def urlencodenested(params):
"""like urlencode, but works with nested parameters.
For example, if params is {'a': ['b', 'c'], 'd': {'e': 'f'}}, it will be
flattened to {'a[0]': 'b', 'a[1]': 'c', 'd[e]': 'f'} and then passed to
urlencode. Note: the encoding is consistent with PHP's http_build_query.
"""
flatparams = util.sortdict()
def process(prefix, obj):
if isinstance(obj, bool):
obj = {True: b'true', False: b'false'}[obj] # Python -> PHP form
lister = lambda l: [(b'%d' % k, v) for k, v in enumerate(l)]
items = {list: lister, dict: lambda x: x.items()}.get(type(obj))
if items is None:
flatparams[prefix] = obj
else:
for k, v in items(obj):
if prefix:
process(b'%s[%s]' % (prefix, k), v)
else:
process(k, v)
process(b'', params)
return util.urlreq.urlencode(flatparams)
def __init__(self):
self._names = util.sortdict()
# we need current mercurial named objects (bookmarks, tags, and
# branches) to be initialized somewhere, so that place is here
bmknames = lambda repo: repo._bookmarks.keys()
bmknamemap = lambda repo, name: tolist(repo._bookmarks.get(name))
bmknodemap = lambda repo, name: repo.nodebookmarks(name)
n = namespace("bookmarks", templatename="bookmark",
# i18n: column positioning for "hg log"
logfmt=_("bookmark: %s\n"),
listnames=bmknames,
namemap=bmknamemap, nodemap=bmknodemap)
self.addnamespace(n)
tagnames = lambda repo: [t for t, n in repo.tagslist()]
tagnamemap = lambda repo, name: tolist(repo._tagscache.tags.get(name))
tagnodemap = lambda repo, name: repo.nodetags(name)
n = namespace("tags", templatename="tag",
# i18n: column positioning for "hg log"
logfmt=_("tag: %s\n"),
listnames=tagnames,
namemap=tagnamemap, nodemap=tagnodemap,
deprecated=set(['tip']))
self.addnamespace(n)
bnames = lambda repo: repo.branchmap().keys()
bnamemap = lambda repo, name: tolist(repo.branchtip(name, True))
bnodemap = lambda repo, node: [repo[node].branch()]
n = namespace("branches", templatename="branch",
# i18n: column positioning for "hg log"
logfmt=_("branch: %s\n"),
listnames=bnames,
namemap=bnamemap, nodemap=bnodemap)
self.addnamespace(n)
def __init__(self, ui, repo=None):
if repo:
sections = util.sortdict(DEFAULT_SECTIONS)
custom_sections = getcustomadmonitions(repo)
if custom_sections:
sections.update(custom_sections)
self._sections = list(sections.iteritems())
else:
self._sections = list(DEFAULT_SECTIONS)
def __init__(self):
self._names = util.sortdict()
# we need current mercurial named objects (bookmarks, tags, and
# branches) to be initialized somewhere, so that place is here
bmknames = lambda repo: repo._bookmarks.keys()
bmknamemap = lambda repo, name: tolist(repo._bookmarks.get(name))
bmknodemap = lambda repo, name: repo.nodebookmarks(name)
n = namespace(
"bookmarks",
templatename="bookmark",
# i18n: column positioning for "hg log"
logfmt=_("bookmark: %s\n"),
listnames=bmknames,
namemap=bmknamemap,
nodemap=bmknodemap)
self.addnamespace(n)
tagnames = lambda repo: [t for t, n in repo.tagslist()]
tagnamemap = lambda repo, name: tolist(repo._tagscache.tags.get(name))
tagnodemap = lambda repo, name: repo.nodetags(name)
n = namespace(
"tags",
templatename="tag",
# i18n: column positioning for "hg log"
logfmt=_("tag: %s\n"),
listnames=tagnames,
namemap=tagnamemap,
nodemap=tagnodemap,
deprecated=set(['tip']))
self.addnamespace(n)
bnames = lambda repo: repo.branchmap().keys()
bnamemap = lambda repo, name: tolist(repo.branchtip(name, True))
bnodemap = lambda repo, node: [repo[node].branch()]
n = namespace(
"branches",
templatename="branch",
# i18n: column positioning for "hg log"
logfmt=_("branch: %s\n"),
listnames=bnames,
namemap=bnamemap,
nodemap=bnodemap)
self.addnamespace(n)
def urlencodenested(params):
"""like urlencode, but works with nested parameters.
