def testParseDateLimit(self):
# Fake today to a fixed date. This is a saturday (weekday=5).
today = datetime(2009, 1, 3)
endOfDay = dict(hour=23, minute=59, second=59)
startOfDay = dict(hour=0, minute=0, second=0)
testData = [
("today", operator.__le__, today.replace(**endOfDay)),
("<=today", operator.__le__, today.replace(**endOfDay)),
("<today", operator.__lt__, today.replace(**startOfDay)),
(">today", operator.__gt__, today.replace(**endOfDay)),
(">=today", operator.__ge__, today.replace(**startOfDay)),
("<=06/02/2009", operator.__le__, datetime(2009, 2,
6).replace(**endOfDay)),
("<06/02/2009", operator.__lt__,
datetime(2009, 2, 6).replace(**startOfDay)),
("tomorrow 18:00", operator.__le__,
today + timedelta(days=1, hours=18)),
("sunday", operator.__le__, datetime(2009, 1,
4).replace(**endOfDay)),
("tu 11:45", operator.__le__, datetime(2009, 1, 6, 11, 45)),
]
for text, expectedOp, expectedDate in testData:
output = ydateutils.parseDateLimit(text, today=today)
output = ydateutils.parseDateLimit(text, today=today)
self.assertEquals(expectedOp, output[0])
self.assertEquals(expectedDate, output[1])
def testParseDateLimit(self):
# Fake today to a fixed date. This is a saturday (weekday=5).
today = datetime(2009, 1, 3)
endOfDay = dict(hour=23, minute=59, second=59)
startOfDay = dict(hour=0, minute=0, second=0)
testData = [
("today", operator.__le__, today.replace(**endOfDay)),
("<=today", operator.__le__, today.replace(**endOfDay)),
("<today", operator.__lt__, today.replace(**startOfDay)),
(">today", operator.__gt__, today.replace(**endOfDay)),
(">=today", operator.__ge__, today.replace(**startOfDay)),
("<=06/02/2009", operator.__le__, datetime(2009, 2, 6).replace(**endOfDay)),
("<06/02/2009", operator.__lt__, datetime(2009, 2, 6).replace(**startOfDay)),
("tomorrow 18:00", operator.__le__, today + timedelta(days=1, hours=18)),
("sunday", operator.__le__, datetime(2009, 1, 4).replace(**endOfDay)),
("tu 11:45", operator.__le__, datetime(2009, 1, 6, 11, 45)),
]
for text, expectedOp, expectedDate in testData:
output = ydateutils.parseDateLimit(text, today=today)
output = ydateutils.parseDateLimit(text, today=today)
self.assertEqual(expectedOp, output[0])
self.assertEqual(expectedDate, output[1])
def do_t_list(self, line, renderer=None):
def selectRendererClass():
if args.format != "auto":
return gRendererClassDict[args.format]
defaultRendererClass = TextListRenderer
if not args.output:
return defaultRendererClass
ext = os.path.splitext(args.output)[1]
if not ext:
return defaultRendererClass
return gRendererClassDict.get(ext[1:], defaultRendererClass)
# Reset last tasks id list
self.lastTaskIds = []
# BUG: completion based on parameter position is broken when parameter is given"
args, projectList, filters = self._parseListLine(self.parser_t_list(), line)
# Skip notes
filters.append(parseutils.KeywordFilter("!@" + NOTE_KEYWORD).filter())
# Handle t_list specific options
order = [desc(Task.urgency), Task.creationDate]
limit = None
if args.done:
filters.append(Task.status == 'done')
if args.done != "all":
minDate = ydateutils.parseMinDate(args.done)
filters.append(Task.doneDate >= minDate)
elif args.status == "all":
pass
elif args.status == "started":
filters.append(Task.status == "started")
else:
filters.append(Task.status != "done")
if args.urgency:
order = [desc(Task.urgency), ]
filters.append(Task.urgency >= args.urgency)
if args.topDue:
filters.append(Task.dueDate != None)
order = [Task.dueDate, ]
limit = 5
if args.due:
for due in args.due:
dueOperator, dueLimit = ydateutils.parseDateLimit(due)
filters.append(dueOperator(Task.dueDate, dueLimit))
order = [Task.dueDate, ]
if args.decrypt:
self.cryptoMgr.force_decrypt = True
# Define output
if args.output:
out = open(args.output, "w", encoding='utf-8')
else:
out = tui.stdout
# Instantiate renderer
if renderer is None:
rendererClass = selectRendererClass()
renderer = rendererClass(out, cryptoMgr=self.cryptoMgr)
# Fill the renderer
self._renderList(renderer, projectList, filters, order, limit, args.keyword)
def do_t_list(self, line):
def selectRendererClass():
if args.format != "auto":
return gRendererClassDict[args.format]
defaultRendererClass = TextListRenderer
if not args.output:
return defaultRendererClass
ext = os.path.splitext(args.output)[1]
if not ext:
return defaultRendererClass
return gRendererClassDict.get(ext[1:], defaultRendererClass)
# Reset last tasks id list
self.lastTaskIds = []
# BUG: completion based on parameter position is broken when parameter is given
args, projectList, filters = self._parseListLine(
self.parser_t_list(), line)
# Skip notes
filters.append(parseutils.KeywordFilter("!@" + NOTE_KEYWORD).filter())
# Handle t_list specific options
order = -Task.q.urgency, Task.q.creationDate
limit = None
if args.done:
filters.append(Task.q.status == 'done')
if args.done != "all":
minDate = ydateutils.parseMinDate(args.done)
filters.append(Task.q.doneDate >= minDate)
elif args.status == "all":
pass
elif args.status == "started":
filters.append(Task.q.status == 'started')
else:
filters.append(Task.q.status != 'done')
if args.urgency:
order = -Task.q.urgency
filters.append(Task.q.urgency >= args.urgency)
if args.topDue:
filters.append(Task.q.dueDate != None)
order = Task.q.dueDate
limit = 5
if args.due:
for due in args.due:
dueOperator, dueLimit = ydateutils.parseDateLimit(due)
filters.append(dueOperator(Task.q.dueDate, dueLimit))
order = Task.q.dueDate
if args.decrypt:
self.cryptoMgr.force_decrypt = True
# Define output
if args.output:
out = open(args.output, "w")
else:
out = tui.stdout
# Instantiate renderer
rendererClass = selectRendererClass()
renderer = rendererClass(out, cryptoMgr=self.cryptoMgr)
# Fill the renderer
self._renderList(renderer, projectList, filters, order, limit,
args.keyword)