def mark_infor(self, menu):
cu.addstr("\n** MARK INPUT **\n")
while True:
cu.addstr("\tCourse ID: ")
cu.refresh()
cid = cu.getstr().decode()
if cid in menu.course_id:
for student in menu.students:
sid = student.get_id()
while True:
cu.addstr(f"\t{student.get_name()}'s mark: ")
cu.refresh()
raw_mark = float(cu.getstr().decode())
mark = math.floor(raw_mark * 10) / 10
if mark < 0:
error("Invalid value!!! Please do it again\n")
else:
break
Mark(menu, cid, sid, mark)
else:
error("This course doesn't exist.\n")
cu.addstr("\nDo you want to choose another course? ")
cu.refresh()
mark_choice = cu.getstr().decode()
if mark_choice == "no":
break
elif mark_choice == "yes":
cu.addstr("Great! Here you go\n")
cu.refresh()
else:
error("Wrong choice!!! Let's choose again")
def input_mark(self, driver):
while True:
try:
cid = int(input("Enter id of course you want to input mark: "))
while cid <= 0:
cid = int(
input(
"Course id must be positive.Enter again course id you want to input mark: "
))
except:
print(
"Course id must be positive.Please enter again course id you want to input mark!!!"
)
else:
break
exist = 0
for course in self.driver.courses:
if course.get_cid() == cid:
exist = 1
if exist == 1:
for course in self.driver.courses:
if course.get_cid() == cid:
for student in self.driver.students:
while True:
try:
value = float(
input(
f"Enter mark of course {cid} for student {student.get_sname()}: "
))
while value < 0:
value = float(input("Mark must not be negative\n " \
f"Enter again mark of course {cid} for student {student.get_sname()}: "))
except:
print("Mark must not be negative\n " \
f"Enter again mark of course {cid} for student {student.get_sname()}!!!")
else:
break
# Round-down student scores to 1-digit decimal
value = math.floor(value * 10) / 10.0
self.driver.marks.append(
Mark(driver, student, course, value))
self.driver.studentmark.append(
Mark(driver, student, course, value))
else:
print("Course id is not existed!!!")
def Input_Mark():
global Input_Course_id, mark
for i in range(nom):
Input_Student_id = int(input("Enter StudentID to input Mark: "))
if Input_Student_id in Student_id:
Input_Course_id = int(input("Enter CourseID to input Mark: "))
if Input_Course_id in Course_id:
mark = math.floor(float(input("mark: ")))
Mark_List[i] = Mark(Input_Student_id, Input_Course_id, mark )
def input_course_mark(self, engine, cid):
for student in engine.students:
sid = student.get_sid()
while True:
# value = float(input(f"- Enter mark for {student.get_name()}: "))
self.__screen.addstr(
f"-> Enter mark for {student.get_name()}: ")
self.__screen.refresh()
value = float(self.__screen.getstr().decode())
value = math.floor(value * 10) / 10.0
if value < 0:
# print("Error: Mark must be non-negative")
self.print_error("Mark must be non-negative")
else:
break
Mark(engine, sid, cid, value)
def input_mark_file(driver, sid, sname, sdob, cid, cname, credit, value):
# Set for students
s_sid = driver.mark.student.set_sid(sid) #int
s_sname = driver.mark.student.set_sname(sname) #str
s_sdob = driver.mark.student.set_sdob(sdob) #str
student = Student(s_sid, s_sname, s_sdob)
# Set for courses
s_cid = driver.mark.course.set_cid(cid) #int
s_cname = driver.mark.course.set_cname(cname) #str
s_credit = driver.mark.course.set_credit(credit) #int
course = Course(s_cid, s_cname, s_credit)
# Set for marks
s_value = driver.mark.set_value(value) #int
driver.marks.append(Mark(driver, student, course, s_value))
def addMark():
Marks = []
option = -1
while (option != "2"):
print("do you want to add mark 1 for yes 2 for no")
option = input("your option :")
if (option == "1"):
SID = int(input("student ID:"))
CID = int(input("course ID:"))
mark = int(input("the mark:"))
etcs = int(input("etcs"))
moc = Mark(SID, CID, mark, etcs)
Marks.append(moc)
if (option != "2"):
print("read the sentence again and follow it")
else:
break
return Marks
def create_mark(students, courses):
marks = [[Mark(students[i], courses[j]) for i in range(len(students))]
for j in range(len(courses))]
return marks