def do_readlocked_repository_request(self, repository, revision_id):
"""Return the result of repository.get_revision_graph(revision_id).
Deprecated as of bzr 1.4, but supported for older clients.
:param repository: The repository to query in.
:param revision_id: The utf8 encoded revision_id to get a graph from.
:return: A smart server response where the body contains an utf8
encoded flattened list of the revision graph.
"""
if not revision_id:
revision_id = None
lines = []
graph = repository.get_graph()
if revision_id:
search_ids = [revision_id]
else:
search_ids = repository.all_revision_ids()
search = graph._make_breadth_first_searcher(search_ids)
transitive_ids = set()
map(transitive_ids.update, list(search))
parent_map = graph.get_parent_map(transitive_ids)
revision_graph = _strip_NULL_ghosts(parent_map)
if revision_id and revision_id not in revision_graph:
# Note that we return an empty body, rather than omitting the body.
# This way the client knows that it can always expect to find a body
# in the response for this method, even in the error case.
return FailedSmartServerResponse(('nosuchrevision', revision_id), '')
for revision, parents in revision_graph.items():
lines.append(' '.join((revision, ) + tuple(parents)))
return SuccessfulSmartServerResponse(('ok', ), '\n'.join(lines))
def do_readlocked_repository_request(self, repository, revision_id):
"""Return the result of repository.get_revision_graph(revision_id).
Deprecated as of bzr 1.4, but supported for older clients.
:param repository: The repository to query in.
:param revision_id: The utf8 encoded revision_id to get a graph from.
:return: A smart server response where the body contains an utf8
encoded flattened list of the revision graph.
"""
if not revision_id:
revision_id = None
lines = []
graph = repository.get_graph()
if revision_id:
search_ids = [revision_id]
else:
search_ids = repository.all_revision_ids()
search = graph._make_breadth_first_searcher(search_ids)
transitive_ids = set()
map(transitive_ids.update, list(search))
parent_map = graph.get_parent_map(transitive_ids)
revision_graph = _strip_NULL_ghosts(parent_map)
if revision_id and revision_id not in revision_graph:
# Note that we return an empty body, rather than omitting the body.
# This way the client knows that it can always expect to find a body
# in the response for this method, even in the error case.
return FailedSmartServerResponse(('nosuchrevision', revision_id), '')
for revision, parents in revision_graph.items():
lines.append(' '.join((revision, ) + tuple(parents)))
return SuccessfulSmartServerResponse(('ok', ), '\n'.join(lines))
def _expand_annotations(annotations, branch, current_rev=None):
"""Expand a file's annotations into command line UI ready tuples.
Each tuple includes detailed information, such as the author name, and date
string for the commit, rather than just the revision id.
:param annotations: The annotations to expand.
:param revision_id_to_revno: A map from id to revision numbers.
:param branch: A locked branch to query for revision details.
"""
repository = branch.repository
if current_rev is not None:
