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const _ = require('lodash');
const Moment = require('moment-timezone');
const MomentRange = require('moment-range');
const moment = MomentRange.extendMoment(Moment);
const Config = use('Config');
const CE = use('C2C/Exceptions');
const Event = use('Event');
const { CREATE_ACTION, UPDATE_ACTION } = Config.get('core.shared.constants');
const {
SALON_STAFF_CONNECTED_THIRD_PARTY,
SALON_STAFF_DISCONNECTED_THIRD_PARTY,
SALON_CONNECTED_THIRD_PARTY,
SALON_DISCONNECTED_THIRD_PARTY,
} = Config.get('modules.salon.constants');
const namespace = Config.get('modules.salon.general.namespace');
const connectionStatuses = Config.get('modules.staff.general.connectionStatuses');
const defaultDateObject = Config.get('core.shared.general.defaultDateObject');
class SalonService {
static get inject() {
return [
'C2C/Repositories/SalonRepo',
'C2C/Repositories/SalonScheduleRepo',
'C2C/Repositories/SalonPhotoRepo',
'C2C/Repositories/SalonPropertyRepo',
`C2C/Repositories/SettingRepo`,
`${namespace}/UseCases/CreateAuthAccount`,
`${namespace}/UseCases/HandleAuthAccountCreatedError`,
'C2C/Repositories/ThirdPartyStaffRepo',
];
}
constructor(
salonRepo,
salonScheduleRepo,
salonPhotoRepo,
salonPropertyRepo,
settingRepo,
createAuthAccountUseCase,
handleAuthAccountCreatedErrorUseCase,
) {
this.salonRepo = salonRepo;
this.salonScheduleRepo = salonScheduleRepo;
this.salonPhotoRepo = salonPhotoRepo;
this.salonPropertyRepo = salonPropertyRepo;
this.settingRepo = settingRepo;
this._handleAuthAccountCreatedErrorUseCase = handleAuthAccountCreatedErrorUseCase;
this._createAuthAccountUseCase = createAuthAccountUseCase;
}
async createWithAuth({
email,
phoneNumber,
businessName,
salonType,
password,
verified,
systemId,
listEmail,
}) {
let salon = await this.salonRepo.create({
operatorEmail: email,
operatorPhoneNumber: phoneNumber,
businessName,
salonType,
verified: !!verified,
systemId,
listEmail,
action: CREATE_ACTION,
});
const signUpResult = await this._createAuthAccountUseCase.execute({
email: email,
password: password,
connection: Config.get('auth0.connection'),
email_verified: !!verified,
user_metadata: {
phone_number: phoneNumber,
business_name: businessName,
verified: !!verified,
logged_in: false,
salon_id: salon.id,
salon_type: salonType,
},
});
salon = await this.salonRepo.update({
conditions: { id: salon.id },
payload: { operatorId: signUpResult.userId },
});
return salon;
}
async findOrFail(id, user) {
this._canAcessSalon(id, user);
const salon = await this.salonRepo.findOne({ id });
if (!salon) {
throw CE.NotFoundException.raise('errors.notFound');
}
return salon;
}
async findByOrFail(conditions) {
const salon = await this.salonRepo.findOne(conditions);
if (!salon) {
throw CE.NotFoundException.raise('errors.notFound');
}
return salon;
}
_canAcessSalon(id, user) {
if (_.get(user, 'userMetadata.salonId') !== id) {
throw CE.ForbiddenException.raise('errors.salonForbidden');
}
}
async update(conditions, payload, user) {
if (user) {
this._canAcessSalon(conditions.id, user);
}
const salon = await this.salonRepo.update({
conditions: { ...conditions },
payload: { ...payload, action: UPDATE_ACTION },
});
if (!salon) {
throw CE.NotFoundException.raise('errors.salonUpdateNotFound');
}
return salon;
}
/**
* @param {Object} conditions
* @param {Array<{dayOfWeek: Integer, startAt: String, endAt: String}>} schedules
*/
async updateSchedules(conditions, schedules) {
schedules = schedules.map((value, index) => {
const { salonId, dayOfWeek, startAt, endAt } = value;
const isGreater = startAt.isSameOrBefore(endAt);
if (!isGreater) {
throw CE.BadRequestException.raise('errors.invalidWorkingTime');
}
if (
this._checkOverlap({
checkedSchedule: value,
nextIndex: index + 1,
schedules,
})
) {
throw CE.BadRequestException.raise('errors.invalidWorkingTime');
}
return {
salonId: salonId,
dayOfWeek,
startAt: startAt,
endAt: endAt,
};
});
const defaultDate = moment().set({
...defaultDateObject,
hour: 0,
minute: 0,
second: 0,
millisecond: 0,
});
for (let i = 0; i <= 6; i++) {
if (_.find(schedules, { dayOfWeek: i }) === undefined) {
schedules.push({
dayOfWeek: i,
salonId: conditions.salonId,
startAt: defaultDate.clone(),
endAt: defaultDate.clone(),
});
}
}
await this.salonScheduleRepo.deleteMany({ ...conditions });
return this.salonScheduleRepo.createMany(schedules);
}
_checkOverlap({ checkedSchedule, nextIndex, schedules }) {
for (let i = nextIndex; i < schedules.length; i++) {
const nextSchedule = schedules[i];
if (checkedSchedule.dayOfWeek === nextSchedule.dayOfWeek) {
const range1 = moment.range(
moment(checkedSchedule.startAt, 'HH:mm'),
moment(checkedSchedule.endAt, 'HH:mm'),
);
const range2 = moment.range(
moment(nextSchedule.startAt, 'HH:mm'),
moment(nextSchedule.endAt, 'HH:mm'),
);
Eif (range1.overlaps(range2)) {
return true;
}
}
}
return false;
}
async loadRelated(salonInstance) {
await salonInstance.loadMany(['schedules', 'photos', 'properties']);
