Initial commit: Sale packages

This commit is contained in:
Ernad Husremovic 2025-08-29 15:20:49 +02:00
commit 14e3d26998
6469 changed files with 2479670 additions and 0 deletions

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odoo.define('point_of_sale.Chrome', function(require) {
'use strict';
const { loadCSS } = require('@web/core/assets');
const { useListener } = require("@web/core/utils/hooks");
const BarcodeParser = require('barcodes.BarcodeParser');
const PosComponent = require('point_of_sale.PosComponent');
const NumberBuffer = require('point_of_sale.NumberBuffer');
const Registries = require('point_of_sale.Registries');
const IndependentToOrderScreen = require('point_of_sale.IndependentToOrderScreen');
const { identifyError, batched } = require('point_of_sale.utils');
const { odooExceptionTitleMap } = require("@web/core/errors/error_dialogs");
const { ConnectionLostError, ConnectionAbortedError, RPCError } = require('@web/core/network/rpc_service');
const { useBus } = require("@web/core/utils/hooks");
const { debounce } = require("@web/core/utils/timing");
const { Transition } = require("@web/core/transition");
const {
onError,
onMounted,
onWillDestroy,
useExternalListener,
useRef,
useState,
useSubEnv,
reactive,
} = owl;
/**
* Chrome is the root component of the PoS App.
*/
class Chrome extends PosComponent {
setup() {
super.setup();
useExternalListener(window, 'beforeunload', this._onBeforeUnload);
useListener('show-main-screen', this.__showScreen);
useListener('toggle-debug-widget', debounce(this._toggleDebugWidget, 100));
useListener('toggle-mobile-searchbar', this._toggleMobileSearchBar);
useListener('show-temp-screen', this.__showTempScreen);
useListener('close-temp-screen', this.__closeTempScreen);
useListener('close-pos', this._closePos);
useListener('loading-skip-callback', () => this.env.proxy.stop_searching());
useListener('play-sound', this._onPlaySound);
useListener('set-sync-status', this._onSetSyncStatus);
useListener('show-notification', this._onShowNotification);
useListener('close-notification', this._onCloseNotification);
useListener('connect-to-proxy', this.connect_to_proxy);
useBus(this.env.posbus, 'start-cash-control', this.openCashControl);
NumberBuffer.activate();
this.state = useState({
uiState: 'LOADING', // 'LOADING' | 'READY' | 'CLOSING'
debugWidgetIsShown: true,
mobileSearchBarIsShown: false,
hasBigScrollBars: false,
sound: { src: null },
notification: {
isShown: false,
message: '',
duration: 2000,
},
loadingSkipButtonIsShown: false,
});
this.mainScreen = useState({ name: null, component: null });
this.mainScreenProps = {};
this.tempScreen = useState({ isShown: false, name: null, component: null });
this.tempScreenProps = {};
this.progressbar = useRef('progressbar');
this.previous_touch_y_coordinate = -1;
const pos = reactive(this.env.pos, batched(() => this.render(true)))
useSubEnv({ pos });
onMounted(() => {
// remove default webclient handlers that induce click delay
$(document).off();
$(window).off();
$('html').off();
$('body').off();
});
onWillDestroy(() => {
this.env.pos.destroy();
});
onError((error) => {
// error is an OwlError object.
console.error(error.cause);
});
onMounted(() => {
this.props.setupIsDone(this);
});
}
// GETTERS //
get customerFacingDisplayButtonIsShown() {
return this.env.pos.config.iface_customer_facing_display;
}
/**
* Used to give the `state.mobileSearchBarIsShown` value to main screen props
*/
get mainScreenPropsFielded() {
return Object.assign({}, this.mainScreenProps, {
mobileSearchBarIsShown: this.state.mobileSearchBarIsShown,
});
}
/**
* Startup screen can be based on pos config so the startup screen
* is only determined after pos data is completely loaded.
*
* NOTE: Wait for pos data to be completed before calling this getter.
*/
get startScreen() {
if (this.state.uiState !== 'READY') {
console.warn(
`Accessing startScreen of Chrome component before 'state.uiState' to be 'READY' is not recommended.`
);
}
return { name: 'ProductScreen' };
}
// CONTROL METHODS //
/**
* Call this function after the Chrome component is mounted.
* This will load pos and assign it to the environment.
*/
async start() {
try {
await this.env.pos.load_server_data();
await this.setupBarcodeParser();
if(this.env.pos.config.use_proxy){
await this.connect_to_proxy();
}
// Load the saved `env.pos.toRefundLines` from localStorage when
// the PosGlobalState is ready.
Object.assign(this.env.pos.toRefundLines, this.env.pos.db.load('TO_REFUND_LINES') || {});
this._buildChrome();
this._closeOtherTabs();
this.env.pos.selectedCategoryId = this.env.pos.config.start_category && this.env.pos.config.iface_start_categ_id
? this.env.pos.config.iface_start_categ_id[0]
: 0;
this.state.uiState = 'READY';
this._showStartScreen();
setTimeout(() => this._runBackgroundTasks());
} catch (error) {
let title = 'Unknown Error',
body;
if (error.message && [100, 200, 404, -32098].includes(error.message.code)) {
// this is the signature of rpc error
if (error.message.code === -32098) {
title = 'Network Failure (XmlHttpRequestError)';
body =
'The Point of Sale could not be loaded due to a network problem.\n' +
'Please check your internet connection.';
} else if (error.message.code === 200) {
title = error.message.data.message || this.env._t('Server Error');
body =
error.message.data.debug ||
this.env._t(
'The server encountered an error while receiving your order.'
);
}
} else if (error instanceof Error) {
title = error.message;
if (error.cause) {
body = error.cause.message;
} else {
body = error.stack;
}
}
await this.showPopup('ErrorTracebackPopup', {
title,
body,
exitButtonIsShown: true,
});
}
}
_runBackgroundTasks() {
// push order in the background, no need to await
this.env.pos.push_orders();
// Allow using the app even if not all the images are loaded.
// Basically, preload the images in the background.
this._preloadImages();
if (this.env.pos.config.limited_partners_loading && this.env.pos.config.partner_load_background) {
// Wrap in fresh reactive: none of the reads during loading should subscribe to anything
reactive(this.env.pos).loadPartnersBackground();
}
if (this.env.pos.config.limited_products_loading && this.env.pos.config.product_load_background) {
// Wrap in fresh reactive: none of the reads during loading should subscribe to anything
reactive(this.env.pos).loadProductsBackground().then(() => {
this.render(true);
});
}
}
setupBarcodeParser() {
if (!this.env.pos.company.nomenclature_id) {
const errorMessage = this.env._t("The barcode nomenclature setting is not configured. " +
"Make sure to configure it on your Point of Sale configuration settings");
throw new Error(this.env._t("Missing barcode nomenclature"), { cause: { message: errorMessage } });
}
const barcode_parser = new BarcodeParser({ nomenclature_id: this.env.pos.company.nomenclature_id });
this.env.barcode_reader.set_barcode_parser(barcode_parser);
const fallbackNomenclature = this.env.pos.company.fallback_nomenclature_id;
if (fallbackNomenclature) {
const fallbackBarcodeParser = new BarcodeParser({ nomenclature_id: fallbackNomenclature });
this.env.barcode_reader.setFallbackBarcodeParser(fallbackBarcodeParser);
}
return barcode_parser.is_loaded();
}
connect_to_proxy() {
return new Promise((resolve, reject) => {
this.env.barcode_reader.disconnect_from_proxy();
this.state.loadingSkipButtonIsShown = true;
this.env.proxy.autoconnect({
force_ip: this.env.pos.config.proxy_ip || undefined,
progress: function(prog){},
}).then(
() => {
if (this.env.pos.config.iface_scan_via_proxy) {
this.env.barcode_reader.connect_to_proxy();
}
resolve();
},
(statusText, url) => {
// this should reject so that it can be captured when we wait for pos.ready
// in the chrome component.
// then, if it got really rejected, we can show the error.
if (statusText == 'error' && window.location.protocol == 'https:') {
reject({
title: this.env._t('HTTPS connection to IoT Box failed'),
body: _.str.sprintf(
this.env._t('Make sure you are using IoT Box v18.12 or higher. Navigate to %s to accept the certificate of your IoT Box.'),
url
),
popup: 'alert',
});
} else {
resolve();
}
}
);
});
}
openCashControl() {
if (this.shouldShowCashControl()) {
this.showPopup('CashOpeningPopup');
}
}
shouldShowCashControl() {
return this.env.pos.config.cash_control && this.env.pos.pos_session.state == 'opening_control';
}
// EVENT HANDLERS //
_showStartScreen() {
const { name, props } = this.startScreen;
this.showScreen(name, props);
}
_getSavedScreen(order) {
return order.get_screen_data();
}
__showTempScreen(event) {
const { name, props, resolve } = event.detail;
this.tempScreen.isShown = true;
this.tempScreen.name = name;
this.tempScreen.component = this.constructor.components[name];
this.tempScreenProps = Object.assign({}, props, { resolve });
this.env.pos.tempScreenIsShown = true;
}
__closeTempScreen() {
this.tempScreen.isShown = false;
this.env.pos.tempScreenIsShown = false;
this.tempScreen.name = null;
}
__showScreen({ detail: { name, props = {} } }) {
const component = this.constructor.components[name];
// 1. Set the information of the screen to display.
this.mainScreen.name = name;
this.mainScreen.component = component;
this.mainScreenProps = props;
// 2. Save the screen to the order.
// - This screen is shown when the order is selected.
if (!(component.prototype instanceof IndependentToOrderScreen) && name !== "ReprintReceiptScreen") {
this._setScreenData(name, props);
}
}
/**
* Set the latest screen to the current order. This is done so that
* when the order is selected again, the ui returns to the latest screen
* saved in the order.
*
* @param {string} name Screen name
* @param {Object} props props for the Screen component
*/
_setScreenData(name, props) {
const order = this.env.pos.get_order();
if (order) {
order.set_screen_data({ name, props });
}
}
async _closePos() {
// If pos is not properly loaded, we just go back to /web without
// doing anything in the order data.
if (!this.env.pos || this.env.pos.db.get_orders().length === 0) {
window.location = '/web#action=point_of_sale.action_client_pos_menu';
}
// If there are orders in the db left unsynced, we try to sync.
await this.env.pos.push_orders_with_closing_popup();
window.location = '/web#action=point_of_sale.action_client_pos_menu';
}
_toggleDebugWidget() {
this.state.debugWidgetIsShown = !this.state.debugWidgetIsShown;
}
_toggleMobileSearchBar({ detail: isSearchBarEnabled }) {
if (isSearchBarEnabled !== null) {
this.state.mobileSearchBarIsShown = isSearchBarEnabled;
} else {
this.state.mobileSearchBarIsShown = !this.state.mobileSearchBarIsShown;
}
}
_onPlaySound({ detail: name }) {
let src;
if (name === 'error') {
src = "/point_of_sale/static/src/sounds/error.wav";
} else if (name === 'bell') {
src = "/point_of_sale/static/src/sounds/bell.wav";
}
this.state.sound.src = src;
}
_onSetSyncStatus({ detail: { status, pending }}) {
this.env.pos.synch.status = status;
this.env.pos.synch.pending = pending;
}
_onShowNotification({ detail: { message, duration } }) {
this.state.notification.isShown = true;
this.state.notification.message = message;
this.state.notification.duration = duration;
}
_onCloseNotification() {
this.state.notification.isShown = false;
}
/**
* Save `env.pos.toRefundLines` in localStorage on beforeunload - closing the
* browser, reloading or going to other page.
*/
_onBeforeUnload() {
this.env.pos.db.save('TO_REFUND_LINES', this.env.pos.toRefundLines);
}
get isTicketScreenShown() {
return this.mainScreen.name === 'TicketScreen';
}
// MISC METHODS //
_preloadImages() {
for (let product of this.env.pos.db.get_product_by_category(0)) {
const image = new Image();
image.src = `/web/image?model=product.product&field=image_128&id=${product.id}&unique=${product.__last_update}`;
}
for (let category of Object.values(this.env.pos.db.category_by_id)) {
if (category.id == 0) continue;
const image = new Image();
image.src = `/web/image?model=pos.category&field=image_128&id=${category.id}&unique=${category.write_date}`;
}
const staticImages = ['backspace.png', 'bc-arrow-big.png'];
for (let imageName of staticImages) {
const image = new Image();
image.src = `/point_of_sale/static/src/img/${imageName}`;
}
}
_buildChrome() {
if ($.browser.chrome) {
var chrome_version = $.browser.version.split('.')[0];
if (parseInt(chrome_version, 10) >= 50) {
loadCSS('/point_of_sale/static/src/css/chrome50.css');
}
}
if (this.env.pos.config.iface_big_scrollbars) {
this.state.hasBigScrollBars = true;
}
this._disableBackspaceBack();
}
// prevent backspace from performing a 'back' navigation
_disableBackspaceBack() {
$(document).on('keydown', function (e) {
if (e.which === 8 && !$(e.target).is('input, textarea')) {
e.preventDefault();
}
});
}
_closeOtherTabs() {
localStorage['message'] = '';
localStorage['message'] = JSON.stringify({
message: 'close_tabs',
session: this.env.pos.pos_session.id,
});
window.addEventListener(
'storage',
(event) => {
if (event.key === 'message' && event.newValue) {
const msg = JSON.parse(event.newValue);
if (
msg.message === 'close_tabs' &&
msg.session == this.env.pos.pos_session.id
) {
console.info(
'POS / Session opened in another window. EXITING POS'
);
this._closePos();
}
}
},
false
);
}
showCashMoveButton() {
return this.env.pos && this.env.pos.config && this.env.pos.config.cash_control;
}
// UNEXPECTED ERROR HANDLING //
/**
* This method is used to handle unexpected errors. It is registered to
* the `error_handlers` service when this component is properly mounted.
* See `onMounted` hook of the `ChromeAdapter` component.
* @param {*} env
* @param {UncaughtClientError | UncaughtPromiseError} error
* @param {*} originalError
* @returns {boolean}
*/
errorHandler(env, error, originalError) {
if (!env.pos) return false;
const errorToHandle = identifyError(originalError);
// Assume that the unhandled falsey rejections can be ignored.
if (errorToHandle) {
this._errorHandler(error, errorToHandle);
}
return true;
}
_errorHandler(error, errorToHandle) {
if (errorToHandle instanceof RPCError) {
const { message, data } = errorToHandle;
if (odooExceptionTitleMap.has(errorToHandle.exceptionName)) {
const title = odooExceptionTitleMap.get(errorToHandle.exceptionName).toString();
this.showPopup('ErrorPopup', { title, body: data.message });
} else {
this.showPopup('ErrorTracebackPopup', {
title: message,
body: data.message + '\n' + data.debug + '\n',
});
}
} else if (errorToHandle instanceof ConnectionLostError) {
this.showPopup('OfflineErrorPopup', {
title: this.env._t('Connection is lost'),
body: this.env._t('Check the internet connection then try again.'),
});
} else if (errorToHandle instanceof ConnectionAbortedError) {
this.showPopup('OfflineErrorPopup', {
title: this.env._t('Connection is aborted'),
body: this.env._t('Check the internet connection then try again.'),
});
} else if (errorToHandle instanceof Error) {
// If `errorToHandle` is a normal Error (such as TypeError),
// the annotated traceback can be found from `error`.
this.showPopup('ErrorTracebackPopup', {
// Hopefully the message is translated.
title: `${errorToHandle.name}: ${errorToHandle.message}`,
body: error.traceback,
});
} else {
// Hey developer. It's your fault that the error reach here.
// Please, throw an Error object in order to get stack trace of the error.
// At least we can find the file that throws the error when you look
// at the console.
this.showPopup('ErrorPopup', {
title: this.env._t('Unknown Error'),
body: this.env._t('Unable to show information about this error.'),
});
console.error('Unknown error. Unable to show information about this error.', errorToHandle);
}
}
}
Chrome.template = 'Chrome';
Object.defineProperty(Chrome, "components", {
get () {
return Object.assign({ Transition }, PosComponent.components);
}
})
Registries.Component.add(Chrome);
return Chrome;
});

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odoo.define('point_of_sale.CashMoveButton', function (require) {
'use strict';
const PosComponent = require('point_of_sale.PosComponent');
const Registries = require('point_of_sale.Registries');
const { _t } = require('web.core');
const { renderToString } = require('@web/core/utils/render');
const TRANSLATED_CASH_MOVE_TYPE = {
in: _t('in'),
out: _t('out'),
};
class CashMoveButton extends PosComponent {
async onClick() {
const { confirmed, payload } = await this.showPopup('CashMovePopup');
if (!confirmed) return;
const { type, amount, reason } = payload;
const translatedType = TRANSLATED_CASH_MOVE_TYPE[type];
const formattedAmount = this.env.pos.format_currency(amount);
if (!amount) {
return this.showNotification(
_.str.sprintf(this.env._t('Cash in/out of %s is ignored.'), formattedAmount),
3000
);
}
const extras = { formattedAmount, translatedType };
await this.rpc({
model: 'pos.session',
method: 'try_cash_in_out',
args: [[this.env.pos.pos_session.id], type, amount, reason, extras],
});
if (this.env.proxy.printer) {
const renderedReceipt = renderToString('point_of_sale.CashMoveReceipt', {
_receipt: this._getReceiptInfo({ ...payload, translatedType, formattedAmount }),
});
const printResult = await this.env.proxy.printer.print_receipt(renderedReceipt);
if (!printResult.successful) {
this.showPopup('ErrorPopup', { title: printResult.message.title, body: printResult.message.body });
}
}
this.showNotification(
_.str.sprintf(this.env._t('Successfully made a cash %s of %s.'), type, formattedAmount),
3000
);
}
_getReceiptInfo(payload) {
const result = { ...payload };
result.cashier = this.env.pos.get_cashier();
result.company = this.env.pos.company;
result.date = new Date().toLocaleString();
return result;
}
}
CashMoveButton.template = 'point_of_sale.CashMoveButton';
Registries.Component.add(CashMoveButton);
return CashMoveButton;
});

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odoo.define('point_of_sale.CashierName', function(require) {
'use strict';
const PosComponent = require('point_of_sale.PosComponent');
const Registries = require('point_of_sale.Registries');
// Previously UsernameWidget
class CashierName extends PosComponent {
get username() {
const { name } = this.env.pos.get_cashier();
return name ? name : '';
}
get avatar() {
const user_id = this.env.pos.get_cashier_user_id();
const id = user_id ? user_id : -1;
return `/web/image/res.users/${id}/avatar_128`;
}
}
CashierName.template = 'CashierName';
Registries.Component.add(CashierName);
return CashierName;
});

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odoo.define('point_of_sale.CustomerFacingDisplayButton', function(require) {
'use strict';
const PosComponent = require('point_of_sale.PosComponent');
const Registries = require('point_of_sale.Registries');
const { useState } = owl;
class CustomerFacingDisplayButton extends PosComponent {
setup() {
super.setup();
this.local = this.env.pos.config.iface_customer_facing_display_local && !this.env.pos.config.iface_customer_facing_display_via_proxy;
this.state = useState({ status: this.local ? 'success' : 'failure' });
this._start();
}
get message() {
return {
success: '',
warning: this.env._t('Connected, Not Owned'),
failure: this.env._t('Disconnected'),
not_found: this.env._t('Customer Screen Unsupported. Please upgrade the IoT Box'),
}[this.state.status];
}
onClick() {
if (this.local) {
return this.onClickLocal();
} else {
return this.onClickProxy();
}
}
async onClickLocal() {
this.env.pos.customer_display = window.open('', 'Customer Display', 'height=600,width=900');
const renderedHtml = await this.env.pos.render_html_for_customer_facing_display();
var $renderedHtml = $('<div>').html(renderedHtml);
$(this.env.pos.customer_display.document.body).html($renderedHtml.find('.pos-customer_facing_display'));
$(this.env.pos.customer_display.document.head).html($renderedHtml.find('.resources').html());
}
async onClickProxy() {
try {
const renderedHtml = await this.env.pos.render_html_for_customer_facing_display();
let ownership = await this.env.proxy.take_ownership_over_customer_screen(
renderedHtml
);
if (typeof ownership === 'string') {
ownership = JSON.parse(ownership);
}
if (ownership.status === 'success') {
this.state.status = 'success';
} else {
this.state.status = 'warning';
}
if (!this.env.proxy.posbox_supports_display) {
this.env.proxy.posbox_supports_display = true;
this._start();
}
} catch (error) {
if (typeof error == 'undefined') {
this.state.status = 'failure';
} else {
this.state.status = 'not_found';
}
}
}
_start() {
if (this.local) {
return;
}
const self = this;
async function loop() {
if (self.env.proxy.posbox_supports_display) {
try {
let ownership = await self.env.proxy.test_ownership_of_customer_screen();
if (typeof ownership === 'string') {
ownership = JSON.parse(ownership);
}
if (ownership.status === 'OWNER') {
self.state.status = 'success';
} else {
self.state.status = 'warning';
}
setTimeout(loop, 3000);
} catch (error) {
if (error.abort) {
// Stop the loop
return;
}
if (typeof error == 'undefined') {
self.state.status = 'failure';
} else {
self.state.status = 'not_found';
self.env.proxy.posbox_supports_display = false;
}
setTimeout(loop, 3000);
}
}
}
loop();
}
}
CustomerFacingDisplayButton.template = 'CustomerFacingDisplayButton';
Registries.Component.add(CustomerFacingDisplayButton);
return CustomerFacingDisplayButton;
});

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odoo.define('point_of_sale.DebugWidget', function (require) {
'use strict';
const { getFileAsText } = require('point_of_sale.utils');
const { parse } = require('web.field_utils');
const NumberBuffer = require('point_of_sale.NumberBuffer');
const PosComponent = require('point_of_sale.PosComponent');
const Registries = require('point_of_sale.Registries');
const { onMounted, onWillUnmount, useRef, useState } = owl;
class DebugWidget extends PosComponent {
setup() {
super.setup();
this.state = useState({
barcodeInput: '',
weightInput: '',
isPaidOrdersReady: false,
isUnpaidOrdersReady: false,
buffer: NumberBuffer.get(),
});
// NOTE: Perhaps this can still be improved.
// What we do here is loop thru the `event` elements
// then we assign animation that happens when the event is triggered
// in the proxy. E.g. if open_cashbox is sent, the open_cashbox element
// changes color from '#6CD11D' to '#1E1E1E' for a duration of 2sec.
this.eventElementsRef = {};
this.animations = {};
for (let eventName of ['open_cashbox', 'print_receipt', 'scale_read']) {
this.eventElementsRef[eventName] = useRef(eventName);
this.env.proxy.add_notification(
eventName,
(() => {
if (this.animations[eventName]) {
this.animations[eventName].cancel();
}
const eventElement = this.eventElementsRef[eventName].el;
eventElement.style.backgroundColor = '#6CD11D';
this.animations[eventName] = eventElement.animate(
{ backgroundColor: ['#6CD11D', '#1E1E1E'] },
2000
);
}).bind(this)
);
}
onMounted(() => {
NumberBuffer.on('buffer-update', this, this._onBufferUpdate);
});
onWillUnmount(() => {
NumberBuffer.off('buffer-update', this, this._onBufferUpdate);
});
}
toggleWidget() {
this.state.isShown = !this.state.isShown;
}
setWeight() {
var weightInKg = parse.float(this.state.weightInput);
if (!isNaN(weightInKg)) {
this.env.proxy.debug_set_weight(weightInKg);
}
}
resetWeight() {
this.state.weightInput = '';
this.env.proxy.debug_reset_weight();
}
async barcodeScan() {
await this.env.barcode_reader.scan(this.state.barcodeInput);
}
async barcodeScanEAN() {
const ean = this.env.barcode_reader.barcode_parser.sanitize_ean(
this.state.barcodeInput || '0'
);
this.state.barcodeInput = ean;
await this.env.barcode_reader.scan(ean);
}
async deleteOrders() {
const { confirmed } = await this.showPopup('ConfirmPopup', {
title: this.env._t('Delete Paid Orders ?'),
body: this.env._t(
'This operation will permanently destroy all paid orders from the local storage. You will lose all the data. This operation cannot be undone.'
),
});
if (confirmed) {
this.env.pos.db.remove_all_orders();
this.env.pos.set_synch('connected', 0);
}
}
async deleteUnpaidOrders() {
const { confirmed } = await this.showPopup('ConfirmPopup', {
title: this.env._t('Delete Unpaid Orders ?'),
body: this.env._t(
'This operation will destroy all unpaid orders in the browser. You will lose all the unsaved data and exit the point of sale. This operation cannot be undone.'
),
});
if (confirmed) {
this.env.pos.db.remove_all_unpaid_orders();
window.location = '/';
}
}
_createBlob(contents) {
if (typeof contents !== 'string') {
contents = JSON.stringify(contents, null, 2);
}
return new Blob([contents]);
}
// IMPROVEMENT: Duplicated codes for downloading paid and unpaid orders.
// The implementation can be better.
preparePaidOrders() {
try {
this.paidOrdersBlob = this._createBlob(this.env.pos.export_paid_orders());
this.state.isPaidOrdersReady = true;
} catch (error) {
console.warn(error);
}
}
get paidOrdersFilename() {
return `${this.env._t('paid orders')} ${moment().format('YYYY-MM-DD-HH-mm-ss')}.json`;
}
get paidOrdersURL() {
var URL = window.URL || window.webkitURL;
return URL.createObjectURL(this.paidOrdersBlob);
}
prepareUnpaidOrders() {
try {
this.unpaidOrdersBlob = this._createBlob(this.env.pos.export_unpaid_orders());
this.state.isUnpaidOrdersReady = true;
} catch (error) {
console.warn(error);
}
}
get unpaidOrdersFilename() {
return `${this.env._t('unpaid orders')} ${moment().format('YYYY-MM-DD-HH-mm-ss')}.json`;
}
get unpaidOrdersURL() {
var URL = window.URL || window.webkitURL;
return URL.createObjectURL(this.unpaidOrdersBlob);
}
async importOrders(event) {
const file = event.target.files[0];
if (file) {
const report = this.env.pos.import_orders(await getFileAsText(file));
await this.showPopup('OrderImportPopup', { report });
}
}
refreshDisplay() {
this.env.proxy.message('display_refresh', {});
}
_onBufferUpdate(buffer) {
this.state.buffer = buffer;
}
get bufferRepr() {
return `"${this.state.buffer}"`;
}
}
DebugWidget.template = 'DebugWidget';
Registries.Component.add(DebugWidget);
return DebugWidget;
});

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odoo.define('point_of_sale.HeaderButton', function(require) {
'use strict';
const PosComponent = require('point_of_sale.PosComponent');
const Registries = require('point_of_sale.Registries');
const { isConnectionError } = require('point_of_sale.utils');
// Previously HeaderButtonWidget
// This is the close session button
class HeaderButton extends PosComponent {
async onClick() {
try {
const info = await this.env.pos.getClosePosInfo();
this.showPopup('ClosePosPopup', { info: info, keepBehind: true });
} catch (e) {
if (isConnectionError(e)) {
this.showPopup('OfflineErrorPopup', {
title: this.env._t('Network Error'),
body: this.env._t('Please check your internet connection and try again.'),
});
} else {
this.showPopup('ErrorPopup', {
title: this.env._t('Unknown Error'),
body: this.env._t('An unknown error prevents us from getting closing information.'),
});
}
}
}
}
HeaderButton.template = 'HeaderButton';
Registries.Component.add(HeaderButton);
return HeaderButton;
});

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odoo.define('point_of_sale.ProxyStatus', function(require) {
'use strict';
const PosComponent = require('point_of_sale.PosComponent');
const Registries = require('point_of_sale.Registries');
const { onMounted, onWillUnmount, useState } = owl;
// Previously ProxyStatusWidget
class ProxyStatus extends PosComponent {
setup() {
super.setup();
const initialProxyStatus = this.env.proxy.get('status');
this.state = useState({
status: initialProxyStatus.status,
msg: initialProxyStatus.msg,
});
this.statuses = ['connected', 'connecting', 'disconnected', 'warning'];
this.index = 0;
onMounted(() => {
this.env.proxy.on('change:status', this, this._onChangeStatus);
});
onWillUnmount(() => {
this.env.proxy.off('change:status', this, this._onChangeStatus);
});
}
_onChangeStatus(posProxy, statusChange) {
this._setStatus(statusChange.newValue);
}
_setStatus(newStatus) {
if (newStatus.status === 'connected') {
var warning = false;
var msg = '';
if (this.env.pos.config.iface_scan_via_proxy) {
var scannerStatus = newStatus.drivers.scanner
? newStatus.drivers.scanner.status
: false;
if (scannerStatus != 'connected' && scannerStatus != 'connecting') {
warning = true;
msg += this.env._t('Scanner');
}
}
if (
this.env.pos.config.iface_print_via_proxy ||
this.env.pos.config.iface_cashdrawer
) {
var printerStatus = newStatus.drivers.printer
? newStatus.drivers.printer.status
: false;
if (printerStatus != 'connected' && printerStatus != 'connecting') {
warning = true;
msg = msg ? msg + ' & ' : msg;
msg += this.env._t('Printer');
}
}
if (this.env.pos.config.iface_electronic_scale) {
var scaleStatus = newStatus.drivers.scale
? newStatus.drivers.scale.status
: false;
if (scaleStatus != 'connected' && scaleStatus != 'connecting') {
warning = true;
msg = msg ? msg + ' & ' : msg;
msg += this.env._t('Scale');
}
}
msg = msg ? msg + ' ' + this.env._t('Offline') : msg;
this.state.status = warning ? 'warning' : 'connected';
this.state.msg = msg;
} else {
this.state.status = newStatus.status;
this.state.msg = newStatus.msg || '';
}
}
}
ProxyStatus.template = 'ProxyStatus';
Registries.Component.add(ProxyStatus);
return ProxyStatus;
});

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odoo.define('point_of_sale.SaleDetailsButton', function(require) {
'use strict';
const PosComponent = require('point_of_sale.PosComponent');
const Registries = require('point_of_sale.Registries');
const { renderToString } = require('@web/core/utils/render');
class SaleDetailsButton extends PosComponent {
async onClick() {
// IMPROVEMENT: Perhaps put this logic in a parent component
// so that for unit testing, we can check if this simple
// component correctly triggers an event.
const saleDetails = await this.rpc({
model: 'report.point_of_sale.report_saledetails',
method: 'get_sale_details',
args: [false, false, false, [this.env.pos.pos_session.id]],
});
const report = renderToString(
'SaleDetailsReport',
Object.assign({}, saleDetails, {
date: new Date().toLocaleString(),
pos: this.env.pos,
})
);
const printResult = await this.env.proxy.printer.print_receipt(report);
if (!printResult.successful) {
await this.showPopup('ErrorPopup', {
title: printResult.message.title,
body: printResult.message.body,
});
}
}
}
SaleDetailsButton.template = 'SaleDetailsButton';
Registries.Component.add(SaleDetailsButton);
return SaleDetailsButton;
});

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odoo.define('point_of_sale.SyncNotification', function(require) {
'use strict';
const PosComponent = require('point_of_sale.PosComponent');
const Registries = require('point_of_sale.Registries');
class SyncNotification extends PosComponent {
onClick() {
this.env.pos.push_orders(null, { show_error: true });
}
}
SyncNotification.template = 'SyncNotification';
Registries.Component.add(SyncNotification);
return SyncNotification;
});

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odoo.define('point_of_sale.TicketButton', function (require) {
'use strict';
const PosComponent = require('point_of_sale.PosComponent');
const Registries = require('point_of_sale.Registries');
class TicketButton extends PosComponent {
onClick() {
if (this.props.isTicketScreenShown) {
this.env.posbus.trigger('ticket-button-clicked');
} else {
this.showScreen('TicketScreen');
}
}
get count() {
if (this.env.pos) {
return this.env.pos.get_order_list().length;
} else {
return 0;
}
}
}
TicketButton.template = 'TicketButton';
Registries.Component.add(TicketButton);
return TicketButton;
});

