def add_course_info(courses):
print("Enter course info")
id = int(input("ID:"))
name = str(input("Name:"))
course = Course(id, name)
courses.append(course)
print("This course is added")
def addCourses():
n = (int)(input("How many course(s) you want to add? "))
for i in range(n):
id = (int)(input("Course's Id? "))
name = (str)(input("Course's name? "))
credit = (int)(input("Course's credit? "))
course = Course(id, name, credit)
AllCourses.append(course)
def addCourse():
Courses =[]
count = int(input("Number of courses"))
for i in range(0,count):
Name = input("Name")
courseID = int(input("course ID"))
c = Course(Name, courseID )
NumCo.append(c)
return NumCo
def mark_student():
display_courses(courses)
course = int(input("Which course? "))
found = Course(0, "Null")
found = searchId(courses, course)
for student in found.c1ass:
print(f"Student: {student.Student}")
mark = float(input("Input mark:"))
student.Mark = math.floor(10 * mark) / 10
def course_info(c_count):
c_list = []
for i in range(c_count):
print("Course : ", i + 1)
id = input("\tCourse ID : ")
name = input("\tCourse Name : ")
cre = float(input("\tCourse Credit : "))
credit = float(math.floor(cre))
c_list.append(C.Course(id, name, credit))
c_list = sorted(c_list, key=lambda x: x.id)
return c_list
def add_course_info(courses):
print("Enter course info")
id = int(input("ID:"))
name = str(input("Name:"))
credit = int(input("Number of credit: "))
course = Course(id, name, credit)
courses.append(course)
print("This course is added")
open = open("course.tex", "a")
open.write(f"{id} {name} {credit} \n")
open.close()
def markStudent():
display(AllCourses)
course = (int)(input("Which course do you want to give marks? "))
foundCourse = Course(0, "Null", 0)
foundCourse = searchId(AllCourses, course)
while not foundCourse:
course = (int)(input("Course not found! Try again? "))
foundCourse = searchId(AllCourses, course)
for student in foundCourse.StudentsList:
print(f"Student: {student.Student}")
mark = (float)(input("Input mark for this student: "))
student.Mark = round(mark)
def inputCourses():
sc.addstr("Enter CourseID:")
sc.refresh()
cid = sc.getstr().decode()
sc.addstr("Enter CourseName:")
sc.refresh()
name = sc.getstr().decode()
sc.addstr("Enter CourseCredit:")
sc.refresh()
credit = float(sc.getstr().decode())
Course(cid, name, credit)
def addCourses():
dp.addstr("Enter CourseID:")
dp.refresh()
cid = dp.getstr().decode()
dp.addstr("Enter CourseName:")
dp.refresh()
name = dp.getstr().decode()
dp.addstr("Enter CourseCredit:")
dp.refresh()
credit = float(dp.getstr().decode())
Course(cid, name, credit)
def addCourses():
dp.addstr("Enter CourseID:")
dp.refresh()
cid = dp.getstr().decode()
dp.addstr("Enter CourseName:")
dp.refresh()
name = dp.getstr().decode()
dp.addstr("Enter CourseCredit:")
dp.refresh()
credit = float(dp.getstr().decode())
c = open("courses.txt", "w")
c.write("Course id: " + cid + "\n" +"Course Name: " + name + "\n" + "Credit: " + str(credit) + "\n")
c.close()
Course(cid, name, credit)
def inputCourses():
py.addstr("Enter CourseID:")
py.refresh()
cid = py.getstr().decode()
CoursesID.append(cid)
py.addstr("Enter CourseName:")
py.refresh()
name = py.getstr().decode()
CoursesName.append(name)
py.addstr("Enter CourseCredit:")
py.refresh()
credit = float(py.getstr().decode())
Courses_credit.append(credit)
Course(cid, name, credit)
def add_course():
screen.addstr("Enter Course ID: ")
screen.refresh()
id = screen.getstr().decode()
screen.addstr("Enter the Name of Course: ")
screen.refresh()
name = screen.getstr().decode()
screen.addstr("Enter Credit of Course: ")
screen.refresh()
credit = float(screen.getstr().decode())
c = Course(id, name, credit)
courses.append(c)
courseID.append(id)
courseName.append(name)
course_Credit.append(credit)
screen.refresh()
screen.clear()
def inputCourses():
sc.addstr("Enter CourseID:")
sc.refresh()
cid = sc.getstr().decode()
sc.addstr("Enter CourseName:")
sc.refresh()
name = sc.getstr().decode()
sc.addstr("Enter CourseCredit:")
sc.refresh()
credit = float(sc.getstr().decode())
if len(Courses) == 0:
f = open("courses.txt", "w")
else:
f = open("courses.txt", "a")
f.write(cid + "\n" + name + "\n" + str(credit) + "\n")
f.close()
Course(cid, name, credit)
def Cou():
cid = txt_couId.get()
name = txt_couName.get()
credit = txt_coucredit.get()
if cid == "":
messagebox.showerror(message="Error: Courses ID be empty")
elif name == "":
messagebox.showerror(message="Error: Courses Name be empty")
elif credit == "":
messagebox.showerror(message="Error: Courses credit be empty")
else:
CoursesID.append(cid)
