def process_show(self, req):
req.perm.assert_permission('CAL_VIEW')
def stamp_dow (stamp):
return time.localtime(stamp)[6]
def stamp_floattime (stamp):
t = time.localtime(stamp)
return t[3] + t[4]/60.0
DIV = 4
def round_begin (x):
import math
return math.floor (x * DIV) / float (DIV)
def round_end (x):
import math
return math.ceil (x * DIV) / float (DIV)
try:
date = time.strptime(req.args['date'],"%Y%m%d")
except:
date = time.localtime ()
cweek = [[] for _ in xrange(7)]
week_range = caltools.get_week_range(date)
bg, en = time.mktime(week_range[0]), time.mktime(week_range[1])
for ev in Event.events_between (self.env, bg, en,req.authname):
begin = max (bg, ev.get_time_begin ())
end = min (en, ev.get_time_end ()) - 1
for d in xrange(stamp_dow(begin), stamp_dow(end)+1):
cweek[d].append(ev)
week_start = week_range[0]
day_layouts = [cal_layout.layout (evts, round_begin, round_end)
for evts in cweek]
for d in xrange (len (day_layouts)):
today = caltools.relative_day(week_start, d)
today_stamp = time.mktime (today)
tomorrow_stamp = today_stamp + 24 * 60 * 60
req.hdf['azcalendar.events.%d.date.year' % d] = today[0]
req.hdf['azcalendar.events.%d.date.month' % d] = today[1]
req.hdf['azcalendar.events.%d.date.day' % d] = today[2]
for l in xrange (len (day_layouts[d])):
for ev in day_layouts[d][l]:
begin = ev.get_time_begin ()
if begin < today_stamp:
begin = 0.0
else:
begin = round_begin (stamp_floattime (begin))
end = ev.get_time_end ()
if end >= tomorrow_stamp:
end = 24.0
else:
end = round_end (stamp_floattime (end))
base = 'azcalendar.events.%d.events.%d.%d' % (d, l, ev.get_id ())
req.hdf[base + '.id'] = ev.get_id ()
req.hdf[base + '.title'] = ev.get_title ()
req.hdf[base + '.priority'] = str(EventPriority[ev.get_priority ()])
req.hdf[base + '.brd_begin'] = int (round (begin * DIV))
req.hdf[base + '.brd_end'] = int (round (end * DIV))
if ev.get_time_begin () < today_stamp or ev.get_time_end () > tomorrow_stamp:
fmt = "%d.%m.%Y %H:%M"
else:
fmt = "%H:%M"
req.hdf[base + '.time_begin'] = time.strftime (fmt, time.localtime (ev.get_time_begin()))
req.hdf[base + '.time_end'] = time.strftime (fmt, time.localtime (ev.get_time_end()))
display_months = []
dm_year, dm_month = caltools.get_month_range (week_start)[0][:2]
prev_year, prev_month, prev_day = date[:3]
prev_month -= 1
if prev_month < 1:
prev_month += 12
prev_year -= 1
prev_day = min (calendar.monthrange (prev_year, prev_month)[1], prev_day)
next_year, next_month, next_day = date[:3]
next_month += 1
if next_month > 12:
next_month -= 12
next_year += 1
next_day = min (calendar.monthrange (next_year, next_month)[1], next_day)
for i in range(3):
month_range = caltools.get_month_range (tuple([dm_year, dm_month, 1] + [0 for i in range(6)]))
interesting_days = {}
bg, en = time.mktime(month_range[0]), time.mktime(month_range[1])
evts = Event.events_between (self.env, bg, en, req.authname)
for ev in evts:
begin = ev.get_time_begin()
if begin < bg:
begin = 1
else:
begin = time.localtime(begin)[2]
end = ev.get_time_end()
if end > en:
end = calendar.monthrange(dm_year, dm_month)[1]
else:
end = time.localtime(end)[2]
priority = ev.get_priority()
# Mark interesting days.
for day in range (begin, end + 1):
if day not in interesting_days or interesting_days[day] < priority:
interesting_days[day] = priority
interesting_days_l = [(day, str(EventPriority[interesting_days[day]]))
for day in interesting_days.keys()]
display_months.append ((dm_month - 1, dm_year, interesting_days_l))
dm_month += 1
if dm_month > 12:
dm_year += 1
dm_month = 1
req.hdf['azcalendar.prev_date'] = "%04d%02d%02d" % (prev_year, prev_month, prev_day)
req.hdf['azcalendar.today_date'] = time.strftime ("%Y%m%d")
req.hdf['azcalendar.next_date'] = "%04d%02d%02d" % (next_year, next_month, next_day)
for m in xrange (len (display_months)):
month, year, impdays = display_months[m]
_, numdays = calendar.monthrange (year, month + 1)
firstday = calendar.weekday(year, month + 1, 1)
req.hdf['azcalendar.months.%d.month' % m] = month
req.hdf['azcalendar.months.%d.year' % m] = year
req.hdf['azcalendar.months.%d.firstday' % m] = firstday
req.hdf['azcalendar.months.%d.numdays' % m] = numdays
for d in xrange (len (impdays)):
day, priority = impdays[d]
req.hdf['azcalendar.months.%d.impdays.%d' % (m, day)] = priority
req.hdf['azcalendar.div'] = str(DIV)
req.hdf['title'] = "Calendar"
add_stylesheet (req, 'hw/css/azcalendar.css')
return 'azcalendar.cs', None
