def build_uplift_requirements(repo_dir):
if os.path.exists(requirements_file) and util.ask_yn("Found existing requirements. Should they be used?"):
bug_info = util.read_json(requirements_file)
else:
bug_info = {}
enabled_branches = c.read_value('repository.enabled_branches')
all_queries = c.read_value('queries')
queries = []
for branch in enabled_branches:
queries.extend(all_queries[branch])
bugs = [x for x in find_bugs(queries) if not is_skipable(x)]
print "Fetching bug data"
for bug_id in bugs:
if is_skipable(bug_id):
continue
bug = bzapi.fetch_complete_bug(bug_id)
print "+",
needed_on = branch_logic.needed_on_branches(bug)
if len(needed_on) == 0:
continue
b = bug_info[bug_id] = {}
b['needed_on'] = needed_on
b['already_fixed_on'] = branch_logic.fixed_on_branches(bug)
b['summary'] = bug['summary']
print "\nFinished fetching bug data"
util.write_json(requirements_file, bug_info)
return bug_info
def ugly_bug_comment(repo_dir, bug_id, bug):
values = bug['flags_to_set']
bug_data = bzapi.fetch_complete_bug(bug_id, cache_ok=True)
flags = make_needinfo(bug_data)
comment = generate_ugly_bug_msg(bug)
try:
bzapi.update_bug(bug_id, comment=comment, values=values, flags=flags)
except Exception, e:
raise FailedToComment({
'exception': e,
'traceback': traceback.format_exc()
})
def for_all_bugs(repo_dir, requirements, upstream="master"):
# Let's see if we have any commits in the req file.
any_bug_has_commits = False
bugs_without_commits = []
for bug_id in requirements:
if requirements[bug_id].has_key('commits'):
if len(requirements[bug_id]['commits']) > 0:
any_bug_has_commits = True
else:
bugs_without_commits.append(bug_id)
if any_bug_has_commits:
print "Some bugs in this requirements file already have commits."
# reuse is use the existing commits, don't ask for more.
# add is use the existing commits for bugs that have no commits, ignore others
# delete will remove the commits from the requirements dictionary
prompt = "Enter 'reuse', 'add' or 'delete': "
user_input = raw_input(prompt).strip()
while user_input not in ('reuse', 'add', 'delete'):
user_input = raw_input(prompt).strip()
if user_input == 'reuse':
bugs_to_find = [] # just use what's in the file
elif user_input == 'add':
bugs_to_find = bugs_without_commits # Only ask for commits for commit-less bugs
elif user_input == 'delete':
# Delete the commits that are in the requirements file
for bug_id in requirements.keys():
if requirements[bug_id].has_key('commits'):
del requirements[bug_id]['commits']
util.write_json(uplift.requirements_file, requirements)
bugs_to_find = requirements.keys()
else:
raise Exception("Huh?")
else:
bugs_to_find = requirements.keys()
pruned_bugs_to_find = [x for x in bugs_to_find if not uplift.is_skipable(x)]
j=0
for bug_id in sorted(pruned_bugs_to_find):
j+=1
print "=" * 80
print "Bug %d of %d" % (j, len(pruned_bugs_to_find))
bug = bzapi.fetch_complete_bug(bug_id, cache_ok=True)
requirements[bug_id]['commits'] = for_one_bug(repo_dir, bug_id, bug, upstream)
util.write_json(uplift.requirements_file, requirements)
return requirements
def bad_bug_comment(repo_dir, bug_id, bug):
# Short circuit for when we don't need to make a comment
bug_data = bzapi.fetch_complete_bug(bug_id, cache_ok=True)
for c in [x['text'] for x in bug_data['comments']]:
if c and 'git cherry-pick' in c:
return
# If there is an assignee, try to needinfo them!
flags = make_needinfo(bug_data)
comment = generate_bad_bug_msg(repo_dir, bug)
try:
bzapi.update_bug(bug_id, comment=comment, values={}, flags=flags)
except Exception, e:
raise FailedToComment({
'exception': e,
'traceback': traceback.format_exc()
})
