def __init__(self, next_state=None):
super().__init__(next_state)
self.player = Player("John Doe")
self.player_info = PlayerInfo(self.player)
self.lesson = Lesson()
self.ui = None
self.choice = ChoiceUI(self.lesson)
def update(self):
self.active = True
if self.lesson.stage == Lesson.CHOICE:
self.ui = self.choice
else:
self.lesson = Lesson()
self.choice = ChoiceUI(self.lesson)
self.handle_events()
def create_lesson(self, lesson_name):
for lesson in self.lessons:
if lesson.lesson_name == lesson_name:
print("Error, this lesson already exists")
return None
l = Lesson(lesson_name, self.next_id())
self.lessons.append(l)
return l
def selectschedule():
if session.get('login'):
schedule = Schedule(dsn=app.config['dsn'])
classroom = Class(dsn=app.config['dsn'])
lesson = Lesson(dsn=app.config['dsn'])
teacher_id = session['login']
schedules = schedule.get_all_schedules_for_teacher(teacher_id)
schedule_ids = []
class_names = []
lesson_names = []
for a in schedules:
schedule_ids.append(a[0])
my_classroom = classroom.get_class(a[1])
class_names.append(my_classroom[1])
my_lesson = lesson.get_lesson(a[2])
lesson_names.append(my_lesson[1])
return render_template('schedule_selection.html',
zipped=zip(schedule_ids, lesson_names,
class_names))
else:
return redirect(url_for('home_page'))
def parse_data(self):
for row in self.__information:
lesson = Lesson(row[0], row[1], row[5], row[6], row[7])
subject = Subject(row[4], row[9], lesson)
student = Student(row[3], row[2], row[8], row[9], subject)
if self.check_student(student):
self.__student_list.append(student)
else:
for stud in self.__student_list:
if stud.get_surname() == student.get_surname(
) and stud.get_group_code() == student.get_group_code():
stud.get_subject_list().append(subject)
def add_lesson(self, name, path=os.getcwdu()):
if isinstance(name, Lesson):
self.techLogger.debug("adding lesson object: %s, path: %s" %
(name.name, name.path))
self.lessons.add(name)
self.lessonsNames.add(name.name)
else:
#we consider name is the name of the lesson, and thus the directory.
self.techLogger.debug(
"creating a lesson before adding it: %s, path: %s" %
(name, path))
lesson = Lesson(name, path)
self.add_lesson(lesson)
def import_lessons(self, major, no_lessons):
"""
administrator inserts lessons to the system. it returns the list of lessons
"""
lessons = []
for lsn in range(no_lessons):
print("------------------------------------------")
name = input("enter lesson's name: ")
teacher = input("enter lesson's teacher: ")
units = input("enter lesson's units: ")
capacity = input("enter lesson's capacity: ")
print("------------------------------------------")
lesson = Lesson(name, teacher, units, capacity)
lessons.append(lesson)
with open(f"{major}.txt", 'ab') as lessons_file:
pickle.dump(lessons, lessons_file)
def get_by_user_name_and_lesson_name(cls, connection, user_name,
lesson_name):
"""Get an activity with user_name, lesson_name from 'activity_lesson' table
:param connection: DB connection object
:param user_name: user name
:param lesson_name: lesson name
:return: activity details
{
'user_id': user_id,
'lesson_id': lesson_id,
'opened_at': <datetime>,
'completed': True (or) False,
'completed_at': <datetime>
}
"""
user_id = User.get_user_id(connection, user_name)
lesson_id = Lesson.get_lesson_id(connection, lesson_name)
return cls.get_by_user_id_and_lesson_id(connection, user_id, lesson_id)
def get_by_lesson_name(cls, connection, lesson_name, completed=None):
"""Get all activities with lesson_name from 'activity_lesson' table of all users
:param connection: DB connection object
:param lesson_name: lesson name
:param completed: status of the activity (True/False/None)
