/brz/remove-bazaar

# Copyright (C) 2005-2010 Canonical Ltd

#

# 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 of status command.

Most of these depend on the particular formatting used.

As such they really are blackbox tests even though some of the

tests are not using self.capture. If we add tests for the programmatic

interface later, they will be non blackbox tests.

"""

from cStringIO import StringIO

import codecs

from os import mkdir, chdir, rmdir, unlink

import sys

from tempfile import TemporaryFile

from bzrlib import (

    bzrdir,

    conflicts,

    errors,

    osutils,

    )

import bzrlib.branch

from bzrlib.osutils import pathjoin

from bzrlib.revisionspec import RevisionSpec

from bzrlib.status import show_tree_status

from bzrlib.tests import TestCaseWithTransport, TestSkipped

from bzrlib.workingtree import WorkingTree

class BranchStatus(TestCaseWithTransport):

    def assertStatus(self, expected_lines, working_tree,

        revision=None, short=False, pending=True, verbose=False):

        """Run status in working_tree and look for output.

        :param expected_lines: The lines to look for.

        :param working_tree: The tree to run status in.

        """

        output_string = self.status_string(working_tree, revision, short,

                pending, verbose)

        self.assertEqual(expected_lines, output_string.splitlines(True))

    def status_string(self, wt, revision=None, short=False, pending=True,

        verbose=False):

        # use a real file rather than StringIO because it doesn't handle

        # Unicode very well.

        tof = codecs.getwriter('utf-8')(TemporaryFile())

        show_tree_status(wt, to_file=tof, revision=revision, short=short,

                show_pending=pending, verbose=verbose)

        tof.seek(0)

        return tof.read().decode('utf-8')

    def test_branch_status(self):

        """Test basic branch status"""

        wt = self.make_branch_and_tree('.')

        # status with no commits or files - it must

        # work and show no output. We do this with no

        # commits to be sure that it's not going to fail

        # as a corner case.

        self.assertStatus([], wt)

        self.build_tree(['hello.c', 'bye.c'])

        self.assertStatus([

                'unknown:\n',

                '  bye.c\n',

                '  hello.c\n',

            ],

            wt)

        self.assertStatus([

                '?   bye.c\n',

                '?   hello.c\n',

            ],

            wt, short=True)

        # add a commit to allow showing pending merges.

        wt.commit('create a parent to allow testing merge output')

        wt.add_parent_tree_id('pending@pending-0-0')

        self.assertStatus([

                'unknown:\n',

                '  bye.c\n',

                '  hello.c\n',

                'pending merge tips: (use -v to see all merge revisions)\n',

                '  (ghost) pending@pending-0-0\n',

            ],

            wt)

        self.assertStatus([

                'unknown:\n',

                '  bye.c\n',

                '  hello.c\n',

                'pending merges:\n',

                '  (ghost) pending@pending-0-0\n',

            ],

            wt, verbose=True)

        self.assertStatus([

                '?   bye.c\n',

                '?   hello.c\n',

                'P   (ghost) pending@pending-0-0\n',

            ],

            wt, short=True)

        self.assertStatus([

                'unknown:\n',

                '  bye.c\n',

                '  hello.c\n',

            ],

            wt, pending=False)

        self.assertStatus([

                '?   bye.c\n',

                '?   hello.c\n',

            ],

            wt, short=True, pending=False)

    def test_branch_status_revisions(self):

        """Tests branch status with revisions"""

        wt = self.make_branch_and_tree('.')

        self.build_tree(['hello.c', 'bye.c'])

        wt.add('hello.c')

        wt.add('bye.c')

        wt.commit('Test message')

        revs = [RevisionSpec.from_string('0')]

        self.assertStatus([

                'added:\n',

                '  bye.c\n',

                '  hello.c\n'

            ],

            wt,

            revision=revs)

        self.build_tree(['more.c'])

        wt.add('more.c')

        wt.commit('Another test message')

        revs.append(RevisionSpec.from_string('1'))

        self.assertStatus([

                'added:\n',

                '  bye.c\n',

                '  hello.c\n',

            ],

            wt,

            revision=revs)

    def test_pending(self):

