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const _ = require('lodash');
const Moment = require('moment-timezone');
const MomentRange = require('moment-range');
const moment = MomentRange.extendMoment(Moment);
const CE = use('C2C/Exceptions');
const Config = use('Config');
const Logger = use('Logger');
const statuses = Config.get('modules.booking.general.statuses');
const notes = Config.get('modules.booking.general.notes');
const namespace = Config.get('modules.booking.general.namespace');
const TARGET_SYSTEM_STATUSES = Config.get('modules.booking.general.targetSystemStatuses');
class BookingService {
static get inject() {
return [
'C2C/Repositories/BookingRepo',
'C2C/Repositories/ServiceRepo',
'C2C/Repositories/StaffRepo',
'C2C/Repositories/CustomerRepo',
'C2C/Repositories/OrderRepo',
'C2C/Repositories/SalonScheduleRepo',
'C2C/Repositories/SalonRepo',
'C2C/Repositories/StaffScheduleRepo',
'C2C/Repositories/SystemRepo',
`${namespace}/Services/TargetSystemService`,
`${namespace}/Services/OrderService`,
];
}
constructor(
bookingRepo,
serviceRepo,
staffRepo,
customerRepo,
orderRepo,
salonScheduleRepo,
salonRepo,
staffScheduleRepo,
systemRepo,
targetSystemService,
orderService,
) {
this.bookingRepo = bookingRepo;
this.serviceRepo = serviceRepo;
this.staffRepo = staffRepo;
this.customerRepo = customerRepo;
this.orderRepo = orderRepo;
this.salonScheduleRepo = salonScheduleRepo;
this.salonRepo = salonRepo;
this.staffScheduleRepo = staffScheduleRepo;
this.systemRepo = systemRepo;
this.targetSystemService = targetSystemService;
this._orderService = orderService;
}
async getOne(conditions) {
const booking = await this.bookingRepo.findOne({ ...conditions });
return booking;
}
async create({ services: servicesInfo, ...bookingInfo }) {
const services = await this._getServices(servicesInfo);
this._generateInfoByListService(bookingInfo, services);
bookingInfo.status = this._getStatusToCreate(bookingInfo.status);
const booking = await this.bookingRepo.create(bookingInfo);
await booking.reload();
await this._addOrdersToBooking(booking, services);
return booking;
}
async _getServices(servicesInfo) {
if (_.isEmpty(servicesInfo)) return [];
const serviceIds = servicesInfo.map(({ serviceId }) => serviceId);
const services = await this.serviceRepo.allBy({ id: ['IN', serviceIds] });
const servicesData = services.toJSON();
return servicesInfo.map((service) => {
const serviceInfo = servicesData.find(({ id }) => service.serviceId === id) || service;
return {
serviceId: service.serviceId,
staffId: service.staffId,
startTime: moment(service.startTime),
endTime: moment(service.startTime).add(_.get(serviceInfo, 'duration', 0), 'minutes'),
duration: _.get(serviceInfo, 'duration', 0),
price: _.get(serviceInfo, 'price', 0),
serviceName: _.get(serviceInfo, 'name', ''),
};
});
}
_generateInfoByListService(bookingInfo, services) {
if (_.isEmpty(services)) return;
bookingInfo.startTime = bookingInfo.startTime || _.minBy(services, 'startTime').startTime;
bookingInfo.totalDuration = bookingInfo.totalDuration || _.sumBy(services, 'duration');
bookingInfo.endTime =
bookingInfo.endTime ||
bookingInfo.startTime.clone().add(bookingInfo.totalDuration, 'minutes');
bookingInfo.totalPrice = bookingInfo.totalPrice || _.sumBy(services, 'price');
}
async _addOrdersToBooking(bookingInstance, services) {
if (_.isEmpty(services)) return;
// soft-deletes current order
await bookingInstance.orders().delete();
for (const service of services) {
// always return a list of one staff if not empty
const staffs = await this.getStaffAvailable(service);
// add order
await this._orderService.createOrder({
...service,
bookingId: bookingInstance.id,
staffId: staffs.first() && staffs.first().id,
});
}
// hard-delete old orders
await bookingInstance.ordersOnlyTrashed().delete({ force: true });
}
// _checkServicesTime(services) {
// const timeSegments = [];
// _.each(services, (service) => {
// timeSegments.push([
// moment(service.startTime),
// moment(service.startTime).add(service.duration, 'minutes'),
// ]);
// });
// if (this._checkOverlap(timeSegments)) {
// throw CE.BadRequestException.raise('Booking time overlap');
