def instructor(request):
"""
The instructor view is the view function for the instructor.html page. This
function expects to be sent an 'instructor' query string with the name of
the 'clicked-on' instructor. We query the instructor table for the
instructor with that name and send that instructor as a context to the
instructor.html template, and that html file is returned as a HTTPresponse
page
See https://docs.djangoproject.com/en/dev/topics/http/views/s
"""
# check to see if the user is logged in
# if not make the user login
status, id, cookie = check_login(request, '/scheduler/instructor/')
setcookie = False
if status is False:
return redirect_to_cas('/scheduler/instructor/')
if cookie != "":
setcookie = True
ins = request.GET.get('instructor', None)
if ins is not None:
prof = Instructor.objects.get(name=ins)
response = render(request, 'instructor.html', {'prof': prof, 'id': id})
if setcookie is True:
response.__setitem__('Set-Cookie', cookie)
return response
return render(request, 'instructor.html', {'id': id})
def inssearch(request):
"""
The insearch view is the view function for the insearch.html page. This
view can take in a name query string but does not neccessarily expect it.
If there is a valid name query string, we query the intructor table for all
of the instructors whose name or email contains the query string. We then
send that query set as a context to the 'inssearch.html' template file
which is then returned as a HttpResponse
See https://docs.djangoproject.com/en/dev/topics/http/views/
"""
# check to see if the user is logged in
# if not make the user login
status, id, cookie = check_login(request, '/scheduler/instructor/')
setcookie = False
if status is False:
return redirect_to_cas('/scheduler/instructor/')
if cookie != "":
setcookie = True
if request.method == 'GET':
name = request.GET.get('name', None)
if name is not None:
profs = Instructor.objects.filter(
Q(name__icontains=name) | Q(email__icontains=name))
response = render(request, 'inssearch.html', {
'profs': profs,
'id': id
})
if setcookie is True:
response.__setitem__('Set-Cookie', cookie)
return response
return render(request, 'inssearch.html')
else:
return render(request, 'inssearch.html', {'id': id})
def mycourses(request):
"""
The mycourses view function is another view function for the add.html page.
Unlike the other two, this function immediately finds all of the courses
that the current user is enrolled in and sends that dictionary as a context
to add.html
See https://docs.djangoproject.com/en/dev/topics/http/views/
"""
# check to see if the user is logged in
# if not make the user login
status, id, cookie = check_login(request, '/scheduler/instructor/')
setcookie = False
if status is False:
return redirect_to_cas('/scheduler/instructor/')
if cookie != "":
setcookie = True
toSend = {}
eventIDs = Enrollment.objects.filter(student_id=id).values_list('event_id',
flat=True)
classes = Instructs.objects.filter(meeting_id__in=eventIDs)
for c in classes:
toSend[c] = True
response = render(request, 'add.html', {
'classes': toSend,
'id': id,
'form': SearchForm()
})
if setcookie is True:
response.__setitem__('Set-Cookie', cookie)
return response
def inssearch(request):
"""
The insearch view is the view function for the insearch.html page. This
view can take in a name query string but does not neccessarily expect it.
If there is a valid name query string, we query the intructor table for all
of the instructors whose name or email contains the query string. We then
send that query set as a context to the 'inssearch.html' template file
which is then returned as a HttpResponse
See https://docs.djangoproject.com/en/dev/topics/http/views/
"""
# check to see if the user is logged in
# if not make the user login
status, id, cookie = check_login(request, '/scheduler/instructor/')
setcookie = False
if status is False:
return redirect_to_cas('/scheduler/instructor/')
if cookie != "":
setcookie = True
if request.method == 'GET':
name = request.GET.get('name', None)
if name is not None:
profs = Instructor.objects.filter(
Q(
name__icontains=name) | Q(email__icontains=name))
response = render(request, 'inssearch.html', {'profs': profs,
'id': id})
if setcookie is True:
response.__setitem__('Set-Cookie', cookie)
return response
return render(request, 'inssearch.html')
else:
return render(request, 'inssearch.html', {'id': id})
def instructor(request):
"""
The instructor view is the view function for the instructor.html page. This
function expects to be sent an 'instructor' query string with the name of
the 'clicked-on' instructor. We query the instructor table for the
instructor with that name and send that instructor as a context to the
instructor.html template, and that html file is returned as a HTTPresponse
page
See https://docs.djangoproject.com/en/dev/topics/http/views/s
"""
# check to see if the user is logged in
# if not make the user login
status, id, cookie = check_login(request, '/scheduler/instructor/')
setcookie = False
if status is False:
return redirect_to_cas('/scheduler/instructor/')
if cookie != "":
setcookie = True
ins = request.GET.get('instructor', None)
if ins is not None:
prof = Instructor.objects.get(name=ins)
response = render(request, 'instructor.html', {'prof': prof, 'id': id})
if setcookie is True:
response.__setitem__('Set-Cookie', cookie)
return response
return render(request, 'instructor.html', {'id': id})
def mycourses(request):
"""
The mycourses view function is another view function for the add.html page.