        """Pending merges display works, including Unicode"""

        mkdir("./branch")

        wt = self.make_branch_and_tree('branch')

        b = wt.branch

        wt.commit("Empty commit 1")

        b_2_dir = b.bzrdir.sprout('./copy')

        b_2 = b_2_dir.open_branch()

        wt2 = b_2_dir.open_workingtree()

        wt.commit(u"\N{TIBETAN DIGIT TWO} Empty commit 2")

        wt2.merge_from_branch(wt.branch)

        message = self.status_string(wt2, verbose=True)

        self.assertStartsWith(message, "pending merges:\n")

        self.assertEndsWith(message, "Empty commit 2\n")

        wt2.commit("merged")

        # must be long to make sure we see elipsis at the end

        wt.commit("Empty commit 3 " +

                   "blah blah blah blah " * 100)

        wt2.merge_from_branch(wt.branch)

        message = self.status_string(wt2, verbose=True)

        self.assertStartsWith(message, "pending merges:\n")

        self.assert_("Empty commit 3" in message)

        self.assertEndsWith(message, "...\n")

    def test_tree_status_ignores(self):

        """Tests branch status with ignores"""

        wt = self.make_branch_and_tree('.')

        self.run_bzr('ignore *~')

        wt.commit('commit .bzrignore')

        self.build_tree(['foo.c', 'foo.c~'])

        self.assertStatus([

                'unknown:\n',

                '  foo.c\n',

                ],

                wt)

        self.assertStatus([

                '?   foo.c\n',

                ],

                wt, short=True)

    def test_tree_status_specific_files(self):

        """Tests branch status with given specific files"""

        wt = self.make_branch_and_tree('.')

        b = wt.branch

        self.build_tree(['directory/','directory/hello.c', 'bye.c','test.c','dir2/'])

        wt.add('directory')

        wt.add('test.c')

        wt.commit('testing')

        self.assertStatus([

                'unknown:\n',

                '  bye.c\n',

                '  dir2/\n',

                '  directory/hello.c\n'

                ],

                wt)

        self.assertStatus([

                '?   bye.c\n',

                '?   dir2/\n',

                '?   directory/hello.c\n'

                ],

                wt, short=True)

        tof = StringIO()

        self.assertRaises(errors.PathsDoNotExist,

                          show_tree_status,

                          wt, specific_files=['bye.c','test.c','absent.c'],

                          to_file=tof)

        tof = StringIO()

        show_tree_status(wt, specific_files=['directory'], to_file=tof)

        tof.seek(0)

        self.assertEquals(tof.readlines(),

                          ['unknown:\n',

                           '  directory/hello.c\n'

                           ])

        tof = StringIO()

        show_tree_status(wt, specific_files=['directory'], to_file=tof,

                         short=True)

        tof.seek(0)

        self.assertEquals(tof.readlines(), ['?   directory/hello.c\n'])

        tof = StringIO()

        show_tree_status(wt, specific_files=['dir2'], to_file=tof)

        tof.seek(0)

        self.assertEquals(tof.readlines(),

                          ['unknown:\n',

                           '  dir2/\n'

                           ])

        tof = StringIO()

        show_tree_status(wt, specific_files=['dir2'], to_file=tof, short=True)

        tof.seek(0)

        self.assertEquals(tof.readlines(), ['?   dir2/\n'])

        tof = StringIO()

        revs = [RevisionSpec.from_string('0'), RevisionSpec.from_string('1')]

        show_tree_status(wt, specific_files=['test.c'], to_file=tof,

                         short=True, revision=revs)

        tof.seek(0)

        self.assertEquals(tof.readlines(), ['+N  test.c\n'])

    def test_specific_files_conflicts(self):

        tree = self.make_branch_and_tree('.')

        self.build_tree(['dir2/'])

        tree.add('dir2')

        tree.commit('added dir2')

        tree.set_conflicts(conflicts.ConflictList(

            [conflicts.ContentsConflict('foo')]))

        tof = StringIO()

        show_tree_status(tree, specific_files=['dir2'], to_file=tof)

        self.assertEqualDiff('', tof.getvalue())

        tree.set_conflicts(conflicts.ConflictList(

            [conflicts.ContentsConflict('dir2')]))

        tof = StringIO()

        show_tree_status(tree, specific_files=['dir2'], to_file=tof)

        self.assertEqualDiff('conflicts:\n  Contents conflict in dir2\n',

                             tof.getvalue())

        tree.set_conflicts(conflicts.ConflictList(

            [conflicts.ContentsConflict('dir2/file1')]))

        tof = StringIO()

        show_tree_status(tree, specific_files=['dir2'], to_file=tof)

        self.assertEqualDiff('conflicts:\n  Contents conflict in dir2/file1\n',

                             tof.getvalue())

    def _prepare_nonexistent(self):

        wt = self.make_branch_and_tree('.')