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odoo.define('point_of_sale.ClassRegistry', function (require) {
'use strict';
/**
* **Usage:**
* ```
* const Registry = new ClassRegistry();
*
* class A {}
* Registry.add(A);
*
* const AExt1 = A => class extends A {}
* Registry.extend(A, AExt1)
*
* const B = A => class extends A {}
* Registry.addByExtending(B, A)
*
* const AExt2 = A => class extends A {}
* Registry.extend(A, AExt2)
*
* Registry.get(A)
* // above returns: AExt2 -> AExt1 -> A
* // Basically, 'A' in the registry points to
* // the inheritance chain above.
*
* Registry.get(B)
* // above returns: B -> AExt2 -> AExt1 -> A
* // Even though B extends A before applying all
* // the extensions of A, when getting it from the
* // registry, the return points to a class with
* // inheritance chain that includes all the extensions
* // of 'A'.
*
* Registry.freeze()
* // Example 'B' above is lazy. Basically, it is only
* // computed when we call `get` from the registry.
* // If we know that no more dynamic inheritances will happen,
* // we can freeze the registry and cache the final form
* // of each class in the registry.
* ```
*
* IMPROVEMENT:
* * So far, mixin can be accomplished by creating a method
* the takes a class and returns a class expression. This is then
* used before the extends keyword like so:
*
* ```js
* class A {}
* Registry.add(A)
* const Mixin = x => class extends x {}
* // apply mixin
* // |
* // v
* const B = x => class extends Mixin(x) {}
* Registry.addByExtending(B, A)
* ```
*
* In the example, `|B| => B -> Mixin -> A`, and this is pretty convenient
* already. However, this can still be improved since classes are only
* compiled after `Registry.freeze()`. Perhaps, we can make the
* Mixins extensible as well, such as so:
*
* ```
* class A {}
* Registry.add(A)
* const Mixin = x => class extends x {}
* Registry.add(Mixin)
* const OtherMixin = x => class extends x {}
* Registry.add(OtherMixin)
* const B = x => class extends x {}
* Registry.addByExtending(B, A, [Mixin, OtherMixin])
* const ExtendMixin = x => class extends x {}
* Registry.extend(Mixin, ExtendMixin)
* ```
*
* In the above, after `Registry.freeze()`,
* `|B| => B -> OtherMixin -> ExtendMixin -> Mixin -> A`
*/
class ClassRegistry {
constructor() {
// base name map
this.baseNameMap = {};
// Object that maps `baseClass` to the class implementation extended in-place.
this.includedMap = new Map();
// Object that maps `baseClassCB` to the array of callbacks to generate the extended class.
this.extendedCBMap = new Map();
// Object that maps `baseClassCB` extended class to the `baseClass` of its super in the includedMap.
this.extendedSuperMap = new Map();
// For faster access, we can `freeze` the registry so that instead of dynamically generating
// the extended classes, it is taken from the cache instead.
this.cache = new Map();
}
/**
* Add a new class in the Registry.
* @param {Function} baseClass `class`
*/
add(baseClass) {
this.includedMap.set(baseClass, []);
this.baseNameMap[baseClass.name] = baseClass;
}
/**
* Add a new class in the Registry based on other class
* in the registry.
* @param {Function} baseClassCB `class -> class`
* @param {Function} base `class | class -> class`
*/
addByExtending(baseClassCB, base) {
this.extendedCBMap.set(baseClassCB, [baseClassCB]);
this.extendedSuperMap.set(baseClassCB, base);
this.baseNameMap[baseClassCB.name] = baseClassCB;
}
/**
* Extend in-place a class in the registry. E.g.
* ```
* // Using the following notation:
* // * |A| - compiled class in the registry
* // * A - class or an extension callback
* // * |A| => A2 -> A1 -> A
* // - the above means, compiled class A
* // points to the class inheritance derived from
* // A2(A1(A))
*
* class A {};
* Registry.add(A);
* // |A| => A
*
* let A1 = x => class extends x {};
* Registry.extend(A, A1);
* // |A| => A1 -> A
*
* let B = x => class extends x {};
* Registry.addByExtending(B, A);
* // |B| => B -> |A|
* // |B| => B -> A1 -> A
*
* let B1 = x => class extends x {};
* Registry.extend(B, B1);
* // |B| => B1 -> B -> |A|
*
* let C = x => class extends x {};
* Registry.addByExtending(C, B);
* // |C| => C -> |B|
*
* let B2 = x => class extends x {};
* Registry.extend(B, B2);
* // |B| => B2 -> B1 -> B -> |A|
*
* // Overall:
* // |A| => A1 -> A
* // |B| => B2 -> B1 -> B -> A1 -> A
* // |C| => C -> B2 -> B1 -> B -> A1 -> A
* ```
* @param {Function} base `class | class -> class`
* @param {Function} extensionCB `class -> class`
*/
extend(base, extensionCB) {
if (typeof base === 'string') {
base = this.baseNameMap[base];
}
let extensionArray;
if (this.includedMap.get(base)) {
extensionArray = this.includedMap.get(base);
} else if (this.extendedCBMap.get(base)) {
extensionArray = this.extendedCBMap.get(base);
} else {
throw new Error(
`'${base.name}' is not in the Registry. Add it to Registry before extending.`
);
}
extensionArray.push(extensionCB);
const locOfNewExtension = extensionArray.length - 1;
const self = this;
const oldCompiled = this.isFrozen ? this.cache.get(base) : null;
return {
remove() {
extensionArray.splice(locOfNewExtension, 1);
self._recompute(base, oldCompiled);
},
compile() {
self._recompute(base);
}
};
}
_compile(base) {
let res;
if (this.includedMap.has(base)) {
res = this.includedMap.get(base).reduce((acc, ext) => ext(acc), base);
} else {
const superClass = this.extendedSuperMap.get(base);
const extensionCBs = this.extendedCBMap.get(base);
res = extensionCBs.reduce((acc, ext) => ext(acc), this._compile(superClass));
}
Object.defineProperty(res, 'name', { value: base.name });
return res;
}
/**
* Return the compiled class (containing all the extensions) of the base class.
* @param {Function} base `class | class -> class` function used in adding the class
*/
get(base) {
if (typeof base === 'string') {
base = this.baseNameMap[base];
}
if (this.isFrozen) {
return this.cache.get(base);
}
return this._compile(base);
}
/**
* Uses the callbacks registered in the registry to compile the classes.
*/
freeze() {
// Step: Compile the `included classes`.
for (let [baseClass, extensionCBs] of this.includedMap.entries()) {
const compiled = extensionCBs.reduce((acc, ext) => ext(acc), baseClass);
this.cache.set(baseClass, compiled);
}
// Step: Compile the `extended classes` based on `included classes`.
// Also gather those the are based on `extended classes`.
const remaining = [];
for (let [baseClassCB, extensionCBArray] of this.extendedCBMap.entries()) {
const compiled = this.cache.get(this.extendedSuperMap.get(baseClassCB));
if (!compiled) {
remaining.push([baseClassCB, extensionCBArray]);
continue;
}
const extendedClass = extensionCBArray.reduce(
(acc, extensionCB) => extensionCB(acc),
compiled
);
this.cache.set(baseClassCB, extendedClass);
}
// Step: Compile the `extended classes` based on `extended classes`.
for (let [baseClassCB, extensionCBArray] of remaining) {
const compiled = this.cache.get(this.extendedSuperMap.get(baseClassCB));
const extendedClass = extensionCBArray.reduce(
(acc, extensionCB) => extensionCB(acc),
compiled
);
this.cache.set(baseClassCB, extendedClass);
}
// Step: Set the name of the compiled classess
for (let [base, compiledClass] of this.cache.entries()) {
Object.defineProperty(compiledClass, 'name', { value: base.name });
}
// Step: Set the flag to true;
this.isFrozen = true;
}
_recompute(base, old) {
if (typeof base === 'string') {
base = this.baseNameMap[base];
}
return old ? old : this._compile(base);
}
}
return ClassRegistry;
});

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odoo.define('point_of_sale.ComponentRegistry', function(require) {
'use strict';
const PosComponent = require('point_of_sale.PosComponent');
const ClassRegistry = require('point_of_sale.ClassRegistry');
class ComponentRegistry extends ClassRegistry {
freeze() {
super.freeze();
// Make sure PosComponent has the compiled classes.
// This way, we don't need to explicitly declare that
// a set of components is children of another.
PosComponent.components = {};
for (let [base, compiledClass] of this.cache.entries()) {
PosComponent.components[base.name] = compiledClass;
}
}
_recompute(base, old) {
const res = super._recompute(base, old);
if (typeof base === 'string') {
base = this.baseNameMap[base];
}
PosComponent.components[base.name] = res;
return res;
}
}
return ComponentRegistry;
});

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odoo.define('point_of_sale.ControlButtonsMixin', function (require) {
'use strict';
const Registries = require('point_of_sale.Registries');
/**
* Component that has this mixin allows the use of `addControlButton`.
* All added control buttons that satisfies the condition can be accessed
* thru the `controlButtons` field of the Component's instance. These
* control buttons can then be rendered in the Component.
* @param {Function} x superclass
*/
const ControlButtonsMixin = (x) => {
const controlButtonsToPosition = [];
const sortedControlButtons = [];
class Extended extends x {
get controlButtons() {
return sortedControlButtons
.filter((cb) => {
return cb.condition ? cb.condition.bind(this)() : true;
})
.map((cb) =>
Object.assign({}, cb, { component: Registries.Component.get(cb.component) })
);
}
}
/**
* @param {Object} controlButton
* @param {Function} controlButton.component
* Base class that is added in the Registries.Component.
* @param {Function} controlButton.condition zero argument function that is bound
* to the instance of ProductScreen, such that `this.env.pos` can be used
* inside the function.
* @param {Array} [controlButton.position] array of two elements
* [locator, relativeTo]
* locator: string -> any of ('before', 'after', 'replace')
* relativeTo: string -> other controlButtons component name
*/
Extended.addControlButton = function (controlButton) {
// We set the name first.
if (!controlButton.name) {
controlButton.name = controlButton.component.name;
}
// If no position is set, we just push it to the array.
if (!controlButton.position) {
sortedControlButtons.push(controlButton);
} else {
controlButtonsToPosition.push(controlButton);
}
};
/**
* Call this static method to make the added control buttons in proper
* order.
* NOTE: This isn't necessarily a fast algorithm. I doubt that the number
* of control buttons will exceed an order of hundreds, so for practical
* purposes, it is enough.
*/
Extended.sortControlButtons = function () {
function setControlButton(locator, index, cb) {
if (locator == 'replace') {
sortedControlButtons[index] = cb;
} else if (locator == 'before') {
sortedControlButtons.splice(index, 0, cb);
} else if (locator == 'after') {
sortedControlButtons.splice(index + 1, 0, cb);
}
}
function locate(cb) {
const [locator, reference] = cb.position;
const index = sortedControlButtons.findIndex((cb) => cb.name == reference);
return [locator, index, reference];
}
const cbMissingReference = [];
// 1. First pass. If the reference control button isn't there, collect it for second pass.
for (let cb of controlButtonsToPosition) {
const [locator, index] = locate(cb);
if (index == -1) {
cbMissingReference.push(cb);
continue;
}
setControlButton(locator, index, cb);
}
// 2. Second pass.
// If during the first pass, 1 -> 2, 2 -> 3, 3 -> 4, 4 -> 5 and 5 is already
// in the sorted control buttons, then 1, 2, 3 & 4 are put in `cbMissingReference`.
// This only means 2 things about the objects in `cbMissingReference`:
// i) They are referencing the cb after them
// ii) They really have missing reference.
// Thus, we have to iterate the cb with missing reference in reverse.
for (let cb of cbMissingReference.reverse()) {
const [locator, index, reference] = locate(cb);
if (index == -1) {
console.warn(`'${cb.name}' is not properly position because '${reference}' is not found. Is '${reference}' spelled correctly?`);
sortedControlButtons.push(cb);
} else {
setControlButton(locator, index, cb);
}
}
}
return Extended;
};
return ControlButtonsMixin;
});

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odoo.define('point_of_sale.Gui', function (require) {
'use strict';
const { status } = owl;
/**
* This module bridges the data classes (such as those defined in
* models.js) to the view (Component) but not vice versa.
*
* The idea is to be able to perform side-effects to the user interface
* during calculation. Think of console.log during times we want to see
* the result of calculations. This is no different, except that instead
* of printing something in the console, we access a method in the user
* interface then the user interface reacts, e.g. calling `showPopup`.
*
* This however can be dangerous to the user interface as it can be possible
* that a rendered component is destroyed during the calculation. Because of
* this, we are going to limit external ui controls to those safe ones to
* use such as:
* - `showPopup`
* - `showTempScreen`
*
* IMPROVEMENT: After all, this Gui layer seems to be a good abstraction because
* there is a complete decoupling between data and view despite the data being
* able to use selected functionalities in the view layer. More formalized
* implementation is welcome.
*/
const config = {};
/**
* Call this when the user interface is ready. Provide the component
* that will be used to control the ui.
* @param {component} component component having the ui methods.
*/
const configureGui = ({ component }) => {
config.component = component;
config.availableMethods = new Set([
'showScreen',
'showPopup',
'showTempScreen',
'playSound',
'setSyncStatus',
'showNotification',
]);
};
/**
* Import this and consume like so: `Gui.showPopup(<PopupName>, <props>)`.
* Like you would call `showPopup` in a component.
*/
const Gui = new Proxy(config, {
get(target, key) {
const { component, availableMethods } = target;
if (!component) throw new Error(`Call 'configureGui' before using Gui.`);
const isMounted = status(component) === 'mounted';
if (availableMethods.has(key) && isMounted) {
return component[key].bind(component);
}
},
});
return { configureGui, Gui };
});

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odoo.define('point_of_sale.AbstractReceiptScreen', function (require) {
'use strict';
const { nextFrame } = require('point_of_sale.utils');
const PosComponent = require('point_of_sale.PosComponent');
const Registries = require('point_of_sale.Registries');
const { useRef } = owl;
/**
* This relies on the assumption that there is a reference to
* `order-receipt` so it is important to declare a `t-ref` to
* `order-receipt` in the template of the Component that extends
* this abstract component.
*/
class AbstractReceiptScreen extends PosComponent {
setup() {
super.setup();
this.orderReceipt = useRef('order-receipt');
}
async _printReceipt() {
if (this.env.proxy.printer) {
const printResult = await this.env.proxy.printer.print_receipt(this.orderReceipt.el.innerHTML);
if (printResult.successful) {
return true;
} else {
await this.showPopup('ErrorPopup', {
title: printResult.message.title,
body: printResult.message.body,
});
const { confirmed } = await this.showPopup('ConfirmPopup', {
title: printResult.message.title,
body: this.env._t('Do you want to print using the web printer?'),
});
if (confirmed) {
// We want to call the _printWeb when the popup is fully gone
// from the screen which happens after the next animation frame.
await nextFrame();
return await this._printWeb();
}
return false;
}
} else {
return await this._printWeb();
}
}
async _printWeb() {
try {
window.print();
return true;
} catch (_err) {
await this.showPopup('ErrorPopup', {
title: this.env._t('Printing is not supported on some browsers'),
body: this.env._t(
'Printing is not supported on some browsers due to no default printing protocol ' +
'is available. It is possible to print your tickets by making use of an IoT Box.'
),
});
return false;
}
}
}
Registries.Component.add(AbstractReceiptScreen);
return AbstractReceiptScreen;
});

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odoo.define('point_of_sale.CurrencyAmount', function(require) {
'use strict';
const PosComponent = require('point_of_sale.PosComponent');
const Registries = require('point_of_sale.Registries');
class CurrencyAmount extends PosComponent {}
CurrencyAmount.template = 'CurrencyAmount';
Registries.Component.add(CurrencyAmount);
return CurrencyAmount;
});

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odoo.define('point_of_sale.Draggable', function(require) {
'use strict';
const { useListener } = require("@web/core/utils/hooks");
const PosComponent = require('point_of_sale.PosComponent');
const Registries = require('point_of_sale.Registries');
const { onMounted, useExternalListener } = owl;
/**
* Wrap an element or a component with { position: absolute } to make it
* draggable around the limitArea or the nearest positioned ancestor.
*
* e.g.
* ```
* <div class="limit-area">
* <Draggable limitArea="'.limit-area'">
* <div class="popup">
* <header class="drag-handle"></header>
* </div>
* <div class="popup body"></div>
* </Draggable>
* </div>
* ```
*
* In the above snippet, if the popup div is { position: absolute },
* then it becomes draggable around the .limit-area element if it is dragged
* thru its Header -- because of the .drag-handle element.
*
* @trigger 'drag-end' when dragging ended with payload `{ loc: { top, left } }`
*/
class Draggable extends PosComponent {
setup() {
super.setup();
this.isDragging = false;
this.dx = 0;
this.dy = 0;
// drag with mouse
useExternalListener(document, 'mousemove', this.move);
useExternalListener(document, 'mouseup', this.endDrag);
// drag with touch
useExternalListener(document, 'touchmove', this.move);
useExternalListener(document, 'touchend', this.endDrag);
useListener('mousedown', '.drag-handle', this.startDrag);
useListener('touchstart', '.drag-handle', this.startDrag);
onMounted(() => {
this.limitArea = this.props.limitArea
? document.querySelector(this.props.limitArea)
: this.el.offsetParent;
if (!this.limitArea) return;
this.limitAreaBoundingRect = this.limitArea.getBoundingClientRect();
if (this.limitArea === this.el.offsetParent) {
this.limitLeft = 0;
this.limitTop = 0;
this.limitRight = this.limitAreaBoundingRect.width;
this.limitBottom = this.limitAreaBoundingRect.height;
} else {
this.limitLeft = -this.el.offsetParent.offsetLeft;
this.limitTop = -this.el.offsetParent.offsetTop;
this.limitRight =
this.limitAreaBoundingRect.width - this.el.offsetParent.offsetLeft;
this.limitBottom =
this.limitAreaBoundingRect.height - this.el.offsetParent.offsetTop;
}
this.limitAreaWidth = this.limitAreaBoundingRect.width;
this.limitAreaHeight = this.limitAreaBoundingRect.height;
// absolutely position the element then remove the transform.
const elBoundingRect = this.el.getBoundingClientRect();
this.el.style.top = `${elBoundingRect.top}px`;
this.el.style.left = `${elBoundingRect.left}px`;
this.el.style.transform = 'none';
});
}
startDrag(event) {
let realEvent;
if (event instanceof CustomEvent) {
realEvent = event.detail;
} else {
realEvent = event;
}
const { x, y } = this._getEventLoc(realEvent);
this.isDragging = true;
this.dx = this.el.offsetLeft - x;
this.dy = this.el.offsetTop - y;
event.stopPropagation();
}
move(event) {
if (this.isDragging) {
const { x: pointerX, y: pointerY } = this._getEventLoc(event);
const posLeft = this._getPosLeft(pointerX, this.dx);
const posTop = this._getPosTop(pointerY, this.dy);
this.el.style.left = `${posLeft}px`;
this.el.style.top = `${posTop}px`;
}
}
endDrag() {
if (this.isDragging) {
this.isDragging = false;
this.trigger('drag-end', {
loc: { top: this.el.offsetTop, left: this.el.offsetLeft },
});
}
}
_getEventLoc(event) {
let coordX, coordY;
if (event.touches && event.touches[0]) {
coordX = event.touches[0].clientX;
coordY = event.touches[0].clientY;
} else {
coordX = event.clientX;
coordY = event.clientY;
}
return {
x: coordX,
y: coordY,
};
}
_getPosLeft(pointerX, dx) {
const posLeft = pointerX + dx;
if (posLeft < this.limitLeft) {
return this.limitLeft;
} else if (posLeft > this.limitRight - this.el.offsetWidth) {
return this.limitRight - this.el.offsetWidth;
}
return posLeft;
}
_getPosTop(pointerY, dy) {
const posTop = pointerY + dy;
if (posTop < this.limitTop) {
return this.limitTop;
} else if (posTop > this.limitBottom - this.el.offsetHeight) {
return this.limitBottom - this.el.offsetHeight;
}
return posTop;
}
}
Draggable.template = 'Draggable';
Registries.Component.add(Draggable);
return Draggable;
});

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odoo.define('point_of_sale.IndependentToOrderScreen', function (require) {
'use strict';
const PosComponent = require('point_of_sale.PosComponent');
class IndependentToOrderScreen extends PosComponent {
close() {
const order = this.env.pos.get_order();
const { name: screenName } = order.get_screen_data();
this.showScreen(screenName);
}
}
return IndependentToOrderScreen;
});

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odoo.define('point_of_sale.MobileOrderWidget', function(require) {
'use strict';
const PosComponent = require('point_of_sale.PosComponent');
const Registries = require('point_of_sale.Registries');
class MobileOrderWidget extends PosComponent {
get order() {
return this.env.pos.get_order();
}
get total() {
const _total = this.order ? this.order.get_total_with_tax() : 0;
return this.env.pos.format_currency(_total);
}
get items_number() {
return this.order ? this.order.orderlines.reduce((items_number,line) => items_number + line.quantity, 0) : 0;
}
}
MobileOrderWidget.template = 'MobileOrderWidget';
Registries.Component.add(MobileOrderWidget);
return MobileOrderWidget;
});

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odoo.define('point_of_sale.NotificationSound', function (require) {
'use strict';
const { useListener } = require("@web/core/utils/hooks");
const PosComponent = require('point_of_sale.PosComponent');
const Registries = require('point_of_sale.Registries');
class NotificationSound extends PosComponent {
setup() {
super.setup();
useListener('ended', () => (this.props.sound.src = null));
}
}
NotificationSound.template = 'NotificationSound';
Registries.Component.add(NotificationSound);
return NotificationSound;
});

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odoo.define('point_of_sale.NumberBuffer', function(require) {
'use strict';
const { useListener } = require("@web/core/utils/hooks");
const { parse } = require('web.field_utils');
const { barcodeService } = require('@barcodes/barcode_service');
const { _t } = require('web.core');
const { Gui } = require('point_of_sale.Gui');
const { EventBus, onMounted, onWillUnmount, useComponent, useExternalListener } = owl;
const INPUT_KEYS = new Set(
['Delete', 'Backspace', '+1', '+2', '+5', '+10', '+20', '+50'].concat('0123456789+-.,'.split(''))
);
const CONTROL_KEYS = new Set(['Enter', 'Esc']);
const ALLOWED_KEYS = new Set([...INPUT_KEYS, ...CONTROL_KEYS]);
const getDefaultConfig = () => ({
decimalPoint: false,
triggerAtEnter: false,
triggerAtEsc: false,
triggerAtInput: false,
nonKeyboardInputEvent: false,
useWithBarcode: false,
});
/**
* This is a singleton.
*
* Only one component can `use` the buffer at a time.
* This is done by keeping track of each component (and its
* corresponding state and config) using a stack (bufferHolderStack).
* The component on top of the stack is the one that currently
* `holds` the buffer.
*
* When the current component is unmounted, the top of the stack
* is popped and NumberBuffer is set up again for the new component
* on top of the stack.
*
* Usage
* =====
* - Activate in the construction of root component. `NumberBuffer.activate()`
* - Use the buffer in a child component by calling `NumberBuffer.use(<config>)`
* in the constructor of the child component.
* - The component that `uses` the buffer has access to the following instance
* methods of the NumberBuffer:
* - get()
* - set(val)
* - reset()
* - getFloat()
* - capture()
*
* Note
* ====
* - No need to instantiate as it is a singleton created before exporting in this module.
*
* Possible Improvements
* =====================
* - Relieve the buffer from responsibility of handling `Enter` and other control keys.
* - Make the constants (ALLOWED_KEYS, etc.) more configurable.
* - Write more integration tests. NumberPopup can be used as test component.
*/
class NumberBuffer extends EventBus {
constructor() {
super();
this.isReset = false;
this.bufferHolderStack = [];
}
/**
* @returns {String} value of the buffer, e.g. '-95.79'
*/
get() {
return this.state ? this.state.buffer : null;
}
/**
* Takes a string that is convertible to float, and set it as
* value of the buffer. e.g. val = '2.99';
*
* @param {String} val
*/
set(val) {
this.state.buffer = !isNaN(parseFloat(val)) ? val : '';
this.trigger('buffer-update', this.state.buffer);
}
/**
* Resets the buffer to empty string.
*/
reset() {
this.isReset = true;
this.state.buffer = '';
this.trigger('buffer-update', this.state.buffer);
}
/**
* Calling this function, we immediately invoke the `handler` method
* that handles the contents of the input events buffer (`eventsBuffer`).
* This is helpful when we don't want to wait for the timeout that
* is supposed to invoke the handler.
*/
capture() {
if (this.handler) {
clearTimeout(this._timeout);
this.handler();
delete this.handler;
}
}
/**
* @returns {number} float equivalent of the value of buffer
*/
getFloat() {
return parse.float(this.get());
}
/**
* Add keyup listener to window via the useExternalListener hook.
* When the component calling this is unmounted, the listener is also
* removed from window.
*/
activate() {
this.defaultDecimalPoint = _t.database.parameters.decimal_point;
useExternalListener(window, 'keyup', this._onKeyboardInput.bind(this));
}
/**
* @param {Object} config Use to setup the buffer
* @param {String|null} config.decimalPoint The decimal character.
* @param {String|null} config.triggerAtEnter Event triggered when 'Enter' key is pressed.
* @param {String|null} config.triggerAtEsc Event triggered when 'Esc' key is pressed.
* @param {String|null} config.triggerAtInput Event triggered for every accepted input.
* @param {String|null} config.nonKeyboardInputEvent Also listen to a non-keyboard input event
* that carries a payload of { key }. The key is checked if it is a valid input. If valid,
* the number buffer is modified just as it is modified when a keyboard key is pressed.
* @param {Boolean} config.useWithBarcode Whether this buffer is used with barcode.
* @emits config.triggerAtEnter when 'Enter' key is pressed.
* @emits config.triggerAtEsc when 'Esc' key is pressed.
* @emits config.triggerAtInput when an input is accepted.
*/
use(config) {
this.eventsBuffer = [];
const currentComponent = useComponent();
config = Object.assign(getDefaultConfig(), config);
onMounted(() => {
this.bufferHolderStack.push({
component: currentComponent,
state: config.state ? config.state : { buffer: '', toStartOver: false },
config,
});
this._setUp();
});
onWillUnmount(() => {
this.bufferHolderStack.pop();
this._setUp();
});
// Add listener that accepts non keyboard inputs
if (typeof config.nonKeyboardInputEvent === 'string') {
useListener(config.nonKeyboardInputEvent, this._onNonKeyboardInput.bind(this));
}
}
get _currentBufferHolder() {
return this.bufferHolderStack[this.bufferHolderStack.length - 1];
}
_setUp() {
if (!this._currentBufferHolder) return;
const { component, state, config } = this._currentBufferHolder;
this.component = component;
this.state = state;
this.config = config;
this.decimalPoint = config.decimalPoint || this.defaultDecimalPoint;
this.maxTimeBetweenKeys = this.config.useWithBarcode
? barcodeService.maxTimeBetweenKeysInMs
: 0;
}
_onKeyboardInput(event) {
return this._bufferEvents(this._onInput(event => event.key))(event);
}
_onNonKeyboardInput(event) {
return this._bufferEvents(this._onInput(event => event.detail.key))(event);
}
_bufferEvents(handler) {
return event => {
if (['INPUT', 'TEXTAREA'].includes(event.target.tagName) || !this.eventsBuffer) return;
clearTimeout(this._timeout);
this.eventsBuffer.push(event);
this._timeout = setTimeout(handler, this.maxTimeBetweenKeys);
this.handler = handler
};
}
_onInput(keyAccessor) {
return () => {
if (this.eventsBuffer.length <= 2) {
// Check first the buffer if its contents are all valid
// number input.
for (let event of this.eventsBuffer) {
if (!ALLOWED_KEYS.has(keyAccessor(event))) {
this.eventsBuffer = [];
return;
}
}
// At this point, all the events in buffer
// contains number input. It's now okay to handle
// each input.
for (let event of this.eventsBuffer) {
this._handleInput(keyAccessor(event));
event.preventDefault();
event.stopPropagation();
}
}
this.eventsBuffer = [];
};
}
_handleInput(key) {
if (key === 'Enter' && this.config.triggerAtEnter) {
this.component.trigger(this.config.triggerAtEnter, this.state);
} else if (key === 'Esc' && this.config.triggerAtEsc) {
this.component.trigger(this.config.triggerAtEsc, this.state);
} else if (INPUT_KEYS.has(key)) {
this._updateBuffer(key);
if (this.config.triggerAtInput)
this.component.trigger(this.config.triggerAtInput, { buffer: this.state.buffer, key });
}
}
/**
* Updates the current buffer state using the given input.
* @param {String} input valid input
*/
_updateBuffer(input) {
const isEmpty = val => {
return val === '' || val === null;
};
if (input === undefined || input === null) return;
let isFirstInput = isEmpty(this.state.buffer);
if (input === ',' || input === '.') {
if (this.state.toStartOver) {
this.state.buffer = '';
}
if (isFirstInput) {
this.state.buffer = '0' + this.decimalPoint;
} else if (!this.state.buffer.length || this.state.buffer === '-') {
this.state.buffer += '0' + this.decimalPoint;
} else if (this.state.buffer.indexOf(this.decimalPoint) < 0) {
this.state.buffer = this.state.buffer + this.decimalPoint;
}
} else if (input === 'Delete') {
if (this.isReset) {
this.state.buffer = '';
this.isReset = false;
return;
}
this.state.buffer = isEmpty(this.state.buffer) ? null : '';
} else if (input === 'Backspace') {
if (this.isReset) {
this.state.buffer = '';
this.isReset = false;
return;
}
if (this.state.toStartOver) {
this.state.buffer = '';
}
const buffer = this.state.buffer;
if (isEmpty(buffer)) {
this.state.buffer = null;
} else {
const nCharToRemove = buffer[buffer.length - 1] === this.decimalPoint ? 2 : 1;
this.state.buffer = buffer.substring(0, buffer.length - nCharToRemove);
}
} else if (input === '+') {
if (this.state.buffer[0] === '-') {
this.state.buffer = this.state.buffer.substring(1, this.state.buffer.length);
}
} else if (input === '-') {
if (isFirstInput) {
this.state.buffer = '-0';
} else if (this.state.buffer[0] === '-') {
this.state.buffer = this.state.buffer.substring(1, this.state.buffer.length);
} else {
this.state.buffer = '-' + this.state.buffer;
}
} else if (input[0] === '+' && !isNaN(parseFloat(input))) {
// when input is like '+10', '+50', etc
const inputValue = parse.float(input.slice(1));
const currentBufferValue = this.state.buffer ? parse.float(this.state.buffer) : 0;
this.state.buffer = this.component.env.pos.formatFixed(
inputValue + currentBufferValue
);
} else if (!isNaN(parseInt(input, 10))) {
if (this.state.toStartOver) { // when we want to erase the current buffer for a new value
this.state.buffer = '';
}
if (isFirstInput) {
this.state.buffer = '' + input;
} else if (this.state.buffer.length > 12) {
Gui.playSound('bell');
} else {
this.state.buffer += input;
}
}
if (this.state.buffer === '-') {
this.state.buffer = '';
}
// once an input is accepted and updated the buffer,
// the buffer should not be in reset state anymore.
this.isReset = false;
// it should not be in a start the buffer over state anymore.
this.state.toStartOver = false;
if (this.config.maxValue && this.state.buffer > this.config.maxValue) {
this.state.buffer = this.config.maxValue.toString();
this.config.maxValueReached();
}
this.trigger('buffer-update', this.state.buffer);
}
}
return new NumberBuffer();
});

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odoo.define('point_of_sale.SearchBar', function (require) {
'use strict';
const { useAutofocus, useListener } = require("@web/core/utils/hooks");
const PosComponent = require('point_of_sale.PosComponent');
const Registries = require('point_of_sale.Registries');
const { useExternalListener, useState } = owl;
/**
* This is a simple configurable search bar component. It has search fields
* and selection filter. Search fields allow the users to specify the type
* of their searches. The filter is a dropdown menu for selection. Depending on
* user's action, this component emits corresponding event with the action
* information (payload).
*
* TODO: This component can be made more generic and be able to replace
* all the search bars across pos ui.
*
* @prop {{
* config: {
* searchFields: Map<string, string>,
* filter: { show: boolean, options: Map<string, { text: string, indented: boolean? }> }
* },
* placeholder: string,
* }}
* @emits search @payload { fieldName: string, searchTerm: '' }
* @emits filter-selected @payload { filter: string }
*
* NOTE: The payload of the emitted event is accessible via the `detail`
* field of the event.
*/
class SearchBar extends PosComponent {
setup() {
super.setup();
useAutofocus();
useExternalListener(window, 'click', this._hideOptions);
useListener('click-search-field', this._onClickSearchField);
useListener('select-filter', this._onSelectFilter);
this.filterOptionsList = [...this.props.config.filter.options.keys()];
this.searchFieldsList = [...this.props.config.searchFields.keys()];
const defaultSearchFieldId = this.searchFieldsList.indexOf(
this.props.config.defaultSearchDetails.fieldName
);
this.state = useState({
searchInput: this.props.config.defaultSearchDetails.searchTerm || '',
selectedSearchFieldId: defaultSearchFieldId == -1 ? 0 : defaultSearchFieldId,
showSearchFields: false,
showFilterOptions: false,
selectedFilter: this.props.config.defaultFilter || this.filterOptionsList[0],
});
}
_onSelectFilter({ detail: key }) {
this.state.selectedFilter = key;
this.trigger('filter-selected', { filter: this.state.selectedFilter });
}
/**
* When pressing vertical arrow keys, do not move the input cursor.
*/
onSearchInputKeydown(event) {
if (['ArrowUp', 'ArrowDown'].includes(event.key)) {
event.preventDefault();
}
}
/**
* When vertical arrow keys are pressed, select fields for searching.
* When enter key is pressed, trigger search event if there is searchInput.
*/
onSearchInputKeyup(event) {
if (['ArrowUp', 'ArrowDown'].includes(event.key)) {
this.state.selectedSearchFieldId = this._fieldIdToSelect(event.key);
} else if (event.key === 'Enter' || this.state.searchInput == '') {
this._onClickSearchField({ detail: this.searchFieldsList[this.state.selectedSearchFieldId] });
} else {
if (this.state.selectedSearchFieldId === -1 && this.searchFieldsList.length) {
this.state.selectedSearchFieldId = 0;
}
this.state.showSearchFields = true;
}
}
/**
* Called when a search field is clicked.
*/
_onClickSearchField({ detail: fieldName }) {
this.state.showSearchFields = false;
this.trigger('search', { fieldName, searchTerm: this.state.searchInput });
}
/**
* Given an arrow key, return the next selectedSearchFieldId.
* E.g. If the selectedSearchFieldId is 1 and ArrowDown is pressed, return 2.
*
* @param {string} key vertical arrow key
*/
_fieldIdToSelect(key) {
const length = this.searchFieldsList.length;
if (!length) return null;
if (this.state.selectedSearchFieldId === -1) return 0;
const current = this.state.selectedSearchFieldId || length;
return (current + (key === 'ArrowDown' ? 1 : -1)) % length;
}
_hideOptions() {
this.state.showFilterOptions = false;
this.state.showSearchFields = false;
}
}
SearchBar.template = 'point_of_sale.SearchBar';
Registries.Component.add(SearchBar);
return SearchBar;
});

