def log(login, password):
try:
if login and password:
student = StudentRepository.searchStudentByLogin(
login, password)
if student:
loggedStudent = Student(student[0], student[1], student[2],
student[3], student[4], student[5])
else:
raise IndexError
else:
raise BlankFieldError()
except IndexError:
try:
raise NotFindError()
except NotFindError as logError:
logError.throwGUI()
except BlankFieldError as logError:
logError.throwGUI()
else:
return loggedStudent
def add_student(self, Id, name, group):
'''
add a student
'''
s = Student(Id, name, group)
try:
self.__rep.save(s)
except ValidatorError as ve:
raise StoreError(ex=ve)
except RepositoryError as re:
raise StoreError(ex=re)
def register(login, password, name, age, email, contact):
try:
if login and password and name and age and email and contact:
student = Student(login, password, name, age, email, contact)
StudentRepository.saveStudentData(student)
else:
raise BlankFieldError()
except BlankFieldError as registerError:
registerError.throwGUI()
except DuplicatePrimaryKeyError as registerError:
registerError.throwGUI()
else:
return student
def upstud(self, id, name, group):
s = Student(id, name, group)
self._rep.UpdateS(s)
return s
def add(self, id, name, group):
s = Student(id, name, group)
self._rep.storeS(s)
return s
def update_student(self, Id, name, group):
'''
Creates a new student, validates it and then replace the existing one
'''
student = Student(Id, name, group)
self.__rep.update(Id, student)
# By Zhufyak V.V # [email protected] # github.com/zhufyakvv # 26.09.2017 from datetime import datetime, timedelta from Entities.Student import * me = Student("Vadym", "Volodumurovich", "Zhufyak", "25-02-1997", "MIT", "402", 1001, 75) roman_dog = Student("Roman", "Igorovuch", "Baglay", "12-10-1997", "MIT", "402", 0, 3) roman = Student("Roman", "Yuriyovuch", "Moshnyaga", "15-12-1997", "MIT", "402", 989, 65) random = Student("Ivan", "Ivanovuch", "Ivanov", "10-10-1998", "MIT", "301", 0, 75) casual = Student("Alise", "Petrivna", "Kosach", "04-5-1999", "MIT", "102", 1000, 100) print(str(random) + " age is " + str(random.get_age())) all_groups = [me, roman_dog, roman, random, casual] my_group = get_group(all_groups, "402") print("Sum grant of all groups: " + str(get_sum_grant(all_groups))) print("Sum grant of my group: " + str(get_sum_grant(my_group))) print("Average age of all groups: " + str(get_avr_age(all_groups))) print("Average age of my groups: " + str(get_avr_age(my_group)))