Unlike the other two, this function immediately finds all of the courses
that the current user is enrolled in and sends that dictionary as a context
to add.html
See https://docs.djangoproject.com/en/dev/topics/http/views/
"""
# check to see if the user is logged in
# if not make the user login
status, id, cookie = check_login(request, '/scheduler/instructor/')
setcookie = False
if status is False:
return redirect_to_cas('/scheduler/instructor/')
if cookie != "":
setcookie = True
toSend = {}
eventIDs = Enrollment.objects.filter(student_id=id).values_list('event_id',
flat=True)
classes = Instructs.objects.filter(meeting_id__in=eventIDs)
for c in classes:
toSend[c] = True
response = render(request, 'add.html', {'classes': toSend, 'id': id,
'form': SearchForm()})
if setcookie is True:
response.__setitem__('Set-Cookie', cookie)
return response
def searchtest(request):
status, id, cookie = check_login(request, '/scheduler/instructor/')
# setcookie = False
if status is False:
return redirect_to_cas('/scheduler/instructor/')
# if cookie != "":
# setcookie = True
return render(request, 'live_search_test.html')
def searchtest(request):
status, id, cookie = check_login(request,
'/scheduler/instructor/')
# setcookie = False
if status is False:
return redirect_to_cas('/scheduler/instructor/')
# if cookie != "":
# setcookie = True
return render(request, 'live_search_test.html')
def schedule(request):
"""The view for schedule.html once the user has logged in database is
queried for all the events associated with that user'self id. The function
calculates the absolute position for the colored square for each event and
the height for each square for display on the user's schedule. The function
also assigns each event a different random color. Each event is put into a
dictionary with the event as a key and an array corresponding to the top,
height, and color of the square as the value. This dictionary is passed as
a context to the schedule.html template which is returned to the webrowser
as an HTTPresponse
See https://docs.djangoproject.com/en/dev/topics/http/views/
"""
# check to see if the user is logged in
# if not make the user login
status, id, cookie = check_login(request,
settings.LOCATION + '/scheduler/')
setcookie = False
if status is False:
return redirect_to_cas(settings.LOCATION + '/scheduler/')
if cookie != "":
setcookie = True
colors = [
'#FF0000', '#32E01B', '#003CFF', '#FF9D00', '#00B7FF', '#9D00FF',
'#FF00EA', '#B5AA59', '#79BF6B', '#CFA27E'
]
stu, created = Student.objects.get_or_create(case_id=id)
toSend = {}
if created is False:
enrolls = Enrollment.objects.filter(student__case_id=id)
for enroll in enrolls:
event = Event.objects.get(id=enroll.event_id)
top = event.start_time.hour - 6
top += event.start_time.minute / 60.0
top *= 75
top += 135
height = event.start_time.hour + (event.start_time.minute / 60.0)
height = (event.end_time.hour +
event.end_time.minute / 60.0) - height
height *= 60
height *= 1.2
height += 3
randColor = random.randint(0, len(colors) - 1)
color = colors[randColor] + ''
del colors[randColor]
toSend[event] = [top, height, color]
response = render(request, 'schedule.html', {'events': toSend, 'id': id})
if setcookie is True:
response.__setitem__('Set-Cookie', cookie)
return response
def share(request):
# check to see if the user is logged in
# if not make the user login
status, id, cookie = check_login(request, '/scheduler/instructor/')
# setcookie = False
if status is False:
return redirect_to_cas('/scheduler/instructor/')
# if cookie != "":
# setcookie = True
share_ids = Shares.objects.values_list('shareid', flat=True)
rand = random.randint(1111111111, 9999999999)
while rand in share_ids:
rand = random.randint(1111111111, 9999999999)
def share(request):
# check to see if the user is logged in
# if not make the user login
status, id, cookie = check_login(request, '/scheduler/instructor/')
# setcookie = False
if status is False:
return redirect_to_cas('/scheduler/instructor/')
# if cookie != "":
# setcookie = True
share_ids = Shares.objects.values_list('shareid', flat=True)
rand = random.randint(1111111111, 9999999999)
while rand in share_ids:
rand = random.randint(1111111111, 9999999999)
def schedule(request):
"""The view for schedule.html once the user has logged in database is
