def merge_csv(self, overdue_books_csv, fines_csv):
"""
:param overdue_books_csv: Overdue books CSV generated by AccessIt
:param fines_csv: Fines CSV generated by AccessIt
:return:
"""
with open(overdue_books_csv) as csv_file:
read_csv = list(csv.reader(csv_file, delimiter=','))
# Get each pair of lines and shape their info into Student and
# Offense classes
for author_info, student_info in zip(
list(filter(match_criteria, read_csv[::2])),
list(filter(match_criteria, read_csv[1::2]))):
# Extract student information
form_class = student_info[1].strip()
student_id = int(author_info[2].strip())
name = student_info[2].strip()
# Create new Student if not already in dictionary
if student_id not in self.list_of_offenders.keys():
self.list_of_offenders[student_id] = Student(
form_class, student_id, name)
student = self.list_of_offenders[student_id]
else:
student = self.list_of_offenders[student_id]
# Add the corresponding overdue book to the student's record
create_offense_from_overdue(author_info, student_info, student)
with open(fines_csv) as csv_file:
read_csv = list(csv.reader(csv_file, delimiter=','))
# Get each pair of lines and shape their info into Student and
# Offense classes
for student_info, fine_info in zip(
list(filter(match_criteria, read_csv[::2])),
list(filter(match_criteria, read_csv[1::2]))):
# Extract student information
form_class = student_info[2].strip()
student_id = int(student_info[1].strip())
name = fine_info[1]
# Create new Student if not already in dictionary
if student_id not in self.list_of_offenders.keys():
self.list_of_offenders[student_id] = Student(
form_class, student_id, name)
student = self.list_of_offenders[student_id]
else:
student = self.list_of_offenders[student_id]
# Add the corresponding fine to the student's record
create_offense_from_fine(student_info, fine_info, student)
def create_students(self):
stud_01 = Student('male', rd(), 'Vasilij', 'Informatics', 'Rumnerden')
self.students.append(stud_01)
stud_02 = Student('male', rd(), 'Ivan', 'Economics')
self.students.append(stud_02)
stud_03 = Student('female', rd(), 'Olga', 'Arts')
self.students.append(stud_03)
def load_students_and_teachers_and_courses(self):
"""
Return a tuple containing a list of Teacher and Student objects.
This loads the courses and adds them to the objects request/qualification
lists.
"""
# load the raw data
# TODO: load from a file of some sort
num_courses = 5
student_requests = [
[0, 1, 3],
[0, 2, 3],
[0, 2, 4],
[1, 3, 4],
[0, 1, 2],
[1, 2, 3]
]
teacher_qualifs = [
[0, 1, 3],
[0, 2, 4],
[1, 2, 3]
]
rawCourses = [(str(i), CourseType.CORE) for i in range(num_courses)] # example course already in list
rawStudentRequests = {i: reqs for i, reqs in enumerate(student_requests)} # map student name to requests (strings)
rawStudentGrades = {i: 12 for i in range(len(student_requests))} # map student name to the grade they're in
rawTeacherQualifications = {i: qualifs for i, qualifs in enumerate(teacher_qualifs)} # map teacher name to qualifications (strings)
rawTeacherRequestedOpenPeriods = {i: 0 for i in range(len(teacher_qualifs))} # map teacher name to requested open periods
# create tag generator
tg = tag_generator()
# create Courses, Students, and Teachers
courses = {} # maps course name to object
for c in rawCourses:
courses[c[0]] = Course(*c)
allCourses = list(courses.values())
students = []
for index, requestList in rawStudentRequests.items():
student = Student(next(tg), allCourses)
# set student grade to rawStudentGrades[index]
students.append(student)
student.requestAll([courses[str(c)] for c in requestList])
teachers = []
for index, qualifications in rawTeacherQualifications.items():
qualifications_with_course_objects = [courses[str(q)] for q in qualifications]
teacher = Teacher(next(tg), allCourses)
teacher.addQualifications(qualifications_with_course_objects)
# TODO: add open period requests from rawTeacherRequestedOpenPeriods[index]
teachers.append(teacher)
return students, teachers, list(courses.values())
def read_file(f_name):
students = []