        self.assertStatus([], wt)

        self.build_tree(['FILE_A', 'FILE_B', 'FILE_C', 'FILE_D', 'FILE_E', ])

        wt.add('FILE_A')

        wt.add('FILE_B')

        wt.add('FILE_C')

        wt.add('FILE_D')

        wt.add('FILE_E')

        wt.commit('Create five empty files.')

        open('FILE_B', 'w').write('Modification to file FILE_B.')

        open('FILE_C', 'w').write('Modification to file FILE_C.')

        unlink('FILE_E')  # FILE_E will be versioned but missing

        open('FILE_Q', 'w').write('FILE_Q is added but not committed.')

        wt.add('FILE_Q')  # FILE_Q will be added but not committed

        open('UNVERSIONED_BUT_EXISTING', 'w')

        return wt

    def test_status_nonexistent_file(self):

        # files that don't exist in either the basis tree or working tree

        # should give an error

        wt = self._prepare_nonexistent()

        self.assertStatus([

            'removed:\n',

            '  FILE_E\n',

            'added:\n',

            '  FILE_Q\n',

            'modified:\n',

            '  FILE_B\n',

            '  FILE_C\n',

            'unknown:\n',

            '  UNVERSIONED_BUT_EXISTING\n',

            ],

            wt)

        self.assertStatus([

            ' M  FILE_B\n',

            ' M  FILE_C\n',

            ' D  FILE_E\n',

            '+N  FILE_Q\n',

            '?   UNVERSIONED_BUT_EXISTING\n',

            ],

            wt, short=True)

        # Okay, everything's looking good with the existent files.

        # Let's see what happens when we throw in non-existent files.

        # bzr st [--short] NONEXISTENT '

        expected = [

          'nonexistent:\n',

          '  NONEXISTENT\n',

          ]

        out, err = self.run_bzr('status NONEXISTENT', retcode=3)

        self.assertEqual(expected, out.splitlines(True))

        self.assertContainsRe(err,

                              r'.*ERROR: Path\(s\) do not exist: '

                              'NONEXISTENT.*')

        expected = [

          'X:   NONEXISTENT\n',

          ]

        out, err = self.run_bzr('status --short NONEXISTENT', retcode=3)

        self.assertContainsRe(err,

                              r'.*ERROR: Path\(s\) do not exist: '

                              'NONEXISTENT.*')

    def test_status_nonexistent_file_with_others(self):

        # bzr st [--short] NONEXISTENT ...others..

        wt = self._prepare_nonexistent()

        expected = [

          'removed:\n',

          '  FILE_E\n',

          'modified:\n',

          '  FILE_B\n',

          '  FILE_C\n',

          'nonexistent:\n',

          '  NONEXISTENT\n',

          ]

        out, err = self.run_bzr('status NONEXISTENT '

                                'FILE_A FILE_B FILE_C FILE_D FILE_E',

                                retcode=3)

        self.assertEqual(expected, out.splitlines(True))

        self.assertContainsRe(err,

                              r'.*ERROR: Path\(s\) do not exist: '

                              'NONEXISTENT.*')

        expected = [

          ' D  FILE_E\n',

          ' M  FILE_C\n',

          ' M  FILE_B\n',

          'X   NONEXISTENT\n',

          ]

        out, err = self.run_bzr('status --short NONEXISTENT '

                                'FILE_A FILE_B FILE_C FILE_D FILE_E',

                                retcode=3)

        self.assertEqual(expected, out.splitlines(True))

        self.assertContainsRe(err,

                              r'.*ERROR: Path\(s\) do not exist: '

                              'NONEXISTENT.*')

    def test_status_multiple_nonexistent_files(self):

