def hash_ref_pairs(self):
"""Return a list of (sha1, name) tuples from the repo's list of refs.
:returns: a list of (sha1, name)
"""
if self._hash_ref_pairs is None:
self._hash_ref_pairs = phlgit_showref.hash_ref_pairs(self._repo)
return self._hash_ref_pairs
def hash_ref_pairs(self):
"""Return a list of (sha1, name) tuples from the repo's list of refs.
:returns: a list of (sha1, name)
"""
if self._hash_ref_pairs is None:
self._hash_ref_pairs = phlgit_showref.hash_ref_pairs(self._repo)
return self._hash_ref_pairs
def hash_ref_pairs(self):
"""Return a list of (sha1, name) tuples from the repo's list of refs.
:repo: a callable supporting git commands, e.g. repo("status")
:returns: a list of (sha1, name)
"""
if self._hash_ref_pairs is None:
self._hash_ref_pairs = phlgit_showref.hash_ref_pairs(self._repo)
return self._hash_ref_pairs
def _get_branch_to_hash(git):
remote = git.get_remote()
hash_ref_list = phlgit_showref.hash_ref_pairs(git)
def is_remote(ref):
return phlgitu_ref.is_under_remote(ref, remote)
# XXX: can't use dictionary comprehensions until the linters don't complain
full_to_short = phlgitu_ref.fq_remote_to_short_local
branch_to_hash = dict([
(full_to_short(r), h) for h, r in hash_ref_list if is_remote(r)
])
return branch_to_hash
def process(args):
repo = phlsys_git.Repo('.')
#
# First, gather all the data
#
# XXX: only supports 'origin' remote at present
remote = 'origin'
hash_ref_pairs = phlgit_showref.hash_ref_pairs(repo)
remote_branch_to_hash = _remote_branches_as_short_local(
hash_ref_pairs, remote)
# local_branch_to_hash = _short_local_branches(hash_ref_pairs)
branch_naming = abdt_compositenaming.Naming(
abdt_classicnaming.Naming(),
abdt_rbranchnaming.Naming())
branch_pairs = abdt_naming.get_branch_pairs(
remote_branch_to_hash.keys(), branch_naming)
managed_review_branches = _get_managed_review_branches(
remote_branch_to_hash, branch_pairs)
#
# Finally, decide how to display it
#
if args.format_json:
print(json.dumps(managed_review_branches, sort_keys=True, indent=2))
elif args.format_python:
pprint.pprint(managed_review_branches)
elif args.format_string:
for branch in managed_review_branches:
print(args.format_string.format(**branch))
else: # args.format_summary
if managed_review_branches:
print("{:6} {:14} {}".format("ID", "status", "tracked name"))
for branch in managed_review_branches:
print("{review_id:6} {status:14} {tracked_name}".format(
**branch))
def process(args):
repo = phlsys_git.Repo('.')
#
# First, gather all the data
#
# XXX: only supports 'origin' remote at present
remote = 'origin'
hash_ref_pairs = phlgit_showref.hash_ref_pairs(repo)
remote_branch_to_hash = _remote_branches_as_short_local(
hash_ref_pairs, remote)
# local_branch_to_hash = _short_local_branches(hash_ref_pairs)
branch_naming = abdt_compositenaming.Naming(abdt_classicnaming.Naming(),
abdt_rbranchnaming.Naming())
branch_pairs = abdt_naming.get_branch_pairs(remote_branch_to_hash.keys(),
branch_naming)
managed_review_branches = _get_managed_review_branches(
remote_branch_to_hash, branch_pairs)
#
# Finally, decide how to display it
#
if args.format_json:
print(json.dumps(managed_review_branches, sort_keys=True, indent=2))
elif args.format_python:
pprint.pprint(managed_review_branches)
elif args.format_string:
for branch in managed_review_branches:
print(args.format_string.format(**branch))
else: # args.format_summary
if managed_review_branches:
print("{:6} {:14} {}".format("ID", "status", "tracked name"))
for branch in managed_review_branches:
print("{review_id:6} {status:14} {tracked_name}".format(
**branch))