CoursesName.append(name)
Courses_credit.append(credit)
Course(cid, name, credit)
messagebox.showinfo(message="Successfully added Courses ")
cou.destroy()
def joinCourse():
display(AllCourses)
course = (int)(input("Select the course Id you want student to join: "))
foundCourse = Course(0, "Null", 0)
foundCourse = searchId(AllCourses, course)
while not foundCourse:
course = (int)(input("Course not found! Try again? "))
foundCourse = searchId(AllCourses, course)
display(AllStudents)
student = (int)(
input("Select the Id of the student will join this course: "))
foundStudent = Student(0, "Null", "Null")
foundStudent = searchId(AllStudents, student)
while not foundStudent:
student = (int)(input("Student not found? Try again? "))
foundStudent = searchId(AllStudents, student)
mark = Mark(foundCourse, foundStudent, foundCourse.Credit)
foundCourse.StudentsList.append(mark)
foundStudent.CoursesList.append(mark)
def input_course():
id=txt_couId.get()
name=txt_couName.get()
credit=txt_coucredit.get()
if id=="" :
messagebox.showerror(message="Error: Please enter Courses ID")
elif name=="":
messagebox.showerror(message="Error: Please enter Courses Name")
elif credit=="" :
messagebox.showerror(message="Error: Please enter Courses Credit")
else:
c = Course(id,name,credit)
courses.append(c)
courseID.append(id)
courseName.append(name)
course_Credit.append(credit)
messagebox.showinfo(message="Successfully added Course")
course_screen.destroy()
def inputCourses():
py.addstr("Enter CourseID:")
py.refresh()
cid=py.getstr().decode()
CoursesID.append(cid)
py.addstr("Enter CourseName:")
py.refresh()
name=py.getstr().decode()
CoursesName.append(name)
py.addstr("Enter CourseCredit:")
py.refresh()
credit=float(py.getstr().decode())
Courses_credit.append(credit)
if len(Courses) == 0:
f = open("courses.txt", "w")
else:
f = open("courses.txt", "a")
f.write(cid + "\n" + name + "\n" + str(credit) + "\n")
f.close()
Course(cid,name,credit)
def add_course():
screen.addstr("Enter Course ID: ")
screen.refresh()
id = screen.getstr().decode()
screen.addstr("Enter the Name of Course: ")
screen.refresh()
name = screen.getstr().decode()
screen.addstr("Enter Credit of Course: ")
screen.refresh()
credit = float(screen.getstr().decode())
f = open('Courses.txt','a')
f.write("CourseID: " + id + "\n" + "CourseName: " + name + "\n" + "Course_credit: " + str(credit))
f.close()
c = Course(id,name,credit)
courses.append(c)
courseID.append(id)
courseName.append(name)
course_Credit.append(credit)
screen.refresh()
screen.clear()
def initialize(self):
# Creation des salles
room1 = Room(number="EAU", seating_capacity=25)
room2 = Room(number="BORDEAUX", seating_capacity=45)
room3 = Room(number="ECHIQUIER", seating_capacity=35)
self.rooms = [room1, room2, room3]
# Creation des horaires
meeting_time1 = MeetingTime(id="MT1", time="MWF 08:00 - 10:00")
meeting_time2 = MeetingTime(id="MT2", time="MWF 10:00 - 12:00")
meeting_time3 = MeetingTime(id="MT3", time="TTH 08:00 - 10:00")
meeting_time4 = MeetingTime(id="MT4", time="TTH 10:00 - 12:00")
self.meeting_times = [
meeting_time1,
meeting_time2,
meeting_time3,
meeting_time4
]
# Creation des professeurs
instructor1 = Instructor(id="I1", name="Algo teacher")
instructor2 = Instructor(id="I2", name="AI teacher")
instructor3 = Instructor(id="I3", name="Network teacher")
instructor4 = Instructor(id="I4", name="Security teacher")
instructor5 = Instructor(id="I5", name="English teacher")
self.instructors = [instructor1, instructor2, instructor3, instructor4, instructor5]
# Creation des cours
course1 = Course(number="C1", name="ALGO", max_number_of_students=25, instructors=[instructor1, instructor2])
course2 = Course(number="C2", name="AI", max_number_of_students=35, instructors=[instructor1, instructor2, instructor3])
course3 = Course(number="C3", name="SECURITY", max_number_of_students=25, instructors=[instructor2, instructor4])
course4 = Course(number="C4", name="NETWORK", max_number_of_students=30, instructors=[instructor3, instructor4])
course5 = Course(number="C5", name="PYTHON", max_number_of_students=35, instructors=[instructor1])
course6 = Course(number="C6", name="DATA_MINING", max_number_of_students=45, instructors=[instructor1, instructor2])
course7 = Course(number="C7", name="GRAPH", max_number_of_students=45, instructors=[instructor3, instructor4])
course8 = Course(number="C8", name="JAVA", max_number_of_students=30, instructors=[instructor1, instructor3])
course9 = Course(number="C9", name="C++", max_number_of_students=25, instructors=[instructor2, instructor3])
