def listSectionStatus():
try:
requested = request.form
r= Registrar("UPENN_OD_emmK_1000220", "2g0rbtdurlau4didkj9schee95")
course = r.search({'course_id': requested['course_id']})
d = {}
for x in course:
l = []
s = x["section_id"]
print ("section" + s)
if x["is_closed"]:
l.append("Closed")
print "is_closed"
else:
l.append("Open")
print "is _open"
if (x["activity_description"] == "Lecture"):
p = x["instructors"][0]["name"]
elif (x["activity_description"] == "Recitation"):
p = x["primary_instructor"]
else:
p = ""
print "professor: " + p
l.append(p)
t = x["first_meeting_days"]
print "time: " + t
l.append(t)
d[s] = l
return render_template("courses.html", d = d)
except ValueError as e:
return render_template("courses.html", d={})
def test_filter_out_courses_where_prereq_not_met(self):
r = Registrar("UPENN_OD_emFc_1001364", "6kl4eonkquheuti65e32qick6l")
courses_taken = ["CIS 160", "CIS 110"]
cis121 = r.section('cis', '121', '001')
cis262 = r.section('cis', '262', '001')
all_courses = [cis121, cis262]
courses_eligble_for = courseComparator.filter_out_courses_where_prereq_not_met(all_courses, courses_taken)
self.assertEqual(len(courses_eligble_for), 1)
def test_multiple_courses_some_conflicts(self):
r = Registrar("UPENN_OD_emFc_1001364", "6kl4eonkquheuti65e32qick6l")
cis262 = r.section('cis', '262', '001')
cis320 = r.section('cis', '320', '001')
cis380 = r.section('cis', '380', '001')
econ001 = r.section('econ', '001', '205')
all_courses = [cis320, cis380, econ001]
remaing_courses = courseComparator.filter_out_courses_that_overlap(cis262, all_courses)
self.assertEqual(len(remaing_courses), 1)
def get_opening(course):
try:
print "get_opening"
r = Registrar("UPENN_OD_emmK_1000220", "2g0rbtdurlau4didkj9schee95")
courses = r.search({'course_id': course['id']})
# runs once
for c in courses:
course['is_closed'] = (c['is_closed'] == True)
return course
except OSError:
print "error in get_opening"
except ValueError as e:
print e
def load_all_courses():
r = Registrar("UPENN_OD_emoG_1000340", "7vgj93rojjmbuh3rrsgs7vc2ic")
courses = r.search({'course_id': ""})
# runs once
for c in courses:
id = c['section_id']
is_closed = (c['is_closed'] == True)
try:
if (c["activity_description"] == "Lecture"):
instructor = c["instructors"][0]["name"]
elif (c["activity_description"] == "Recitation"):
instructor = c["primary_instructor"]
else:
instructor = ""
except IndexError:
instructor = ""
print "adding: " + id
db.hmset(id, {
"id": id,
"is_closed": is_closed,
"instructor": instructor
})
def setUp(self):
self.registrar = Registrar("UPENN_OD_emFc_1001364",
"6kl4eonkquheuti65e32qick6l")
def __init__(self):
self.registrar = Registrar('UPENN_OD_emFc_1001364',
'6kl4eonkquheuti65e32qick6l')
os.environ['PCR_AUTH_TOKEN'] = 'kdutFhMEbUaKdvQbcRKszEiwZeThFs'
def test_shared_meeting_days_some(self):
r = Registrar("UPENN_OD_emFc_1001364", "6kl4eonkquheuti65e32qick6l")
cis262 = r.section('cis', '262', '001')
cis380 = r.section('cis', '380', '001')
shared_days = courseComparator.shared_meeting_days(cis262, cis380)
self.assertEqual(len(shared_days), 2)
def test_multiple_sections_of_same_course(self):
r = Registrar("UPENN_OD_emFc_1001364", "6kl4eonkquheuti65e32qick6l")
econ001001 = r.section('econ', '001', '001')
econ001002 = r.section('econ', '001', '002')
self.assertTrue(courseComparator.courses_overlap(econ001001, econ001002))
def test_single_course_conflict(self):
r = Registrar("UPENN_OD_emFc_1001364", "6kl4eonkquheuti65e32qick6l")
cis262 = r.section('cis', '262', '001')
cis320 = r.section('cis', '320', '001')
self.assertTrue(courseComparator.courses_overlap(cis262, cis320))
import redis
import os
from multiprocessing import Pool
from functools import partial
from twilio.rest import TwilioRestClient
import twilio
from penn.registrar import Registrar
import time
# setup database access
pool = redis.ConnectionPool(host='grideye.redistogo.com',
port=9195,
db=0,
password="******")
db = redis.Redis(connection_pool=pool)
r = Registrar("UPENN_OD_emoG_1000340", "7vgj93rojjmbuh3rrsgs7vc2ic")
# gets course info from course registrar, updates database, and texts users
def completeTask():
#pool = Pool(5)
#updated_courses = pool.map(get_opening, get_old_courses())
updated_courses = [get_opening(course) for course in get_old_courses()]
#pool.map(update_database, updated_courses)
for course in updated_courses:
update_database(course)
for course in updated_courses:
text_open_courses(course)
# gets courses from redis database