// }
// }
// _checkOverlap(timeSegments) {
// let ret = false;
// let i = 0;
// while (!ret && i < timeSegments.length - 1) {
// const seg1 = timeSegments[i];
// const seg2 = timeSegments[i + 1];
// const range1 = moment.range(
// moment(seg1[0], 'HH:mm'),
// moment(seg1[1], 'HH:mm'),
// );
// const range2 = moment.range(
// moment(seg2[0], 'HH:mm'),
// moment(seg2[1], 'HH:mm'),
// );
// if (range1.overlaps(range2)) {
// ret = true;
// }
// i++;
// }
// return ret;
// }
_getStatusToCreate(status) {
if (!Number.isInteger(status)) {
return statuses.new;
}
const checkResult = _.includes([statuses.new, statuses.arrived, statuses.started], status);
if (checkResult) {
return status;
}
throw CE.BadRequestException.raise('errors.invalidStatus');
}
async getStaffAvailable({ serviceId, startTime = moment(), staffId, userId }) {
const start = moment(startTime);
let end = moment(startTime);
if (serviceId) {
const service = await this.serviceRepo.findOrFail(serviceId);
end = moment(startTime).add(service.duration, 'minutes');
}
const staff = await this.staffRepo.getByService({
serviceId: serviceId,
startTime: start,
endTime: end,
staffId,
userId,
});
return staff;
}
async cancelBookingFromCB(booking, { timezone, reasonObject, ...data }) {
const status = statuses.cancel;
this._checkStatusToUpdate(status, booking.status);
if (booking.systemId) {
const system = await this.systemRepo.findOrFail(booking.systemId);
const {
targetSystemStatus,
fee,
extraInfo,
charge,
} = await this.sendBookingInfoToTargetSystem({
system,
bookingId: booking.id,
data: {
...data,
status,
bookingId: booking.id,
sourceId: booking.sourceId,
reason: reasonObject.name,
isCharged: reasonObject.isCharged,
},
});
return this.handleCancelBookingFromTargetSystem(booking, {
...data,
fee,
targetSystemStatus,
reason: reasonObject.name,
extraInfo,
charge,
});
} else {
// apply cancellation policy
const fee = await this.calulateFeeBaseOnCancellationPolicy({
policy: booking.cancellationPolicy,
date: booking.startTime,
timezone,
});
return this.update(booking, {
...data,
fee,
status,
reason: reasonObject.name,
});
}
}
async updateBookingFromCB(booking, { status, ...data }) {
this._checkStatusToUpdate(status, booking.status);
if (booking.systemId) {
// just allow update status of booking which created from target system
if (status && booking.status !== status) {
const system = await this.systemRepo.findOrFail(booking.systemId);
const {
targetSystemStatus,
finalPrice,
additionalPrice,
extraInfo,
} = await this.sendBookingInfoToTargetSystem({
system,
bookingId: booking.id,
data: {
status,
bookingId: booking.id,
sourceId: booking.sourceId,
finalPrice: data.finalPrice,
changePriceReason: data.changePriceReason,
extraInfo: data.extraInfo,
},
});
return this.update(booking, {
status,
targetSystemStatus,
finalPrice,
additionalPrice,
changePriceReason: data.changePriceReason,
extraInfo,
});
}
throw CE.BadRequestException.raise('errors.dontAllow');
} else {
// allow update more info of booking which created from CB
return this.update(booking, { ...data, status });
}
}
async updateBookingFromTargetSystem(booking, bookingInfo) {
this._checkStatusToUpdate(bookingInfo.status, booking.status);
return this.update(booking, bookingInfo);
}
async sendBookingInfoToTargetSystem({ system, bookingId, data }) {
return this.targetSystemService.requestToUpdateBooking({
systemId: system.id,
bookingId: bookingId,
body: { ...data },
});
}
handleCancelBookingFromTargetSystem(booking, data) {
this._checkStatusToUpdate(statuses.cancel, booking.status);
const { fee, reason, extraReason, targetSystemStatus, charge } = data;
const updateData = {
status: statuses.cancel,
fee,
reason,
extraReason,
targetSystemStatus,
charge,
};
// SB-629, NFB-1133
// Cancels a booking in case: change date or import (re-sync) => unset sourceId to ignore sync canceled booking to CS.
// CS side won't see CANCELED status, only see CHANGED status after NL makes a new booking with the same sourceId (NL bookingId) later.
// Note: targetSystemStatus = PERMANENT_DELETED now only used for case import (re-sync). It will be wrong if it is used in case really delete that booking.