True - returns all the completed lesson_name lessons of all users
False - return all the in-progress lesson_name lessons of all user
None - return all the lesson_name lessons of all users
:return: list of activities of all users with lesson_name
[{
'user_id': <user-id>,
'lesson_id': lesson_id,
'opened_at': <datetime>,
'completed': True (or) False,
'completed_at': <datetime>
}]
"""
lesson_id = Lesson.get_lesson_id(connection, lesson_name)
return cls.get_by_lesson_id(connection, lesson_id, completed=completed)
def create_db():
if session.get('login'):
school = School(dsn=app.config['dsn'])
school.init_table()
#deneme
lesson = Lesson(dsn=app.config['dsn'])
lesson.init_table()
teacher = Teacher(dsn=app.config['dsn'])
teacher.init_table()
parent = Parent(dsn=app.config['dsn'])
parent.init_table()
teacher_account = TeacherAccount(dsn=app.config['dsn'])
teacher_account.init_table()
student = Student(dsn=app.config['dsn'])
student.init_table()
#student.insert_student("Boran","Sivrikaya","hotmail")
#student.delete_student(student.get_student_id("Boran","Sivrikaya"))
#student.insert_student("Boran","Sivrikaya","hotmail")
#student.update_student(student.get_student_id("Boran","Sivrikaya"),"Hamza","Tuna","gmail")
school = School(dsn=app.config['dsn'])
school.init_table()
#school.insert_school("Makif")
#school.delete_school(school.get_school_id("Makif"))
#school.insert_school("GOP")
#school.update_school(school.get_school_id("GOP"),"IAFL")
classroom = Class(dsn=app.config['dsn'])
classroom.init_table()
#class.insert_class("9A",2013)
#class.delete_class(class.get_class_id("9A",2013))
#class.insert_class("10A",2013)
#class.update_class(class.get_class_id("10A",2013),"12C",2015)
lesson = Lesson(dsn=app.config['dsn'])
lesson.init_table()
#lesson.insert_lesson("Math")
#lesson.delete_lesson(lesson.get_lesson_id("Math"))
#lesson.insert_lesson("History")
#lesson.update_lesson(lesson.get_lesson_id("History"),"Science")
parent = Parent(dsn=app.config['dsn'])
parent.init_table()
#parent.insert_parent("Zekiye","Sivrikaya")
#parent.delete_parent(parent.get_parent_id("Zekiye","Sivrikaya"))
#parent.insert_parent("Hamdi","Sivrikaya")
#parent.update_parent(parent.get_parent_id("Hamdi","Sivrikaya"),"Ahmet","Yalcin")
schedule = Schedule(dsn=app.config['dsn'])
schedule.init_table()
#schedule.insert_schedule(5,4,6,2013)
#schedule.delete_schedule(schedule.get_schedule_id(5,4))
#schedule.insert_schedule(5,4,6,2013)
#schedule.update_schedule(schedule.get_schedule_id(5,4),3,4,6,2020)
#session = Session(dsn=app.config['dsn'])
#session.init_table()
#session.insert_session(3,"2-2-1922",3)
#session.delete_session(session.get_session_id(3,"2-2-1922",3))
#session.insert_session(3,"2-2-1922",7)
#session.update_session(session.get_session_id(3,"2-2-1922",7),4,"8-8-1994",1)
attendance = Attendance(dsn=app.config['dsn'])
attendance.init_table()
#attendance.insert_attendance(2,4,True)
#attendance.delete_attendance(attendance.get_attendance_id(2,4))
#attendance.insert_attendance(2,5,True)
#attendance.update_attendance(attendance.get_attendance_id(2,5),4,6,False)
grade = Grade(dsn=app.config['dsn'])
grade.init_table()
#grade.insert_grade(3,2,75,"Iyi not")
#grade.delete_grade(grade.get_grade_id(3,2))
#grade.insert_grade(3,2,85,"Daha iyi")
#grade.update_grade(grade.get_grade_id(3,2),4,4,20,"VF")
schoolclass = SchoolClass(dsn=app.config['dsn'])
schoolclass.init_table()
#schoolclass.insert_school_class(3,8)
#schoolclass.delete_school_class(schoolclass.get_school_class_id(3,8))
#schoolclass.insert_school_class(3,8)
#schoolclass.update_school_class(schoolclass.get_school_class_id(3,8),5,10)
