def file_feed(self, file):
xmldoc, dfeed = feed.atom.new_xmldoc_feed()
dfeed.title = settings.blog_name + " " + file
dfeed.id = settings.blog_url + '/' + file
dfeed.updated = self.atom_date(file)
links = feed.atom.Link(settings.blog_url)
dfeed.links.append(links)
selflink = feed.atom.Link(settings.blog_url + '/' + file + '.atom')
selflink.attrs['rel'] = "self"
dfeed.links.append(selflink)
for a in self.atom_authors(file):
author = feed.atom.Author(a)
dfeed.authors.append(author)
(blobs, berr) = git.log(file=file, num=10, format="%H")
for b in blobs.splitlines():
entry = feed.atom.Entry()
(entryc, err) = git.log(file=file, num=1, extopts="--stat -p -M -C --full-index", rev=b)
entry.content = "<![CDATA[\n" + entryc + "\n]]>"
entry.title = "%s : %s" % (file, b)
entry.id = settings.blog_url + '/' + file
entry.updated = self.atom_date(file, rev=b)
dfeed.entries.append(entry)
return str(xmldoc)
def atom_date(self, file, rev=None):
if rev == None:
(arr, err) = git.log(file=file, num=1, format="%ai")
else:
(arr, err) = git.log(file=file, num=1, format="%ai", rev=rev)
arr = arr.splitlines()[0].split()
return arr[0] + 'T' + arr[1] + arr[2]
def log(parameters):
git = Repo(".", search_parent_directories=True).git
if parameters:
return git.log(parameters)
return git.log()
def list_generate(bad, good):
notable_hashes = []
start = None
end = None
if git.is_ancestor('fix-pack-base-7010', bad):
if git.is_ancestor('fix-pack-base-7010', good):
start = bad if git.is_ancestor(bad, good) else good
end = bad if start == good else good
notable_hashes = sublist_generate(start + '~1', end)
else:
start = bad
end = good
notable_hashes = notable_hashes + sublist_generate(
'cc57347219da4911d30b154188a99c6a628f6079', end)
notable_hashes = notable_hashes + sublist_generate(
start + '~1', 'fix-pack-de-27-7010')
else:
if git.is_ancestor('fix-pack-base-7010', good):
start = good
end = bad
notable_hashes = notable_hashes + sublist_generate(
'cc57347219da4911d30b154188a99c6a628f6079', end)
notable_hashes = notable_hashes + sublist_generate(
start + '~1', 'fix-pack-de-27-7010')
else:
bad_first = git.is_ancestor(bad, good)
good_first = git.is_ancestor(good, bad)
if bad_first and not good_first:
start = bad
end = good
elif good_first and not bad_first:
start = good
end = bad
else:
common_ancestor = git.merge_base(bad, good).strip()
bad_first = len(
git.log('--pretty=%H',
'%s..%s' % (common_ancestor, bad)).split('\n'))
good_first = len(
git.log('--pretty=%H',
'%s..%s' % (common_ancestor, good)).split('\n'))
start = common_ancestor
end = bad if bad_first > good_first else good
notable_hashes = sublist_generate(start + '~1', end)
if end == good:
notable_hashes[0]['status'] = 'good'
notable_hashes[-1]['status'] = 'bad'
else:
notable_hashes[-1]['status'] = 'good'
notable_hashes[0]['status'] = 'bad'
generate_html(notable_hashes)
def sublist_generate(start, end):
matching_tags = {}
last_ticket_id = None
for line in git.log('--date=short', '--format=format:%H %cd',
'--simplify-by-decoration',
'%s..%s' % (start, end)).split('\n'):
commit_hash, commit_date = line.split()[0:2]
commit_tag = git.tag('--points-at', commit_hash)
if commit_tag.find('\n') != -1:
candidate_tags = [
x for x in commit_tag.split('\n') if x.find('fix-pack-') == 0
]
if len(candidate_tags) > 0:
commit_tag = candidate_tags[0]
if commit_tag.find('fix-pack-') != 0:
continue
metadata = {
'hash': commit_tag,
'date': commit_date,
'ticket': '',
'status': None
}
matching_tags[commit_tag] = metadata
matching_tags[commit_hash] = metadata
notable_hashes = []
for line in git.log('--date=short', '--pretty=%H %cd %s',
'%s..%s' % (start, end)).split('\n'):
commit_hash, commit_date, ticket_id = line.split()[0:3]
if commit_hash in matching_tags:
notable_hashes.append(matching_tags[commit_hash])
continue