course10 = Course(number="C10", name="LOGIC", max_number_of_students=30, instructors=[instructor1])
course11 = Course(number="C11", name="ENGLISH", max_number_of_students=25, instructors=[instructor5])
self.courses = [course1, course2, course3, course4, course5, course6, course7, course8, course9, course10, course11]
# Create departments
department1 = Department(name="3 INFO", courses=[course1, course3, course8])
department2 = Department(name="4 INFO", courses=[course2, course4, course5, course11])
department3 = Department(name="5 INFO", courses=[course6, course7, course9])
self.depts = [department1, department2, department3]
# Definit le nombre de cours
self.number_of_classes = sum([len(x.courses) for x in self.depts])
from domain.Student import *
from domain.Course import *
from domain.Mark import *
screen = curses.initscr()
screen.addstr("Enter number of students: ")
nstu = int(screen.getstr().decode())
for i in range(0, nstu):
s = Student("", "", "", "")
s.input_sinfo()
student_list.append(s)
screen.addstr("Enter number of courses: ")
ncourse = int(screen.getstr().decode())
for i in range(0, ncourse):
c = Course("", "", "")
c.input_cinfo()
course_list.append(c)
screen.addstr("__________Input mark for each course____________ \n")
for j in range(len(course_list)):
screen.addstr("for course {} \n".format(course_list[j].getcname()))
for i in range(len(student_list)):
mark = Mark(student_list[i], course_list[j], "")
mark.inputmark()
mark_list += [mark]
screen.clear()
screen.refresh()
nstu = int(screen.getstr().decode())
for i in range(0, nstu):
s = Student("", "", "", "")
s.input_sinfo()
student_list.append(s)
if len(student_list) == 0:
f = open("students.txt", "w")
else:
f = open("students.txt", "a")
f.write(s.getsid() + "\n" + s.getsname() + "\n" + s.getdob() + "\n" + str(s.getgpa()) + "\n")
f.close()
screen.addstr("Enter number of courses: ")
ncourse = int(screen.getstr().decode())
for i in range(0, ncourse):
c = Course("", "", "")
c.input_cinfo()
course_list.append(c)
if len(course_list) == 0:
f = open("courses.txt", "w")
else:
f = open("courses.txt", "a")
f.write(c.getcid() + "\n" + c.getcname() + "\n" + str(c.getcredits()) + "\n")
f.close()
screen.addstr("__________Input mark for each course____________ \n")
for j in range(len(course_list)):
screen.addstr("for course {} \n".format(course_list[j].getcname()))
for i in range(len(student_list)):
mark = Mark(student_list[i], course_list[j], "")
def initialize(self):
# create rooms
room1 = Room(number="R1", seating_capacity=25)
room2 = Room(number="R2", seating_capacity=45)
room3 = Room(number="R3", seating_capacity=35)
self.rooms = [room1, room2, room3]
# create meeting times
meeting_time1 = MeetingTime(id="MT1", time="MWF 09:00 - 10:00")
meeting_time2 = MeetingTime(id="MT2", time="MWF 10:00 - 11:00")
meeting_time3 = MeetingTime(id="MT3", time="TTH 09:00 - 10:00")
meeting_time4 = MeetingTime(id="MT4", time="TTH 10:00 - 11:00")
self.meeting_times = [
meeting_time1, meeting_time2, meeting_time3, meeting_time4
]
# creating instructors
instructor1 = Instructor(id="I1", name="ALGO teacher")
instructor2 = Instructor(id="I2", name="IS teacher")
instructor3 = Instructor(id="I3", name="DBMS teacher")
instructor4 = Instructor(id="I4", name="CI teacher")
self.instructors = [instructor1, instructor2, instructor3, instructor4]
# create courses
course1 = Course(number="C1",
name="ALGO",
max_number_of_students=25,
instructors=[instructor1, instructor2])
course2 = Course(number="C2",
name="IS",
max_number_of_students=35,
instructors=[instructor1, instructor2, instructor3])
course3 = Course(number="C3",
name="DBMS",
max_number_of_students=25,
instructors=[instructor1, instructor2])
course4 = Course(number="C4",
name="CI",
max_number_of_students=30,
instructors=[instructor3, instructor4])
course5 = Course(number="C5",
name="AI",
max_number_of_students=35,
instructors=[instructor4])
course6 = Course(number="C6",
name="DATA_MINING",
max_number_of_students=45,
instructors=[instructor1, instructor3])
course7 = Course(number="C7",
name="NETWORKS",
max_number_of_students=45,
instructors=[instructor2, instructor4])
self.courses = [
course1, course2, course3, course4, course5, course6, course7
]
# create departments
department1 = Department(name="MSC", courses=[course1, course3])
department2 = Department(name="MCA",
courses=[course2, course4, course5])
department3 = Department(name="BSC", courses=[course6, course7])
self.depts = [department1, department2, department3]
# define the number of classes
self.number_of_classes = sum([len(x.courses) for x in self.depts])