student_class = Student_Class(dsn=app.config['dsn'])
student_class.init_table()
#student_class.insert_student_class(3,2)
#student_class.delete_student_class(student_class.get_student_class_id(3,2))
#student_class.insert_student_class(5,2)
#student_class.update_student_class(student_class.get_student_class_id(5,2),7,4)
studentparent = StudentParent(dsn=app.config['dsn'])
studentparent.init_table()
#studentparent.insert_studentparent(2,2)
#studentparent.delete_studentparent(studentparent.get_studentparent_id(2,2))
#studentparent.insert_studentparent(2,2)
#studentparent.update_studentparent(studentparent.get_studentparent_id(2,2),4,2)
studentschool = StudentSchool(dsn=app.config['dsn'])
studentschool.init_table()
#studentschool.insert_studentschool(2,8)
#studentschool.delete_studentschool(studentschool.get_studentschool_id(2,8))
#studentschool.insert_studentschool(4,10)
#studentschool.update_studentschool(studentschool.get_studentschool_id(4,10),4,12)
teacherschool = TeacherSchool(dsn=app.config['dsn'])
teacherschool.init_table()
#teacherschool.insert_teacherschool(2,8)
#teacherschool.delete_teacherschool(teacherschool.get_teacherschool_id(2,8))
#teacherschool.insert_teacherschool(4,10)
#teacherschool.update_teacherschool(teacherschool.get_teacherschool_id(4,10),6,12)
return "Database created"
else:
return redirect(url_for('home_page'))
return word
def __unicode__(self):
return "\n".join([unicode(w) for w in self.words])
def pretty_print(self):
s = self.name + "\n" + "-" * len(self.name) + "\n"
s += "%15s | %s\n" % ('word', 'file')
s += '-' * 15 + ' | ' + '-' * 80 + '\n'
for w in self.words:
s += '%15s | %s\n' % (w.word, w.file)
return s
if __name__ == "__main__":
quiz = Quiz('test', 5)
lesson = Lesson(
'mots1',
os.path.normpath(os.getcwdu() + '/../resources/lessons/mots1'))
quiz.add_lesson(lesson)
quiz.generate()
print quiz.pretty_print()
quiz.length = 20
quiz.generate()
print quiz.pretty_print()
word = quiz.next()
while word is not None:
print(unicode(word))
word = quiz.next()
def take_input():
"""
The last element of the return tuple, which is an integer, is representing the semester amount in which the user
wanted to be graduated.
:return: tuple(Student, list(Lesson), int)
"""
print('You will be prompted for several inputs.')
print('With each input you will be told the form of input.')
print('Please, comply.')
while True:
try:
year = int(
input(
'Which year will the evaluation process start? (As a positive integer.):'
))
except ValueError:
print('Please use integers.')
continue
if year <= 0:
print('At least one year is needed.')
continue
break
while True:
try:
spend_semester = int(
input(
'How many semesters did you spend including Summers? (As a positive integer.):'
))
except ValueError:
print('Please use integers.')
continue
if spend_semester <= 0:
print('At least one semester is needed.')
continue
break
while True:
try:
semester = int(
input('Which semester will the evaluation process start? ' +
'1 for Fall, 2 for Spring and 3 for Summer:'))
except ValueError:
print('Please use integers.')
continue
if 3 < semester <= 0:
print('Input form is not correct.')
continue
break
if semester == 1:
semester = 3
else:
semester -= 1
while True:
try:
graduate_in = int(
input(
'How many semesters in which you want to graduate? (As a positive integer.):'
))
except ValueError:
print('Please use integers.')
continue
if graduate_in <= 0:
print('At least one semester is needed.')
continue
break
lessons = []
i = 0
while i < spend_semester:
semester_lessons = []
lessons.append(semester_lessons)
print(
'You will be asked questions for the lessons you have taken in your semester number '
+ str(i + 1) + '.')