queried for all the events associated with that user'self id. The function
calculates the absolute position for the colored square for each event and
the height for each square for display on the user's schedule. The function
also assigns each event a different random color. Each event is put into a
dictionary with the event as a key and an array corresponding to the top,
height, and color of the square as the value. This dictionary is passed as
a context to the schedule.html template which is returned to the webrowser
as an HTTPresponse
See https://docs.djangoproject.com/en/dev/topics/http/views/
"""
# check to see if the user is logged in
# if not make the user login
status, id, cookie = check_login(request, settings.LOCATION + '/scheduler/')
setcookie = False
if status is False:
return redirect_to_cas(settings.LOCATION + '/scheduler/')
if cookie != "":
setcookie = True
colors = ['#FF0000', '#32E01B', '#003CFF', '#FF9D00', '#00B7FF', '#9D00FF',
'#FF00EA', '#B5AA59', '#79BF6B', '#CFA27E']
stu, created = Student.objects.get_or_create(case_id=id)
toSend = {}
if created is False:
enrolls = Enrollment.objects.filter(student__case_id=id)
for enroll in enrolls:
event = Event.objects.get(id=enroll.event_id)
top = event.start_time.hour - 6
top += event.start_time.minute / 60.0
top *= 75
top += 135
height = event.start_time.hour + (event.start_time.minute / 60.0)
height = (
event.end_time.hour + event.end_time.minute / 60.0) - height
height *= 60
height *= 1.2
height += 3
randColor = random.randint(0, len(colors)-1)
color = colors[randColor] + ''
del colors[randColor]
toSend[event] = [top, height, color]
response = render(request, 'schedule.html', {'events': toSend, 'id': id})
if setcookie is True:
response.__setitem__('Set-Cookie', cookie)
return response
def about(request):
"""
The about view function is the trivial view function that just returns the
rendering of the about.html template file
"""
# check to see if the user is logged in
# if not make the user login
status, id, cookie = check_login(request, '/scheduler/instructor/')
# setcookie = False
if status is False:
return redirect_to_cas('/scheduler/instructor/')
# if cookie != "":
# setcookie = True
return render(request, 'about.html')
def about(request):
"""
The about view function is the trivial view function that just returns the
rendering of the about.html template file
"""
# check to see if the user is logged in
# if not make the user login
status, id, cookie = check_login(request, '/scheduler/instructor/')
# setcookie = False
if status is False:
return redirect_to_cas('/scheduler/instructor/')
# if cookie != "":
# setcookie = True
return render(request, 'about.html')
def info(request):
"""
The info view is called whenever the user clicks on a meeting-time's name.
The function is passed a request with a query string containing the desired
course's department and course number. We perform a query search on the
Instructs relation to find all classes that match the passed dept and
number combination (or at least contain those strings). Then we perform the
same search throught the enrollment table to find classes the user is
already enrolled in as we did in the add view. This dictionary is passed as
a context to the add.html template which is returned to the webrowser as an
HTTPresponse
See https://docs.djangoproject.com/en/dev/topics/http/views/
"""
# check to see if the user is logged in
# if not make the user login
status, id, cookie = check_login(request, '/scheduler/info/')
setcookie = False
if status is False:
return redirect_to_cas('/scheduler/info/')
if cookie != "":
setcookie = True
theCourse = request.GET.get('course', None)
if theCourse is not None:
# the course is passed in as dept~!~coursenumber
arr = theCourse.split('~!~')
classes = Instructs.objects.filter(
meeting__meeting_class__dept__icontains=arr[0],
meeting__meeting_class__class_number__icontains=arr[1],
)
toSend = {}
for c in classes:
if Enrollment.objects.filter(student_id=id,
event_id=c.meeting.id).exists():
toSend[c] = True
else:
toSend[c] = False
response = render(request, 'info.html', {'classes': toSend, 'id': id})
if setcookie is True:
response.__setitem__('Set-Cookie', cookie)
return response
return render(request, 'info.html', {'id': id})
def info(request):
"""
The info view is called whenever the user clicks on a meeting-time's name.
