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# Copyright (C) 2007-2010, 2016 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
import os
from cStringIO import StringIO
from bzrlib import (
delta as _mod_delta,
revision as _mod_revision,
tests,
)
class InstrumentedReporter(object):
def __init__(self):
self.calls = []
def report(self, file_id, path, versioned, renamed, modified, exe_change,
kind):
self.calls.append((file_id, path, versioned, renamed, modified,
exe_change, kind))
class TestReportChanges(tests.TestCase):
"""Test the new change reporting infrastructure"""
def assertReport(self, expected, file_id='fid', path='path',
versioned_change='unchanged', renamed=False,
modified='unchanged', exe_change=False,
kind=('file', 'file'), old_path=None,
unversioned_filter=None, view_info=None):
if expected is None:
expected_lines = None
else:
expected_lines = [expected]
self.assertReportLines(expected_lines, file_id, path,
versioned_change, renamed,
modified, exe_change,
kind, old_path,
unversioned_filter, view_info)
def assertReportLines(self, expected_lines, file_id='fid', path='path',
versioned_change='unchanged', renamed=False,
modified='unchanged', exe_change=False,
kind=('file', 'file'), old_path=None,
unversioned_filter=None, view_info=None):
result = []
def result_line(format, *args):
result.append(format % args)
reporter = _mod_delta._ChangeReporter(result_line,
unversioned_filter=unversioned_filter, view_info=view_info)
reporter.report(file_id, (old_path, path), versioned_change, renamed,
modified, exe_change, kind)
if expected_lines is not None:
self.assertEqualDiff('\n'.join(expected_lines), '\n'.join(result))
else:
self.assertEqual([], result)
def test_rename(self):
self.assertReport('R old => path', renamed=True, old_path='old')
self.assertReport(' path')
self.assertReport('RN old => path', renamed=True, old_path='old',
modified='created', kind=(None, 'file'))
def test_kind(self):
self.assertReport(' K path => path/', modified='kind changed',
kind=('file', 'directory'), old_path='path')
self.assertReport(' K path/ => path', modified='kind changed',
kind=('directory', 'file'), old_path='old')
self.assertReport('RK old => path/', renamed=True,
modified='kind changed',
kind=('file', 'directory'), old_path='old')
def test_new(self):
self.assertReport(' N path/', modified='created',
kind=(None, 'directory'))
self.assertReport('+ path/', versioned_change='added',
modified='unchanged', kind=(None, 'directory'))
self.assertReport('+ path', versioned_change='added',
modified='unchanged', kind=(None, None))
self.assertReport('+N path/', versioned_change='added',
modified='created', kind=(None, 'directory'))
self.assertReport('+M path/', versioned_change='added',
modified='modified', kind=(None, 'directory'))
def test_removal(self):
self.assertReport(' D path/', modified='deleted',
kind=('directory', None), old_path='old')
self.assertReport('- path/', versioned_change='removed',
old_path='path',
kind=(None, 'directory'))
self.assertReport('-D path', versioned_change='removed',
old_path='path',
modified='deleted', kind=('file', 'directory'))
def test_modification(self):
self.assertReport(' M path', modified='modified')
self.assertReport(' M* path', modified='modified', exe_change=True)
def test_unversioned(self):
# by default any unversioned file is output
self.assertReport('? subdir/foo~', file_id=None, path='subdir/foo~',
old_path=None, versioned_change='unversioned',
renamed=False, modified='created', exe_change=False,
kind=(None, 'file'))
# but we can choose to filter these. Probably that should be done
# close to the tree, but this is a reasonable starting point.
self.assertReport(None, file_id=None, path='subdir/foo~',
old_path=None, versioned_change='unversioned',
renamed=False, modified='created', exe_change=False,
kind=(None, 'file'), unversioned_filter=lambda x:True)
def test_missing(self):
self.assertReport('+! missing.c', file_id=None, path='missing.c',
old_path=None, versioned_change='added',
renamed=False, modified='missing', exe_change=False,
kind=(None, None))
def test_view_filtering(self):
# If a file in within the view, it should appear in the output
expected_lines = [
"Operating on whole tree but only reporting on 'my' view.",
" M path"]
self.assertReportLines(expected_lines, modified='modified',
view_info=('my',['path']))
# If a file in outside the view, it should not appear in the output
expected_lines = [
"Operating on whole tree but only reporting on 'my' view."]