f = None
try:
f = open(f_name, 'r')
for line in f.readlines():
std_data = {}
items = line.split('; ')
# DEBUG
# print('items -> {}'.format(items))
for item in items:
params = item.split(': ')
# DEBUG
# print('params -> {}'.format(params))
std_data[params[0]] = params[1].strip()
try:
# DEBUG
# print('std_data -> {}'.format(std_data))
students.append(Student(std_data))
except Exception as e:
print(e) # print error
# Debug:
# print(type(std_data))
for d in std_data.items():
print(d)
print()
except Exception as e:
print(e)
finally:
if f is not None:
f.close()
return students
def get(self):
user = users.get_current_user()
q = Student.query(Student.email == user.email())
p = q.get()
# file open
with open("computerengineering.csv", "r") as csvfile:
csvreader = csv.reader(csvfile, dialect="excel")
courseList = list(csvreader)
courseNames = {}
courseCredits = {}
courseId = {}
tableElement = {}
i = 0
for row in courseList:
courseNames[i] = row[0]
i = i + 1
courses_params = {
"name": user.nickname(),
"courseNames": courseNames,
"classTaken": tableElement,
"graduationProgress": 70,
}
render_template(self, "courses.html", courses_params)
def __init__(self):
self.questions = []
self.aptitudeChart = None # TODO matplotlib pichart
self.student = Student()
self.aptitudes = self.student.getAptitudes()
self.storage = Storage("csv/questions/questionnaire.csv")
self.__loadQuestionData()
async def auth(request):
req_data = await get_request(request)
global STUDENTS
result = NSTUAPI().auth_user(
req_data["username"],
req_data["password"]
)
if len(result) > 1:
STUDENTS.append(Student(req_data["username"], result[1]))
return get_response(result, True)
def get(self) :
user = users.get_current_user()
if user:
q = Student.query(Student.email == user.email())
if q.get(): #checks if email is in database.
render_table(self, q)
else :
welcome_params = {
"name" : user.nickname()
}
render_template(self, 'welcome.html', welcome_params)
else:
cover_params = {}
render_template(self, 'coverpage.html', cover_params)
def post(self):
user = users.get_current_user()
usermajor = self.request.get('Major')
majorCourses = usermajor.lower()
majorCourses = majorCourses.replace(" ", "")
majorCourses = majorCourses + ".csv"
if(majorCourses == ".csv"):
majorCourses = "computerengineering.csv"
usercourses =[]
falseBoolList = [False] * 40
#file open
# open(majorCourses, 'rU'), dialect=csv.excel_tab
# with open(majorCourses, 'r') as csvfile:
# csvreader = csv.reader(csvfile, dialect='excel')
with open(majorCourses, 'rU') as csvfile:
csvreader = csv.reader(csvfile, dialect='excel')
courseList = list(csvreader)
i = -1
for row in courseList:
if (i == -1):
i = i+1
else:
tempCourse = Course(courseTaken=False, courseName=row[0], courseId=row[1], courseCredits=int(row[2]), courseGrade="Did not Take")
usercourses.append(tempCourse)
i = i+1
regUser = Student(email = user.email(), major = usermajor, classTaken = falseBoolList, courses = usercourses)
regUser.put()
user = users.get_current_user()
if(user):
q = Student.query(Student.email == user.email())
if q.get():
render_table(self, q)
def students_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(name=new_student_name,
student_id=new_student_id,
lastname=new_student_last_name)
students.append(new_student)
print(students)
return redirect(url_for("students_page"))
return render_template("index.html", students=students)
from utils.math_utils import max_average
from classes.student import Student
agoni = Student("Agon", "Cecelia", "*****@*****.**", "127488", 7.89)
bislimi = Student("Bislim", "Bislimi", "*****@*****.**", "127388", 6.78)
ahmeti = Student("Ahmet", "Ahmeti", "*****@*****.**", "127332", 7.12)
lista = []
lista.append(agoni)
lista.append(bislimi)
lista.append(ahmeti)
max_avg_student = max_average(lista)
print("{} {} me mesataren: {}".format(max_avg_student.first_name, max_avg_student.last_name, max_avg_student.average))
["{}".format(student) for student in self.students])
return "Student Preferences\n============\n{}".format(student_str)
if __name__ == "__main__":
