def convert_tzdatetime(value):
# Note: use is __class__ since issubclass(datetime, date)
if type(value) is date:
value = todatetime(value)
elif getattr(value, 'tzinfo', None):
value = utcdatetime(value)
return value
def parse_datetime(self, value, etype='Datetime'):
"""get a datetime or time from a string (according to etype)
Datetime formatted as Date are accepted
"""
assert etype in ('Datetime', 'Date', 'Time'), etype
# XXX raise proper validation error
if etype == 'Datetime':
format = self.property_value('ui.datetime-format')
try:
return todatetime(strptime(value, format))
except ValueError:
pass
elif etype == 'Time':
format = self.property_value('ui.time-format')
try:
# (adim) I can't find a way to parse a time with a custom format
date = strptime(value, format) # this returns a datetime
return time(date.hour, date.minute, date.second)
except ValueError:
raise ValueError(
self._('can\'t parse %(value)r (expected %(format)s)') % {
'value': value,
'format': format
})
try:
format = self.property_value('ui.date-format')
dt = strptime(value, format)
if etype == 'Datetime':
return todatetime(dt)
return todate(dt)
except ValueError:
raise ValueError(
self._('can\'t parse %(value)r (expected %(format)s)') % {
'value': value,
'format': format
})
def process_field_data(self, form, field):
req = form._cw
datestr = req.form.get(field.input_name(form, 'date'))
if datestr:
datestr = datestr.strip()
if not datestr:
return None
try:
date = todatetime(req.parse_datetime(datestr, 'Date'))
except ValueError as exc:
raise ProcessFormError(str(exc))
timestr = req.form.get(field.input_name(form, 'time'))
if timestr:
timestr = timestr.strip()
if not timestr:
return date
try:
time = req.parse_datetime(timestr, 'Time')
except ValueError as exc:
raise ProcessFormError(str(exc))
return date.replace(hour=time.hour,
minute=time.minute,
second=time.second)
def convert_datetime(value):
# Note: use is __class__ since issubclass(datetime, date)
if type(value) is date:
value = todatetime(value)
return value
def call(self, title=None):
"""Dumps a timetable from a resultset composed of a note (anything
with start/stop) and a user (anything)"""
self._cw.add_css('cubicweb.timetable.css')
dates = {}
users = []
users_max = {}
# XXX: try refactoring with calendar.py:OneMonthCal
for row in range(self.cw_rset.rowcount):
task = self.cw_rset.get_entity(row, 0)
icalendarable = task.cw_adapt_to('ICalendarable')
if len(self.cw_rset[row]
) > 1 and self.cw_rset.description[row][1] == 'CWUser':
user = self.cw_rset.get_entity(row, 1)
else:
user = ALL_USERS
the_dates = []
if icalendarable.start and icalendarable.stop:
if icalendarable.start.toordinal(
) == icalendarable.stop.toordinal():
the_dates.append(icalendarable.start)
else:
the_dates += date_range(icalendarable.start,
icalendarable.stop + ONEDAY)
elif icalendarable.start:
the_dates.append(icalendarable.start)
elif icalendarable.stop:
the_dates.append(icalendarable.stop)
for d in the_dates:
d = todatetime(d)
d_users = dates.setdefault(d, {})
u_tasks = d_users.setdefault(user, set())
u_tasks.add(task)
task_max = users_max.setdefault(user, 0)
if len(u_tasks) > task_max:
users_max[user] = len(u_tasks)
if user not in users:
# keep original ordering
users.append(user)
if not dates:
return
date_min = min(dates)
date_max = max(dates)
#users = list(sorted(users, key=lambda u:u.login))
rows = []
# colors here are class names defined in cubicweb.css
colors = ["col%x" % i for i in range(12)]
next_color_index = 0
visited_tasks = {} # holds a description of a task for a user
task_colors = {} # remember a color assigned to a task
for date in date_range(date_min, date_max + ONEDAY):
columns = [date]
d_users = dates.get(date, {})
for user in users:
# every user has its column "splitted" in at least MIN_COLS
# sub-columns (for overlapping tasks)
user_columns = [None] * max(MIN_COLS, users_max[user])
# every task that is "visited" for the first time
# require a special treatment, so we put them in
# 'postpone'
postpone = []
for task in d_users.get(user, []):
key = (task, user)
if key in visited_tasks:
task_descr = visited_tasks[key]
user_columns[task_descr.column] = task_descr, False
task_descr.lines += 1
else:
postpone.append(key)
for key in postpone:
# to every 'new' task we must affect a color
# (which must be the same for every user concerned
# by the task)
task, user = key
for i, t in enumerate(user_columns):
if t is None:
if task in task_colors:
color = task_colors[task]
else:
color = colors[next_color_index]
next_color_index = (next_color_index +
1) % len(colors)
task_colors[task] = color
task_descr = _TaskEntry(task, color, i)
user_columns[i] = task_descr, True
visited_tasks[key] = task_descr
break
else:
raise RuntimeError("is it possible we got it wrong?")
columns.append(user_columns)
rows.append(columns)
widths = [len(col) for col in rows[0][1:]]
self.w(u'<div class="section">')
if title:
self.w(u'<h4>%s</h4>\n' % title)
self.w(u'<table class="listing timetable">')
self.render_col_headers(users, widths)
self.render_rows(rows)
self.w(u'</table>')
self.w(u'</div>\n')
def in_working_hours(self):
"""predicate returning True is the task is in working hours"""
if todatetime(self.start).hour > 7 and todatetime(self.stop).hour < 20:
return True
return False