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# Copyright (C) 2008 Canonical Ltd
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# Copyright (C) 2008, 2009, 2010 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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from bzrlib import (
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from bzrlib.bzrdir import (
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from bzrlib.inventory import Inventory
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from bzrlib.revision import (
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from bzrlib.tests import (
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TestCaseWithTransport,
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# This is the dummy foreign revision control system, used
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# mainly here in the testsuite to test the foreign VCS infrastructure.
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self.mapping_registry = DummyForeignVcsMappingRegistry()
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self.mapping_registry.register("v1", DummyForeignVcsMapping(self),
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self.abbreviation = "dummy"
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def show_foreign_revid(self, foreign_revid):
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return { "dummy ding": "%s/%s\\%s" % foreign_revid }
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def serialize_foreign_revid(self, foreign_revid):
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return "%s|%s|%s" % foreign_revid
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class DummyForeignVcsBranch(branch.BzrBranch6,foreign.ForeignBranch):
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"""A Dummy VCS Branch."""
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self._format = _format
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self._base = a_bzrdir.transport.base
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self._ignore_fallbacks = False
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self.bzrdir = a_bzrdir
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foreign.ForeignBranch.__init__(self,
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DummyForeignVcsMapping(DummyForeignVcs()))
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branch.BzrBranch6.__init__(self, _format, _control_files, a_bzrdir,
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def is_compatible(source, target):
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return isinstance(target, DummyForeignVcsBranch)
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def push(self, overwrite=False, stop_revision=None):
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raise errors.NoRoundtrippingSupport(self.source, self.target)
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def lossy_push(self, stop_revision=None):
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result = branch.BranchPushResult()
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result.source_branch = self.source
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(str(rev.timestamp), str(rev.timezone),
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str(self.target.revno())))
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parent_revno, parent_revid= self.target.last_revision_info()
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if parent_revid == NULL_REVISION:
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if parent_revid == revision.NULL_REVISION:
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parent_revids = []
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parent_revids = [parent_revid]
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super(DummyForeignVcsBranchFormat, self).__init__()
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self._matchingbzrdir = DummyForeignVcsDirFormat()
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def open(self, a_bzrdir, _found=False):
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def open(self, a_bzrdir, name=None, _found=False):
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raise NotImplementedError
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transport = a_bzrdir.get_branch_transport(None)
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transport = a_bzrdir.get_branch_transport(None, name=name)
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control_files = lockable_files.LockableFiles(transport, 'lock',
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return DummyForeignVcsBranch(_format=self,
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raise errors.NotBranchError(path=transport.base)
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class DummyForeignVcsDirFormat(BzrDirMetaFormat1):
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class DummyForeignVcsDirFormat(bzrdir.BzrDirMetaFormat1):
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"""BzrDirFormat for the dummy foreign VCS."""
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def get_branch_format(self):
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return DummyForeignVcsBranchFormat()
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def probe_transport(klass, transport):
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"""Return the .bzrdir style format present in a directory."""
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if not transport.has('.dummy'):
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raise errors.NotBranchError(path=transport.base)
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def initialize_on_transport(self, transport):
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"""Initialize a new bzrdir in the base directory of a Transport."""
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# Since we don't have a .bzr directory, inherit the
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return DummyForeignVcsDir(transport, self)
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class DummyForeignVcsDir(BzrDirMeta1):
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class DummyForeignVcsDir(bzrdir.BzrDirMeta1):
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def __init__(self, _transport, _format):
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self._format = _format
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self._control_files = lockable_files.LockableFiles(self.transport,
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"lock", lockable_files.TransportLock)
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def open_branch(self, ignore_fallbacks=True):
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def open_branch(self, name=None, unsupported=False, ignore_fallbacks=True):
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raise errors.NoColocatedBranchSupport(self)
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return self._format.get_branch_format().open(self, _found=True)
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def cloning_metadir(self, stacked=False):
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"""Produce a metadir suitable for cloning with."""
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return format_registry.make_bzrdir("default")
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return bzrdir.format_registry.make_bzrdir("default")
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def sprout(self, url, revision_id=None, force_new_repo=False,
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recurse='down', possible_transports=None,
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hardlink=hardlink, stacked=stacked, source_branch=source_branch)
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class ForeignVcsRegistryTests(TestCase):
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def register_dummy_foreign_for_test(testcase):
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controldir.ControlDirFormat.register_format(DummyForeignVcsDirFormat)
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testcase.addCleanup(controldir.ControlDirFormat.unregister_format,
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DummyForeignVcsDirFormat)
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controldir.ControlDirFormat.register_prober(DummyForeignProber)
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testcase.addCleanup(controldir.ControlDirFormat.unregister_prober,
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# We need to register the optimiser to make the dummy appears really
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# different from a regular bzr repository.