while True:
if input(
'Type --END-- if you have not taken any more lessons in this semester. '
+
'Otherwise press Enter without that input:') == '--END--':
break
code = input(
'Type the code of the lesson, it does not checked for correctness, so type carefully:'
)
credit = 0
try:
credit = int(
input(
'How many credits the lesson have? (As a positive integer.):'
))
except ValueError:
print('Please use integers.')
if credit < 0:
print('A neutral credit is needed.')
continue
lesson_year = 0
try:
lesson_year = int(
input(
'Which year is the lesson in? (As a positive integer.):'
))
except ValueError:
print('Please use integers.')
if lesson_year <= 0:
print('A positive year is needed.')
continue
prerequisites = input(
'Type the codes of prerequisites, do not use any white spaces, separate with "|". '
+
'Be careful since there is no correctness check for this input:'
).split('|')
while True:
is_ok = True
open_semesters = input(
'Type the semesters of lesson, do not use any white spaces, separate with "|". '
'No ordering needed; type 1 for Fall, 2 for Spring and 3 for Summer:'
).split('|')
open_semesters = list(map(lambda x: int(x), open_semesters))
for semester_numb in open_semesters:
if semester_numb > 3 or semester_numb < 1:
is_ok = False
if is_ok:
break
continue
grade = input(
'Grade of the lesson as letter grade. Type carefully, if typed wrong the program may crash:'
)
semester_lessons.append(
Lesson(code, credit, lesson_year, prerequisites,
open_semesters, grade))
i += 1
new_lessons = []
while True:
print('You will be asked questions for the lessons you will take.')
while True:
if input('Type --END-- if you will not take any more lessons. Otherwise hit Enter without typing:') \
== '--END--':
break
code = input(
'Type the code of the lesson, it does not checked for correctness, so type carefully:'
)
credit = 0
try:
credit = int(
input(
'How many credits the lesson have? (As a positive integer.):'
))
except ValueError:
print('Please use integers.')
if credit < 0:
print('A neutral credit is needed.')
continue
lesson_year = 0
try:
lesson_year = int(
input(
'Which year is the lesson in? (As a positive integer.):'
))
except ValueError:
print('Please use integers.')
if lesson_year <= 0:
print('A positive year is needed.')
continue
prerequisites = input(
'Type the codes of prerequisites, do not use any white spaces, separate with "|". '
+
'Be careful since there is no correctness check for this input:'
).split('|')
if prerequisites[0] == '':
prerequisites = []
while True:
is_ok = True
open_semesters = input(
'Type the semesters of lesson, do not use any white spaces, separate with "|". '
'No ordering needed; type 1 for Fall, 2 for Spring and 3 for Summer:'
).split('|')
open_semesters = list(map(lambda x: int(x), open_semesters))
for semester_numb in open_semesters:
if semester_numb > 3 or semester_numb < 1:
is_ok = False
if is_ok:
break
continue
new_lessons.append(
Lesson(code, credit, lesson_year, prerequisites,
open_semesters))
break
return Student(year, semester, lessons), new_lessons, graduate_in
def start_lesson(lesson_name):
lesson = Lesson(lesson_name)
lesson.start()
self.exam.answers.append(answer)
print "Fin de l'examen."
def get_score(self):
"""
Correct the exam and print the score.
"""
self.exam.correct()
print u"Ton score est de %d sur %d" % (self.exam.score,
self.quiz.length)
if self.exam.score != self.quiz.length:
print u"Tu t'es trompé sur les mots suivants:"
for index in self.exam.mistakes:
answer = self.exam.answers[index]
word = self.quiz.words[index].word
print "%25s --> %s" % (word, answer)
else:
print u"Magnifique %s!" % self.exam.student
if __name__ == "__main__":
import os
from lesson import Lesson
quiz = Quiz("test", 15)
lesson = Lesson('mots17', os.path.normpath(os.getcwdu() + '/../mots17'))
quiz.add_lesson(lesson)
quiz.generate()
exam_runner = ExamRunner(u"Eléa", quiz)
exam_runner.do_exam()
exam_runner.get_score()
