view tests/test_fetch_symlinks.py @ 225:2117cb0118fe

Get rid of .hg/svn/last_rev: We now calculate the last known revision by iterating over all known revisions and finding the highest number. Theoretically, we might be able to simply read the latest entry, but in practice, that's a bug waiting to happen. For instance, we might want to achieve compatibility with '.hg/shamap' as generated by the ConvertExtension, and it not only cannot offer a guarantee of linearity, but it also allows more than one conversion to source exists. I'd say we have other problems to care about until this turns up as a hotspot in profiling. Such as why we leak circa 100MB of memory per 1000 revisions converted ;)
author Dan Villiom Podlaski Christiansen <danchr@gmail.com>
date Fri, 27 Mar 2009 01:09:36 +0100
parents b37c401b7f92
children d2ef7220a079
line wrap: on
line source

import unittest

import test_util


class TestFetchSymlinks(test_util.TestBase):
    def _load_fixture_and_fetch(self, fixture_name, stupid):
        return test_util.load_fixture_and_fetch(fixture_name, self.repo_path,
                                                self.wc_path, stupid=stupid)

    def test_symlinks(self, stupid=False):
        repo = self._load_fixture_and_fetch('symlinks.svndump', stupid)
        # Check no symlink contains the 'link ' prefix
        for rev in repo:
            r = repo[rev]
            for f in r.manifest():
                if 'l' not in r[f].flags():
                    continue
                self.assertFalse(r[f].data().startswith('link '))
        # Check symlinks in tip
        links = {
            0: {
                'linka': 'a',
                'linka2': 'a',
                'd/linka': 'a',
                },
            1: {
                'linkaa': 'a',
                'linka2': 'a',
                'd2/linka': 'a',
                },
            2: {
                'linkaa': 'b',
                'linka2': 'a',
                'd2/linka': 'b',
                },
            3: {
                },
            }
            
        for rev in repo:
            ctx = repo[rev]
            for f in ctx.manifest():
                self.assertEqual(f in links[rev], 'l' in ctx[f].flags())
                if f in links[rev]:
                    self.assertEqual(links[rev][f], ctx[f].data())
            for f in links[rev]:
                self.assertTrue(f in ctx)

    def test_symlinks_stupid(self):
        self.test_symlinks(True)

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