if (
targetSystemStatus === TARGET_SYSTEM_STATUSES.CHANGE_DATE_CANCEL ||
targetSystemStatus === TARGET_SYSTEM_STATUSES.PERMANENT_DELETED
) {
updateData.sourceId = null;
}
return this.update(booking, updateData);
}
async update(
booking,
{
services: servicesInfo,
fee,
charge,
targetSystemStatus,
canPayment,
changeDateReason,
changePriceReason,
...bookingInfo
},
) {
const services = await this._getServices(servicesInfo);
this._generateInfoByListService(bookingInfo, services);
await this._addOrdersToBooking(booking, services, false);
booking.merge(bookingInfo);
// charge-fee
if (Number(fee) >= 0) {
booking.cancellationFee = Number(fee);
booking.charge = charge || Math.round(booking.totalPrice * Number(fee));
} else if (bookingInfo.status === statuses.done) {
booking.charge = charge || booking.finalPrice;
}
// save booking
await booking.save();
// sync notes
await this.syncNotes(booking, {
targetSystemStatus,
canPayment,
changeDateReason,
changePriceReason,
});
return booking;
}
_checkStatusToUpdate(newStatus, status) {
if (!Number.isInteger(newStatus)) {
newStatus = status;
}
let checkResult = false;
let validStatuses = [];
switch (status) {
case statuses.new:
validStatuses = [
statuses.new,
statuses.cancel,
statuses.arrived,
statuses.started,
statuses.done,
];
break;
case statuses.arrived:
validStatuses = [statuses.arrived, statuses.cancel, statuses.started, statuses.done];
break;
case statuses.started:
validStatuses = [statuses.started, statuses.cancel, statuses.done];
break;
case statuses.cancel:
validStatuses = [statuses.cancel];
break;
case statuses.done:
validStatuses = [statuses.done, statuses.cancel];
break;
}
checkResult = _.includes(validStatuses, newStatus);
if (!checkResult) {
throw CE.BadRequestException.raise('errors.invalidStatus');
}
}
async getOneOrFail(conditions) {
const booking = await this.bookingRepo.findOne({ ...conditions });
if (!booking) {
throw CE.NotFoundException.raise('errors.notFound');
}
return booking;
}
getByPage(params, includes = {}) {
return this.bookingRepo.getPages(params, includes);
}
async getDetails(conditions) {
const booking = await this.bookingRepo.findOne({ ...conditions });
if (!booking) {
throw CE.NotFoundException.raise('errors.notFound');
}
return booking;
}
async getOutsideBookingsBySalon(params, includes = {}) {
const salon = await this.salonRepo.findOrFail(params.salonId);
params.timezone = salon.timezone;
const result = await this.salonScheduleRepo.getDataBySalonId(params.salonId);
params.schedules = this.groupSchedulesByDayOfWeek(result.toJSON(), params.timezone);
params.startTime = moment();
return this.bookingRepo.getBookingsOutRangeDate(params, includes);
}
async getOutsideBookingsByStaff(params, includes = {}) {
const salon = await this.salonRepo.findOrFail(params.salonId);
params.timezone = salon.timezone;
const result = await this.staffScheduleRepo.find({
staffId: params.staffId,
endSchedule: ['NULL'],
});
params.schedules = this.groupSchedulesByDayOfWeek(result.toJSON(), params.timezone);
return this.bookingRepo.getBookingsOutRangeDate(params, includes);
}
groupSchedulesByDayOfWeek(schedules, timezone) {
const schedulesByDayOfWeek = [];
for (let i = 0; i <= 6; i++) {
const data = [];
schedules.forEach((item) => {
if (item.dayOfWeek === i) {
data.push({
dayOfWeek: item.dayOfWeek,
startAt: moment(item.startAt),
endAt: moment(item.endAt),
});
}
});
schedulesByDayOfWeek[i] = data;
}
return schedulesByDayOfWeek;
}
calulateFeeBaseOnCancellationPolicy({ policy, date, timezone }) {
if (policy) {
if (
policy.before1Day &&
moment(date).tz(timezone).subtract(1, 'days').isSame(moment().tz(timezone), 'day')
) {
return policy.before1Day;
}
if (policy.onDay && moment(date).tz(timezone).isSame(moment().tz(timezone), 'day')) {
return policy.onDay;
}
}
return 0;
}
/**
* sync booking notes
*
* @param {Booking} bookingInstance The booking instance
* @param {Array<{[key]: String}>}
*/
async syncNotes(bookingInstance, notesData) {
// generate
const bookingNotes = [];
_.forEach({ ...notesData }, function (value, key) {
if (value !== undefined) {
const noteValue = _.get(notes, key);
bookingNotes.push({
type: noteValue.type,
format: noteValue.format,
value: JSON.stringify(value),
});
}
});
Logger.info(`BookingSerivce -> syncNotes generate: ${JSON.stringify({ bookingNotes })}`);
// update
if (bookingNotes.length) {
await bookingInstance.notes().whereIn('type', _.map(bookingNotes, 'type')).delete();
await bookingInstance.notes().createMany(bookingNotes);
}
}
async updateBookingServices(booking, { status, services, changeDateReason }) {
this._checkStatusToUpdate(status, booking.status);
if (booking.systemId) {
services = await this._getServices(services);
const bookingInfo = {};
this._generateInfoByListService(bookingInfo, services);
// send request to target system handle
const system = await this.systemRepo.findOrFail(booking.systemId);
await this.targetSystemService.requestChangeBookingDate({
systemId: system.id,
bookingId: booking.id,
body: {
bookingDate: bookingInfo.startTime.toISOString(),
changeDateReason: changeDateReason,
sourceId: booking.sourceId,
},
});
} else {
await this.update(booking, { services, changeDateReason });
}
}
updateMany(conditions, data) {
return this.bookingRepo.update(conditions, data);
}
}
module.exports = BookingService;
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