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odoo.define('point_of_sale.Notification', function (require) {
'use strict';
const { useListener } = require("@web/core/utils/hooks");
const PosComponent = require('point_of_sale.PosComponent');
const Registries = require('point_of_sale.Registries');
const { onMounted } = owl;
class Notification extends PosComponent {
setup() {
super.setup();
useListener('click', this.closeNotification);
onMounted(() => {
setTimeout(() => {
this.closeNotification();
}, this.props.duration)
});
}
}
Notification.template = 'Notification';
Registries.Component.add(Notification);
return Notification;
});

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odoo.define('point_of_sale.AbstractAwaitablePopup', function (require) {
'use strict';
const PosComponent = require('point_of_sale.PosComponent');
const { useBus } = require('@web/core/utils/hooks');
/**
* Implement this abstract class by extending it like so:
* ```js
* class ConcretePopup extends AbstractAwaitablePopup {
* async getPayload() {
* return 'result';
* }
* }
* ConcretePopup.template = xml`
* <div>
* <button t-on-click="confirm">Okay</button>
* <button t-on-click="cancel">Cancel</button>
* </div>
* `
* ```
*
* The concrete popup can now be instantiated and be awaited for
* the user's response like so:
* ```js
* const { confirmed, payload } = await this.showPopup('ConcretePopup');
* // based on the implementation above,
* // if confirmed, payload = 'result'
* // otherwise, payload = null
* ```
*/
class AbstractAwaitablePopup extends PosComponent {
setup() {
super.setup();
if (this.props.confirmKey) {
useBus(this.env.posbus, `confirm-popup-${this.props.id}`, this.confirm);
}
if (this.props.cancelKey) {
useBus(this.env.posbus, `cancel-popup-${this.props.id}`, this.cancel);
}
}
async confirm() {
this.env.posbus.trigger('close-popup', {
popupId: this.props.id,
response: { confirmed: true, payload: await this.getPayload() },
});
}
cancel() {
this.env.posbus.trigger('close-popup', {
popupId: this.props.id,
response: { confirmed: false, payload: null },
});
}
/**
* Override this in the concrete popup implementation to set the
* payload when the popup is confirmed.
*/
async getPayload() {
return null;
}
}
return AbstractAwaitablePopup;
});

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odoo.define('point_of_sale.CashMovePopup', function (require) {
'use strict';
const AbstractAwaitablePopup = require('point_of_sale.AbstractAwaitablePopup');
const Registries = require('point_of_sale.Registries');
const { _lt } = require('@web/core/l10n/translation');
const { parse } = require('web.field_utils');
const { useValidateCashInput, useAsyncLockedMethod } = require('point_of_sale.custom_hooks');
const { useRef, useState } = owl;
class CashMovePopup extends AbstractAwaitablePopup {
setup() {
super.setup();
this.state = useState({
inputType: '', // '' | 'in' | 'out'
inputAmount: '',
inputReason: '',
inputHasError: false,
parsedAmount: 0,
});
this.inputAmountRef = useRef('input-amount-ref');
useValidateCashInput('input-amount-ref');
this.confirm = useAsyncLockedMethod(this.confirm);
}
confirm() {
try {
parse.float(this.state.inputAmount);
} catch (_error) {
this.state.inputHasError = true;
this.errorMessage = this.env._t('Invalid amount');
return;
}
if (this.state.inputType == '') {
this.state.inputHasError = true;
this.errorMessage = this.env._t('Select either Cash In or Cash Out before confirming.');
return;
}
if (this.state.inputType === 'out' && this.state.inputAmount > 0) {
this.state.inputHasError = true;
this.errorMessage = this.env._t('Insert a negative amount with the Cash Out option.');
return;
}
if (this.state.inputType === 'in' && this.state.inputAmount < 0) {
this.state.inputHasError = true;
this.errorMessage = this.env._t('Insert a positive amount with the Cash In option.');
return;
}
if (parse.float(this.state.inputAmount) < 0) {
this.state.inputAmount = this.state.inputAmount.substring(1);
}
return super.confirm();
}
_onAmountKeypress(event) {
if (event.key === '-') {
event.preventDefault();
this.state.inputAmount = this.state.inputType === 'out' ? this.state.inputAmount.substring(1) : `-${this.state.inputAmount}`;
this.state.inputType = this.state.inputType === 'out' ? 'in' : 'out';
this.handleInputChange();
}
}
onClickButton(type) {
let amount = this.state.inputAmount;
if (type === 'in') {
this.state.inputAmount = amount.charAt(0) === '-' ? amount.substring(1) : amount;
} else {
this.state.inputAmount = amount.charAt(0) === '-' ? amount : `-${amount}`;
}
this.state.inputType = type;
this.state.inputHasError = false;
this.inputAmountRef.el && this.inputAmountRef.el.focus();
if (amount && amount !== '-') {
this.handleInputChange();
}
}
getPayload() {
return {
amount: parse.float(this.state.inputAmount),
reason: this.state.inputReason.trim(),
type: this.state.inputType,
};
}
handleInputChange() {
if (this.inputAmountRef.el.classList.contains('invalid-cash-input')) return;
this.state.parsedAmount = parse.float(this.state.inputAmount);
}
}
CashMovePopup.template = 'point_of_sale.CashMovePopup';
CashMovePopup.defaultProps = {
cancelText: _lt('Cancel'),
title: _lt('Cash In/Out'),
};
Registries.Component.add(CashMovePopup);
return CashMovePopup;
});

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odoo.define('point_of_sale.CashOpeningPopup', function(require) {
'use strict';
const { useValidateCashInput } = require('point_of_sale.custom_hooks');
const AbstractAwaitablePopup = require('point_of_sale.AbstractAwaitablePopup');
const Registries = require('point_of_sale.Registries');
const { parse } = require('web.field_utils');
const { useState, useRef } = owl;
class CashOpeningPopup extends AbstractAwaitablePopup {
setup() {
super.setup();
this.manualInputCashCount = null;
this.state = useState({
notes: "",
openingCash: this.env.pos.pos_session.cash_register_balance_start || 0,
displayMoneyDetailsPopup: false,
});
useValidateCashInput("openingCashInput", this.env.pos.pos_session.cash_register_balance_start);
this.openingCashInputRef = useRef('openingCashInput');
}
//@override
async confirm() {
this.env.pos.pos_session.cash_register_balance_start = this.state.openingCash;
this.env.pos.pos_session.state = 'opened';
this.rpc({
model: 'pos.session',
method: 'set_cashbox_pos',
args: [this.env.pos.pos_session.id, this.state.openingCash, this.state.notes],
});
super.confirm();
}
openDetailsPopup() {
this.state.openingCash = 0;
this.state.notes = "";
this.state.displayMoneyDetailsPopup = true;
}
closeDetailsPopup() {
this.state.displayMoneyDetailsPopup = false;
}
updateCashOpening({ total, moneyDetailsNotes }) {
this.openingCashInputRef.el.value = this.env.pos.format_currency_no_symbol(total);
this.state.openingCash = total;
if (moneyDetailsNotes) {
this.state.notes = moneyDetailsNotes;
}
this.manualInputCashCount = false;
this.closeDetailsPopup();
}
handleInputChange(event) {
if (event.target.classList.contains('invalid-cash-input')) return;
this.manualInputCashCount = true;
this.state.openingCash = parse.float(event.target.value);
}
}
CashOpeningPopup.template = 'CashOpeningPopup';
CashOpeningPopup.defaultProps = { cancelKey: false };
Registries.Component.add(CashOpeningPopup);
return CashOpeningPopup;
});

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odoo.define('point_of_sale.ClosePosPopup', function(require) {
'use strict';
const AbstractAwaitablePopup = require('point_of_sale.AbstractAwaitablePopup');
const Registries = require('point_of_sale.Registries');
const { identifyError } = require('point_of_sale.utils');
const { ConnectionLostError, ConnectionAbortedError} = require('@web/core/network/rpc_service')
const { useState, useRef } = owl;
const { useValidateCashInput } = require('point_of_sale.custom_hooks');
const { parse } = require('web.field_utils');
class ClosePosPopup extends AbstractAwaitablePopup {
setup() {
super.setup();
this.manualInputCashCount = false;
this.cashControl = this.env.pos.config.cash_control;
this.closingCashInputRef = useRef('closingCashInput');
this.closeSessionClicked = false;
this.moneyDetails = null;
Object.assign(this, this.props.info);
this.state = useState({
displayMoneyDetailsPopup: false,
});
Object.assign(this.state, this.props.info.state);
useValidateCashInput("closingCashInput");
if (this.otherPaymentMethods && this.otherPaymentMethods.length > 0) {
this.otherPaymentMethods.forEach(pm => {
if (this._getShowDiff(pm)) {
useValidateCashInput("closingCashInput_" + pm.id, this.state.payments[pm.id].counted);
}
})
}
}
//@override
async confirm() {
if (!this.cashControl || !this.hasDifference()) {
this.closeSession();
} else if (this.hasUserAuthority()) {
const { confirmed } = await this.showPopup('ConfirmPopup', {
title: this.env._t('Payments Difference'),
body: this.env._t('Do you want to accept payments difference and post a profit/loss journal entry?'),
});
if (confirmed) {
this.closeSession();
}
} else {
await this.showPopup('ConfirmPopup', {
title: this.env._t('Payments Difference'),
body: _.str.sprintf(
this.env._t('The maximum difference allowed is %s.\n' +
'Please contact your manager to accept the closing difference.'),
this.env.pos.format_currency(this.amountAuthorizedDiff)
),
confirmText: this.env._t('OK'),
})
}
}
//@override
async cancel() {
if (this.canCancel()) {
super.cancel();
}
}
openDetailsPopup() {
this.state.payments[this.defaultCashDetails.id].counted = 0;
this.state.payments[this.defaultCashDetails.id].difference = -this.defaultCashDetails.amount;
this.state.notes = "";
this.state.displayMoneyDetailsPopup = true;
}
closeDetailsPopup() {
this.state.displayMoneyDetailsPopup = false;
}
async downloadSalesReport() {
await this.env.legacyActionManager.do_action('point_of_sale.sale_details_report', {
additional_context: {
active_ids: [this.env.pos.pos_session.id],
},
});
}
handleInputChange(paymentId, event) {
if (event.target.classList.contains('invalid-cash-input')) return;
let expectedAmount;
if (this.defaultCashDetails && paymentId === this.defaultCashDetails.id) {
this.manualInputCashCount = true;
this.state.notes = '';
expectedAmount = this.defaultCashDetails.amount;
} else {
expectedAmount = this.otherPaymentMethods.find(pm => paymentId === pm.id).amount;
}
this.state.payments[paymentId].counted = parse.float(event.target.value);
this.state.payments[paymentId].difference =
this.env.pos.round_decimals_currency(this.state.payments[paymentId].counted - expectedAmount);
}
updateCountedCash({ total, moneyDetailsNotes, moneyDetails }) {
this.closingCashInputRef.el.value = this.env.pos.format_currency_no_symbol(total);
this.state.payments[this.defaultCashDetails.id].counted = total;
this.state.payments[this.defaultCashDetails.id].difference =
this.env.pos.round_decimals_currency(this.state.payments[[this.defaultCashDetails.id]].counted - this.defaultCashDetails.amount);
if (moneyDetailsNotes) {
this.state.notes = moneyDetailsNotes;
}
this.manualInputCashCount = false;
this.moneyDetails = moneyDetails;
this.closeDetailsPopup();
}
hasDifference() {
return Object.entries(this.state.payments).find(pm => pm[1].difference != 0);
}
hasUserAuthority() {
const absDifferences = Object.entries(this.state.payments).map(pm => Math.abs(pm[1].difference));
return this.isManager || this.amountAuthorizedDiff == null || Math.max(...absDifferences) <= this.amountAuthorizedDiff;
}
canCancel() {
return true;
}
closePos() {
this.trigger('close-pos');
}
async closeSession() {
if (!this.closeSessionClicked) {
this.closeSessionClicked = true;
let response;
// If there are orders in the db left unsynced, we try to sync.
await this.env.pos.push_orders_with_closing_popup();
if (this.cashControl) {
response = await this.rpc({
model: 'pos.session',
method: 'post_closing_cash_details',
args: [this.env.pos.pos_session.id],
kwargs: {
counted_cash: this.state.payments[this.defaultCashDetails.id].counted,
}
})
if (!response.successful) {
return this.handleClosingError(response);
}
}
await this.rpc({
model: 'pos.session',
method: 'update_closing_control_state_session',
args: [this.env.pos.pos_session.id, this.state.notes]
})
try {
const bankPaymentMethodDiffPairs = this.otherPaymentMethods
.filter((pm) => pm.type == 'bank')
.map((pm) => [pm.id, this.state.payments[pm.id].difference]);
response = await this.rpc({
model: 'pos.session',
method: 'close_session_from_ui',
args: [this.env.pos.pos_session.id, bankPaymentMethodDiffPairs],
context: this.env.session.user_context,
});
if (!response.successful) {
return this.handleClosingError(response);
}
window.location = '/web#action=point_of_sale.action_client_pos_menu';
} catch (error) {
const iError = identifyError(error);
if (iError instanceof ConnectionLostError || iError instanceof ConnectionAbortedError) {
await this.showPopup('ErrorPopup', {
title: this.env._t('Network Error'),
body: this.env._t('Cannot close the session when offline.'),
});
} else {
await this.showPopup('ErrorPopup', {
title: this.env._t('Closing session error'),
body: this.env._t(
'An error has occurred when trying to close the session.\n' +
'You will be redirected to the back-end to manually close the session.')
})
window.location = '/web#action=point_of_sale.action_client_pos_menu';
}
}
this.closeSessionClicked = false;
}
}
async handleClosingError(response) {
await this.showPopup('ErrorPopup', {title: 'Error', body: response.message});
if (response.redirect) {
window.location = '/web#action=point_of_sale.action_client_pos_menu';
}
}
_getShowDiff(pm) {
return pm.type == 'bank' && pm.number !== 0;
}
}
ClosePosPopup.template = 'ClosePosPopup';
Registries.Component.add(ClosePosPopup);
return ClosePosPopup;
});

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odoo.define('point_of_sale.ConfirmPopup', function(require) {
'use strict';
const AbstractAwaitablePopup = require('point_of_sale.AbstractAwaitablePopup');
const Registries = require('point_of_sale.Registries');
const { _lt } = require('@web/core/l10n/translation');
// formerly ConfirmPopupWidget
class ConfirmPopup extends AbstractAwaitablePopup {}
ConfirmPopup.template = 'ConfirmPopup';
ConfirmPopup.defaultProps = {
confirmText: _lt('Ok'),
cancelText: _lt('Cancel'),
title: _lt('Confirm ?'),
body: '',
};
Registries.Component.add(ConfirmPopup);
return ConfirmPopup;
});

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odoo.define('point_of_sale.ControlButtonPopup', function(require) {
'use strict';
const AbstractAwaitablePopup = require('point_of_sale.AbstractAwaitablePopup');
const Registries = require('point_of_sale.Registries');
const { _lt } = require('@web/core/l10n/translation');
class ControlButtonPopup extends AbstractAwaitablePopup {
/**
* @param {Object} props
* @param {string} props.startingValue
*/
setup() {
super.setup();
this.controlButtons = this.props.controlButtons;
}
}
ControlButtonPopup.template = 'ControlButtonPopup';
ControlButtonPopup.defaultProps = {
cancelText: _lt('Back'),
controlButtons: [],
confirmKey: false,
};
Registries.Component.add(ControlButtonPopup);
return ControlButtonPopup;
});

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odoo.define('point_of_sale.EditListInput', function(require) {
'use strict';
const PosComponent = require('point_of_sale.PosComponent');
const Registries = require('point_of_sale.Registries');
class EditListInput extends PosComponent {
onKeyup(event) {
if (event.key === "Enter" && event.target.value.trim() !== '') {
this.trigger('create-new-item');
}
}
}
EditListInput.template = 'EditListInput';
Registries.Component.add(EditListInput);
return EditListInput;
});

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odoo.define('point_of_sale.EditListPopup', function(require) {
'use strict';
const AbstractAwaitablePopup = require('point_of_sale.AbstractAwaitablePopup');
const Registries = require('point_of_sale.Registries');
const { useAutoFocusToLast } = require('point_of_sale.custom_hooks');
const { _lt } = require('@web/core/l10n/translation');
const { useState } = owl;
/**
* Given a array of { id, text }, we show the user this popup to be able to modify this given array.
* (used to replace PackLotLinePopupWidget)
*
* The expected return of showPopup when this popup is used is an array of { _id, [id], text }.
* - _id is the assigned unique identifier for each item.
* - id is the original id. if not provided, then it means that the item is new.
* - text is the modified/unmodified text.
*
* Example:
*
* ```
* -- perhaps inside a click handler --
* // gather the items to edit
* const names = [{ id: 1, text: 'Joseph'}, { id: 2, text: 'Kaykay' }];
*
* // supply the items to the popup and wait for user's response
* // when user pressed `confirm` in the popup, the changes he made will be returned by the showPopup function.
* const { confirmed, payload: newNames } = await this.showPopup('EditListPopup', {
* title: "Can you confirm this item?",
* array: names })
*
* // we then consume the new data. In this example, it is only logged.
* if (confirmed) {
* console.log(newNames);
* // the above might log the following:
* // [{ _id: 1, id: 1, text: 'Joseph Caburnay' }, { _id: 2, id: 2, 'Kaykay' }, { _id: 3, 'James' }]
* // The result showed that the original item with id=1 was changed to have text 'Joseph Caburnay' from 'Joseph'
* // The one with id=2 did not change. And a new item with text='James' is added.
* }
* ```
*/
class EditListPopup extends AbstractAwaitablePopup {
/**
* @param {String} title required title of popup
* @param {Array} [props.array=[]] the array of { id, text } to be edited or an array of strings
* @param {Boolean} [props.isSingleItem=false] true if only allowed to edit single item (the first item)
*/
setup() {
super.setup();
this._id = 0;
this.state = useState({ array: this._initialize(this.props.array) });
useAutoFocusToLast();
}
_nextId() {
return this._id++;
}
_emptyItem() {
return {
text: '',
_id: this._nextId(),
};
}
_initialize(array) {
// If no array is provided, we initialize with one empty item.
if (array.length === 0) return [this._emptyItem()];
// Put _id for each item. It will serve as unique identifier of each item.
return array.map((item) => Object.assign({}, { _id: this._nextId() }, typeof item === 'object'? item: { 'text': item}));
}
removeItem(event) {
const itemToRemove = event.detail;
this.state.array.splice(
this.state.array.findIndex(item => item._id == itemToRemove._id),
1
);
// We keep a minimum of one empty item in the popup.
if (this.state.array.length === 0) {
this.state.array.push(this._emptyItem());
}
}
createNewItem() {
if (this.props.isSingleItem) return;
this.state.array.push(this._emptyItem());
}
/**
* @override
*/
getPayload() {
return {
newArray: this.state.array
.filter((item) => item.text.trim() !== '')
.map((item) => Object.assign({}, item)),
};
}
}
EditListPopup.template = 'EditListPopup';
EditListPopup.defaultProps = {
confirmText: _lt('Ok'),
cancelText: _lt('Cancel'),
array: [],
isSingleItem: false,
};
Registries.Component.add(EditListPopup);
return EditListPopup;
});

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odoo.define('point_of_sale.ErrorBarcodePopup', function(require) {
'use strict';
const ErrorPopup = require('point_of_sale.ErrorPopup');
const Registries = require('point_of_sale.Registries');
const { _lt } = require('@web/core/l10n/translation');
// formerly ErrorBarcodePopupWidget
class ErrorBarcodePopup extends ErrorPopup {
get translatedMessage() {
return this.env._t(this.props.message);
}
}
ErrorBarcodePopup.template = 'ErrorBarcodePopup';
ErrorBarcodePopup.defaultProps = {
confirmText: _lt('Ok'),
cancelText: _lt('Cancel'),
title: _lt('Error'),
body: '',
message:
_lt('The Point of Sale could not find any product, customer, employee or action associated with the scanned barcode.'),
};
Registries.Component.add(ErrorBarcodePopup);
return ErrorBarcodePopup;
});

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odoo.define('point_of_sale.ErrorPopup', function(require) {
'use strict';
const AbstractAwaitablePopup = require('point_of_sale.AbstractAwaitablePopup');
const Registries = require('point_of_sale.Registries');
const { _lt } = require('@web/core/l10n/translation');
// formerly ErrorPopupWidget
class ErrorPopup extends AbstractAwaitablePopup {
setup() {
super.setup();
owl.onMounted(this.onMounted);
}
onMounted() {
this.playSound('error');
}
}
ErrorPopup.template = 'ErrorPopup';
ErrorPopup.defaultProps = {
confirmText: _lt('Ok'),
title: _lt('Error'),
body: '',
cancelKey: false,
};
Registries.Component.add(ErrorPopup);
return ErrorPopup;
});

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odoo.define('point_of_sale.ErrorTracebackPopup', function(require) {
'use strict';
const ErrorPopup = require('point_of_sale.ErrorPopup');
const Registries = require('point_of_sale.Registries');
const { _lt } = require('@web/core/l10n/translation');
// formerly ErrorTracebackPopupWidget
class ErrorTracebackPopup extends ErrorPopup {
get tracebackUrl() {
const blob = new Blob([this.props.body]);
const URL = window.URL || window.webkitURL;
return URL.createObjectURL(blob);
}
get tracebackFilename() {
return `${this.env._t('error')} ${moment().format('YYYY-MM-DD-HH-mm-ss')}.txt`;
}
emailTraceback() {
const address = this.env.pos.company.email;
const subject = this.env._t('IMPORTANT: Bug Report From Odoo Point Of Sale');
window.open(
'mailto:' +
address +
'?subject=' +
(subject ? window.encodeURIComponent(subject) : '') +
'&body=' +
(this.props.body ? window.encodeURIComponent(this.props.body) : '')
);
}
}
ErrorTracebackPopup.template = 'ErrorTracebackPopup';
ErrorTracebackPopup.defaultProps = {
confirmText: _lt('Ok'),
cancelText: _lt('Cancel'),
confirmKey: false,
title: _lt('Error with Traceback'),
body: '',
exitButtonIsShown: false,
exitButtonText: _lt('Exit Pos'),
exitButtonTrigger: 'close-pos'
};
Registries.Component.add(ErrorTracebackPopup);
return ErrorTracebackPopup;
});

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odoo.define('point_of_sale.MoneyDetailsPopup', function(require) {
'use strict';
const PosComponent = require('point_of_sale.PosComponent');
const Registries = require('point_of_sale.Registries');
const { useState } = owl;
/**
* Even if this component has a "confirm and cancel"-like buttons, this should not be an AbstractAwaitablePopup.
* We currently cannot show two popups at the same time, what we do is mount this component with its parent
* and hide it with some css. The confirm button will just trigger an event to the parent.
*/
class MoneyDetailsPopup extends PosComponent {
setup() {
super.setup();
this.currency = this.env.pos.currency;
this.state = useState({
moneyDetails: Object.fromEntries(this.env.pos.bills.map(bill => ([bill.value, 0]))),
total: 0,
});
if (this.props.manualInputCashCount) {
this.reset();
}
}
get firstHalfMoneyDetails() {
const moneyDetailsKeys = Object.keys(this.state.moneyDetails).sort((a, b) => a - b);
return moneyDetailsKeys.slice(0, Math.ceil(moneyDetailsKeys.length/2));
}
get lastHalfMoneyDetails() {
const moneyDetailsKeys = Object.keys(this.state.moneyDetails).sort((a, b) => a - b);
return moneyDetailsKeys.slice(Math.ceil(moneyDetailsKeys.length/2), moneyDetailsKeys.length);
}
updateMoneyDetailsAmount() {
let total = Object.entries(this.state.moneyDetails).reduce((total, money) => total + money[0] * money[1], 0);
this.state.total = this.env.pos.round_decimals_currency(total);
}
confirm() {
let moneyDetailsNotes = this.state.total ? 'Money details: \n' : null;
this.env.pos.bills.forEach(bill => {
if (this.state.moneyDetails[bill.value]) {
moneyDetailsNotes += ` - ${this.state.moneyDetails[bill.value]} x ${this.env.pos.format_currency(bill.value)}\n`;
}
})
const payload = { total: this.state.total, moneyDetailsNotes, moneyDetails: { ...this.state.moneyDetails } };
this.props.onConfirm(payload);
}
reset() {
for (let key in this.state.moneyDetails) { this.state.moneyDetails[key] = 0 }
this.state.total = 0;
}
discard() {
this.reset();
this.props.onDiscard();
}
}
MoneyDetailsPopup.template = 'MoneyDetailsPopup';
Registries.Component.add(MoneyDetailsPopup);
return MoneyDetailsPopup;
});

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odoo.define('point_of_sale.NumberPopup', function(require) {
'use strict';
var core = require('web.core');
var _t = core._t;
const AbstractAwaitablePopup = require('point_of_sale.AbstractAwaitablePopup');
const NumberBuffer = require('point_of_sale.NumberBuffer');
const { useListener } = require("@web/core/utils/hooks");
const Registries = require('point_of_sale.Registries');
const { useState } = owl;
// formerly NumberPopupWidget
class NumberPopup extends AbstractAwaitablePopup {
/**
* @param {Object} props
* @param {Boolean} props.isPassword Show password popup.
* @param {number|null} props.startingValue Starting value of the popup.
* @param {Boolean} props.isInputSelected Input is highlighted and will reset upon a change.
*
* Resolve to { confirmed, payload } when used with showPopup method.
* @confirmed {Boolean}
* @payload {String}
*/
setup() {
super.setup();
useListener('accept-input', this.confirm);
useListener('close-this-popup', this.cancel);
let startingBuffer = '';
if (typeof this.props.startingValue === 'number' && this.props.startingValue > 0) {
startingBuffer = this.props.startingValue.toString().replace('.', this.decimalSeparator);
}
this.state = useState({ buffer: startingBuffer, toStartOver: this.props.isInputSelected });
NumberBuffer.use({
nonKeyboardInputEvent: 'numpad-click-input',
triggerAtEnter: 'accept-input',
triggerAtEscape: 'close-this-popup',
state: this.state,
});
}
get decimalSeparator() {
return this.env._t.database.parameters.decimal_point;
}
get inputBuffer() {
if (this.state.buffer === null) {
return '';
}
if (this.props.isPassword) {
return this.state.buffer.replace(/./g, '•');
} else {
return this.state.buffer;
}
}
confirm(event) {
if (NumberBuffer.get()) {
super.confirm();
}
}
sendInput(key) {
this.trigger('numpad-click-input', { key });
}
getPayload() {
return NumberBuffer.get();
}
}
NumberPopup.template = 'NumberPopup';
NumberPopup.defaultProps = {
confirmText: _t('Ok'),
cancelText: _t('Cancel'),
title: _t('Confirm ?'),
body: '',
cheap: false,
startingValue: null,
isPassword: false,
};
Registries.Component.add(NumberPopup);
return NumberPopup;
});

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odoo.define('point_of_sale.OfflineErrorPopup', function(require) {
'use strict';
const ErrorPopup = require('point_of_sale.ErrorPopup');
const Registries = require('point_of_sale.Registries');
const { _lt } = require('@web/core/l10n/translation');
/**
* This is a special kind of error popup as it introduces
* an option to not show it again.
*/
class OfflineErrorPopup extends ErrorPopup {
dontShowAgain() {
this.constructor.dontShow = true;
this.cancel();
}
}
OfflineErrorPopup.template = 'OfflineErrorPopup';
OfflineErrorPopup.dontShow = false;
OfflineErrorPopup.defaultProps = {
confirmText: _lt('Ok'),
cancelText: _lt('Cancel'),
title: _lt('Offline Error'),
body: _lt('Either the server is inaccessible or browser is not connected online.'),
};
Registries.Component.add(OfflineErrorPopup);
return OfflineErrorPopup;
});

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odoo.define('point_of_sale.OrderImportPopup', function(require) {
'use strict';
const AbstractAwaitablePopup = require('point_of_sale.AbstractAwaitablePopup');
const Registries = require('point_of_sale.Registries');
const { _lt } = require('@web/core/l10n/translation');
// formerly OrderImportPopupWidget
class OrderImportPopup extends AbstractAwaitablePopup {
get unpaidSkipped() {
return (
(this.props.report.unpaid_skipped_existing || 0) +
(this.props.report.unpaid_skipped_session || 0)
);
}
getPayload() {}
}
OrderImportPopup.template = 'OrderImportPopup';
OrderImportPopup.defaultProps = {
confirmText: _lt('Ok'),
cancelKey: false,
body: '',
};
Registries.Component.add(OrderImportPopup);
return OrderImportPopup;
});

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odoo.define('point_of_sale.PosPopupController', function(require) {
'use strict';
const Registries = require('point_of_sale.Registries');
const PosComponent = require('point_of_sale.PosComponent');
const { useBus } = require('@web/core/utils/hooks');
/**
* This component is responsible in controlling the popups. It does so
* by coordinating with them thru the `env.posbus`. The basic steps follow:
* 1. `showPopup` method triggers `show-popup` event resulting to the
* mounting of the requested popup.
* 2. When the popup is shown, the `confirm`/`cancel` method of the popup
* will be called after the popup is used. `confirming`/`cancelling`
* will trigger the `close-popup`, which this component also listens to,
* resulting to closing of the popup.
*
* Furthermore, Pressing `confirmKey`/`cancelKey` which defaults to
* 'Enter'/'Escape', will automatically `confirm`/`cancel` the `topPopup`.
* This behavior is accomplished by listening to `keyup` event of the window.
* When the `confirmKey`/`cancelKey` of the `topPopup` is pressed,
* 'cancel-popup-{top-popup-id}'/'confirm-popup-{top-popup-id}' will be triggered
* and since the popup is listening to that event (@see AbstractAwaitablePopup),
* it will result to the call of `confirm`/`cancel` method.
*
* @typedef {{ id: number, resolve: Function, keepBehind?: boolean, cancelKey?: string, confirmKey?: string }} BasePopupProps
* @typedef {{ name: string, component: AbstractAwaitablePopup, props: BasePopupProps, key: string }} Popup
*/
class PosPopupController extends PosComponent {
setup() {
super.setup();
useBus(this.env.posbus, 'show-popup', this._showPopup);
useBus(this.env.posbus, 'close-popup', this._closePopup);
owl.useExternalListener(window, 'keyup', this._onWindowKeyup);
this.popups = owl.useState([]);
}
_showPopup(event) {
let { id, name, props, resolve } = event.detail;
props = Object.assign(props || {}, { id, resolve });
const component = this.constructor.components[name];
if (!component) {
throw new Error(`'${name}' is not found. Make sure the file is loaded and the component is properly registered using 'Registries.Component.add'.`);
}
if (component.dontShow) {
resolve();
return;
}
this.popups.push({
name,
component,
props: this._constructPopupProps(component, props),
key: `${name}-${id}`,
});
}
_closePopup(event) {
const { popupId, response } = event.detail;
const index = this.popups.findIndex((popup) => popup.props.id == popupId);
if (index != -1) {
const popup = this.popups[index];
popup.props.resolve(response);
this.popups.splice(index, 1);
}
}
_onWindowKeyup(event) {
const eventIsFromInputField = event.target.tagName === 'INPUT' || event.target.tagName === 'TEXTAREA';
const shouldHandleKey = this.topPopup && !eventIsFromInputField;
if (!shouldHandleKey) return;
if (event.key === this.topPopup.props.cancelKey) {
this.env.posbus.trigger(`cancel-popup-${this.topPopup.props.id}`);
} else if (event.key === this.topPopup.props.confirmKey) {
this.env.posbus.trigger(`confirm-popup-${this.topPopup.props.id}`);
}
}
/**
* A popup can be cancelled/confirmed with 'Escape'/'Enter' key by default.
* Also, if it's not the top popup, it is hidden from the view.
* This can be overridden by the default props of the popop component
* and the props used in requesting to show the popup.
*
* @param {AbstractAwaitablePopup} popupComponent
* @param {Object} props
* @returns {BasePopupProps}
*/
_constructPopupProps(popupComponent, props) {
const defaultProps = popupComponent.defaultProps || {};
return Object.assign(
{
keepBehind: false,
cancelKey: 'Escape',
confirmKey: 'Enter',
},
defaultProps,
props
);
}
/**
* @returns {boolean} Hide the element of this component when this returns false.
*/
isShown() {
return this.popups.length > 0;
}
get topPopup() {
return this.popups[this.popups.length - 1];
}
/**
* By default, only show the top popup. But always show a popup if
* `keepBehind` props is true. Meaning, if you have 2 popups, and
* the bottom popup has `keepBehind = true`, then the bottom popup
* will be visible if it's not blocked in the view by the top popup.
*
* @param {Popup} popup
* @returns {boolean}
*/
shouldShow(popup) {
return this.topPopup === popup || popup.props.keepBehind;
}
}
PosPopupController.template = 'point_of_sale.PosPopupController';
Registries.Component.add(PosPopupController);
return PosPopupController;
});

