44
32
# be a sorted list.
45
33
# u'\xe5' == a with circle
46
34
# '\xc3\xae' == u'\xee' == i with hat
47
# So these are u'pathg' and 'idg' only with a circle and a hat. (shappo?)
48
example_conflicts = ConflictList([
49
MissingParent('Not deleting', u'p\xe5thg', '\xc3\xaedg'),
50
ContentsConflict(u'p\xe5tha', None, '\xc3\xaeda'),
51
TextConflict(u'p\xe5tha'),
52
PathConflict(u'p\xe5thb', u'p\xe5thc', '\xc3\xaedb'),
53
DuplicateID('Unversioned existing file', u'p\xe5thc', u'p\xe5thc2',
54
'\xc3\xaedc', '\xc3\xaedc'),
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DuplicateEntry('Moved existing file to', u'p\xe5thdd.moved', u'p\xe5thd',
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ParentLoop('Cancelled move', u'p\xe5the', u'p\xe5th2e',
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UnversionedParent('Versioned directory', u'p\xe5thf', '\xc3\xaedf'),
60
NonDirectoryParent('Created directory', u'p\xe5thg', '\xc3\xaedg'),
35
# So these are u'path' and 'id' only with a circle and a hat. (shappo?)
36
example_conflicts = conflicts.ConflictList(
37
[conflicts.MissingParent('Not deleting', u'p\xe5thg', '\xc3\xaedg'),
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conflicts.ContentsConflict(u'p\xe5tha', None, '\xc3\xaeda'),
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conflicts.TextConflict(u'p\xe5tha'),
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conflicts.PathConflict(u'p\xe5thb', u'p\xe5thc', '\xc3\xaedb'),
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conflicts.DuplicateID('Unversioned existing file',
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u'p\xe5thc', u'p\xe5thc2',
43
'\xc3\xaedc', '\xc3\xaedc'),
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conflicts.DuplicateEntry('Moved existing file to',
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u'p\xe5thdd.moved', u'p\xe5thd',
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conflicts.ParentLoop('Cancelled move', u'p\xe5the', u'p\xe5th2e',
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conflicts.UnversionedParent('Versioned directory',
50
u'p\xe5thf', '\xc3\xaedf'),
51
conflicts.NonDirectoryParent('Created directory',
52
u'p\xe5thg', '\xc3\xaedg'),
64
class TestConflicts(TestCaseWithTransport):
56
class TestConflicts(tests.TestCaseWithTransport):
66
58
def test_conflicts(self):
67
59
"""Conflicts are detected properly"""
68
tree = self.make_branch_and_tree('.',
69
format=bzrdir.BzrDirFormat6())
71
file('hello', 'w').write('hello world4')
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file('hello.THIS', 'w').write('hello world2')
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file('hello.BASE', 'w').write('hello world1')
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file('hello.OTHER', 'w').write('hello world3')
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file('hello.sploo.BASE', 'w').write('yellow world')
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file('hello.sploo.OTHER', 'w').write('yellow world2')
60
# Use BzrDirFormat6 so we can fake conflicts
61
tree = self.make_branch_and_tree('.', format=bzrdir.BzrDirFormat6())
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self.build_tree_contents([('hello', 'hello world4'),
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('hello.THIS', 'hello world2'),
64
('hello.BASE', 'hello world1'),
65
('hello.OTHER', 'hello world3'),
66
('hello.sploo.BASE', 'yellowworld'),
67
('hello.sploo.OTHER', 'yellowworld2'),
78
self.assertEqual(len(list(tree.list_files())), 6)
70
self.assertEqual(6, len(list(tree.list_files())))
80
conflicts = tree.conflicts()
81
self.assertEqual(len(conflicts), 2)
82
self.assert_('hello' in conflicts[0].path)
83
self.assert_('hello.sploo' in conflicts[1].path)
85
restore('hello.sploo')
86
self.assertEqual(len(tree.conflicts()), 0)
72
tree_conflicts = tree.conflicts()
73
self.assertEqual(2, len(tree_conflicts))
74
self.assertTrue('hello' in tree_conflicts[0].path)
75
self.assertTrue('hello.sploo' in tree_conflicts[1].path)
76
conflicts.restore('hello')
77
conflicts.restore('hello.sploo')
78
self.assertEqual(0, len(tree.conflicts()))
87
79
self.assertFileEqual('hello world2', 'hello')
88
80
self.assertFalse(os.path.lexists('hello.sploo'))
89
self.assertRaises(NotConflicted, restore, 'hello')
90
self.assertRaises(NotConflicted, restore, 'hello.sploo')
81
self.assertRaises(errors.NotConflicted, conflicts.restore, 'hello')
82
self.assertRaises(errors.NotConflicted,
83
conflicts.restore, 'hello.sploo')
92
85
def test_resolve_conflict_dir(self):
93
86
tree = self.make_branch_and_tree('.')
