# Copyright (C) 2009-2018 Jelmer Vernooij # -*- coding: utf-8 -*- # # This program is free software; you can redistribute it and/or modify # it under the terms of the GNU General Public License as published by # the Free Software Foundation; either version 2 of the License, or # (at your option) any later version. # # This program is distributed in the hope that it will be useful, # but WITHOUT ANY WARRANTY; without even the implied warranty of # MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the # GNU General Public License for more details. # # You should have received a copy of the GNU General Public License # along with this program; if not, write to the Free Software # Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA """Tests from fetching from git into bzr.""" from __future__ import absolute_import from dulwich.objects import ( Blob, Tag, Tree, S_IFGITLINK, ) from dulwich.repo import ( Repo as GitRepo, ) import os import stat import time from .... import ( osutils, ) from ....bzr import ( knit, versionedfile, ) from ....branch import ( Branch, ) from ....controldir import ( ControlDir, ) from ....bzr.inventory import ( Inventory, ) from ....repository import ( Repository, ) from ....tests import ( TestCaseWithTransport, ) from ..fetch import ( import_git_blob, import_git_tree, import_git_submodule, ) from ..mapping import ( BzrGitMappingv1, DEFAULT_FILE_MODE, ) from . import ( GitBranchBuilder, ) class RepositoryFetchTests(object): def make_git_repo(self, path): os.mkdir(path) return GitRepo.init(os.path.abspath(path)) def clone_git_repo(self, from_url, to_url, revision_id=None): oldrepos = self.open_git_repo(from_url) dir = ControlDir.create(to_url) newrepos = dir.create_repository() oldrepos.copy_content_into(newrepos, revision_id=revision_id) return newrepos def test_empty(self): self.make_git_repo("d") newrepos = self.clone_git_repo("d", "f") self.assertEquals([], newrepos.all_revision_ids()) def make_onerev_branch(self): self.make_git_repo("d") os.chdir("d") bb = GitBranchBuilder() bb.set_file("foobar", "foo\nbar\n", False) mark = bb.commit("Somebody ", "mymsg") gitsha = bb.finish()[mark] os.chdir("..") return "d", gitsha def test_single_rev(self): path, gitsha = self.make_onerev_branch() oldrepo = self.open_git_repo(path) newrepo = self.clone_git_repo(path, "f") revid = oldrepo.get_mapping().revision_id_foreign_to_bzr(gitsha) self.assertEquals([revid], newrepo.all_revision_ids()) def test_single_rev_specific(self): path, gitsha = self.make_onerev_branch() oldrepo = self.open_git_repo(path) revid = oldrepo.get_mapping().revision_id_foreign_to_bzr(gitsha) newrepo = self.clone_git_repo(path, "f", revision_id=revid) self.assertEquals([revid], newrepo.all_revision_ids()) def test_incremental(self): self.make_git_repo("d") os.chdir("d") bb = GitBranchBuilder() bb.set_file("foobar", "foo\nbar\n", False) mark1 = bb.commit("Somebody ", "mymsg") bb.set_file("foobar", "fooll\nbar\n", False) mark2 = bb.commit("Somebody ", "nextmsg") marks = bb.finish() gitsha1 = marks[mark1] gitsha2 = marks[mark2] os.chdir("..") oldrepo = self.open_git_repo("d") revid1 = oldrepo.get_mapping().revision_id_foreign_to_bzr(gitsha1) newrepo = self.clone_git_repo("d", "f", revision_id=revid1) self.assertEquals([revid1], newrepo.all_revision_ids()) revid2 = oldrepo.get_mapping().revision_id_foreign_to_bzr(gitsha2) newrepo.fetch(oldrepo, revision_id=revid2) self.assertEquals(set([revid1, revid2]), set(newrepo.all_revision_ids())) def test_dir_becomes_symlink(self): self.make_git_repo("d") os.chdir("d") bb = GitBranchBuilder() bb.set_file("mylink/somefile", "foo\nbar\n", False) mark1 = bb.commit("Somebody ", "mymsg1") bb.set_symlink("mylink", "target/") mark2 = bb.commit("Somebody ", "mymsg2") marks = bb.finish() gitsha1 = marks[mark1] gitsha2 = marks[mark2] os.chdir("..") oldrepo = self.open_git_repo("d") newrepo = self.clone_git_repo("d", "f") revid1 = oldrepo.get_mapping().revision_id_foreign_to_bzr(gitsha1) revid2 = oldrepo.get_mapping().revision_id_foreign_to_bzr(gitsha2) tree1 = newrepo.revision_tree(revid1) tree2 = newrepo.revision_tree(revid2) self.assertEquals(revid1, tree1.get_file_revision("mylink")) self.assertEquals("directory", tree1.kind("mylink")) self.assertEquals(None, tree1.get_symlink_target("mylink")) self.assertEquals(revid2, tree2.get_file_revision("mylink")) self.assertEquals("symlink", tree2.kind("mylink")) self.assertEquals("target/", tree2.get_symlink_target("mylink")) def test_symlink_becomes_dir(self): self.make_git_repo("d") os.chdir("d") bb = GitBranchBuilder() bb.set_symlink("mylink", "target/") mark1 = bb.commit("Somebody ", "mymsg1") bb.set_file("mylink/somefile", "foo\nbar\n", False) mark2 = bb.commit("Somebody ", "mymsg2") marks = bb.finish() gitsha1 = marks[mark1] gitsha2 = marks[mark2] os.chdir("..") oldrepo = self.open_git_repo("d") newrepo = self.clone_git_repo("d", "f") revid1 = oldrepo.get_mapping().revision_id_foreign_to_bzr(gitsha1) revid2 = oldrepo.get_mapping().revision_id_foreign_to_bzr(gitsha2) tree1 = newrepo.revision_tree(revid1) tree2 = newrepo.revision_tree(revid2) self.assertEquals(revid1, tree1.get_file_revision("mylink")) self.assertEquals("symlink", tree1.kind("mylink")) self.assertEquals("target/", tree1.get_symlink_target("mylink")) self.assertEquals(revid2, tree2.get_file_revision("mylink")) self.assertEquals("directory", tree2.kind("mylink")) self.assertEquals(None, tree2.get_symlink_target("mylink")) def test_changing_symlink(self): self.make_git_repo("d") os.chdir("d") bb = GitBranchBuilder() bb.set_symlink("mylink", "target") mark1 = bb.commit("Somebody ", "mymsg1") bb.set_symlink("mylink", "target/") mark2 = bb.commit("Somebody ", "mymsg2") marks = bb.finish() gitsha1 = marks[mark1] gitsha2 = marks[mark2] os.chdir("..") oldrepo = self.open_git_repo("d") newrepo = self.clone_git_repo("d", "f") revid1 = oldrepo.get_mapping().revision_id_foreign_to_bzr(gitsha1) revid2 = oldrepo.get_mapping().revision_id_foreign_to_bzr(gitsha2) tree1 = newrepo.revision_tree(revid1) tree2 = newrepo.revision_tree(revid2) self.assertEquals(revid1, tree1.get_file_revision("mylink")) self.assertEquals("target", tree1.get_symlink_target("mylink")) self.assertEquals(revid2, tree2.get_file_revision("mylink")) self.assertEquals("target/", tree2.get_symlink_target("mylink")) def test_executable(self): self.make_git_repo("d") os.chdir("d") bb = GitBranchBuilder() bb.set_file("foobar", "foo\nbar\n", True) bb.set_file("notexec", "foo\nbar\n", False) mark = bb.commit("Somebody ", "mymsg") gitsha = bb.finish()[mark] os.chdir("..") oldrepo = self.open_git_repo("d") newrepo = self.clone_git_repo("d", "f") revid = oldrepo.get_mapping().revision_id_foreign_to_bzr(gitsha) tree = newrepo.revision_tree(revid) self.assertTrue(tree.has_filename("foobar")) self.assertEquals(True, tree.is_executable("foobar")) self.assertTrue(tree.has_filename("notexec")) self.assertEquals(False, tree.is_executable("notexec")) def test_becomes_executable(self): self.make_git_repo("d") os.chdir("d") bb = GitBranchBuilder() bb.set_file("foobar", "foo\nbar\n", False) mark1 = bb.commit("Somebody ", "mymsg") bb.set_file("foobar", "foo\nbar\n", True) mark2 = bb.commit("Somebody ", "mymsg") gitsha2 = bb.finish()[mark2] os.chdir("..") oldrepo = self.open_git_repo("d") newrepo = self.clone_git_repo("d", "f") revid = oldrepo.get_mapping().revision_id_foreign_to_bzr(gitsha2) tree = newrepo.revision_tree(revid) self.assertTrue(tree.has_filename("foobar")) self.assertEquals(True, tree.is_executable("foobar")) self.assertEquals(revid, tree.get_file_revision("foobar")) def test_into_stacked_on(self): r = self.make_git_repo("d") os.chdir("d") bb = GitBranchBuilder() bb.set_file(u"foobar", "foo\n", False) mark1 = bb.commit("Somebody ", "mymsg1") gitsha1 = bb.finish()[mark1] os.chdir("..") stacked_on = self.clone_git_repo("d", "stacked-on") oldrepo = Repository.open("d") revid1 = oldrepo.get_mapping().revision_id_foreign_to_bzr(gitsha1) self.assertEquals([revid1], stacked_on.all_revision_ids()) b = stacked_on.controldir.create_branch() b.generate_revision_history(revid1) self.assertEquals(b.last_revision(), revid1) tree = self.make_branch_and_tree("stacked") tree.branch.set_stacked_on_url(b.user_url) os.chdir("d") bb = GitBranchBuilder() bb.set_file(u"barbar", "bar\n", False) bb.set_file(u"foo/blie/bla", "bla\n", False) mark2 = bb.commit("Somebody ", "mymsg2") gitsha2 = bb.finish()[mark2] revid2 = oldrepo.get_mapping().revision_id_foreign_to_bzr(gitsha2) os.chdir("..") tree.branch.fetch(Branch.open("d")) tree.branch.repository.check() self.addCleanup(tree.lock_read().unlock) self.assertEquals( set([(revid2,)]), tree.branch.repository.revisions.without_fallbacks().keys()) self.assertEquals( set([revid1, revid2]), set(tree.branch.repository.all_revision_ids())) def test_non_ascii_characters(self): self.make_git_repo("d") os.chdir("d") bb = GitBranchBuilder() bb.set_file(u"foőbar", "foo\nbar\n", False) mark = bb.commit("Somebody ", "mymsg") gitsha = bb.finish()[mark] os.chdir("..") oldrepo = self.open_git_repo("d") newrepo = self.clone_git_repo("d", "f") revid = oldrepo.get_mapping().revision_id_foreign_to_bzr(gitsha) tree = newrepo.revision_tree(revid) self.assertTrue(tree.has_filename(u"foőbar")) def test_tagged_tree(self): r = self.make_git_repo("d") os.chdir("d") bb = GitBranchBuilder() bb.set_file("foobar", "fooll\nbar\n", False) mark = bb.commit("Somebody ", "nextmsg") marks = bb.finish() gitsha = marks[mark] tag = Tag() tag.name = "sometag" tag.tag_time = int(time.time()) tag.tag_timezone = 0 tag.tagger = "Somebody " tag.message = "Created tag pointed at tree" tag.object = (Tree, r[gitsha].tree) r.object_store.add_object(tag) r["refs/tags/sometag"] = tag os.chdir("..") oldrepo = self.open_git_repo("d") revid = oldrepo.get_mapping().revision_id_foreign_to_bzr(gitsha) newrepo = self.clone_git_repo("d", "f") self.assertEquals(set([revid]), set(newrepo.all_revision_ids())) class LocalRepositoryFetchTests(RepositoryFetchTests, TestCaseWithTransport): def open_git_repo(self, path): return Repository.open(path) class DummyStoreUpdater(object): def add_object(self, obj, ie, path): pass def finish(self): pass class ImportObjects(TestCaseWithTransport): def setUp(self): super(ImportObjects, self).setUp() self._mapping = BzrGitMappingv1() factory = knit.make_file_factory(True, versionedfile.PrefixMapper()) self._texts = factory(self.get_transport('texts')) def test_import_blob_simple(self): blob = Blob.from_string("bar") base_inv = Inventory() objs = { "blobname": blob} ret = import_git_blob(self._texts, self._mapping, "bla", "bla", (None, "blobname"), base_inv, None, "somerevid", [], objs.__getitem__, (None, DEFAULT_FILE_MODE), DummyStoreUpdater(), self._mapping.generate_file_id) self.assertEquals(set([('git:bla', 'somerevid')]), self._texts.keys()) self.assertEquals(self._texts.get_record_stream([('git:bla', 'somerevid')], "unordered", True).next().get_bytes_as("fulltext"), "bar") self.assertEquals(1, len(ret)) self.assertEquals(None, ret[0][0]) self.assertEquals("bla", ret[0][1]) ie = ret[0][3] self.assertEquals(False, ie.executable) self.assertEquals("file", ie.kind) self.assertEquals("somerevid", ie.revision) self.assertEquals(osutils.sha_strings(["bar"]), ie.text_sha1) def test_import_tree_empty_root(self): base_inv = Inventory(root_id=None) tree = Tree() ret, child_modes = import_git_tree(self._texts, self._mapping, "", "", (None, tree.id), base_inv, None, "somerevid", [], {tree.id: tree}.