view tests/test_fetch_renames.py @ 634:a400f3bf5611

replay/stupid: fix tagging on a branch renamed using a branch map Previously, both convert_rev() functions used parentctx.extra() to determine the branch to pass to meta.movetag(). This assumed that the branch name stored in the changeset matches the internal branch. The introduction of branch maps made this assumption unsafe, however: Now, the Mercurial branch can be completely unrelated to the origin of the changeset. It turns out, however, that movetag() already has sufficient knowledge to determine the branch. Given the hash of the new changeset to be tagged, we walk its ancestors until we find an open changeset, which we then know to be the originating branch. This assumes that there were `few' commits made to the tag; an assumption I would consider reasonable.
author Dan Villiom Podlaski Christiansen <danchr@gmail.com>
date Sun, 11 Jul 2010 11:46:19 +0200
parents 5c8a48828ae9
children d2ef7220a079
line wrap: on
line source

import sys
import unittest

import test_util


class TestFetchRenames(test_util.TestBase):
    def _debug_print_copies(self, repo):
        w = sys.stderr.write
        for rev in repo:
            ctx = repo[rev]
            w('%d - %s\n' % (ctx.rev(), ctx.branch()))
            for f in ctx:
                fctx = ctx[f]
                w('%s: %r %r\n' % (f, fctx.data(), fctx.renamed()))

    def _test_rename(self, stupid):
        repo = self._load_fixture_and_fetch('renames.svndump', stupid=stupid)
        # self._debug_print_copies(repo)

        # Map revnum to mappings of dest name to (source name, dest content)
        copies = {
            4: {
                'a1': ('a', 'a\n'),
                'a2': ('a', 'a\n'),
                'b1': ('b', 'b\nc\n'),
                'da1/daf': ('da/daf', 'c\n'),
                'da1/db/dbf': ('da/db/dbf', 'd\n'),
                'da2/daf': ('da/daf', 'c\n'),
                'da2/db/dbf': ('da/db/dbf', 'd\n'),
                },
            5: {
                'c1': ('c', 'c\nc\n'),
                },
            9: {
                'unchanged2': ('unchanged', 'unchanged\n'),
                'unchangeddir2/f': ('unchangeddir/f', 'unchanged2\n'),
                },
            10: {
                 'groupdir2/b': ('groupdir/b', 'b\n')
                 },
            }
        for rev in repo:
            ctx = repo[rev]
            copymap = copies.get(rev, {})
            for f in ctx.manifest():
                cp = ctx[f].renamed()
                self.assertEqual(bool(cp), bool(copymap.get(f)),
                                 'copy records differ for %s in %d' % (f, rev))
                if not cp:
                    continue
                self.assertEqual(cp[0], copymap[f][0])
                self.assertEqual(ctx[f].data(), copymap[f][1])

        self.assertEqual(repo['tip']['changed3'].data(), 'changed\nchanged3\n')

    def test_rename(self):
        self._test_rename(False)

    def test_rename_stupid(self):
        self._test_rename(True)

    def _test_case(self, stupid):
        repo = self._load_fixture_and_fetch('filecase.svndump', stupid=stupid)
        files = {
            0: ['A', 'a', 'e/a', 'b', 'd/a', 'D/a', 'f/a', 'F'],
            1: ['A', 'a', 'E/a', 'B', 'd/A', 'D/a', 'f/a', 'F'],
            }
        for rev in repo:
            self.assertEqual(sorted(files[rev]), sorted(repo[rev].manifest()))

    def test_case(self):
        self._test_case(False)

    def test_case_stupid(self):
        self._test_case(True)

def suite():
    all = [unittest.TestLoader().loadTestsFromTestCase(TestFetchRenames),
          ]
    return unittest.TestSuite(all)