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# Copyright (C) 2005 Canonical Ltd
# -*- 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., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA
"""Black-box tests for bzr log."""
import os
import bzrlib
from bzrlib.tests.blackbox import ExternalBase
from bzrlib.tests import TestCaseInTempDir
class TestLog(ExternalBase):
def _prepare(self):
self.runbzr("init")
self.build_tree(['hello.txt', 'goodbye.txt', 'meep.txt'])
self.runbzr("add hello.txt")
self.runbzr("commit -m message1 hello.txt")
self.runbzr("add goodbye.txt")
self.runbzr("commit -m message2 goodbye.txt")
self.runbzr("add meep.txt")
self.runbzr("commit -m message3 meep.txt")
self.full_log = self.runbzr("log")[0]
def test_log_null_end_revspec(self):
self._prepare()
self.assertTrue('revno: 1\n' in self.full_log)
self.assertTrue('revno: 2\n' in self.full_log)
self.assertTrue('revno: 3\n' in self.full_log)
self.assertTrue('message:\n message1\n' in self.full_log)
self.assertTrue('message:\n message2\n' in self.full_log)
self.assertTrue('message:\n message3\n' in self.full_log)
log = self.runbzr("log -r 1..")[0]
self.assertEquals(log, self.full_log)
def test_log_null_begin_revspec(self):
self._prepare()
log = self.runbzr("log -r ..3")[0]
self.assertEquals(self.full_log, log)
def test_log_null_both_revspecs(self):
self._prepare()
log = self.runbzr("log -r ..")[0]
self.assertEquals(self.full_log, log)
def test_log_negative_begin_revspec_full_log(self):
self._prepare()
log = self.runbzr("log -r -3..")[0]
self.assertEquals(self.full_log, log)
def test_log_negative_both_revspec_full_log(self):
self._prepare()
log = self.runbzr("log -r -3..-1")[0]
self.assertEquals(self.full_log, log)
def test_log_negative_both_revspec_partial(self):
self._prepare()
log = self.runbzr("log -r -3..-2")[0]
self.assertTrue('revno: 1\n' in log)
self.assertTrue('revno: 2\n' in log)
self.assertTrue('revno: 3\n' not in log)
def test_log_negative_begin_revspec(self):
self._prepare()
log = self.runbzr("log -r -2..")[0]
self.assertTrue('revno: 1\n' not in log)
self.assertTrue('revno: 2\n' in log)
self.assertTrue('revno: 3\n' in log)
def test_log_postive_revspecs(self):
self._prepare()
log = self.runbzr("log -r 1..3")[0]
self.assertEquals(self.full_log, log)
def test_log_revno_n_path(self):
os.mkdir('branch1')
os.chdir('branch1')
self._prepare()
os.chdir('..')
os.mkdir('branch2')
os.chdir('branch2')
self._prepare()
os.chdir('..')
log = self.runbzr("log -r revno:2:branch1..revno:3:branch2",
retcode=3)[0]
log = self.runbzr("log -r revno:1:branch2..revno:3:branch2")[0]
self.assertEquals(self.full_log, log)
log = self.runbzr("log -r revno:1:branch2")[0]
self.assertTrue('revno: 1\n' in log)
self.assertTrue('revno: 2\n' not in log)
self.assertTrue('branch nick: branch2\n' in log)
self.assertTrue('branch nick: branch1\n' not in log)
class TestLogMerges(ExternalBase):
def test_merges_are_indented_by_level(self):
self.build_tree(['parent/'])
self.run_bzr('init', 'parent')
self.run_bzr('commit', '-m', 'first post', '--unchanged', 'parent')
self.run_bzr('branch', 'parent', 'child')
self.run_bzr('commit', '-m', 'branch 1', '--unchanged', 'child')
self.run_bzr('branch', 'child', 'smallerchild')
self.run_bzr('commit', '-m', 'branch 2', '--unchanged', 'smallerchild')
os.chdir('child')
self.run_bzr('merge', '../smallerchild')
self.run_bzr('commit', '-m', 'merge branch 2')
os.chdir('../parent')
self.run_bzr('merge', '../child')
self.run_bzr('commit', '-m', 'merge branch 1')
out,err = self.run_bzr('log')
# the log will look something like:
# self.assertEqual("""\
#------------------------------------------------------------
#revno: 2
#committer: Robert Collins <foo@example.com>
#branch nick: parent
#timestamp: Tue 2006-03-28 22:31:40 +1100
#message:
