def appointmentDate(date):
result = False
for appointment in State.getAppointmentList():
if appointment.date == date:
result = True
break
return result
def getAppointmentStatus(appointment_id):
result = False
for appointment in State.getAppointmentList():
if appointment.id == appointment_id:
result = True
break
return result
def updateAppointmentStatus(appointment_id, status, remark=""):
appointmentList = []
for appointment in State.getAppointmentList():
if appointment.id == appointment_id:
appointment.status = status
appointment.remark = remark
appointmentList.append(appointment)
break
return appointmentList
def viewAppointmentsByDate(date):
appointmentList = []
for appointment in State.getAppointmentList():
if appointment.date == date:
appointment_dict = vars(appointment)
appointment_dict[
"timeslot_time"] = Appointment.__appointment_slot[
appointment.timeslot]
appointmentList.append(appointment_dict)
appointmentList.sort(key=lambda appointment: appointment["date"])
return appointmentList
def generateAppointmentSummaryByCustomerNRIC(customer_nric):
appointmentList = []
for appointment in State.getAppointmentList():
if appointment.customer_nric == customer_nric:
appointment_dict = vars(appointment)
appointment_dict[
"timeslot_time"] = Appointment.__appointment_slot[
appointment.timeslot]
appointmentList.append(appointment_dict)
appointmentList.sort(key=lambda appointment: appointment["date"])
return appointmentList
def cancelAppointment(appointment_id):
cancelStatus = False
currentDate = datetime.now()
for appointment in State.getAppointmentList():
if appointment.id == int(
appointment_id) and appointment.status == "Pending" and (
datetime.strptime(str(appointment.date), "%Y%m%d") -
currentDate).days >= 1:
appointment.cancel = True
cancelStatus = True
break
return cancelStatus
def createAppointment(customer_name, customer_nric, dentist, treatment,
date, timeslot):
ableToCreate = True
for appointment in State.getAppointmentList():
if appointment.date == date and appointment.timeslot == timeslot:
ableToCreate = False
break
newAppointment = Appointment(customer_name, customer_nric, dentist,
treatment, date, timeslot,
State.getLogonUser()["user_id"])
State.addAppointment(newAppointment)
return ableToCreate
def view7daysAppointmentCalendar():
appointmentList = []
for i in range(1, 7):
currentDay = int(
(date.today() + timedelta(days=i)).strftime("%Y%m%d"))
for appointment in State.getAppointmentList():
if appointment.date == currentDay:
appointment_dict = vars(appointment)
appointment_dict[
"timeslot_time"] = Appointment.__appointment_slot[
appointment.timeslot]
appointmentList.append(appointment_dict)
appointmentList.sort(key=lambda appointment: appointment["date"])
return appointmentList
def __init__(self,
customer_name,
customer_nric,
dentist,
treatment,
date,
timeslot,
user_id,
status="Pending"):
self.id = len(State.getAppointmentList()) + 1
self.customer_name = customer_name
self.customer_nric = customer_nric
self.dentist = dentist
self.treatment = treatment
self.date = date
self.timeslot = timeslot
self.user_id = user_id
self.status = status
self.remark = ""
self.cancel = False
def viewAppointmentsStatus(user_id):
appointmentList = []
for appointment in State.getAppointmentList():
if appointment.user_id == user_id:
appointment_dict = {
"id":
appointment.id,
"date":
appointment.date,
"timeslot":
Appointment.__appointment_slot[appointment.timeslot],
"dentist":
appointment.dentist,
"treatment":
appointment.treatment,
"status":
appointment.status
}
appointmentList.append(appointment_dict)
appointmentList.sort(key=lambda appointment: appointment["date"])
return appointmentList
def viewTotalCustomersByTypes():
totalCustomersByTypes = {
"Extractions": [],
"Fillings": [],
"Repairs": [],
"Teeth Cleaning": [],
"Denture": []
}
returnData = []
for appointment in State.getAppointmentList():
if (appointment.user_id
not in totalCustomersByTypes[appointment.treatment]):
totalCustomersByTypes[appointment.treatment].append(
appointment.user_id)
for appointmentTypes in totalCustomersByTypes:
returnData.append({
"typeOfTreatment":
appointmentTypes,
"customerCount":
len(totalCustomersByTypes[appointmentTypes])
})
return returnData
def generateAppointmentSummaryByDentistTreatment(treatment):
appointmentList = []
for appointment in State.getAppointmentList():
if appointment.treatment == treatment:
appointmentList.append(Appointment)
return appointmentList