def doRoundTripRecurrenceCountTest(self, tzName):
from osaf.pim.calendar.TimeZone import TimeZoneInfo
tzinfo = TimeZoneInfo.get(self.view)
tzPrefs = schema.ns('osaf.pim', self.view).TimezonePrefs
saveTz = tzinfo.default
saveShowUI = tzPrefs.showUI
tzinfo.default = self.view.tzinfo.getInstance(tzName)
try:
self.Import(self.view, u'Recurrence.ics')
event = pim.EventStamp(
sharing.findUID(self.view,
'5B30A574-02A3-11DA-AA66-000A95DA3228'))
third = event.getFirstOccurrence().getNextOccurrence(
).getNextOccurrence()
self.assertEqual(third.summary, u'\u00FCChanged title')
self.assertEqual(
third.recurrenceID,
datetime.datetime(2005,
8,
10,
tzinfo=self.view.tzinfo.floating))
# while were at it, test bug 3509, all day event duration is off by one
self.assertEqual(event.duration, datetime.timedelta(0))
# make sure we imported the floating EXDATE
event = pim.EventStamp(
sharing.findUID(self.view,
'07f3d6f0-4c04-11da-b671-0013ce40e90f'))
self.assertEqual(
event.rruleset.exdates[0],
datetime.datetime(2005,
12,
6,
12,
30,
tzinfo=self.view.tzinfo.floating))
# test count export, no timezones
vcalendar = getVObjectData(self.view, [event.itsItem])
self.assertEqual(vcalendar.vevent.rruleset._rrule[0]._count, 10)
# turn on timezones, putting event in Pacific time
pacific = self.view.tzinfo.getInstance("America/Los_Angeles")
TimeZoneInfo.get(self.view).default = pacific
schema.ns('osaf.pim', self.view).TimezonePrefs.showUI = True
self.assertEqual(event.startTime.tzinfo, pacific)
# test count export, with timezones turned on
vcalendar = getVObjectData(self.view, [event.itsItem])
self.assertEqual(vcalendar.vevent.rruleset._rrule[0]._count, 10)
finally:
# Restore global settings
tzPrefs.showUI = saveShowUI
tzinfo.default = saveTz
def doRoundTripRecurrenceCountTest(self, tzName):
from osaf.pim.calendar.TimeZone import TimeZoneInfo
tzinfo = TimeZoneInfo.get(self.view)
tzPrefs = schema.ns('osaf.pim', self.view).TimezonePrefs
saveTz = tzinfo.default
saveShowUI = tzPrefs.showUI
tzinfo.default = self.view.tzinfo.getInstance(tzName)
try:
self.Import(self.view, u'Recurrence.ics')
event = pim.EventStamp(sharing.findUID(self.view,
'5B30A574-02A3-11DA-AA66-000A95DA3228'))
third = event.getFirstOccurrence().getNextOccurrence().getNextOccurrence()
self.assertEqual(third.summary, u'\u00FCChanged title')
self.assertEqual(
third.recurrenceID,
datetime.datetime(2005, 8, 10, tzinfo=self.view.tzinfo.floating)
)
# while were at it, test bug 3509, all day event duration is off by one
self.assertEqual(event.duration, datetime.timedelta(0))
# make sure we imported the floating EXDATE
event = pim.EventStamp(sharing.findUID(self.view,
'07f3d6f0-4c04-11da-b671-0013ce40e90f'))
self.assertEqual(
event.rruleset.exdates[0],
datetime.datetime(2005, 12, 6, 12, 30, tzinfo=self.view.tzinfo.floating)
)
# test count export, no timezones
vcalendar = getVObjectData(self.view, [event.itsItem])
self.assertEqual(vcalendar.vevent.rruleset._rrule[0]._count, 10)
# turn on timezones, putting event in Pacific time
pacific = self.view.tzinfo.getInstance("America/Los_Angeles")
TimeZoneInfo.get(self.view).default = pacific
schema.ns('osaf.pim', self.view).TimezonePrefs.showUI = True
self.assertEqual(event.startTime.tzinfo, pacific)
# test count export, with timezones turned on
vcalendar = getVObjectData(self.view, [event.itsItem])
self.assertEqual(vcalendar.vevent.rruleset._rrule[0]._count, 10)
finally:
# Restore global settings
tzPrefs.showUI = saveShowUI
tzinfo.default = saveTz
def setUp(self):
super(TestEventIndexing, self).setUp()
view = self.view
self.tzInfoItem = TimeZoneInfo.get(view)
# eventsInRange will treat all timezones as equivalent unless timezone
# display is turned on
self.tzprefs = schema.ns('osaf.pim', view).TimezonePrefs
self.tzprefs.showUI = True
self.pacific = view.tzinfo.getInstance("US/Pacific")
self.hawaii = view.tzinfo.getInstance("US/Hawaii")
self.eastern = view.tzinfo.getInstance("US/Eastern")
self.floating = view.tzinfo.floating
self.midnight = datetime(2006, 9, 1, 0, 0, tzinfo=self.floating)
self.easternEvent = self._createEvent(self.midnight.replace(tzinfo=
self.eastern))
self.pacificEvent = self._createEvent(self.midnight.replace(tzinfo=
self.pacific))
self.hawaiiEvent = self._createEvent(self.midnight.replace(tzinfo=
self.hawaii))
self.floatingEvent = self._createEvent(datetime(2006, 9, 1, 1, 0,
tzinfo = self.floating))
def buildTZChoiceList(view, control, selectedTZ=None):
"""
Take a wx.Choice control and a timezone to select. Populate the control
with the appropriate timezones, plus a More option, whose value is
TIMEZONE_OTHER_FLAG.