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branch.InterBranch.register_optimiser(InterToDummyVcsBranch)
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testcase.addCleanup(branch.InterBranch.unregister_optimiser,
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InterToDummyVcsBranch)
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class DummyForeignProber(controldir.Prober):
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def probe_transport(klass, transport):
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"""Return the .bzrdir style format present in a directory."""
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if not transport.has('.dummy'):
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raise errors.NotBranchError(path=transport.base)
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return DummyForeignVcsDirFormat()
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class ForeignVcsRegistryTests(tests.TestCase):
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"""Tests for the ForeignVcsRegistry class."""
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def test_parse_revision_id_no_dash(self):
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self.assertEquals(mapp, rev.mapping)
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class WorkingTreeFileUpdateTests(TestCaseWithTransport):
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class WorkingTreeFileUpdateTests(tests.TestCaseWithTransport):
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"""Tests for update_workingtree_fileids()."""
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def test_update_workingtree(self):
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self.build_tree_contents([('br1/bla', 'original contents\n')])
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wt.add('bla', 'bla-a')
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wt.commit('bla-a')
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root_id = wt.get_root_id()
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target = wt.bzrdir.sprout('br2').open_workingtree()
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target.unversion(['bla-a'])
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target.add('bla', 'bla-b')
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foreign.update_workingtree_fileids(wt, target_basis)
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self.assertEquals(["TREE_ROOT", "bla-b"], list(wt.inventory))
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self.assertEquals(set([root_id, "bla-b"]), set(wt.inventory))
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class DummyForeignVcsTests(TestCaseWithTransport):
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class DummyForeignVcsTests(tests.TestCaseWithTransport):
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"""Very basic test for DummyForeignVcs."""
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BzrDirFormat.register_control_format(DummyForeignVcsDirFormat)
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branch.InterBranch.register_optimiser(InterToDummyVcsBranch)
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self.addCleanup(self.unregister)
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super(DummyForeignVcsTests, self).setUp()
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def unregister(self):
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BzrDirFormat.unregister_control_format(DummyForeignVcsDirFormat)
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branch.InterBranch.unregister_optimiser(InterToDummyVcsBranch)
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register_dummy_foreign_for_test(self)
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def test_create(self):
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"""Test we can create dummies."""
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self.make_branch_and_tree("d", format=DummyForeignVcsDirFormat())
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dir = BzrDir.open("d")
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dir = bzrdir.BzrDir.open("d")
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self.assertEquals("A Dummy VCS Dir", dir._format.get_format_string())
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dir.open_repository()
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dir.open_branch()
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def test_sprout(self):
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"""Test we can clone dummies and that the format is not preserved."""
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self.make_branch_and_tree("d", format=DummyForeignVcsDirFormat())
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dir = BzrDir.open("d")
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dir = bzrdir.BzrDir.open("d")
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newdir = dir.sprout("e")
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self.assertNotEquals("A Dummy VCS Dir", newdir._format.get_format_string())
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self.assertNotEquals("A Dummy VCS Dir",
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newdir._format.get_format_string())
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def test_push_not_supported(self):
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source_tree = self.make_branch_and_tree("source")
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target_tree = self.make_branch_and_tree("target",
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format=DummyForeignVcsDirFormat())
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self.assertRaises(errors.NoRoundtrippingSupport,
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source_tree.branch.push, target_tree.branch)
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def test_lossy_push_empty(self):
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source_tree = self.make_branch_and_tree("source")
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target_tree = self.make_branch_and_tree("target",
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format=DummyForeignVcsDirFormat())
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pushresult = source_tree.branch.lossy_push(target_tree.branch)
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self.assertEquals(NULL_REVISION, pushresult.old_revid)
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self.assertEquals(NULL_REVISION, pushresult.new_revid)
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self.assertEquals(revision.NULL_REVISION, pushresult.old_revid)
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self.assertEquals(revision.NULL_REVISION, pushresult.new_revid)
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self.assertEquals({}, pushresult.revidmap)
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def test_lossy_push_simple(self):
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pushresult = source_tree.branch.lossy_push(target_tree.branch)
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target_tree.branch.unlock()
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self.assertEquals(NULL_REVISION, pushresult.old_revid)
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self.assertEquals(revision.NULL_REVISION, pushresult.old_revid)
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self.assertEquals({revid1:target_tree.branch.last_revision()},
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pushresult.revidmap)
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self.assertEquals(pushresult.revidmap[revid1], pushresult.new_revid)