def test_remove(self):
self.repo.append(Student(1, "Name", 1))
del self.repo[0]
with self.assertRaises(Exception):
self.assertEqual(self.repo[0], Student(1, "Name", 1))
def __init__(self, Student):
self.student = Student(
id=Student["id"],
cpf=Student["cpf"],
firstName=Student["firstName"],
lastName=Student["lastName"],
birthDate=Student["birthDate"])
def test_remove(self):
self.repo.append(Student(1, "Name", 1))
self.repo.remove(1)
with self.assertRaises(Exception):
self.assertEqual(self.repo.get(1), Student(1, "Name", 1))
def verify_password(username_or_token, password):
# first try to authenticate by token
user = Student.verify_auth_token(username_or_token)
if not user:
# try to authenticate with username/password
try:
user = Student.get(Student.student_number == username_or_token)
except:
user = None
if not user or not user.verify_password(password):
return False
g.user = user
return True
def add_students():
students.append(
Student(code="1",
fio="Васильев Сарыал Иннокентьевич",
birthdate="12.07.1998",
email="*****@*****.**",
phone="+79969141275",
group=groups[0],
brs_points=[]))
students.append(
Student(code="2",
fio="Иванов Иван Иванович",
birthdate="11.01.2002",
email="*****@*****.**",
phone="+71234567890",
group=groups[3],
brs_points=[]))
def create_student(self, id, name, group):
'''
Create a student object
:param id: int ID of the student
:param name: string Name
:param group: int ID of group
:return: Student object
'''
return Student(id, name, group)
def getStudentsByClassId(self, classId):
sql = "SELECT * FROM student WHERE ClassId = %s"
value = (classId, )
self.cursor.execute(sql, value)
try:
obj = self.cursor.fetchall()
return Student.CreateStudent(obj)
except mysql.connector.Error as err:
print("Error : ", err)
def getStudentById(self, id):
sql = "SELECT * FROM student WHERE Id = %s"
value = (id, )
self.cursor.execute(sql, value)
try:
obj = self.cursor.fetchone()
return Student.CreateStudent(obj)
except mysql.connector.Error as err:
print("Error : ", err)
def create_student(code, name, birthdate, email, phone, group):
check_input_on_empty(code)
check_input_on_empty(name)
check_input_on_empty(birthdate)
check_input_on_empty(email)
check_input_on_empty(phone)
check_input_on_empty(group)
code = convert_input_to_int(code)
birthdate = convert_input_to_int(birthdate)
phone = convert_input_to_int(phone)
return Student(code=code,
fio=name,
birthdate=birthdate,
email=email,
phone=phone,
group=group,
brs_points=[])
def addStudent(self):
self.displayClasses()
classid = int(input("hangi sınıf :"))
studentNumber = input("Numara: ")
name = input("Ad: ")
surname = input("Soyad: ")
year = int(input("Doğum Tarihi Yılı: "))
month = int(input("Doğum Tarihi Ay: "))
day = int(input("Doğum Tarihi Gün: "))
birthdate = datetime(year, month, day)
gender = input("Cinsiyet (E/K): ")
student = Student(None, studentNumber, name, surname, birthdate,
gender, classid)
self.db.addStudent(student)
def add_student(self, name):
'''
Create and add a student.
Args:
name (str): The name of the new student.
Raises:
ValueError: If the name of the student is invalid.
Returns:
Student: The new student.