__getitem__, (None, stat.S_IFDIR), DummyStoreUpdater(), self._mapping.generate_file_id) self.assertEquals(child_modes, {}) self.assertEquals(set([("TREE_ROOT", 'somerevid')]), self._texts.keys()) self.assertEquals(1, len(ret)) self.assertEquals(None, ret[0][0]) self.assertEquals("", ret[0][1]) ie = ret[0][3] self.assertEquals(False, ie.executable) self.assertEquals("directory", ie.kind) self.assertEquals({}, ie.children) self.assertEquals("somerevid", ie.revision) self.assertEquals(None, ie.text_sha1) def test_import_tree_empty(self): base_inv = Inventory() tree = Tree() ret, child_modes = import_git_tree(self._texts, self._mapping, "bla", "bla", (None, tree.id), base_inv, None, "somerevid", [], { tree.id: tree }.__getitem__, (None, stat.S_IFDIR), DummyStoreUpdater(), self._mapping.generate_file_id) self.assertEquals(child_modes, {}) self.assertEquals(set([("git:bla", 'somerevid')]), self._texts.keys()) self.assertEquals(1, len(ret)) self.assertEquals(None, ret[0][0]) self.assertEquals("bla", ret[0][1]) ie = ret[0][3] self.assertEquals("directory", ie.kind) self.assertEquals(False, ie.executable) self.assertEquals({}, ie.children) self.assertEquals("somerevid", ie.revision) self.assertEquals(None, ie.text_sha1) def test_import_tree_with_file(self): base_inv = Inventory() blob = Blob.from_string("bar1") tree = Tree() tree.add("foo", stat.S_IFREG | 0644, blob.id) objects = { blob.id: blob, tree.id: tree } ret, child_modes = import_git_tree(self._texts, self._mapping, "bla", "bla", (None, tree.id), base_inv, None, "somerevid", [], objects.__getitem__, (None, stat.S_IFDIR), DummyStoreUpdater(), self._mapping.generate_file_id) self.assertEquals(child_modes, {}) self.assertEquals(2, len(ret)) self.assertEquals(None, ret[0][0]) self.assertEquals("bla", ret[0][1]) self.assertEquals(None, ret[1][0]) self.assertEquals("bla/foo", ret[1][1]) ie = ret[0][3] self.assertEquals("directory", ie.kind) ie = ret[1][3] self.assertEquals("file", ie.kind) self.assertEquals("git:bla/foo", ie.file_id) self.assertEquals("somerevid", ie.revision) self.assertEquals(osutils.sha_strings(["bar1"]), ie.text_sha1) self.assertEquals(False, ie.executable) def test_import_tree_with_unusual_mode_file(self): base_inv = Inventory() blob = Blob.from_string("bar1") tree = Tree() tree.add("foo", stat.S_IFREG | 0664, blob.id) objects = { blob.id: blob, tree.id: tree } ret, child_modes = import_git_tree(self._texts, self._mapping, "bla", "bla", (None, tree.id), base_inv, None, "somerevid", [], objects.__getitem__, (None, stat.S_IFDIR), DummyStoreUpdater(), self._mapping.generate_file_id) self.assertEquals(child_modes, { "bla/foo": stat.S_IFREG | 0664 }) def test_import_tree_with_file_exe(self): base_inv = Inventory(root_id=None) blob = Blob.from_string("bar") tree = Tree() tree.add("foo", 0100755, blob.id) objects = { blob.id: blob, tree.id: tree } ret, child_modes = import_git_tree(self._texts, self._mapping, "", "", (None, tree.id), base_inv, None, "somerevid", [], objects.__getitem__, (None, stat.S_IFDIR), DummyStoreUpdater(), self._mapping.generate_file_id) self.assertEquals(child_modes, {}) self.assertEquals(2, len(ret)) self.assertEquals(None, ret[0][0]) self.assertEquals("", ret[0][1]) self.assertEquals(None, ret[1][0]) self.assertEquals("foo", ret[1][1]) ie = ret[0][3] self.assertEquals("directory", ie.kind) ie = ret[1][3] self.assertEquals("file", ie.kind) self.assertEquals(True, ie.executable) def test_directory_converted_to_submodule(self): base_inv = Inventory() base_inv.add_path("foo", "directory") base_inv.add_path("foo/bar", "file") othertree = Blob.from_string("someotherthing") blob = Blob.from_string("bar") tree = Tree() tree.add("bar", 0160000, blob.id) objects = { tree.id: tree } ret, child_modes = import_git_submodule(self._texts, self._mapping, "foo", "foo", (tree.id, othertree.id), base_inv, base_inv.root.file_id, "somerevid", [], objects.__getitem__, (stat.S_IFDIR | 0755, S_IFGITLINK), DummyStoreUpdater(), self._mapping.generate_file_id) self.assertEquals(child_modes, {}) self.assertEquals(2, len(ret)) self.assertEquals(ret[0], ("foo/bar", None, base_inv.path2id("foo/bar"), None)) self.assertEquals(ret[1][:3], ("foo", "foo", self._mapping.generate_file_id("foo"))) ie = ret[1][3] self.assertEquals(ie.kind, "tree-reference")