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  • Committer: John Arbash Meinel
  • Date: 2006-07-18 18:57:54 UTC
  • mto: This revision was merged to the branch mainline in revision 1868.
  • Revision ID: john@arbash-meinel.com-20060718185754-4007745748e28db9
Commit timestamp restricted to 1ms precision.

The old code would restrict to 1s resolution if the timestamp was
supplied, while it preserved full resolution if the timestamp was
auto generated. Now both paths preserve only 1ms resolution.

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bzrlib/tests/test_nonascii.py
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# Copyright (C) 2005 Canonical Ltd
 
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# Copyright (C) 2005 by Canonical Ltd
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#
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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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#
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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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# Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA  02111-1307  USA
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"""Test that various operations work in a non-ASCII environment."""
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a_dots_d = u'a\u0308'
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z_umlat_c = u'\u017d'
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z_umlat_d = u'Z\u030c'
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squared_c = u'\xbc' # This gets mapped to '2' if we use NFK[CD]
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squared_d = u'\xbc'
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quarter_c = u'\xb2' # Gets mapped to u'1\u20444' (1/4) if we use NFK[CD]
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quarter_d = u'\xb2'
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class TestNormalization(TestCase):
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    """Verify that we have our normalizations correct."""
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    def test_normalize(self):
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        self.assertEqual(a_circle_d, normalize('NFD', a_circle_c))
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        self.assertEqual(a_circle_c, normalize('NFC', a_circle_d))
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        self.assertEqual(a_dots_d, normalize('NFD', a_dots_c))
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        self.assertEqual(a_dots_c, normalize('NFC', a_dots_d))
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        self.assertEqual(z_umlat_d, normalize('NFD', z_umlat_c))
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        self.assertEqual(z_umlat_c, normalize('NFC', z_umlat_d))
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        self.assertEqual(squared_d, normalize('NFC', squared_c))
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        self.assertEqual(squared_c, normalize('NFD', squared_d))
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        self.assertEqual(quarter_d, normalize('NFC', quarter_c))
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        self.assertEqual(quarter_c, normalize('NFD', quarter_d))
 
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        self.assertEqual(a_circle_d, normalize('NFKD', a_circle_c))
 
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        self.assertEqual(a_circle_c, normalize('NFKC', a_circle_d))
 
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        self.assertEqual(a_dots_d, normalize('NFKD', a_dots_c))
 
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        self.assertEqual(a_dots_c, normalize('NFKC', a_dots_d))
 
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        self.assertEqual(z_umlat_d, normalize('NFKD', z_umlat_c))
 
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        self.assertEqual(z_umlat_c, normalize('NFKC', z_umlat_d))
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class NormalizedFilename(TestCaseWithTransport):
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        self.assertEqual((a_dots_c, True), anf(a_dots_d))
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        self.assertEqual((z_umlat_c, True), anf(z_umlat_c))
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        self.assertEqual((z_umlat_c, True), anf(z_umlat_d))
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        self.assertEqual((squared_c, True), anf(squared_c))
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        self.assertEqual((squared_c, True), anf(squared_d))
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        self.assertEqual((quarter_c, True), anf(quarter_c))
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        self.assertEqual((quarter_c, True), anf(quarter_d))
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    def test__inaccessible_normalized_filename(self):
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        inf = osutils._inaccessible_normalized_filename
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        self.assertEqual((a_dots_c, False), inf(a_dots_d))
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        self.assertEqual((z_umlat_c, True), inf(z_umlat_c))
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        self.assertEqual((z_umlat_c, False), inf(z_umlat_d))
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        self.assertEqual((squared_c, True), inf(squared_c))
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        self.assertEqual((squared_c, True), inf(squared_d))
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        self.assertEqual((quarter_c, True), inf(quarter_c))
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        self.assertEqual((quarter_c, True), inf(quarter_d))
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    def test_functions(self):
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        if osutils.normalizes_filenames():
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        self.assertEqual(expected, present)
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    def test_access_normalized(self):
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        # We should always be able to access files created with
 
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        # We should always be able to access files created with 
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        # normalized filenames
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        # With FAT32 and certain encodings on win32
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        # a_circle_c and a_dots_c actually map to the same file
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        # adding a suffix kicks in the 'preserving but insensitive'
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        # route, and maintains the right files
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        files = [a_circle_c+'.1', a_dots_c+'.2', z_umlat_c+'.3',
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                 squared_c+'.4', quarter_c+'.5']
 
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        files = [a_circle_c+'.1', a_dots_c+'.2', z_umlat_c+'.3']
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        try:
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            self.build_tree(files, line_endings='native')
 
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            self.build_tree(files)
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        except UnicodeError:
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            raise TestSkipped("filesystem cannot create unicode files")
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                actual = f.read()
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            finally:
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                f.close()
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            self.assertEqual(shouldbe, actual,
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                             'contents of %r is incorrect: %r != %r'
 
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            self.assertEqual(shouldbe, actual, 
 
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                             'contents of %s is incorrect: %r != %r'
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                             % (path, shouldbe, actual))
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    def test_access_non_normalized(self):