if ticket_id != ticket_id.upper():
continue
if last_ticket_id == ticket_id:
continue
last_ticket_id = ticket_id
notable_hashes.append({
'hash': commit_hash,
'date': commit_date,
'ticket': ticket_id,
'status': None
})
return notable_hashes
def check_diff_between_branches(base_branch):
only_in_base_branch = git.log("HEAD.." + base_branch, oneline = True)
only_in_active_branch = git.log(base_branch + "..HEAD", oneline = True)
if len(only_in_base_branch) != 0:
log_fatal_and_exit(" '%s' is ahead of current branch by %s commits. Rebase "
"and try again.", base_branch, len(only_in_base_branch.split("\n")))
if len(only_in_active_branch) == 0:
log_fatal_and_exit(" Current branch is same as '%s'. Exiting...", base_branch)
if len(only_in_active_branch.split("\n")) > 1:
log_fatal_and_exit(" Current branch is ahead of '%s' by %s commits. Squash into single "
"commit and try again.",
base_branch, len(only_in_active_branch.split("\n")))
def checkHistory(self):
"""
Check history of known tests
"""
git = self.__getGitCmd()
# git log --decorate=full --since=1 --simplify-by-decoration /
# --pretty=%H|%aN|%ae|%ai|%d --follow HEAD
checkDays = int(settings.CHECK_COMMMITS_PREVIOUS_DAYS)
if not checkDays:
checkDays = 1
tests = Test.objects.filter(git=self, is_enable=True).only('folder')
if len(tests) == 0:
self.__getLog().warning("repository %s is empty (0 tests)" % self.name)
else:
self.__getLog().info(
"repository %s contiants %d tests" %
(self.name, len(tests)))
for test in tests:
if not test.folder:
self.__getLog().warning("The GIT folder for test '%s'"
" is not declared." % test.name)
continue
path_dir = "%s/%s" % (self.path_absolute, test.folder)
if not os.path.exists(path_dir):
self.__getLog().warning("Test %s doesn't exists" % path_dir)
continue
rows = git.log('--decorate=full',
'--since=%s.days' % checkDays,
'--simplify-by-decoration',
'--pretty=%H|%aN|%ae|%ai|%d',
'--follow',
'HEAD',
"%s" % path_dir)\
.split('\n')
self.__saveCommits(test, rows)
def atom_authors(self, arr):
(arr, err) = git.log(file=arr, format="%an")
res = []
for a in arr.splitlines():
if a not in res:
res.append(a)
return res
def git_hash_time(hash, folders):
changes = set()
changes_file = get_rd_file('changes.txt')
if os.path.exists(changes_file):
with open(changes_file, 'r') as f:
changes = set([line.strip() for line in f.readlines()])
mtime = git.log('-1', hash, '--pretty=format:%ct')
if mtime == '':
return
mtime = int(mtime)
for folder in folders:
folder = folder.strip()
source_folder = '%s/src/main/java' % folder
if not os.path.isdir(source_folder):
source_folder = '%s/docroot/WEB-INF/src' % folder
if not os.path.isdir(source_folder):
source_folder = '%s/src' % folder
if not os.path.isdir(source_folder):
continue
for file in git.ls_files(source_folder).split('\n'):
if file not in changes and os.path.isfile(file):
os.utime(file, (mtime, mtime))
def getparent_origin():
remote_refs = git.for_each_ref('--format=%(refname)',
'refs/remotes/').split('\n')
origin_branches = [
ref[len('refs/remotes/'):] for ref in remote_refs
if ref.find('refs/remotes/origin') == 0 and ref[-5:] != '/HEAD'
]
upstream_branches = [
ref[len('refs/remotes/'):] for ref in remote_refs
if ref.find('refs/remotes/upstream') == 0 and ref[-5:] != '/HEAD'
]
closest_branch = None
closest_branch_diff = -1
for branch_set in [upstream_branches, origin_branches]:
for branch in branch_set:
short_branch = branch[branch.find('/') + 1:]
if short_branch == current_branch or short_branch == closest_branch or not git.is_ancestor(
branch, current_branch):
continue
branch_diff = len(
git.log('--pretty=%H', '%s..%s' % (branch, current_branch)))
if closest_branch is None or branch_diff < closest_branch_diff:
closest_branch = short_branch
closest_branch_diff = branch_diff
if closest_branch is not None:
return closest_branch
return current_branch
def get_hash_info(commit_hash):
commit_date, ticket_id = git.log('-1', '--date=short', '--pretty=%cd %s',
commit_hash).strip().split()[0:2]
if ticket_id != ticket_id.upper():
ticket_id = None
return commit_date, ticket_id
def commit_author_time_and_branch_ref(run, master_branch):
get_refs = for_each_ref('refs/remotes/origin/**',
format='%(refname:short) %(authordate:unix)')
with run(get_refs) as program:
for branch, t in columns(program.stdout):
get_time = log(f"{master_branch}..{branch}", format='%at')
with run(get_time) as inner_program:
for author_time, in columns(inner_program.stdout):
yield int(author_time), branch
def clone(git_params,
repo_path,
logfile,
workDir=None,
clone_once=False,
**kwargs):
git = Git(git_params, repo_path, clone_once, logfile)
git.clone(**kwargs)
if git.repo_cloned:
git.checkout()
git.apply_patch(workDir)
git.log()
def getCommits(self, git, n = None, after = None, before = None):
params = []
params.append('--pretty=format:"%H"')
if n:
params.append('-n ' + str(n))
if after:
params.append('--after=' + after)
if before:
params.append('--before=' + before)
info = git.log(params)
commits = info.strip('"').split('"\n"')
return commits
def log(item=""):
"""
Show the history log of an item
@param item
the item to be show the log. If not provided, the complete history of the
repository will be shown
@return
The history of the item
"""
return git.log(item)
def log(item=""):
"""
Show the history log of an item
@param item
the item to be show the log. If not provided, the complete history of the
repository will be shown
@return
The history of the item
"""
return git.log(item)
def merge(repo_dir, gaia_url, branch_to, branch_from):
git.delete_gaia(repo_dir)
t = util.time_start()
if os.path.exists(repo_dir):
print "Updating Gaia"
git.update_gaia(repo_dir, gaia_url)
print "Updated Gaia in %0.2f seconds" % util.time_end(t)
else:
print "Creating Gaia"
git.create_gaia(repo_dir, gaia_url) # This is sadly broken
print "Created Gaia in %0.2f seconds" % util.time_end(t)
print "Merging %s into branch %s" % (branch_from, branch_to)
if not branch_to in git.branches(repo_dir):
print >> sys.stderr, "Asking to merge into a branch that doesn't exist (%s)" % branch_to
return None
if not branch_from in git.branches(repo_dir):
print >> sys.stderr, "Asking to merge from a branch that doesn't exist (%s)" % branch_from
return None
git.checkout(repo_dir, branch_to)
start_commit = git.get_rev(repo_dir)
git.merge(repo_dir, branch_from, strategy="recursive")
end_commit = git.get_rev(repo_dir)
print "Merge range is %s..%s" % (start_commit[:7], end_commit[:7])
print git.log(repo_dir, "%s..%s" % (start_commit, end_commit), pretty="oneline")
print "Dry Run push"
git.push(repo_dir, remote="origin", branches=[branch_to], dry_run=True)
info = git.push(repo_dir, remote="origin", branches=[branch_to])
print "Would be pusing to %s" % info["url"]
for branch in info["branches"].keys():
s, e = info["branches"][branch]
print " %s: %s..%s" % (branch, s, e)
if util.ask_yn("Push for realises?"):
info = git.push(repo_dir, remote="origin", branches=[branch_to], dry_run=False)
print "Pushed to %s" % info["url"]
for branch in info["branches"].keys():
s, e = info["branches"][branch]
print " %s: %s..%s" % (branch, s, e)
comment(repo_dir, branch_to, "%s..%s" % (start_commit, end_commit))
def open_patcher_portal():
fix_id = None
fix_name = None
if current_branch.find('patcher-') == 0:
fix_id = current_branch[len('patcher-'):]
elif current_branch.find('fix-pack-fix-') == 0:
fix_id = current_branch[len('fix-pack-fix-'):]
for typeFilter in ['0', '1', '6', '2']:
if fix_id is None:
fix_id, fix_name = get_fix_id(typeFilter)
if fix_id is None:
print('No existing fix to update, opening window for a new fix...')
