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# Copyright (C) 2006-2009, 2011 Canonical Ltd
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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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"""Whitebox tests for annotate functionality."""
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from cStringIO import StringIO
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return [tuple(l.split(' ', 1)) for l in text.splitlines(True)]
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parent_1 = annotation("""\
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parent_2 = annotation("""\
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expected_2_1 = annotation("""\
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# a: in both, same value, kept
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# c: in both, same value, kept
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# d: in both, same value, kept
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# e: 1 and 2 disagree, so it goes to blahblah
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# f: in 2, but not in new, so ignored
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# g: not in 1 or 2, so it goes to blahblah
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# h: only in parent 2, so 2 gets it
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expected_1_2_2 = annotation("""\
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expected_1 = annotation("""\
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# For the 'duplicate' series, both sides introduce the same change, which then
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# gets merged around. The last-modified should properly reflect this.
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# We always change the fourth line so that the file is properly tracked as
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# being modified in each revision. In reality, this probably would happen over
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# many revisions, and it would be a different line that changes.
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# A B # line should be annotated as new for A and B
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# C D # line should 'converge' and say A
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# E # D should supersede A and stay as D (not become E because C references
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duplicate_base = annotation("""\
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duplicate_A = annotation("""\
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duplicate_B = annotation("""\
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duplicate_C = annotation("""\
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duplicate_D = annotation("""\
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duplicate_E = annotation("""\
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class TestAnnotate(tests.TestCaseWithTransport):
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def create_merged_trees(self):
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"""create 2 trees with merges between them.
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builder = self.make_branch_builder('branch')
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builder.start_series()
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self.addCleanup(builder.finish_series)
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builder.build_snapshot('rev-1', None, [
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('add', ('', 'root-id', 'directory', None)),
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('add', ('a', 'a-id', 'file', 'first\n')),
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], timestamp=1166046000.00, timezone=0, committer="joe@foo.com")
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builder.build_snapshot('rev-2', ['rev-1'], [
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('modify', ('a-id', 'first\nsecond\n')),
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], timestamp=1166046001.00, timezone=0, committer="joe@foo.com")
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builder.build_snapshot('rev-1_1_1', ['rev-1'], [
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('modify', ('a-id', 'first\nthird\n')),
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], timestamp=1166046002.00, timezone=0, committer="barry@foo.com")
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builder.build_snapshot('rev-3', ['rev-2', 'rev-1_1_1'], [
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('modify', ('a-id', 'first\nsecond\nthird\n')),
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], timestamp=1166046003.00, timezone=0, committer="sal@foo.com")
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def create_deeply_merged_trees(self):
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"""Create some trees with a more complex merge history.
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rev-3 rev-1_1_2 rev-1_2_1 ------+
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rev-4 rev-1_2_2 rev-1_3_1
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+-----------------+ |
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+--------------------------------+
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builder = self.create_merged_trees()
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builder.build_snapshot('rev-1_1_2', ['rev-1_1_1'], [])
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builder.build_snapshot('rev-4', ['rev-3', 'rev-1_1_2'], [])
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builder.build_snapshot('rev-1_2_1', ['rev-1_1_1'], [
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('modify', ('a-id', 'first\nthird\nfourth\n')),
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], timestamp=1166046003.00, timezone=0, committer="jerry@foo.com")
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builder.build_snapshot('rev-1_2_2', ['rev-1_2_1'], [],
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timestamp=1166046004.00, timezone=0, committer="jerry@foo.com")
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builder.build_snapshot('rev-5', ['rev-4', 'rev-1_2_2'], [
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('modify', ('a-id', 'first\nsecond\nthird\nfourth\n')),
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], timestamp=1166046004.00, timezone=0, committer="jerry@foo.com")
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builder.build_snapshot('rev-1_3_1', ['rev-1_2_1'], [
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('modify', ('a-id', 'first\nthird\nfourth\nfifth\nsixth\n')),
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], timestamp=1166046005.00, timezone=0, committer="george@foo.com")
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builder.build_snapshot('rev-6', ['rev-5', 'rev-1_3_1'], [
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'first\nsecond\nthird\nfourth\nfifth\nsixth\n')),
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def create_duplicate_lines_tree(self):
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builder = self.make_branch_builder('branch')
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builder.start_series()
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self.addCleanup(builder.finish_series)
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base_text = ''.join(l for r, l in duplicate_base)
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a_text = ''.join(l for r, l in duplicate_A)
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b_text = ''.join(l for r, l in duplicate_B)
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c_text = ''.join(l for r, l in duplicate_C)
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d_text = ''.join(l for r, l in duplicate_D)
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e_text = ''.join(l for r, l in duplicate_E)
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builder.build_snapshot('rev-base', None, [
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('add', ('', 'root-id', 'directory', None)),
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('add', ('file', 'file-id', 'file', base_text)),
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builder.build_snapshot('rev-A', ['rev-base'], [
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('modify', ('file-id', a_text))])
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builder.build_snapshot('rev-B', ['rev-base'], [
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('modify', ('file-id', b_text))])
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builder.build_snapshot('rev-C', ['rev-A'], [
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('modify', ('file-id', c_text))])
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builder.build_snapshot('rev-D', ['rev-B', 'rev-A'], [
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('modify', ('file-id', d_text))])
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builder.build_snapshot('rev-E', ['rev-C', 'rev-D'], [
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('modify', ('file-id', e_text))])
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def assertAnnotateEqualDiff(self, actual, expected):
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if actual != expected:
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# Create an easier to understand diff when the lines don't actually
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self.assertEqualDiff(''.join('\t'.join(l) for l in expected),
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''.join('\t'.join(l) for l in actual))
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def assertBranchAnnotate(self, expected, branch, file_id, revision_id,
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verbose=False, full=False, show_ids=False):
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tree = branch.repository.revision_tree(revision_id)
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annotate.annotate_file_tree(tree, file_id, to_file,
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verbose=verbose, full=full, show_ids=show_ids, branch=branch)
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self.assertAnnotateEqualDiff(to_file.getvalue(), expected)
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def assertRepoAnnotate(self, expected, repo, file_id, revision_id):
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"""Assert that the revision is properly annotated."""
