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# Copyright (C) 2005, 2006 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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# the Free Software Foundation; either version 2 of the License, or
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# (at your option) any later version.
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# This program is distributed in the hope that it will be useful,
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# but WITHOUT ANY WARRANTY; without even the implied warranty of
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# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
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# GNU General Public License for more details.
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# You should have received a copy of the GNU General Public License
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# along with this program; if not, write to the Free Software
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# Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA
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"""Tests of status command.
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Most of these depend on the particular formatting used.
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As such they really are blackbox tests even though some of the
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tests are not using self.capture. If we add tests for the programmatic
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interface later, they will be non blackbox tests.
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from cStringIO import StringIO
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from os import mkdir, chdir, rmdir, unlink
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from tempfile import TemporaryFile
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from bzrlib.osutils import pathjoin
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from bzrlib.revisionspec import RevisionSpec
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from bzrlib.status import show_tree_status
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from bzrlib.tests import TestCaseWithTransport, TestSkipped
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from bzrlib.workingtree import WorkingTree
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class BranchStatus(TestCaseWithTransport):
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def assertStatus(self, expected_lines, working_tree,
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revision=None, short=False, pending=True, verbose=False):
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"""Run status in working_tree and look for output.
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:param expected_lines: The lines to look for.
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:param working_tree: The tree to run status in.
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output_string = self.status_string(working_tree, revision, short,
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self.assertEqual(expected_lines, output_string.splitlines(True))
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def status_string(self, wt, revision=None, short=False, pending=True,
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# use a real file rather than StringIO because it doesn't handle
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tof = codecs.getwriter('utf-8')(TemporaryFile())
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show_tree_status(wt, to_file=tof, revision=revision, short=short,
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show_pending=pending, verbose=verbose)
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return tof.read().decode('utf-8')
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def test_branch_status(self):
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"""Test basic branch status"""
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wt = self.make_branch_and_tree('.')
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# status with no commits or files - it must
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# work and show no output. We do this with no
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# commits to be sure that it's not going to fail
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self.assertStatus([], wt)
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self.build_tree(['hello.c', 'bye.c'])
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# add a commit to allow showing pending merges.
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wt.commit('create a parent to allow testing merge output')
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wt.add_parent_tree_id('pending@pending-0-0')
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'pending merge tips: (use -v to see all merge revisions)\n',
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' (ghost) pending@pending-0-0\n',
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' (ghost) pending@pending-0-0\n',
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'P (ghost) pending@pending-0-0\n',
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wt, short=True, pending=False)
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def test_branch_status_revisions(self):
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"""Tests branch status with revisions"""
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wt = self.make_branch_and_tree('.')
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self.build_tree(['hello.c', 'bye.c'])
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wt.commit('Test message')
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revs = [RevisionSpec.from_string('0')]
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self.build_tree(['more.c'])
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wt.commit('Another test message')
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revs.append(RevisionSpec.from_string('1'))
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def test_pending(self):
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"""Pending merges display works, including Unicode"""
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wt = self.make_branch_and_tree('branch')
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wt.commit("Empty commit 1")
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b_2_dir = b.bzrdir.sprout('./copy')
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b_2 = b_2_dir.open_branch()
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wt2 = b_2_dir.open_workingtree()
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wt.commit(u"\N{TIBETAN DIGIT TWO} Empty commit 2")
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wt2.merge_from_branch(wt.branch)
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message = self.status_string(wt2, verbose=True)
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self.assertStartsWith(message, "pending merges:\n")
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self.assertEndsWith(message, "Empty commit 2\n")
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# must be long to make sure we see elipsis at the end
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wt.commit("Empty commit 3 " +
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"blah blah blah blah " * 100)
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wt2.merge_from_branch(wt.branch)
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message = self.status_string(wt2, verbose=True)
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self.assertStartsWith(message, "pending merges:\n")
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self.assert_("Empty commit 3" in message)
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self.assertEndsWith(message, "...\n")
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def test_tree_status_ignores(self):
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"""Tests branch status with ignores"""
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wt = self.make_branch_and_tree('.')
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self.run_bzr('ignore *~')
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wt.commit('commit .bzrignore')
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self.build_tree(['foo.c', 'foo.c~'])
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def test_tree_status_specific_files(self):
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"""Tests branch status with given specific files"""
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wt = self.make_branch_and_tree('.')
