def mark_operation(grade):
'''
the function is used to let faculty to operate the student's mark, such as add mark, modify
the mark(will be achieved in future)
:param grade:
:return:
'''
while True:
user_exit_choice = input(
'input q to quit or input any other value to continue to manage your student>>>'
)
if user_exit_choice == 'q':
print('successfully quit')
return 0
data_handler.load_data(grade.grade_name)
for i, item in enumerate(grade.grade_student):
print(i + 1, item.name)
user_choice = input('please choose a student to operate>>>')
if user_choice.isdigit() and int(user_choice) > 0 and int(
user_choice) <= len(grade.grade_student):
mark = input('please input the mark you want to add>>>')
student = grade.grade_student[int(user_choice) - 1]
student.mark_add(mark)
grade.grade_student[int(user_choice) - 1] = student
for faculty in grade.grade_faculty:
for i, grade_obj in enumerate(faculty.grade):
if grade_obj.grade_name == grade.grade_name:
faculty.grade[i] = grade
data_handler.dump_info(faculty.name, faculty)
data_handler.dump_info(grade.grade_name, grade)
print('Add mark successfully!')
else:
continue
def look_over_student_list(grade):
'''
the function is used to exhibit the student list of a grade
:param grade:
:return:
'''
data_handler.load_data(grade.grade_name)
for i, item in enumerate(grade.grade_student):
print(i + 1, item.name)
time.sleep(2)
def manage_port():
'''
the function is the port for user to create object
:return:
'''
while True:
user_exit_choice = input('input q to quit or input any other value to continue to manage>>>')
if user_exit_choice == 'q':
exit('successfully quit')
print('----School list----')
print('1 Beijing_school')
print('2 Shanghai_school')
user_choice = input('please choose school>>>')
if user_choice in school_dict:
while True:
user_exit_choice2 = input('input q to quit or input any other value to continue>>>')
if user_exit_choice2 == 'q':
break
print('----Server list----')
print('1 Create course')
print('2 Create grade')
print('3 Create faculty')
user_choice2 = input('please choose a server>>>')
if user_choice2 in server_dict:
user_school = data_handler.load_data(school_dict[user_choice])
server_dict[user_choice2](user_school)
else:
print('invalid input!')
break
def faculty_port():
'''
the function is used to provide a port for faculty to manage his grade
and students
:return:
'''
while True:
user_exit_choice = input(
'input q to quit or input any other value to continue to manage>>>'
)
if user_exit_choice == 'q':
print('successfully quit')
break
user_name = input('please input your name>>>')
if os.path.isfile(BASE_DIR + "\\data\\%s" % user_name) == False:
print('invalid name,please check your input!')
continue
faculty = data_handler.load_data(user_name)
grade = choose_grade(faculty)
if grade == False:
continue
while True:
user_exit_choice2 = input(
'input q to quit or input any other value to continue to manage your grade>>>'
)
if user_exit_choice2 == 'q':
break
print('----Sever list----')
print('1 look over student list')
print('2 mark operation')
user_choice = input('please choose a sever>>>')
if user_choice in faculty_sever_dict:
faculty_sever_dict[user_choice](grade)
else:
print('invalid input!')
def query_mark():
'''
the function is used to query a student's mark through his grade and his name
:return:
'''
while True:
user_exit_choice = input(
'input q to quit or input any other value to continue to choose your grade>>>'
)
if user_exit_choice == 'q':
print('successfully quit')
break
print('----School list----')
print('1 %s' % student_school_dict['1'])
print('2 %s' % student_school_dict['2'])
user_choice = input('please choose school>>>')
if user_choice in student_school_dict:
student_school = data_handler.load_data(
student_school_dict[user_choice])
else:
print('invalid input!')
continue
for i, item in enumerate(student_school.grade):
print(i + 1, item.grade_name)
user_choice2 = input('please choose a grade>>>')
if user_choice2.isdigit() and int(user_choice2) > 0 and int(
user_choice2) <= len(student_school.grade):
student_grade = data_handler.load_data(
student_school.grade[int(user_choice2) - 1].grade_name)
while True:
user_exit_choice = input(
'input q to quit or input any other value to continue to Query>>>'
)
if user_exit_choice == 'q':
print('successfully quit')
break
student_name = input('please input your name>>>')
state = False
for i in student_grade.grade_student:
if i.name == student_name:
state = True
student_obj = i
print(student_obj.mark)
break
if state == False:
print('you are not in the grade,please check your input')
def student_port():
'''
the function is used to provide a port for student to query his mark and
enroll in.
:return:
'''
while True:
user_exit_choice0 = input(
'input q to quit or input any other value to continue to join our course!>>>'
)
if user_exit_choice0 == 'q':
print('successfully quit')
break
sever_dict = {'1': 'query your mark', '2': 'enroll in!'}
print('----Sever list----')
print('1 query your mark')
print('2 enroll in!')
student_choice = input('please choose a sever>>>')
if student_choice in sever_dict:
if student_choice == '1':
query_mark()
else:
while True:
user_exit_choice = input(
'input q to quit or input any other value to continue to join our course!>>>'
)
if user_exit_choice == 'q':
print('successfully quit')
break
print('----School list----')
print('1 %s' % student_school_dict['1'])
print('2 %s' % student_school_dict['2'])
user_choice = input('please choose school>>>')
if user_choice in student_school_dict:
student_school = data_handler.load_data(
student_school_dict[user_choice])
else:
print('invalid input!')
continue
course_obj = select_course(student_school)
grade_obj, user_grade_choice = select_grade(student_school)
name = input('please input your name>>>')
age = input('please input your age>>>')
sex = input('please input your sex>>>')
mobile_phone = input(
'please input your mobile phone number>>>')
state = pay_tuition(course_obj)
if state == False:
continue
student = Student(name, age, sex, mobile_phone,
student_school)
student.change_state(state)
grade_obj.bind_student(student)
student.bind_grade(grade_obj)
student_school.grade[user_grade_choice - 1] = grade_obj
data_handler.dump_info(grade_obj.grade_name, grade_obj)
data_handler.dump_info(student_school.name, student_school)
for faculty in grade_obj.grade_faculty:
for i, grade in enumerate(faculty.grade):
if grade.grade_name == grade_obj.grade_name:
faculty.grade[i] = grade_obj
data_handler.dump_info(faculty.name, faculty)
print('Successfully enroll in!')
else:
print('invalid input!')
continue