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actual = list(repo.revision_tree(revision_id).annotate_iter(file_id))
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self.assertAnnotateEqualDiff(actual, expected)
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def test_annotate_duplicate_lines(self):
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# XXX: Should this be a per_repository test?
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builder = self.create_duplicate_lines_tree()
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repo = builder.get_branch().repository
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self.addCleanup(repo.unlock)
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self.assertRepoAnnotate(duplicate_base, repo, 'file-id', 'rev-base')
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self.assertRepoAnnotate(duplicate_A, repo, 'file-id', 'rev-A')
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self.assertRepoAnnotate(duplicate_B, repo, 'file-id', 'rev-B')
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self.assertRepoAnnotate(duplicate_C, repo, 'file-id', 'rev-C')
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self.assertRepoAnnotate(duplicate_D, repo, 'file-id', 'rev-D')
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self.assertRepoAnnotate(duplicate_E, repo, 'file-id', 'rev-E')
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def test_annotate_shows_dotted_revnos(self):
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builder = self.create_merged_trees()
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self.assertBranchAnnotate('1 joe@foo | first\n'
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'2 joe@foo | second\n'
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'1.1.1 barry@f | third\n',
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builder.get_branch(), 'a-id', 'rev-3')
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def test_annotate_limits_dotted_revnos(self):
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"""Annotate should limit dotted revnos to a depth of 12"""
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builder = self.create_deeply_merged_trees()
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self.assertBranchAnnotate('1 joe@foo | first\n'
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'2 joe@foo | second\n'
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'1.1.1 barry@f | third\n'
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'1.2.1 jerry@f | fourth\n'
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'1.3.1 george@ | fifth\n'
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builder.get_branch(), 'a-id', 'rev-6',
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verbose=False, full=False)
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self.assertBranchAnnotate('1 joe@foo | first\n'
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'2 joe@foo | second\n'
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'1.1.1 barry@f | third\n'
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'1.2.1 jerry@f | fourth\n'
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'1.3.1 george@ | fifth\n'
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'1.3.1 george@ | sixth\n',
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builder.get_branch(), 'a-id', 'rev-6',
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verbose=False, full=True)
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# verbose=True shows everything, the full revno, user id, and date
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self.assertBranchAnnotate('1 joe@foo.com 20061213 | first\n'
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'2 joe@foo.com 20061213 | second\n'
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'1.1.1 barry@foo.com 20061213 | third\n'
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'1.2.1 jerry@foo.com 20061213 | fourth\n'
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'1.3.1 george@foo.com 20061213 | fifth\n'
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builder.get_branch(), 'a-id', 'rev-6',
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verbose=True, full=False)
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self.assertBranchAnnotate('1 joe@foo.com 20061213 | first\n'
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'2 joe@foo.com 20061213 | second\n'
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'1.1.1 barry@foo.com 20061213 | third\n'
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'1.2.1 jerry@foo.com 20061213 | fourth\n'
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'1.3.1 george@foo.com 20061213 | fifth\n'
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'1.3.1 george@foo.com 20061213 | sixth\n',
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builder.get_branch(), 'a-id', 'rev-6',
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verbose=True, full=True)
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def test_annotate_uses_branch_context(self):
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"""Dotted revnos should use the Branch context.
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When annotating a non-mainline revision, the annotation should still
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use dotted revnos from the mainline.