The function is passed a request with a query string containing the desired
course's department and course number. We perform a query search on the
Instructs relation to find all classes that match the passed dept and
number combination (or at least contain those strings). Then we perform the
same search throught the enrollment table to find classes the user is
already enrolled in as we did in the add view. This dictionary is passed as
a context to the add.html template which is returned to the webrowser as an
HTTPresponse
See https://docs.djangoproject.com/en/dev/topics/http/views/
"""
# check to see if the user is logged in
# if not make the user login
status, id, cookie = check_login(request, '/scheduler/info/')
setcookie = False
if status is False:
return redirect_to_cas('/scheduler/info/')
if cookie != "":
setcookie = True
theCourse = request.GET.get('course', None)
if theCourse is not None:
# the course is passed in as dept~!~coursenumber
arr = theCourse.split('~!~')
classes = Instructs.objects.filter(
meeting__meeting_class__dept__icontains=arr[0],
meeting__meeting_class__class_number__icontains=arr[1],
)
toSend = {}
for c in classes:
if Enrollment.objects.filter(student_id=id,
event_id=c.meeting.id).exists():
toSend[c] = True
else:
toSend[c] = False
response = render(request, 'info.html', {'classes': toSend, 'id': id})
if setcookie is True:
response.__setitem__('Set-Cookie', cookie)
return response
return render(request, 'info.html', {'id': id})
def inscourse(request):
"""
The inscourse view is a temporary view that redirects the user back to the
add.html page. However, the query we have to perform is slightly different,
thus neccessitating an entirely new view. Here we are passed an instructor
name as part of the request. We query the Instructs table for all of the
tuples whose instructor's name matched the name query string. We then
perform the same filter from add where we check to see which of the courses
from the first queryset the user is enrolled in. We create a dictionary of
classes to booleans and pass that as a context to the add.html template and
return as a HttpResponse
See https://docs.djangoproject.com/en/dev/topics/http/views/
"""
# check to see if the user is logged in
# if not make the user login
status, id, cookie = check_login(request, '/scheduler/instructor/')
setcookie = False
if status is False:
return redirect_to_cas('/scheduler/instructor/')
if cookie != "":
setcookie = True
toSend = {}
ins = request.GET.get('name', None)
if ins is not None:
classes = Instructs.objects.filter(instructor=ins)
for c in classes:
if Enrollment.objects.filter(student_id=id,
event_id=c.meeting.id).exists():
toSend[c] = True
else:
toSend[c] = False
response = render(request, 'add.html', {
'classes': toSend,
'id': id,
'form': SearchForm()
})
if setcookie is True:
response.__setitem__('Set-Cookie', cookie)
return response
return render(request, 'add.html', {'id': id, 'form': SearchForm()})
def inscourse(request):
"""
The inscourse view is a temporary view that redirects the user back to the
add.html page. However, the query we have to perform is slightly different,
thus neccessitating an entirely new view. Here we are passed an instructor
name as part of the request. We query the Instructs table for all of the
tuples whose instructor's name matched the name query string. We then
perform the same filter from add where we check to see which of the courses
from the first queryset the user is enrolled in. We create a dictionary of
classes to booleans and pass that as a context to the add.html template and
return as a HttpResponse
See https://docs.djangoproject.com/en/dev/topics/http/views/
"""
# check to see if the user is logged in
# if not make the user login
status, id, cookie = check_login(request, '/scheduler/instructor/')
setcookie = False
if status is False:
return redirect_to_cas('/scheduler/instructor/')
if cookie != "":
setcookie = True
toSend = {}
ins = request.GET.get('name', None)
if ins is not None:
classes = Instructs.objects.filter(instructor=ins)
for c in classes:
if Enrollment.objects.filter(student_id=id,
event_id=c.meeting.id).exists():
toSend[c] = True
else:
toSend[c] = False
response = render(request, 'add.html', {'classes': toSend, 'id': id,
'form': SearchForm()})
if setcookie is True:
response.__setitem__('Set-Cookie', cookie)
return response
return render(request, 'add.html', {'id': id, 'form': SearchForm()})
def export(request):
status, id, cookie = check_login(request, '/scheduler/instructor/')
enrollment = Enrollment.objects.filter(student_id=id)
l = [e.event for e in enrollment]
return HttpResponse(l)
def customevent(request):
"""
The customevent view function is the view for the custom.html field. If the
event is passed a request with a POST method, ie the user hit a submit
button, then the view all of the query strings and, if the strings are
valid (see below), we create a new entry in the customevent table with the
query strings set as the corresponding attributes. Then we create a new
enrollment table entry linking the current user to the newly created custom
event. Then we return a HttpResponseRedirect to the home page If this view
is called without a POST request method, then we simply pass the
custom.html template an empty instance of an EventForm (see below) and
return the rendered custom.html page as a HttpResponse.