# merge branch 1
# ------------------------------------------------------------
# revno: 1.1.2
# merged: foo@example.com-20060328113140-91f43cfb46dc2863
# committer: Robert Collins <foo@example.com>
# branch nick: child
# timestamp: Tue 2006-03-28 22:31:40 +1100
# message:
# merge branch 2
# ------------------------------------------------------------
# revno: 1.1.1.1
# merged: foo@example.com-20060328113140-1ba24f850a0ef573
# committer: Robert Collins <foo@example.com>
# branch nick: smallerchild
# timestamp: Tue 2006-03-28 22:31:40 +1100
# message:
# branch 2
# ------------------------------------------------------------
# revno: 1.1.1
# merged: foo@example.com-20060328113140-5749a4757a8ac792
# committer: Robert Collins <foo@example.com>
# branch nick: child
# timestamp: Tue 2006-03-28 22:31:40 +1100
# message:
# branch 1
#------------------------------------------------------------
#revno: 1
#committer: Robert Collins <foo@example.com>
#branch nick: parent
#timestamp: Tue 2006-03-28 22:31:39 +1100
#message:
# first post
#""", out)
# but we dont have a nice pattern matcher hooked up yet, so:
# we check for the indenting of the commit message and the
# revision numbers
self.assertTrue('revno: 2' in out)
self.assertTrue(' merge branch 1' in out)
self.assertTrue(' revno: 1.1.2' in out)
self.assertTrue(' merge branch 2' in out)
self.assertTrue(' revno: 1.1.1.1' in out)
self.assertTrue(' branch 2' in out)
self.assertTrue(' revno: 1.1.1' in out)
self.assertTrue(' branch 1' in out)
self.assertTrue('revno: 1' in out)
self.assertTrue(' first post' in out)
self.assertEqual('', err)
class TestLogEncodings(TestCaseInTempDir):
_mu = u'\xb5'
_message = u'Message with \xb5'
# Encodings which can encode mu
good_encodings = [
'utf-8',
'latin-1',
'iso-8859-1',
'cp437', # Common windows encoding
'cp1251', # Alexander Belchenko's windows encoding
'cp1258', # Common windows encoding
]
# Encodings which cannot encode mu
bad_encodings = [
'ascii',
'iso-8859-2',
'koi8_r',
]
def setUp(self):
TestCaseInTempDir.setUp(self)
self.user_encoding = bzrlib.user_encoding
def tearDown(self):
bzrlib.user_encoding = self.user_encoding
TestCaseInTempDir.tearDown(self)
def create_branch(self):
bzr = self.run_bzr
bzr('init')
open('a', 'wb').write('some stuff\n')
bzr('add', 'a')
bzr('commit', '-m', self._message)
def try_encoding(self, encoding, fail=False):
bzr = self.run_bzr
if fail:
self.assertRaises(UnicodeEncodeError,
self._mu.encode, encoding)
encoded_msg = self._message.encode(encoding, 'replace')
else:
encoded_msg = self._message.encode(encoding)
old_encoding = bzrlib.user_encoding
# This test requires that 'run_bzr' uses the current
# bzrlib, because we override user_encoding, and expect
# it to be used
try:
bzrlib.user_encoding = 'ascii'
# We should be able to handle any encoding
out, err = bzr('log', encoding=encoding)
if not fail:
# Make sure we wrote mu as we expected it to exist
self.assertNotEqual(-1, out.find(encoded_msg))
out_unicode = out.decode(encoding)
self.assertNotEqual(-1, out_unicode.find(self._message))
else:
self.assertNotEqual(-1, out.find('Message with ?'))
finally:
bzrlib.user_encoding = old_encoding
def test_log_handles_encoding(self):
self.create_branch()
for encoding in self.good_encodings:
self.try_encoding(encoding)
def test_log_handles_bad_encoding(self):
self.create_branch()
for encoding in self.bad_encodings:
self.try_encoding(encoding, fail=True)
def test_stdout_encoding(self):
bzr = self.run_bzr
bzrlib.user_encoding = "cp1251"
bzr('init')
self.build_tree(['a'])
bzr('add', 'a')
bzr('commit', '-m', u'\u0422\u0435\u0441\u0442')
stdout, stderr = self.run_bzr('log', encoding='cp866')
message = stdout.splitlines()[-1]
# explanation of the check:
# u'\u0422\u0435\u0441\u0442' is word 'Test' in russian
# in cp866 encoding this is string '\x92\xa5\xe1\xe2'
# in cp1251 encoding this is string '\xd2\xe5\xf1\xf2'
# This test should check that output of log command
# encoded to sys.stdout.encoding
test_in_cp866 = '\x92\xa5\xe1\xe2'
test_in_cp1251 = '\xd2\xe5\xf1\xf2'
# Make sure the log string is encoded in cp866
self.assertEquals(test_in_cp866, message[2:])
# Make sure the cp1251 string is not found anywhere
self.assertEquals(-1, stdout.find(test_in_cp1251))
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