95
file('hello', 'w').write('hello world4')
87
self.build_tree_contents([('hello', 'hello world4'),
88
('hello.THIS', 'hello world2'),
89
('hello.BASE', 'hello world1'),
91
os.mkdir('hello.OTHER')
96
92
tree.add('hello', 'q')
97
file('hello.THIS', 'w').write('hello world2')
98
file('hello.BASE', 'w').write('hello world1')
99
os.mkdir('hello.OTHER')
100
l = ConflictList([TextConflict('hello')])
93
l = conflicts.ConflictList([conflicts.TextConflict('hello')])
101
94
l.remove_files(tree)
103
96
def test_select_conflicts(self):
104
97
tree = self.make_branch_and_tree('.')
105
tree_conflicts = ConflictList([ContentsConflict('foo'),
106
ContentsConflict('bar')])
107
self.assertEqual((ConflictList([ContentsConflict('bar')]),
108
ConflictList([ContentsConflict('foo')])),
109
tree_conflicts.select_conflicts(tree, ['foo']))
110
self.assertEqual((ConflictList(), tree_conflicts),
111
tree_conflicts.select_conflicts(tree, [''],
112
ignore_misses=True, recurse=True))
113
tree_conflicts = ConflictList([ContentsConflict('foo/baz'),
114
ContentsConflict('bar')])
115
self.assertEqual((ConflictList([ContentsConflict('bar')]),
116
ConflictList([ContentsConflict('foo/baz')])),
117
tree_conflicts.select_conflicts(tree, ['foo'],
120
tree_conflicts = ConflictList([PathConflict('qux', 'foo/baz')])
121
self.assertEqual((ConflictList(), tree_conflicts),
122
tree_conflicts.select_conflicts(tree, ['foo'],
125
self.assertEqual((tree_conflicts, ConflictList()),
126
tree_conflicts.select_conflicts(tree, ['foo'],
98
clist = conflicts.ConflictList
100
def check_select(not_selected, selected, paths, **kwargs):
102
(not_selected, selected),
103
tree_conflicts.select_conflicts(tree, paths, **kwargs))
105
foo = conflicts.ContentsConflict('foo')
106
bar = conflicts.ContentsConflict('bar')
107
tree_conflicts = clist([foo, bar])
109
check_select(clist([bar]), clist([foo]), ['foo'])
110
check_select(clist(), tree_conflicts,
111
[''], ignore_misses=True, recurse=True)
113
foobaz = conflicts.ContentsConflict('foo/baz')
114
tree_conflicts = clist([foobaz, bar])
116
check_select(clist([bar]), clist([foobaz]),
117
['foo'], ignore_misses=True, recurse=True)
119
qux = conflicts.PathConflict('qux', 'foo/baz')
120
tree_conflicts = clist([qux])
122
check_select(clist(), tree_conflicts,
123
['foo'], ignore_misses=True, recurse=True)
124
check_select (tree_conflicts, clist(), ['foo'], ignore_misses=True)
129
126
def test_resolve_conflicts_recursive(self):
130
127
tree = self.make_branch_and_tree('.')
131
128
self.build_tree(['dir/', 'dir/hello'])
132
129
tree.add(['dir', 'dir/hello'])
133
tree.set_conflicts(ConflictList([TextConflict('dir/hello')]))
134
resolve(tree, ['dir'], recursive=False, ignore_misses=True)
135
self.assertEqual(ConflictList([TextConflict('dir/hello')]),
137
resolve(tree, ['dir'], recursive=True, ignore_misses=True)
138
self.assertEqual(ConflictList([]),
142
class TestConflictStanzas(TestCase):
131
dirhello = conflicts.ConflictList([conflicts.TextConflict('dir/hello')])
132
tree.set_conflicts(dirhello)
134
conflicts.resolve(tree, ['dir'], recursive=False, ignore_misses=True)
135
self.assertEqual(dirhello, tree.conflicts())
137
conflicts.resolve(tree, ['dir'], recursive=True, ignore_misses=True)
138
self.assertEqual(conflicts.ConflictList([]), tree.conflicts())
141
class TestConflictStanzas(tests.TestCase):
144
143
def test_stanza_roundtrip(self):
145
144
# write and read our example stanza.
146
145
stanza_iter = example_conflicts.to_stanzas()
147
processed = ConflictList.from_stanzas(stanza_iter)
146
processed = conflicts.ConflictList.from_stanzas(stanza_iter)
148
147
for o, p in zip(processed, example_conflicts):
149
148
self.assertEqual(o, p)