def enroll():
display_courses(courses)
course = int(input("Which one?"))
foundCourse = searchId(courses, course)
display_student(c1ass)
student = int(input("Which student? "))
foundStudent = searchId(c1ass, student)
mark = Mark(foundCourse, foundStudent)
foundCourse.c1ass.append(mark)
foundStudent.courses.append(mark)
def addMark():
NumMark=[]
option= input("Type info :")
if (option == "info" ):
ID = int(input("student ID:"))
courseID = int(input("course ID:"))
Mark= int(input("the mark:"))
m = Mark(ID,courseID,Mark)
NumMark.append(m)
if (option != "info"):
print ("Error")
else: break
def input_mark():
c_id=txt_couId.get()
if (c_id=="") or (c_id not in courseID):
messagebox.showerror(message="Error: Please enter the Course ID")
elif c_id in courseID:
s_id=txt_stuId.get()
if (s_id=="") or (s_id not in studentID):
messagebox.showerror(message="Error: Please enter the Student ID")
elif s_id in studentID:
score=float(txt_marks.get())
if score<0 or score >20:
messagebox.showerror(message="Error: Please enter the mark in range(0,20)")
else:
score=float(txt_marks.get())
mark = math.floor(score)
m = Mark(s_id,c_id,mark)
mark_detail.append(mark)
marks.append(m)
mark_screen.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 assign_mark():
screen.addstr("Enter the courseID you want to input mark: ")
c_id = (screen.getstr().decode())
screen.clear()
screen.refresh()
if c_id in courseID:
screen.addstr("Enter the StudentID you want to input mark: ")
s_id=screen.getstr().decode()
screen.clear()
screen.refresh()
if s_id in studentID:
while True:
screen.addstr("Enter mark of this student in courses: ")
mark=math.floor(float(screen.getstr().decode()))
if mark<0 or mark>20:
curses.init_pair(1, curses.COLOR_RED, curses.COLOR_WHITE)
try:
screen.addstr("Error!!!\n", curses.color_pair(1))
except curses.error:
pass
screen.refresh()
curses.napms(1000)
screen.clear()
screen.refresh()
screen.addstr("Please enter number in range (0,20): \n")
mark=math.floor(float(screen.getstr().decode()))
else:
break
else:
exit()
else:
exit()
f = open('Marks.txt','a')
f.write("CourseID: " + c_id + "\n" + "StudentID: " + s_id + "\n" + "Mark_detail: " + str(mark))
f.close()
mark_detail.append(mark)
m = Mark(s_id,c_id,mark)
marks.append(m)
def student_mark(s_count, s_list, c_count, c_list):
outp.show_c_info(c_count, c_list)
c_id = input("Choose the 'ID' of the course to update student mark : ")
while True:
if not any(course.id == c_id for course in c_list):
c_id = input("No course found, please try again : ")
else:
break
for i in range(len(c_list)):
if c_list[i].id == c_id:
c_name = c_list[i].name
c_credit = c_list[i].credit
print()
print("Course : " + c_name)
print("Update students marks from the list below :")
outp.show_s_info(s_count, s_list)
print()
s_mark = []
for i in range(s_count):
course = c_name
course_credit = c_credit
s_id = input("Student ID : ")
while True:
if not any(student.id == s_id for student in s_list):
s_id = input("No student found, please try again : ")
else:
break
id = s_id
for j in range(len(s_list)):
if s_list[j].id == s_id:
name = s_list[j].name
m = float(input("Student Mark : "))
mark = float(math.floor(m))
s_mark.append(M.Mark(id, name, course, mark, course_credit))
s_mark = sorted(s_mark, key=lambda x: x.id)
return s_mark
def mark_information():
op.addstr("Enter the course id: ")
cid = (op.getstr().decode())
op.clear()
op.refresh()
if cid in courseID:
op.addstr("Enter the student id: ")
sid=op.getstr().decode()
op.clear()
op.refresh()
if sid in studentID:
while True:
op.addstr("Enter the marks: ")
value=math.floor(float(op.getstr().decode()))
if value<0 or value>10:
op.addstr("this mark does not exit!")
else:
break
else:
exit()
else:
exit()
Mark(cid,sid,value)
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], "")
mark.inputmark()
mark_list += [mark]
if len(mark_list) == 0:
f = open("marks.txt", "w")
else:
f = open("marks.txt", "a")
f.write(mark.getstudent().getsname() + "\n" + mark.getcourse().getcname() + "\n" + str(mark.getmark()) + "\n")
f.close()
screen.clear()
screen.refresh()
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()