def testUnstampEvent_ALL(self):
self.event.rruleset = self.rruleset
third = self.event.getFirstOccurrence().getNextOccurrence().getNextOccurrence()
pim.CHANGE_ALL(third).remove()
self.failUnless(pim.isDead(third.itsItem))
self.failIf(pim.isDead(self.event.itsItem))
self.failIf(pim.has_stamp(self.event, pim.EventStamp))
def testChangeRecurrence_ALL(self):
self.event.rruleset = self.rruleset
third = self.event.getFirstOccurrence().getNextOccurrence().getNextOccurrence()
pim.CHANGE_ALL(third).rruleset = self.makeRuleset('weekly')
self.failUnless(pim.isDead(third.itsItem))
self.failIf(pim.isDead(self.event.itsItem))
self.failUnlessEqual(self.event.rruleset.rrules.first().freq, 'weekly')
def testUnstampEvent_ALL(self):
self.event.rruleset = self.rruleset
third = self.event.getFirstOccurrence().getNextOccurrence(
).getNextOccurrence()
pim.CHANGE_ALL(third).remove()
self.failUnless(pim.isDead(third.itsItem))
self.failIf(pim.isDead(self.event.itsItem))
self.failIf(pim.has_stamp(self.event, pim.EventStamp))
def testChangeRecurrence_ALL(self):
self.event.rruleset = self.rruleset
third = self.event.getFirstOccurrence().getNextOccurrence(
).getNextOccurrence()
pim.CHANGE_ALL(third).rruleset = self.makeRuleset('weekly')
self.failUnless(pim.isDead(third.itsItem))
self.failIf(pim.isDead(self.event.itsItem))
self.failUnlessEqual(self.event.rruleset.rrules.first().freq, 'weekly')
def testDeleteRecurrence_ALL(self):
self.event.rruleset = self.rruleset
first = self.event.getFirstOccurrence()
third = first.getNextOccurrence().getNextOccurrence()
del pim.CHANGE_ALL(third).rruleset
self.failUnless(pim.isDead(first.itsItem))
self.failUnless(pim.isDead(third.itsItem))
self.failIf(pim.isDead(self.event.itsItem))
self.failUnless(self.event.rruleset is None)
def testDeleteRecurrence_ALL(self):
self.event.rruleset = self.rruleset
first = self.event.getFirstOccurrence()
third = first.getNextOccurrence().getNextOccurrence()
del pim.CHANGE_ALL(third).rruleset
self.failUnless(pim.isDead(first.itsItem))
self.failUnless(pim.isDead(third.itsItem))
self.failIf(pim.isDead(self.event.itsItem))
self.failUnless(self.event.rruleset is None)
def testChangeRecurrence_FUTURE(self):
self.event.rruleset = self.rruleset
third = self.event.getFirstOccurrence().getNextOccurrence().getNextOccurrence()
pim.CHANGE_FUTURE(third).rruleset = self.makeRuleset('weekly')
self.failIfEqual(third.getMaster(), self.event.getMaster())
self.failIf(pim.isDead(self.event.itsItem))
self.failIf(pim.isDead(third.itsItem))
self.failUnlessEqual(third, third.getMaster().getFirstOccurrence())
self.failUnlessEqual(self.event.rruleset.rrules.first().freq, 'daily')
self.failUnlessEqual(third.rruleset.rrules.first().freq, 'weekly')
def getListItems(self, selectedOnly):
""" Provide iteration over ListCtrl items """
listCtrl = self.reminderControls['list']
# Note: because our caller may be updating the list, we don't act
# like a generator; return the whole list at once.
results = []
for index in range(listCtrl.GetItemCount()):
if not selectedOnly or listCtrl.GetItemState(index, wx.LIST_STATE_SELECTED):
entryTuple = self.remindersInList[index]
if (not pim.isDead(entryTuple[1]) and
not pim.isDead(entryTuple[2])):
results.append(entryTuple)
return results
def testChangeRecurrence_FUTURE(self):
self.event.rruleset = self.rruleset
third = self.event.getFirstOccurrence().getNextOccurrence(
).getNextOccurrence()
pim.CHANGE_FUTURE(third).rruleset = self.makeRuleset('weekly')
self.failIfEqual(third.getMaster(), self.event.getMaster())
self.failIf(pim.isDead(self.event.itsItem))
self.failIf(pim.isDead(third.itsItem))
self.failUnlessEqual(third, third.getMaster().getFirstOccurrence())
self.failUnlessEqual(self.event.rruleset.rrules.first().freq, 'daily')
self.failUnlessEqual(third.rruleset.rrules.first().freq, 'weekly')
def getListItems(self, selectedOnly):
""" Provide iteration over ListCtrl items """
listCtrl = self.reminderControls['list']
