def create_user(name, password, designation):
'''
creates user (student/teacher) with given credentials
'''
if designation == 'student':
Student.add_student(name=name, password=password)
elif designation == 'teacher':
Teacher.add_teacher(name=name, password=password)
else:
raise Exception('Wrong designation type')
def main():
lines = open("../data/InsertNamesMedium.txt").readlines()
hashtable = Hash(len(lines))
time_started = time.time()
dups = 0
for i in range(len(lines)):
new_student = parseStudent(lines[i])
if not hashtable.Insert(new_student):
dups += 1
time_elapsed = time.time() - time_started
print("%s duplicates while inserting." % dups)
print("%s seconds\n" % time_elapsed)
time_started = time.time()
hashtable.Traverse(averageAge)
global TOTAL_AGE
time_elapsed = time.time() - time_started
print("average age of students", (TOTAL_AGE / hashtable.Size()))
print("%s seconds\n" % time_elapsed)
lines = open("../data/DeleteNamesMedium.txt").readlines()
time_started = time.time()
deleted = 0
failed = 0
for i in range(len(lines)):
dummy_student = Student("", "", lines[i].strip(), "", "")
if hashtable.Delete(dummy_student):
deleted += 1
else:
failed += 1
time_elapsed = time.time() - time_started
print("%s students deleted." % deleted)
print("%s errors" % failed)
print("%s seconds\n" % time_elapsed)
retrieved = 0
retrievedTotalAge = 0
lines = open("../data/RetrieveNamesMedium.txt").readlines()
time_started = time.time()
failed = 0
for i in range(len(lines)):
dummy_student = Student("", "", lines[i].strip(), "", "")
student = hashtable.Retrieve(dummy_student)
if student is not None:
retrieved += 1
retrievedTotalAge += int(student.age)
else:
failed += 1
avg = (retrievedTotalAge / retrieved)
time_elapsed = time.time() - time_started
print("%s students retrieved\naverage age of retrieved students %s" %
(retrieved, avg))
print("%s errors" % failed)
print("%s seconds\n" % time_elapsed)
def newUser():
student_login = ''
while student_login == '':
student_login = input('login insper: ').strip()
student_key = create_key(f'students/{student_login}.key')
student_name = input('nome completo: ')
ghname = input('usuário do github: ')
s = Student(student_login, student_name, ghname, [])
write_string_to_file(f'students/{student_login}', s.toJSON())
save_encrypted(f'students/{student_login}-achievements', student_key, '[]')
def new_user():
student_login = ''
while student_login == '':
student_login = input('login insper: ').strip()
student_key = create_key(f'students/{student_login}.key')
student_name = input('nome completo: ')
student_avatar = input('imagem de avatar: ')
s = Student(student_login, student_name, student_avatar, [])
write_string_to_file(f'students/{student_login}', s.toJSON())
save_encrypted(f'students/{student_login}-achievements', student_key, '[]')
def fetch_stream_students(stream: Stream) -> Iterator[Student]:
query = f"""SELECT stud.surname, stud.name, stud.patronymic, stud.total
FROM students stud LEFT JOIN streams s ON stud.stream_id=s.id
WHERE s.name LIKE :spec AND s.course=:course"""
for stud in fetch_by_query(query, {'spec': f'{stream.specialty}%', 'course': stream.course}):
yield Student(*stud)
class TestStudent(unittest.TestCase):
def setUp(self):
self.name = 'nabhiraj'
self.code = 62
self.img = None
self.testobj = Student(self.code, self.name, self.img)
def test_getName(self):
print('student name')
self.assertEqual(self.testobj.getName(), self.name)
def test_getRollNo(self):
print('studne roll')
self.assertEqual(self.testobj.getRollNo(), self.code)
def test_getImage(self):
print('studnet image')
self.assertEqual(self.testobj.getImage(), self.img)
def student_page():
if request.method == "POST":
student_id = request.form.get("student-id", "")
first_name = request.form.get("first-name", "")
last_name = request.form.get("last-name", "")
new_student = Student(first_name, last_name, student_id)
students.append(new_student)
return redirect(url_for("student_page"))
return render_template("index.html", students=students)
def __init__(self, name, password):
try:
# if credentials are for student
user = Student(name, password)
user.interact()
# throw better exeptions and catch specific exeptions
except Exception as e:
user = Teacher(name, password)
user.interact()
except:
raise Exception('Designation unknown')
def load_students(sheet, students, config):
flos = config.first_line_of_students
# there is a number and name is stduents_info talbe
while sheet.cell(flos, 1).value != None and sheet.cell(flos,
2).value != None:
stu = Student()
stu.number = sheet.cell(flos, 1).value
stu.name = sheet.cell(flos, 2).value
for i in range(7):
stu.wish_time.append(sheet.cell(flos, 3 + i).value)
stu.wish_courses_each_week = sheet.cell(flos, 10).value
stu.priority = sheet.cell(flos, 11).value
stu.info_print()
students.append(stu)
flos += 1
def student_page():
if request.method == "POST":
new_student_id = request.form.get("student-id", "")
new_student_name = request.form.get("name", "")
new_student_last_name = request.form.get("last-name", "")
#new_student = Student(student_name = new_student_name, student_id = new_student_id)
new_student = Student(student_name = new_student_name,
student_id = new_student_id,
student_lastname = new_student_last_name)
student_list.append(new_student)
return redirect(url_for("student_page"))
return render_template("index.html", students = student_list)
def get_info(self, url):
records = requests.get(url, verify=False)
if records.status_code != 200:
return False
records = records.json()
for record in records:
student_name = record["name"]
student_available = record["available"]
student_courses = record["courses"]
student = Student(student_name, student_available, student_courses)
self.students.append(student)
return records
def add_student_names_to_students(
self): # add_student_names_to_students method adds students ...
