def build_days(self,days,timestr):
# merge days by term/week
inweek = collections.defaultdict(set)
for (term,week,day) in days:
inweek[(term,week)].add(day_names[day])
# flip the map around so index is by day set
outweek = collections.defaultdict(set)
for ((term,week),days) in inweek.iteritems():
daystr = "".join(sorted(list(days),reverse=True))
outweek[daystr].add((term,week))
# For each day combination build term/week specs
twout = collections.defaultdict(str)
for (daystr,termweeks) in outweek.iteritems():
for term in range(0,3):
weeks = set()
for (term2,week) in termweeks:
if term == term2:
weeks.add(week)
if len(weeks):
week_str = util.number_range_text(weeks)
twout[int(term)*100+int(min(weeks))] += "%s%s %s" % (term_names[term],week_str,daystr)
out = FullPattern()
for k in sorted(twout.keys()):
out.addOne("%s%s" % (twout[k],timestr))
return out
def _format_termweeks(self,reduction):
if reduction is not None and self._termweeks == reduction._termweeks:
return ""
out = []
if not self._termweeks.all_weeks_of_year_test():
for term in self._termweeks.each_term():
weeks = self._termweeks.weeks_of_term(term)
if self._termweeks.all_weeks_of_term_test(term):
s = ''
else:
s = util.number_range_text(weeks)
out.append("%s%s" % (self.terms[term],s))
return " ".join(out)
def _format_termweeks(self, reduction):
if reduction is not None and self._termweeks == reduction._termweeks:
return ""
out = []
if not self._termweeks.all_weeks_of_year_test():
for term in self._termweeks.each_term():
weeks = self._termweeks.weeks_of_term(term)
if self._termweeks.all_weeks_of_term_test(term):
s = ''
else:
s = util.number_range_text(weeks)
out.append("%s%s" % (self.terms[term], s))
return " ".join(out)
def _format_daytimes(self,reduction):
if reduction is not None and set(reduction._daytimes) == set(self._daytimes):
return ""
# collate by time
daysbytime = collections.defaultdict(set)
for dt in self._daytimes:
(day,time) = dt.rep2()
daysbytime[time].add(day)
# sort by time. For now we only care about stability, should also care about sensibleness XXX
keys = sorted(daysbytime.keys())
# emit
out = []
for time in keys:
days = daysbytime[time]
out.append(util.hide_commas(util.number_range_text(days,self.dayname)))
out.append(time)
return " ".join(out)
def _format_daytimes(self, reduction):
if reduction is not None and set(reduction._daytimes) == set(
self._daytimes):
return ""
# collate by time
daysbytime = collections.defaultdict(set)
for dt in self._daytimes:
(day, time) = dt.rep2()
daysbytime[time].add(day)
# sort by time. For now we only care about stability, should also care about sensibleness XXX
keys = sorted(daysbytime.keys())
# emit
out = []
for time in keys:
days = daysbytime[time]
out.append(
util.hide_commas(util.number_range_text(days, self.dayname)))
out.append(time)
return " ".join(out)