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self.build_tree(['directory/','directory/hello.c', 'bye.c','test.c','dir2/'])
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' directory/hello.c\n'
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'? directory/hello.c\n'
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self.assertRaises(errors.PathsDoNotExist,
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wt, specific_files=['bye.c','test.c','absent.c'],
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show_tree_status(wt, specific_files=['directory'], to_file=tof)
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self.assertEquals(tof.readlines(),
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' directory/hello.c\n'
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show_tree_status(wt, specific_files=['directory'], to_file=tof,
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self.assertEquals(tof.readlines(), ['? directory/hello.c\n'])
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show_tree_status(wt, specific_files=['dir2'], to_file=tof)
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self.assertEquals(tof.readlines(),
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show_tree_status(wt, specific_files=['dir2'], to_file=tof, short=True)
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self.assertEquals(tof.readlines(), ['? dir2/\n'])
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revs = [RevisionSpec.from_string('0'), RevisionSpec.from_string('1')]
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show_tree_status(wt, specific_files=['test.c'], to_file=tof,
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short=True, revision=revs)
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self.assertEquals(tof.readlines(), ['+N test.c\n'])
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def test_specific_files_conflicts(self):
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tree = self.make_branch_and_tree('.')
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self.build_tree(['dir2/'])
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tree.commit('added dir2')
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tree.set_conflicts(conflicts.ConflictList(
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[conflicts.ContentsConflict('foo')]))
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show_tree_status(tree, specific_files=['dir2'], to_file=tof)
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self.assertEqualDiff('', tof.getvalue())
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tree.set_conflicts(conflicts.ConflictList(
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[conflicts.ContentsConflict('dir2')]))
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show_tree_status(tree, specific_files=['dir2'], to_file=tof)
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self.assertEqualDiff('conflicts:\n Contents conflict in dir2\n',
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tree.set_conflicts(conflicts.ConflictList(
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[conflicts.ContentsConflict('dir2/file1')]))
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show_tree_status(tree, specific_files=['dir2'], to_file=tof)
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self.assertEqualDiff('conflicts:\n Contents conflict in dir2/file1\n',
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def _prepare_nonexistent(self):
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wt = self.make_branch_and_tree('.')
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self.assertStatus([], wt)
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self.build_tree(['FILE_A', 'FILE_B', 'FILE_C', 'FILE_D', 'FILE_E', ])
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wt.commit('Create five empty files.')
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open('FILE_B', 'w').write('Modification to file FILE_B.')
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open('FILE_C', 'w').write('Modification to file FILE_C.')
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unlink('FILE_E') # FILE_E will be versioned but missing
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open('FILE_Q', 'w').write('FILE_Q is added but not committed.')
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wt.add('FILE_Q') # FILE_Q will be added but not committed
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open('UNVERSIONED_BUT_EXISTING', 'w')
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def test_status_nonexistent_file(self):
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# files that don't exist in either the basis tree or working tree
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# should give an error
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wt = self._prepare_nonexistent()
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' UNVERSIONED_BUT_EXISTING\n',
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'? UNVERSIONED_BUT_EXISTING\n',
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# Okay, everything's looking good with the existent files.
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# Let's see what happens when we throw in non-existent files.
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# bzr st [--short] NONEXISTENT '
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out, err = self.run_bzr('status NONEXISTENT', retcode=3)
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self.assertEqual(expected, out.splitlines(True))
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self.assertContainsRe(err,
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r'.*ERROR: Path\(s\) do not exist: '
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out, err = self.run_bzr('status --short NONEXISTENT', retcode=3)
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self.assertContainsRe(err,
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r'.*ERROR: Path\(s\) do not exist: '
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def test_status_nonexistent_file_with_others(self):
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# bzr st [--short] NONEXISTENT ...others..
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wt = self._prepare_nonexistent()
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out, err = self.run_bzr('status NONEXISTENT '
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'FILE_A FILE_B FILE_C FILE_D FILE_E',
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self.assertEqual(expected, out.splitlines(True))
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self.assertContainsRe(err,
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r'.*ERROR: Path\(s\) do not exist: '
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out, err = self.run_bzr('status --short NONEXISTENT '
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'FILE_A FILE_B FILE_C FILE_D FILE_E',
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self.assertEqual(expected, out.splitlines(True))
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self.assertContainsRe(err,
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r'.*ERROR: Path\(s\) do not exist: '
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def test_status_multiple_nonexistent_files(self):
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# bzr st [--short] NONEXISTENT ... ANOTHER_NONEXISTENT ...
