def create_teacher():
new = Teacher()
try:
new.name = request.form["key"]
new.age = request.form["age"]
new.school = request.form["school"]
new.subject = request.form["phone_address"]
new.ave_stars = request.form["ave_stars"]
new.character = request.form["character"]
new.comment = request.form["comment"]
except KeyError:
return jsonify({"result": "fail", "description": "create_teacher"}), 400
new.ave_stars = None
new.photo_url = request.args.get("photo_url", None)
db.session.add(new)
db.session.commit()
return jsonify({"result": "success", "description": "create_teacher"})
def post(self):
teacher_name = self.request.get("teacher_name")
department = int(self.request.get("department"))
teaching_time = self.request.get("teaching_time")
# sun = self.request.get('sun').replace(' ', '').split(',')
# mon = self.request.get('mon')
# tue = self.request.get('tue')
# wed = self.request.get('wed')
# thu = self.request.get('thu')
# fri = self.request.get('fri')
# class_courses = self.request.get('class_courses')
teacher = Teacher(
teacher_name=teacher_name,
department=department,
teaching_time=teaching_time,
# class_courses = class_courses
)
teacher.put()
self.response.write("Sucessfully")
def getTeacher(self, TeacherID):
return [
Teacher(tuple) for tuple in self._db.execute(
"""select * from Teacher where TeacherID={id};""".format(
id=TeacherID)).fetchall()
][0]
def getTeachers(self):
return [
Teacher(tuple)
for tuple in self._db.execute("select * from Teacher;").fetchall()
]
def get(self):
teachers = db.GqlQuery("Select * from Teacher")
teachers_timing = {}
for teacher in teachers:
teachers_timing[teacher.key().id()] = eval(teacher.teaching_time)
print teachers_timing
classCourses = db.GqlQuery("Select * from ClassCourse")
classes = {}
for classCourse in classCourses:
classes[classCourse.key().id()] = {
"routine": {"sunday": [], "monday": [], "tuesday": [], "wednesday": [], "thursday": [], "friday": []},
"class_distribution": {},
"details": {"faculty": classCourse.faculty, "year": classCourse.year, "semester": classCourse.semester},
}
eCourse = eval(classCourse.course)
for course in eCourse:
# l = Teacher.get_by_id(eCourse[course])
l = {
"distribution": eval(Course.get_by_key_name(course).class_distribution),
"teacher": eCourse[course],
"teaching_time": eval(Teacher.get_by_id(eCourse[course]).teaching_time),
"possibilities": {
"sunday": {},
"monday": {},
"tuesday": {},
"wednesday": {},
"thursday": {},
"friday": {},
},
}
# print l
classes[classCourse.key().id()]["class_distribution"][course] = l
for class_ in classes:
class_distribution = classes[class_]["class_distribution"]
routine = classes[class_]["routine"]
for subject in class_distribution:
distribution = class_distribution[subject]["distribution"]
for i in range(4, 0, -1):
if distribution[str(i)] != 0:
# print "found " + str(i) + " " + str(distribution[str(i)]) + subject
findTeachingTime(
subject=subject,
available_teaching_time=class_distribution[subject]["teaching_time"],
routine=routine,
class_duration=i,
total_classes=distribution[str(i)],
possibilities=class_distribution[subject]["possibilities"],
)
total_tries = 0
original_classes = copy.deepcopy(classes)
inner_fail = True
while total_tries < 50 and inner_fail == True:
inner_fail = False
total_tries += 1
classes = copy.deepcopy(original_classes)
# classes =
for class_ in classes:
class_distribution = classes[class_]["class_distribution"]
routine = classes[class_]["routine"]
for subject in class_distribution:
distribution = class_distribution[subject]["distribution"]
for i in range(4, 0, -1):
tries = 0
while distribution[str(i)] != 0:
if tries > 10:
print "giving up"
inner_fail = True
break
try:
randomday, randomtime = get_random_day_for_duration(
class_distribution[subject]["possibilities"], i, routine
)
except:
tries += 1
continue
t = Teacher.get_by_id(class_distribution[subject]["teacher"])
routine[randomday].append(
{
"subject": subject,
"teacher": {"id": t.key().id(), "name": t.teacher_name},
"timing": copy.deepcopy(randomtime),
}
)
class_distribution[subject]["possibilities"][randomday] = {}
# print "--"
print routine
distribution[str(i)] -= 1 # reduce total classes
self.response.headers["Content-Type"] = "application/json"
# self.write(json.dumps(original_classes,sort_keys=True, indent=4))
self.write(json.dumps(classes, sort_keys=True, indent=4))