Default selection is view.tzinfo.default.
"""
control.Clear()
selectIndex = -1
info = TimeZoneInfo.get(view)
if selectedTZ is None:
selectedTZ = olsonizeTzinfo(view, view.tzinfo.default)
canonicalTimeZone = info.canonicalTimeZone(selectedTZ)
# rebuild the list of choices
for name, zone in info.iterTimeZones():
if canonicalTimeZone == zone:
selectIndex = control.Append(name, clientData=selectedTZ)
else:
control.Append(name, clientData=zone)
# Always add the More option
control.Append(_(u"More..."),
clientData=TIMEZONE_OTHER_FLAG)
if selectIndex is -1:
control.Insert(unicode(selectedTZ), 0, clientData=selectedTZ)
selectIndex = 0
if selectIndex != -1:
control.Select(selectIndex)
def testDefaultSettings(self):
defaultTz = TimeZoneInfo.get(self.sandbox.itsView).default
ROUND = 30
# A new event, by default, has its startTime set to the current time
# rounded to a 30-minute boundary
start = datetime.now(defaultTz)
event = Calendar.CalendarEvent(itsParent=self.sandbox,
anyTime=False,
allDay=False)
end = datetime.now(defaultTz)
# Check that it falls within 30 minutes of now
self.failUnless(start - timedelta(minutes=ROUND) <= event.startTime
and event.startTime <= end + timedelta(minutes=ROUND))
# Check that the correct rounding occurred
self.failUnlessEqual(event.startTime.second, 0)
self.failUnlessEqual(event.startTime.microsecond, 0)
self.failUnlessEqual(event.startTime.minute % ROUND, 0)
# Make sure it's in the right timezone
self.failUnlessEqual(event.startTime.tzinfo, defaultTz)
# Lastly, check the dates if possible
if start.date() == end.date():
self.failUnlessEqual(start.date(), event.startTime.date())
self.failUnlessEqual(event.effectiveStartTime, event.startTime)
self.failUnlessEqual(event.effectiveEndTime, event.endTime)
def testDefaultSettings(self):
defaultTz = TimeZoneInfo.get(self.sandbox.itsView).default
ROUND = 30
# A new event, by default, has its startTime set to the current time
# rounded to a 30-minute boundary
start = datetime.now(defaultTz)
event = Calendar.CalendarEvent(itsParent=self.sandbox, anyTime=False, allDay=False)
end = datetime.now(defaultTz)
# Check that it falls within 30 minutes of now
self.failUnless(
start - timedelta(minutes=ROUND) <= event.startTime and event.startTime <= end + timedelta(minutes=ROUND)
)
# Check that the correct rounding occurred
self.failUnlessEqual(event.startTime.second, 0)
self.failUnlessEqual(event.startTime.microsecond, 0)
self.failUnlessEqual(event.startTime.minute % ROUND, 0)
# Make sure it's in the right timezone
self.failUnlessEqual(event.startTime.tzinfo, defaultTz)
# Lastly, check the dates if possible
if start.date() == end.date():
self.failUnlessEqual(start.date(), event.startTime.date())
self.failUnlessEqual(event.effectiveStartTime, event.startTime)
self.failUnlessEqual(event.effectiveEndTime, event.endTime)
def __init__(self, view, grid):
wx.grid.PyGridTableBase.__init__(self)
self.view = view
self.grid = grid
self.info = TimeZoneInfo.get(self.view)
self.changed = {}
self.unexpandedSize = -1
self.setRows()
def initTimezone(options, view):
from osaf.pim.calendar.TimeZone import TimeZoneInfo, ontzchange
repository = view.repository
view.tzinfo.ontzchange = ontzchange
if repository is not None:
repository.ontzchange = ontzchange
default = options.timezone or TimeZoneInfo.get(view).default
if default != view.tzinfo.floating:
view.tzinfo.default = default
if repository is not None:
repository.timezone = default
