def _generateTimeRangeText(self, startTime, endTime):
startText = winKernel.GetTimeFormatEx(
winKernel.LOCALE_NAME_USER_DEFAULT, winKernel.TIME_NOSECONDS,
startTime, None)
endText = winKernel.GetTimeFormatEx(winKernel.LOCALE_NAME_USER_DEFAULT,
winKernel.TIME_NOSECONDS, endTime,
None)
startDate = startTime.date()
endDate = endTime.date()
if not CalendarView._lastStartDate or startDate != CalendarView._lastStartDate or endDate != startDate:
startDateText = winKernel.GetDateFormatEx(
winKernel.LOCALE_NAME_USER_DEFAULT, winKernel.DATE_LONGDATE,
startTime, None)
startText = "%s %s" % (startDateText, startText)
CalendarView._lastStartDate = startDate
if endDate != startDate:
if ((startTime.hour, startTime.minute, startTime.second)
== (0, 0, 0) and
(endDate - startDate).total_seconds() == SECONDS_PER_DAY):
# Translators: a message reporting the date of a all day Outlook calendar entry
return _("{date} (all day)").format(date=startDateText)
endText = "%s %s" % (winKernel.GetDateFormatEx(
winKernel.LOCALE_NAME_USER_DEFAULT, winKernel.DATE_LONGDATE,
endTime, None), endText)
# Translators: a message reporting the time range (i.e. start time to end time) of an Outlook calendar entry
return _("{startTime} to {endTime}").format(startTime=startText,
endTime=endText)
def reportFocus(self):
if self.appModule.outlookVersion>=13 and self.appModule.nativeOm:
e=self.appModule.nativeOm.activeExplorer()
s=e.selection
if s.count>0:
p=s.item(1)
try:
start=p.start
end=p.end
except COMError:
return super(CalendarView,self).reportFocus()
t=self._generateTimeRangeText(start,end)
# Translators: A message reported when on a calendar appointment in Microsoft Outlook
ui.message(_("Appointment {subject}, {time}").format(subject=p.subject,time=t))
else:
v=e.currentView
try:
selectedStartTime=v.selectedStartTime
selectedEndTime=v.selectedEndTime
except COMError:
return super(CalendarView,self).reportFocus()
timeSlotText=self._generateTimeRangeText(selectedStartTime,selectedEndTime)
startLimit=u"%s %s"%(winKernel.GetDateFormatEx(winKernel.LOCALE_NAME_USER_DEFAULT, winKernel.DATE_LONGDATE, selectedStartTime, None),winKernel.GetTimeFormat(winKernel.LOCALE_USER_DEFAULT, winKernel.TIME_NOSECONDS, selectedStartTime, None))
endLimit=u"%s %s"%(winKernel.GetDateFormatEx(winKernel.LOCALE_NAME_USER_DEFAULT, winKernel.DATE_LONGDATE, selectedEndTime, None),winKernel.GetTimeFormat(winKernel.LOCALE_USER_DEFAULT, winKernel.TIME_NOSECONDS, selectedEndTime, None))
query=u'[Start] < "{endLimit}" And [End] > "{startLimit}"'.format(startLimit=startLimit,endLimit=endLimit)
i=e.currentFolder.items
i.sort('[Start]')
i.IncludeRecurrences =True
if i.find(query):
# Translators: a message when the current time slot on an Outlook Calendar has an appointment
timeSlotText=_("Has appointment")+" "+timeSlotText
ui.message(timeSlotText)
else:
self.event_valueChange()
def sayInTimezone(self):
selectedTz = self.getTimezone()
if selectedTz == "":
# For translators: message to inform there are no timezones defined
core.callLater(0, ui.message, _("No timezones set"))
return
now = datetime.now(pytz.timezone("UTC"))
destTimezone = now.astimezone(pytz.timezone(selectedTz))
# By the time the code gets down here, we could have signaled this thread to terminate.
# This will be the case if retrieval is taking a long time and we've pressed the key multiple times to get successive information in our timezone ring, in which case this thread is marked dirty.
if self.interrupted:
return
# We'll use the winKernel here to announce the time and date in the user's locale.
theTime = winKernel.GetTimeFormatEx(winKernel.LOCALE_NAME_USER_DEFAULT,
winKernel.TIME_NOSECONDS,
destTimezone, None)
theDate = winKernel.GetDateFormatEx(winKernel.LOCALE_NAME_USER_DEFAULT,
winKernel.DATE_LONGDATE,
destTimezone, None)
separator = selectedTz.find("/")
country = timezoneToCountry.get(selectedTz, "Unknown country")
timezone = destTimezone.strftime(
"%Z") if self.announceAbbriv else selectedTz
continent = ""
city = ""
if separator != -1:
continent = selectedTz[:separator]
city = selectedTz[separator + 1:]
# For translators: message to announce the time, date and timezone
core.callLater(
0, ui.message,
_(
self.formatStringL.format(time=theTime,
date=theDate,
country=country,
continent=continent,
city=city,
timezone=timezone)))
else:
# For translators: message to announce the time, date and timezone
core.callLater(
0, ui.message,
_(
self.formatStringS.format(time=theTime,
date=theDate,
timezone=timezone)))
def sayInTimezone(self):
selectedTz = self.getTimezone()
if selectedTz == "":
# For translators: message to inform there are no timezones defined
core.callLater(0, ui.message, _("No timezones set"))
return
now = datetime.now(timezone("UTC"))
destTimezone = now.astimezone(timezone(selectedTz))
# By the time the code gets down here, we could have signaled this thread to terminate.
# This will be the case if retrieval is taking a long time and we've pressed the key multiple times to get successive information in our timezone ring, in which case this thread is marked dirty.
if self.interrupted:
return
# We'll use the winKernel here to announce the time and date in the user's locale.
theTime = winKernel.GetTimeFormatEx(winKernel.LOCALE_NAME_USER_DEFAULT,
winKernel.TIME_NOSECONDS,
destTimezone, None)
theDate = winKernel.GetDateFormatEx(winKernel.LOCALE_NAME_USER_DEFAULT,
winKernel.DATE_LONGDATE,
destTimezone, None)
# For translators: message to announce the time, date and timezone
core.callLater(
0, ui.message,
_("%s, %s (%s)" % (theTime, theDate, destTimezone.strftime("%Z")
if self.announceAbbriv else selectedTz)))
"$$h:$$mm $$tt",
"$$H:$$m:$$s $$tt",
"$$h:$$m $$tt",
"$$HH:$$mm",
"$$H:$$m:$$s",
"$$H:$$mm:$$ss",
"$$H:$$m",
)
timeDisplayFormats = [(
# Translators: A way to display 24-hour formats in the time display formats list in the settings panel.
_('{fmt} (24-hour format)') if is24HourFormat(fmt) else
# Translators: A way to display 12-hour formats in the time display formats list in the settings panel.
_('{fmt} (12-hour format)')
).format(fmt=winKernel.GetTimeFormatEx(None, None, DT_EXAMPLE, rgx.sub(repl, fmt))) for fmt in timeFormats]
dateFormats = (
"dddd, MMMM dd, yyyy",
"dddd dd MMMM yyyy",
"yyyy-dd-MM",
"d/M/yy",
"d/M/yyyy",
"yyyy-MM-dd",
"dd-MM-yyyy",
"MM-dd-yyyy",
"MM/dd/yyyy",
"dd/MM/yyyy"
)
dateDisplayFormats = [winKernel.GetDateFormatEx(None, None, None, fmt) for fmt in dateFormats]