# This can probably become a function on MutableTree, get_revno_map
# there, or something.
last_revision = current_rev.revision_id
# XXX: Partially Cloned from branch, uses the old_get_graph, eep.
# XXX: The main difficulty is that we need to inject a single new node
# (current_rev) into the graph before it gets numbered, etc.
# Once KnownGraph gets an 'add_node()' function, we can use
# VF.get_known_graph_ancestry().
graph = repository.get_graph()
revision_graph = dict(((key, value) for key, value in
graph.iter_ancestry(current_rev.parent_ids) if value is not None))
revision_graph = _strip_NULL_ghosts(revision_graph)
revision_graph[last_revision] = current_rev.parent_ids
merge_sorted_revisions = tsort.merge_sort(
revision_graph,
last_revision,
None,
generate_revno=True)
revision_id_to_revno = dict((rev_id, revno)
for seq_num, rev_id, depth, revno, end_of_merge in
merge_sorted_revisions)
else:
revision_id_to_revno = branch.get_revision_id_to_revno_map()
last_origin = None
revision_ids = set(o for o, t in annotations)
revisions = {}
if CURRENT_REVISION in revision_ids:
revision_id_to_revno[CURRENT_REVISION] = (
"%d?" % (branch.revno() + 1),)
revisions[CURRENT_REVISION] = current_rev
revision_ids = [o for o in revision_ids if
repository.has_revision(o)]
revisions.update((r.revision_id, r) for r in
repository.get_revisions(revision_ids))
for origin, text in annotations:
text = text.rstrip('\r\n')
if origin == last_origin:
(revno_str, author, date_str) = ('','','')
else:
last_origin = origin
if origin not in revisions:
(revno_str, author, date_str) = ('?','?','?')
else:
revno_str = '.'.join(str(i) for i in
revision_id_to_revno[origin])
rev = revisions[origin]
tz = rev.timezone or 0
date_str = time.strftime('%Y%m%d',
time.gmtime(rev.timestamp + tz))
# a lazy way to get something like the email address
# TODO: Get real email address
author = rev.get_apparent_authors()[0]
try:
author = extract_email_address(author)
except errors.NoEmailInUsername:
pass # use the whole name
yield (revno_str, author, date_str, origin, text)
def _expand_annotations(annotations, branch, current_rev=None):
"""Expand a file's annotations into command line UI ready tuples.
Each tuple includes detailed information, such as the author name, and date
string for the commit, rather than just the revision id.
:param annotations: The annotations to expand.
:param revision_id_to_revno: A map from id to revision numbers.
:param branch: A locked branch to query for revision details.
"""
repository = branch.repository
if current_rev is not None:
# This can probably become a function on MutableTree, get_revno_map
# there, or something.
last_revision = current_rev.revision_id
# XXX: Partially Cloned from branch, uses the old_get_graph, eep.
# XXX: The main difficulty is that we need to inject a single new node
# (current_rev) into the graph before it gets numbered, etc.
# Once KnownGraph gets an 'add_node()' function, we can use
# VF.get_known_graph_ancestry().
graph = repository.get_graph()
revision_graph = dict(
((key, value)
for key, value in graph.iter_ancestry(current_rev.parent_ids)
if value is not None))
revision_graph = _strip_NULL_ghosts(revision_graph)
revision_graph[last_revision] = current_rev.parent_ids
merge_sorted_revisions = tsort.merge_sort(revision_graph,
last_revision,
None,
generate_revno=True)
revision_id_to_revno = dict((rev_id, revno)
for seq_num, rev_id, depth, revno,
end_of_merge in merge_sorted_revisions)
else:
revision_id_to_revno = branch.get_revision_id_to_revno_map()
last_origin = None
revision_ids = set(o for o, t in annotations)
revisions = {}
if CURRENT_REVISION in revision_ids:
revision_id_to_revno[CURRENT_REVISION] = ("%d?" %
(branch.revno() + 1), )
revisions[CURRENT_REVISION] = current_rev
revision_ids = [o for o in revision_ids if repository.has_revision(o)]
revisions.update(
(r.revision_id, r) for r in repository.get_revisions(revision_ids))
for origin, text in annotations:
text = text.rstrip('\r\n')
if origin == last_origin:
(revno_str, author, date_str) = ('', '', '')
else:
last_origin = origin
if origin not in revisions:
(revno_str, author, date_str) = ('?', '?', '?')
else:
revno_str = '.'.join(
str(i) for i in revision_id_to_revno[origin])
rev = revisions[origin]
tz = rev.timezone or 0
date_str = time.strftime('%Y%m%d',
osutils.gmtime(rev.timestamp + tz))
# a lazy way to get something like the email address
# TODO: Get real email address
author = rev.get_apparent_authors()[0]
try:
author = extract_email_address(author)
except errors.NoEmailInUsername:
pass # use the whole name
yield (revno_str, author, date_str, origin, text)