        # bzr st [--short] NONEXISTENT ... ANOTHER_NONEXISTENT ...

        wt = self._prepare_nonexistent()

        expected = [

          'removed:\n',

          '  FILE_E\n',

          'modified:\n',

          '  FILE_B\n',

          '  FILE_C\n',

          'nonexistent:\n',

          '  ANOTHER_NONEXISTENT\n',

          '  NONEXISTENT\n',

          ]

        out, err = self.run_bzr('status NONEXISTENT '

                                'FILE_A FILE_B ANOTHER_NONEXISTENT '

                                'FILE_C FILE_D FILE_E', retcode=3)

        self.assertEqual(expected, out.splitlines(True))

        self.assertContainsRe(err,

                              r'.*ERROR: Path\(s\) do not exist: '

                              'ANOTHER_NONEXISTENT NONEXISTENT.*')

        expected = [

          ' D  FILE_E\n',

          ' M  FILE_C\n',

          ' M  FILE_B\n',

          'X   ANOTHER_NONEXISTENT\n',

          'X   NONEXISTENT\n',

          ]

        out, err = self.run_bzr('status --short NONEXISTENT '

                                'FILE_A FILE_B ANOTHER_NONEXISTENT '

                                'FILE_C FILE_D FILE_E', retcode=3)

        self.assertEqual(expected, out.splitlines(True))

        self.assertContainsRe(err,

                              r'.*ERROR: Path\(s\) do not exist: '

                              'ANOTHER_NONEXISTENT NONEXISTENT.*')

    def test_status_nonexistent_file_with_unversioned(self):

        # bzr st [--short] NONEXISTENT A B UNVERSIONED_BUT_EXISTING C D E Q

        wt = self._prepare_nonexistent()

        expected = [

          'removed:\n',

          '  FILE_E\n',

          'added:\n',

          '  FILE_Q\n',

          'modified:\n',

          '  FILE_B\n',

          '  FILE_C\n',

          'unknown:\n',

          '  UNVERSIONED_BUT_EXISTING\n',

          'nonexistent:\n',

          '  NONEXISTENT\n',

          ]

        out, err = self.run_bzr('status NONEXISTENT '

                                'FILE_A FILE_B UNVERSIONED_BUT_EXISTING '

                                'FILE_C FILE_D FILE_E FILE_Q', retcode=3)

        self.assertEqual(expected, out.splitlines(True))

        self.assertContainsRe(err,

                              r'.*ERROR: Path\(s\) do not exist: '

                              'NONEXISTENT.*')

        expected = [

          '+N  FILE_Q\n',

          '?   UNVERSIONED_BUT_EXISTING\n',

          ' D  FILE_E\n',

          ' M  FILE_C\n',

          ' M  FILE_B\n',

          'X   NONEXISTENT\n',

          ]

        out, err = self.run_bzr('status --short NONEXISTENT '

                                'FILE_A FILE_B UNVERSIONED_BUT_EXISTING '

                                'FILE_C FILE_D FILE_E FILE_Q', retcode=3)

        self.assertEqual(expected, out.splitlines(True))

        self.assertContainsRe(err,

                              r'.*ERROR: Path\(s\) do not exist: '

                              'NONEXISTENT.*')

    def test_status_out_of_date(self):

        """Simulate status of out-of-date tree after remote push"""

        tree = self.make_branch_and_tree('.')

        self.build_tree_contents([('a', 'foo\n')])

        tree.lock_write()

        try:

            tree.add(['a'])

            tree.commit('add test file')

            # simulate what happens after a remote push

            tree.set_last_revision("0")

        finally:

            # before run another commands we should unlock tree

            tree.unlock()

        out, err = self.run_bzr('status')

        self.assertEqual("working tree is out of date, run 'bzr update'\n",

                         err)

    def test_status_write_lock(self):

        """Test that status works without fetching history and

        having a write lock.