random.seed(1)
company_list = [
"Oakley", "Reddit", "Burton", "Google", "Apple", "Microsoft"
]
student_list = ["Joel", "Rhia", "Dave", "Andy", "Ryan", "Triston", "Lorin"]
# Create list of Student objects
students = []
for student in student_list:
comps = random.sample(company_list, 6)
students.append(Student(student, ranks=comps))
# Create list of Company objects
companies = []
for company in company_list:
companies.append(Company(company, available_slots=3))
companies.append
# Initialize and run matching algorithm
matcher = InterviewMatch(students, companies)
print matcher
matcher.fit()
# Check results
print matcher
def getOldStudent(self, name):
print(name)
self.student = Student(name, self, False, self.gui)
from classes.student import Student
student = Student("Joni", "Mitchell")
print(student)
def main():
student1 = Student('Alice', 22)
student2 = Student('Bob', 42)
student3 = Student('Kate', 18)
student3.accept_task(1)
student3.accept_task(3)
student3.accept_task(2)
student3.accept_task(5)
student1.accept_task_v2(6, 7, 8)
student1.pretty_print()
student2.pretty_print()
student3.pretty_print()
# pprint.pprint(student1.__dict__)
# pprint.pprint(student2.__dict__)
# student1.__dict__['name'] = 'ALICE'
# print(student1.name)
professor1 = Professor("Garry", 56)
professor1.set_email("*****@*****.**")
professor1.pretty_print()
print("======")
class Questionnaire():
# This class acts as a container for up to 10 questions and provides an
# interface through which the user will be able to view a question and
# select an answer.
def __init__(self):
self.questions = []
self.aptitudeChart = None # TODO matplotlib pichart
self.student = Student()
self.aptitudes = self.student.getAptitudes()
self.storage = Storage("csv/questions/questionnaire.csv")
self.__loadQuestionData()
# Load question data from CSV file
def __loadQuestionData(self):
storage = self.storage
columns = storage.getColumns()
columnCount = len(columns)
rows = storage.getRows()
data = []
for row in rows:
# Create a dictionary where key is column name and value is
# cell data. This will be added as a single element to the data
# list.
rowData = dict()
for i in range(columnCount):
try:
column = columns[i]
r = row[i]
rowData[column] = r
except IndexError:
break
data.append(rowData)
# Instantiate question objects
questions = self.questions
for d in data:
question_id = d['id'] # Value of id for this row
question = d['question'] # Value of question for this row
answers = []
keys = tuple(d.iterkeys()) # These are the column names
# Populate answers and aptitudes lists with values from CSV that
# have a value i.e. not blank
answers = [d[k] for k in keys if 'answer' in k and len(d[k]) > 0]
aptitudes = [d[k] for k in keys if 'aptitude' in k and len(d[k]) > 0]
# Create a dictionary where key is answer and value is a
# another dictionary where each key is the course name and each
# value is the number of aptitude points
answersDictionary = dict()
for index, answer in enumerate(answers):
aptitude = aptitudes[index].split(';')
apts = dict()
for a in aptitude:
temp = a.split()
name = temp[0]
points = int(temp[1])
apts[name] = points
aptitude = apts
answersDictionary[answer] = aptitude
questionObj = Question(question)
questionObj.setAnswers(answersDictionary)
questionObj.setId(question_id)
questions.append(questionObj)
# for question in questions:
# print question.getQuestion()
# print question.getAnswers()
# For this question (specified using questionIndex),
# update the student's aptitude points for the answer
# they have provided.
# @param answer the answer string
# @param questionIndex the index of the question
def updateStudentAptitude(self, questionIndex, answer):
question = self.questions[questionIndex]
answers = question.getAnswersDictionary()
try:
aptitudes = question.getAnswersDictionary()[answer]
for name, points in aptitudes.iteritems():
aptitude = self.student.getCourseAptitude(name)
if aptitude != None:
aptitude.updateAptitude(points)
return ""
except KeyError:
print "KeyError: Invalid answer!"