}
async findSalonIncludeScheduleOrFail(salonId) {
const salon = await this.salonRepo.findOrFail(salonId, {
schedules: null,
});
salon.scheduleObjetcs = await salon.schedules().fetch();
return salon;
}
async updatePhotos(conditions, photos) {
await this.salonPhotoRepo.deleteMany({ ...conditions });
return this.salonPhotoRepo.createMany(photos);
}
countPhotosForCleanUp() {
return this.salonPhotoRepo.countPhotosForCleanUp();
}
getPhotosForCleanUp(limit) {
return this.salonPhotoRepo.getPhotosForCleanUp(limit);
}
getPhotosByListUrls(urls) {
return this.salonPhotoRepo.getPhotosByListUrls(urls);
}
forceDeletePhotos(urls) {
return this.salonPhotoRepo.forceDelete(urls);
}
getAllProperties(conditions) {
return this.salonPropertyRepo.find({ ...conditions }, 'order asc,createdAt asc');
}
updateProperties(salonInstance, propertyIds) {
return this.salonRepo.sync(salonInstance, 'properties', propertyIds);
}
async setCancellationPolicy({ policyCode, salon }) {
const settings = await this.settingRepo.getCancellationPolicy();
const policy = _.find(settings, { name: policyCode });
if (!policy) {
throw CE.NotFoundException.raise('errors.notFound');
}
salon.cancellationPolicy = policyCode;
await salon.save();
return policy;
}
async updateSurveyResult(salonInstance, surveyResults) {
await salonInstance.surveyResults().delete();
return salonInstance.surveyResults().createMany(surveyResults);
}
getSurveyResults(salonInstance) {
return salonInstance.surveyResults().fetch();
}
async findWithTotalStaffOrFail(id, systemId) {
const salon = await this.salonRepo
.make()
.where({ id, systemId })
.withCount('staffs', (builder) => {
builder.whereHas('connections', (child) => {
child.where({
systemId,
salonId: id,
status: connectionStatuses.approved,
});
});
})
.first();
if (!salon) {
throw CE.NotFoundException.raise('errors.notFound');
}
return salon;
}
paginateWithTotalStaff(whereClause, page, limit, includes = {}) {
return this.salonRepo.paginateWithTotalStaff(
{ ...whereClause, connectionStatus: connectionStatuses.approved },
page,
limit,
includes,
);
}
async setAcceptBookingTime({ system, minimum, maximum, salon }) {
const minimumValues = _.get(system.settings, 'acceptBookingTime.minimumValues');
const maximumValues = _.get(system.settings, 'acceptBookingTime.maximumValues');
if (_.find(minimumValues, { value: minimum }) && _.find(maximumValues, { value: maximum })) {
salon.acceptBookingTime = JSON.stringify({
minimum,
maximum,
});
await salon.save();
} else {
throw CE.NotFoundException.raise('errors.invalidParam');
}
}
/**
* @return {void}
*/
async handleAuthAccountCreatedError(payload) {
await this._handleAuthAccountCreatedErrorUseCase.execute(payload);
}
/**
* Connect salon to third party
*
* @return {void}
*/
async connectSalonToThirdParty(salon, thirdParty, token) {
await salon.thirdParties().attach([thirdParty.id], (row) => {
row.token = token;
});
// emit event connected
Event.fire(SALON_CONNECTED_THIRD_PARTY, { salon, thirdParty, token });
// to trigger sync data to target system
await salon.save();
}
/**
* Disconnect salon to third party
*
* @return {void}
*/
async disconnectSalonToThirdParty(salon, thirdParty) {
await salon.thirdParties().detach([thirdParty.id]);
const staffsConnected = await salon.thirdPartyStaffs().fetch();
Event.fire(SALON_STAFF_DISCONNECTED_THIRD_PARTY, {
salon,
staff: staffsConnected.rows,
});
await salon.thirdPartyStaffs().detach();
await salon.thirdPartySourceStaffs().where({ thirdPartyId: thirdParty.id }).delete();
// emit event disconnected
Event.fire(SALON_DISCONNECTED_THIRD_PARTY, { salon, thirdParty });
// to trigger sync data to target system
await salon.save();
}
/**
* @return {void}
*/
async toggleThirdPartyStaffConnection({ salon, staff, thirdParty, thirdPartyStaff }, transform) {
const existsConnection = await salon.thirdPartyStaffs().wherePivot('staffId', staff.id).first();
if (existsConnection) {
// remove connection
await salon.thirdPartyStaffs().detach([staff.id]);
Event.fire(SALON_STAFF_DISCONNECTED_THIRD_PARTY, {
salon,
staff,
});
} else {
const existsConnectionBySourceId = await salon
.thirdPartyStaffs()
.wherePivot('sourceId', thirdPartyStaff.sourceId)
.first();
if (existsConnectionBySourceId) {
throw CE.BadRequestException.raise('errors.alreadyExists');
}
// add connection if sourceId is not connected
await salon.thirdPartyStaffs().attach([staff.id], (row) => {
row.thirdPartyId = thirdParty.id;
row.sourceId = thirdPartyStaff.sourceId;
});
// transform data
const [salonTransformed, staffTransformed] = await Promise.all([
transform.include('thirdParties').item(salon, 'SalonTransformer'),
transform.include('thirdParties').item(staff, 'StaffTransformer'),
]);
// emit event
Event.fire(SALON_STAFF_CONNECTED_THIRD_PARTY, {
salon: salonTransformed,
staff: staffTransformed,
token: _.get(salonTransformed, 'thirdParties[0].token'),
});
}
}
}
module.exports = SalonService;
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