base_url = 'https://patcher.liferay.com/group/guest/patching/-/osb_patcher/fixes/create'
else:
print('Opening window to update fix %s...' % fix_id)
base_url = 'https://patcher.liferay.com/group/guest/patching/-/osb_patcher/fixes/%s/edit' % fix_id
product_version, project_version = get_baseline_id()
origin_name = sys.argv[1]
parameters = {
'patcherProductVersionId': product_version,
'patcherProjectVersionId': project_version,
'committish': current_branch,
'gitRemoteURL': origin_name
}
if fix_name is not None:
parameters['patcherFixName'] = fix_name
elif fix_id is not None:
parameters['patcherFixName'] = get_fix_name_from_id(fix_id)
else:
pattern = re.compile('LP[EPS]-[0-9]*')
fixes = set()
for line in git.log('%s..%s' % (base_tag, 'HEAD'),
'--pretty=%s').split('\n'):
fixes.update(pattern.findall(line))
parameters['patcherFixName'] = ','.join(sorted(fixes))
namespaced_parameters = get_namespaced_parameters(
'1_WAR_osbpatcherportlet', parameters)
query_string = '&'.join([
'%s=%s' % (key, value) for key, value in namespaced_parameters.items()
])
webbrowser.open_new_tab('%s?%s' % (base_url, query_string))
def get_candidate_fix_names():
pattern = re.compile('LP[EPS]-[0-9]*')
if current_branch.find('LPE-') == 0 or current_branch.find('LPP-') == 0 or current_branch.find('LPS-') == 0:
yield ','.join(sorted(pattern.findall(current_branch)))
fixes = set()
for line in git.log('%s..%s' % (base_tag, 'HEAD'), '--pretty=%s').split('\n'):
fixes.update(pattern.findall(line))
if len(fixes) > 0:
yield ','.join(sorted(fixes))
def guess_bug_id(repo_dir, commit):
def _show_bugs():
print "Possible bugs:"
for i in range(0, len(possible_bug_ids)):
print "%d) Bug %s: %s" % (i, possible_bug_ids[i], bug_summaries.get(possible_bug_ids[i], "Closed bug"))
msg = git.log(repo_dir, commit, number=1, pretty="%B")
bug_ids = []
possible_bug_ids = []
bug_summaries = {}
for pattern in bug_id_patterns:
possible_bug_ids.extend([int(x) for x in pattern.findall(msg)])
possible_bug_ids = list(set(sorted(possible_bug_ids)))
for bug in possible_bug_ids:
bug_data = bzapi.fetch_bug(bug, include_fields="summary")
if bug_data.has_key("summary"):
bug_summaries[bug] = bug_data["summary"]
print "Commit %s has a body of:\n%s" % (commit, msg.strip())
print "-" * 80
if len(possible_bug_ids) == 1:
print "I only found one bug:\nBug %s -- %s" % (
possible_bug_ids[0],
bug_summaries.get(possible_bug_ids[0], "Closed bug"),
)
if util.ask_yn("Use it?"):
bug_ids = possible_bug_ids
elif len(possible_bug_ids) > 0:
_show_bugs()
index = None
prompt = "index, 'clear' or 'done' %s: "
_input = raw_input(prompt % str(bug_ids))
while _input.strip().lower() != "done":
if _input.strip().lower() == "clear":
bug_ids = []
else:
try:
i = int(_input.strip())
if possible_bug_ids[i] in bug_ids:
print "Dude, this is already there!"
else:
bug_ids.append(possible_bug_ids[i])
except:
print "try again!"
