'\044', u'\u8336'],
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(u'[^\x20-\x30\u8336]',
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[u'\040', u'\044', u'\u8336']),
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def test_regex(self):
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[u'a', u'b', u'ccc'],
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[u'd', u'aa', u'c+', u'-a']),
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[u'a', u'b', u'ccc'],
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[u'd', u'aa', u'c+', u'-a']),
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(u'RE:(?P<a>.)(?P=a)',
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[u'ab', u'aa', u'aaa']),
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# test we can handle odd numbers of trailing backslashes
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[u'a', u'ab', u'aa', u'aaa']),
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def test_question_mark(self):
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[u'xfoo', u'bar/xfoo', u'bar/\u8336foo', u'.foo', u'bar/.foo'],
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[u'bar/foo', u'foo']),
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[u'fooxbar', u'foo.bar', u'foo\u8336bar', u'qyzzy/foo.bar'],
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[u'foo/xbar', u'foo/\u8336bar', u'foo/.bar'],
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[u'foo/bar', u'bar/foo/xbar']),
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def test_asterisk(self):
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[u'xx', u'x.x', u'x\u8336..x', u'\u8336/x.x', u'x.y.x'],
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[u'x/x', u'bar/x/bar/x', u'bax/abaxab']),
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[u'foo/x', u'foo/bax', u'foo/a.x', u'foo/.x', u'foo/.q.x'],
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[u'\u8336/x', u'foo/x', u'foo/bax', u'x/a.x', u'.foo/x',
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u'\u8336/.x', u'foo/.q.x'],
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[u'foo', u'foo.bar'],
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[u'.foo', u'foo/bar', u'foo/.bar']),
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[u'bar', u'foobar', ur'foo\nbar', u'foo.bar', u'foo/bar',
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u'foo/foobar', u'foo/f.bar', u'.bar', u'foo/.bar'],
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def test_double_asterisk(self):
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# expected uses of double asterisk
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[u'foo/x', u'foo/bar/x'],
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[u'foox', u'foo/bax', u'foo/.x', u'foo/bar/bax']),
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[u'bar', u'foo/bar'],
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[u'foobar', u'foo.bar', u'foo/foobar', u'foo/f.bar',
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u'.bar', u'foo/.bar']),
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# check that we ignore extra *s, so *** is treated like ** not *.
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[u'foo/x', u'foo/bar/x'],
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[u'foox', u'foo/bax', u'foo/.x', u'foo/bar/bax']),
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[u'bar', u'foo/bar'],
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[u'foobar', u'foo.bar', u'foo/foobar', u'foo/f.bar',
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u'.bar', u'foo/.bar']),
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# the remaining tests check that ** is interpreted as *
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# unless it is a whole path component
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[u'x\u8336/x', u'x/x'],
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[u'xx', u'x.x', u'bar/x/bar/x', u'x.y.x', u'x/y/x']),
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[u'xx', u'x.x', u'x\u8336..x', u'foo/x.x', u'x.y.x'],
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[u'bar/x/bar/x', u'xfoo/bar/x', u'x/x', u'bax/abaxab']),
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[u'foo/x', u'foo/bax', u'foo/a.x', u'foo/.x', u'foo/.q.x'],
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[u'foo', u'foo.bar'],
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[u'.foo', u'foo/bar', u'foo/.bar']),
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[u'bar', u'foobar', ur'foo\nbar', u'foo.bar', u'foo/bar',
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u'foo/foobar', u'foo/f.bar', u'.bar', u'foo/.bar'],
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def test_leading_dot_slash(self):
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[u'\u8336/foo', u'barfoo', u'x/y/foo']),
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[u'foo/bar', u'foo/.bar', u'x/foo/y']),
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def test_backslash(self):
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[u'\u8336/foo', u'barfoo', u'x/y/foo']),
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[u'foo/bar', u'foo/.bar', u'x/foo/y']),
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[u'foo/x', u'foo/bar/x'],
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[u'foox', u'foo/bax', u'foo/.x', u'foo/bar/bax']),
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def test_trailing_slash(self):
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[u'\u8336/foo', u'barfoo', u'x/y/foo']),
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[u'foo/', u'\u8336/foo', u'barfoo', u'x/y/foo']),
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def test_leading_asterisk_dot(self):
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[u'foo/bar/baz.x', u'\u8336/Q.x', u'foo.y.x', u'.foo.x',
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u'bar/.foo.x', u'.x',],
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[u'foo/b.bar', u'foo/a.b.bar', u'foo/.bar'],
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[u'foo.py.~1~', u'.foo.py.~1~'],
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def test_end_anchor(self):
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def test_mixed_globs(self):
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"""tests handling of combinations of path type matches.
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The types being extension, basename and full path.
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patterns = [ u'*.foo', u'.*.swp', u'./*.png']
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globster = Globster(patterns)
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self.assertEqual(u'*.foo', globster.match('bar.foo'))
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self.assertEqual(u'./*.png', globster.match('foo.png'))
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self.assertEqual(None, globster.match('foo/bar.png'))
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self.assertEqual(u'.*.swp', globster.match('foo/.bar.py.swp'))
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def test_large_globset(self):
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"""tests that the globster can handle a large set of patterns.
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Large is defined as more than supported by python regex groups,
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This test assumes the globs are broken into regexs containing 99
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patterns = [ u'*.%03d' % i for i in xrange(0,300) ]
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globster = Globster(patterns)
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# test the fence posts
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for x in (0,98,99,197,198,296,297,299):
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filename = u'foo.%03d' % x
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self.assertEqual(patterns[x],globster.match(filename))
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self.assertEqual(None,globster.match('foobar.300'))
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class TestOrderedGlobster(TestCase):
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def test_ordered_globs(self):
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"""test that the first match in a list is the one found"""
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patterns = [ u'*.foo', u'bar.*']
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globster = _OrderedGlobster(patterns)
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self.assertEqual(u'*.foo', globster.match('bar.foo'))
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self.assertEqual(None, globster.match('foo.bar'))
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globster = _OrderedGlobster(reversed(patterns))
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self.assertEqual(u'bar.*', globster.match('bar.foo'))
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self.assertEqual(None, globster.match('foo.bar'))
added
removed
bzrlib/tests/test_globbing.py
