/brz/remove-bazaar

# Copyright (C) 2009 Canonical Ltd

#

# This program is free software; you can redistribute it and/or modify

# it under the terms of the GNU General Public License as published by

# the Free Software Foundation; either version 2 of the License, or

# (at your option) any later version.

#

# This program is distributed in the hope that it will be useful,

# but WITHOUT ANY WARRANTY; without even the implied warranty of

# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the

# GNU General Public License for more details.

#

# You should have received a copy of the GNU General Public License

# along with this program; if not, write to the Free Software

# Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA

"""Tests for _rio_*."""

from bzrlib import (

    rio,

    tests,

    )

def load_tests(standard_tests, module, loader):

    # parameterize all tests in this module

    suite = loader.suiteClass()

    import bzrlib._rio_py as py_module

    scenarios = [('python', {'module': py_module})]

    if compiled_rio.available():

        scenarios.append(('C', {'module': compiled_rio.module}))

    else:

        # the compiled module isn't available, so we add a failing test

        class FailWithoutFeature(tests.TestCase):

            def test_fail(self):

                self.requireFeature(compiled_rio)

        suite.addTest(loader.loadTestsFromTestCase(FailWithoutFeature))

    tests.multiply_tests(standard_tests, scenarios, suite)

    return suite

compiled_rio = tests.ModuleAvailableFeature('bzrlib._rio_pyx')

class TestValidTag(tests.TestCase):

    module = None # Filled in by test parameterization

    def test_ok(self):

        self.assertTrue(self.module._valid_tag("foo"))

    def test_no_spaces(self):

        self.assertFalse(self.module._valid_tag("foo bla"))

    def test_numeric(self):

        self.assertTrue(self.module._valid_tag("3foo423"))

    def test_no_colon(self):

        self.assertFalse(self.module._valid_tag("foo:bla"))

    def test_type_error(self):

        self.assertRaises(TypeError, self.module._valid_tag, 423)

    def test_empty(self):

        self.assertFalse(self.module._valid_tag(""))

    def test_unicode(self):

        self.assertRaises(TypeError, self.module._valid_tag, u"foo")

    def test_non_ascii_char(self):

        self.assertFalse(self.module._valid_tag("\xb5"))

class TestReadUTF8Stanza(tests.TestCase):

    module = None # Filled in by test parameterization

    def assertReadStanza(self, result, line_iter):

        s = self.module._read_stanza_utf8(line_iter)

        self.assertEquals(result, s)

        if s is not None:

            for tag, value in s.iter_pairs():

                self.assertIsInstance(tag, str)

                self.assertIsInstance(value, unicode)

    def assertReadStanzaRaises(self, exception, line_iter):

        self.assertRaises(exception, self.module._read_stanza_utf8, line_iter)

    def test_no_string(self):

        self.assertReadStanzaRaises(TypeError, [21323])

    def test_empty(self):

        self.assertReadStanza(None, [])

    def test_none(self):

        self.assertReadStanza(None, [""])

    def test_simple(self):

        self.assertReadStanza(rio.Stanza(foo="bar"), ["foo: bar\n", ""])

    def test_multi_line(self):

        self.assertReadStanza(rio.Stanza(foo="bar\nbla"), 

                ["foo: bar\n", "\tbla\n"])

    def test_repeated(self):

        s = rio.Stanza()

        s.add("foo", "bar")

        s.add("foo", "foo")

        self.assertReadStanza(s, ["foo: bar\n", "foo: foo\n"])

    def test_invalid_early_colon(self):

        self.assertReadStanzaRaises(ValueError, ["f:oo: bar\n"])

    def test_invalid_tag(self):

        self.assertReadStanzaRaises(ValueError, ["f%oo: bar\n"])

    def test_continuation_too_early(self):

        self.assertReadStanzaRaises(ValueError, ["\tbar\n"])

    def test_large(self):

        value = "bla" * 9000

        self.assertReadStanza(rio.Stanza(foo=value),

            ["foo: %s\n" % value])

    def test_non_ascii_char(self):

        self.assertReadStanza(rio.Stanza(foo=u"n\xe5me"),

            [u"foo: n\xe5me\n".encode("utf-8")])

class TestReadUnicodeStanza(tests.TestCase):

    module = None # Filled in by test parameterization

    def assertReadStanza(self, result, line_iter):

        s = self.module._read_stanza_unicode(line_iter)

        self.assertEquals(result, s)

        if s is not None:

            for tag, value in s.iter_pairs():

                self.assertIsInstance(tag, str)

                self.assertIsInstance(value, unicode)

    def assertReadStanzaRaises(self, exception, line_iter):

        self.assertRaises(exception, self.module._read_stanza_unicode,

                          line_iter)

    def test_no_string(self):

        self.assertReadStanzaRaises(TypeError, [21323])

    def test_empty(self):

        self.assertReadStanza(None, [])

    def test_none(self):

        self.assertReadStanza(None, [u""])

    def test_simple(self):

        self.assertReadStanza(rio.Stanza(foo="bar"), [u"foo: bar\n", u""])

    def test_multi_line(self):

        self.assertReadStanza(rio.Stanza(foo="bar\nbla"), 

                [u"foo: bar\n", u"\tbla\n"])

    def test_repeated(self):

        s = rio.Stanza()

        s.add("foo", "bar")

        s.add("foo", "foo")

        self.assertReadStanza(s, [u"foo: bar\n", u"foo: foo\n"])

    def test_invalid_early_colon(self):

        self.assertReadStanzaRaises(ValueError, [u"f:oo: bar\n"])

    def test_invalid_tag(self):

        self.assertReadStanzaRaises(ValueError, [u"f%oo: bar\n"])

    def test_continuation_too_early(self):

        self.assertReadStanzaRaises(ValueError, [u"\tbar\n"])

    def test_large(self):

        value = u"bla" * 9000

        self.assertReadStanza(rio.Stanza(foo=value),

            [u"foo: %s\n" % value])

    def test_non_ascii_char(self):

        self.assertReadStanza(rio.Stanza(foo=u"n\xe5me"), [u"foo: n\xe5me\n"])