def get_course_class_list(self):
from algorithm.models import School, Department, Class, Prerequisite, Building, Room, Period, Lecturer, ClassInstance, ClassLab, Person, Role, PersonRole
from course_class import CourseClass
# This section takes values from the database and stores them in course clas list
print "This will print out all of the course classes currently in the database"
self.classes_list = []
all_course_class = ClassInstance.objects.all()
for ClassInstance in all_course_class:
lecturer = ClassInstance.idLecturer
new_prof = Professor()
new_prof.name = lecturer.Name
new_prof.id = lecturer.idLecturer
Class = ClassInstance.idClass
new_course = Course()
new_course.id = Class.idClass
new_course.name = Class.Class
new_course_class = CourseClass()
new_course_class.professor = new_prof
new_course_class.course = new_course
new_course_class.duration = 1
new_course_class.lab = False
new_course_class.id = ClassInstance.idClassInstance
self.classes_list.append(new_course_class)
self.num_classes += 1
for course_class in self.classes_list:
print "(Professer: %s Course: %s Durration: %d Lab: %d)" % (course_class.professor, course_class.course, course_class.duration, course_class.lab)
Tests the CourseClass class """ from course_class import CourseClass from professor import Professor from course import Course p1 = Professor(24, "Werner") p2 = Professor(25, "Tantalo") c1 = Course(24, "CMPS 115") c2 = Course(25, "CMPS 101") cc1 = CourseClass(p1, c1, 25, False, 1) print cc1 cc2 = CourseClass() print cc2 cc2.add_professor(p2) print cc2.get_professor() cc2.add_course(c2) print cc2.get_course() cc2.add_seats(80) print cc2.get_room_size() cc2.add_lab(True) print cc2.needs_lab() cc2.add_duration(1)