pass
_input = raw_input(prompt % str(bug_ids))
else:
print "There are no bugs to guess from"
print "=" * 80
return bug_ids
def list_generate(bad, good):
last_ticket_id = None
notable_hashes = []
for line in git.log('--date=short', '--pretty=%H %cd %s',
bad + '...' + good).split('\n'):
commit_hash, commit_date, ticket_id = line.split()[0:3]
if ticket_id != ticket_id.upper():
continue
if last_ticket_id == ticket_id:
continue
last_ticket_id = ticket_id
notable_hashes.append({
'hash': commit_hash,
'date': commit_date,
'ticket': ticket_id,
'status': None
})
bad_date, bad_ticket_id = get_hash_info(bad)
bad_hash = {
'hash': bad,
'date': bad_date,
'ticket': bad_ticket_id,
'status': 'bad'
}
good_date, good_ticket_id = get_hash_info(good)
good_hash = {
'hash': good,
'date': good_date,
'ticket': good_ticket_id,
'status': 'good'
}
if git.is_ancestor(bad, good):
notable_hashes.insert(0, good_hash)
notable_hashes.append(bad_hash)
else:
notable_hashes.insert(0, bad_hash)
notable_hashes.append(good_hash)
generate_html(notable_hashes)
def checkHistory(self):
"""
Check history of known tests
"""
git = self.__getGitCmd()
# git log --decorate=full --since=1 --simplify-by-decoration /
# --pretty=%H|%aN|%ae|%ai|%d --follow HEAD
checkDays = int(settings.CHECK_COMMMITS_PREVIOUS_DAYS)
if not checkDays:
checkDays = 1
tests = Test.objects.filter(git=self, is_enable=True).only('folder')
if len(tests) == 0:
self.__getLog().warning("repository %s is empty (0 tests)" %
self.name)
else:
self.__getLog().info("repository %s contiants %d tests" %
(self.name, len(tests)))
for test in tests:
if not test.folder:
self.__getLog().warning("The GIT folder for test '%s'"
" is not declared." % test.name)
continue
path_dir = "%s/%s" % (self.path_absolute, test.folder)
if not os.path.exists(path_dir):
self.__getLog().warning("Test %s doesn't exists" % path_dir)
test.is_enable = False
test.save()
continue
rows = git.log('--decorate=full',
'--since=%s.days' % checkDays,
'--simplify-by-decoration',
'--pretty=%H|%aN|%ae|%ai|%d',
'--follow',
'HEAD',
"%s" % path_dir)\
.split('\n')
self.__saveCommits(test, rows)
def __call__(self):
self.log.write('New changesets have been pushed.\n')
# See if the push changed something in the master branch
git.reset('origin/master')
current_id = git.id()
git.fetch()
git.reset(self.revision)
if current_id != self.revision:
self.log.write('The master branch has new commits.\n')
# Make a new development snapshot
builder = snapshotbuilder.SnapshotBuilder(self.amqp_connection, self.revision, self.log, 'openclonk', False)
# TODO: Remove all other snapshot builders from the queue
self.queue.put(50, builder)
# Also make a new mape build. In principle we could do this only if something in the
# mape directory or any of the other files used by mape change, but let's keep it simple here.
builder = snapshotbuilder.SnapshotBuilder(self.amqp_connection, self.revision, self.log, 'mape', False)
# TODO: Remove all other snapshot builders from the queue
self.queue.put(70, builder)
# See if something in the docs directory has changed
log = git.log('docs', current_id, self.revision, 'oneline')
if len(log) > 1 or (len(log) == 1 and log[0] != current_id):
# TODO: Remove all other doc builders from the queue
builder = docbuilder.DocBuilder(self.revision, self.log)
self.queue.put(80, builder)
else:
self.log.write('The master branch has no new commits.\n')
# TODO: Make a release if the version changed
return True
def _check_new_branch(self, branch, input_work_dir, output_work_dir,
output_reference):