See https://docs.djangoproject.com/en/dev/topics/http/views/
"""
# check to see if the user is logged in
# if not make the user login
status, id, cookie = check_login(request, '/scheduler/instructor/')
setcookie = False
if status is False:
return redirect_to_cas('/scheduler/instructor/')
if cookie != "":
setcookie = True
if request.method == "POST":
form = EventForm(request.POST)
if form.is_valid():
name = form.cleaned_data['event_title']
time = form.cleaned_data['times']
sdate = form.cleaned_data['start_date']
edate = form.cleaned_data['end_date']
try:
loc = form.cleaned_data['location']
except:
loc = ""
startTimeArr, endTimeArr = parse_time(time)
dayStr = ''
if form.cleaned_data['su']:
dayStr += 'Su'
if form.cleaned_data['m']:
dayStr += 'M'
if form.cleaned_data['tu']:
dayStr += 'Tu'
if form.cleaned_data['w']:
dayStr += 'W'
if form.cleaned_data['th']:
dayStr += 'Th'
if form.cleaned_data['f']:
dayStr += 'F'
if form.cleaned_data['sa']:
dayStr += 'Sa'
if '' == dayStr:
return render(request, 'custom.html', {
'id': id,
'form': form,
'dayErr': True
})
# event = CustomEvent(
# start_time=datetime.time(startTimeArr[0], startTimeArr[1]),
# end_time=datetime.time(endTimeArr[0], endTimeArr[1]),
# recur_type=days, event_name=name)
event = CustomEvent(
start_time=datetime.time(startTimeArr[0], startTimeArr[1]),
end_time=datetime.time(endTimeArr[0], endTimeArr[1]),
start_date=sdate,
end_date=edate,
recur_type=dayStr,
event_name=name,
location=loc,
)
event.save()
stu = Student.objects.get(case_id=id)
enroll = Enrollment(student_id=stu.pk, event_id=event.id)
enroll.save()
return HttpResponseRedirect('/scheduler/')
else:
form = EventForm()
response = render(request, 'custom.html', {'id': id, 'form': form})
if setcookie is True:
response.__setitem__('Set-Cookie', cookie)
return response
def export(request):
status, id, cookie = check_login(request, '/scheduler/instructor/')
enrollment = Enrollment.objects.filter(student_id=id)
l = [e.event for e in enrollment]
return HttpResponse(l)
def customevent(request):
"""
The customevent view function is the view for the custom.html field. If the
event is passed a request with a POST method, ie the user hit a submit
button, then the view all of the query strings and, if the strings are
valid (see below), we create a new entry in the customevent table with the
query strings set as the corresponding attributes. Then we create a new
enrollment table entry linking the current user to the newly created custom
event. Then we return a HttpResponseRedirect to the home page If this view
is called without a POST request method, then we simply pass the
custom.html template an empty instance of an EventForm (see below) and
return the rendered custom.html page as a HttpResponse.