'''
self.__validator.validate_name(name)
id_ = self.__students.get_available_id()
student = Student(id_, name)
return self.__students.add(student)
def json_to_obj(self, json):
try:
if len(json) is not 0:
if self.__method == "student":
return Student(json["id"], json["name"].strip(),
int(json["group"]))
elif self.__method == "assignment":
date = json["date"].strip().split("/")
return Assignment(
json["id"], json["descr"],
datetime(int(date[2]), int(date[1]), int(date[0])))
elif self.__method == "grade":
return Grade(json["stud_id"], json["assign_id"],
float(json["grade"]))
else:
raise RepositoryError("Data file is corrupted")
else:
raise RepositoryError("Data file is corrupted")
except IndexError as E:
raise RepositoryError(
"Data file corrupted or wrong conversion method")
def string_to_obj(self, line):
try:
if len(line) is not 0:
sline = line.split(",")
if len(sline) == 3:
if self.__method == "student":
return Student(int(sline[0].strip()), sline[1].strip(),
int(sline[2].strip()))
elif self.__method == "assignment":
date = sline[2].strip().split("/")
return Assignment(
int(sline[0].strip()), sline[1],
datetime(int(date[2]), int(date[1]), int(date[0])))
elif self.__method == "grade":
return Grade(int(sline[0].strip()),
int(sline[1].strip()),
float(sline[2].strip()))
else:
raise RepositoryError("Data file is corrupted")
else:
raise RepositoryError("Data file is corrupted")
except IndexError as E:
raise RepositoryError(
"Data file corrupted or wrong conversion method")
class StudentDomain():
def __init__(self, Student):
self.student = Student(
id=Student["id"],
cpf=Student["cpf"],
firstName=Student["firstName"],
lastName=Student["lastName"],
birthDate=Student["birthDate"])
def getByClassId(self, classId):
return self.student.getByClassId
def update(self):
self.student.update()
def add(self):
self.student.add()
def delete(self):
self.student.delete()
def student_seed():
successful = 0
student = Student()
student.firstname = 'حسین'
student.lastname = 'مقدم'
student.father = 'فرزاد'
student.brithday = '1374-09-20'
student.location_brith = 'طهران'
student.phone = '0938094831'
student.mobile = '02623588'
student.national_code = '1234'
student.status = 'active'
student.entry_semester = '1396-تیر'
student.img = 'ندارد'
student.address = 'قاین'
student.student_number = 3963001
student.id = 1
student.password = bcrypt.hash('1234')
successful = successful + 1 if student.save() else successful
student = Student()
student.firstname = 'علی'
student.lastname = 'یداللهی'
student.father = 'عظاالدین'
student.brithday = '1374-09-23'
student.location_brith = 'طهران'
student.phone = '09137304084'
student.mobile = '02623588'
student.national_code = '4321'
student.status = 'active'
student.entry_semester = '1396-تیر'
student.img = 'ندارد'
student.address = 'اصفهان'
student.student_number = 3963002
student.id = 2
student.password = bcrypt.hash('1234')
successful = successful + 1 if student.save() else successful
print(str(successful) + ' Students created successfully')
def test_check_points(self):
group1 = Group("М-ФИИТ-20", 2020)
group2 = Group("М-ФИИТ-19", 2019)
year1 = EducationYear(2020, 2021)
subject1 = Subject("321", "Психология")
subject3 = Subject("323", "Английский")
cross_section1 = CrossSection.FirstSection
cross_section2 = CrossSection.SecondSection
cross_section3 = CrossSection.FinalSection
student1 = Student(code=123,
fio="Егоров Алексей Васильевич",
birthdate="01. 04. 1996",
email="*****@*****.**",
phone="+79244669579",
group=group1)
student2 = Student(code=124,
fio="Иванов Иван Иванович",
birthdate="30. 12. 2000",
email="*****@*****.**",
phone="+79991112233",
group=group2)
EgorovAV_cs1 = BRSPoints(subject=subject1,
year=year1,
cross_section=cross_section1,
points=33,
student=student1)
EgorovAV_cs2 = BRSPoints(subject=subject1,
