def renderCells(self, schedule, day, item):
if sameProxiedObjects(schedule, self.context.periods):
period = item
return (period.title,
self.activityTitle(period.activity_type) or '')
if sameProxiedObjects(schedule, self.context.time_slots):
slot = item
return (format_time_range(slot.tstart, slot.duration),
self.activityTitle(slot.activity_type) or '')
return None
def format_time_slots(self, time_slots, ws, offset):
self.write_header(ws, offset, 0, "Time schedule")
offset += 1
for day in time_slots.templates.values():
self.write(ws, offset, 0, day.title)
for col, slot in enumerate(day.values()):
time = format_time_range(slot.tstart, slot.duration)
self.write(ws, offset, col + 1, time)
self.write(ws, offset + 1, col + 1, slot.activity_type)
offset += 2
return offset
def format_time_slots(self, time_slots, ws, offset):
self.write_header(ws, offset, 0, "Time schedule")
offset += 1
for day in time_slots.templates.values():
self.write(ws, offset, 0, day.title)
for col, slot in enumerate(day.values()):
time = format_time_range(slot.tstart, slot.duration)
self.write(ws, offset, col + 1, time)
self.write(ws, offset + 1, col + 1, slot.activity_type)
offset += 2
return offset
def default_period_names(time_slots):
"""Derive period names and order from time slots.
>>> from datetime import time, timedelta
>>> periods = [(time(9, 0), timedelta(minutes=50)),
... (time(12, 35), timedelta(minutes=50)),
... (time(14, 15), timedelta(minutes=55))]
>>> periods2 = [(time(9, 10), timedelta(minutes=50)),
... (time(12, 35), timedelta(minutes=50))]
>>> default_period_names([periods] * 3 + [periods2])
[['09:00-09:50', '12:35-13:25', '14:15-15:10'],
['09:00-09:50', '12:35-13:25', '14:15-15:10'],
['09:00-09:50', '12:35-13:25', '14:15-15:10'],
['09:10-10:00', '12:35-13:25']]
"""
return [[
format_time_range(tstart, duration) for tstart, duration in slots
] for slots in time_slots]
def default_period_names(time_slots):
"""Derive period names and order from time slots.
>>> from datetime import time, timedelta
>>> periods = [(time(9, 0), timedelta(minutes=50)),
... (time(12, 35), timedelta(minutes=50)),
... (time(14, 15), timedelta(minutes=55))]
>>> periods2 = [(time(9, 10), timedelta(minutes=50)),
... (time(12, 35), timedelta(minutes=50))]
>>> default_period_names([periods] * 3 + [periods2])
[['09:00-09:50', '12:35-13:25', '14:15-15:10'],
['09:00-09:50', '12:35-13:25', '14:15-15:10'],
['09:00-09:50', '12:35-13:25', '14:15-15:10'],
['09:10-10:00', '12:35-13:25']]
"""
return [[format_time_range(tstart, duration)
for tstart, duration in slots]
for slots in time_slots]
def renderCells(self, schedule, day, item):
timetable = self.context.timetable
if sameProxiedObjects(schedule, timetable.periods):
checked = self.context.hasPeriod(item)
key = self.getPeriodKey(day, item)
checkbox = """
<input class="activity" type="checkbox"
id="%(key)s" name="%(key)s"
value="%(key)s"%(checked)s></input>""" % {
'key': key,
'checked': checked and ' checked="checked"' or ''}
label = """
<label class="period" for="%(key)s">%(title)s</label>""" % {
'key': key, 'title': item.title or ''}
return (checkbox, label)
if sameProxiedObjects(schedule, timetable.time_slots):
slot = item
return (format_time_range(slot.tstart, slot.duration),
self.activityTitle(slot.activity_type) or '')
return None
def format_time_range_list(times):
r"""Format a multi-line string from a list of time slots.
One slot per line (HH:MM - HH:MM). Empty lines are ignored. Extra
spaces are stripped.
>>> import datetime
>>> times = [(datetime.time(9, 30), datetime.timedelta(0, 3300)),
... (datetime.time(12, 30), datetime.timedelta(0, 3300))]
>>> print format_time_range_list(times)
09:30-10:25
12:30-13:25
"""
lines = []
for tr_time, tr_delta in times:
lines.append(format_time_range(tr_time, tr_delta))
return '\n'.join(lines)
def format_time_range_list(times):
r"""Format a multi-line string from a list of time slots.
One slot per line (HH:MM - HH:MM). Empty lines are ignored. Extra
spaces are stripped.
>>> import datetime
>>> times = [(datetime.time(9, 30), datetime.timedelta(0, 3300)),
... (datetime.time(12, 30), datetime.timedelta(0, 3300))]
>>> print format_time_range_list(times)
09:30-10:25
12:30-13:25
"""
lines = []
for tr_time, tr_delta in times:
lines.append(format_time_range(tr_time, tr_delta))
return '\n'.join(lines)