# Note: because our caller may be updating the list, we don't act
# like a generator; return the whole list at once.
results = []
for index in range(listCtrl.GetItemCount()):
if not selectedOnly or listCtrl.GetItemState(
index, wx.LIST_STATE_SELECTED):
entryTuple = self.remindersInList[index]
if (not pim.isDead(entryTuple[1])
and not pim.isDead(entryTuple[2])):
results.append(entryTuple)
return results
def setFreeBusy(self):
if self._recalcCount == 0:
zerotime = time(tzinfo=self.blockItem.itsView.tzinfo.default)
start = self.GetStartDate()
start = datetime.combine(start, zerotime)
# ugh, why can't timedelta just support months?
end = minical.MonthDelta(start, 3)
end = datetime.combine(end, zerotime)
if self.HasPendingEventChanges():
addedItems, removedItems, changedItems = \
self.GetPendingChanges(False)
if len(removedItems) + len(changedItems) > 0:
self._recalcCount += 1
self._eventsToAdd.clear()
else:
for item in addedItems:
if not isDead(item):
if (not has_stamp(item, EventStamp)):
continue
event = Calendar.EventStamp(item)
if event.rruleset is not None:
# new recurring events should
self._recalcCount += 1
self._eventsToAdd.clear()
break
elif (event.isBetween(start, end)
and event.transparency == 'confirmed'):
self._eventsToAdd.add(event)
else:
self._eventsToAdd.clear()
if self._eventsToAdd:
self._recalcCount += 1
if self._recalcCount or self._eventsToAdd:
self.Refresh()
def setFreeBusy(self):
if self._recalcCount == 0:
zerotime = time(tzinfo=self.blockItem.itsView.tzinfo.default)
start = self.GetStartDate()
start = datetime.combine(start, zerotime)
# ugh, why can't timedelta just support months?
end = minical.MonthDelta(start, 3)
end = datetime.combine(end, zerotime)
if self.HasPendingEventChanges():
addedItems, removedItems, changedItems = self.GetPendingChanges(False)
if len(removedItems) + len(changedItems) > 0:
self._recalcCount += 1
self._eventsToAdd.clear()
else:
for item in addedItems:
if not isDead(item):
if not has_stamp(item, EventStamp):
continue
event = Calendar.EventStamp(item)
if event.rruleset is not None:
# new recurring events should
self._recalcCount += 1
self._eventsToAdd.clear()
break
elif event.isBetween(start, end) and event.transparency == "confirmed":
self._eventsToAdd.add(event)
else:
self._eventsToAdd.clear()
if self._eventsToAdd:
self._recalcCount += 1
if self._recalcCount or self._eventsToAdd:
self.Refresh()
def bad(stamp_or_item):
# reject items if they're dead OR if they've lost their EventStamp
item = getattr(stamp_or_item, "itsItem", stamp_or_item)
return isDead(item) or not has_stamp(item, EventStamp)
def Draw(self, dc):
"""
Draw all the items, based on what's in self.visibleEvents
@return the height of all the text drawn
"""
view = self.blockItem.itsView
# Set up drawing & clipping
unselectedColor = styles.cfg.get("preview", "UnSelectedText")
unselectedBackground = styles.cfg.get("preview", "UnSelectedTextBackground")
dc.Clear()
brush = wx.Brush(unselectedBackground, wx.SOLID)
dc.SetBackground(brush)
dc.SetBrush(brush)
dc.SetPen(wx.Pen(unselectedBackground))
dc.DrawRectangle(*iter(self.GetRect()))
dc.SetTextBackground(unselectedBackground)
dc.SetTextForeground(unselectedColor)
r = self.GetRect()
dc.SetClippingRegion(self.hMargin, self.vMargin, r.width - (2 * self.hMargin), r.height - (2 * self.vMargin))
if self.labelPosition == -1:
# First time - do a little measuring
# Each line is going to be:
# (hMargin)(12:00 AM)(midMargin)(Event name)
# and we'll draw the time aligned with the colon.
# If the locale doesn't use AM/PM, it won't show; so, format a
# generic time and see how it looks:
genericTime = pim.shortTimeFormat.format(view, datetime(2005, 1, 1, 12, 00))
self.genericTime = genericTime
self.timeSeparator = ":"
for c in genericTime: # @@@ This might need work
# [i18n]: The list of time separators may need to
# be expanded as more localizations of
# Chandler are performed.
if c in (u":."): # Which time separator actually got used?