year=year1,
cross_section=cross_section2,
points=66,
student=student1)
EgorovAV_cs3 = BRSPoints(subject=subject1,
year=year1,
cross_section=cross_section3,
points=99,
student=student1)
IvamovII_cs1 = BRSPoints(subject=subject1,
year=year1,
cross_section=cross_section1,
points=20,
student=student2)
IvamovII_cs2 = BRSPoints(subject=subject1,
year=year1,
cross_section=cross_section2,
points=20,
student=student2)
IvamovII_cs3 = BRSPoints(subject=subject1,
year=year1,
cross_section=cross_section3,
points=20,
student=student2)
EgorovAV_cs1_wrong = BRSPoints(subject=subject3,
year=year1,
cross_section=cross_section1,
points=101,
student=student1)
EgorovAV_cs2_wrong = BRSPoints(subject=subject3,
year=year1,
cross_section=cross_section2,
points=0,
student=student1)
EgorovAV_cs3_wrong = BRSPoints(subject=subject3,
year=year1,
cross_section=cross_section3,
points=0,
student=student1)
IvamovII_cs1_wrong = BRSPoints(subject=subject3,
year=year1,
cross_section=cross_section1,
points=65,
student=student2)
IvamovII_cs2_wrong = BRSPoints(subject=subject3,
year=year1,
cross_section=cross_section2,
points=60,
student=student2)
IvamovII_cs3_wrong = BRSPoints(subject=subject3,
year=year1,
cross_section=cross_section3,
points=30,
student=student2)
Egorov_subject1_2020_2021 = [EgorovAV_cs1, EgorovAV_cs2, EgorovAV_cs3]
Egorov_subject3_2020_2021_wrong = [
EgorovAV_cs1_wrong, EgorovAV_cs2_wrong, EgorovAV_cs3_wrong
]
Ivanov_subject1_2020_2021 = [IvamovII_cs1, IvamovII_cs2, IvamovII_cs3]
Ivanov_subject1_2020_2021_wrong = [
IvamovII_cs1_wrong, IvamovII_cs2_wrong, IvamovII_cs3_wrong
]
self.assertEqual(
Checker.check_points(Egorov_subject1_2020_2021, cross_section3,
EgorovAV_cs3.points), True)
self.assertEqual(
Checker.check_points(Ivanov_subject1_2020_2021, cross_section3,
IvamovII_cs3.points), True)
self.assertEqual(
Checker.check_points(Egorov_subject3_2020_2021_wrong,
cross_section1, EgorovAV_cs1_wrong.points),
False)
self.assertEqual(
Checker.check_points(Ivanov_subject1_2020_2021_wrong,
cross_section3, IvamovII_cs3_wrong.points),
False)
def test_append(self):
self.repo.append(Student(1, "Name 1", 1))
self.repo.append(Student(1, "Name 2", 2))
def test_set(self):
self.repo.append(Student(1, "Name", 1))
self.repo[0] = Student(1, "Name2", 1)
self.assertEqual(self.repo[0], Student(1, "Name2", 1))
def verify_token(token):
user = Student.verify_auth_token(token)
if user:
g.user = user
return True
return False
from Models.Student import Student
from Models.Professor import Professor
from Models.Course import Course
ml = Course(40441, 'Machine Learning', 'ce')
deep = Course(40123, 'Deep Learning', 'ce')
parham = Student(94109562, 'Parham Hessabi', 'ce')
soleimani = Professor(4112412, 'Mahdie Soleimani', 123, 132)
soleimani.present_course(ml)
soleimani.present_course(deep)
parham.enroll(ml, soleimani)
parham.enroll(deep, soleimani)
parham.finish("Machine Learning", 9)
parham.finish("Deep Learning", 15)
print(parham.grade("Machine Learning"))
print(parham.grade("Deep Learning"))
print(soleimani.salary)
print(parham.average)
def choicecourse_seed():
successful = 0
choicecourse = ChoiceCourse()
choicecourse.Student_student_number_id = Student.select().offset(0)[0].student_number
choicecourse.status = 'accept'
choicecourse.status_pay = 'yes'
choicecourse.score = 5.0
choicecourse.semeter = '1'
choicecourse.Group_Course_code_course_id = GroupCourse.select().offset(0)[0].id
successful = successful + 1 if choicecourse.save() else successful
choicecourse = ChoiceCourse()
choicecourse.Student_student_number_id = Student.select().offset(1)[0].student_number
choicecourse.status = 'accept'
choicecourse.status_pay = 'yes'
choicecourse.score = 5.0
choicecourse.semeter = '1'
choicecourse.Group_Course_code_course_id = GroupCourse.select().offset(0)[0].id
