def changes(self, request, tag):
item = tag.patternGenerator('item')
for d in reversed(self.root._edits):
tag[util.fillSlots(item,
diff=self.diff(d),
hist=self.hist(d),
object=util.taglink(d.obj),
time=d.time,
user=d.user)]
return tag
def changes(self, request, tag):
item = tag.patternGenerator('item')
for d in reversed(self.root._edits):
tag[util.fillSlots(item,
diff=self.diff(d),
hist=self.hist(d),
object=util.taglink(d.obj),
time=d.time,
user=d.user)]
return tag
def baseTables(self, item):
baselists = self.baselists[:]
if not baselists:
return []
if baselists[0][0][0] == self.ob:
del baselists[0]
return [fillSlots(item,
baseName=self.baseName(b),
baseTable=ChildTable(self.docgetter, self.ob, self.has_lineno_col(),
sorted(attrs, key=lambda o:-o.privacyClass)))
for b, attrs in baselists]
def index(self, request, tag):
letter = tag.patternGenerator('letter')
singleName = tag.patternGenerator('singleName')
manyNames = tag.patternGenerator('manyNames')
initials = {}
for ob in self.system.orderedallobjects:
if ob.isVisible:
initials.setdefault(ob.name[0].upper(), []).append(ob)
for initial in sorted(initials):
letterlinks = []
for initial2 in sorted(initials):
if initial == initial2:
letterlinks.append(initial2)
else:
letterlinks.append(tags.a(href='#' + initial2)[initial2])
letterlinks.append(' - ')
if letterlinks:
del letterlinks[-1]
name2obs = {}
for obj in initials[initial]:
name2obs.setdefault(obj.name, []).append(obj)
lettercontents = []
for name in sorted(name2obs, key=lambda x: x.lower()):
obs = sorted(name2obs[name],
key=lambda x: x.fullName().lower())
if len(obs) == 1:
ob, = obs
lettercontents.append(
fillSlots(singleName, name=ob.name, link=taglink(ob)))
else:
lettercontents.append(
fillSlots(
manyNames,
name=obs[0].name,
manyNames=[tags.li[taglink(ob)] for ob in obs]))
tag[fillSlots(letter,
letter=initial,
letterlinks=letterlinks,
lettercontents=lettercontents)]
return tag
def index(self, request, tag):
letter = tag.patternGenerator('letter')
singleName = tag.patternGenerator('singleName')
manyNames = tag.patternGenerator('manyNames')
initials = {}
for ob in self.system.orderedallobjects:
if ob.isVisible:
initials.setdefault(ob.name[0].upper(), []).append(ob)
for initial in sorted(initials):
letterlinks = []
for initial2 in sorted(initials):
if initial == initial2:
letterlinks.append(initial2)
else:
letterlinks.append(tags.a(href='#'+initial2)[initial2])
letterlinks.append(' - ')
if letterlinks:
del letterlinks[-1]
name2obs = {}
for obj in initials[initial]:
name2obs.setdefault(obj.name, []).append(obj)
lettercontents = []
for name in sorted(name2obs, key=lambda x:x.lower()):
obs = sorted(name2obs[name], key=lambda x:x.fullName().lower())
if len(obs) == 1:
ob, = obs
lettercontents.append(fillSlots(singleName,
name=ob.name,
link=taglink(ob)))
else:
lettercontents.append(fillSlots(manyNames,
name=obs[0].name,
manyNames=[tags.li[taglink(ob)] for ob in obs]))
tag[fillSlots(letter,
letter=initial,
letterlinks=letterlinks,
lettercontents=lettercontents)]
return tag
def baseTables(self, item):
baselists = self.baselists[:]
if not baselists:
return []
if baselists[0][0][0] == self.ob:
del baselists[0]
return [
fillSlots(item,
baseName=self.baseName(b),
baseTable=ChildTable(
self.docgetter, self.ob, self.has_lineno_col(),
sorted(attrs, key=lambda o: -o.privacyClass)))
for b, attrs in baselists
]
def all(self, request, tag):
return fillSlots(tag,
title=self.title(),
ifusesorttable=self.ifusesorttable(tag.onePattern('ifusesorttable')),
pydoctorjs=self.pydoctorjs(tag.onePattern('pydoctorjs')),
heading=self.heading(),
part=self.part(),
source=self.source(tag.onePattern('source')),
inhierarchy=self.inhierarchy(tag.onePattern('inhierarchy')),
extras=self.extras(),
docstring=self.docstring(),
splittingLinks=self.ifhasplitlinks(tag.onePattern('splittingLinks')),
mainTable=self.mainTable(),
baseTables=self.baseTables(tag.patternGenerator('baseTable')),
bigTable=self.bigTable(tag.patternGenerator('bigTable')),
packageInitTable=self.packageInitTable(),
childlist=self.childlist(),
project=self.project(),
buildtime=self.ob.system.buildtime.strftime("%Y-%m-%d %H:%M:%S"),
)
def all(self, request, tag):
return fillSlots(
tag,
title=self.title(),
ifusesorttable=self.ifusesorttable(
tag.onePattern('ifusesorttable')),
pydoctorjs=self.pydoctorjs(tag.onePattern('pydoctorjs')),
heading=self.heading(),
part=self.part(),
source=self.source(tag.onePattern('source')),
inhierarchy=self.inhierarchy(tag.onePattern('inhierarchy')),
extras=self.extras(),
docstring=self.docstring(),
splittingLinks=self.ifhasplitlinks(
tag.onePattern('splittingLinks')),
mainTable=self.mainTable(),
baseTables=self.baseTables(tag.patternGenerator('baseTable')),
bigTable=self.bigTable(tag.patternGenerator('bigTable')),
packageInitTable=self.packageInitTable(),
childlist=self.childlist(),
project=self.project(),
buildtime=self.ob.system.buildtime.strftime("%Y-%m-%d %H:%M:%S"),
)
def roots(self, request, tag):
item = tag.patternGenerator("item")
r = []
for o in self.system.rootobjects:
r.append(fillSlots(item, root=taglink(o)))
return tag[r]
def roots(self, request, tag):
item = tag.patternGenerator("item")
r = []
for o in self.system.rootobjects:
r.append(fillSlots(item, root=taglink(o)))
return tag[r]