break
# The dates of the week that is loaded get extracted here
# They get put into a list with the weekday stripped.
# The first item in the list is the date for Monday,
# the second for Tuesday etc.
d = soup.find_all('td', class_='week_header')
dates = list()
for i in d:
dates.append(
dateconvert.rapladate_to_iso("{}{}".format(
i.text.split(' ')[1], year)))
s = soup.find_all('td', class_='week_block')
for i in s:
lesson = Lesson()
# Instructor:
# Rapla sends the instructor as "name,surname,".
# To make this pretty, we switch both parts and remove
# both commas
person = i.find('span', class_='person')
# If there is now person, it is an exam
if person:
person = person.text.split(',')
lesson.instructor = "{} {}".format(person[1].strip(),
person[0].strip())
else:
print('The week {} contains exams'.format(
current_date.isocalendar()[1]))
from lesson import Lesson
from lesson_schedule import LessonSchedule
lesson1 = Lesson('Monday', 8, 0, 'Polish')
lesson2 = Lesson('Monday', 8, 50, 'English')
lesson3 = Lesson('Tuesday', 9, 45, 'Math')
lesson4 = Lesson('Monday', 8, 0, 'Polish')
lesson_schedule = LessonSchedule()
lesson_schedule.addLesson(lesson1)
lesson_schedule.addLesson(lesson2)
lesson_schedule.addLesson(lesson3)
lesson_schedule.addLesson(lesson4)
lesson_schedule.print_all()
camId = int(sys.argv[1])
else:
# If no node is specified then 0 will be set as the default node
camId = 0
try:
# If the user has no camera, unplugs camera or incorrectly configures camera it will exit the environment and give feedback to the user.
camera=Camera(camId)
camera.showDisplay(keyb)
except:
print("\nThere is an issue with camera with ID {}.".format(camId))
print("Please fix the error or use a different camera.")
sys.exit()
# Creates a new screen object
screen = Screen()
# Creates a new lesson object
les = Lesson(screen, camera)
# This prints the menu to the user upon starting the game up
screen.showOption()
# This captures the users input key to determine which mode they requested
key = screen.getKey()
while key != 113:
# This clears the screen at as the user's request for the mode is no process
screen.clear()
# If the user presses the 'r' key then they will open a live display with the alignment tool.
if key == 114:
camera.showDisplay(keyb)
screen.scrPrint("Camera re-align finished", newline=True)
screen.continuePrompt()
# If the user presses the 'p' key then the game will be started
elif key == 112:
# starts the env
def take_lessons(self, major):
try:
with open(f"{major}.txt", 'rb') as my_file:
lessons = pickle.load(my_file)
print("------------------------------------------")
print("this is the list of lessons you are allowed to take:")
for i, lsson in enumerate(lessons):
print(
f"{i+1}-name: {lsson.name}, teacher: {lsson.teacher},"
f" units: {lsson.units}, capacity: {lsson.capacity}")
except OSError as err:
print(f"OS error: {err}")
try:
with open('students.csv', 'r', newline='') as my_file:
students = list(csv.reader(my_file))
for j, student in enumerate(students):
if student[0] == self.username:
while True:
if int(student[2]) < 20:
print()
lsn_no = int(
input(
"which lesson do you want to choose? ")
) - 1
if f"{lessons[lsn_no].name}" not in student[
3].strip().split(','):
if lessons[lsn_no].active == True:
if int(lessons[lsn_no].units) + int(
student[2]) < 20:
students[j][3] = lessons[lsn_no].name + ',' +\
students[j][3]
students[j][2] = int(lessons[lsn_no].units) +\
int(student[2])
Lesson.update_status(
major, lessons[lsn_no].name)
else:
print(
"you can not take more than 20 units in"
" a semester!")
return False
else:
print(
"this lesson's capacity is full!")
else:
print(
"you can not take a lesson two times in a semester!"
)
if int(students[j][2]) < 10:
print("you need to take at least 10 units")
continue
else:
break
except OSError as err:
print(f"OS error: {err}")
try:
with open('students.csv', 'w', newline='') as my_file:
csv_writer = csv.writer(my_file)
csv_writer.writerows(students)
except OSError as err:
print(f"OS error: {err}")