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wt = self._prepare_nonexistent()
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' ANOTHER_NONEXISTENT\n',
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out, err = self.run_bzr('status NONEXISTENT '
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'FILE_A FILE_B ANOTHER_NONEXISTENT '
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'FILE_C FILE_D FILE_E', retcode=3)
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self.assertEqual(expected, out.splitlines(True))
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self.assertContainsRe(err,
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r'.*ERROR: Path\(s\) do not exist: '
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'ANOTHER_NONEXISTENT NONEXISTENT.*')
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'X ANOTHER_NONEXISTENT\n',
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out, err = self.run_bzr('status --short NONEXISTENT '
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'FILE_A FILE_B ANOTHER_NONEXISTENT '
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'FILE_C FILE_D FILE_E', retcode=3)
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self.assertEqual(expected, out.splitlines(True))
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self.assertContainsRe(err,
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r'.*ERROR: Path\(s\) do not exist: '
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'ANOTHER_NONEXISTENT NONEXISTENT.*')
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def test_status_nonexistent_file_with_unversioned(self):
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# bzr st [--short] NONEXISTENT A B UNVERSIONED_BUT_EXISTING C D E Q
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wt = self._prepare_nonexistent()
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' UNVERSIONED_BUT_EXISTING\n',
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out, err = self.run_bzr('status NONEXISTENT '
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'FILE_A FILE_B UNVERSIONED_BUT_EXISTING '
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'FILE_C FILE_D FILE_E FILE_Q', retcode=3)
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self.assertEqual(expected, out.splitlines(True))
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self.assertContainsRe(err,
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r'.*ERROR: Path\(s\) do not exist: '
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'? UNVERSIONED_BUT_EXISTING\n',
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out, err = self.run_bzr('status --short NONEXISTENT '
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'FILE_A FILE_B UNVERSIONED_BUT_EXISTING '
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'FILE_C FILE_D FILE_E FILE_Q', retcode=3)
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self.assertEqual(expected, out.splitlines(True))
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self.assertContainsRe(err,
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r'.*ERROR: Path\(s\) do not exist: '
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def test_status_out_of_date(self):
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"""Simulate status of out-of-date tree after remote push"""
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tree = self.make_branch_and_tree('.')
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self.build_tree_contents([('a', 'foo\n')])
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tree.commit('add test file')
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# simulate what happens after a remote push
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tree.set_last_revision("0")
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# before run another commands we should unlock tree
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out, err = self.run_bzr('status')
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self.assertEqual("working tree is out of date, run 'bzr update'\n",
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def test_status_write_lock(self):
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"""Test that status works without fetching history and
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See https://bugs.launchpad.net/bzr/+bug/149270
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wt = self.make_branch_and_tree('branch1')
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wt.commit('Empty commit 1')
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wt2 = b.bzrdir.sprout('branch2').open_workingtree()
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wt2.commit('Empty commit 2')
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out, err = self.run_bzr('status branch1 -rbranch:branch2')
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self.assertEqual('', out)
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class CheckoutStatus(BranchStatus):
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super(CheckoutStatus, self).setUp()
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def make_branch_and_tree(self, relpath):
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source = self.make_branch(pathjoin('..', relpath))
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checkout = bzrdir.BzrDirMetaFormat1().initialize(relpath)
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bzrlib.branch.BranchReferenceFormat().initialize(checkout, source)
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return checkout.create_workingtree()
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class TestStatus(TestCaseWithTransport):
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def test_status_plain(self):
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tree = self.make_branch_and_tree('.')
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self.build_tree(['hello.txt'])
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result = self.run_bzr("status")[0]
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self.assertContainsRe(result, "unknown:\n hello.txt\n")
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tree.add("hello.txt")
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result = self.run_bzr("status")[0]
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self.assertContainsRe(result, "added:\n hello.txt\n")
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tree.commit(message="added")
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result = self.run_bzr("status -r 0..1")[0]
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self.assertContainsRe(result, "added:\n hello.txt\n")
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result = self.run_bzr("status -c 1")[0]
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self.assertContainsRe(result, "added:\n hello.txt\n")
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self.build_tree(['world.txt'])
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result = self.run_bzr("status -r 0")[0]
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self.assertContainsRe(result, "added:\n hello.txt\n" \
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"unknown:\n world.txt\n")
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result2 = self.run_bzr("status -r 0..")[0]
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self.assertEquals(result2, result)
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def test_status_short(self):
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tree = self.make_branch_and_tree('.')
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self.build_tree(['hello.txt'])
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result = self.run_bzr("status --short")[0]
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self.assertContainsRe(result, "[?] hello.txt\n")
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tree.add("hello.txt")
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result = self.run_bzr("status --short")[0]
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self.assertContainsRe(result, "[+]N hello.txt\n")
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tree.commit(message="added")
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result = self.run_bzr("status --short -r 0..1")[0]
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self.assertContainsRe(result, "[+]N hello.txt\n")
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self.build_tree(['world.txt'])
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result = self.run_bzr("status --short -r 0")[0]
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self.assertContainsRe(result, "[+]N hello.txt\n" \
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result2 = self.run_bzr("status --short -r 0..")[0]
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self.assertEquals(result2, result)
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def test_status_versioned(self):
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tree = self.make_branch_and_tree('.')