def calculateSuggestedCourse(self):
aptitudes = self.student.getAptitudes()
suggestedCourse = aptitudes[0]
for aptitude in self.student.getAptitudes():
if aptitude.getPoints() > suggestedCourse.getPoints():
suggestedCourse = aptitude
if suggestedCourse.getName() == 'cs':
csWiths = [c for c in aptitudes if '_' in c.getName()]
suggested = csWiths[0]
for csWith in csWiths:
if csWith.getPoints() > suggested.getPoints():
suggested = csWith
if suggested.getPoints() > 0:
return suggested
return suggestedCourse
def __init__(self, name):
self.name = name
self.staff = Staff.objects()
self.students = Student.objects()
from classes.student import Student
from classes.person import Person
pappu = Student("Pappu", 7)
print(pappu)
pappu = Student("Pappu", grade=7)
print(pappu)
print(pappu.whoami)
munnu = Person("Munnu")
print(munnu)
print(munnu.name)
print(munnu.whoami)
# print(pappu.name)
def add_student(self, student_data):
self.students.append(Student(**student_data))
self.save()
def register_student(self):
std_data = {}
first_name = None
last_name = None
student_id = None
personal_id = None
while first_name is None:
print('Please enter student first name:')
first_name = input()
if len(first_name) < 2:
print(
"ERROR: first name must be at least 2 chars long. Please reenter."
)
first_name = None
else:
if not first_name.isalpha():
print(
"ERROR: first name must contain alphabetic chars only. Please reenter."
)
first_name = None
else:
std_data['_first_name'] = first_name
while last_name is None:
print('Please enter student last name:')
last_name = input()
if len(last_name) < 2:
print(
"ERROR: last name must be at least 2 chars long. Please reenter."
)
last_name = None
else:
if not last_name.isalpha():
print(
"ERROR: last name must contain alphabetic chars only. Please reenter."
)
last_name = None
else:
std_data['_last_name'] = last_name
while student_id is None:
print('Please enter student id:')
student_id = input()
if len(student_id) != 9:
print(
"ERROR: student id must contain 9 digits. Please reenter.")
student_id = None
else:
try:
# student_id = int(student_id)
is_doubled = False
for std in self._students:
# print(std)
# DEBUG:
# print("{} <> {}".format(std.get_param('_student_id'), student_id))
if int(std.get_param('_student_id')) == student_id:
print(
"ERROR: student id is already exists: {}. Please reenter."
.format(student_id))
student_id = None
is_doubled = True
if is_doubled is False:
std_data['_student_id'] = student_id
except Exception as e:
print(
"ERROR: student id must contain digits only. Please reenter."
)
print(e)
student_id = None
while personal_id is None:
print('Please enter personal id:')
personal_id = input()
if len(personal_id) != 9:
print(
"ERROR: personal id must contain 9 digits. Please reenter."
)
personal_id = None
else:
try:
# personal_id = int(personal_id)
is_doubled = False
for std in self._students:
# print(std)
# DEBUG
# print("{} <> {}".format(std.get_param('_personal_id'), personal_id))
if int(std.get_param('_personal_id')) == personal_id:
print(
"ERROR: personal id is already exists: {}. Please reenter."
.format(personal_id))
personal_id = None
is_doubled = True
if is_doubled is False:
std_data['_personal_id'] = personal_id
except Exception as e:
print(
"ERROR: personal id must contain digits only. Please reenter."
)
print(e)
personal_id = None
try:
# DEBUG:
print(std_data)
return Student(std_data)
except Exception as e:
print(e)
def createStudent(self, name):
print(name)
self.student = Student(name, self, True, self.gui)
import csv
from classes.admin import Admin
from classes.student import Student
from classes.user import User
# create list of class object from database
users_list = []
admins_list = []
students_list = []
with open('../databases/users_db/hash_users_db.csv', 'r', newline='') as csv_file:
csv_reader = csv.DictReader(csv_file)
for user in csv_reader:
user_obj = User(user['username'], user['password'], int(user['user_id']), user['firstname'], user['lastname'],
int(user['user_type']), user['field_name'], int(user['field_code']))
users_list.append(user_obj)
# if user is student :
if user['user_type'] == "0":
student = Student(user['username'], user['password'], int(user['user_id']),
user['firstname'], user['lastname'],
int(user['user_type']), user['field_name'], int(user['field_code']))
students_list.append(student)
# if user is admin
else:
admin = Admin(user['username'], user['password'], int(user['user_id']), user['firstname'], user['lastname'],
int(user['user_type']), user['field_name'], int(user['field_code']))
admins_list.append(admin)