def initTimezone(options, view):
from osaf.pim.calendar.TimeZone import TimeZoneInfo, ontzchange
repository = view.repository
view.tzinfo.ontzchange = ontzchange
if repository is not None:
repository.ontzchange = ontzchange
default = options.timezone or TimeZoneInfo.get(view).default
if default != view.tzinfo.floating:
view.tzinfo.default = default
if repository is not None:
repository.timezone = default
def startTest(self):
# make user collection, since only user
# collections can be displayed as a calendar
col = QAUITestAppLib.UITestItem("Collection", self.logger)
# switch to calendar view
testView = QAUITestAppLib.UITestView(self.logger)
testView.SwitchToCalView()
calendarBlock = getattr(self.app_ns, "MainCalendarControl")
# Find the "canonical timezone" to use in test comparisons
view = self.app_ns.itsView
info = TimeZoneInfo.get(view)
originalTz = info.canonicalTimeZone(view.tzinfo.default).tzid
switchTz = "Pacific/Honolulu"
# Enable timezones so that we can switch from the UI
self.app_ns.root.EnableTimezones()
# Create a new event, which should inherit the default tz
timezoneEvent = QAUITestAppLib.UITestItem("Event", self.logger)
# Test that the new event has indeed inherited the default tz
timezoneEvent.CheckDisplayedValues(EditTimeZone=(True, originalTz))
# Change the timezone to Pacific/Honolulu
QAUITestAppLib.SetChoice(calendarBlock.widget.tzChoice, switchTz)
# Test that the event timezone hasn't changed
timezoneEvent.CheckDisplayedValues(EditTimeZone=(True, originalTz))
# Test that the default timezone has switched
self.logger.startAction("Verify timezone switched")
if view.tzinfo.setDefault(view.tzinfo.getInstance(switchTz)):
self.logger.endAction(True, "Timezone switched")
else:
self.logger.endAction(False, "Timezone failed to switch")
# @@@ More interesting tests could be added here
# Switch back to original timezone
QAUITestAppLib.SetChoice(calendarBlock.widget.tzChoice, originalTz)
def startTest(self):
# make user collection, since only user
# collections can be displayed as a calendar
col = QAUITestAppLib.UITestItem("Collection", self.logger)
# switch to calendar view
testView = QAUITestAppLib.UITestView(self.logger)
testView.SwitchToCalView()
calendarBlock = getattr(self.app_ns, "MainCalendarControl")
# Find the "canonical timezone" to use in test comparisons
view = self.app_ns.itsView
info = TimeZoneInfo.get(view)
originalTz = info.canonicalTimeZone(view.tzinfo.default).tzid
switchTz = "Pacific/Honolulu"
# Enable timezones so that we can switch from the UI
self.app_ns.root.EnableTimezones()
# Create a new event, which should inherit the default tz
timezoneEvent = QAUITestAppLib.UITestItem("Event", self.logger)
# Test that the new event has indeed inherited the default tz
timezoneEvent.CheckDisplayedValues(EditTimeZone=(True, originalTz))
# Change the timezone to Pacific/Honolulu
QAUITestAppLib.SetChoice(calendarBlock.widget.tzChoice, switchTz)
# Test that the event timezone hasn't changed
timezoneEvent.CheckDisplayedValues(EditTimeZone=(True, originalTz))
# Test that the default timezone has switched
self.logger.startAction("Verify timezone switched")
if view.tzinfo.setDefault(view.tzinfo.getInstance(switchTz)):
self.logger.endAction(True, "Timezone switched")
else:
self.logger.endAction(False, "Timezone failed to switch")
# @@@ More interesting tests could be added here
# Switch back to original timezone
QAUITestAppLib.SetChoice(calendarBlock.widget.tzChoice, originalTz)