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odoo.define('point_of_sale.ProductConfiguratorPopup', function(require) {
'use strict';
const PosComponent = require('point_of_sale.PosComponent');
const AbstractAwaitablePopup = require('point_of_sale.AbstractAwaitablePopup');
const Registries = require('point_of_sale.Registries');
const { useState, useSubEnv } = owl;
class ProductConfiguratorPopup extends AbstractAwaitablePopup {
setup() {
super.setup();
useSubEnv({ attribute_components: [] });
}
getPayload() {
var selected_attributes = [];
var price_extra = 0.0;
this.env.attribute_components.forEach((attribute_component) => {
let { value, extra } = attribute_component.getValue();
selected_attributes.push(value);
price_extra += extra;
});
return {
selected_attributes,
price_extra,
};
}
}
ProductConfiguratorPopup.template = 'ProductConfiguratorPopup';
Registries.Component.add(ProductConfiguratorPopup);
class BaseProductAttribute extends PosComponent {
setup() {
super.setup();
this.env.attribute_components.push(this);
this.attribute = this.props.attribute;
this.values = this.attribute.values;
this.state = useState({
selected_value: parseFloat(this.values[0].id),
custom_value: '',
});
}
getValue() {
let selected_value = this.values.find((val) => val.id === parseFloat(this.state.selected_value));
let value = selected_value.name;
if (selected_value.is_custom && this.state.custom_value) {
value += `: ${this.state.custom_value}`;
}
return {
value,
extra: selected_value.price_extra
};
}
}
class RadioProductAttribute extends BaseProductAttribute {
setup() {
super.setup();
owl.onMounted(this.onMounted);
}
onMounted() {
// With radio buttons `t-model` selects the default input by searching for inputs with
// a matching `value` attribute. In our case, we use `t-att-value` so `value` is
// not found yet and no radio is selected by default.
// We then manually select the first input of each radio attribute.
$(this.el).find('input[type="radio"]:first').prop('checked', true);
}
}
RadioProductAttribute.template = 'RadioProductAttribute';
Registries.Component.add(RadioProductAttribute);
class SelectProductAttribute extends BaseProductAttribute { }
SelectProductAttribute.template = 'SelectProductAttribute';
Registries.Component.add(SelectProductAttribute);
class ColorProductAttribute extends BaseProductAttribute {}
ColorProductAttribute.template = 'ColorProductAttribute';
Registries.Component.add(ColorProductAttribute);
return {
ProductConfiguratorPopup,
BaseProductAttribute,
RadioProductAttribute,
SelectProductAttribute,
ColorProductAttribute,
};
});

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odoo.define('point_of_sale.ProductInfoPopup', function(require) {
'use strict';
const AbstractAwaitablePopup = require('point_of_sale.AbstractAwaitablePopup');
const Registries = require('point_of_sale.Registries');
/**
* Props:
* {
* info: {object of data}
* }
*/
class ProductInfoPopup extends AbstractAwaitablePopup {
setup() {
super.setup();
Object.assign(this, this.props.info);
}
searchProduct(productName) {
this.env.posbus.trigger('search-product-from-info-popup', productName);
this.cancel()
}
_hasMarginsCostsAccessRights() {
const isAccessibleToEveryUser = this.env.pos.config.is_margins_costs_accessible_to_every_user;
const isCashierManager = this.env.pos.get_cashier().role === 'manager';
return isAccessibleToEveryUser || isCashierManager;
}
}
ProductInfoPopup.template = 'ProductInfoPopup';
ProductInfoPopup.defaultProps= { confirmKey: false };
Registries.Component.add(ProductInfoPopup);
return ProductInfoPopup;
});

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odoo.define('point_of_sale.SelectionPopup', function (require) {
'use strict';
const AbstractAwaitablePopup = require('point_of_sale.AbstractAwaitablePopup');
const Registries = require('point_of_sale.Registries');
const { _lt } = require('@web/core/l10n/translation');
const { useState } = owl;
// formerly SelectionPopupWidget
class SelectionPopup extends AbstractAwaitablePopup {
/**
* Value of the `item` key of the selected element in the Selection
* Array is the payload of this popup.
*
* @param {Object} props
* @param {String} [props.confirmText='Confirm']
* @param {String} [props.cancelText='Cancel']
* @param {String} [props.title='Select']
* @param {String} [props.body='']
* @param {Array<Selection>} [props.list=[]]
* Selection {
* id: integer,
* label: string,
* isSelected: boolean,
* item: any,
* }
*/
setup() {
super.setup();
this.state = useState({ selectedId: this.props.list.find((item) => item.isSelected) });
}
selectItem(itemId) {
this.state.selectedId = itemId;
this.confirm();
}
/**
* We send as payload of the response the selected item.
*
* @override
*/
getPayload() {
const selected = this.props.list.find((item) => this.state.selectedId === item.id);
return selected && selected.item;
}
}
SelectionPopup.template = 'SelectionPopup';
SelectionPopup.defaultProps = {
cancelText: _lt('Cancel'),
title: _lt('Select'),
body: '',
list: [],
confirmKey: false,
};
Registries.Component.add(SelectionPopup);
return SelectionPopup;
});

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odoo.define('point_of_sale.TextAreaPopup', function(require) {
'use strict';
const AbstractAwaitablePopup = require('point_of_sale.AbstractAwaitablePopup');
const Registries = require('point_of_sale.Registries');
const { _lt } = require('@web/core/l10n/translation');
const { onMounted, useRef, useState } = owl;
// formerly TextAreaPopupWidget
// IMPROVEMENT: This code is very similar to TextInputPopup.
// Combining them would reduce the code.
class TextAreaPopup extends AbstractAwaitablePopup {
/**
* @param {Object} props
* @param {string} props.startingValue
*/
setup() {
super.setup();
this.state = useState({ inputValue: this.props.startingValue });
this.inputRef = useRef('input');
onMounted(this.onMounted);
}
onMounted() {
this.inputRef.el.focus();
}
getPayload() {
return this.state.inputValue;
}
}
TextAreaPopup.template = 'TextAreaPopup';
TextAreaPopup.defaultProps = {
confirmText: _lt('Ok'),
cancelText: _lt('Cancel'),
title: '',
body: '',
};
Registries.Component.add(TextAreaPopup);
return TextAreaPopup;
});

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odoo.define('point_of_sale.TextInputPopup', function(require) {
'use strict';
const AbstractAwaitablePopup = require('point_of_sale.AbstractAwaitablePopup');
const Registries = require('point_of_sale.Registries');
const { _lt } = require('@web/core/l10n/translation');
const { onMounted, useRef, useState } = owl;
// formerly TextInputPopupWidget
class TextInputPopup extends AbstractAwaitablePopup {
setup() {
super.setup();
this.state = useState({ inputValue: this.props.startingValue });
this.inputRef = useRef('input');
onMounted(this.onMounted);
}
onMounted() {
this.inputRef.el.focus();
}
getPayload() {
return this.state.inputValue;
}
}
TextInputPopup.template = 'TextInputPopup';
TextInputPopup.defaultProps = {
confirmText: _lt('Ok'),
cancelText: _lt('Cancel'),
title: '',
body: '',
startingValue: '',
placeholder: '',
};
Registries.Component.add(TextInputPopup);
return TextInputPopup;
});

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odoo.define('point_of_sale.PosComponent', function (require) {
'use strict';
const { LegacyComponent } = require("@web/legacy/legacy_component");
const { onRendered } = owl;
let nextId = 0;
class PosComponent extends LegacyComponent {
setup() {
onRendered(() => {
if (this.env.isDebug()) {
console.log('Rendered:', this.constructor.name);
}
});
}
/**
* This function is available to all Components that inherit this class.
* The goal of this function is to show an awaitable dialog (popup) that
* returns a response after user interaction. See the following for quick
* demonstration:
*
* ```
* async getUserName() {
* const userResponse = await this.showPopup(
* 'TextInputPopup',
* { title: 'What is your name?' }
* );
* // at this point, the TextInputPopup is displayed. Depending on how the popup is defined,
* // say the input contains the name, the result of the interaction with the user is
* // saved in `userResponse`.
* console.log(userResponse); // logs { confirmed: true, payload: <name> }
* }
* ```
*
* @param {String} name Name of the popup component
* @param {Object} props Object that will be used to render to popup
*/
showPopup(name, props) {
return new Promise((resolve) => {
this.env.posbus.trigger('show-popup', { name, props, resolve, id: nextId++ });
});
}
showTempScreen(name, props) {
return new Promise((resolve) => {
this.trigger('show-temp-screen', { name, props, resolve });
});
}
showScreen(name, props) {
this.trigger('show-main-screen', { name, props });
}
/**
* @param {String} name 'bell' | 'error'
*/
playSound(name) {
this.trigger('play-sound', name);
}
/**
* Control the SyncNotification component.
* @param {String} status 'connected' | 'connecting' | 'disconnected' | 'error'
* @param {String} pending number of pending orders to sync
*/
setSyncStatus(status, pending) {
this.trigger('set-sync-status', { status, pending });
}
showNotification(message, duration = 2000) {
this.trigger('show-notification', { message, duration });
}
closeNotification() {
this.trigger('close-notification');
}
}
return PosComponent;
});

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odoo.define('point_of_sale.PosContext', function (require) {
'use strict';
const { reactive } = owl;
// Create global context objects
// e.g. component.env.device = new Context({ isMobile: false });
return {
orderManagement: reactive({ searchString: '', selectedOrder: null }),
};
});

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odoo.define('point_of_sale.Registries', function(require) {
'use strict';
/**
* This definition contains all the instances of ClassRegistry.
*/
const ComponentRegistry = require('point_of_sale.ComponentRegistry');
const ClassRegistry = require('point_of_sale.ClassRegistry');
class ModelRegistry extends ClassRegistry {
add(baseClass) {
super.add(baseClass);
/**
* Introduce a static method (`create`) to each base class that can be
* conveniently use to create an instance of the extended version
* of the class.
*/
baseClass.create = (...args) => {
const ExtendedClass = this.get(baseClass);
return new ExtendedClass(...args);
}
}
}
return { Component: new ComponentRegistry(), Model: new ModelRegistry() };
});

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odoo.define("point_of_sale.PartnerDetailsEdit", function (require) {
"use strict";
const { _t } = require("web.core");
const { getDataURLFromFile } = require("web.utils");
const PosComponent = require("point_of_sale.PosComponent");
const Registries = require("point_of_sale.Registries");
const { onMounted, useState, onWillUnmount } = owl;
class PartnerDetailsEdit extends PosComponent {
setup() {
super.setup();
this.intFields = ["country_id", "state_id", "property_product_pricelist"];
const partner = this.props.partner;
this.changes = useState({
name: partner.name || false,
street: partner.street || false,
city: partner.city || false,
zip: partner.zip || false,
state_id: partner.state_id && partner.state_id[0],
country_id: partner.country_id && partner.country_id[0],
lang: partner.lang || false,
email: partner.email || false,
phone: partner.phone || false,
mobile: partner.mobile || false,
barcode: partner.barcode || false,
vat: partner.vat || false,
property_product_pricelist: this.getDefaultPricelist(partner),
});
onMounted(() => {
this.env.bus.on("save-partner", this, this.saveChanges);
});
onWillUnmount(() => {
this.env.bus.off("save-partner", this);
});
}
get partnerImageUrl() {
// We prioritize image_1920 in the `changes` field because we want
// to show the uploaded image without fetching new data from the server.
const partner = this.props.partner;
if (this.changes.image_1920) {
return this.changes.image_1920;
} else if (partner.id) {
return `/web/image?model=res.partner&id=${partner.id}&field=avatar_128&unique=${partner.write_date}`;
} else {
return false;
}
}
getDefaultPricelist(partner) {
if (partner.property_product_pricelist) {
return partner.property_product_pricelist[0];
}
return this.env.pos.default_pricelist ? this.env.pos.default_pricelist.id : false;
}
// NOTE: this functions was kept for compatibility with stable
captureChange(event) {}
saveChanges() {
const processedChanges = {};
for (const [key, value] of Object.entries(this.changes)) {
if (this.intFields.includes(key)) {
processedChanges[key] = parseInt(value) || false;
} else {
processedChanges[key] = value;
}
}
if (
processedChanges.state_id &&
this.env.pos.states.find((state) => state.id === processedChanges.state_id)
.country_id[0] !== processedChanges.country_id
) {
processedChanges.state_id = false;
}
if (
(!this.props.partner.name && !processedChanges.name) ||
processedChanges.name === ""
) {
return this.showPopup("ErrorPopup", {
title: _t("A Customer Name Is Required"),
});
}
processedChanges.id = this.props.partner.id || false;
this.trigger("save-changes", { processedChanges });
}
async uploadImage(event) {
const file = event.target.files[0];
if (!file.type.match(/image.*/)) {
await this.showPopup("ErrorPopup", {
title: this.env._t("Unsupported File Format"),
body: this.env._t(
"Only web-compatible Image formats such as .png or .jpeg are supported."
),
});
} else {
const imageUrl = await getDataURLFromFile(file);
const loadedImage = await this._loadImage(imageUrl);
if (loadedImage) {
const resizedImage = await this._resizeImage(loadedImage, 800, 600);
this.changes.image_1920 = resizedImage.toDataURL();
// Rerender to reflect the changes in the screen
this.render(true);
}
}
}
_resizeImage(img, maxwidth, maxheight) {
var canvas = document.createElement("canvas");
var ctx = canvas.getContext("2d");
var ratio = 1;
if (img.width > maxwidth) {
ratio = maxwidth / img.width;
}
if (img.height * ratio > maxheight) {
ratio = maxheight / img.height;
}
var width = Math.floor(img.width * ratio);
var height = Math.floor(img.height * ratio);
canvas.width = width;
canvas.height = height;
ctx.drawImage(img, 0, 0, width, height);
return canvas;
}
/**
* Loading image is converted to a Promise to allow await when
* loading an image. It resolves to the loaded image if succesful,
* else, resolves to false.
*
* [Source](https://stackoverflow.com/questions/45788934/how-to-turn-this-callback-into-a-promise-using-async-await)
*/
_loadImage(url) {
return new Promise((resolve) => {
const img = new Image();
img.addEventListener("load", () => resolve(img));
img.addEventListener("error", () => {
this.showPopup("ErrorPopup", {
title: this.env._t("Loading Image Error"),
body: this.env._t(
"Encountered error when loading image. Please try again."
),
});
resolve(false);
});
img.src = url;
});
}
}
PartnerDetailsEdit.template = "PartnerDetailsEdit";
Registries.Component.add(PartnerDetailsEdit);
return PartnerDetailsEdit;
});

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odoo.define('point_of_sale.PartnerLine', function(require) {
'use strict';
const PosComponent = require('point_of_sale.PosComponent');
const Registries = require('point_of_sale.Registries');
class PartnerLine extends PosComponent {
get highlight() {
return this._isPartnerSelected ? 'highlight' : '';
}
get shortAddress() {
const { partner } = this.props;
return partner.address;
}
get _isPartnerSelected() {
return this.props.partner === this.props.selectedPartner;
}
}
PartnerLine.template = 'PartnerLine';
Registries.Component.add(PartnerLine);
return PartnerLine;
});

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odoo.define('point_of_sale.PartnerListScreen', function(require) {
'use strict';
const PosComponent = require('point_of_sale.PosComponent');
const Registries = require('point_of_sale.Registries');
const { isConnectionError } = require('point_of_sale.utils');
const { debounce } = require("@web/core/utils/timing");
const { useListener, useAutofocus } = require("@web/core/utils/hooks");
const { useAsyncLockedMethod } = require("point_of_sale.custom_hooks");
const { session } = require("@web/session");
const { onWillUnmount, useRef } = owl;
/**
* Render this screen using `showTempScreen` to select partner.
* When the shown screen is confirmed ('Set Customer' or 'Deselect Customer'
* button is clicked), the call to `showTempScreen` resolves to the
* selected partner. E.g.
*
* ```js
* const { confirmed, payload: selectedPartner } = await showTempScreen('PartnerListScreen');
* if (confirmed) {
* // do something with the selectedPartner
* }
* ```
*
* @props partner - originally selected partner
*/
class PartnerListScreen extends PosComponent {
setup() {
super.setup();
useAutofocus({refName: 'search-word-input-partner'});
useListener('click-save', () => this.env.bus.trigger('save-partner'));
useListener('save-changes', useAsyncLockedMethod(this.saveChanges));
this.searchWordInputRef = useRef('search-word-input-partner');
// We are not using useState here because the object
// passed to useState converts the object and its contents
// to Observer proxy. Not sure of the side-effects of making
// a persistent object, such as pos, into Observer. But it
// is better to be safe.
this.state = {
query: null,
selectedPartner: this.props.partner,
detailIsShown: false,
editModeProps: {
partner: null,
},
previousQuery: "",
currentOffset: 0,
};
this.updatePartnerList = debounce(this.updatePartnerList, 70);
onWillUnmount(this.updatePartnerList.cancel);
}
// Lifecycle hooks
back() {
if(this.state.detailIsShown) {
this.state.detailIsShown = false;
this.render(true);
} else {
this.props.resolve({ confirmed: false, payload: false });
this.trigger('close-temp-screen');
}
}
confirm() {
this.props.resolve({ confirmed: true, payload: this.state.selectedPartner });
this.trigger('close-temp-screen');
}
activateEditMode() {
this.state.detailIsShown = true;
this.render(true);
}
// Getters
get currentOrder() {
return this.env.pos.get_order();
}
get partners() {
let res;
if (this.state.query && this.state.query.trim() !== '') {
res = this.env.pos.db.search_partner(this.state.query.trim());
} else {
res = this.env.pos.db.get_partners_sorted(1000);
}
res.sort(function (a, b) { return (a.name || '').localeCompare(b.name || '') });
// the selected partner (if any) is displayed at the top of the list
if (this.state.selectedPartner) {
let indexOfSelectedPartner = res.findIndex( partner =>
partner.id === this.state.selectedPartner.id
);
if (indexOfSelectedPartner !== -1) {
res.splice(indexOfSelectedPartner, 1);
}
res.unshift(this.state.selectedPartner);
}
return res
}
get isBalanceDisplayed() {
return false;
}
get partnerLink() {
return `/web#model=res.partner&id=${this.state.editModeProps.partner.id}`;
}
// Methods
async _onPressEnterKey() {
if (!this.state.query) return;
const result = await this.searchPartner();
if (result.length > 0) {
this.showNotification(
_.str.sprintf(
this.env._t('%s customer(s) found for "%s".'),
result.length,
this.state.query
),
3000
);
} else {
this.showNotification(
_.str.sprintf(
this.env._t('No more customer found for "%s".'),
this.state.query
),
3000
);
}
}
_clearSearch() {
this.searchWordInputRef.el.value = '';
this.state.query = '';
this.render(true);
}
// We declare this event handler as a debounce function in
// order to lower its trigger rate.
async updatePartnerList(event) {
this.state.query = event.target.value;
this.render(true);
}
clickPartner(partner) {
if (this.state.selectedPartner && this.state.selectedPartner.id === partner.id) {
this.state.selectedPartner = null;
} else {
this.state.selectedPartner = partner;
}
this.confirm();
}
editPartner(partner) {
this.state.editModeProps.partner = partner;
this.activateEditMode();
}
createPartner() {
// initialize the edit screen with default details about country, state & lang
this.state.editModeProps.partner = {
country_id: this.env.pos.company.country_id,
state_id: this.env.pos.company.state_id,
lang: session.user_context.lang,
}
this.activateEditMode();
}
async saveChanges(event) {
try {
let partnerId = await this.rpc({
model: 'res.partner',
method: 'create_from_ui',
args: [event.detail.processedChanges],
});
await this.env.pos._loadPartners([partnerId]);
this.state.selectedPartner = this.env.pos.db.get_partner_by_id(partnerId);
this.confirm();
} catch (error) {
if (isConnectionError(error)) {
await this.showPopup('OfflineErrorPopup', {
title: this.env._t('Offline'),
body: this.env._t('Unable to save changes.'),
});
} else {
throw error;
}
}
}
async searchPartner() {
if (this.state.previousQuery != this.state.query) {
this.state.currentOffset = 0;
}
let result = await this.getNewPartners();
this.env.pos.addPartners(result);
this.render(true);
if (this.state.previousQuery == this.state.query) {
this.state.currentOffset += result.length;
} else {
this.state.previousQuery = this.state.query;
this.state.currentOffset = result.length;
}
return result;
}
async getNewPartners() {
let domain = [];
const limit = 30;
if(this.state.query) {
const search_fields = [
"name",
"parent_name",
"phone",
"mobile",
"email",
"vat",
];
domain = [
...Array(search_fields.length - 1).fill('|'),
...search_fields.map(field => [field, "ilike", this.state.query + "%"])
];
}
const result = await this.env.services.rpc(
{
model: 'pos.session',
method: 'get_pos_ui_res_partner_by_params',
args: [
[odoo.pos_session_id],
{
domain,
limit: limit,
offset: this.state.currentOffset,
},
],
context: this.env.session.user_context,
},
{
timeout: 3000,
shadow: true,
}
);
return result;
}
}
PartnerListScreen.template = 'PartnerListScreen';
Registries.Component.add(PartnerListScreen);
return PartnerListScreen;
});

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odoo.define('point_of_sale.PSNumpadInputButton', function(require) {
'use strict';
const PosComponent = require('point_of_sale.PosComponent');
const Registries = require('point_of_sale.Registries');
class PSNumpadInputButton extends PosComponent {
get _class() {
return this.props.changeClassTo || 'input-button number-char';
}
}
PSNumpadInputButton.template = 'PSNumpadInputButton';
Registries.Component.add(PSNumpadInputButton);
return PSNumpadInputButton;
});

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odoo.define('point_of_sale.PaymentScreen', function (require) {
'use strict';
const { parse } = require('web.field_utils');
const PosComponent = require('point_of_sale.PosComponent');
const { useErrorHandlers, useAsyncLockedMethod } = require('point_of_sale.custom_hooks');
const NumberBuffer = require('point_of_sale.NumberBuffer');
const { useListener } = require("@web/core/utils/hooks");
const Registries = require('point_of_sale.Registries');
const { isConnectionError } = require('point_of_sale.utils');
const utils = require('web.utils');
const round_pr = utils.round_precision;
class PaymentScreen extends PosComponent {
setup() {
super.setup();
useListener('delete-payment-line', this.deletePaymentLine);
useListener('select-payment-line', this.selectPaymentLine);
useListener('new-payment-line', this.addNewPaymentLine);
useListener('update-selected-paymentline', this._updateSelectedPaymentline);
useListener('send-payment-request', this._sendPaymentRequest);
useListener('send-payment-cancel', this._sendPaymentCancel);
useListener('send-payment-reverse', this._sendPaymentReverse);
useListener('send-force-done', this._sendForceDone);
useListener('validate-order', () => this.validateOrder(false));
this.payment_methods_from_config = this.env.pos.payment_methods.filter(method => this.env.pos.config.payment_method_ids.includes(method.id));
NumberBuffer.use(this._getNumberBufferConfig);
useErrorHandlers();
this.payment_interface = null;
this.error = false;
this.validateOrder = useAsyncLockedMethod(this.validateOrder);
}
showMaxValueError() {
this.showPopup('ErrorPopup', {
title: this.env._t('Maximum value reached'),
body: this.env._t('The amount cannot be higher than the due amount if you don\'t have a cash payment method configured.')
});
}
get _getNumberBufferConfig() {
let config = {
// The numberBuffer listens to this event to update its state.
// Basically means 'update the buffer when this event is triggered'
nonKeyboardInputEvent: 'input-from-numpad',
// When the buffer is updated, trigger this event.
// Note that the component listens to it.
triggerAtInput: 'update-selected-paymentline',
useWithBarcode: true,
};
// Check if pos has a cash payment method
const hasCashPaymentMethod = this.payment_methods_from_config.some(
(method) => method.type === 'cash'
);
if (!hasCashPaymentMethod) {
config['maxValue'] = this.currentOrder.get_due();
config['maxValueReached'] = this.showMaxValueError.bind(this);
}
return config;
}
get currentOrder() {
return this.env.pos.get_order();
}
get paymentLines() {
return this.currentOrder.get_paymentlines();
}
get selectedPaymentLine() {
return this.currentOrder.selected_paymentline;
}
async selectPartner() {
// IMPROVEMENT: This code snippet is repeated multiple times.
// Maybe it's better to create a function for it.
const currentPartner = this.currentOrder.get_partner();
const { confirmed, payload: newPartner } = await this.showTempScreen(
'PartnerListScreen',
{ partner: currentPartner }
);
if (confirmed) {
this.currentOrder.set_partner(newPartner);
this.currentOrder.updatePricelist(newPartner);
}
}
addNewPaymentLine({ detail: paymentMethod }) {
// original function: click_paymentmethods
if(!this.env.pos.get_order().check_paymentlines_rounding()) {
this._display_popup_error_paymentlines_rounding();
return false;
}
let result = this.currentOrder.add_paymentline(paymentMethod);
if (result){
NumberBuffer.reset();
return true;
}
else{
this.showPopup('ErrorPopup', {
title: this.env._t('Error'),
body: this.env._t('There is already an electronic payment in progress.'),
});
return false;
}
}
_display_popup_error_paymentlines_rounding() {
if(this.env.pos.config.cash_rounding) {
const orderlines = this.paymentLines;
const cash_rounding = this.env.pos.cash_rounding[0].rounding;
const default_rounding = this.env.pos.currency.rounding;
for(var id in orderlines) {
var line = orderlines[id];
var diff = round_pr(round_pr(line.amount, cash_rounding) - round_pr(line.amount, default_rounding), default_rounding);
if(diff && (line.payment_method.is_cash_count || !this.env.pos.config.only_round_cash_method)) {
const upper_amount = round_pr(round_pr(line.amount, default_rounding) + cash_rounding / 2, cash_rounding)
const lower_amount = round_pr(round_pr(line.amount, default_rounding) - cash_rounding / 2, cash_rounding)
this.showPopup("ErrorPopup", {
title: this.env._t("Rounding error in payment lines"),
body: _.str.sprintf(
this.env._t(
"The amount of your payment lines must be rounded to validate the transaction.\n" +
"The rounding precision is %s so you should set %s or %s as payment amount instead of %s."
),
cash_rounding.toFixed(this.env.pos.currency.decimal_places),
lower_amount.toFixed(this.env.pos.currency.decimal_places),
upper_amount.toFixed(this.env.pos.currency.decimal_places),
line.amount.toFixed(this.env.pos.currency.decimal_places)
),
});
return;
}
}
}
}
_updateSelectedPaymentline() {
if (this.paymentLines.every((line) => line.paid)) {
this.currentOrder.add_paymentline(this.payment_methods_from_config[0]);
}
if (!this.selectedPaymentLine) return; // do nothing if no selected payment line
// disable changing amount on paymentlines with running or done payments on a payment terminal
const payment_terminal = this.selectedPaymentLine.payment_method.payment_terminal;
if (
payment_terminal &&
!['pending', 'retry'].includes(this.selectedPaymentLine.get_payment_status())
) {
return;
}
if (NumberBuffer.get() === null) {
this.deletePaymentLine({ detail: { cid: this.selectedPaymentLine.cid } });
} else {
this.selectedPaymentLine.set_amount(NumberBuffer.getFloat());
}
}
toggleIsToInvoice() {
// click_invoice
this.currentOrder.set_to_invoice(!this.currentOrder.is_to_invoice());
this.render(true);
}
openCashbox() {
this.env.proxy.printer.open_cashbox();
}
async addTip() {
// click_tip
const tip = this.currentOrder.get_tip();
const change = this.currentOrder.get_change();
let value = tip === 0 && change > 0 ? change : tip;
const { confirmed, payload } = await this.showPopup('NumberPopup', {
title: tip ? this.env._t('Change Tip') : this.env._t('Add Tip'),
startingValue: value,
isInputSelected: true,
});
if (confirmed) {
this.currentOrder.set_tip(parse.float(payload));
}
}
toggleIsToShip() {
// click_ship
this.currentOrder.set_to_ship(!this.currentOrder.is_to_ship());
this.render(true);
}
deletePaymentLine(event) {
var self = this;
const { cid } = event.detail;
const line = this.paymentLines.find((line) => line.cid === cid);
// If a paymentline with a payment terminal linked to
// it is removed, the terminal should get a cancel
// request.
if (['waiting', 'waitingCard', 'timeout'].includes(line.get_payment_status())) {
line.set_payment_status('waitingCancel');
line.payment_method.payment_terminal.send_payment_cancel(this.currentOrder, cid).then(function() {
self.currentOrder.remove_paymentline(line);
NumberBuffer.reset();
self.render(true);
})
}
else if (line.get_payment_status() !== 'waitingCancel') {
this.currentOrder.remove_paymentline(line);
NumberBuffer.reset();
this.render(true);
}
}
selectPaymentLine(event) {
const { cid } = event.detail;
const line = this.paymentLines.find((line) => line.cid === cid);
this.currentOrder.select_paymentline(line);
NumberBuffer.reset();
this.render(true);
}
async validateOrder(isForceValidate) {
if(this.env.pos.config.cash_rounding) {
if(!this.env.pos.get_order().check_paymentlines_rounding()) {
this._display_popup_error_paymentlines_rounding();
return;
}
}
if (await this._isOrderValid(isForceValidate)) {
// remove pending payments before finalizing the validation
for (let line of this.paymentLines) {
if (!line.is_done()) this.currentOrder.remove_paymentline(line);
}
await this._finalizeValidation();
}
}
async doInvoice(accountMoveId) {
const actionRecord = this.env.pos.invoiceActionRecord;
if (actionRecord && this.env.pos.shouldInvoiceNewTab(actionRecord)) {
return this.env.legacyActionManager.do_action({
type: "ir.actions.act_url",
url: `/report/pdf/${actionRecord.report_name}/${accountMoveId}`,
});
}
return this.env.legacyActionManager.do_action(this.env.pos.invoiceReportAction, {
additional_context: {
active_ids: [accountMoveId],
},
});
}
async _finalizeValidation() {
if ((this.currentOrder.is_paid_with_cash() || this.currentOrder.get_change()) && this.env.pos.config.iface_cashdrawer && this.env.proxy && this.env.proxy.printer) {
this.env.proxy.printer.open_cashbox();
}
this.currentOrder.initialize_validation_date();
for (let line of this.paymentLines) {
if (!line.amount === 0) {
this.currentOrder.remove_paymentline(line);
}
}
this.currentOrder.finalized = true;
let syncOrderResult, hasError;
try {
this.env.services.ui.block()
// 1. Save order to server.
syncOrderResult = await this.env.pos.push_single_order(this.currentOrder);
// 2. Invoice.
if (this.shouldDownloadInvoice() && this.currentOrder.is_to_invoice()) {
if (syncOrderResult.length) {
await this.doInvoice(syncOrderResult[0].account_move);
} else {
throw { code: 401, message: 'Backend Invoice', data: { order: this.currentOrder } };
}
}
// 3. Post process.
if (syncOrderResult.length && this.currentOrder.wait_for_push_order()) {
const postPushResult = await this._postPushOrderResolve(
this.currentOrder,
syncOrderResult.map((res) => res.id)
);
if (!postPushResult) {
this.showPopup('ErrorPopup', {
title: this.env._t('Error: no internet connection.'),
body: this.env._t('Some, if not all, post-processing after syncing order failed.'),
});
}
}
} catch (error) {
// unblock the UI before showing the error popup
this.env.services.ui.unblock();
if (error.code == 700 || error.code == 701)
this.error = true;
if ('code' in error) {
// We started putting `code` in the rejected object for invoicing error.
// We can continue with that convention such that when the error has `code`,
// then it is an error when invoicing. Besides, _handlePushOrderError was
// introduce to handle invoicing error logic.
await this._handlePushOrderError(error);
} else {
// We don't block for connection error. But we rethrow for any other errors.
if (isConnectionError(error)) {
this.showPopup('OfflineErrorPopup', {
title: this.env._t('Connection Error'),
body: this.env._t('Order is not synced. Check your internet connection'),
});
} else {
throw error;
}
}
} finally {
this.env.services.ui.unblock()
// Always show the next screen regardless of error since pos has to
// continue working even offline.
this.showScreen(this.nextScreen);
// Remove the order from the local storage so that when we refresh the page, the order
// won't be there
this.env.pos.db.remove_unpaid_order(this.currentOrder);
// Ask the user to sync the remaining unsynced orders.
if (!hasError && syncOrderResult && this.env.pos.db.get_orders().length) {
const { confirmed } = await this.showPopup('ConfirmPopup', {
title: this.env._t('Remaining unsynced orders'),
body: this.env._t(
'There are unsynced orders. Do you want to sync these orders?'
),
});
if (confirmed) {
// NOTE: Not yet sure if this should be awaited or not.
// If awaited, some operations like changing screen
// might not work.
this.env.pos.push_orders();
}
}
}
}
/**
* This method is meant to be overriden by localization that do not want to print the invoice pdf
* every time they create an account move. For example, it can be overriden like this:
* ```
* shouldDownloadInvoice() {
* const currentCountry = ...
* if (currentCountry.code === 'FR') {
* return false;
* } else {
* return super.shouldDownloadInvoice(); // or this._super(...arguments) depending on the odoo version.
* }
* }
* ```
* @returns {boolean} true if the invoice pdf should be downloaded
*/
shouldDownloadInvoice() {
return true;
}
get nextScreen() {
return !this.error? 'ReceiptScreen' : 'ProductScreen';
}
async _isOrderValid(isForceValidate) {
if (this.currentOrder.get_orderlines().length === 0 && this.currentOrder.is_to_invoice()) {
this.showPopup('ErrorPopup', {
title: this.env._t('Empty Order'),
body: this.env._t(
'There must be at least one product in your order before it can be validated and invoiced.'
),
});
return false;
}
if (this.currentOrder.electronic_payment_in_progress()) {
this.showPopup('ErrorPopup', {
title: this.env._t('Pending Electronic Payments'),
body: this.env._t(
'There is at least one pending electronic payment.\n' +
'Please finish the payment with the terminal or ' +
'cancel it then remove the payment line.'
),
});
return false;
}
const splitPayments = this.paymentLines.filter(payment => payment.payment_method.split_transactions)
if (splitPayments.length && !this.currentOrder.get_partner()) {
const paymentMethod = splitPayments[0].payment_method
const { confirmed } = await this.showPopup('ConfirmPopup', {
title: this.env._t('Customer Required'),
body: _.str.sprintf(this.env._t('Customer is required for %s payment method.'), paymentMethod.name),
});
if (confirmed) {
this.selectPartner();
}
return false;
}
if ((this.currentOrder.is_to_invoice() || this.currentOrder.is_to_ship()) && !this.currentOrder.get_partner()) {
const { confirmed } = await this.showPopup('ConfirmPopup', {
title: this.env._t('Please select the Customer'),
body: this.env._t(
'You need to select the customer before you can invoice or ship an order.'
),
});
if (confirmed) {
this.selectPartner();
}
return false;
}
let partner = this.currentOrder.get_partner()
if (this.currentOrder.is_to_ship() && !(partner.name && partner.street && partner.city && partner.country_id)) {
this.showPopup('ErrorPopup', {
title: this.env._t('Incorrect address for shipping'),
body: this.env._t('The selected customer needs an address.'),
});
return false;
}
if (this.currentOrder.get_total_with_tax() != 0 && this.currentOrder.get_paymentlines().length === 0) {
this.showNotification(this.env._t('Select a payment method to validate the order.'));
return false;
}
if (!this.currentOrder.is_paid() || this.invoicing) {
return false;
}
if (this.currentOrder.has_not_valid_rounding()) {
var line = this.currentOrder.has_not_valid_rounding();
this.showPopup('ErrorPopup', {
title: this.env._t('Incorrect rounding'),
body: this.env._t(
'You have to round your payments lines.' + line.amount + ' is not rounded.'
),
});
return false;
}
// The exact amount must be paid if there is no cash payment method defined.
if (
Math.abs(
this.currentOrder.get_total_with_tax() - this.currentOrder.get_total_paid() + this.currentOrder.get_rounding_applied()
) > 0.00001
) {
var cash = false;
for (var i = 0; i < this.env.pos.payment_methods.length; i++) {
cash = cash || this.env.pos.payment_methods[i].is_cash_count;
}
if (!cash) {
this.showPopup('ErrorPopup', {
title: this.env._t('Cannot return change without a cash payment method'),
body: this.env._t(
'There is no cash payment method available in this point of sale to handle the change.\n\n Please pay the exact amount or add a cash payment method in the point of sale configuration'
),
});
return false;
}
}
// if the change is too large, it's probably an input error, make the user confirm.
if (
!isForceValidate &&
this.currentOrder.get_total_with_tax() > 0 &&
this.currentOrder.get_total_with_tax() * 1000 < this.currentOrder.get_total_paid()
) {
this.showPopup('ConfirmPopup', {
title: this.env._t('Please Confirm Large Amount'),
body:
this.env._t('Are you sure that the customer wants to pay') +
' ' +
this.env.pos.format_currency(this.currentOrder.get_total_paid()) +
' ' +
this.env._t('for an order of') +
' ' +
this.env.pos.format_currency(this.currentOrder.get_total_with_tax()) +
' ' +
this.env._t('? Clicking "Confirm" will validate the payment.'),
}).then(({ confirmed }) => {
if (confirmed) this.validateOrder(true);
});
return false;
}
if (!this.currentOrder._isValidEmptyOrder()) return false;
return true;
}
async _postPushOrderResolve(order, order_server_ids) {
return true;
}
async _sendPaymentRequest({ detail: line }) {
// Other payment lines can not be reversed anymore
this.paymentLines.forEach(function (line) {
line.can_be_reversed = false;
});
const payment_terminal = line.payment_method.payment_terminal;
line.set_payment_status('waiting');
const isPaymentSuccessful = await payment_terminal.send_payment_request(line.cid);
if (isPaymentSuccessful) {
line.set_payment_status('done');
line.can_be_reversed = payment_terminal.supports_reversals;
// Automatically validate the order when after an electronic payment,
// the current order is fully paid and due is zero.
if (
this.currentOrder.is_paid() &&
utils.float_is_zero(this.currentOrder.get_due(), this.env.pos.currency.decimal_places)
) {
this.trigger('validate-order');
}
} else {
line.set_payment_status('retry');
}
}
async _sendPaymentCancel({ detail: line }) {
const payment_terminal = line.payment_method.payment_terminal;
line.set_payment_status('waitingCancel');
const isCancelSuccessful = await payment_terminal.send_payment_cancel(this.currentOrder, line.cid);
if (isCancelSuccessful) {
line.set_payment_status('retry');
} else {
line.set_payment_status('waitingCard');
}
}
async _sendPaymentReverse({ detail: line }) {
const payment_terminal = line.payment_method.payment_terminal;
line.set_payment_status('reversing');
const isReversalSuccessful = await payment_terminal.send_payment_reversal(line.cid);
if (isReversalSuccessful) {
line.set_amount(0);
line.set_payment_status('reversed');
} else {
line.can_be_reversed = false;
line.set_payment_status('done');
}
}
async _sendForceDone({ detail: line }) {
line.set_payment_status('done');
}
}
PaymentScreen.template = 'PaymentScreen';
Registries.Component.add(PaymentScreen);
return PaymentScreen;
});

