def test_A_Breathing(self):
# test we can convert unicode to unicode
phlsys_textconvert.to_unicode(unicode('hello'))
# test we can convert str to unicode
self.assertIsInstance(phlsys_textconvert.to_unicode('hello'), unicode)
# test invalid characters get replaced by the replacement character
self.assertEqual(phlsys_textconvert.to_unicode('\xFF'), u'\uFFFD')
# test 'horizontal ellipses' as UTF8 get replaced
self.assertEqual(phlsys_textconvert.to_unicode('\xe2\x80\xa6'),
u'\uFFFD\uFFFD\uFFFD')
# test we can convert ascii to ascii
phlsys_textconvert.ensure_ascii('hello')
# test str stays str
self.assertIsInstance(phlsys_textconvert.ensure_ascii('hello'), str)
# test invalid characters get replaced by '?'
self.assertEqual(phlsys_textconvert.ensure_ascii('\xFF'), '?')
# test 'horizontal ellipses' as UTF8 get replaced
self.assertEqual(phlsys_textconvert.ensure_ascii('\xe2\x80\xa6'),
'???')
def describe_new_commits(self, max_commits=100, max_size=16000):
"""Return a string description of the new commits on the branch."""
hashes = None
previous = None
latest = self._review_branch.remote_branch
if self.is_new():
previous = self._review_branch.remote_base
else:
previous = self._tracking_branch.remote_branch
hashes = self._repo.get_range_hashes(previous, latest)
hashes.reverse()
revisions = self._repo.make_revisions_from_hashes(hashes)
message = ""
count = 0
message_size = 0
for r in revisions:
new_message = r.abbrev_hash + " " + r.subject + "\n"
count += 1
message_size += len(new_message)
if count > max_commits or message_size > max_size:
message += "...{num_commits} commits not shown.\n".format(
num_commits=len(revisions) - count + 1)
break
else:
message += new_message
return phlsys_textconvert.ensure_ascii(message)
def describe_new_commits(self, max_commits=100, max_size=16000):
"""Return a string description of the new commits on the branch."""
hashes = None
previous = None
latest = self._review_branch.remote_branch
if self.is_new():
previous = self._review_branch.remote_base
else:
previous = self._tracking_branch.remote_branch
hashes = self._repo.get_range_hashes(previous, latest)
hashes.reverse()
revisions = self._repo.make_revisions_from_hashes(hashes)
message = ""
count = 0
message_size = 0
for r in revisions:
new_message = r.abbrev_hash + " " + r.subject + "\n"
count += 1
message_size += len(new_message)
if count > max_commits or message_size > max_size:
message += "...{num_commits} commits not shown.\n".format(
num_commits=len(revisions) - count + 1)
break
else:
message += new_message
return phlsys_textconvert.ensure_ascii(message)
def get_commit_message_from_tip(self):
"""Return string commit message from latest commit on branch."""
hashes = self._get_commit_hashes()
revision = phlgit_log.make_revision_from_hash(self._repo, hashes[-1])
message = revision.subject + "\n"
message += "\n"
message += revision.message + "\n"
return phlsys_textconvert.ensure_ascii(message)
def get_commit_message_from_tip(self):
"""Return string commit message from latest commit on branch."""
hashes = self._get_commit_hashes()
revision = phlgit_log.make_revision_from_hash(self._repo, hashes[-1])
message = revision.subject + "\n"
message += "\n"
message += revision.message + "\n"
return phlsys_textconvert.ensure_ascii(message)
def make_message_digest(self):
"""Return a string digest of the commit messages on the branch.
The digest is comprised of the title from the earliest commit
unique to the branch and all of the message bodies from the
unique commits on the branch.
"""
hashes = self._get_commit_hashes()
revisions = self._repo.make_revisions_from_hashes(hashes)
message = revisions[0].subject + "\n\n"
for r in revisions:
message += r.message
return phlsys_textconvert.ensure_ascii(message)
def make_message_digest(self):
"""Return a string digest of the commit messages on the branch.
The digest is comprised of the title from the earliest commit
unique to the branch and all of the message bodies from the
unique commits on the branch.
"""
hashes = self._get_commit_hashes()
revisions = self._repo.make_revisions_from_hashes(hashes)
message = revisions[0].subject + "\n\n"
for r in revisions:
message += r.message
return phlsys_textconvert.ensure_ascii(message)
def test_A_Breathing(self):
# test we can convert unicode to unicode
phlsys_textconvert.to_unicode(unicode('hello'))
# test we can convert str to unicode
self.assertIsInstance(
phlsys_textconvert.to_unicode('hello'),
unicode)
# test invalid characters get replaced by the replacement character
self.assertEqual(
phlsys_textconvert.to_unicode('\xFF'),
u'\uFFFD')
# test 'horizontal ellipses' as UTF8 get replaced
self.assertEqual(
phlsys_textconvert.to_unicode('\xe2\x80\xa6'),
u'\uFFFD\uFFFD\uFFFD')
# test we can convert ascii to ascii
phlsys_textconvert.ensure_ascii('hello')
# test str stays str
self.assertIsInstance(
phlsys_textconvert.ensure_ascii('hello'),
str)
# test invalid characters get replaced by '?'
self.assertEqual(
phlsys_textconvert.ensure_ascii('\xFF'),
'?')
# test 'horizontal ellipses' as UTF8 get replaced
self.assertEqual(
phlsys_textconvert.ensure_ascii('\xe2\x80\xa6'),
'???')
def describe_new_commits(self):
"""Return a string description of the new commits on the branch."""
hashes = None
previous = None
latest = self._review_branch.remote_branch
if self.is_new():
previous = self._review_branch.remote_base
else:
previous = self._tracking_branch.remote_branch
hashes = self._repo.get_range_hashes(previous, latest)
hashes.reverse()
revisions = self._repo.make_revisions_from_hashes(hashes)
message = ""
for r in revisions:
message += r.abbrev_hash + " " + r.subject + "\n"
return phlsys_textconvert.ensure_ascii(message)
