def __init__(self, event):
gtk.Expander.__init__(self)
self.set_label(_('Notification'))
self.event = event
self.hboxDict = {}
totalVbox = gtk.VBox()
###
hbox = gtk.HBox()
pack(hbox, gtk.Label(_('Notify')+' '))
self.notifyBeforeInput = DurationInputBox()
pack(hbox, self.notifyBeforeInput, 0, 0)
pack(hbox, gtk.Label(' '+_('before event')))
pack(hbox, gtk.Label(), 1, 1)
pack(totalVbox, hbox)
###
for cls in event_lib.classes.notifier:
notifier = cls(self.event)
inputWidget = makeWidget(notifier)
if not inputWidget:
printError('notifier %s, inputWidget = %r'%(cls.name, inputWidget))
continue
hbox = gtk.HBox()
cb = gtk.CheckButton(notifier.desc)
cb.inputWidget = inputWidget
cb.connect('clicked', lambda check: check.inputWidget.set_sensitive(check.get_active()))
cb.set_active(False)
pack(hbox, cb)
hbox.cb = cb
#pack(hbox, gtk.Label(''), 1, 1)
pack(hbox, inputWidget, 1, 1)
hbox.inputWidget = inputWidget
self.hboxDict[notifier.name] = hbox
pack(totalVbox, hbox)
self.add(totalVbox)
def __init__(self, event):
gtk.Expander.__init__(self)
self.set_label(_('Notification'))
self.event = event
self.hboxDict = {}
totalVbox = gtk.VBox()
###
hbox = gtk.HBox()
pack(hbox, gtk.Label(_('Notify')+' '))
self.notifyBeforeInput = DurationInputBox()
pack(hbox, self.notifyBeforeInput, 0, 0)
pack(hbox, gtk.Label(' '+_('before event')))
pack(hbox, gtk.Label(), 1, 1)
pack(totalVbox, hbox)
###
for cls in event_lib.classes.notifier:
notifier = cls(self.event)
inputWidget = makeWidget(notifier)
if not inputWidget:
printError('notifier %s, inputWidget = %r'%(cls.name, inputWidget))
continue
hbox = gtk.HBox()
cb = gtk.CheckButton(notifier.desc)
cb.inputWidget = inputWidget
cb.connect('clicked', lambda check: check.inputWidget.set_sensitive(check.get_active()))
cb.set_active(False)
pack(hbox, cb)
hbox.cb = cb
#pack(hbox, gtk.Label(''), 1, 1)
pack(hbox, inputWidget, 1, 1)
hbox.inputWidget = inputWidget
self.hboxDict[notifier.name] = hbox
pack(totalVbox, hbox)
self.add(totalVbox)
'name',
'desc',
'origLang',
'getMonthName',
'getMonthNameAb',
'minMonthLen',
'maxMonthLen',
'getMonthLen',
'to_jd',
'jd_to',
'options',
'save',
):
if not hasattr(mod, attr):
printError(
'Invalid calendar module: module "%s" has no attribute "%s"\n'\
%(name, attr)
)
modules.append(mod)
class CalTypesHolder:
byName = dict([(mod.name, mod) for mod in modules])
names = [mod.name for mod in modules]
## calOrigLang = [m.origLang for m in modules]
__len__ = lambda self: len(self.names)
def __init__(self):
self.activeNames = ['gregorian']
self.inactiveNames = []
self.update()
##attributemethod ## FIXME
"name",
"desc",
"origLang",
"getMonthName",
"getMonthNameAb",
"minMonthLen",
"maxMonthLen",
"getMonthLen",
"to_jd",
"jd_to",
"options",
"save",
):
if not hasattr(mod, attr):
printError("Invalid calendar module: " +
"module \"%s\" has no attribute \"%s\"\n" %
(name, attr))
modules.append(mod)
class CalTypesHolder:
byName = {mod.name: mod for mod in modules}
names = [mod.name for mod in modules]
# calOrigLang = [m.origLang for m in modules]
def __len__(self):
return len(self.names)
def __init__(self):
self.activeNames = ["gregorian"]