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odoo.define('point_of_sale.PaymentScreenNumpad', function(require) {
'use strict';
const PosComponent = require('point_of_sale.PosComponent');
const Registries = require('point_of_sale.Registries');
class PaymentScreenNumpad extends PosComponent {
setup() {
super.setup();
this.decimalPoint = this.env._t.database.parameters.decimal_point;
}
}
PaymentScreenNumpad.template = 'PaymentScreenNumpad';
Registries.Component.add(PaymentScreenNumpad);
return PaymentScreenNumpad;
});

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odoo.define('point_of_sale.PaymentScreenPaymentLines', function(require) {
'use strict';
const PosComponent = require('point_of_sale.PosComponent');
const Registries = require('point_of_sale.Registries');
class PaymentScreenPaymentLines extends PosComponent {
formatLineAmount(paymentline) {
return this.env.pos.format_currency_no_symbol(paymentline.get_amount());
}
selectedLineClass(line) {
return { 'payment-terminal': line.get_payment_status() };
}
unselectedLineClass(line) {
return {};
}
}
PaymentScreenPaymentLines.template = 'PaymentScreenPaymentLines';
Registries.Component.add(PaymentScreenPaymentLines);
return PaymentScreenPaymentLines;
});

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odoo.define('point_of_sale.PaymentScreenStatus', function(require) {
'use strict';
const PosComponent = require('point_of_sale.PosComponent');
const Registries = require('point_of_sale.Registries');
class PaymentScreenStatus extends PosComponent {
get changeText() {
return this.env.pos.format_currency(this.props.order.get_change());
}
get totalDueText() {
return this.env.pos.format_currency(
this.props.order.get_total_with_tax() + this.props.order.get_rounding_applied()
);
}
get remainingText() {
return this.env.pos.format_currency(
this.props.order.get_due() > 0 ? this.props.order.get_due() : 0
);
}
}
PaymentScreenStatus.template = 'PaymentScreenStatus';
Registries.Component.add(PaymentScreenStatus);
return PaymentScreenStatus;
});

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odoo.define('point_of_sale.ActionpadWidget', function(require) {
'use strict';
const PosComponent = require('point_of_sale.PosComponent');
const Registries = require('point_of_sale.Registries');
/**
* @props partner
* @emits click-partner
* @emits click-pay
*/
class ActionpadWidget extends PosComponent {
get isLongName() {
return this.props.partner && this.props.partner.name.length > 10;
}
}
ActionpadWidget.template = 'ActionpadWidget';
ActionpadWidget.defaultProps = {
isActionButtonHighlighted: false,
}
Registries.Component.add(ActionpadWidget);
return ActionpadWidget;
});

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odoo.define('point_of_sale.CategoryButton', function(require) {
'use strict';
const PosComponent = require('point_of_sale.PosComponent');
const Registries = require('point_of_sale.Registries');
class CategoryButton extends PosComponent {
get imageUrl() {
const category = this.props.category
return `/web/image?model=pos.category&field=image_128&id=${category.id}&unique=${category.write_date}`;
}
}
CategoryButton.template = 'CategoryButton';
Registries.Component.add(CategoryButton);
return CategoryButton;
});

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odoo.define('point_of_sale.OrderlineCustomerNoteButton', function(require) {
'use strict';
const PosComponent = require('point_of_sale.PosComponent');
const ProductScreen = require('point_of_sale.ProductScreen');
const { useListener } = require("@web/core/utils/hooks");
const Registries = require('point_of_sale.Registries');
class OrderlineCustomerNoteButton extends PosComponent {
setup() {
super.setup();
useListener('click', this.onClick);
}
async onClick() {
const selectedOrderline = this.env.pos.get_order().get_selected_orderline();
if (!selectedOrderline) return;
const { confirmed, payload: inputNote } = await this.showPopup('TextAreaPopup', {
startingValue: selectedOrderline.get_customer_note(),
title: this.env._t('Add Customer Note'),
});
if (confirmed) {
selectedOrderline.set_customer_note(inputNote);
}
}
}
OrderlineCustomerNoteButton.template = 'OrderlineCustomerNoteButton';
ProductScreen.addControlButton({
component: OrderlineCustomerNoteButton,
});
Registries.Component.add(OrderlineCustomerNoteButton);
return OrderlineCustomerNoteButton;
});

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odoo.define('point_of_sale.ProductInfoButton', function(require) {
'use strict';
const PosComponent = require('point_of_sale.PosComponent');
const ProductScreen = require('point_of_sale.ProductScreen');
const { useListener } = require("@web/core/utils/hooks");
const Registries = require('point_of_sale.Registries');
const { isConnectionError } = require('point_of_sale.utils');
class ProductInfoButton extends PosComponent {
setup() {
super.setup();
useListener('click', this.onClick);
}
async onClick() {
const orderline = this.env.pos.get_order().get_selected_orderline();
if (orderline) {
const product = orderline.get_product();
const quantity = orderline.get_quantity();
try {
const info = await this.env.pos.getProductInfo(product, quantity);
this.showPopup('ProductInfoPopup', { info: info , product: product });
} catch (e) {
if (isConnectionError(e)) {
this.showPopup('OfflineErrorPopup', {
title: this.env._t('Network Error'),
body: this.env._t('Cannot access product information screen if offline.'),
});
} else {
this.showPopup('ErrorPopup', {
title: this.env._t('Unknown error'),
body: this.env._t('An unknown error prevents us from loading product information.'),
});
}
}
}
}
}
ProductInfoButton.template = 'ProductInfoButton';
ProductScreen.addControlButton({
component: ProductInfoButton,
position: ['before', 'SetFiscalPositionButton'],
});
Registries.Component.add(ProductInfoButton);
return ProductInfoButton;
});

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odoo.define('point_of_sale.RefundButton', function (require) {
'use strict';
const PosComponent = require('point_of_sale.PosComponent');
const ProductScreen = require('point_of_sale.ProductScreen');
const Registries = require('point_of_sale.Registries');
const { useListener } = require("@web/core/utils/hooks");
class RefundButton extends PosComponent {
setup() {
super.setup();
useListener('click', this._onClick);
}
_onClick() {
const partner = this.env.pos.get_order().get_partner();
const searchDetails = partner ? { fieldName: 'PARTNER', searchTerm: partner.name } : {};
this.showScreen('TicketScreen', {
ui: { filter: 'SYNCED', searchDetails },
destinationOrder: this.env.pos.get_order(),
});
}
}
RefundButton.template = 'point_of_sale.RefundButton';
ProductScreen.addControlButton({
component: RefundButton,
condition: function () {
return true;
},
});
Registries.Component.add(RefundButton);
return RefundButton;
});

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odoo.define('point_of_sale.SetFiscalPositionButton', function(require) {
'use strict';
const PosComponent = require('point_of_sale.PosComponent');
const ProductScreen = require('point_of_sale.ProductScreen');
const { useListener } = require("@web/core/utils/hooks");
const Registries = require('point_of_sale.Registries');
class SetFiscalPositionButton extends PosComponent {
setup() {
super.setup();
useListener('click', this.onClick);
}
get currentOrder() {
return this.env.pos.get_order();
}
get currentFiscalPositionName() {
return this.currentOrder && this.currentOrder.fiscal_position
? this.currentOrder.fiscal_position.display_name
: this.env._t('Tax');
}
async onClick() {
const currentFiscalPosition = this.currentOrder.fiscal_position;
const fiscalPosList = [
{
id: -1,
label: this.env._t('None'),
isSelected: !currentFiscalPosition,
},
];
for (let fiscalPos of this.env.pos.fiscal_positions) {
fiscalPosList.push({
id: fiscalPos.id,
label: fiscalPos.name,
isSelected: currentFiscalPosition
? fiscalPos.id === currentFiscalPosition.id
: false,
item: fiscalPos,
});
}
const { confirmed, payload: selectedFiscalPosition } = await this.showPopup(
'SelectionPopup',
{
title: this.env._t('Select Fiscal Position'),
list: fiscalPosList,
}
);
if (confirmed) {
this.currentOrder.set_fiscal_position(selectedFiscalPosition);
// IMPROVEMENT: The following is the old implementation and I believe
// there could be a better way of doing it.
for (let line of this.currentOrder.orderlines) {
line.set_quantity(line.quantity);
}
}
}
}
SetFiscalPositionButton.template = 'SetFiscalPositionButton';
ProductScreen.addControlButton({
component: SetFiscalPositionButton,
condition: function() {
return this.env.pos.fiscal_positions.length > 0;
},
position: ['before', 'SetPricelistButton'],
});
Registries.Component.add(SetFiscalPositionButton);
return SetFiscalPositionButton;
});

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odoo.define('point_of_sale.SetPricelistButton', function(require) {
'use strict';
const PosComponent = require('point_of_sale.PosComponent');
const ProductScreen = require('point_of_sale.ProductScreen');
const { useListener } = require("@web/core/utils/hooks");
const Registries = require('point_of_sale.Registries');
class SetPricelistButton extends PosComponent {
setup() {
super.setup();
useListener('click', this.onClick);
}
get currentOrder() {
return this.env.pos.get_order();
}
get currentPricelistName() {
const order = this.currentOrder;
return order && order.pricelist
? order.pricelist.display_name
: this.env._t('Pricelist');
}
async onClick() {
// Create the list to be passed to the SelectionPopup.
// Pricelist object is passed as item in the list because it
// is the object that will be returned when the popup is confirmed.
const selectionList = this.env.pos.pricelists.map(pricelist => ({
id: pricelist.id,
label: pricelist.name,
isSelected: pricelist.id === this.currentOrder.pricelist.id,
item: pricelist,
}));
const { confirmed, payload: selectedPricelist } = await this.showPopup(
'SelectionPopup',
{
title: this.env._t('Select the pricelist'),
list: selectionList,
}
);
if (confirmed) {
this.currentOrder.set_pricelist(selectedPricelist);
}
}
}
SetPricelistButton.template = 'SetPricelistButton';
ProductScreen.addControlButton({
component: SetPricelistButton,
condition: function() {
return this.env.pos.config.use_pricelist && this.env.pos.pricelists.length > 1;
},
});
Registries.Component.add(SetPricelistButton);
return SetPricelistButton;
});

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odoo.define('point_of_sale.NumpadWidget', function (require) {
'use strict';
const PosComponent = require('point_of_sale.PosComponent');
const Registries = require('point_of_sale.Registries');
/**
* @prop {'quantity' | 'price' | 'discount'} activeMode
* @prop {Array<'quantity' | 'price' | 'discount'>} disabledModes
* @prop {boolean} disableSign
* @event set-numpad-mode - triggered when mode button is clicked
* @event numpad-click-input - triggered when numpad button is clicked
*/
class NumpadWidget extends PosComponent {
get hasPriceControlRights() {
return (
this.env.pos.cashierHasPriceControlRights() &&
!this.props.disabledModes.includes('price')
);
}
get hasManualDiscount() {
return this.env.pos.config.manual_discount && !this.props.disabledModes.includes('discount');
}
changeMode(mode) {
if (!this.hasPriceControlRights && mode === 'price') {
return;
}
if (!this.hasManualDiscount && mode === 'discount') {
return;
}
this.trigger('set-numpad-mode', { mode });
}
sendInput(key) {
this.trigger('numpad-click-input', { key });
}
get decimalSeparator() {
return this.env._t.database.parameters.decimal_point;
}
}
NumpadWidget.template = 'NumpadWidget';
NumpadWidget.defaultProps = {
disabledModes: [],
disableSign: false,
}
Registries.Component.add(NumpadWidget);
return NumpadWidget;
});

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odoo.define('point_of_sale.OrderSummary', function(require) {
'use strict';
const PosComponent = require('point_of_sale.PosComponent');
const Registries = require('point_of_sale.Registries');
const { float_is_zero } = require('web.utils');
class OrderSummary extends PosComponent {
getTotal() {
return this.env.pos.format_currency(this.props.order.get_total_with_tax());
}
getTax() {
const total = this.props.order.get_total_with_tax();
const totalWithoutTax = this.props.order.get_total_without_tax();
const taxAmount = total - totalWithoutTax;
return {
hasTax: !float_is_zero(taxAmount, this.env.pos.currency.decimal_places),
displayAmount: this.env.pos.format_currency(taxAmount),
};
}
}
OrderSummary.template = 'OrderSummary';
Registries.Component.add(OrderSummary);
return OrderSummary;
});

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odoo.define('point_of_sale.OrderWidget', function(require) {
'use strict';
const { useListener } = require("@web/core/utils/hooks");
const PosComponent = require('point_of_sale.PosComponent');
const Registries = require('point_of_sale.Registries');
const { useRef, useEffect } = owl;
class OrderWidget extends PosComponent {
setup() {
super.setup();
useListener('select-line', this._selectLine);
useListener('edit-pack-lot-lines', this._editPackLotLines);
this.scrollableRef = useRef('scrollable');
useEffect(
() => {
const selectedLineEl = this.scrollableRef.el && this.scrollableRef.el.querySelector(".orderline.selected");
if(selectedLineEl) {
selectedLineEl.scrollIntoView({ behavior: "smooth", block: "start" });
}
},
() => [this.order.selected_orderline]
);
}
get order() {
return this.env.pos.get_order();
}
get orderlinesArray() {
return this.order ? this.order.get_orderlines() : [];
}
_selectLine(event) {
this.order.select_orderline(event.detail.orderline);
}
// IMPROVEMENT: Might be better to lift this to ProductScreen
// because there is similar operation when clicking a product.
//
// Furthermore, what if a number different from 1 (or -1) is specified
// to an orderline that has product tracked by lot. Lot tracking (based
// on the current implementation) requires that 1 item per orderline is
// allowed.
async _editPackLotLines(event) {
const orderline = event.detail.orderline;
const isAllowOnlyOneLot = orderline.product.isAllowOnlyOneLot();
const packLotLinesToEdit = orderline.getPackLotLinesToEdit(isAllowOnlyOneLot);
const { confirmed, payload } = await this.showPopup('EditListPopup', {
title: this.env._t('Lot/Serial Number(s) Required'),
isSingleItem: isAllowOnlyOneLot,
array: packLotLinesToEdit,
});
if (confirmed) {
// Segregate the old and new packlot lines
const modifiedPackLotLines = Object.fromEntries(
payload.newArray.filter(item => item.id).map(item => [item.id, item.text])
);
const newPackLotLines = payload.newArray
.filter(item => !item.id)
.map(item => ({ lot_name: item.text }));
orderline.setPackLotLines({ modifiedPackLotLines, newPackLotLines });
}
this.order.select_orderline(event.detail.orderline);
}
}
OrderWidget.template = 'OrderWidget';
Registries.Component.add(OrderWidget);
return OrderWidget;
});

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odoo.define('point_of_sale.Orderline', function(require) {
'use strict';
const PosComponent = require('point_of_sale.PosComponent');
const Registries = require('point_of_sale.Registries');
class Orderline extends PosComponent {
selectLine() {
this.trigger('select-line', { orderline: this.props.line });
}
lotIconClicked() {
this.trigger('edit-pack-lot-lines', { orderline: this.props.line });
}
get addedClasses() {
return {
selected: this.props.line.selected,
};
}
get customerNote() {
return this.props.line.get_customer_note();
}
}
Orderline.template = 'Orderline';
Registries.Component.add(Orderline);
return Orderline;
});

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odoo.define('point_of_sale.ProductItem', function(require) {
'use strict';
const PosComponent = require('point_of_sale.PosComponent');
const Registries = require('point_of_sale.Registries');
const { isConnectionError } = require('point_of_sale.utils');
class ProductItem extends PosComponent {
/**
* For accessibility, pressing <space> should be like clicking the product.
* <enter> is not considered because it conflicts with the barcode.
*
* @param {KeyPressEvent} event
*/
spaceClickProduct(event) {
if (event.which === 32) {
this.trigger('click-product', this.props.product);
}
}
get imageUrl() {
const product = this.props.product;
return `/web/image?model=product.product&field=image_128&id=${product.id}&unique=${product.__last_update}`;
}
get pricelist() {
const current_order = this.env.pos.get_order();
if (current_order) {
return current_order.pricelist;
}
return this.env.pos.default_pricelist;
}
get price() {
const formattedUnitPrice = this.env.pos.format_currency(
this.props.product.get_display_price(this.pricelist, 1),
'Product Price'
);
if (this.props.product.to_weight) {
return `${formattedUnitPrice}/${
this.env.pos.units_by_id[this.props.product.uom_id[0]].name
}`;
} else {
return formattedUnitPrice;
}
}
async onProductInfoClick() {
try {
const info = await this.env.pos.getProductInfo(this.props.product, 1);
this.showPopup('ProductInfoPopup', { info: info , product: this.props.product });
} catch (e) {
if (isConnectionError(e)) {
this.showPopup('ErrorPopup', {
title: this.env._t('OfflineErrorPopup'),
body: this.env._t('Cannot access product information screen if offline.'),
});
} else {
this.showPopup('ErrorPopup', {
title: this.env._t('Unknown error'),
body: this.env._t('An unknown error prevents us from loading product information.'),
});
}
}
}
}
ProductItem.template = 'ProductItem';
Registries.Component.add(ProductItem);
return ProductItem;
});

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odoo.define('point_of_sale.ProductScreen', function(require) {
'use strict';
const PosComponent = require('point_of_sale.PosComponent');
const ControlButtonsMixin = require('point_of_sale.ControlButtonsMixin');
const NumberBuffer = require('point_of_sale.NumberBuffer');
const { useListener } = require("@web/core/utils/hooks");
const Registries = require('point_of_sale.Registries');
const { useBarcodeReader } = require('point_of_sale.custom_hooks');
const { isConnectionError } = require('point_of_sale.utils');
const { parse } = require('web.field_utils');
const { _lt } = require('@web/core/l10n/translation');
const { onMounted, useState } = owl;
class ProductScreen extends ControlButtonsMixin(PosComponent) {
setup() {
super.setup();
useListener('update-selected-orderline', (...args) => {
if (!this.env.pos.tempScreenIsShown) this._updateSelectedOrderline(...args);
});
useListener('select-line', this._selectLine);
useListener('set-numpad-mode', this._setNumpadMode);
useListener('click-product', this._clickProduct);
useListener('click-partner', this.onClickPartner);
useListener('click-pay', this._onClickPay);
useBarcodeReader({
product: this._barcodeProductAction,
quantity: this._barcodeProductAction,
weight: this._barcodeProductAction,
price: this._barcodeProductAction,
client: this._barcodePartnerAction,
discount: this._barcodeDiscountAction,
error: this._barcodeErrorAction,
gs1: this._barcodeGS1Action,
});
NumberBuffer.use({
nonKeyboardInputEvent: 'numpad-click-input',
triggerAtInput: 'update-selected-orderline',
useWithBarcode: true,
});
onMounted(this.onMounted);
// Call `reset` when the `onMounted` callback in `NumberBuffer.use` is done.
// We don't do this in the `mounted` lifecycle method because it is called before
// the callbacks in `onMounted` hook.
onMounted(() => NumberBuffer.reset());
this.state = useState({
mobile_pane: this.props.mobile_pane || 'right',
});
}
onMounted() {
this.env.posbus.trigger('start-cash-control');
}
/**
* To be overridden by modules that checks availability of
* connected scale.
* @see _onScaleNotAvailable
*/
get isScaleAvailable() {
return true;
}
get partner() {
return this.currentOrder ? this.currentOrder.get_partner() : null;
}
get currentOrder() {
return this.env.pos.get_order();
}
async _getAddProductOptions(product, code) {
let price_extra = 0.0;
let draftPackLotLines, weight, description, packLotLinesToEdit;
if (_.some(product.attribute_line_ids, (id) => id in this.env.pos.attributes_by_ptal_id)) {
let { confirmed, payload } = await this._openProductConfiguratorPopup(product);
if (confirmed) {
description = payload.selected_attributes.join(', ');
price_extra += payload.price_extra;
} else {
return;
}
}
// Gather lot information if required.
if (['serial', 'lot'].includes(product.tracking) && (this.env.pos.picking_type.use_create_lots || this.env.pos.picking_type.use_existing_lots)) {
const isAllowOnlyOneLot = product.isAllowOnlyOneLot();
if (isAllowOnlyOneLot) {
packLotLinesToEdit = [];
} else {
const orderline = this.currentOrder
.get_orderlines()
.filter(line => !line.get_discount())
.find(line => line.product.id === product.id);
if (orderline) {
packLotLinesToEdit = orderline.getPackLotLinesToEdit();
} else {
packLotLinesToEdit = [];
}
}
// if the lot information exists in the barcode, we don't need to ask it from the user.
if (code && code.type === 'lot') {
// consider the old and new packlot lines
const modifiedPackLotLines = Object.fromEntries(
packLotLinesToEdit.filter(item => item.id).map(item => [item.id, item.text])
);
const newPackLotLines = [
{ lot_name: code.code },
];
draftPackLotLines = { modifiedPackLotLines, newPackLotLines };
} else {
const { confirmed, payload } = await this.showPopup('EditListPopup', {
title: this.env._t('Lot/Serial Number(s) Required'),
isSingleItem: isAllowOnlyOneLot,
array: packLotLinesToEdit,
});
if (confirmed) {
// Segregate the old and new packlot lines
const modifiedPackLotLines = Object.fromEntries(
payload.newArray.filter(item => item.id).map(item => [item.id, item.text])
);
const newPackLotLines = payload.newArray
.filter(item => !item.id)
.map(item => ({ lot_name: item.text }));
draftPackLotLines = { modifiedPackLotLines, newPackLotLines };
} else {
// We don't proceed on adding product.
return;
}
}
}
// Take the weight if necessary.
if (product.to_weight && this.env.pos.config.iface_electronic_scale) {
// Show the ScaleScreen to weigh the product.
if (this.isScaleAvailable) {
const { confirmed, payload } = await this.showTempScreen('ScaleScreen', {
product,
});
if (confirmed) {
weight = payload.weight;
} else {
// do not add the product;
return;
}
} else {
await this._onScaleNotAvailable();
}
}
if (code && this.env.pos.db.product_packaging_by_barcode[code.code]) {
weight = this.env.pos.db.product_packaging_by_barcode[code.code].qty;
}
return { draftPackLotLines, quantity: weight, description, price_extra };
}
async _openProductConfiguratorPopup(product) {
let attributes = _.map(product.attribute_line_ids, (id) => this.env.pos.attributes_by_ptal_id[id])
.filter((attr) => attr !== undefined);
// avoid opening the popup when each attribute has only one available option.
if (_.some(attributes, (attribute) => attribute.values.length > 1 || _.some(attribute.values, (value) => value.is_custom))) {
return await this.showPopup('ProductConfiguratorPopup', {
product: product,
attributes: attributes,
});
};
let selected_attributes = [];
let price_extra = 0.0;
attributes.forEach((attribute) => {
selected_attributes.push(attribute.values[0].name);
price_extra += attribute.values[0].price_extra;
});
return {
confirmed: true,
payload: {
selected_attributes,
price_extra,
}
};
}
async _addProduct(product, options) {
this.currentOrder.add_product(product, options);
}
async _clickProduct(event) {
if (!this.currentOrder) {
this.env.pos.add_new_order();
}
const product = event.detail.product || event.detail;
const options = await this._getAddProductOptions(product);
// Do not add product if options is undefined.
if (!options) return;
// Update the quantity if the event has a quantity.
if (event.detail.quantity !== undefined) {
options.quantity = event.detail.quantity;
}
// Add the product after having the extra information.
await this._addProduct(product, options);
NumberBuffer.reset();
}
_setNumpadMode(event) {
const { mode } = event.detail;
NumberBuffer.capture();
NumberBuffer.reset();
this.env.pos.numpadMode = mode;
}
_selectLine() {
NumberBuffer.reset();
}
async _updateSelectedOrderline(event) {
const order = this.env.pos.get_order();
const selectedLine = order.get_selected_orderline();
// This validation must not be affected by `disallowLineQuantityChange`
if (selectedLine && selectedLine.isTipLine() && this.env.pos.numpadMode !== "price") {
/**
* You can actually type numbers from your keyboard, while a popup is shown, causing
* the number buffer storage to be filled up with the data typed. So we force the
* clean-up of that buffer whenever we detect this illegal action.
*/
NumberBuffer.reset();
if (event.detail.key === "Backspace") {
this._setValue("remove");
} else {
this.showPopup("ErrorPopup", {
title: this.env._t("Cannot modify a tip"),
body: this.env._t("Customer tips, cannot be modified directly"),
});
}
} else if (this.env.pos.numpadMode === 'quantity' && this.env.pos.disallowLineQuantityChange()) {
if(!order.orderlines.length)
return;
let orderlines = order.orderlines;
let lastId = orderlines.length !== 0 && orderlines.at(orderlines.length - 1).cid;
let currentQuantity = this.env.pos.get_order().get_selected_orderline().get_quantity();
if(selectedLine.noDecrease) {
this.showPopup('ErrorPopup', {
title: this.env._t('Invalid action'),
body: this.env._t('You are not allowed to change this quantity'),
});
return;
}
const parsedInput = event.detail.buffer && parse.float(event.detail.buffer) || 0;
if(lastId != selectedLine.cid)
this._showDecreaseQuantityPopup();
else if(currentQuantity < parsedInput)
this._setValue(event.detail.buffer);
else if(parsedInput < currentQuantity)
this._showDecreaseQuantityPopup();
} else {
let { buffer } = event.detail;
let val = buffer === null ? 'remove' : buffer;
this._setValue(val);
if (val == 'remove') {
NumberBuffer.reset();
this.env.pos.numpadMode = 'quantity';
}
}
}
_setValue(val) {
if (this.currentOrder.get_selected_orderline()) {
if (this.env.pos.numpadMode === 'quantity') {
const result = this.currentOrder.get_selected_orderline().set_quantity(val);
if (!result) NumberBuffer.reset();
} else if (this.env.pos.numpadMode === 'discount') {
this.currentOrder.get_selected_orderline().set_discount(val);
} else if (this.env.pos.numpadMode === 'price') {
var selected_orderline = this.currentOrder.get_selected_orderline();
selected_orderline.price_manually_set = true;
selected_orderline.set_unit_price(val);
}
}
}
async _getProductByBarcode(code) {
let product = this.env.pos.db.get_product_by_barcode(code.base_code);
if (!product) {
// find the barcode in the backend
let foundProductIds = [];
const foundPackagings = [];
try {
const { product_id = [], packaging = [] } = await this.rpc({
model: 'pos.session',
method: 'find_product_by_barcode',
args: [odoo.pos_session_id, code.base_code],
context: this.env.session.user_context,
});
foundProductIds.push(...product_id);
foundPackagings.push(...packaging);
} catch (error) {
if (isConnectionError(error)) {
return this.showPopup('OfflineErrorPopup', {
title: this.env._t('Network Error'),
body: this.env._t("Product is not loaded. Tried loading the product from the server but there is a network error."),
});
} else {
throw error;
}
}
if (foundProductIds.length) {
await this.env.pos._addProducts(foundProductIds, false);
if (foundPackagings.length) {
this.env.pos.db.add_packagings(foundPackagings);
}
// assume that the result is unique.
product = this.env.pos.db.get_product_by_id(foundProductIds[0]);
} else {
return this._barcodeErrorAction(code);
}
}
return product
}
async _barcodeProductAction(code) {
const product = await this._getProductByBarcode(code);
if (!product) {
return;
}
const options = await this._getAddProductOptions(product, code);
// Do not proceed on adding the product when no options is returned.
// This is consistent with _clickProduct.
if (!options) return;
// update the options depending on the type of the scanned code
if (code.type === 'price') {
Object.assign(options, {
price: code.value,
extras: {
price_manually_set: true,
},
});
} else if (code.type === 'weight' || code.type === 'quantity') {
Object.assign(options, {
quantity: code.value,
merge: false,
});
} else if (code.type === 'discount') {
Object.assign(options, {
discount: code.value,
merge: false,
});
}
this.currentOrder.add_product(product, options);
NumberBuffer.reset();
}
_barcodePartnerAction(code) {
const partner = this.env.pos.db.get_partner_by_barcode(code.code);
if (partner) {
if (this.currentOrder.get_partner() !== partner) {
this.currentOrder.set_partner(partner);
this.currentOrder.updatePricelist(partner);
}
return true;
}
this._barcodeErrorAction(code);
return false;
}
_barcodeDiscountAction(code) {
var last_orderline = this.currentOrder.get_last_orderline();
if (last_orderline) {
last_orderline.set_discount(code.value);
}
}
async _parseElementsFromGS1(parsed_results) {
const productBarcode = parsed_results.find(element => element.type === 'product');
const lotBarcode = parsed_results.find(element => element.type === 'lot');
const product = await this._getProductByBarcode(productBarcode);
return { product, lotBarcode, customProductOptions: {} }
}
/**
* Add a product to the current order using the product identifier and lot number from parsed results.
* This function retrieves the product identifier and lot number from the `parsed_results` parameter.
* It then uses these values to retrieve the product and add it to the current order.
*/
async _barcodeGS1Action(parsed_results) {
const { product, lotBarcode, customProductOptions } = await this._parseElementsFromGS1(parsed_results)
if (!product) {
return;
}
const options = await this._getAddProductOptions(product, lotBarcode);
await this.currentOrder.add_product(product, { ...options, ...customProductOptions });
NumberBuffer.reset();
}
// IMPROVEMENT: The following two methods should be in PosScreenComponent?
// Why? Because once we start declaring barcode actions in different
// screens, these methods will also be declared over and over.
_barcodeErrorAction(code) {
this.showPopup('ErrorBarcodePopup', { code: this._codeRepr(code) });
}
_codeRepr(code) {
if (code.code.length > 32) {
return code.code.substring(0, 29) + '...';
} else {
return code.code;
}
}
async _displayAllControlPopup() {
await this.showPopup('ControlButtonPopup', {
controlButtons: this.controlButtons
});
}
/**
* override this method to perform procedure if the scale is not available.
* @see isScaleAvailable
*/
async _onScaleNotAvailable() {}
async _showDecreaseQuantityPopup() {
const { confirmed, payload: inputNumber } = await this.showPopup('NumberPopup', {
startingValue: 0,
title: this.env._t('Set the new quantity'),
});
let newQuantity = inputNumber && inputNumber !== "" ? parse.float(inputNumber) : null;
if (confirmed && newQuantity !== null) {
let order = this.env.pos.get_order();
let selectedLine = this.env.pos.get_order().get_selected_orderline();
let currentQuantity = selectedLine.get_quantity()
if(selectedLine.is_last_line() && currentQuantity === 1 && newQuantity < currentQuantity)
selectedLine.set_quantity(newQuantity);
else if(newQuantity >= currentQuantity)
selectedLine.set_quantity(newQuantity);
else {
let newLine = selectedLine.clone();
let decreasedQuantity = currentQuantity - newQuantity
newLine.order = order;
newLine.set_quantity( - decreasedQuantity, true);
order.add_orderline(newLine);
}
return true;
}
return false;
}
async onClickPartner() {
// IMPROVEMENT: This code snippet is very similar to selectPartner of PaymentScreen.
const currentPartner = this.currentOrder.get_partner();
if (currentPartner && this.currentOrder.getHasRefundLines()) {
this.showPopup('ErrorPopup', {
title: this.env._t("Can't change customer"),
body: _.str.sprintf(
this.env._t(
"This order already has refund lines for %s. We can't change the customer associated to it. Create a new order for the new customer."
),
currentPartner.name
),
});
return;
}
const { confirmed, payload: newPartner } = await this.showTempScreen(
'PartnerListScreen',
{ partner: currentPartner }
);
if (confirmed) {
this.currentOrder.set_partner(newPartner);
this.currentOrder.updatePricelist(newPartner);
}
}
async _onClickPay() {
if (this.env.pos.get_order().orderlines.some(line => line.get_product().tracking !== 'none' && !line.has_valid_product_lot()) && (this.env.pos.picking_type.use_create_lots || this.env.pos.picking_type.use_existing_lots)) {
const { confirmed } = await this.showPopup('ConfirmPopup', {
title: this.env._t('Some Serial/Lot Numbers are missing'),
body: this.env._t('You are trying to sell products with serial/lot numbers, but some of them are not set.\nWould you like to proceed anyway?'),
confirmText: this.env._t('Yes'),
cancelText: this.env._t('No')
});
if (confirmed) {
this.showScreen('PaymentScreen');
}
} else {
this.showScreen('PaymentScreen');
}
}
switchPane() {
this.state.mobile_pane = this.state.mobile_pane === "left" ? "right" : "left";
}
}
ProductScreen.template = 'ProductScreen';
ProductScreen.numpadActionName = _lt('Payment');
Registries.Component.add(ProductScreen);
return ProductScreen;
});

