def get_info_student(screen):
number_student = get_number_student(screen)
students = []
for i in range(number_student):
std = Student()
std.input(screen)
students += [std]
return students
def input_students_infor(self, driver):
if self.driver.nofstudents == None or self.driver.nofstudents <= 0:
print("Student list is empty. Please enter number of students!!!")
elif self.driver.nofstudents > len(self.driver.students):
for i in range(0, self.driver.nofstudents):
print(f"Enter information of student #{i + 1}")
while True:
try:
sid = int(input(f"Enter student id: "))
while sid <= 0:
sid = int(
input(
f"ID must be positive. Enter again student id: "
))
except:
print("ID has to be positive integer!!!")
else:
break
while True:
try:
sname = input(f"Enter name of student #{sid}: ")
while len(sname) == 0:
sname = input(
f"Student name can't be empty.Enter agian name of student #{sid}: "
)
except:
print(
f"Student name can't be empty.Enter agian name of student #{sid}: "
)
else:
break # Still not good!!!Name is still entered by numbers
while True:
try:
sdob = input(
f"Enter date of birth of student #{sid}: ")
while len(sdob) == 0:
sdob = input(
f"Student name can't be empty.Enter agian name of student #{sid}: "
)
except:
print(
"Student name can't be empty.Enter again name of student!!!"
)
else:
break # Still not good!!!Dob is still entered by letters
self.driver.students.append(Student(driver, sid, sname, sdob))
self.driver.studentmark.append(
Student(driver, sid, sname, sdob))
else:
print(
f"The student list is full({len(self.driver.students)} students).Please use function 1 to extra student list"
)
def get_info_student(screen):
number_student = get_number_student(screen)
students = []
student_file = open("student.txt", "a")
student_file.write("Student info:")
for i in range(number_student):
std = Student()
std.input(screen)
students += [std]
student_file.write("Student info")
student_file.close()
return students
def student_infor(self, menu):
cu.addstr("\n** STUDENT INFORMATION **\n")
while True:
cu.addstr("\tStudent ID: ")
cu.refresh()
id = cu.getstr().decode()
if id in menu.student_id:
error("This ID already existed. Please try another one\n")
elif len(id) == 0:
error("This cannot be empty. Please try again\n")
else:
break
while True:
cu.addstr("\tStudent's name: ")
cu.refresh()
name = cu.getstr().decode()
if len(name) == 0:
error("This cannot be empty. Please try again\n")
else:
break
while True:
cu.addstr("\tStudent's date of birth: ")
cu.refresh()
dob = cu.getstr().decode()
if len(dob) == 0:
error("This cannot be empty. Please try again\n")
else:
break
if len(menu.students) == 0:
f = open("students.txt", "w")
else:
f = open("students.txt", "a")
f.write(id + "\t" + name + "\t" + dob + "\n")
f.close()
Student(menu, id, name, dob)
def setStudent():
print("Input Student Information: ")
for i in range(StudentCount):
student_id = input("Enter Student Id: ")
student_name = input("Enter Student Name: ")
student_birthday = input("Enter Student Date of Birth: ")
StudentList[i] = Student(student_id, student_name, student_birthday)
def addStudent():
Students = []
count = int(input("number of students"))
for i in range(0, count):
name = input("student name:")
DOB = input("date of birth:")
SID = int(input("student ID :"))
soc = Student(name, DOB, SID)
Students.append(soc)
return Students
def add_student(students):
id = input("Student's ID: ")
name = input("Student's name: ")
dOB = input("Student's DOB: ")
student = Student.Student(id, name, dOB)
students.append(student)
f = open('Students.txt', 'a')
f.write("StudentID: " + id + "\n" + "StudentName: " + name + "\n" +
"SudentDoB: " + DoB)
f.close()
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 __parse_students_from_file(self):
if Repository.FILE_TXT in self.path_students:
file_students = open(self.path_students, "r")
lines = file_students.readlines()
for line in lines:
if len(line) < 3:
continue
data = line.strip().split(';')
self.data.append(Student(int(data[0]), data[1]))
file_students.close()
return
if Repository.FILE_PICKLE in self.path_students:
file_students = open(self.path_students, "rb")
self.data = pickle.load(file_students)
file_students.close()
return
def input_student_information(self, engine):
while True:
# sid = input("- Enter student ID: ")
self.__screen.addstr("-> Enter student ID: ")
self.__screen.refresh()
sid = self.__screen.getstr().decode()
if len(sid) == 0 or sid is None:
# print("Error: Student ID cannot be empty")
self.print_error("Student ID cannot be empty")
else:
break
if sid in engine.students_id:
# print("Error: Student ID existed")
self.print_error("Student ID already exists")
curses.endwin()
exit()
else:
while True:
# name = input("- Enter student name: ")
self.__screen.addstr("-> Enter student name: ")
self.__screen.refresh()
name = self.__screen.getstr().decode()
if len(name) == 0 or name is None:
# print("Error: Student name cannot be empty")
self.print_error("Student name cannot be empty")
else:
break
while True:
# dob = input("- Enter student date of birth: ")
self.__screen.addstr("-> Enter student date of birth: ")
self.__screen.refresh()
dob = self.__screen.getstr().decode()
if len(dob) == 0 or dob is None:
# print("Error: Student date of birth cannot be empty")
self.print_error("Student date of birth cannot be empty")
else:
break
curses.curs_set(0)
self.__screen.addstr(f"\n Successfully Added student: {name}")
self.__screen.refresh()
curses.napms(1000)
curses.curs_set(1)
Student(engine, sid, name, dob)
def preload_list(self):
"""
Adds to the repository a list of predefined values that are randomised
Input: -
Output: -
"""
randomiser = Randomiser()
data_to_add = Group()
for i in range(10):
random_name = randomiser.get_random_first_name() + " " + randomiser.get_random_last_name()
data_to_add.students.append(Student(i, random_name))
data_to_add.disciplines.append(Discipline(i, randomiser.get_random_discipline_name()))
for i in range(10):
data_to_add.grades.append(Grade(
randomiser.get_random(data_to_add.disciplines),
randomiser.get_random(data_to_add.students),
randomiser.get_random_grade()
))
if self.services.students.store_type == Repository.STORE_MEMORY:
self.services.add_all(data_to_add)
def add_student(self, sid, name, track=True):
student = Student(sid, name)
self.students.add(student)
if track:
self.tracker.add_action(ActionTracker.ADD, student,
ActionTracker.STUDENT)
def Student_Information():
for i in range (nos):
print("Enter Student Information: ")
Student_List[i] = Student(int(input("id:")),input("name: "),input("DoB: "))
Student_id.append(Student_List[i].id)
def add_student(students):
id = input("Student's ID: ")
name = input("Student's name: ")
dOB = input("Student's DOB: ")
student = Student.Student(id, name, dOB)
students.append(student)
def input_students_file(driver, sid, sname, sdob):
student = Student(driver, sid, sname, sdob)
driver.students.append(student)