def shared_meeting_days(first_course, second_course): first_course_meeting_days = parser.get_meetings(first_course).keys() second_course_meeting_days = parser.get_meetings(second_course).keys() days_overlapped = list() for meeting_day in first_course_meeting_days: if meeting_day in second_course_meeting_days: days_overlapped.append(meeting_day) return days_overlapped
def shared_meeting_days(first_course, second_course):
first_course_meeting_days = parser.get_meetings(first_course).keys()
second_course_meeting_days = parser.get_meetings(second_course).keys()
days_overlapped = list()
for meeting_day in first_course_meeting_days:
if meeting_day in second_course_meeting_days:
days_overlapped.append(meeting_day)
return days_overlapped
def course_meeting_times_overlap(first_course, second_course, days_overlapped): first_course_meetings = parser.get_meetings(first_course) second_course_meetings = parser.get_meetings(second_course) for day in days_overlapped: first_course_times = first_course_meetings[day] second_course_times = second_course_meetings[day] for first_course_time in first_course_times: for second_course_time in second_course_times: if course_times_overlap(first_course_time, second_course_time): return True return False
def course_meeting_times_overlap(first_course, second_course, days_overlapped):
first_course_meetings = parser.get_meetings(first_course)
second_course_meetings = parser.get_meetings(second_course)
for day in days_overlapped:
first_course_times = first_course_meetings[day]
second_course_times = second_course_meetings[day]
for first_course_time in first_course_times:
for second_course_time in second_course_times:
if course_times_overlap(first_course_time, second_course_time):
return True
return False
def course_meets_on_days(course, days_to_check): course_meetings = parser.get_meetings(course) course_meeting_days = course_meetings.keys() for day_to_check in days_to_check: if day_to_check in course_meeting_days: return True return False
def course_meets_on_days(course, days_to_check):
course_meetings = parser.get_meetings(course)
course_meeting_days = course_meetings.keys()
for day_to_check in days_to_check:
if day_to_check in course_meeting_days:
return True
return False
def restrictions():
if request.method == 'POST':
schedule_requirements
sb.set_requirements(schedule_requirements)
dotw = list()
for (req, val) in request.form.items():
if req == 'dotw':
dotw.append(val)
sb.enter_preferences(no_class_days=dotw)
schedule = sb.find_schedule()
my_data = list()
for i, course in enumerate(schedule):
temp = dict()
temp['full_name'] = course['meetings'][0]['section_id_normalized']
temp['meetings'] = get_meetings(course)
my_data.append(temp)
print my_data
sample_data = [
{
"full_name": "NETS 212",
"requirement_filled": "Arts and Letters",
"meetings": {
"days": ["Tuesday", "Thursday"],
"tod": [12, 13.5]
}
},
{
"full_name": "CIS 110",
"requirement_filled": "Physical World",
"meetings": {
"days": ["Monday", "Wednesday", "Friday"],
"tod": [11, 12]
}
},
{
"full_name": "Span 130",
"requirement_filled": "Something",
"meetings": {
"days": ["Monday", "Tuesday", "Wednesday", "Friday"],
"tod": [12, 13]
}
}
]
class_bd = class_by_days(my_data)
# print class_bd
print "about to render_template"
return render_template("your-schedule.html", data=my_data, by_date=class_bd)
else:
return render_template("index.html")