def makeMessageDigest(clone, base, branch):
hashes = phlgit_log.get_range_hashes(clone, base, branch)
revisions = phlgit_log.make_revisions_from_hashes(clone, hashes)
message = revisions[0].subject + "\n\n"
for r in revisions:
message += r.message
return message
def testSimpleFork(self):
self._createCommitNewFile("README")
self.repo("branch", "fork")
self._createCommitNewFile("ONLY_MASTER")
self.repo("checkout", "fork")
self._createCommitNewFile("ONLY_FORK", "ONLY_FORK", "BODY\nBODY")
self._createCommitNewFile("ONLY_FORK2")
log = phlgit_log.get_range_to_here_raw_body(self.repo, "master")
self.assertIn("ONLY_FORK", log)
self.assertNotIn("ONLY_MASTER", log)
self.assertNotIn("README", log)
hashes = phlgit_log.get_range_to_here_hashes(self.repo, "master")
hashes2 = phlgit_log.get_range_hashes(self.repo, "master", "fork")
self.assertListEqual(hashes, hashes2)
r0 = phlgit_log.make_revision_from_hash(self.repo, hashes[0])
self.assertEqual(r0.subject, "ONLY_FORK")
self.assertEqual(r0.message, "BODY\nBODY\n")
r1 = phlgit_log.make_revision_from_hash(self.repo, hashes[1])
self.assertEqual(r1.subject, "ONLY_FORK2")
self.assertIsNotNone(r1.message)
self.assertIsInstance(r1.message, str)
committers = phlgit_log.get_author_names_emails_from_hashes(
self.repo, hashes)
self.assertEqual(len(committers), 1)
self.assertEqual(committers[0], (self.authorName, self.authorEmail))
def get_range_hashes(self, start, end):
"""Return a list of strings of commit hashes from 'start' to 'end'.
The list begins with the revision closest to but not including
'start'. Raise a ValueError if any of the returned values are not
valid hexadecimal.
:start: a reference that log will understand
:end: a reference that log will understand
:returns: a list of strings of commit hashes from 'start' to 'end'.
"""
return phlgit_log.get_range_hashes(self._clone, start, end)
def get_range_hashes(self, start, end):
"""Return a list of strings of commit hashes from 'start' to 'end'.
The list begins with the revision closest to but not including
'start'. Raise a ValueError if any of the returned values are not
valid hexadecimal.
:start: a reference that log will understand
:end: a reference that log will understand
:returns: a list of strings of commit hashes from 'start' to 'end'.
"""
return phlgit_log.get_range_hashes(self, start, end)
def getPrimaryNameEmailAndUserFromBranch(clone, conduit, base, branch):
hashes = phlgit_log.get_range_hashes(clone, base, branch)
if not hashes:
raise abdt_exception.AbdUserException("no history to diff")
commit = hashes[-1]
committer = phlgit_log.get_author_names_emails_from_hashes(
clone, [commit])[0]
name = committer[0]
email = committer[1]
user = phlcon_user.query_users_from_emails(conduit, [email])[0]
if not user:
raise abdt_exception.AbdUserException(
"first committer is not a Phabricator user")
return name, email, user
def getAnyUserFromBranch(clone, conduit, base, branch):
if phlgitu_ref.parse_ref_hash(clone, base) is None:
hashes = phlgit_log.get_last_n_commit_hashes_from_ref(clone, 1, branch)
else:
hashes = phlgit_log.get_range_hashes(clone, base, branch)
if not hashes:
hashes = phlgit_log.get_last_n_commit_hashes_from_ref(clone, 1, branch)
committers = phlgit_log.get_author_names_emails_from_hashes(clone, hashes)
emails = [committer[1] for committer in committers]
users = phlcon_user.query_users_from_emails(conduit, emails)
for user in users:
if user:
return user
raise abdt_exception.NoUsersOnBranchException(branch, base, emails)
def createReview(conduit, gitContext, review_branch):
clone = gitContext.clone
verifyReviewBranchBase(gitContext, review_branch)
# TODO: we should also cc other users on the branch
# TODO: if there are emails that don't match up to users then we should
# note that on the review and perhaps use the mailer to notify them
name, email, user = abdt_conduitgit.getPrimaryNameEmailAndUserFromBranch(
clone, conduit, review_branch.remote_base,
review_branch.remote_branch)
print "- author: " + user
used_default_test_plan = False
hashes = phlgit_log.get_range_hashes(
clone, review_branch.remote_base, review_branch.remote_branch)
commit = hashes[-1]
parsed = abdt_conduitgit.getFieldsFromCommitHash(
conduit, clone, commit)
if parsed.errors:
used_default_test_plan = True
parsed = abdt_conduitgit.getFieldsFromCommitHash(
conduit, clone, commit, _DEFAULT_TEST_PLAN)
if parsed.errors:
print parsed
raise abdt_exception.CommitMessageParseException(
errors=parsed.errors,
fields=parsed.fields,
digest=makeMessageDigest(
clone,
review_branch.remote_base,
review_branch.remote_branch))
rawDiff = phlgit_diff.raw_diff_range(
clone,
review_branch.remote_base,
review_branch.remote_branch,
_DIFF_CONTEXT_LINES)
# if the diff is too big then regen with less context
if len(rawDiff) >= MAX_DIFF_SIZE:
rawDiff = phlgit_diff.raw_diff_range(
clone,
review_branch.remote_base,
review_branch.remote_branch,
_LESS_DIFF_CONTEXT_LINES)
# if the diff is still too big then regen with no context
if len(rawDiff) >= MAX_DIFF_SIZE:
rawDiff = phlgit_diff.raw_diff_range(
clone, review_branch.remote_base, review_branch.remote_branch)
# if the diff is still too big then error
if len(rawDiff) >= MAX_DIFF_SIZE:
raise abdt_exception.LargeDiffException(
"diff too big", len(rawDiff), MAX_DIFF_SIZE)
revisionid = createDifferentialReview(
conduit, user, parsed, gitContext, review_branch, rawDiff)
if used_default_test_plan:
commenter = abdcmnt_commenter.Commenter(conduit, revisionid)
commenter.usedDefaultTestPlan(review_branch.branch, _DEFAULT_TEST_PLAN)