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self.build_tree(['hello.txt'])
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result = self.run_bzr("status --versioned")[0]
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self.assertNotContainsRe(result, "unknown:\n hello.txt\n")
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tree.add("hello.txt")
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result = self.run_bzr("status --versioned")[0]
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self.assertContainsRe(result, "added:\n hello.txt\n")
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result = self.run_bzr("status --versioned -r 0..1")[0]
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self.assertContainsRe(result, "added:\n hello.txt\n")
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self.build_tree(['world.txt'])
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result = self.run_bzr("status --versioned -r 0")[0]
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self.assertContainsRe(result, "added:\n hello.txt\n")
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self.assertNotContainsRe(result, "unknown:\n world.txt\n")
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result2 = self.run_bzr("status --versioned -r 0..")[0]
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self.assertEquals(result2, result)
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def test_status_SV(self):
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tree = self.make_branch_and_tree('.')
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self.build_tree(['hello.txt'])
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result = self.run_bzr("status -SV")[0]
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self.assertNotContainsRe(result, "hello.txt")
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tree.add("hello.txt")
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result = self.run_bzr("status -SV")[0]
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self.assertContainsRe(result, "[+]N hello.txt\n")
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tree.commit(message="added")
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result = self.run_bzr("status -SV -r 0..1")[0]
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self.assertContainsRe(result, "[+]N hello.txt\n")
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self.build_tree(['world.txt'])
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result = self.run_bzr("status -SV -r 0")[0]
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self.assertContainsRe(result, "[+]N hello.txt\n")
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result2 = self.run_bzr("status -SV -r 0..")[0]
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self.assertEquals(result2, result)
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def assertStatusContains(self, pattern):
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"""Run status, and assert it contains the given pattern"""
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result = self.run_bzr("status --short")[0]
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self.assertContainsRe(result, pattern)
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def test_kind_change_short(self):
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tree = self.make_branch_and_tree('.')
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self.build_tree(['file'])
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tree.commit('added file')
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self.build_tree(['file/'])
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self.assertStatusContains('K file => file/')
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tree.rename_one('file', 'directory')
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self.assertStatusContains('RK file => directory/')
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self.assertStatusContains('RD file => directory')
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def test_status_illegal_revision_specifiers(self):
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out, err = self.run_bzr('status -r 1..23..123', retcode=3)
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self.assertContainsRe(err, 'one or two revision specifiers')
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def test_status_no_pending(self):
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a_tree = self.make_branch_and_tree('a')
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self.build_tree(['a/a'])
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b_tree = a_tree.bzrdir.sprout('b').open_workingtree()
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self.build_tree(['b/b'])
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self.run_bzr('merge ../b', working_dir='a')
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out, err = self.run_bzr('status --no-pending', working_dir='a')
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self.assertEquals(out, "added:\n b\n")
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def test_pending_specific_files(self):
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"""With a specific file list, pending merges are not shown."""
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tree = self.make_branch_and_tree('tree')
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self.build_tree_contents([('tree/a', 'content of a\n')])
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r1_id = tree.commit('one')
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alt = tree.bzrdir.sprout('alt').open_workingtree()
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self.build_tree_contents([('alt/a', 'content of a\nfrom alt\n')])
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alt_id = alt.commit('alt')
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tree.merge_from_branch(alt.branch)
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output = self.make_utf8_encoded_stringio()
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show_tree_status(tree, to_file=output)
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self.assertContainsRe(output.getvalue(), 'pending merge')
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out, err = self.run_bzr('status tree/a')
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self.assertNotContainsRe(out, 'pending merge')
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class TestStatusEncodings(TestCaseWithTransport):
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TestCaseWithTransport.setUp(self)
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self.user_encoding = osutils._cached_user_encoding
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self.stdout = sys.stdout
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osutils._cached_user_encoding = self.user_encoding
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sys.stdout = self.stdout
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TestCaseWithTransport.tearDown(self)
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def make_uncommitted_tree(self):
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"""Build a branch with uncommitted unicode named changes in the cwd."""
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working_tree = self.make_branch_and_tree(u'.')
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filename = u'hell\u00d8'
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self.build_tree_contents([(filename, 'contents of hello')])
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except UnicodeEncodeError:
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raise TestSkipped("can't build unicode working tree in "
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"filesystem encoding %s" % sys.getfilesystemencoding())
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working_tree.add(filename)
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def test_stdout_ascii(self):
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sys.stdout = StringIO()
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osutils._cached_user_encoding = 'ascii'
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working_tree = self.make_uncommitted_tree()
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stdout, stderr = self.run_bzr("status")
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self.assertEquals(stdout, """\
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def test_stdout_latin1(self):
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sys.stdout = StringIO()
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osutils._cached_user_encoding = 'latin-1'
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working_tree = self.make_uncommitted_tree()
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stdout, stderr = self.run_bzr('status')
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self.assertEquals(stdout, u"""\
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""".encode('latin-1'))
added
removed
bzrlib/tests/blackbox/test_status.py