# try to find merge-base in input tree,
# assumes master branch is always mirrored
#
# this handles the case of having created a new branch,
# and asking for that to be mirrored into the prune tree.
base_id = git.merge_base('origin/' + self.master,
'origin/' + branch,
tree=input_work_dir)
git.clone(output_reference, output_work_dir, options=['-q'])
git.set_origin_url(self._output_tree, output_work_dir)
# try to find the merge-base or its parent/grandparent/... in the
# output tree - since it should have been branched from the master
# (or in any case we look at the merge-base between master and it)
# this should exist - HOWEVER: some commits might not be mirrored,
# so look for the *parent [with a reasonable limit]
for offset in range(0, self.max_parents):
search = git.rev_parse(rev='%s~%d' % (base_id, offset),
tree=input_work_dir)
self.debug('search for %s~%d=%s:' % (base_id, offset, search))
grep = '%s: %s' % (self._commit_id_prefix, search)
out_commits = git.log(options=[
'--grep', grep, '--format=format:%H',
'origin/' + self.output_branch_name(self.master)
],
tree=output_work_dir)
out_commits = out_commits.split()
if not out_commits or len(out_commits) > 1:
self.debug('not found')
continue
start_commit = out_commits[0]
self.debug('found at %s' % start_commit)
return start_commit
raise Exception('failed to find parent/grandparent/...')
def comment(repo_dir, branch_to, commit_range, dry_run=False):
all_commits = git.log(repo_dir, commit_range, pretty="%H").strip().split("\n")
comments = {}
commits_without_bugs = []
assert branch_to in git.branches(repo_dir), "branch parameter must be a branch"
i = 0
for commit in all_commits:
i += 1
print "bug %d of %d" % (i, len(all_commits))
bug_ids = guess_bug_id(repo_dir, commit)
if bug_ids is None or len(bug_ids) == 0:
commits_without_bugs.append(commit)
else:
for bug_id in bug_ids:
if not bug_id in comments.keys():
comments[bug_id] = []
comments[bug_id].append(commit)
failed_bugs = []
for bug_id in comments.keys():
comment = []
flags = branch_logic.flags_to_set([branch_to])
for commit in comments[bug_id]:
comment.append("v1.1.0hd: %s" % commit)
comment = "\n".join(comment)
print "Commenting on bug %s with:\ntext: %s\nflags: %s" % (bug_id, comment, flags)
if not dry_run:
try:
bzapi.update_bug(bug_id, comment=comment, values=flags)
except:
failed_bugs.append(bug_id)
print "The following commits do not have a bug associated with them:\n%s" % commits_without_bugs
print "Failed to comment on the following bugs:\n%s" % failed_bugs
def run():
result = git.log()
raw_entries = [line for line in result.stdout.split("\n")]
entries = [Entry.from_line(line) for line in raw_entries if line]
for entry in entries:
sys.stdout.write(entry.commit_hash + " " + entry.message + "\n")
def plotCommitsByDate(git):
git.log().showCommitsByDate()
def _check_new_branch(self, branch, input_work_dir, output_work_dir,
output_reference):
# This handles the case of having created a new branch,
# and asking for that to be mirrored into the prune tree.
#
# Try to find a starting point in the input tree. We assume
# this will basically always succeed, since the master branch
# is always mirrored, we _should_ find something (but can fail
# if somebody created a branch without a merge-base.)
# unfortunately we now need to do this first, to sort out which
# branches we already know in the output
git.clone(output_reference, output_work_dir, options=['-q'])
self.debug("trying to find starting point for new branch %s" % branch)
candidate_branches = []
for other in self._branches:
if other == branch:
continue
out_branch = 'origin/' + self.output_branch_name(other)
try:
git.rev_parse(out_branch, tree=output_work_dir)
except:
self.debug(" branch %s doesn't exist in output %s (yet)" %
(out_branch, output_work_dir))
continue
candidate_branches.append(other)
potential_merge_bases = []
for other in candidate_branches:
try:
base = git.merge_base('origin/' + other,
'origin/' + branch,
tree=input_work_dir)
potential_merge_bases.append(base)
self.debug(" base to %s is %s" % (other, base))
except git.GitError:
self.debug(" no base to %s" % (other, ))
bases = git.independent_commits(potential_merge_bases,
tree=input_work_dir)
self.debug("found starting points %s" % (", ".join(bases)))
assert len(bases) == 1, "No single merge base found: %r" % bases
base_id = bases[0]
base_branch = None
for other in candidate_branches:
if git.merge_base('origin/' + other, base_id,
tree=input_work_dir) == base_id:
base_branch = 'origin/' + self.output_branch_name(other)
break
assert base_branch, "This shouldn't happen, found no base branch?!"
