def _withoutOrientationMap(who):
result = (whoville.excludeProxies(who)
and orientmapdata.getOrientationMap(who.getObject()) is None)
return result
def buildWidgets(self, value=None, interactive=0):
debug.mainthreadTest()
# Construct a Chooser widget for each WhoClass in the target
# WhoClass's hierarchy. interactive is 1 if this call is in
# response to a user action.
## oldvalue = self.get_value()
oldpath = self.currentPath[:]
classlist = self.whoclass.hierarchy()
depth = len(classlist)
# Make sure value is a list.
value = labeltree.makePath(value)
# Make a list of the allowed proxies for the lowermost tier of
# the class hierarchy for this widget. Allowed proxies are
# those which satisfy both the passed-in condition *and* are
# proxies.
self.proxy_names = [
x[0]
for x in classlist[-1].keys(condition=lambda x: self.condition(x)
and not whoville.excludeProxies(x),
sort=self.sort)
]
# Make sure that value contains a setting for each chooser widget
if value and len(value) < depth:
value += [None] * (depth - len(value))
for d in range(depth):
try:
# Exclude proxies from this part of the process...
paths = classlist[d].keys(base=self.currentPath[:d],
condition=lambda x: self.condition(x)
and whoville.excludeProxies(x),
sort=self.sort)
except KeyError, exc:
names = []
else:
names = [p[0] for p in paths]
if d == 0:
# In the top-most level of the widget, include the
# proxy names for the lowermost level.
names += self.proxy_names
if self.widgets[d] is None:
if self.widgettype == 'Chooser' or d < depth - 1:
self.widgets[d] = chooser.ChooserWidget(
names,
callback=self.selectCB,
callbackargs=(d, ),
name=classlist[d].name())
else:
self.widgets[d] = chooser.ChooserComboWidget(
names, callback=self.comboCB, name=classlist[d].name())
self.gtk[d] = self.widgets[d].gtk
self.destroysignals[d] = self.gtk[d].connect(
'destroy', self.destroyCB, d)
else:
# Update the list of choices in an existing ChooserWidget.
self.widgets[d].update(names)
if value and value[d] in names:
# Set widget to the given value
self.widgets[d].set_state(value[d])
self.currentPath[d] = value[d]
elif self.currentPath[d] in names:
# ... or retain previous value
self.widgets[d].set_state(self.currentPath[d])
elif len(names) > 0:
# ... or pick the first value in the list
self.currentPath[d] = names[0]
self.widgets[d].set_state(0)
else:
# ... or don't pick anything
self.currentPath[d] = ''
if self.widgettype == 'Chooser':
self.gtk[d].set_sensitive(names != [])
def _withOrientationMap(who):
return (whoville.excludeProxies(who)
and orientmapdata.getOrientationMap(who.getObject()) is not None)
def _nsync(who):
return whoville.excludeProxies(who) and not (who.getClass() is mesh.meshes
and who.outOfSync())
def buildWidgets(self, value=None, interactive=0):
debug.mainthreadTest()
# Construct a Chooser widget for each WhoClass in the target
# WhoClass's hierarchy. interactive is 1 if this call is in
# response to a user action.
## oldvalue = self.get_value()
oldpath = self.currentPath[:]
classlist = self.whoclass.hierarchy()
depth = len(classlist)
# Make sure value is a list.
value = labeltree.makePath(value)
# Make a list of the allowed proxies for the lowermost tier of
# the class hierarchy for this widget. Allowed proxies are
# those which satisfy both the passed-in condition *and* are
# proxies.
self.proxy_names = [x[0] for x in classlist[-1].keys(
condition = lambda x: self.condition(x) and not whoville.excludeProxies(x),
sort=self.sort)]
# Make sure that value contains a setting for each chooser widget
if value and len(value) < depth:
value += [None]*(depth-len(value))
for d in range(depth):
try:
# Exclude proxies from this part of the process...
paths = classlist[d].keys(
base=self.currentPath[:d],
condition=lambda x:
self.condition(x) and whoville.excludeProxies(x),
sort=self.sort)
except KeyError, exc:
names = []
else:
names = [p[0] for p in paths]
if d==0:
# In the top-most level of the widget, include the
# proxy names for the lowermost level.
names += self.proxy_names
if self.widgets[d] is None:
if self.widgettype == 'Chooser' or d < depth-1:
self.widgets[d] = chooser.ChooserWidget(
names, callback=self.selectCB, callbackargs=(d,),
name=classlist[d].name())
else:
self.widgets[d] = chooser.ChooserComboWidget(
names, callback=self.comboCB,
name=classlist[d].name())
self.gtk[d] = self.widgets[d].gtk
self.destroysignals[d] = self.gtk[d].connect('destroy',
self.destroyCB, d)
else:
# Update the list of choices in an existing ChooserWidget.
self.widgets[d].update(names)
if value and value[d] in names:
# Set widget to the given value
self.widgets[d].set_state(value[d])
self.currentPath[d] = value[d]
elif self.currentPath[d] in names:
# ... or retain previous value
self.widgets[d].set_state(self.currentPath[d])
elif len(names) > 0:
# ... or pick the first value in the list
self.currentPath[d] = names[0]
self.widgets[d].set_state(0)
else:
# ... or don't pick anything
self.currentPath[d] = ''
if self.widgettype == 'Chooser':
self.gtk[d].set_sensitive(names != [])
def _withoutOrientationMap(who):
result = whoville.excludeProxies(who) and orientmapdata.getOrientationMap(who.getObject()) is None
return result
def _withOrientationMap(who):
return whoville.excludeProxies(who) and orientmapdata.getOrientationMap(who.getObject()) is not None
def _nsync(who):
return whoville.excludeProxies(who) and not (who.getClass() is mesh.meshes
and who.outOfSync())