For example, if params is {'a': ['b', 'c'], 'd': {'e': 'f'}}, it will be
flattened to {'a[0]': 'b', 'a[1]': 'c', 'd[e]': 'f'} and then passed to
urlencode. Note: the encoding is consistent with PHP's http_build_query.
"""
flatparams = util.sortdict()
def process(prefix, obj):
items = {list: enumerate, dict: lambda x: x.items()}.get(type(obj))
if items is None:
flatparams[prefix] = obj
else:
for k, v in items(obj):
if prefix:
process(b'%s[%s]' % (prefix, k), v)
else:
process(k, v)
process(b'', params)
return util.urlreq.urlencode(flatparams)
def __init__(self):
self._names = util.sortdict()
columns = templatekw.getlogcolumns()
#
# # we need current mercurial named objects (bookmarks, tags, and
# # branches) to be initialized somewhere, so that place is here
# bmknames = lambda repo: repo._bookmarks.keys()
# bmknamemap = lambda repo, name: tolist(repo._bookmarks.get(name))
# bmknodemap = lambda repo, node: repo.nodebookmarks(node)
# n = namespace("bookmarks", templatename="bookmark",
# logfmt=columns['bookmark'],
# listnames=bmknames,
# namemap=bmknamemap, nodemap=bmknodemap,
# builtin=True)
# self.addnamespace(n)
#
tagnames = lambda repo: [t for t, n in repo.tagslist()]
tagnamemap = lambda repo, name: tolist(repo._tagscache.tags.get(name))
tagnodemap = lambda repo, node: repo.nodetags(node)
n = namespace("tags",
templatename="tag",
logfmt=columns['tag'],
listnames=tagnames,
namemap=tagnamemap,
nodemap=tagnodemap,
deprecated={'tip'},
builtin=True)
self.addnamespace(n)
bnames = lambda repo: repo.branchmap().keys()
bnamemap = lambda repo, name: tolist(repo.branchtip(name, True))
bnodemap = lambda repo, node: [repo[node].branch()]
n = namespace("branches",
templatename="branch",
logfmt=columns['branch'],
listnames=bnames,
namemap=bnamemap,
nodemap=bnodemap,
builtin=True)
self.addnamespace(n)
def urlencodenested(params):
"""like urlencode, but works with nested parameters.
For example, if params is {'a': ['b', 'c'], 'd': {'e': 'f'}}, it will be
flattened to {'a[0]': 'b', 'a[1]': 'c', 'd[e]': 'f'} and then passed to
urlencode. Note: the encoding is consistent with PHP's http_build_query.
"""
flatparams = util.sortdict()
def process(prefix, obj):
items = {list: enumerate, dict: lambda x: x.items()}.get(type(obj))
if items is None:
flatparams[prefix] = obj
else:
for k, v in items(obj):
if prefix:
process('%s[%s]' % (prefix, k), v)
else:
process(k, v)
process('', params)
return util.urlreq.urlencode(flatparams)
def getconfigs(repo):
# bypass "repoui.copy = baseui.copy # prevent copying repo configuration"
ui = repo.ui.__class__.copy(repo.ui)
# also read from wvfs/.hgdirsync
filename = '.hgdirsync'
content = repo.wvfs.tryread(filename)
if content:
ui._tcfg.parse(filename, '[dirsync]\n%s' % content, ['dirsync'])
maps = util.sortdict()
for key, value in ui.configitems('dirsync'):
if '.' not in key:
continue
name, disambig = key.split('.', 1)
# Normalize paths to have / at the end. For easy concatenation later.
if value[-1] != '/':
value = value + '/'
if name not in maps:
maps[name] = []
maps[name].append(value)
return maps
mapping[old.node()] = [newnode]
# Update diff property
writediffproperties(unfi[newnode], diffmap[old.node()])
# Remove local tags since it's no longer necessary
tagname = b'D%d' % drevid
if tagname in repo.tags():
tags.tag(repo, tagname, nullid, message=None, user=None,
date=None, local=True)
scmutil.cleanupnodes(repo, mapping, b'phabsend')
if wnode in mapping:
unfi.setparents(mapping[wnode][0])