See https://docs.djangoproject.com/en/dev/topics/http/views/
"""
# check to see if the user is logged in
# if not make the user login
status, id, cookie = check_login(request, '/scheduler/instructor/')
setcookie = False
if status is False:
return redirect_to_cas('/scheduler/instructor/')
if cookie != "":
setcookie = True
if request.method == "POST":
form = EventForm(request.POST)
if form.is_valid():
name = form.cleaned_data['event_title']
time = form.cleaned_data['times']
sdate = form.cleaned_data['start_date']
edate = form.cleaned_data['end_date']
try:
loc = form.cleaned_data['location']
except:
loc = ""
startTimeArr, endTimeArr = parse_time(time)
dayStr = ''
if form.cleaned_data['su']:
dayStr += 'Su'
if form.cleaned_data['m']:
dayStr += 'M'
if form.cleaned_data['tu']:
dayStr += 'Tu'
if form.cleaned_data['w']:
dayStr += 'W'
if form.cleaned_data['th']:
dayStr += 'Th'
if form.cleaned_data['f']:
dayStr += 'F'
if form.cleaned_data['sa']:
dayStr += 'Sa'
if '' == dayStr:
return render(request, 'custom.html', {'id': id, 'form': form,
'dayErr': True})
# event = CustomEvent(
# start_time=datetime.time(startTimeArr[0], startTimeArr[1]),
# end_time=datetime.time(endTimeArr[0], endTimeArr[1]),
# recur_type=days, event_name=name)
event = CustomEvent(
start_time=datetime.time(startTimeArr[0], startTimeArr[1]),
end_time=datetime.time(endTimeArr[0], endTimeArr[1]),
start_date=sdate, end_date=edate, recur_type=dayStr,
event_name=name, location=loc,
)
event.save()
stu = Student.objects.get(case_id=id)
enroll = Enrollment(student_id=stu.pk, event_id=event.id)
enroll.save()
return HttpResponseRedirect('/scheduler/')
else:
form = EventForm()
response = render(request, 'custom.html', {'id': id, 'form': form})
if setcookie is True:
response.__setitem__('Set-Cookie', cookie)
return response
def event_json(request):
status, id, cookie = check_login(request,
settings.LOCATION + '/scheduler/')
setcookie = False
if status is False:
return redirect_to_cas(settings.LOCATION + '/scheduler/')
if cookie != "":
setcookie = True
enrolls = Enrollment.objects.filter(student__case_id=id)
response_data = []
for enroll in enrolls:
event = Event.objects.get(id=enroll.event_id)
start = request.GET.get('start', None)
end = request.GET.get('end', None)
# if start != None && end != None:
start_date = dateutil.parser.parse(start)
end_date = dateutil.parser.parse(end)
if event.start_date > start_date.date():
date_to_start = event.start_date
else:
date_to_start = start_date.date()
if event.end_date < end_date.date():
date_to_end = event.end_date
else:
date_to_end = end_date.date()
for dt in rrule.rrule(rrule.DAILY,
dtstart=date_to_start,
until=date_to_end):
event_data = {}
event_data['id'] = enroll.event_id
if event.meetingtime:
event_data['title'] = event.meetingtime.meeting_class.dept \
+ ' ' + str(event.meetingtime.meeting_class.class_number)
else:
event_data['title'] = event.customevent.event_name
event_data['allDay'] = False
if "Su" in event.recur_type and dt.weekday() == 6:
event_data['start'] = str(dt.date().isoformat()) + 'T' + str(
event.start_time.isoformat())
event_data['end'] = str(dt.date().isoformat()) + 'T' + str(
event.end_time.isoformat())
elif "M" in event.recur_type and dt.weekday() == 0:
event_data['start'] = str(dt.date().isoformat()) + 'T' + str(
event.start_time.isoformat())
event_data['end'] = str(dt.date().isoformat()) + 'T' + str(
event.end_time.isoformat())
elif "Tu" in event.recur_type and dt.weekday() == 1:
event_data['start'] = str(dt.date().isoformat()) + 'T' + str(
event.start_time.isoformat())
event_data['end'] = str(dt.date().isoformat()) + 'T' + str(
event.end_time.isoformat())
elif "W" in event.recur_type and dt.weekday() == 2:
event_data['start'] = str(dt.date().isoformat()) + 'T' + str(
event.start_time.isoformat())
event_data['end'] = str(dt.date().isoformat()) + 'T' + str(
event.end_time.isoformat())
elif "Th" in event.recur_type and dt.weekday() == 3:
event_data['start'] = str(dt.date().isoformat()) + 'T' + str(
event.start_time.isoformat())
event_data['end'] = str(dt.date().isoformat()) + 'T' + str(
event.end_time.isoformat())
elif "F" in event.recur_type and dt.weekday() == 4:
event_data['start'] = str(dt.date().isoformat()) + 'T' + str(
event.start_time.isoformat())
event_data['end'] = str(dt.date().isoformat()) + 'T' + str(
event.end_time.isoformat())
elif "Sa" in event.recur_type and dt.weekday() == 5:
event_data['start'] = str(dt.date().isoformat()) + 'T' + str(
event.start_time.isoformat())
event_data['end'] = str(dt.date().isoformat()) + 'T' + str(
event.end_time.isoformat())
else:
continue
response_data.append(event_data)
response = HttpResponse(json.dumps(response_data),
content_type="application/json")
if setcookie is True:
response.__setitem__('Set-Cookie', cookie)
return response
def add(request):
"""
The view for add.html. This view function is a little more complicated
because it sometimes a 'Search' parameter as part of the passed request. It
also uses python regexes to check the request against formats such as EECS
337 or EECS341, that way we can query on the proper event attributes.