# try to find the merge-base or its parent/grandparent/... in the
# output tree - since it should have been branched from the master
# (or in any case we look at the merge-base between master and it)
# this should exist - HOWEVER: some commits might not be mirrored,
# so look for the *parent [with a reasonable limit]
for offset in range(0, self.max_parents):
search = git.rev_parse(rev='%s~%d' % (base_id, offset),
tree=input_work_dir)
self.debug('search for %s~%d=%s:' % (base_id, offset, search))
grep = '%s: %s' % (self._commit_id_prefix, search)
out_commits = git.log(
options=['--grep', grep, '--format=format:%H', base_branch],
tree=output_work_dir)
out_commits = out_commits.split()
if not out_commits or len(out_commits) > 1:
self.debug('not found')
continue
start_commit = out_commits[0]
self.debug('found at %s' % start_commit)
return start_commit
raise Exception('failed to find parent/grandparent/...')
rb_id = get_review_board_id_if_present(issue_url, rb_link_title)
# If no review board link found, create new review request and add its link to jira.
if rb_id is None:
reviews_url = "https://reviews.apache.org/api/review-requests/"
data = {"repository" : "hbase-git"}
r = requests.post(reviews_url, data = data, auth = rb_auth)
assert_status_code(r, 201, "creating new review request")
review_request = json.loads(r.content)["review_request"]
absolute_url = review_request["absolute_url"]
logger.info(" Created new review request: %s", absolute_url)
# Use jira summary as review's summary too.
summary = get_jira_summary(issue_url)
# Use commit message as description.
description = git.log("-1", pretty="%B")
update_draft_data = {"bugs_closed" : [args.jira_id.upper()], "target_groups" : "hbase",
"target_people" : args.reviewers, "summary" : summary,
"description" : description }
draft_url = review_request["links"]["draft"]["href"]
r = requests.put(draft_url, data = update_draft_data, auth = rb_auth)
assert_status_code(r, 200, "updating review draft")
draft_request = json.loads(r.content)["draft"]
diff_url = draft_request["links"]["draft_diffs"]["href"]
files = {'path' : (patch_filename, open(patch_filepath, 'rb'))}
r = requests.post(diff_url, files = files, auth = rb_auth)
assert_status_code(r, 201, "uploading diff to review draft")
r = requests.put(draft_url, data = {"public" : True}, auth = rb_auth)
assert_status_code(r, 200, "publishing review request")
def getLogData(git):
numstat = git.log(opt='--numstat').wordsAddRemInfo()
return numstat
def plotCommitsByDate(git):
git.log().showCommitsByDate()
def getLogData(git):
numstat = git.log(opt='--numstat').wordsAddRemInfo()
return numstat
def test_log_normal():
assert log() == ["git", "log"]
def test_log_limit():
assert log(limit=10) == ["git", "log", "-10"]
def test_log_format():
assert log(format='%a') == ["git", "log", "--format=%a"]
def test_log_selector():
assert log('selector') == ["git", "log", "selector"]
rb_id = get_review_board_id_if_present(issue_url, rb_link_title)
# If no review board link found, create new review request and add its link to jira.
if rb_id is None:
reviews_url = "https://reviews.apache.org/api/review-requests/"
data = {"repository": "hbase-git"}
r = requests.post(reviews_url, data=data, auth=rb_auth)
assert_status_code(r, 201, "creating new review request")
review_request = json.loads(r.content)["review_request"]
absolute_url = review_request["absolute_url"]
logger.info(" Created new review request: %s", absolute_url)
# Use jira summary as review's summary too.
summary = get_jira_summary(issue_url)
# Use commit message as description.
description = git.log("-1", pretty="%B")
update_draft_data = {
"bugs_closed": [args.jira_id.upper()],
"target_groups": "hbase",
"target_people": args.reviewers,
"summary": summary,
"description": description
}
draft_url = review_request["links"]["draft"]["href"]
r = requests.put(draft_url, data=update_draft_data, auth=rb_auth)
assert_status_code(r, 200, "updating review draft")
draft_request = json.loads(r.content)["draft"]
diff_url = draft_request["links"]["draft_diffs"]["href"]
files = {'path': (patch_filename, open(patch_filepath, 'rb'))}
r = requests.post(diff_url, files=files, auth=rb_auth)
def find_git_commit(row):
res = git.log("--all", f"--grep={row} ")
if res != "":
return row
return None