# Map from "hg:meta" keys to header understood by "hg import". The order is
# consistent with "hg export" output.
_metanamemap = util.sortdict([(r'user', b'User'), (r'date', b'Date'),
(r'node', b'Node ID'), (r'parent', b'Parent ')])
def _confirmbeforesend(repo, revs, oldmap):
url, token = readurltoken(repo)
ui = repo.ui
for rev in revs:
ctx = repo[rev]
desc = ctx.description().splitlines()[0]
oldnode, olddiff, drevid = oldmap.get(ctx.node(), (None, None, None))
if drevid:
drevdesc = ui.label(b'D%s' % drevid, b'phabricator.drev')
else:
drevdesc = ui.label(_(b'NEW'), b'phabricator.drev')
ui.write(_(b'%s - %s: %s\n')
% (drevdesc,
def _deduplicate(pointers):
"""Remove any duplicate oids that exist in the list"""
reduced = util.sortdict()
for p in pointers:
reduced[p.oid()] = p
return reduced.values()
def pointer(v):
# In the file spec, version is first and the other keys are sorted.
sortkeyfunc = lambda x: (x[0] != 'version', x)
items = sorted(pointers[v].iteritems(), key=sortkeyfunc)
return util.sortdict(items)
mapping[old.node()] = [newnode]
# Update diff property
writediffproperties(unfi[newnode], diffmap[old.node()])
# Remove local tags since it's no longer necessary
tagname = b'D%d' % drevid
if tagname in repo.tags():
tags.tag(repo, tagname, nullid, message=None, user=None,
date=None, local=True)
scmutil.cleanupnodes(repo, mapping, b'phabsend', fixphase=True)
if wnode in mapping:
unfi.setparents(mapping[wnode][0])
# Map from "hg:meta" keys to header understood by "hg import". The order is
# consistent with "hg export" output.
_metanamemap = util.sortdict([(r'user', b'User'), (r'date', b'Date'),
(r'node', b'Node ID'), (r'parent', b'Parent ')])
def _confirmbeforesend(repo, revs, oldmap):
url, token = readurltoken(repo)
ui = repo.ui
for rev in revs:
ctx = repo[rev]
desc = ctx.description().splitlines()[0]
oldnode, olddiff, drevid = oldmap.get(ctx.node(), (None, None, None))
if drevid:
drevdesc = ui.label(b'D%s' % drevid, b'phabricator.drev')
else:
drevdesc = ui.label(_(b'NEW'), b'phabricator.drev')
ui.write(_(b'%s - %s: %s\n')
% (drevdesc,
tags.tag(repo,
tagname,
nullid,
message=None,
user=None,
date=None,
local=True)
scmutil.cleanupnodes(repo, mapping, b'phabsend', fixphase=True)
if wnode in mapping:
unfi.setparents(mapping[wnode][0])
# Map from "hg:meta" keys to header understood by "hg import". The order is
# consistent with "hg export" output.
_metanamemap = util.sortdict([(b'user', b'User'), (b'date', b'Date'),
(b'branch', b'Branch'), (b'node', b'Node ID'),
(b'parent', b'Parent ')])
def _confirmbeforesend(repo, revs, oldmap):
url, token = readurltoken(repo.ui)
ui = repo.ui
for rev in revs:
ctx = repo[rev]
desc = ctx.description().splitlines()[0]
oldnode, olddiff, drevid = oldmap.get(ctx.node(), (None, None, None))
if drevid:
drevdesc = ui.label(b'D%s' % drevid, b'phabricator.drev')
else:
drevdesc = ui.label(_(b'NEW'), b'phabricator.drev')