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builder = self.create_deeply_merged_trees()
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self.assertBranchAnnotate('1 joe@foo | first\n'
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'1.1.1 barry@f | third\n'
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'1.2.1 jerry@f | fourth\n'
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'1.3.1 george@ | fifth\n'
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builder.get_branch(), 'a-id', 'rev-1_3_1',
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verbose=False, full=False)
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def test_annotate_show_ids(self):
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builder = self.create_deeply_merged_trees()
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# It looks better with real revision ids :)
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self.assertBranchAnnotate(' rev-1 | first\n'
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'rev-1_1_1 | third\n'
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'rev-1_2_1 | fourth\n'
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'rev-1_3_1 | fifth\n'
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builder.get_branch(), 'a-id', 'rev-6',
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show_ids=True, full=False)
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self.assertBranchAnnotate(' rev-1 | first\n'
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'rev-1_1_1 | third\n'
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'rev-1_2_1 | fourth\n'
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'rev-1_3_1 | fifth\n'
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'rev-1_3_1 | sixth\n',
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builder.get_branch(), 'a-id', 'rev-6',
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show_ids=True, full=True)
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def test_annotate_unicode_author(self):
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tree1 = self.make_branch_and_tree('tree1')
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self.build_tree_contents([('tree1/a', 'adi\xc3\xb3s')])
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tree1.add(['a'], ['a-id'])
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tree1.commit('a', rev_id='rev-1',
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committer=u'Pepe P\xe9rez <pperez@ejemplo.com>',
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timestamp=1166046000.00, timezone=0)
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self.build_tree_contents([('tree1/b', 'bye')])
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tree1.add(['b'], ['b-id'])
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tree1.commit('b', rev_id='rev-2',
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committer=u'p\xe9rez',
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timestamp=1166046000.00, timezone=0)
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self.addCleanup(tree1.unlock)
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revtree_1 = tree1.branch.repository.revision_tree('rev-1')
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revtree_2 = tree1.branch.repository.revision_tree('rev-2')
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# this passes if no exception is raised
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annotate.annotate_file_tree(revtree_1, 'a-id',
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to_file=to_file, branch=tree1.branch)
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to_file = codecs.getwriter('ascii')(sio)
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to_file.encoding = 'ascii' # codecs does not set it
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annotate.annotate_file_tree(revtree_2, 'b-id',
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to_file=to_file, branch=tree1.branch)
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self.assertEqualDiff('2 p?rez | bye\n', sio.getvalue())
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# test now with to_file.encoding = None
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to_file = tests.StringIOWrapper()
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to_file.encoding = None
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annotate.annotate_file_tree(revtree_2, 'b-id',
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to_file=to_file, branch=tree1.branch)
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self.assertContainsRe('2 p.rez | bye\n', to_file.getvalue())
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# and when it does not exist
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annotate.annotate_file_tree(revtree_2, 'b-id',
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to_file=to_file, branch=tree1.branch)
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self.assertContainsRe('2 p.rez | bye\n', to_file.getvalue())
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def test_annotate_author_or_committer(self):
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tree1 = self.make_branch_and_tree('tree1')
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self.build_tree_contents([('tree1/a', 'hello')])
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tree1.add(['a'], ['a-id'])
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tree1.commit('a', rev_id='rev-1',
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committer='Committer <committer@example.com>',
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timestamp=1166046000.00, timezone=0)
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self.build_tree_contents([('tree1/b', 'bye')])
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tree1.add(['b'], ['b-id'])
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tree1.commit('b', rev_id='rev-2',
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committer='Committer <committer@example.com>',
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authors=['Author <author@example.com>'],
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timestamp=1166046000.00, timezone=0)
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self.addCleanup(tree1.unlock)
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self.assertBranchAnnotate('1 committ | hello\n', tree1.branch,
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self.assertBranchAnnotate('2 author@ | bye\n', tree1.branch,
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class TestReannotate(tests.TestCase):
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def annotateEqual(self, expected, parents, newlines, revision_id,
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annotate_list = list(annotate.reannotate(parents, newlines,
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revision_id, blocks))
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self.assertEqual(len(expected), len(annotate_list))
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for e, a in zip(expected, annotate_list):
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self.assertEqual(e, a)
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def test_reannotate(self):
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self.annotateEqual(parent_1, [parent_1], new_1, 'blahblah')
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self.annotateEqual(expected_2_1, [parent_2], new_1, 'blahblah')
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self.annotateEqual(expected_1_2_2, [parent_1, parent_2], new_2,
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def test_reannotate_no_parents(self):
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self.annotateEqual(expected_1, [], new_1, 'blahblah')
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def test_reannotate_left_matching_blocks(self):
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"""Ensure that left_matching_blocks has an impact.
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In this case, the annotation is ambiguous, so the hint isn't actually
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parent = [('rev1', 'a\n')]
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new_text = ['a\n', 'a\n']
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blocks = [(0, 0, 1), (1, 2, 0)]
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self.annotateEqual([('rev1', 'a\n'), ('rev2', 'a\n')], [parent],
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new_text, 'rev2', blocks)
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blocks = [(0, 1, 1), (1, 2, 0)]
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self.annotateEqual([('rev2', 'a\n'), ('rev1', 'a\n')], [parent],
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new_text, 'rev2', blocks)