i = len(self.students
) # ... from student_names_to_be_added to student attribute
for student in self.student_names_to_be_added:
name = student.split(" ")
other_names = ""
for names in name[1:]:
other_names = other_names + " " + names
last_names = other_names.lstrip(" ")
new_student = Student(name[0], last_names)
self.add_student(new_student)
self.students[i].add_course(self)
i += 1
self.student_names_to_be_added = []
def edit_achievements(student_login):
key = load_key(f'students/{student_login}.key')
json_achievements = load_encrypted(
f'students/{student_login}-achievements', key)
with open(f'students/{student_login}.temp', 'w') as f:
f.write(json_achievements)
if 'win32' in sys.platform:
editor = os.getenv('EDITOR', default='notepad.exe')
else:
editor = os.getenv('EDITOR', default='vi')
while True:
os.system(f'{editor} students/{student_login}.temp')
with open(f'students/{student_login}.temp') as f:
json_achievements = f.read()
try:
_ = json.loads(json_achievements)
except json.JSONDecodeError:
print("Arquivo mal formatado.")
time.sleep(2)
continue
print('Validando skills no arquivo JSON....')
s = Student.load(student_login)
s._load_skills_from_string(json_achievements)
valid_skills = True
for ach in s.all_achievements:
try:
ach.validate_metadata()
except ValueError as e:
print('- ', ach, '\n\t', e)
valid_skills = False
if valid_skills:
break
time.sleep(2)
print('\n\n==================')
print('Nenhum erro encontrado!')
save_encrypted(f'students/{student_login}-achievements', key,
json_achievements)
os.remove(f'students/{student_login}.temp')
def main():
W01234 = Student('Cameron', 'Trejo') # Instance of the student class
W01235 = Student('Waldo', 'Wildcat')
# print('Passing Grade :', W01234.passingGrade, W01234.first)
# print('Passing Grade :', W01235.passingGrade, W01235.first)
# Student.setPassingGrade(65)
# print('Passing Grade :', W01234.passingGrade, W01234.first)
# print('Passing Grade :', W01235.passingGrade, W01235.first)
print('---------------------')
print('Start of the Semester')
print('---------------------')
W01234.printStudentInfo()
W01235.printStudentInfo()
print('----------------------')
print('Middle of the Semester')
print('----------------------')
W01234.setGrade(45)
W01235.setGrade(75)
W01234.printStudentInfo()
W01235.printStudentInfo()
print('-------------------')
print('End of the Semester')
print('-------------------')
W01234.extraCredit(30)
W01234.printStudentInfo()
W01235.printStudentInfo()
def setUp(self):
self.name = 'nabhiraj'
self.code = 62
self.img = None
self.testobj = Student(self.code, self.name, self.img)
def main():
W01234 = Student('Jayden', 'Owings')
W01235 = Student('Waldo', 'Wildcat')
# print("Passing Grade:", W01234.passing_grade, W01234.first)
# print("Passing Grade:", W01235.passing_grade, W01235.first)
# Student.setPassingGrade(65)
# print("Passing Grade:", W01234.passing_grade, W01234.first)
# print("Passing Grade:", W01235.passing_grade, W01235.first)
print ('Start of the Semester')
print ('---------------------')
W01234.printSutdentInfo()
W01235.printSutdentInfo()
print ('Middle of the Semester')
print ('---------------------')
W01234.setGrade(45)
W01235.setGrade(75)
W01234.printSutdentInfo()
W01235.printSutdentInfo()
print ('End of the Semester')
print ('---------------------')
W01235.extraCredit(10)
W01234.printSutdentInfo()
W01235.printSutdentInfo()
def create_student(self, cursor, row):
return Student(row[1], row[2], row[3], row[5])
from instructor import Instructor
from students import Student
ex_1 = Exercise(
"1",
"python",
)
ex_2 = Exercise("2", "python")
ex_3 = Exercise("3", "python")
ex_4 = Exercise("4", "python")
three_six = Cohort("Cohort 36")
three_seven = Cohort("Cohort 37")
three_eight = Cohort("Cohort 38")
erin = Student("Erin", "Polley", "erin", "Cohort 36")
corri = Student("Corri", "Golden", "corri", "Cohort 36")
bito = Student("Bito", "Mann", "bito", "Cohort 38")