self.assertReportLines(expected_lines, modified='modified',
path="foo", view_info=('my',['path']))
def assertChangesEqual(self,
file_id='fid',
paths=('path', 'path'),
content_change=False,
versioned=(True, True),
parent_id=('pid', 'pid'),
name=('name', 'name'),
kind=('file', 'file'),
executable=(False, False),
versioned_change='unchanged',
renamed=False,
modified='unchanged',
exe_change=False):
reporter = InstrumentedReporter()
_mod_delta.report_changes([(file_id, paths, content_change, versioned,
parent_id, name, kind, executable)], reporter)
output = reporter.calls[0]
self.assertEqual(file_id, output[0])
self.assertEqual(paths, output[1])
self.assertEqual(versioned_change, output[2])
self.assertEqual(renamed, output[3])
self.assertEqual(modified, output[4])
self.assertEqual(exe_change, output[5])
self.assertEqual(kind, output[6])
def test_report_changes(self):
"""Test change detection of report_changes"""
#Ensure no changes are detected by default
self.assertChangesEqual(modified='unchanged', renamed=False,
versioned_change='unchanged',
exe_change=False)
self.assertChangesEqual(modified='kind changed',
kind=('file', 'directory'))
self.assertChangesEqual(modified='created', kind=(None, 'directory'))
self.assertChangesEqual(modified='deleted', kind=('directory', None))
self.assertChangesEqual(content_change=True, modified='modified')
self.assertChangesEqual(renamed=True, name=('old', 'new'))
self.assertChangesEqual(renamed=True,
parent_id=('old-parent', 'new-parent'))
self.assertChangesEqual(versioned_change='added',
versioned=(False, True))
self.assertChangesEqual(versioned_change='removed',
versioned=(True, False))
# execute bit is only detected as "changed" if the file is and was
# a regular file.
self.assertChangesEqual(exe_change=True, executable=(True, False))
self.assertChangesEqual(exe_change=False, executable=(True, False),
kind=('directory', 'directory'))
self.assertChangesEqual(exe_change=False, modified='kind changed',
executable=(False, True),
kind=('directory', 'file'))
self.assertChangesEqual(parent_id=('pid', None))
# Now make sure they all work together
self.assertChangesEqual(versioned_change='removed',
modified='deleted', versioned=(True, False),
kind=('directory', None))
self.assertChangesEqual(versioned_change='removed',
modified='created', versioned=(True, False),
kind=(None, 'file'))
self.assertChangesEqual(versioned_change='removed',
modified='modified', renamed=True,
exe_change=True, versioned=(True, False),
content_change=True, name=('old', 'new'),
executable=(False, True))
def test_report_unversioned(self):
"""Unversioned entries are reported well."""
self.assertChangesEqual(file_id=None, paths=(None, 'full/path'),
content_change=True,
versioned=(False, False),
parent_id=(None, None),
name=(None, 'path'),
kind=(None, 'file'),
executable=(None, False),
versioned_change='unversioned',
renamed=False,
modified='created',
exe_change=False)
class TestChangesFrom(tests.TestCaseWithTransport):
def show_string(self, delta, *args, **kwargs):
to_file = StringIO()
_mod_delta.report_delta(to_file, delta, *args, **kwargs)
return to_file.getvalue()
def test_kind_change(self):
"""Doing a status when a file has changed kind should work"""
tree = self.make_branch_and_tree('.')