        See https://bugs.launchpad.net/bzr/+bug/149270

        """

        mkdir('branch1')

        wt = self.make_branch_and_tree('branch1')

        b = wt.branch

        wt.commit('Empty commit 1')

        wt2 = b.bzrdir.sprout('branch2').open_workingtree()

        wt2.commit('Empty commit 2')

        out, err = self.run_bzr('status branch1 -rbranch:branch2')

        self.assertEqual('', out)

class CheckoutStatus(BranchStatus):

    def setUp(self):

        super(CheckoutStatus, self).setUp()

        mkdir('codir')

        chdir('codir')

    def make_branch_and_tree(self, relpath):

        source = self.make_branch(pathjoin('..', relpath))

        checkout = bzrdir.BzrDirMetaFormat1().initialize(relpath)

        bzrlib.branch.BranchReferenceFormat().initialize(checkout,

            target_branch=source)

        return checkout.create_workingtree()

class TestStatus(TestCaseWithTransport):

    def test_status_plain(self):

        tree = self.make_branch_and_tree('.')

        self.build_tree(['hello.txt'])

        result = self.run_bzr("status")[0]

        self.assertContainsRe(result, "unknown:\n  hello.txt\n")

        tree.add("hello.txt")

        result = self.run_bzr("status")[0]

        self.assertContainsRe(result, "added:\n  hello.txt\n")

        tree.commit(message="added")

        result = self.run_bzr("status -r 0..1")[0]

        self.assertContainsRe(result, "added:\n  hello.txt\n")

        result = self.run_bzr("status -c 1")[0]

        self.assertContainsRe(result, "added:\n  hello.txt\n")

        self.build_tree(['world.txt'])

        result = self.run_bzr("status -r 0")[0]

        self.assertContainsRe(result, "added:\n  hello.txt\n" \

                                      "unknown:\n  world.txt\n")

        result2 = self.run_bzr("status -r 0..")[0]

        self.assertEquals(result2, result)

    def test_status_short(self):

        tree = self.make_branch_and_tree('.')

        self.build_tree(['hello.txt'])

        result = self.run_bzr("status --short")[0]

        self.assertContainsRe(result, "[?]   hello.txt\n")

        tree.add("hello.txt")

        result = self.run_bzr("status --short")[0]

        self.assertContainsRe(result, "[+]N  hello.txt\n")

        tree.commit(message="added")

        result = self.run_bzr("status --short -r 0..1")[0]

        self.assertContainsRe(result, "[+]N  hello.txt\n")

        self.build_tree(['world.txt'])

        result = self.run_bzr("status --short -r 0")[0]

        self.assertContainsRe(result, "[+]N  hello.txt\n" \

                                      "[?]   world.txt\n")

        result2 = self.run_bzr("status --short -r 0..")[0]

        self.assertEquals(result2, result)

    def test_status_versioned(self):

        tree = self.make_branch_and_tree('.')

        self.build_tree(['hello.txt'])

        result = self.run_bzr("status --versioned")[0]

        self.assertNotContainsRe(result, "unknown:\n  hello.txt\n")

        tree.add("hello.txt")

        result = self.run_bzr("status --versioned")[0]

        self.assertContainsRe(result, "added:\n  hello.txt\n")

        tree.commit("added")

        result = self.run_bzr("status --versioned -r 0..1")[0]

        self.assertContainsRe(result, "added:\n  hello.txt\n")

        self.build_tree(['world.txt'])

        result = self.run_bzr("status --versioned -r 0")[0]

        self.assertContainsRe(result, "added:\n  hello.txt\n")

        self.assertNotContainsRe(result, "unknown:\n  world.txt\n")

        result2 = self.run_bzr("status --versioned -r 0..")[0]

        self.assertEquals(result2, result)

    def test_status_SV(self):

        tree = self.make_branch_and_tree('.')

        self.build_tree(['hello.txt'])

        result = self.run_bzr("status -SV")[0]

        self.assertNotContainsRe(result, "hello.txt")

        tree.add("hello.txt")

        result = self.run_bzr("status -SV")[0]

        self.assertContainsRe(result, "[+]N  hello.txt\n")

        tree.commit(message="added")

        result = self.run_bzr("status -SV -r 0..1")[0]

        self.assertContainsRe(result, "[+]N  hello.txt\n")

        self.build_tree(['world.txt'])

        result = self.run_bzr("status -SV -r 0")[0]

        self.assertContainsRe(result, "[+]N  hello.txt\n")

        result2 = self.run_bzr("status -SV -r 0..")[0]

        self.assertEquals(result2, result)

    def assertStatusContains(self, pattern, short=False):

        """Run status, and assert it contains the given pattern"""

        if short:

            result = self.run_bzr("status --short")[0]

        else:

            result = self.run_bzr("status")[0]

        self.assertContainsRe(result, pattern)

    def test_kind_change_plain(self):

        tree = self.make_branch_and_tree('.')