matt = Student("Matt", "Cragg", "cragg", "Cohort 36")
joe = Instructor("Joe", "Shepherd", "joe", "Cohort 36", "80s jokes")
jisie = Instructor("Jisie", "David", "jisie", "Cohort 36", "polite shut ups")
jenna = Instructor("Jenna", "Solis", "jenna", "Cohort 36",
"fashion and knowing her shit")
joe.assign_exercise(matt, ex_1)
jisie.assign_exercise(bito, ex_2)
jenna.assign_exercise(corri, ex_3)
def exercise_list(list):
# alu_students = Student()
# alu_facilitators = Facilitator()
type = True
while type:
menu()
option = input("What would you like to do today? ").lower()
if option == "1" or option == "one":
print('Press 1: If you are a student\n'
'Press 2: If you are a facilitator\n'
'Press 3: If you are a supervisor')
choice = input(
"What are you in the options above? Please type the number representing your category: "
).lower()
if choice == "1" or choice == "one":
alu_students = Student()
mail = input("Kindly input your email once again: ")
for student in students_library:
if student.get("email_address") == mail:
print("You are registered in our system!")
break
else:
print(
"Sorry,you are not registered in our system, please try registering"
)
quit()
print(
"What would you like to do today?\n"
"Press 1: To Borrow a book\n"
"Press 2: To extend the time you have borrowed for a certain book"
)
def parseStudent(line):
split_line = line.split()
new_student = Student(split_line[0], split_line[1], split_line[2].strip(),
split_line[3], split_line[4])
return new_student
#!/usr/bin/env python3
from students import Student
from students import CollegeStudent
#create student objects
student1 = Student("Lina", "Breunlin", 2055392,
"Estrella Mountain Community College", "Senior")
#print student data to console
print("Student Information:")
print("Name: " + student1.first_name + " " + student1.last_name)
print("Student ID: " + str(student1.ID))
print("School: " + student1.school_name)
print("Grade Level: " + student1.grade_level)
print()
print()
#create college student object
college1 = CollegeStudent("Lina", "Breunlin", 2055392,
"Estrella Mountain Community College", "Senior",
"Programming and System Analysis", "July 30, 2020")
print("College Student Information:")
print("Name: " + college1.first_name + " " + student1.last_name)
print("Student ID: " + str(college1.ID))
print("School: " + college1.school_name)
print("Grade Level: " + college1.grade_level)
print("Majorl: " + college1.major)
print("Graduation Date:" + college1.grad_date)
#------------------------------
# IMPORT STUDENT CLASS
#------------------------------
# From the 'students' module import the 'Student' class
from students import Student
#------------------------------
# CREATE STUDENT OBJECTS
#------------------------------
# Note the syntax:
# variable = class(parameter, parameter, parameter)
student1 = Student("James", "Economics", 3.7)
student2 = Student("John", "Psychology", 3.4)
student3 = Student("Brendan", "General Studies", 2.7)
student4 = Student("Jamie", "Law", 4.0)
# print (variable.class-function())
print(student1.on_honor_roll())
email_flag = False
while not email_flag == True:
s_email = input(
'Enter your email address: \n'
'Email has to be unique and cannot be modified later: ').lower()
if (re.search(email_re, s_email)):
reg_details['email'] = s_email
email_flag = True
else:
print("Invalid Email...")
# make instance of Student
s1 = Student(
student_name=reg_details['student_name'],
email=reg_details['email'],
course=reg_details['course'],
)
print('\n')
print('==========================================================')
print(' CONFIRM registration ')
print('==========================================================')
confirm = input(
"Hit any key to confirm or cancel by pressing 'Q' or 'q' key: ")
if confirm in ['q', 'Q']:
print('\nRegistration has been cancelled!')
else:
print('You have been registered successfully\n'
'Here, is your course details:\n')
course_detail = s1.confirm_registration()