successful = successful + 1 if choicecourse.save() else successful
choicecourse = ChoiceCourse()
choicecourse.Student_student_number_id = Student.select().offset(0)[0].student_number
choicecourse.status = 'accept'
choicecourse.status_pay = 'yes'
choicecourse.score = 5.0
choicecourse.semeter = '1'
choicecourse.Group_Course_code_course_id = GroupCourse.select().offset(1)[0].id
successful = successful + 1 if choicecourse.save() else successful
choicecourse = ChoiceCourse()
choicecourse.Student_student_number_id = Student.select().offset(1)[0].student_number
choicecourse.status = 'accept'
choicecourse.status_pay = 'yes'
choicecourse.score = 5.0
choicecourse.semeter = '1'
choicecourse.Group_Course_code_course_id = GroupCourse.select().offset(1)[0].id
successful = successful + 1 if choicecourse.save() else successful
choicecourse = ChoiceCourse()
choicecourse.Student_student_number_id = Student.select().offset(0)[0].student_number
choicecourse.status = 'accept'
choicecourse.status_pay = 'yes'
choicecourse.score = 5.0
choicecourse.semeter = '1'
choicecourse.Group_Course_code_course_id = GroupCourse.select().offset(2)[0].id
successful = successful + 1 if choicecourse.save() else successful
choicecourse = ChoiceCourse()
choicecourse.Student_student_number_id = Student.select().offset(1)[0].student_number
choicecourse.status = 'accept'
choicecourse.status_pay = 'yes'
choicecourse.score = 5.0
choicecourse.semeter = '1'
choicecourse.Group_Course_code_course_id = GroupCourse.select().offset(2)[0].id
successful = successful + 1 if choicecourse.save() else successful
choicecourse = ChoiceCourse()
choicecourse.Student_student_number_id = Student.select().offset(0)[0].student_number
choicecourse.status = 'accept'
choicecourse.status_pay = 'yes'
choicecourse.score = 5.0
choicecourse.semeter = '1'
choicecourse.Group_Course_code_course_id = GroupCourse.select().offset(3)[0].id
successful = successful + 1 if choicecourse.save() else successful
choicecourse = ChoiceCourse()
choicecourse.Student_student_number_id = Student.select().offset(1)[0].student_number
choicecourse.status = 'accept'
choicecourse.status_pay = 'yes'
choicecourse.score = 5.0
choicecourse.semeter = '1'
choicecourse.Group_Course_code_course_id = GroupCourse.select().offset(3)[0].id
successful = successful + 1 if choicecourse.save() else successful
choicecourse = ChoiceCourse()
choicecourse.Student_student_number_id = Student.select().offset(0)[0].student_number
choicecourse.status = 'accept'
choicecourse.status_pay = 'yes'
choicecourse.score = 5.0
choicecourse.semeter = '1'
choicecourse.Group_Course_code_course_id = GroupCourse.select().offset(4)[0].id
successful = successful + 1 if choicecourse.save() else successful
choicecourse = ChoiceCourse()
choicecourse.Student_student_number_id = Student.select().offset(1)[0].student_number
choicecourse.status = 'accept'
choicecourse.status_pay = 'yes'
choicecourse.score = 5.0
choicecourse.semeter = '1'
choicecourse.Group_Course_code_course_id = GroupCourse.select().offset(5)[0].id
successful = successful + 1 if choicecourse.save() else successful
print(str(successful) + ' GroupCourses created successfully')
def test_len(self):
self.repo.append(Student(1, "Name", 1))
self.assertEqual(len(self.repo), 1)
def test_get(self):
self.repo.append(Student(1, "Name", 1))
self.assertEqual(self.repo.get(1), Student(1, "Name", 1))
def test_Append(self):
with self.assertRaises(RepositoryError):
self.repo.append(Student(1, "Name 1", 1))
self.repo.append(Student(1, "Name 2", 2))
def test_create(self):
student = Student(0, 'Gigel')
self.assertEqual(student.get_id(), 0)
self.assertEqual(student.get_name(), 'Gigel')
def test_set(self):
student = Student(0, 'Gigel')
student.set_name('Gigi')
self.assertEqual(student.get_name(), 'Gigi')