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odoo.define('point_of_sale.ProductsWidget', function(require) {
'use strict';
const { identifyError } = require('point_of_sale.utils');
const { ConnectionLostError, ConnectionAbortedError } = require('@web/core/network/rpc_service');
const PosComponent = require('point_of_sale.PosComponent');
const { useListener } = require("@web/core/utils/hooks");
const Registries = require('point_of_sale.Registries');
const { onWillUnmount, useState } = owl;
class ProductsWidget extends PosComponent {
/**
* @param {Object} props
* @param {number?} props.startCategoryId
*/
setup() {
super.setup();
useListener('switch-category', this._switchCategory);
useListener('update-search', this._updateSearch);
useListener('clear-search', this._clearSearch);
useListener('load-products-from-server', this._onPressEnterKey);
this.state = useState({ searchWord: '', previousSearchWord: "", currentOffset: 0 });
onWillUnmount(this.onWillUnmount);
}
onWillUnmount() {
this.trigger('toggle-mobile-searchbar', false);
}
get selectedCategoryId() {
return this.env.pos.selectedCategoryId;
}
get searchWord() {
return this.state.searchWord.trim();
}
get productsToDisplay() {
let list = [];
if (this.searchWord !== '') {
list = this.env.pos.db.search_product_in_category(
this.selectedCategoryId,
this.searchWord
);
} else {
list = this.env.pos.db.get_product_by_category(this.selectedCategoryId);
}
return list.sort(function (a, b) { return a.display_name.localeCompare(b.display_name) });
}
get subcategories() {
return this.env.pos.db
.get_category_childs_ids(this.selectedCategoryId)
.map(id => this.env.pos.db.get_category_by_id(id));
}
get breadcrumbs() {
if (this.selectedCategoryId === this.env.pos.db.root_category_id) return [];
return [
...this.env.pos.db
.get_category_ancestors_ids(this.selectedCategoryId)
.slice(1),
this.selectedCategoryId,
].map(id => this.env.pos.db.get_category_by_id(id));
}
get hasNoCategories() {
return this.env.pos.db.get_category_childs_ids(0).length === 0;
}
get shouldShowButton() {
return this.productsToDisplay.length === 0 && this.searchWord;
}
_switchCategory(event) {
this.env.pos.setSelectedCategoryId(event.detail);
}
_updateSearch(event) {
this.state.searchWord = event.detail;
}
_clearSearch() {
this.state.searchWord = '';
}
_updateProductList(event) {
this.render(true);
this.trigger('switch-category', 0);
}
async _onPressEnterKey() {
if (!this.state.searchWord) return;
if (this.state.previousSearchWord != this.state.searchWord) {
this.state.currentOffset = 0;
}
const result = await this.loadProductFromDB();
if (result.length > 0) {
this.showNotification(
_.str.sprintf(
this.env._t('%s product(s) found for "%s".'),
result.length,
this.state.searchWord
),
3000
);
} else {
this.showNotification(
_.str.sprintf(
this.env._t('No more product found for "%s".'),
this.state.searchWord
),
3000
);
}
if (this.state.previousSearchWord == this.state.searchWord) {
this.state.currentOffset += result.length;
} else {
this.state.previousSearchWord = this.state.searchWord;
this.state.currentOffset = result.length;
}
}
async loadProductFromDB() {
if(!this.state.searchWord)
return;
try {
const limit = 30;
let ProductIds = await this.rpc({
model: 'product.product',
method: 'search',
args: [['&',['available_in_pos', '=', true], '|','|',
['name', 'ilike', this.state.searchWord],
['default_code', 'ilike', this.state.searchWord],
['barcode', 'ilike', this.state.searchWord]]],
context: this.env.session.user_context,
kwargs: {
offset: this.state.currentOffset,
limit: limit,
}
});
if(ProductIds.length) {
await this.env.pos._addProducts(ProductIds, false);
}
this._updateProductList();
return ProductIds;
} catch (error) {
const identifiedError = identifyError(error)
if (identifiedError instanceof ConnectionLostError || identifiedError instanceof ConnectionAbortedError) {
return this.showPopup('OfflineErrorPopup', {
title: this.env._t('Network Error'),
body: this.env._t("Product is not loaded. Tried loading the product from the server but there is a network error."),
});
} else {
throw error;
}
}
}
}
ProductsWidget.template = 'ProductsWidget';
Registries.Component.add(ProductsWidget);
return ProductsWidget;
});

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odoo.define('point_of_sale.ProductsWidgetControlPanel', function(require) {
'use strict';
const PosComponent = require('point_of_sale.PosComponent');
const Registries = require('point_of_sale.Registries');
const { debounce } = require("@web/core/utils/timing");
const { onMounted, onWillUnmount, useRef } = owl;
class ProductsWidgetControlPanel extends PosComponent {
setup() {
super.setup();
this.searchWordInput = useRef('search-word-input-product');
this.updateSearch = debounce(this.updateSearch, 100);
onMounted(() => {
this.env.posbus.on('search-product-from-info-popup', this, this.searchProductFromInfo)
});
onWillUnmount(() => {
this.env.posbus.off('search-product-from-info-popup', this);
});
}
_clearSearch() {
this.searchWordInput.el.value = '';
this.trigger('clear-search');
}
get displayCategImages() {
return Object.values(this.env.pos.db.category_by_id).some(categ => categ.has_image) && !this.env.isMobile;
}
updateSearch(event) {
this.trigger('update-search', event.target.value);
}
async _onPressEnterKey() {
if (!this.searchWordInput.el.value) return;
this.trigger('load-products-from-server');
}
searchProductFromInfo(productName) {
this.searchWordInput.el.value = productName;
this.trigger('switch-category', 0);
this.trigger('update-search', productName);
}
_toggleMobileSearchbar() {
this.trigger('toggle-mobile-searchbar');
}
}
ProductsWidgetControlPanel.template = 'ProductsWidgetControlPanel';
Registries.Component.add(ProductsWidgetControlPanel);
return ProductsWidgetControlPanel;
});

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odoo.define('point_of_sale.OrderReceipt', function(require) {
'use strict';
const PosComponent = require('point_of_sale.PosComponent');
const Registries = require('point_of_sale.Registries');
const { onWillUpdateProps } = owl;
class OrderReceipt extends PosComponent {
setup() {
super.setup();
this._receiptEnv = this.props.order.getOrderReceiptEnv();
onWillUpdateProps((nextProps) => {
this._receiptEnv = nextProps.order.getOrderReceiptEnv();
});
}
get receipt() {
return this.receiptEnv.receipt;
}
get orderlines() {
return this.receiptEnv.orderlines;
}
get paymentlines() {
return this.receiptEnv.paymentlines;
}
get isTaxIncluded() {
return Math.abs(this.receipt.subtotal - this.receipt.total_with_tax) <= 0.000001;
}
get receiptEnv () {
return this._receiptEnv;
}
isSimple(line) {
return (
line.discount === 0 &&
line.is_in_unit &&
line.quantity === 1 &&
!(
line.display_discount_policy == 'without_discount' &&
line.price < line.price_lst
)
);
}
}
OrderReceipt.template = 'OrderReceipt';
Registries.Component.add(OrderReceipt);
return OrderReceipt;
});

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odoo.define('point_of_sale.ReceiptScreen', function (require) {
'use strict';
const { Printer } = require('point_of_sale.Printer');
const { is_email } = require('web.utils');
const { useErrorHandlers } = require('point_of_sale.custom_hooks');
const Registries = require('point_of_sale.Registries');
const AbstractReceiptScreen = require('point_of_sale.AbstractReceiptScreen');
const { useAsyncLockedMethod } = require('point_of_sale.custom_hooks');
const { onMounted, useRef, status } = owl;
const ReceiptScreen = (AbstractReceiptScreen) => {
class ReceiptScreen extends AbstractReceiptScreen {
setup() {
super.setup();
useErrorHandlers();
this.orderReceipt = useRef('order-receipt');
const order = this.currentOrder;
const partner = order.get_partner();
this.orderUiState = order.uiState.ReceiptScreen;
this.orderUiState.inputEmail = this.orderUiState.inputEmail || (partner && partner.email) || '';
this.orderUiState.isSendingEmail = false;
this.is_email = is_email;
onMounted(() => {
// Here, we send a task to the event loop that handles
// the printing of the receipt when the component is mounted.
// We are doing this because we want the receipt screen to be
// displayed regardless of what happen to the handleAutoPrint
// call.
setTimeout(async () => {
if (status(this) === "mounted") {
let images = this.orderReceipt.el.getElementsByTagName('img');
for (let image of images) {
await image.decode();
}
await this.handleAutoPrint();
}
}, 0);
});
this.onSendEmail = useAsyncLockedMethod(this.onSendEmail);
}
_addNewOrder() {
this.env.pos.add_new_order();
}
async onSendEmail() {
if (!is_email(this.orderUiState.inputEmail)) {
this.orderUiState.emailSuccessful = false;
this.orderUiState.emailNotice = this.env._t('Invalid email.');
return;
}
let isSuccess = false;
let notice = "";
try {
this.orderUiState.isSendingEmail = true;
await this._sendReceiptToCustomer();
isSuccess = true;
notice = this.env._t("Email sent.");
} catch (_error) {
isSuccess = false;
notice = this.env._t("Sending email failed. Please try again.");
} finally {
// Wait for 1 second before reflecting the state change in the UI.
await new Promise((res) => setTimeout(res, 1000));
this.orderUiState.emailSuccessful = isSuccess;
this.orderUiState.emailNotice = notice;
this.orderUiState.isSendingEmail = false;
}
}
get orderAmountPlusTip() {
const order = this.currentOrder;
const orderTotalAmount = order.get_total_with_tax();
const tip_product_id = this.env.pos.config.tip_product_id && this.env.pos.config.tip_product_id[0];
const tipLine = order
.get_orderlines()
.find((line) => tip_product_id && line.product.id === tip_product_id);
const tipAmount = tipLine ? tipLine.get_all_prices().priceWithTax : 0;
const orderAmountStr = this.env.pos.format_currency(orderTotalAmount - tipAmount);
if (!tipAmount) return orderAmountStr;
const tipAmountStr = this.env.pos.format_currency(tipAmount);
return `${orderAmountStr} + ${tipAmountStr} tip`;
}
get currentOrder() {
return this.env.pos.get_order();
}
get nextScreen() {
return { name: 'ProductScreen' };
}
whenClosing() {
this.orderDone();
}
/**
* This function is called outside the rendering call stack. This way,
* we don't block the displaying of ReceiptScreen when it is mounted; additionally,
* any error that can happen during the printing does not affect the rendering.
*/
async handleAutoPrint() {
if (this._shouldAutoPrint()) {
const currentOrder = this.currentOrder;
await this.printReceipt();
if (this.currentOrder && this.currentOrder === currentOrder && currentOrder._printed && this._shouldCloseImmediately()) {
this.whenClosing();
}
}
}
orderDone() {
this.env.pos.removeOrder(this.currentOrder);
this._addNewOrder();
const { name, props } = this.nextScreen;
this.showScreen(name, props);
if (this.env.pos.config.iface_customer_facing_display) {
this.env.pos.send_current_order_to_customer_facing_display();
}
}
async printReceipt() {
const currentOrder = this.currentOrder;
const isPrinted = await this._printReceipt();
if (isPrinted) {
currentOrder._printed = true;
}
}
_shouldAutoPrint() {
return this.env.pos.config.iface_print_auto && !this.currentOrder._printed;
}
_shouldCloseImmediately() {
var invoiced_finalized = this.currentOrder.is_to_invoice() ? this.currentOrder.finalized : true;
return this.env.proxy.printer && this.env.pos.config.iface_print_skip_screen && invoiced_finalized;
}
async _sendReceiptToCustomer() {
const printer = new Printer(null, this.env.pos);
printer.isEmail = true;
const receiptString = this.orderReceipt.el.innerHTML;
const ticketImage = await printer.htmlToImg(receiptString);
const order = this.currentOrder;
const partner = order.get_partner();
const orderName = order.get_name();
const orderPartner = { email: this.orderUiState.inputEmail, name: partner ? partner.name : this.orderUiState.inputEmail };
const order_server_id = this.env.pos.validated_orders_name_server_id_map[orderName];
if (!order_server_id) {
this.showPopup('ErrorPopup', {
title: this.env._t('Unsynced order'),
body: this.env._t('This order is not yet synced to server. Make sure it is synced then try again.'),
});
return Promise.reject();
}
await this.rpc({
model: 'pos.order',
method: 'action_receipt_to_customer',
args: [[order_server_id], orderName, orderPartner, ticketImage],
});
}
}
ReceiptScreen.template = 'ReceiptScreen';
return ReceiptScreen;
};
Registries.Component.addByExtending(ReceiptScreen, AbstractReceiptScreen);
return ReceiptScreen;
});

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odoo.define('point_of_sale.WrappedProductNameLines', function(require) {
'use strict';
const PosComponent = require('point_of_sale.PosComponent');
const Registries = require('point_of_sale.Registries');
class WrappedProductNameLines extends PosComponent {}
WrappedProductNameLines.template = 'WrappedProductNameLines';
Registries.Component.add(WrappedProductNameLines);
return WrappedProductNameLines;
});

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odoo.define('point_of_sale.ScaleScreen', function(require) {
'use strict';
const PosComponent = require('point_of_sale.PosComponent');
const { round_precision: round_pr } = require('web.utils');
const Registries = require('point_of_sale.Registries');
const { onMounted, onWillUnmount, useExternalListener, useState } = owl;
class ScaleScreen extends PosComponent {
/**
* @param {Object} props
* @param {Object} props.product The product to weight.
*/
setup() {
super.setup();
useExternalListener(document, 'keyup', this._onHotkeys);
this.state = useState({ weight: 0 });
onMounted(this.onMounted);
onWillUnmount(this.onWillUnmount);
}
onMounted() {
// start the scale reading
this._readScale();
}
onWillUnmount() {
// stop the scale reading
this.env.proxy_queue.clear();
}
back() {
this.props.resolve({ confirmed: false, payload: null });
this.trigger('close-temp-screen');
}
confirm() {
this.props.resolve({
confirmed: true,
payload: { weight: this.state.weight },
});
this.trigger('close-temp-screen');
}
_onHotkeys(event) {
if (event.key === 'Escape') {
this.back();
} else if (event.key === 'Enter') {
this.confirm();
}
}
_readScale() {
this.env.proxy_queue.schedule(this._setWeight.bind(this), {
duration: 500,
repeat: true,
});
}
async _setWeight() {
const reading = await this.env.proxy.scale_read();
this.state.weight = reading.weight;
}
get _activePricelist() {
const current_order = this.env.pos.get_order();
let current_pricelist = this.env.pos.default_pricelist;
if (current_order) {
current_pricelist = current_order.pricelist;
}
return current_pricelist;
}
get productWeightString() {
const defaultstr = (this.state.weight || 0).toFixed(3) + ' Kg';
if (!this.props.product || !this.env.pos) {
return defaultstr;
}
const unit_id = this.props.product.uom_id;
if (!unit_id) {
return defaultstr;
}
const unit = this.env.pos.units_by_id[unit_id[0]];
const weight = round_pr(this.state.weight || 0, unit.rounding);
let weightstr = weight.toFixed(Math.ceil(Math.log(1.0 / unit.rounding) / Math.log(10)));
weightstr += ' ' + unit.name;
return weightstr;
}
get computedPriceString() {
return this.env.pos.format_currency(this.productPrice * this.state.weight);
}
get productPrice() {
const product = this.props.product;
return (product ? product.get_price(this._activePricelist, this.state.weight) : 0) || 0;
}
get productName() {
return (
(this.props.product ? this.props.product.display_name : undefined) ||
'Unnamed Product'
);
}
get productUom() {
return this.props.product
? this.env.pos.units_by_id[this.props.product.uom_id[0]].name
: '';
}
}
ScaleScreen.template = 'ScaleScreen';
Registries.Component.add(ScaleScreen);
return ScaleScreen;
});

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odoo.define('point_of_sale.InvoiceButton', function (require) {
'use strict';
const { useListener } = require("@web/core/utils/hooks");
const { isConnectionError } = require('point_of_sale.utils');
const PosComponent = require('point_of_sale.PosComponent');
const Registries = require('point_of_sale.Registries');
class InvoiceButton extends PosComponent {
setup() {
super.setup();
useListener('click', this._onClick);
}
get isAlreadyInvoiced() {
if (!this.props.order) return false;
return Boolean(this.props.order.account_move);
}
get commandName() {
if (!this.props.order) {
return this.env._t('Invoice');
} else {
return this.isAlreadyInvoiced
? this.env._t('Reprint Invoice')
: this.env._t('Invoice');
}
}
async _downloadInvoice(orderId) {
try {
const [orderWithInvoice] = await this.rpc({
method: 'read',
model: 'pos.order',
args: [orderId, ['account_move']],
kwargs: { load: false },
});
if (orderWithInvoice && orderWithInvoice.account_move) {
await this.env.legacyActionManager.do_action(this.env.pos.invoiceReportAction, {
additional_context: {
active_ids: [orderWithInvoice.account_move],
},
});
}
} catch (error) {
if (error instanceof Error) {
throw error;
} else {
// NOTE: error here is most probably undefined
this.showPopup('ErrorPopup', {
title: this.env._t('Network Error'),
body: this.env._t('Unable to download invoice.'),
});
}
}
}
async _invoiceOrder() {
const order = this.props.order;
if (!order) return;
const orderId = order.backendId;
// Part 0. If already invoiced, print the invoice.
if (this.isAlreadyInvoiced) {
await this._downloadInvoice(orderId);
return;
}
// Part 1: Handle missing partner.
// Write to pos.order the selected partner.
if (!order.get_partner()) {
const { confirmed: confirmedPopup } = await this.showPopup('ConfirmPopup', {
title: this.env._t('Need customer to invoice'),
body: this.env._t('Do you want to open the customer list to select customer?'),
});
if (!confirmedPopup) return;
const { confirmed: confirmedTempScreen, payload: newPartner } = await this.showTempScreen(
'PartnerListScreen'
);
if (!confirmedTempScreen) return;
await this.rpc({
model: 'pos.order',
method: 'write',
args: [[orderId], { partner_id: newPartner.id }],
kwargs: { context: this.env.session.user_context },
});
}
// Part 2: Invoice the order.
await this.rpc(
{
model: 'pos.order',
method: 'action_pos_order_invoice',
args: [orderId],
kwargs: { context: this.env.session.user_context },
},
{
timeout: 30000,
shadow: true,
}
);
// Part 3: Download invoice.
await this._downloadInvoice(orderId);
this.trigger('order-invoiced', orderId);
}
async _onClick() {
try {
this.el.style.pointerEvents = 'none';
await this._invoiceOrder();
} catch (error) {
if (isConnectionError(error)) {
this.showPopup('ErrorPopup', {
title: this.env._t('Network Error'),
body: this.env._t('Unable to invoice order.'),
});
} else {
throw error;
}
} finally {
this.el.style.pointerEvents = 'auto';
}
}
}
InvoiceButton.template = 'InvoiceButton';
Registries.Component.add(InvoiceButton);
return InvoiceButton;
});

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odoo.define('point_of_sale.ReprintReceiptButton', function (require) {
'use strict';
const { useListener } = require("@web/core/utils/hooks");
const PosComponent = require('point_of_sale.PosComponent');
const Registries = require('point_of_sale.Registries');
class ReprintReceiptButton extends PosComponent {
setup() {
super.setup();
useListener('click', this._onClick);
}
async _onClick() {
if (!this.props.order) return;
this.showScreen('ReprintReceiptScreen', { order: this.props.order });
}
}
ReprintReceiptButton.template = 'ReprintReceiptButton';
Registries.Component.add(ReprintReceiptButton);
return ReprintReceiptButton;
});

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odoo.define('point_of_sale.OrderDetails', function (require) {
'use strict';
const PosComponent = require('point_of_sale.PosComponent');
const Registries = require('point_of_sale.Registries');
/**
* @props {models.Order} order
*/
class OrderDetails extends PosComponent {
get order() {
return this.props.order;
}
get orderlines() {
return this.order ? this.order.orderlines : [];
}
get total() {
return this.env.pos.format_currency(this.order ? this.order.get_total_with_tax() : 0);
}
get tax() {
return this.env.pos.format_currency(this.order ? this.order.get_total_tax() : 0)
}
}
OrderDetails.template = 'OrderDetails';
Registries.Component.add(OrderDetails);
return OrderDetails;
});

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odoo.define('point_of_sale.OrderlineDetails', function (require) {
'use strict';
const PosComponent = require('point_of_sale.PosComponent');
const Registries = require('point_of_sale.Registries');
const { format } = require('web.field_utils');
const { round_precision: round_pr } = require('web.utils');
/**
* @props {pos.order.line} line
*/
class OrderlineDetails extends PosComponent {
get line() {
const line = this.props.line;
const formatQty = (line) => {
const quantity = line.get_quantity();
const unit = line.get_unit();
const decimals = this.env.pos.dp['Product Unit of Measure'];
const rounding = Math.max(unit.rounding, Math.pow(10, -decimals));
const roundedQuantity = round_pr(quantity, rounding);
return format.float(roundedQuantity, { digits: [69, decimals] });
};
return {
productName: line.get_full_product_name(),
totalPrice: line.get_price_with_tax(),
quantity: formatQty(line),
unit: line.get_unit().name,
unitPrice: line.get_unit_price(),
};
}
get productName() {
return this.line.productName;
}
get totalPrice() {
return this.env.pos.format_currency(this.line.totalPrice);
}
get quantity() {
return this.line.quantity;
}
get unitPrice() {
return this.env.pos.format_currency(this.line.unitPrice);
}
get unit() {
return this.line.unit;
}
get pricePerUnit() {
return ` ${this.unit} at ${this.unitPrice} / ${this.unit}`;
}
get customerNote() {
return this.props.line.get_customer_note();
}
getToRefundDetail() {
return this.env.pos.toRefundLines[this.props.line.id];
}
hasRefundedQty() {
return !this.env.pos.isProductQtyZero(this.props.line.refunded_qty);
}
getFormattedRefundedQty() {
return this.env.pos.formatProductQty(this.props.line.refunded_qty);
}
hasToRefundQty() {
const toRefundDetail = this.getToRefundDetail();
return !this.env.pos.isProductQtyZero(toRefundDetail && toRefundDetail.qty);
}
getFormattedToRefundQty() {
const toRefundDetail = this.getToRefundDetail();
return this.env.pos.formatProductQty(toRefundDetail && toRefundDetail.qty);
}
getRefundingMessage() {
return _.str.sprintf(this.env._t('Refunding %s in '), this.getFormattedToRefundQty());
}
getToRefundMessage() {
return _.str.sprintf(this.env._t('To Refund: %s'), this.getFormattedToRefundQty());
}
}
OrderlineDetails.template = 'OrderlineDetails';
Registries.Component.add(OrderlineDetails);
return OrderlineDetails;
});

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odoo.define('point_of_sale.ReprintReceiptScreen', function (require) {
'use strict';
const AbstractReceiptScreen = require('point_of_sale.AbstractReceiptScreen');
const Registries = require('point_of_sale.Registries');
const ReprintReceiptScreen = (AbstractReceiptScreen) => {
class ReprintReceiptScreen extends AbstractReceiptScreen {
setup() {
super.setup();
owl.onMounted(this.onMounted);
}
onMounted() {
setTimeout(() => {
this.printReceipt();
}, 50);
}
confirm() {
this.showScreen('TicketScreen', { reuseSavedUIState: true });
}
async printReceipt() {
if(this.env.proxy.printer && this.env.pos.config.iface_print_skip_screen) {
let result = await this._printReceipt();
if(result)
this.showScreen('TicketScreen', { reuseSavedUIState: true });
}
}
async tryReprint() {
await this._printReceipt();
}
}
ReprintReceiptScreen.template = 'ReprintReceiptScreen';
return ReprintReceiptScreen;
};
Registries.Component.addByExtending(ReprintReceiptScreen, AbstractReceiptScreen);
return ReprintReceiptScreen;
});