Finally, after finding the querySet for the passed search parameter, we
create a dictionary with each event as a key. Then, we run through all of
the results and check to see if the current user is enrolled in that event.
If so we set the value for that event's key in our dict to the
corresponding boolean value. This dictionary is passed as a context to the
add.html template which is returned to the webrowser as an HTTPresponse
See https://docs.djangoproject.com/en/dev/topics/http/views/
"""
# check to see if the user is logged in
# if not make the user login
status, id, cookie = check_login(request, '/scheduler/add/')
setcookie = False
if status is False:
return redirect_to_cas('/scheduler/add/')
if cookie != "":
setcookie = True
toSend = {}
if request.method == 'GET':
form = SearchForm(request.GET)
# criterion = request.GET.get('Search', None)
# TODO better regexes
# patt=re.compile('(\w\w\w\w ((\w\w\w)|(\w\w\w\w)))|(\w\w\w\w\w\w\w)')
patt = re.compile('(\w\w\w\w( )*(\d+|(\d+w)))')
if form.is_valid():
criterion = form.cleaned_data['criterion']
if patt.match(criterion):
str = string.replace(criterion, ' ', '')
arr = [None]*2
arr[0] = str[0:3]
arr[1] = str[4:]
# arr = criterion.split(' ')
classes = Instructs.objects.filter(
meeting__meeting_class__dept__icontains=arr[0],
meeting__meeting_class__class_number__icontains=arr[1])
else:
classes = Instructs.objects.filter(
Q(
meeting__meeting_class__classname__icontains=criterion
) | Q(
meeting__meeting_class__dept__icontains=criterion
) | Q(
meeting__meeting_class__class_number__icontains=criterion
))
# numb = len(Class.objects.all())
for c in classes:
if Enrollment.objects.filter(student_id=id,
event_id=c.meeting.id).exists():
toSend[c] = True
else:
toSend[c] = False
else:
form = SearchForm()
response = render(request, 'add.html', {'classes': toSend,
'id': id, 'form': form})
if setcookie is True:
response.__setitem__('Set-Cookie', cookie)
return response
def event_json(request):
status, id, cookie = check_login(
request, settings.LOCATION + '/scheduler/')
setcookie = False
if status is False:
return redirect_to_cas(settings.LOCATION + '/scheduler/')
if cookie != "":
setcookie = True
enrolls = Enrollment.objects.filter(student__case_id=id)
response_data = []
for enroll in enrolls:
event = Event.objects.get(id=enroll.event_id)
start = request.GET.get('start', None)
end = request.GET.get('end', None)
# if start != None && end != None:
start_date = dateutil.parser.parse(start)
end_date = dateutil.parser.parse(end)
if event.start_date > start_date.date():
date_to_start = event.start_date
else:
date_to_start = start_date.date()
if event.end_date < end_date.date():
date_to_end = event.end_date
else:
date_to_end = end_date.date()
for dt in rrule.rrule(rrule.DAILY, dtstart=date_to_start,
until=date_to_end):
event_data = {}
event_data['id'] = enroll.event_id
if event.meetingtime:
event_data['title'] = event.meetingtime.meeting_class.dept \
+ ' ' + str(event.meetingtime.meeting_class.class_number)
else:
event_data['title'] = event.customevent.event_name
event_data['allDay'] = False
if "Su" in event.recur_type and dt.weekday() == 6:
event_data['start'] = str(
dt.date().isoformat()
) + 'T' + str(
event.start_time.isoformat()
)
event_data['end'] = str(
dt.date().isoformat()
) + 'T' + str(
event.end_time.isoformat()
)
elif "M" in event.recur_type and dt.weekday() == 0:
event_data['start'] = str(
dt.date().isoformat()
) + 'T' + str(
event.start_time.isoformat()
)
event_data['end'] = str(
dt.date().isoformat()
) + 'T' + str(
event.end_time.isoformat()
)
elif "Tu" in event.recur_type and dt.weekday() == 1:
event_data['start'] = str(
dt.date().isoformat()
) + 'T' + str(
event.start_time.isoformat()
)
event_data['end'] = str(
dt.date().isoformat()
) + 'T' + str(
event.end_time.isoformat()
)
elif "W" in event.recur_type and dt.weekday() == 2:
event_data['start'] = str(
dt.date().isoformat()
) + 'T' + str(
event.start_time.isoformat()
)
event_data['end'] = str(
dt.date().isoformat()
) + 'T' + str(
event.end_time.isoformat()
)
elif "Th" in event.recur_type and dt.weekday() == 3:
event_data['start'] = str(
dt.date().isoformat()
) + 'T' + str(
event.start_time.isoformat()
)
event_data['end'] = str(
dt.date().isoformat()
) + 'T' + str(
event.end_time.isoformat()
)
elif "F" in event.recur_type and dt.weekday() == 4:
event_data['start'] = str(
dt.date().isoformat()
) + 'T' + str(
event.start_time.isoformat()
)
event_data['end'] = str(
dt.date().isoformat()
) + 'T' + str(
event.end_time.isoformat()
)
elif "Sa" in event.recur_type and dt.weekday() == 5:
event_data['start'] = str(
dt.date().isoformat()
) + 'T' + str(
event.start_time.isoformat()
)
event_data['end'] = str(
dt.date().isoformat()
) + 'T' + str(
event.end_time.isoformat()
)
else:
continue
response_data.append(event_data)
response = HttpResponse(json.dumps(response_data),
content_type="application/json")
if setcookie is True:
response.__setitem__('Set-Cookie', cookie)
return response
def add(request):
"""
The view for add.html. This view function is a little more complicated
because it sometimes a 'Search' parameter as part of the passed request. It
also uses python regexes to check the request against formats such as EECS
337 or EECS341, that way we can query on the proper event attributes.
Finally, after finding the querySet for the passed search parameter, we
create a dictionary with each event as a key. Then, we run through all of
the results and check to see if the current user is enrolled in that event.
If so we set the value for that event's key in our dict to the
corresponding boolean value. This dictionary is passed as a context to the
add.html template which is returned to the webrowser as an HTTPresponse
See https://docs.djangoproject.com/en/dev/topics/http/views/
"""
# check to see if the user is logged in
# if not make the user login
status, id, cookie = check_login(request, '/scheduler/add/')
setcookie = False
if status is False:
return redirect_to_cas('/scheduler/add/')
if cookie != "":
setcookie = True
toSend = {}
if request.method == 'GET':
form = SearchForm(request.GET)
# criterion = request.GET.get('Search', None)
# TODO better regexes
# patt=re.compile('(\w\w\w\w ((\w\w\w)|(\w\w\w\w)))|(\w\w\w\w\w\w\w)')
patt = re.compile('(\w\w\w\w( )*(\d+|(\d+w)))')
if form.is_valid():
criterion = form.cleaned_data['criterion']
if patt.match(criterion):
str = string.replace(criterion, ' ', '')
arr = [None] * 2
arr[0] = str[0:3]
arr[1] = str[4:]
# arr = criterion.split(' ')
classes = Instructs.objects.filter(
meeting__meeting_class__dept__icontains=arr[0],
meeting__meeting_class__class_number__icontains=arr[1])
else:
classes = Instructs.objects.filter(
Q(meeting__meeting_class__classname__icontains=criterion)
| Q(meeting__meeting_class__dept__icontains=criterion) |
Q(meeting__meeting_class__class_number__icontains=criterion
))
# numb = len(Class.objects.all())
for c in classes:
if Enrollment.objects.filter(student_id=id,
event_id=c.meeting.id).exists():
toSend[c] = True
else:
toSend[c] = False
else:
form = SearchForm()
response = render(request, 'add.html', {
'classes': toSend,
'id': id,
'form': form
})
if setcookie is True:
response.__setitem__('Set-Cookie', cookie)
return response