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  • Committer: Aaron Bentley
  • Date: 2005-08-25 15:23:10 UTC
  • mto: (1092.1.42) (1185.3.4)
  • mto: This revision was merged to the branch mainline in revision 1178.
  • Revision ID: abentley@panoramicfeedback.com-20050825152310-897f26086c7fb592
Fixed negative revision handling

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def make_branches():
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    from bzrlib.branch import Branch
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    from bzrlib.commit import commit
 
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    from bzrlib.revision import validate_revision_id
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    import os
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    os.mkdir("branch1")
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    br1 = Branch("branch1", init=True)
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    commit(br1, "Commit one")
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    commit(br1, "Commit two")
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    commit(br1, "Commit three")
 
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    commit(br1, "Commit one", rev_id="a@u-0-0")
 
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    commit(br1, "Commit two", rev_id="a@u-0-1")
 
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    commit(br1, "Commit three", rev_id="a@u-0-2")
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    os.mkdir("branch2")
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    br2 = Branch("branch2", init=True)
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    br2.update_revisions(br1)
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    commit(br2, "Commit four")
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    commit(br2, "Commit five")
 
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    commit(br2, "Commit four", rev_id="b@u-0-3")
 
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    commit(br2, "Commit five", rev_id="b@u-0-4")
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    revisions_2 = br2.revision_history()
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    br1.add_pending_merge(revisions_2[4])
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    commit(br1, "Commit six")
 
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    commit(br1, "Commit six", rev_id="a@u-0-3")
 
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    commit(br1, "Commit seven", rev_id="a@u-0-4")
 
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    commit(br2, "Commit eight", rev_id="b@u-0-5")
 
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    br1.add_pending_merge(br2.revision_history()[5])
 
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    commit(br1, "Commit nine", rev_id="a@u-0-5")
 
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    br2.add_pending_merge(br1.revision_history()[4])
 
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    commit(br2, "Commit ten", rev_id="b@u-0-6")
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    return br1, br2
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        assert not is_ancestor(revisions[3], revisions_2[3], br1)
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class TestCommonAncestor(InTempDir):
 
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    """Test checking whether a revision is an ancestor of another revision"""
 
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    def runTest(self):
 
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        from bzrlib.revision import find_present_ancestors, common_ancestor
 
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        from bzrlib.revision import MultipleRevisionSources
 
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        br1, br2 = make_branches()
 
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        revisions = br1.revision_history()
 
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        revisions_2 = br2.revision_history()
 
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        sources = MultipleRevisionSources(br1, br2)
 
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        expected_ancestors_list = {revisions[3]:(0, 0), 
 
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                                   revisions[2]:(1, 1),
 
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                                   revisions_2[4]:(2, 1), 
 
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                                   revisions[1]:(3, 2),
 
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                                   revisions_2[3]:(4, 2),
 
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                                   revisions[0]:(5, 3) }
 
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        ancestors_list = find_present_ancestors(revisions[3], sources)
 
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        assert len(expected_ancestors_list) == len(ancestors_list)
 
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        for key, value in expected_ancestors_list.iteritems():
 
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            self.assertEqual(ancestors_list[key], value, 
 
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                              "key %r, %r != %r" % (key, ancestors_list[key],
 
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                                                    value))
 
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        self.assertEqual(common_ancestor(revisions[0], revisions[0], sources),
 
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                          revisions[0])
 
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        self.assertEqual(common_ancestor(revisions[1], revisions[2], sources),
 
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                          revisions[1])
 
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        self.assertEqual(common_ancestor(revisions[1], revisions[1], sources),
 
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                          revisions[1])
 
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        self.assertEqual(common_ancestor(revisions[2], revisions_2[4], sources),
 
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                          revisions[2])
 
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        self.assertEqual(common_ancestor(revisions[3], revisions_2[4], sources),
 
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                          revisions_2[4])
 
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        self.assertEqual(common_ancestor(revisions[4], revisions_2[5], sources),
 
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                          revisions_2[4])
 
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        self.assertEqual(common_ancestor(revisions[5], revisions_2[6], sources),
 
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                          revisions[4])
 
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        self.assertEqual(common_ancestor(revisions_2[6], revisions[5], sources),
 
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                          revisions_2[5])
 
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TEST_CLASSES = [
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    TestIsAncestor,
 
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    TestCommonAncestor,
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    ]