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odoo.define('point_of_sale.TicketScreen', function (require) {
'use strict';
const { Order } = require('point_of_sale.models');
const Registries = require('point_of_sale.Registries');
const IndependentToOrderScreen = require('point_of_sale.IndependentToOrderScreen');
const NumberBuffer = require('point_of_sale.NumberBuffer');
const { useListener } = require("@web/core/utils/hooks");
const { parse } = require('web.field_utils');
const { _lt } = require('@web/core/l10n/translation');
const { onMounted, onWillUnmount, useState } = owl;
class TicketScreen extends IndependentToOrderScreen {
setup() {
super.setup();
useListener('close-screen', this._onCloseScreen);
useListener('filter-selected', this._onFilterSelected);
useListener('search', this._onSearch);
useListener('click-order', this._onClickOrder);
useListener('create-new-order', this._onCreateNewOrder);
useListener('delete-order', this._onDeleteOrder);
useListener('next-page', this._onNextPage);
useListener('prev-page', this._onPrevPage);
useListener('order-invoiced', this._onInvoiceOrder);
useListener('click-order-line', this._onClickOrderline);
useListener('click-refund-order-uid', this._onClickRefundOrderUid);
useListener('update-selected-orderline', this._onUpdateSelectedOrderline);
useListener('do-refund', this._onDoRefund);
NumberBuffer.use({
nonKeyboardInputEvent: 'numpad-click-input',
triggerAtInput: 'update-selected-orderline',
});
this._state = this.env.pos.TICKET_SCREEN_STATE;
this.state = useState({
showSearchBar: !this.env.isMobile,
});
const defaultUIState = this.props.reuseSavedUIState
? this._state.ui
: {
selectedSyncedOrderId: null,
searchDetails: this.env.pos.getDefaultSearchDetails(),
filter: null,
selectedOrderlineIds: {},
};
Object.assign(this._state.ui, defaultUIState, this.props.ui || {});
onMounted(this.onMounted);
onWillUnmount(this.onWillUnmount);
}
//#region LIFECYCLE METHODS
onMounted() {
this.env.posbus.on('ticket-button-clicked', this, this.close);
setTimeout(() => {
// Show updated list of synced orders when going back to the screen.
this._onFilterSelected({ detail: { filter: this._state.ui.filter } });
});
}
onWillUnmount() {
this.env.posbus.off('ticket-button-clicked', this);
}
//#endregion
//#region EVENT HANDLERS
_onCloseScreen() {
this.close();
}
async _onFilterSelected(event) {
this._state.ui.filter = event.detail.filter;
if (this._state.ui.filter == 'SYNCED') {
await this._fetchSyncedOrders();
}
}
async _onSearch(event) {
Object.assign(this._state.ui.searchDetails, event.detail);
if (this._state.ui.filter == 'SYNCED') {
this._state.syncedOrders.currentPage = 1;
await this._fetchSyncedOrders();
}
}
_onClickOrder({ detail: clickedOrder }) {
if (!clickedOrder || clickedOrder.locked) {
if (this._state.ui.selectedSyncedOrderId == clickedOrder.backendId) {
this._state.ui.selectedSyncedOrderId = null;
} else {
this._state.ui.selectedSyncedOrderId = clickedOrder.backendId;
}
if (!this.getSelectedOrderlineId()) {
// Automatically select the first orderline of the selected order.
const firstLine = clickedOrder.get_orderlines()[0];
if (firstLine) {
this._state.ui.selectedOrderlineIds[clickedOrder.backendId] = firstLine.id;
}
}
NumberBuffer.reset();
} else {
this._setOrder(clickedOrder);
}
}
_onCreateNewOrder() {
this.env.pos.add_new_order();
this.showScreen('ProductScreen');
}
_selectNextOrder(currentOrder) {
const currentOrderIndex = this._getOrderList().indexOf(currentOrder);
const orderList = this._getOrderList();
this.env.pos.set_order(orderList[currentOrderIndex+1] || orderList[currentOrderIndex-1]);
}
async _onDeleteOrder({ detail: order }) {
const screen = order.get_screen_data();
if (['ProductScreen', 'PaymentScreen'].includes(screen.name) && order.get_orderlines().length > 0) {
const { confirmed } = await this.showPopup('ConfirmPopup', {
title: this.env._t('Existing orderlines'),
body: _.str.sprintf(
this.env._t('%s has a total amount of %s, are you sure you want to delete this order ?'),
order.name, this.getTotal(order)
),
});
if (!confirmed) return;
}
if (order && (await this._onBeforeDeleteOrder(order))) {
if (order === this.env.pos.get_order()) {
this._selectNextOrder(order);
}
this.env.pos.removeOrder(order);
}
}
async _onNextPage() {
if (this._state.syncedOrders.currentPage < this._getLastPage()) {
this._state.syncedOrders.currentPage += 1;
await this._fetchSyncedOrders();
}
}
async _onPrevPage() {
if (this._state.syncedOrders.currentPage > 1) {
this._state.syncedOrders.currentPage -= 1;
await this._fetchSyncedOrders();
}
}
async _onInvoiceOrder({ detail: orderId }) {
this.env.pos._invalidateSyncedOrdersCache([orderId]);
await this._fetchSyncedOrders();
}
_onClickOrderline({ detail: orderline }) {
const order = this.getSelectedSyncedOrder();
this._state.ui.selectedOrderlineIds[order.backendId] = orderline.id;
NumberBuffer.reset();
}
_onClickRefundOrderUid({ detail: orderUid }) {
// Open the refund order.
const refundOrder = this.env.pos.orders.find((order) => order.uid == orderUid);
if (refundOrder) {
this._setOrder(refundOrder);
}
}
_onUpdateSelectedOrderline({ detail }) {
const buffer = detail.buffer;
const order = this.getSelectedSyncedOrder();
if (!order) return NumberBuffer.reset();
const selectedOrderlineId = this.getSelectedOrderlineId();
const orderline = order.orderlines.find((line) => line.id == selectedOrderlineId);
if (!orderline) return NumberBuffer.reset();
const toRefundDetail = this._getToRefundDetail(orderline);
// When already linked to an order, do not modify the to refund quantity.
if (toRefundDetail.destinationOrderUid) return NumberBuffer.reset();
const refundableQty = toRefundDetail.orderline.qty - toRefundDetail.orderline.refundedQty;
if (refundableQty <= 0) return NumberBuffer.reset();
if (buffer == null || buffer == '') {
toRefundDetail.qty = 0;
} else {
const quantity = Math.abs(parse.float(buffer));
if (quantity > refundableQty) {
NumberBuffer.reset();
this.showPopup('ErrorPopup', {
title: this.env._t('Maximum Exceeded'),
body: _.str.sprintf(
this.env._t(
'The requested quantity to be refunded is higher than the ordered quantity. %s is requested while only %s can be refunded.'
),
quantity,
refundableQty
),
});
} else {
toRefundDetail.qty = quantity;
}
}
}
async _onDoRefund() {
const order = this.getSelectedSyncedOrder();
if (!order) {
this._state.ui.highlightHeaderNote = !this._state.ui.highlightHeaderNote;
return;
}
if (this._doesOrderHaveSoleItem(order)) {
if (!this._prepareAutoRefundOnOrder(order)) {
// Don't proceed on refund if preparation returned false.
return;
}
}
const partner = order.get_partner();
const allToRefundDetails = this._getRefundableDetails(partner);
if (allToRefundDetails.length == 0) {
this._state.ui.highlightHeaderNote = !this._state.ui.highlightHeaderNote;
return;
}
const orderIds = new Set(
allToRefundDetails
.map((detail) => detail.orderline.orderBackendId)
);
if (orderIds.size > 1) {
this.showPopup('ErrorPopup', {
title: this.env._t('Multiple Orders Selected'),
body: this.env._t('You have selected orderlines from multiple orders. To proceed refund, please select orderlines from the same order.')
});
return;
}
// The order that will contain the refund orderlines.
// Use the destinationOrder from props if the order to refund has the same
// partner as the destinationOrder.
const destinationOrder =
this.props.destinationOrder &&
partner === this.props.destinationOrder.get_partner() &&
!this.env.pos.doNotAllowRefundAndSales()
? this.props.destinationOrder
: this._getEmptyOrder(partner);
//Add a check too see if the fiscal position exist in the pos
if (order.fiscal_position_not_found) {
this.showPopup('ErrorPopup', {
title: this.env._t('Fiscal Position not found'),
body: this.env._t('The fiscal position used in the original order is not loaded. Make sure it is loaded by adding it in the pos configuration.')
});
return;
}
// Add orderline for each toRefundDetail to the destinationOrder.
for (const refundDetail of allToRefundDetails) {
const product = this.env.pos.db.get_product_by_id(refundDetail.orderline.productId);
const options = this._prepareRefundOrderlineOptions(refundDetail);
await destinationOrder.add_product(product, options);
refundDetail.destinationOrderUid = destinationOrder.uid;
}
destinationOrder.fiscal_position = order.fiscal_position;
// Set the partner to the destinationOrder.
if (partner && !destinationOrder.get_partner()) {
destinationOrder.set_partner(partner);
destinationOrder.updatePricelist(partner);
}
if (this.env.pos.get_order().cid !== destinationOrder.cid) {
this.env.pos.set_order(destinationOrder);
}
this._onCloseScreen();
}
//#endregion
//#region PUBLIC METHODS
close() {
/**
* Automatically create new order when there is no currently active order.
* Important in fiscal modules to keep the sequence of the orders.
*/
if (this.env.pos.orders.length == 0) {
this.env.pos.add_new_order();
}
super.close();
}
getSelectedSyncedOrder() {
if (this._state.ui.filter == 'SYNCED') {
return this._state.syncedOrders.cache[this._state.ui.selectedSyncedOrderId];
} else {
return null;
}
}
getSelectedOrderlineId() {
return this._state.ui.selectedOrderlineIds[this._state.ui.selectedSyncedOrderId];
}
/**
* Override to conditionally show the new ticket button.
*/
shouldShowNewOrderButton() {
return true;
}
getFilteredOrderList() {
if (this._state.ui.filter == 'SYNCED') return this._state.syncedOrders.toShow;
const filterCheck = (order) => {
if (this._state.ui.filter && this._state.ui.filter !== 'ACTIVE_ORDERS') {
const screen = order.get_screen_data();
return this._state.ui.filter === this._getScreenToStatusMap()[screen.name];
}
return true;
};
const { fieldName, searchTerm } = this._state.ui.searchDetails;
const searchField = this._getSearchFields()[fieldName];
const searchCheck = (order) => {
if (!searchField) return true;
const repr = searchField.repr(order);
if (repr === null) return true;
if (!searchTerm) return true;
return repr && repr.toString().toLowerCase().includes(searchTerm.toLowerCase());
};
const predicate = (order) => {
return filterCheck(order) && searchCheck(order);
};
return this._getOrderList().filter(predicate);
}
getDate(order) {
return moment(order.validation_date).format('YYYY-MM-DD hh:mm A');
}
getTotal(order) {
return this.env.pos.format_currency(order.get_total_with_tax());
}
getPartner(order) {
return order.get_partner_name();
}
getCardholderName(order) {
return order.get_cardholder_name();
}
getCashier(order) {
return order.cashier ? order.cashier.name : '';
}
getStatus(order) {
if (order.locked) {
return order.state === 'invoiced' ? this.env._t('Invoiced') : this.env._t('Paid');
} else {
const screen = order.get_screen_data();
return this._getOrderStates().get(this._getScreenToStatusMap()[screen.name]).text;
}
}
/**
* If the order is the only order and is empty
*/
isDefaultOrderEmpty(order) {
let status = this._getScreenToStatusMap()[order.get_screen_data().name];
let productScreenStatus = this._getScreenToStatusMap().ProductScreen;
return order.get_orderlines().length === 0 && this.env.pos.get_order_list().length === 1 &&
status === productScreenStatus && order.get_paymentlines().length === 0;
}
/**
* Hide the delete button if one of the payments is a 'done' electronic payment.
*/
shouldHideDeleteButton(order) {
return (
this.isDefaultOrderEmpty(order)||
order.locked ||
order
.get_paymentlines()
.some((payment) => payment.is_electronic() && payment.get_payment_status() === 'done')
);
}
isHighlighted(order) {
if (this._state.ui.filter == 'SYNCED') {
const selectedOrder = this.getSelectedSyncedOrder();
return selectedOrder ? order.backendId == selectedOrder.backendId : false;
} else {
const activeOrder = this.env.pos.get_order();
return activeOrder ? activeOrder.uid == order.uid : false;
}
}
showCardholderName() {
return this.env.pos.payment_methods.some((method) => method.use_payment_terminal);
}
getSearchBarConfig() {
return {
searchFields: new Map(
Object.entries(this._getSearchFields()).map(([key, val]) => [key, val.displayName])
),
filter: { show: true, options: this._getFilterOptions() },
defaultSearchDetails: this._state.ui.searchDetails,
defaultFilter: this._state.ui.filter,
};
}
shouldShowPageControls() {
return this._state.ui.filter == 'SYNCED' && this._getLastPage() > 1;
}
getPageNumber() {
if (!this._state.syncedOrders.totalCount) {
return `1/1`;
} else {
return `${this._state.syncedOrders.currentPage}/${this._getLastPage()}`;
}
}
getSelectedPartner() {
const order = this.getSelectedSyncedOrder();
return order ? order.get_partner() : null;
}
getHasItemsToRefund() {
const order = this.getSelectedSyncedOrder();
if (!order) return false;
if (this._doesOrderHaveSoleItem(order)) return true;
const total = Object.values(this.env.pos.toRefundLines)
.filter(
(toRefundDetail) =>
toRefundDetail.orderline.orderUid === order.uid && !toRefundDetail.destinationOrderUid
)
.map((toRefundDetail) => toRefundDetail.qty)
.reduce((acc, val) => acc + val, 0);
return !this.env.pos.isProductQtyZero(total);
}
//#endregion
//#region PRIVATE METHODS
/**
* Find the empty order with the following priority:
* - The empty order with the same parter as the provided.
* - The first empty order without a partner.
* - If no empty order, create a new one.
* @param {Object | null} partner
* @returns {boolean}
*/
_getEmptyOrder(partner) {
let emptyOrderForPartner = null;
let emptyOrder = null;
for (const order of this.env.pos.orders) {
if (order.get_orderlines().length === 0 && order.get_paymentlines().length === 0) {
if (order.get_partner() === partner) {
emptyOrderForPartner = order;
break;
} else if (!order.get_partner() && emptyOrder === null) {
// If emptyOrderForPartner is not found, we will use the first empty order.
emptyOrder = order;
}
}
}
return emptyOrderForPartner || emptyOrder || this.env.pos.add_new_order();
}
_doesOrderHaveSoleItem(order) {
const orderlines = order.get_orderlines();
if (orderlines.length !== 1) return false;
const theOrderline = orderlines[0];
const refundableQty = theOrderline.get_quantity() - theOrderline.refunded_qty;
return this.env.pos.isProductQtyZero(refundableQty - 1);
}
_prepareAutoRefundOnOrder(order) {
const selectedOrderlineId = this.getSelectedOrderlineId();
const orderline = order.orderlines.find((line) => line.id == selectedOrderlineId);
if (!orderline) return false;
const toRefundDetail = this._getToRefundDetail(orderline);
const refundableQty = orderline.get_quantity() - orderline.refunded_qty;
if (this.env.pos.isProductQtyZero(refundableQty - 1) && toRefundDetail.qty === 0) {
toRefundDetail.qty = 1;
}
return true;
}
/**
* Returns the corresponding toRefundDetail of the given orderline.
* SIDE-EFFECT: Automatically creates a toRefundDetail object for
* the given orderline if it doesn't exist and returns it.
* @param {models.Orderline} orderline
* @returns
*/
_getToRefundDetail(orderline) {
if (orderline.id in this.env.pos.toRefundLines) {
return this.env.pos.toRefundLines[orderline.id];
} else {
const partner = orderline.order.get_partner();
const orderPartnerId = partner ? partner.id : false;
const newToRefundDetail = {
qty: 0,
orderline: {
id: orderline.id,
productId: orderline.product.id,
price: orderline.price,
qty: orderline.quantity,
refundedQty: orderline.refunded_qty,
orderUid: orderline.order.uid,
orderBackendId: orderline.order.backendId,
orderPartnerId,
tax_ids: orderline.get_taxes().map(tax => tax.id),
discount: orderline.discount,
pack_lot_lines: orderline.pack_lot_lines ? orderline.pack_lot_lines.map(lot => {
return { lot_name: lot.lot_name };
}) : false,
},
destinationOrderUid: false,
};
this.env.pos.toRefundLines[orderline.id] = newToRefundDetail;
return newToRefundDetail;
}
}
/**
* Select the lines from toRefundLines, as they can come from different orders.
* Returns only details that:
* - The quantity to refund is not zero
* - Filtered by partner (optional)
* - It's not yet linked to an active order (no destinationOrderUid)
*
* @param {Object} partner (optional)
* @returns {Array} refundableDetails
*/
_getRefundableDetails(partner) {
return Object.values(this.env.pos.toRefundLines).filter(
({ qty, orderline, destinationOrderUid }) =>
!this.env.pos.isProductQtyZero(qty) &&
(partner ? orderline.orderPartnerId == partner.id : true) &&
!destinationOrderUid
);
}
/**
* Prepares the options to add a refund orderline.
*
* @param {Object} toRefundDetail
* @returns {Object}
*/
_prepareRefundOrderlineOptions(toRefundDetail) {
const { qty, orderline } = toRefundDetail;
const draftPackLotLines = orderline.pack_lot_lines ? { modifiedPackLotLines: [], newPackLotLines: orderline.pack_lot_lines} : false;
return {
quantity: -qty,
price: orderline.price,
extras: { price_automatically_set: true },
merge: false,
refunded_orderline_id: orderline.id,
tax_ids: orderline.tax_ids,
discount: orderline.discount,
draftPackLotLines: draftPackLotLines
};
}
_setOrder(order) {
this.env.pos.set_order(order);
this.close();
}
_getOrderList() {
return this.env.pos.get_order_list();
}
_getFilterOptions() {
const orderStates = this._getOrderStates();
orderStates.set('SYNCED', { text: this.env._t('Paid') });
return orderStates;
}
/**
* @returns {Record<string, { repr: (order: models.Order) => string, displayName: string, modelField: string }>}
*/
_getSearchFields() {
const fields = {
RECEIPT_NUMBER: {
repr: (order) => order.name,
displayName: this.env._t('Receipt Number'),
modelField: 'pos_reference',
},
DATE: {
repr: (order) => moment(order.creation_date).format('YYYY-MM-DD hh:mm A'),
displayName: this.env._t('Date'),
modelField: 'date_order',
},
PARTNER: {
repr: (order) => order.get_partner_name(),
displayName: this.env._t('Customer'),
modelField: 'partner_id.display_name',
},
};
if (this.showCardholderName()) {
fields.CARDHOLDER_NAME = {
repr: (order) => order.get_cardholder_name(),
displayName: this.env._t('Cardholder Name'),
modelField: 'payment_ids.cardholder_name',
};
}
return fields;
}
/**
* Maps the order screen params to order status.
*/
_getScreenToStatusMap() {
return {
ProductScreen: 'ONGOING',
PaymentScreen: 'PAYMENT',
ReceiptScreen: 'RECEIPT',
};
}
/**
* Override to do something before deleting the order.
* Make sure to return true to proceed on deleting the order.
* @param {*} order
* @returns {boolean}
*/
async _onBeforeDeleteOrder(order) {
return true;
}
_getOrderStates() {
// We need the items to be ordered, therefore, Map is used instead of normal object.
const states = new Map();
states.set('ACTIVE_ORDERS', {
text: this.env._t('All active orders'),
});
// The spaces are important to make sure the following states
// are under the category of `All active orders`.
states.set('ONGOING', {
text: this.env._t('Ongoing'),
indented: true,
});
states.set('PAYMENT', {
text: this.env._t('Payment'),
indented: true,
});
states.set('RECEIPT', {
text: this.env._t('Receipt'),
indented: true,
});
return states;
}
//#region SEARCH SYNCED ORDERS
_computeSyncedOrdersDomain() {
const { fieldName, searchTerm } = this._state.ui.searchDetails;
if (!searchTerm) return [];
const modelField = this._getSearchFields()[fieldName].modelField;
if (modelField) {
return [[modelField, 'ilike', `%${searchTerm}%`]];
} else {
return [];
}
}
/**
* Fetches the done orders from the backend that needs to be shown.
* If the order is already in cache, the full information about that
* order is not fetched anymore, instead, we use info from cache.
*/
async _fetchSyncedOrders() {
const domain = this._computeSyncedOrdersDomain();
const limit = this._state.syncedOrders.nPerPage;
const offset = (this._state.syncedOrders.currentPage - 1) * this._state.syncedOrders.nPerPage;
let { ids, totalCount } = await this.rpc({
model: 'pos.order',
method: 'search_paid_order_ids',
kwargs: { config_id: this.env.pos.config.id, domain, limit, offset },
context: this.env.session.user_context,
});
const idsNotInCache = ids.filter((id) => !(id in this._state.syncedOrders.cache));
if (idsNotInCache.length > 0) {
const fetchedOrders = await this.rpc({
model: 'pos.order',
method: 'export_for_ui',
args: [idsNotInCache],
context: this.env.session.user_context,
});
// Remove not loaded Order IDs
const fetchedOrderIdsSet = new Set(fetchedOrders.map(order => order.id));
const notLoadedIds = idsNotInCache.filter(id => !fetchedOrderIdsSet.has(id));
ids = ids.filter(id => !notLoadedIds.includes(id));
// Check for missing products and partners and load them in the PoS
await this.env.pos._loadMissingProducts(fetchedOrders);
await this.env.pos._loadMissingPartners(fetchedOrders);
// Cache these fetched orders so that next time, no need to fetch
// them again, unless invalidated. See `_onInvoiceOrder`.
fetchedOrders.forEach((order) => {
this._state.syncedOrders.cache[order.id] = Order.create({}, { pos: this.env.pos, json: order });
});
}
this._state.syncedOrders.totalCount = totalCount;
this._state.syncedOrders.toShow = ids.map((id) => this._state.syncedOrders.cache[id]);
}
_getLastPage() {
const totalCount = this._state.syncedOrders.totalCount;
const nPerPage = this._state.syncedOrders.nPerPage;
const remainder = totalCount % nPerPage;
if (remainder == 0) {
return totalCount / nPerPage;
} else {
return Math.ceil(totalCount / nPerPage);
}
}
//#endregion
//#endregion
}
TicketScreen.template = 'TicketScreen';
TicketScreen.defaultProps = {
destinationOrder: null,
// When passed as true, it will use the saved _state.ui as default
// value when this component is reinstantiated.
// After setting the default value, the _state.ui will be overridden
// by the passed props.ui if there is any.
reuseSavedUIState: false,
ui: {},
};
Registries.Component.add(TicketScreen);
TicketScreen.numpadActionName = _lt('Refund');
TicketScreen.searchPlaceholder = _lt('Search Orders...');
return TicketScreen;
});

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odoo.define('point_of_sale.BarcodeReader', function (require) {
"use strict";
var concurrency = require('web.concurrency');
var core = require('web.core');
var Mutex = concurrency.Mutex;
const { GS1BarcodeError } = require('barcodes_gs1_nomenclature/static/src/js/barcode_parser.js');
// this module interfaces with the barcode reader. It assumes the barcode reader
// is set-up to act like a keyboard. Use connect() and disconnect() to activate
// and deactivate the barcode reader. Use set_action_callbacks to tell it
// what to do when it reads a barcode.
var BarcodeReader = core.Class.extend({
actions:[
'product',
'cashier',
'client',
],
init: function (attributes) {
this.mutex = new Mutex();
this.action_callbacks = {};
this.exclusive_callbacks = {};
this.proxy = attributes.proxy;
this.env = attributes.env;
this.remote_scanning = false;
this.remote_active = 0;
this.barcode_parser = attributes.barcode_parser;
this.action_callback_stack = [];
core.bus.on('barcode_scanned', this, function (barcode) {
// use mutex to make sure scans are done one after the other
this.mutex.exec(async () => {
await this.scan(barcode);
});
});
},
set_barcode_parser: function (barcode_parser) {
this.barcode_parser = barcode_parser;
},
setFallbackBarcodeParser: function (fallbackBarcodeParser) {
this.fallbackBarcodeParser = fallbackBarcodeParser;
},
// when a barcode is scanned and parsed, the callback corresponding
// to its type is called with the parsed_barcode as a parameter.
// (parsed_barcode is the result of parse_barcode(barcode))
//
// callbacks is a Map of 'actions' : callback(parsed_barcode)
// that sets the callback for each action. if a callback for the
// specified action already exists, it is replaced.
//
// possible actions include :
// 'product' | 'cashier' | 'client' | 'discount'
set_action_callback: function (name, callback) {
if (this.action_callbacks[name]) {
this.action_callbacks[name].add(callback);
} else {
this.action_callbacks[name] = new Set([callback]);
}
},
remove_action_callback: function(name, callback) {
if (!callback) {
delete this.action_callbacks[name];
return;
}
const callbacks = this.action_callbacks[name];
if (callbacks) {
callbacks.delete(callback);
if (callbacks.size === 0) {
delete this.action_callbacks[name];
}
}
},
/**
* Allow setting of exclusive callbacks. If there are exclusive callbacks,
* these callbacks are called neglecting the regular callbacks. This is
* useful for rendered Components that wants to take exclusive access
* to the barcode reader.
*
* @param {String} name
* @param {Function} callback function that takes parsed barcode
*/
set_exclusive_callback: function (name, callback) {
if (this.exclusive_callbacks[name]) {
this.exclusive_callbacks[name].add(callback);
} else {
this.exclusive_callbacks[name] = new Set([callback]);
}
},
remove_exclusive_callback: function (name, callback) {
if (!callback) {
delete this.exclusive_callbacks[name];
return;
}
const callbacks = this.exclusive_callbacks[name];
if (callbacks) {
callbacks.delete(callback);
if (callbacks.size === 0) {
delete this.exclusive_callbacks[name];
}
}
},
scan: async function (code) {
if (!code) return;
const callbacks = Object.keys(this.exclusive_callbacks).length
? this.exclusive_callbacks
: this.action_callbacks;
let parsed_result;
try {
parsed_result = this.barcode_parser.parse_barcode(code);
if (Array.isArray(parsed_result) && !parsed_result.some(element => element.type === 'product')) {
throw new GS1BarcodeError('The GS1 barcode must contain a product.');
}
} catch (error) {
if (this.fallbackBarcodeParser && error instanceof GS1BarcodeError) {
parsed_result = this.fallbackBarcodeParser.parse_barcode(code);
} else {
throw error;
}
}
if (Array.isArray(parsed_result)) {
[...callbacks.gs1].map(cb => cb(parsed_result));
} else {
if (callbacks[parsed_result.type]) {
for (const cb of callbacks[parsed_result.type]) {
await cb(parsed_result);
}
} else if (callbacks.error) {
[...callbacks.error].map(cb => cb(parsed_result));
} else {
console.warn('Ignored Barcode Scan:', parsed_result);
}
}
},
// the barcode scanner will listen on the hw_proxy/scanner interface for
// scan events until disconnect_from_proxy is called
connect_to_proxy: function () {
var self = this;
this.remote_scanning = true;
if (this.remote_active >= 1) {
return;
}
this.remote_active = 1;
function waitforbarcode(){
return self.proxy.connection.rpc('/hw_proxy/scanner',{},{shadow: true, timeout:7500})
.then(function (barcode) {
if (!self.remote_scanning) {
self.remote_active = 0;
return;
}
self.scan(barcode);
waitforbarcode();
},
function () {
if (!self.remote_scanning) {
self.remote_active = 0;
return;
}
waitforbarcode();
});
}
waitforbarcode();
},
// the barcode scanner will stop listening on the hw_proxy/scanner remote interface
disconnect_from_proxy: function () {
this.remote_scanning = false;
},
});
return BarcodeReader;
});

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odoo.define('point_of_sale.custom_hooks', function (require) {
'use strict';
const { onMounted, onPatched, onWillUnmount, useComponent, useRef } = owl;
const { escapeRegExp } = require('@web/core/utils/strings');
/**
* Introduce error handlers in the component.
*
* IMPROVEMENT: This is a terrible hook. There could be a better way to handle
* the error when the order failed to sync.
*/
function useErrorHandlers() {
const component = useComponent();
component._handlePushOrderError = async function (error) {
// This error handler receives `error` equivalent to `error.message` of the rpc error.
if (error.message === 'Backend Invoice') {
await this.showPopup('ConfirmPopup', {
title: this.env._t('Please print the invoice from the backend'),
body:
this.env._t(
'The order has been synchronized earlier. Please make the invoice from the backend for the order: '
) + error.data.order.name,
});
} else if (error.code < 0) {
// XmlHttpRequest Errors
const title = this.env._t('Unable to sync order');
const body = this.env._t(
'Check the internet connection then try to sync again by clicking on the red wifi button (upper right of the screen).'
);
await this.showPopup('OfflineErrorPopup', { title, body });
} else if (error.code === 200) {
// OpenERP Server Errors
await this.showPopup('ErrorTracebackPopup', {
title: error.data.message || this.env._t('Server Error'),
body:
error.data.debug ||
this.env._t('The server encountered an error while receiving your order.'),
});
} else if (error.code === 700) {
// Sweden Fiscal module errors
await this.showPopup('ErrorPopup', {
title: this.env._t('Fiscal data module error'),
body:
error.data.error.status ||
this.env._t('The fiscal data module encountered an error while receiving your order.'),
});
} else if (error.code === 701) {
// Belgian Fiscal module errors
let bodyMessage = "";
if(error.error.errorCode)
bodyMessage = "'" + error.error.errorCode + "': " + error.error.errorMessage;
else
bodyMessage = "Fiscal data module is not on.";
await this.showPopup('ErrorPopup', {
title: this.env._t('Fiscal data module error'),
body: bodyMessage
});
} else {
// ???
await this.showPopup('ErrorPopup', {
title: this.env._t('Unknown Error'),
body: this.env._t(
'The order could not be sent to the server due to an unknown error'
),
});
}
};
}
function useAutoFocusToLast() {
const current = useComponent();
let target = null;
function autofocus() {
const prevTarget = target;
const allInputs = current.el.querySelectorAll('input');
target = allInputs[allInputs.length - 1];
if (target && target !== prevTarget) {
target.focus();
target.selectionStart = target.selectionEnd = target.value.length;
}
}
onMounted(autofocus);
onPatched(autofocus);
}
function useBarcodeReader(callbackMap, exclusive = false) {
const current = useComponent();
const barcodeReader = current.env.barcode_reader;
for (let [key, callback] of Object.entries(callbackMap)) {
callbackMap[key] = callback.bind(current);
}
onMounted(() => {
if (barcodeReader) {
for (let key in callbackMap) {
if (exclusive) {
barcodeReader.set_exclusive_callback(key, callbackMap[key]);
} else {
barcodeReader.set_action_callback(key, callbackMap[key]);
}
}
}
});
onWillUnmount(() => {
if (barcodeReader) {
for (let key in callbackMap) {
if (exclusive) {
barcodeReader.remove_exclusive_callback(key, callbackMap[key]);
} else {
barcodeReader.remove_action_callback(key, callbackMap[key]);
}
}
}
});
}
function useValidateCashInput(inputRef, startingValue) {
const cashInput = useRef(inputRef);
const current = useComponent();
const decimalPoint = current.env._t.database.parameters.decimal_point;
const thousandsSep = current.env._t.database.parameters.thousands_sep;
// Replace the thousands separator and decimal point with regex-escaped versions
const escapedDecimalPoint = escapeRegExp(decimalPoint);
let floatRegex;
if (thousandsSep) {
const escapedThousandsSep = escapeRegExp(thousandsSep);
floatRegex = new RegExp(`^-?(?:\\d+(${escapedThousandsSep}\\d+)*)?(?:${escapedDecimalPoint}\\d*)?$`);
} else {
floatRegex = new RegExp(`^-?(?:\\d+)?(?:${escapedDecimalPoint}\\d*)?$`);
}
function isValidFloat(inputValue) {
return ![decimalPoint, '-'].includes(inputValue) && floatRegex.test(inputValue);
}
function handleCashInputChange(event) {
let inputValue = (event.target.value || "").trim();
// Check if the current input value is a valid float
if (!isValidFloat(inputValue)) {
event.target.classList.add('invalid-cash-input');
} else {
event.target.classList.remove('invalid-cash-input');
}
}
onMounted(() => {
if (cashInput.el) {
cashInput.el.value = (startingValue || 0).toString().replace('.', decimalPoint);
cashInput.el.addEventListener("input", handleCashInputChange);
}
});
onWillUnmount(() => {
if (cashInput.el) {
cashInput.el.removeEventListener("input", handleCashInputChange);
}
})
}
function useAsyncLockedMethod(method) {
const component = useComponent();
let called = false;
return async (...args) => {
if (called) {
return;
}
try {
called = true;
await method.call(component, ...args);
} finally {
called = false;
}
};
}
return { useErrorHandlers, useAutoFocusToLast, useBarcodeReader, useValidateCashInput, useAsyncLockedMethod };
});

