def create(cls, user_key, sid, old=None):
if user_key is None or not user_key.kind() == 'User':
raise ValueError("Invalid parent.")
term = sid.split("/")[0]
syllabus = Syllabus(id=sid, parent=user_key, term=term)
if old is None:
syllabus.populate(
**{
'meetTimes': [MeetingTime.create()],
'sections': [],
'textbooks': [],
'asmt': [],
'scale': [GradeScale.create() for i in range(14)],
'policies': [],
'calendar': Calendar.create(term),
})
else:
syllabus.populate(**old.to_dict())
syllabus.term = term
syllabus.calendar.update(syllabus.meetTimes, Term.start_date(term),
Term.end_date(term))
syllabus.active = False
syllabus.currstep = 1
syllabus.put()
return syllabus
def scrape_populate(self, course_info):
self.course.dept = course_info[0]
self.course.num = course_info[1]
self.courseName = course_info[2]
sections = course_info[3]
if len(sections) > 0:
self.room = sections[0].room
self.meetTimes = MeetingTime.parse_strings(sections[0].days,
sections[0].hours)
self.suggestion = sections[0].instructor
self.sections = []
for sect_data in sections[1:]:
section = Section.create(
sect_data.name, sect_data.room,
sect_data.days + " " + sect_data.hours, None,
sect_data.instructor)
self.sections.append(section)
print "will modify here"
def post_step_2(self):
self.syll.course = CourseID.create(self.request.get('dept'),
sint(self.request.get('num')))
self.syll.courseName = self.request.get('course_title')
self.syll.room = self.request.get('room')
iid = self.request.get('instructor')
print self.syll.instructor
if iid == 'none':
self.syll.instructor = None
else:
try:
self.syll.instructor = self.instructors_list[iid].key
print "success"
except KeyError:
self.syll.instructor = None
i = 1
for t in self.syll.meetTimes:
t.weekday = sint(self.request.get('day' + str(i)))
t.set_start_12h(sint(self.request.get('starth' + str(i))),
sint(self.request.get('startm' + str(i))),
self.request.get('startp' + str(i)) == 'y')
t.set_dur(sint(self.request.get('durh' + str(i))),
sint(self.request.get('durm' + str(i))))
i += 1
action = self.request.get('action')
if action == 'new':
self.syll.meetTimes.append(MeetingTime.create())
elif action != '' and len(self.syll.meetTimes) > 1:
index = sint(action, -1) - 1
if index >= 0:
self.syll.meetTimes.remove(self.syll.meetTimes[index])
self.syll.calendar.update(self.syll.meetTimes)
def schedule_string(self):
return MeetingTime.build_string(self.meetTimes, True)
def test_getstartHour(self):
m = MeetingTime(startMins=600)
self.assertEqual(m.get_start_hour(), 10)
def test_set_dur(self):
i = MeetingTime(durMins=0)
i.set_dur(1,45)
self.assertEqual(i.durMins, 105)
def test_add_to_Datastore(self):
mtime = MeetingTime(weekday=4, startMins=600, durMins=50)
mtime.put()
self.assertEqual(1, len(MeetingTime.query().fetch()))
def test_set_start(self):
i = MeetingTime(startMins=0)
i.set_start(1,50)
self.assertEqual(i.startMins, 110)
def test_getDurMin(self):
start = MeetingTime(weekday=2, startMins=600, durMins=50)
self.assertEqual(start.get_dur_min(), 50)
def test_get_start_min(self):
m = MeetingTime(startMins=50)
self.assertEqual(m.get_start_min(), 50)
def test_get_start_pm(self):
m = MeetingTime(startMins=1200)
m.get_start_pm()
self.assertTrue(m.get_start_pm())
def test_getstartHour_12h(self):
m = MeetingTime(startMins=50)
self.assertEqual(m.get_start_hour(), 0)