self.build_tree(['filename'])
tree.add('filename', 'file-id')
tree.commit('added filename')
os.unlink('filename')
self.build_tree(['filename/'])
delta = tree.changes_from(tree.basis_tree())
self.assertEqual([('filename', 'file-id', 'file', 'directory')],
delta.kind_changed)
self.assertEqual([], delta.added)
self.assertEqual([], delta.removed)
self.assertEqual([], delta.renamed)
self.assertEqual([], delta.modified)
self.assertEqual([], delta.unchanged)
self.assertTrue(delta.has_changed())
self.assertTrue(delta.touches_file_id('file-id'))
self.assertEqual('kind changed:\n filename (file => directory)\n',
self.show_string(delta))
other_delta = _mod_delta.TreeDelta()
self.assertNotEqual(other_delta, delta)
other_delta.kind_changed = [('filename', 'file-id', 'file',
'symlink')]
self.assertNotEqual(other_delta, delta)
other_delta.kind_changed = [('filename', 'file-id', 'file',
'directory')]
self.assertEqual(other_delta, delta)
self.assertEqualDiff("TreeDelta(added=[], removed=[], renamed=[],"
" kind_changed=[(u'filename', 'file-id', 'file', 'directory')],"
" modified=[], unchanged=[], unversioned=[])", repr(delta))
self.assertEqual('K filename (file => directory) file-id\n',
self.show_string(delta, show_ids=True,
short_status=True))
tree.rename_one('filename', 'dirname')
delta = tree.changes_from(tree.basis_tree())
self.assertEqual([], delta.kind_changed)
# This loses the fact that kind changed, remembering it as a
# modification
self.assertEqual([('filename', 'dirname', 'file-id', 'directory',
True, False)], delta.renamed)
self.assertTrue(delta.has_changed())
self.assertTrue(delta.touches_file_id('file-id'))
class TestDeltaShow(tests.TestCaseWithTransport):
def _get_delta(self):
# We build the delta from a real tree to avoid depending on internal
# implementation details.
wt = self.make_branch_and_tree('branch')
self.build_tree_contents([('branch/f1', '1\n'),
('branch/f2', '2\n'),
('branch/f3', '3\n'),
('branch/f4', '4\n'),
('branch/f5', '5\n'),
('branch/dir/',),
])
wt.add(['f1', 'f2', 'f3', 'f4', 'dir'],
['f1-id', 'f2-id', 'f3-id', 'f4-id', 'dir-id'])
wt.commit('commit one', rev_id='1')
# TODO add rename,removed,etc. here?
wt.add('f5')
os.unlink('branch/f5')
long_status = """added:
dir/
f1
f2
f3
f4
missing:
f5
"""
short_status = """A dir/
A f1
A f2
A f3
A f4
! f5
"""
repo = wt.branch.repository
d = wt.changes_from(repo.revision_tree(_mod_revision.NULL_REVISION))
return d, long_status, short_status
def test_delta_show_short_status_no_filter(self):
d, long_status, short_status = self._get_delta()
out = StringIO()
_mod_delta.report_delta(out, d, short_status=True)
self.assertEqual(short_status, out.getvalue())
def test_delta_show_long_status_no_filter(self):
d, long_status, short_status = self._get_delta()
out = StringIO()
_mod_delta.report_delta(out, d, short_status=False)
self.assertEqual(long_status, out.getvalue())
def test_delta_show_no_filter(self):
d, long_status, short_status = self._get_delta()
out = StringIO()
def not_a_filter(path, file_id):
return True
_mod_delta.report_delta(out, d, short_status=True, filter=not_a_filter)
self.assertEqual(short_status, out.getvalue())
def test_delta_show_short_status_single_file_filter(self):
d, long_status, short_status = self._get_delta()
out = StringIO()
def only_f2(path, file_id):
return path == 'f2'
_mod_delta.report_delta(out, d, short_status=True, filter=only_f2)
self.assertEqual("A f2\n", out.getvalue())
def test_delta_show_long_status_single_file_filter(self):
d, long_status, short_status = self._get_delta()
out = StringIO()
def only_f2(path, file_id):
return path == 'f2'
_mod_delta.report_delta(out, d, short_status=False, filter=only_f2)
self.assertEqual("added:\n f2\n", out.getvalue())
def test_delta_show_short_status_single_file_id_filter(self):
d, long_status, short_status = self._get_delta()
out = StringIO()
def only_f2_id(path, file_id):
return file_id == 'f2-id'
_mod_delta.report_delta(out, d, short_status=True, filter=only_f2_id)
self.assertEqual("A f2\n", out.getvalue())
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