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odoo.define('point_of_sale.DB', function (require) {
"use strict";
var core = require('web.core');
var utils = require('web.utils');
/* The PosDB holds reference to data that is either
* - static: does not change between pos reloads
* - persistent : must stay between reloads ( orders )
*/
/**
* cache the data in memory to avoid roundtrips to the localstorage
*
* NOTE/TODO: Originally, this is a prop of PosDB. However, if we keep it that way,
* caching will result to infinite loop to calling the reactive callbacks.
* Another way to solve the infinite loop is to move the instance of PosDB to env.
* But I'm not sure if there is anything inside the object that needs to be observed,
* so I guess this strategy is good enough for the moment.
*/
const CACHE = {};
var PosDB = core.Class.extend({
name: 'openerp_pos_db', //the prefix of the localstorage data
limit: 100, // the maximum number of results returned by a search
init: function(options){
options = options || {};
this.name = options.name || this.name;
this.limit = options.limit || this.limit;
if (options.uuid) {
this.name = this.name + '_' + options.uuid;
}
this.product_by_id = {};
this.product_by_barcode = {};
this.product_by_category_id = {};
this.product_packaging_by_barcode = {};
this.partner_sorted = [];
this.partner_by_id = {};
this.partner_by_barcode = {};
// FIXME before master: partner_search_string is no longer used but is kept for partial
// compatibility with customizations. The string is no longer useful but we don't want
// a custo to crash when calling a method (eg .split()) on it.
this.partner_search_string = "";
this.partner_search_strings = {};
this.partner_write_date = null;
this.category_by_id = {};
this.root_category_id = 0;
this.category_products = {};
this.category_ancestors = {};
this.category_childs = {};
this.category_parent = {};
this.category_search_string = {};
},
/**
* sets an uuid to prevent conflict in locally stored data between multiple PoS Configs. By
* using the uuid of the config the local storage from other configs will not get effected nor
* loaded in sessions that don't belong to them.
*
* @param {string} uuid Unique identifier of the PoS Config linked to the current session.
*/
set_uuid: function(uuid){
this.name = this.name + '_' + uuid;
},
/* returns the category object from its id. If you pass a list of id as parameters, you get
* a list of category objects.
*/
get_category_by_id: function(categ_id){
if(categ_id instanceof Array){
var list = [];
for(var i = 0, len = categ_id.length; i < len; i++){
var cat = this.category_by_id[categ_id[i]];
if(cat){
list.push(cat);
}else{
console.error("get_category_by_id: no category has id:",categ_id[i]);
}
}
return list;
}else{
return this.category_by_id[categ_id];
}
},
/* returns a list of the category's child categories ids, or an empty list
* if a category has no childs */
get_category_childs_ids: function(categ_id){
return this.category_childs[categ_id] || [];
},
/* returns a list of all ancestors (parent, grand-parent, etc) categories ids
* starting from the root category to the direct parent */
get_category_ancestors_ids: function(categ_id){
return this.category_ancestors[categ_id] || [];
},
/* returns the parent category's id of a category, or the root_category_id if no parent.
* the root category is parent of itself. */
get_category_parent_id: function(categ_id){
return this.category_parent[categ_id] || this.root_category_id;
},
/* adds categories definitions to the database. categories is a list of categories objects as
* returned by the openerp server. Categories must be inserted before the products or the
* product/ categories association may (will) not work properly */
add_categories: function(categories){
var self = this;
if(!this.category_by_id[this.root_category_id]){
this.category_by_id[this.root_category_id] = {
id : this.root_category_id,
name : 'Root',
};
}
categories.forEach(function(cat){
self.category_by_id[cat.id] = cat;
});
categories.forEach(function(cat){
var parent_id = cat.parent_id[0];
if(!(parent_id && self.category_by_id[parent_id])){
parent_id = self.root_category_id;
}
self.category_parent[cat.id] = parent_id;
if(!self.category_childs[parent_id]){
self.category_childs[parent_id] = [];
}
self.category_childs[parent_id].push(cat.id);
});
function make_ancestors(cat_id, ancestors){
self.category_ancestors[cat_id] = ancestors;
ancestors = ancestors.slice(0);
ancestors.push(cat_id);
var childs = self.category_childs[cat_id] || [];
for(var i=0, len = childs.length; i < len; i++){
make_ancestors(childs[i], ancestors);
}
}
make_ancestors(this.root_category_id, []);
},
category_contains: function(categ_id, product_id) {
var product = this.product_by_id[product_id];
if (product) {
var cid = product.pos_categ_id[0];
while (cid && cid !== categ_id){
cid = this.category_parent[cid];
}
return !!cid;
}
return false;
},
/* loads a record store from the database. returns default if nothing is found */
load: function(store,deft){
if(CACHE[store] !== undefined){
return CACHE[store];
}
var data = localStorage[this.name + '_' + store];
if(data !== undefined && data !== ""){
data = JSON.parse(data);
CACHE[store] = data;
return data;
}else{
return deft;
}
},
/* saves a record store to the database */
save: function(store,data){
localStorage[this.name + '_' + store] = JSON.stringify(data);
CACHE[store] = data;
},
_product_search_string: function(product){
var str = product.display_name;
if (product.barcode) {
str += '|' + product.barcode;
}
if (product.default_code) {
str += '|' + product.default_code;
}
if (product.description) {
str += '|' + product.description;
}
if (product.description_sale) {
str += '|' + product.description_sale;
}
str = product.id + ':' + str.replace(/[\n:]/g,'') + '\n';
return str;
},
add_products: function(products){
var stored_categories = this.product_by_category_id;
if(!(products instanceof Array)){
products = [products];
}
for(var i = 0, len = products.length; i < len; i++){
var product = products[i];
if (product.id in this.product_by_id) continue;
if (product.available_in_pos){
var search_string = utils.unaccent(this._product_search_string(product));
var categ_id = product.pos_categ_id ? product.pos_categ_id[0] : this.root_category_id;
product.product_tmpl_id = product.product_tmpl_id[0];
if(!stored_categories[categ_id]){
stored_categories[categ_id] = [];
}
stored_categories[categ_id].push(product.id);
if(this.category_search_string[categ_id] === undefined){
this.category_search_string[categ_id] = '';
}
this.category_search_string[categ_id] += search_string;
var ancestors = this.get_category_ancestors_ids(categ_id) || [];
for(var j = 0, jlen = ancestors.length; j < jlen; j++){
var ancestor = ancestors[j];
if(! stored_categories[ancestor]){
stored_categories[ancestor] = [];
}
stored_categories[ancestor].push(product.id);
if( this.category_search_string[ancestor] === undefined){
this.category_search_string[ancestor] = '';
}
this.category_search_string[ancestor] += search_string;
}
}
this.product_by_id[product.id] = product;
if(product.barcode && product.active){
this.product_by_barcode[product.barcode] = product;
}
}
},
add_packagings: function(productPackagings){
productPackagings.forEach(productPackaging => {
if (productPackaging.product_id[0] in this.product_by_id) {
this.product_packaging_by_barcode[productPackaging.barcode] = productPackaging;
}
});
},
_partner_search_string: function(partner){
var str = partner.name || '';
if(partner.barcode){
str += '|' + partner.barcode;
}
if(partner.address){
str += '|' + partner.address;
}
if(partner.phone){
str += '|' + partner.phone.split(' ').join('');
}
if(partner.mobile){
str += '|' + partner.mobile.split(' ').join('');
}
if(partner.email){
str += '|' + partner.email;
}
if(partner.vat){
str += '|' + partner.vat;
}
if(partner.parent_name){
str += '|' + partner.parent_name;
}
str = '' + partner.id + ':' + str.replace(':', '').replace(/\n/g, ' ') + '\n';
return str;
},
add_partners: function(partners){
var updated = {};
var new_write_date = '';
var partner;
for(var i = 0, len = partners.length; i < len; i++){
partner = partners[i];
var local_partner_date = (this.partner_write_date || '').replace(/^(\d{4}-\d{2}-\d{2}) ((\d{2}:?){3})$/, '$1T$2Z');
var dist_partner_date = (partner.write_date || '').replace(/^(\d{4}-\d{2}-\d{2}) ((\d{2}:?){3})$/, '$1T$2Z');
if ( this.partner_write_date &&
this.partner_by_id[partner.id] &&
new Date(local_partner_date).getTime() + 1000 >=
new Date(dist_partner_date).getTime() ) {
// FIXME: The write_date is stored with milisec precision in the database
// but the dates we get back are only precise to the second. This means when
// you read partners modified strictly after time X, you get back partners that were
// modified X - 1 sec ago.
continue;
} else if ( new_write_date < partner.write_date ) {
new_write_date = partner.write_date;
}
if (!this.partner_by_id[partner.id]) {
this.partner_sorted.push(partner.id);
} else {
const oldPartner = this.partner_by_id[partner.id];
if (oldPartner.barcode) {
delete this.partner_by_barcode[oldPartner.barcode];
}
}
if (partner.barcode) {
this.partner_by_barcode[partner.barcode] = partner;
}
updated[partner.id] = partner;
this.partner_by_id[partner.id] = partner;
}
this.partner_write_date = new_write_date || this.partner_write_date;
const updatedChunks = new Set();
const CHUNK_SIZE = 100;
for (const id in updated) {
const chunkId = Math.floor(id / CHUNK_SIZE);
if (updatedChunks.has(chunkId)) {
// another partner in this chunk was updated and we already rebuild the chunk
continue;
}
updatedChunks.add(chunkId);
// If there were updates, we need to rebuild the search string for this chunk
let searchString = "";
for (let id = chunkId * CHUNK_SIZE; id < (chunkId + 1) * CHUNK_SIZE; id++) {
if (!(id in this.partner_by_id)) {
continue;
}
const partner = this.partner_by_id[id];
partner.address = (partner.street ? partner.street + ', ': '') +
(partner.zip ? partner.zip + ', ': '') +
(partner.city ? partner.city + ', ': '') +
(partner.state_id ? partner.state_id[1] + ', ': '') +
(partner.country_id ? partner.country_id[1]: '');
searchString += this._partner_search_string(partner);
}
this.partner_search_strings[chunkId] = utils.unaccent(searchString);
}
return Object.keys(updated).length;
},
get_partner_write_date: function(){
return this.partner_write_date || "1970-01-01 00:00:00";
},
get_partner_by_id: function(id){
return this.partner_by_id[id];
},
get_partner_by_barcode: function(barcode){
return this.partner_by_barcode[barcode];
},
get_partners_sorted: function(max_count){
max_count = max_count ? Math.min(this.partner_sorted.length, max_count) : this.partner_sorted.length;
var partners = [];
for (var i = 0; i < max_count; i++) {
partners.push(this.partner_by_id[this.partner_sorted[i]]);
}
return partners;
},
search_partner: function(query){
try {
query = query.replace(/[\[\]\(\)\+\*\?\.\-\!\&\^\$\|\~\_\{\}\:\,\\\/]/g,'.');
query = query.replace(/ /g,'.+');
var re = RegExp("([0-9]+):.*?"+utils.unaccent(query),"gi");
}catch(_e){
return [];
}
var results = [];
const searchStrings = Object.values(this.partner_search_strings).reverse();
let searchString = searchStrings.pop();
while (searchString && results.length < this.limit) {
var r = re.exec(searchString);
if(r){
var id = Number(r[1]);
results.push(this.get_partner_by_id(id));
} else {
searchString = searchStrings.pop();
}
}
return results;
},
/* removes all the data from the database. TODO : being able to selectively remove data */
clear: function(){
for(var i = 0, len = arguments.length; i < len; i++){
localStorage.removeItem(this.name + '_' + arguments[i]);
}
},
/* this internal methods returns the count of properties in an object. */
_count_props : function(obj){
var count = 0;
for(var prop in obj){
if(obj.hasOwnProperty(prop)){
count++;
}
}
return count;
},
get_product_by_id: function(id){
return this.product_by_id[id];
},
get_product_by_barcode: function(barcode){
if(this.product_by_barcode[barcode]){
return this.product_by_barcode[barcode];
} else if (this.product_packaging_by_barcode[barcode]) {
return this.product_by_id[this.product_packaging_by_barcode[barcode].product_id[0]];
}
return undefined;
},
get_product_by_category: function(category_id){
var product_ids = this.product_by_category_id[category_id];
var list = [];
if (product_ids) {
for (var i = 0, len = Math.min(product_ids.length, this.limit); i < len; i++) {
const product = this.product_by_id[product_ids[i]];
if (!(product.active && product.available_in_pos)) continue;
list.push(product);
}
}
return list;
},
/* returns a list of products with :
* - a category that is or is a child of category_id,
* - a name, package or barcode containing the query (case insensitive)
*/
search_product_in_category: function(category_id, query){
try {
query = query.replace(/[\[\]\(\)\+\*\?\.\-\!\&\^\$\|\~\_\{\}\:\,\\\/]/g,'.');
query = query.replace(/ /g,'.+');
var re = RegExp("([0-9]+):.*?"+utils.unaccent(query),"gi");
}catch(_e){
return [];
}
var results = [];
for(var i = 0; i < this.limit; i++){
var r = re.exec(this.category_search_string[category_id]);
if(r){
var id = Number(r[1]);
const product = this.get_product_by_id(id);
if (!(product.active && product.available_in_pos)) continue;
results.push(product);
}else{
break;
}
}
return results;
},
/* from a product id, and a list of category ids, returns
* true if the product belongs to one of the provided category
* or one of its child categories.
*/
is_product_in_category: function(category_ids, product_id) {
let cat = this.get_product_by_id(product_id).pos_categ_id[0];
while (cat) {
for (let cat_id of category_ids) {
if (cat == cat_id) { // The == is important, ids may be strings
return true;
}
}
cat = this.get_category_parent_id(cat);
}
return false;
},
/* paid orders */
add_order: function(order){
var order_id = order.uid;
var orders = this.load('orders',[]);
// if the order was already stored, we overwrite its data
for(var i = 0, len = orders.length; i < len; i++){
if(orders[i].id === order_id){
orders[i].data = order;
this.save('orders',orders);
return order_id;
}
}
// Only necessary when we store a new, validated order. Orders
// that where already stored should already have been removed.
this.remove_unpaid_order(order);
orders.push({id: order_id, data: order});
this.save('orders',orders);
return order_id;
},
remove_order: function(order_id){
var orders = this.load('orders',[]);
orders = _.filter(orders, function(order){
return order.id !== order_id;
});
this.save('orders',orders);
},
remove_all_orders: function(){
this.save('orders',[]);
},
get_orders: function(){
return this.load('orders',[]);
},
get_order: function(order_id){
var orders = this.get_orders();
for(var i = 0, len = orders.length; i < len; i++){
if(orders[i].id === order_id){
return orders[i];
}
}
return undefined;
},
/* working orders */
save_unpaid_order: function(order){
var order_id = order.uid;
var orders = this.load('unpaid_orders',[]);
var serialized = order.export_as_JSON();
for (var i = 0; i < orders.length; i++) {
if (orders[i].id === order_id){
orders[i].data = serialized;
this.save('unpaid_orders',orders);
return order_id;
}
}
orders.push({id: order_id, data: serialized});
this.save('unpaid_orders',orders);
return order_id;
},
remove_unpaid_order: function(order){
var orders = this.load('unpaid_orders',[]);
orders = _.filter(orders, function(o){
return o.id !== order.uid;
});
this.save('unpaid_orders',orders);
},
remove_all_unpaid_orders: function(){
this.save('unpaid_orders',[]);
},
get_unpaid_orders: function(){
var saved = this.load('unpaid_orders',[]);
var orders = [];
for (var i = 0; i < saved.length; i++) {
orders.push(saved[i].data);
}
return orders;
},
/**
* Return the orders with requested ids if they are unpaid.
* @param {array<number>} ids order_ids.
* @return {array<object>} list of orders.
*/
get_unpaid_orders_to_sync: function(ids){
const savedOrders = this.load('unpaid_orders',[]);
return savedOrders.filter(order => ids.includes(order.id) && (order.data.server_id || order.data.lines.length || order.data.statement_ids.length));
},
/**
* Add a given order to the orders to be removed from the server.
*
* If an order is removed from a table it also has to be removed from the server to prevent it from reapearing
* after syncing. This function will add the server_id of the order to a list of orders still to be removed.
* @param {object} order object.
*/
set_order_to_remove_from_server: function(order){
if (order.server_id !== undefined) {
var to_remove = this.load('unpaid_orders_to_remove',[]);
to_remove.push(order.server_id);
this.save('unpaid_orders_to_remove', to_remove);
}
},
/**
* Get a list of server_ids of orders to be removed.
* @return {array<number>} list of server_ids.
*/
get_ids_to_remove_from_server: function(){
return this.load('unpaid_orders_to_remove',[]);
},
/**
* Remove server_ids from the list of orders to be removed.
* @param {array<number>} ids
*/
set_ids_removed_from_server: function(ids){
var to_remove = this.load('unpaid_orders_to_remove',[]);
to_remove = _.filter(to_remove, function(id){
return !ids.includes(id);
});
this.save('unpaid_orders_to_remove', to_remove);
},
});
return PosDB;
});

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@ -0,0 +1,487 @@
odoo.define('point_of_sale.devices', function (require) {
"use strict";
var core = require('web.core');
var mixins = require('web.mixins');
var Session = require('web.Session');
var Printer = require('point_of_sale.Printer').Printer;
// the JobQueue schedules a sequence of 'jobs'. each job is
// a function returning a promise. The queue waits for each job to finish
// before launching the next. Each job can also be scheduled with a delay.
// the is used to prevent parallel requests to the proxy.
var JobQueue = function(){
var queue = [];
var running = false;
var scheduled_end_time = 0;
var end_of_queue = Promise.resolve();
var stoprepeat = false;
var run = function () {
var runNextJob = function () {
if (queue.length === 0) {
running = false;
scheduled_end_time = 0;
return Promise.resolve();
}
running = true;
var job = queue[0];
if (!job.opts.repeat || stoprepeat) {
queue.shift();
stoprepeat = false;
}
// the time scheduled for this job
scheduled_end_time = (new Date()).getTime() + (job.opts.duration || 0);
// we run the job and put in prom when it finishes
var prom = job.fun() || Promise.resolve();
var always = function () {
// we run the next job after the scheduled_end_time, even if it finishes before
return new Promise(function (resolve, reject) {
setTimeout(
resolve,
Math.max(0, scheduled_end_time - (new Date()).getTime())
);
});
};
// we don't care if a job fails ...
return prom.then(always, always).then(runNextJob);
};
if (!running) {
end_of_queue = runNextJob();
}
};
/**
* Adds a job to the schedule.
*
* @param {function} fun must return a promise
* @param {object} [opts]
* @param {number} [opts.duration] the job is guaranteed to finish no quicker than this (milisec)
* @param {boolean} [opts.repeat] if true, the job will be endlessly repeated
* @param {boolean} [opts.important] if true, the scheduled job cannot be canceled by a queue.clear()
*/
this.schedule = function (fun, opts) {
queue.push({fun:fun, opts:opts || {}});
if(!running){
run();
}
};
// remove all jobs from the schedule (except the ones marked as important)
this.clear = function(){
queue = _.filter(queue,function(job){return job.opts.important === true;});
};
// end the repetition of the current job
this.stoprepeat = function(){
stoprepeat = true;
};
/**
* Returns a promise that resolves when all scheduled jobs have been run.
* (jobs added after the call to this method are considered as well)
*
* @returns {Promise}
*/
this.finished = function () {
return end_of_queue;
};
};
// this object interfaces with the local proxy to communicate to the various hardware devices
// connected to the Point of Sale. As the communication only goes from the POS to the proxy,
// methods are used both to signal an event, and to fetch information.
var ProxyDevice = core.Class.extend(mixins.PropertiesMixin,{
init: function(options){
mixins.PropertiesMixin.init.call(this);
var self = this;
options = options || {};
this.env = options.env;
this.weighing = false;
this.debug_weight = 0;
this.use_debug_weight = false;
this.paying = false;
this.notifications = {};
this.bypass_proxy = false;
this.connection = null;
this.host = '';
this.keptalive = false;
this.set('status',{});
this.set_connection_status('disconnected');
this.on('change:status',this,function(eh,status){
status = status.newValue;
if(status.status === 'connected' && self.printer) {
self.printer.print_receipt();
}
});
this.posbox_supports_display = true;
window.hw_proxy = this;
},
set_pos: function(pos) {
this.setParent(pos);
this.pos = pos;
},
set_connection_status: function(status, drivers, msg=''){
var oldstatus = this.get('status');
var newstatus = {};
newstatus.status = status;
newstatus.drivers = status === 'disconnected' ? {} : oldstatus.drivers;
newstatus.drivers = drivers ? drivers : newstatus.drivers;
newstatus.msg = msg;
this.set('status',newstatus);
},
disconnect: function(){
if(this.get('status').status !== 'disconnected'){
this.connection.destroy();
this.set_connection_status('disconnected');
}
},
/**
* Connects to the specified url.
*
* @param {string} url
* @returns {Promise}
*/
connect: function(url){
var self = this;
this.connection = new Session(undefined,url, { use_cors: true});
this.host = url;
if (this.pos.config.iface_print_via_proxy) {
this.connect_to_printer();
}
this.set_connection_status('connecting',{});
return this.message('handshake').then(function(response){
if(response){
self.set_connection_status('connected');
localStorage.hw_proxy_url = url;
self.keepalive();
}else{
self.set_connection_status('disconnected');
console.error('Connection refused by the Proxy');
}
},function(){
self.set_connection_status('disconnected');
console.error('Could not connect to the Proxy');
});
},
connect_to_printer: function () {
this.printer = new Printer(this.host, this.pos);
},
/**
* Find a proxy and connects to it.
*
* @param {Object} [options]
* @param {string} [options.force_ip] only try to connect to the specified ip.
* @param {string} [options.port] @see find_proxy
* @param {function} [options.progress] @see find_proxy
* @returns {Promise}
*/
autoconnect: function (options) {
var self = this;
this.set_connection_status('connecting',{});
if (this.pos.config.iface_print_via_proxy) {
this.connect_to_printer();
}
var found_url = new Promise(function () {});
if (options.force_ip) {
// if the ip is forced by server config, bailout on fail
found_url = this.try_hard_to_connect(options.force_ip, options);
} else if (localStorage.hw_proxy_url) {
// try harder when we remember a good proxy url
found_url = this.try_hard_to_connect(localStorage.hw_proxy_url, options)
.catch(function () {
if (window.location.protocol != 'https:') {
return self.find_proxy(options);
}
});
} else {
// just find something quick
if (window.location.protocol != 'https:'){
found_url = this.find_proxy(options);
}
}
var successProm = found_url.then(function (url) {
return self.connect(url);
});
successProm.catch(function () {
self.set_connection_status('disconnected');
});
return successProm;
},
// starts a loop that updates the connection status
keepalive: function () {
var self = this;
function status(){
var always = function () {
setTimeout(status, 5000);
};
self.connection.rpc('/hw_proxy/status_json',{},{shadow: true, timeout:2500})
.then(function (driver_status) {
self.set_connection_status('connected',driver_status);
}, function () {
if(self.get('status').status !== 'connecting'){
self.set_connection_status('disconnected');
}
}).then(always, always);
}
if (!this.keptalive) {
this.keptalive = true;
status();
}
},
/**
* @param {string} name
* @param {Object} [params]
* @returns {Promise}
*/
message : function (name, params) {
var callbacks = this.notifications[name] || [];
for (var i = 0; i < callbacks.length; i++) {
callbacks[i](params);
}
if (this.get('status').status !== 'disconnected') {
return this.connection.rpc('/hw_proxy/' + name, params || {}, {shadow: true});
} else {
return Promise.reject();
}
},
/**
* Tries several time to connect to a known proxy url.
*
* @param {*} url
* @param {Object} [options]
* @param {string} [options.port=8069] what port to listen to
* @returns {Promise<string|Array>}
*/
try_hard_to_connect: function (url, options) {
options = options || {};
var protocol = window.location.protocol;
var port = ( !options.port && protocol == "https:") ? ':443' : ':' + (options.port || '8069');
this.set_connection_status('connecting');
if(url.indexOf('//') < 0){
url = protocol + '//' + url;
}
if(url.indexOf(':',5) < 0){
url = url + port;
}
// try real hard to connect to url, with a 1sec timeout and up to 'retries' retries
function try_real_hard_to_connect(url, retries) {
return Promise.resolve(
$.ajax({
url: url + '/hw_proxy/hello',
method: 'GET',
timeout: 1000,
})
.then(function () {
return Promise.resolve(url);
}, function (resp) {
if (retries > 0) {
return try_real_hard_to_connect(url, retries-1);
} else {
return Promise.reject([resp.statusText, url]);
}
})
);
}
return try_real_hard_to_connect(url, 3);
},
/**
* Returns as a promise a valid host url that can be used as proxy.
*
* @param {Object} [options]
* @param {string} [options.port] what port to listen to (default 8069)
* @param {function} [options.progress] callback for search progress ( fac in [0,1] )
* @returns {Promise<string>} will be resolved with the proxy valid url
*/
find_proxy: function(options){
options = options || {};
var self = this;
var port = ':' + (options.port || '8069');
var urls = [];
var found = false;
var parallel = 8;
var threads = [];
var progress = 0;
urls.push('http://localhost'+port);
for(var i = 0; i < 256; i++){
urls.push('http://192.168.0.'+i+port);
urls.push('http://192.168.1.'+i+port);
urls.push('http://10.0.0.'+i+port);
}
var prog_inc = 1/urls.length;
function update_progress(){
progress = found ? 1 : progress + prog_inc;
if(options.progress){
options.progress(progress);
}
}
function thread () {
var url = urls.shift();
if (!url || found || !self.searching_for_proxy) {
return Promise.resolve();
}
return Promise.resolve(
$.ajax({
url: url + '/hw_proxy/hello',
method: 'GET',
timeout: 400,
}).then(function () {
found = true;
update_progress();
return Promise.resolve(url);
}, function () {
update_progress();
return thread();
})
);
}
this.searching_for_proxy = true;
var len = Math.min(parallel, urls.length);
for(i = 0; i < len; i++){
threads.push(thread());
}
return new Promise(function (resolve, reject) {
Promise.all(threads).then(function(results){
var urls = [];
for(var i = 0; i < results.length; i++){
if(results[i]){
urls.push(results[i]);
}
}
resolve(urls[0]);
});
});
},
stop_searching: function(){
this.searching_for_proxy = false;
this.set_connection_status('disconnected');
},
// this allows the client to be notified when a proxy call is made. The notification
// callback will be executed with the same arguments as the proxy call
add_notification: function(name, callback){
if(!this.notifications[name]){
this.notifications[name] = [];
}
this.notifications[name].push(callback);
},
/**
* Returns the weight on the scale.
*
* @returns {Promise<Object>}
*/
scale_read: function () {
var self = this;
if (self.use_debug_weight) {
return Promise.resolve({weight:this.debug_weight, unit:'Kg', info:'ok'});
}
return new Promise(function (resolve, reject) {
self.message('scale_read',{})
.then(function (weight) {
resolve(weight);
}, function () { //failed to read weight
resolve({weight:0.0, unit:'Kg', info:'ok'});
});
});
},
// sets a custom weight, ignoring the proxy returned value.
debug_set_weight: function(kg){
this.use_debug_weight = true;
this.debug_weight = kg;
},
// resets the custom weight and re-enable listening to the proxy for weight values
debug_reset_weight: function(){
this.use_debug_weight = false;
this.debug_weight = 0;
},
update_customer_facing_display: function(html) {
if (this.posbox_supports_display && this.get('status').status == 'connected') {
return this.message('customer_facing_display',
{ html: html },
{ timeout: 5000 });
}
},
/**
* @param {string} html
* @returns {Promise}
*/
take_ownership_over_customer_screen: function(html) {
return this.message("take_control", { html: html });
},
/**
* @returns {Promise}
*/
test_ownership_of_customer_screen: function() {
if (this.connection) {
return this.message("test_ownership", {});
}
return Promise.reject({abort: true});
},
// asks the proxy to log some information, as with the debug.log you can provide several arguments.
log: function(){
return this.message('log',{'arguments': _.toArray(arguments)});
},
});
return {
JobQueue: JobQueue,
ProxyDevice: ProxyDevice,
};
});

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odoo.define('point_of_sale.PaymentInterface', function (require) {
"use strict";
var core = require('web.core');
/**
* Implement this interface to support a new payment method in the POS:
*
* var PaymentInterface = require('point_of_sale.PaymentInterface');
* var MyPayment = PaymentInterface.extend({
* ...
* })
*
* To connect the interface to the right payment methods register it:
*
* var models = require('point_of_sale.models');
* models.register_payment_method('my_payment', MyPayment);
*
* my_payment is the technical name of the added selection in
* use_payment_terminal.
*
* If necessary new fields can be loaded on any model:
* by overriding the loader_params of the models in the back end
* in the `pos.session` model
*/
var PaymentInterface = core.Class.extend({
init: function (pos, payment_method) {
this.pos = pos;
this.payment_method = payment_method;
this.supports_reversals = false;
},
/**
* Call this function to enable UI elements that allow a user to
* reverse a payment. This requires that you implement
* send_payment_reversal.
*/
enable_reversals: function () {
this.supports_reversals = true;
},
/**
* Called when a user clicks the "Send" button in the
* interface. This should initiate a payment request and return a
* Promise that resolves when the final status of the payment line
* is set with set_payment_status.
*
* For successful transactions set_receipt_info() should be used
* to set info that should to be printed on the receipt. You
* should also set card_type and transaction_id on the line for
* successful transactions.
*
* @param {string} cid - The id of the paymentline
* @returns {Promise} resolved with a boolean that is false when
* the payment should be retried. Rejected when the status of the
* paymentline will be manually updated.
*/
send_payment_request: function (cid) {},
/**
* Called when a user removes a payment line that's still waiting
* on send_payment_request to complete. Should execute some
* request to ensure the current payment request is
* cancelled. This is not to refund payments, only to cancel
* them. The payment line being cancelled will be deleted
* automatically after the returned promise resolves.
*
* @param {} order - The order of the paymentline
* @param {string} cid - The id of the paymentline
* @returns {Promise}
*/
send_payment_cancel: function (order, cid) {},
/**
* This is an optional method. When implementing this make sure to
* call enable_reversals() in the constructor of your
* interface. This should reverse a previous payment with status
* 'done'. The paymentline will be removed based on returned
* Promise.
*
* @param {string} cid - The id of the paymentline
* @returns {Promise} returns true if the reversal was successful.
*/
send_payment_reversal: function (cid) {},
/**
* Called when the payment screen in the POS is closed (by
* e.g. clicking the "Back" button). Could be used to cancel in
* progress payments.
*/
close: function () {},
});
return PaymentInterface;
});

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/* @odoo-module alias=point_of_sale.env */
// This module is basically web.env but with added fields
// that are specific to point_of_sale and extensions.
import env from 'web.env';
import concurrency from 'web.concurrency';
import devices from 'point_of_sale.devices';
import BarcodeReader from 'point_of_sale.BarcodeReader';
// Create new env object base on web.env.
// Mutating this new object won't affect the original object.
let pos_env = Object.create(env);
pos_env.proxy_queue = new devices.JobQueue(); // used to prevent parallels communications to the proxy
pos_env.proxy = new devices.ProxyDevice({ env: pos_env }); // used to communicate to the hardware devices via a local proxy
pos_env.barcode_reader = new BarcodeReader({ env: pos_env, proxy: pos_env.proxy });
pos_env.posbus = new owl.EventBus();
pos_env.posMutex = new concurrency.Mutex();
export default pos_env;

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/* global html2canvas */
odoo.define('point_of_sale.Printer', function (require) {
"use strict";
var Session = require('web.Session');
var core = require('web.core');
const { Gui } = require('point_of_sale.Gui');
var _t = core._t;
// IMPROVEMENT: This is too much. We can get away from this class.
class PrintResult {
constructor({ successful, message }) {
this.successful = successful;
this.message = message;
}
}
class PrintResultGenerator {
IoTActionError() {
return new PrintResult({
successful: false,
message: {
title: _t('Connection to IoT Box failed'),
body: _t('Please check if the IoT Box is still connected.'),
},
});
}
IoTResultError() {
return new PrintResult({
successful: false,
message: {
title: _t('Connection to the printer failed'),
body: _t('Please check if the printer is still connected. \n' +
'Some browsers don\'t allow HTTP calls from websites to devices in the network (for security reasons). ' +
'If it is the case, you will need to follow Odoo\'s documentation for ' +
'\'Self-signed certificate for ePOS printers\' and \'Secure connection (HTTPS)\' to solve the issue'
),
},
});
}
Successful() {
return new PrintResult({
successful: true,
});
}
}
var PrinterMixin = {
init: function (pos) {
this.receipt_queue = [];
this.printResultGenerator = new PrintResultGenerator();
this.pos = pos;
},
/**
* Add the receipt to the queue of receipts to be printed and process it.
* We clear the print queue if printing is not successful.
* @param {String} receipt: The receipt to be printed, in HTML
* @returns {PrintResult}
*/
print_receipt: async function(receipt) {
if (receipt) {
this.receipt_queue.push(receipt);
}
let image, sendPrintResult;
while (this.receipt_queue.length > 0) {
receipt = this.receipt_queue.shift();
image = await this.htmlToImg(receipt);
try {
sendPrintResult = await this.send_printing_job(image);
} catch (_error) {
// Error in communicating to the IoT box.
this.receipt_queue.length = 0;
return this.printResultGenerator.IoTActionError();
}
// rpc call is okay but printing failed because
// IoT box can't find a printer.
if (!sendPrintResult || sendPrintResult.result === false) {
this.receipt_queue.length = 0;
return this.printResultGenerator.IoTResultError(sendPrintResult.printerErrorCode);
}
}
return this.printResultGenerator.Successful();
},
/**
* Generate a jpeg image from a canvas
* @param {DOMElement} canvas
*/
process_canvas: function (canvas) {
return canvas.toDataURL('image/jpeg').replace('data:image/jpeg;base64,','');
},
/**
* Renders the html as an image to print it
* @param {String} receipt: The receipt to be printed, in HTML
*/
htmlToImg: function (receipt) {
$('.pos-receipt-print').html(receipt);
this.receipt = $('.pos-receipt-print>.pos-receipt');
if (this.isEmail) {
$('.pos-receipt-print .pos-receipt').css({ 'padding': '15px', 'padding-bottom': '30px'})
}
// Odoo RTL support automatically flip left into right but html2canvas
// won't work as expected if the receipt is aligned to the right of the
// screen so we need to flip it back.
this.receipt.parent().css({ left: 0, right: 'auto' });
return html2canvas(this.receipt[0], {
height: Math.ceil(this.receipt.outerHeight() + this.receipt.offset().top),
width: Math.ceil(this.receipt.outerWidth() + 2 * this.receipt.offset().left),
scale: 1,
}).then(canvas => {
$('.pos-receipt-print').empty();
return this.process_canvas(canvas);
});
},
_onIoTActionResult: function (data){
if (this.pos && (data === false || data.result === false)) {
Gui.showPopup('ErrorPopup',{
'title': _t('Connection to the printer failed'),
'body': _t('Please check if the printer is still connected.'),
});
}
},
_onIoTActionFail: function () {
if (this.pos) {
Gui.showPopup('ErrorPopup',{
'title': _t('Connection to IoT Box failed'),
'body': _t('Please check if the IoT Box is still connected.'),
});
}
},
}
var Printer = core.Class.extend(PrinterMixin, {
init: function (url, pos) {
PrinterMixin.init.call(this, pos);
this.connection = new Session(undefined, url || 'http://localhost:8069', { use_cors: true});
},
/**
* Sends a command to the connected proxy to open the cashbox
* (the physical box where you store the cash). Updates the status of
* the printer with the answer from the proxy.
*/
open_cashbox: function () {
var self = this;
return this.connection.rpc('/hw_proxy/default_printer_action', {
data: {
action: 'cashbox'
}
}).then(self._onIoTActionResult.bind(self))
.guardedCatch(self._onIoTActionFail.bind(self));
},
/**
* Sends the printing command the connected proxy
* @param {String} img : The receipt to be printed, as an image
*/
send_printing_job: function (img) {
return this.connection.rpc('/hw_proxy/default_printer_action', {
data: {
action: 'print_receipt',
receipt: img,
}
});
},
});
return {
PrinterMixin: PrinterMixin,
Printer: Printer,
PrintResult,
PrintResultGenerator,
}
});

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odoo.define('point_of_sale.utils', function (require) {
'use strict';
const { ConnectionAbortedError, ConnectionLostError } = require('@web/core/network/rpc_service');
function getFileAsText(file) {
return new Promise((resolve, reject) => {
if (!file) {
reject();
} else {
const reader = new FileReader();
reader.addEventListener('load', function () {
resolve(reader.result);
});
reader.addEventListener('abort', reject);
reader.addEventListener('error', reject);
reader.readAsText(file);
}
});
}
/**
* This global variable is used by nextFrame to store the timer and
* be able to cancel it before another request for animation frame.
*/
let timer = null;
/**
* Wait for the next animation frame to finish.
*/
const nextFrame = () => {
return new Promise((resolve) => {
cancelAnimationFrame(timer);
timer = requestAnimationFrame(() => {
resolve();
});
});
};
function isConnectionError(error) {
const _error = identifyError(error);
return _error instanceof ConnectionAbortedError || _error instanceof ConnectionLostError;
}
function identifyError(error) {
if (!error) return error;
let errorToHandle;
if (error.legacy) {
// error.message is either RPCError or ConnectionLostError
errorToHandle = error.message;
} else if (error.event && error.event.type == 'abort') {
// Check if there is event and if the event type is abort.
// If so, then it's supposed to be a ConnectionAbortedError,
// however, it was stripped in the patch of rpc in `mapLegacyEnvToWowlEnv`.
// We recreate the error object here so that in the actual handler,
// ConnectionAbortedError and ConnectionLostError are handled properly.
errorToHandle = new ConnectionAbortedError(error.message);
} else if (error instanceof Error) {
errorToHandle = error;
}
return errorToHandle || error;
}
/**
* Creates a batched version of a callback so that all calls to it in the same
* microtick will only call the original callback once.
*
* @param callback the callback to batch
* @returns a batched version of the original callback
*/
function batched(callback) {
let called = false;
return async () => {
// This await blocks all calls to the callback here, then releases them sequentially
// in the next microtick. This line decides the granularity of the batch.
await Promise.resolve();
if (!called) {
called = true;
// so that only the first call to the batched function calls the original callback.
// Schedule this before calling the callback so that calls to the batched function
// within the callback will proceed only after resetting called to false, and have
// a chance to execute the callback again
Promise.resolve().then(() => called = false);
callback();
}
};
}
/*
* comes from o_spreadsheet.js
* https://stackoverflow.com/questions/105034/create-guid-uuid-in-javascript
* */
function uuidv4() {
// mainly for jest and other browsers that do not have the crypto functionality
return "xxxxxxxx-xxxx-4xxx-yxxx-xxxxxxxxxxxx".replace(/[xy]/g, function (c) {
let r = (Math.random() * 16) | 0, v = c == "x" ? r : (r & 0x3) | 0x8;
return v.toString(16);
});
};
return { getFileAsText, nextFrame, identifyError, isConnectionError, batched, uuidv4 };
});