self.timeSeparator = c
break
self.preSep = genericTime[: genericTime.find(self.timeSeparator)]
dc.SetFont(self.timeFont)
self.colonPosition = dc.GetTextExtent(self.preSep)[0] + self.hMargin
self.labelPosition = dc.GetTextExtent(self.genericTime)[0] + self.hMargin + self.midMargin
self.timeFontHeight = Styles.getMeasurements(self.timeFont).height
self.eventFontHeight = Styles.getMeasurements(self.eventFont).height
self.lineHeight = max(self.timeFontHeight, self.eventFontHeight)
self.timeFontOffset = self.lineHeight - self.timeFontHeight
self.eventFontOffset = self.lineHeight - self.eventFontHeight
y = self.vMargin
# Draw title if appropriate
times = []
timesCoords = []
if self.useToday and self.visibleEvents:
times.append(_(u"Today's events"))
timesCoords.append((self.hMargin, y))
y += self.lineHeight
# Draw each event
previewPrefs = schema.ns("osaf.framework.blocks.calendar", view).previewPrefs
events = []
eventsCoords = []
for i, event in enumerate(self.visibleEvents):
if isDead(event.itsItem):
# This is to fix bug 4322, after removing recurrence,
# OnPaint gets called before wxSynchronizeWidget, so
# self.visibleEvents has deleted items in it.
continue
if not self.maximized and i == previewPrefs.maximumEventsDisplayed - 1 and len(self.visibleEvents) - i > 1:
break
if not (event.allDay or event.anyTime):
# Draw the time
formattedTime = pim.shortTimeFormat.format(view, event.startTime)
preSep = formattedTime[: formattedTime.find(self.timeSeparator)]
prePos = self.colonPosition - dc.GetTextExtent(preSep)[0]
times.append(formattedTime)
timesCoords.append((prePos, y + self.timeFontOffset))
# Draw the event text to the right of the time.
x = self.labelPosition
else:
# Draw allDay/anyTime events at the left margin
x = self.hMargin
# Draw the event text. It'll be clipped automatically because we
# set a clipregion above.
events.append(event.summary)
eventsCoords.append((x, y + self.eventFontOffset))
y += self.lineHeight
# bug 9021, hard-coded max preview items to avoid taking over
# the whole sidebar
if i >= MAX_PREVIEW_ITEMS:
break
# Actual drawing here...
if times:
dc.SetFont(self.timeFont)
dc.DrawTextList(times, timesCoords)
if events:
dc.SetFont(self.eventFont)
dc.DrawTextList(events, eventsCoords)
if len(self.visibleEvents) > previewPrefs.maximumEventsDisplayed:
if self.maximized:
expandText = _(u"- minimize")
else:
# this is the number of events that are not displayed
# in the preview pane because there wasn't enough room
numEventsLeft = len(self.visibleEvents) - (previewPrefs.maximumEventsDisplayed - 1)
expandText = _(u"+ %(numberOfEvents)d more...") % {"numberOfEvents": numEventsLeft}
dc.SetFont(self.linkFont)
dc.DrawText(expandText, self.hMargin, y + self.eventFontOffset)
y += self.lineHeight
dc.DestroyClippingRegion()
return y - self.vMargin
def bad(stamp_or_item):
# reject items if they're dead OR if they've lost their EventStamp
item = getattr(stamp_or_item, 'itsItem', stamp_or_item)
return isDead(item) or not has_stamp(item, EventStamp)
def Draw(self, dc):
"""
Draw all the items, based on what's in self.visibleEvents
@return the height of all the text drawn
"""
view = self.blockItem.itsView
# Set up drawing & clipping
unselectedColor = styles.cfg.get('preview', 'UnSelectedText')
unselectedBackground = styles.cfg.get('preview',
'UnSelectedTextBackground')
dc.Clear()
brush = wx.Brush(unselectedBackground, wx.SOLID)
dc.SetBackground(brush)
dc.SetBrush(brush)
dc.SetPen(wx.Pen(unselectedBackground))
dc.DrawRectangle(*iter(self.GetRect()))
dc.SetTextBackground(unselectedBackground)
dc.SetTextForeground(unselectedColor)
r = self.GetRect()
dc.SetClippingRegion(self.hMargin, self.vMargin,
r.width - (2 * self.hMargin),
r.height - (2 * self.vMargin))
if self.labelPosition == -1:
# First time - do a little measuring
# Each line is going to be:
# (hMargin)(12:00 AM)(midMargin)(Event name)
# and we'll draw the time aligned with the colon.
# If the locale doesn't use AM/PM, it won't show; so, format a
# generic time and see how it looks:
genericTime = pim.shortTimeFormat.format(
view, datetime(2005, 1, 1, 12, 00))
self.genericTime = genericTime
self.timeSeparator = ':'
for c in genericTime: # @@@ This might need work
# [i18n]: The list of time separators may need to
# be expanded as more localizations of
# Chandler are performed.
if c in (u':.'): # Which time separator actually got used?
self.timeSeparator = c
break
self.preSep = genericTime[:genericTime.find(self.timeSeparator)]
dc.SetFont(self.timeFont)
self.colonPosition = dc.GetTextExtent(self.preSep)[0] + self.hMargin
self.labelPosition = dc.GetTextExtent(self.genericTime)[0] \
+ self.hMargin + self.midMargin
self.timeFontHeight = Styles.getMeasurements(self.timeFont).height
self.eventFontHeight = Styles.getMeasurements(self.eventFont).height
self.lineHeight = max(self.timeFontHeight, self.eventFontHeight)
self.timeFontOffset = (self.lineHeight - self.timeFontHeight)
self.eventFontOffset = (self.lineHeight - self.eventFontHeight)
y = self.vMargin
# Draw title if appropriate
times = []
timesCoords = []
if self.useToday and self.visibleEvents:
times.append(_(u"Today's events"))
timesCoords.append((self.hMargin, y))
y += self.lineHeight
# Draw each event
previewPrefs = schema.ns("osaf.framework.blocks.calendar",
view).previewPrefs
events = []
eventsCoords = []
for i, event in enumerate(self.visibleEvents):
if isDead(event.itsItem):
# This is to fix bug 4322, after removing recurrence,
# OnPaint gets called before wxSynchronizeWidget, so
# self.visibleEvents has deleted items in it.
continue
if (not self.maximized
and i == previewPrefs.maximumEventsDisplayed - 1
and len(self.visibleEvents) - i > 1):
break
if not (event.allDay or event.anyTime):
# Draw the time
formattedTime = pim.shortTimeFormat.format(
view, event.startTime)
preSep = formattedTime[:formattedTime.find(self.timeSeparator)]
prePos = self.colonPosition - dc.GetTextExtent(preSep)[0]
times.append(formattedTime)
timesCoords.append((prePos, y + self.timeFontOffset))
# Draw the event text to the right of the time.
x = self.labelPosition
else:
# Draw allDay/anyTime events at the left margin
x = self.hMargin
# Draw the event text. It'll be clipped automatically because we
# set a clipregion above.
events.append(event.summary)
eventsCoords.append((x, y + self.eventFontOffset))
y += self.lineHeight
# bug 9021, hard-coded max preview items to avoid taking over
# the whole sidebar
if i >= MAX_PREVIEW_ITEMS: break
# Actual drawing here...
if times:
dc.SetFont(self.timeFont)
dc.DrawTextList(times, timesCoords)
if events:
dc.SetFont(self.eventFont)
dc.DrawTextList(events, eventsCoords)
if len(self.visibleEvents) > previewPrefs.maximumEventsDisplayed:
if self.maximized:
expandText = _(u"- minimize")
else:
# this is the number of events that are not displayed
# in the preview pane because there wasn't enough room
numEventsLeft = (len(self.visibleEvents) -
(previewPrefs.maximumEventsDisplayed - 1))
expandText = _(u"+ %(numberOfEvents)d more...") % \
{'numberOfEvents': numEventsLeft}
dc.SetFont(self.linkFont)
dc.DrawText(expandText, self.hMargin, y + self.eventFontOffset)
y += self.lineHeight
dc.DestroyClippingRegion()
return y - self.vMargin
