@danidoble/webserial
Version:
WebSerial API wrapper
775 lines (774 loc) • 22.4 kB
JavaScript
import { D as o } from "./devices-CzEcntFZ.js";
import { v as p } from "./webserial-core-Bn6Ker2l.js";
function u(d = 100) {
return new Promise((n) => setTimeout(() => n(), d));
}
function D() {
return "serial" in navigator;
}
function g() {
return "geolocation" in navigator;
}
function w() {
return "crypto" in window;
}
function M(d = 1) {
return d * 1e3;
}
function y(d) {
return d == null || d === "";
}
class e {
static enable = !1;
static instance = null;
static #t = null;
static #r = 1;
static #d() {
if (e.enable === !1) throw new Error("Emulator is disabled");
return e.enable;
}
static #h(n) {
return e.instance = n, e.#t = n.typeDevice, e.#r = n.deviceNumber, !0;
}
static #n(n = null) {
return !e.#d() || n === null && e.instance === null ? !1 : (e.instance === null && n !== null && e.#h(n), !0);
}
static #l() {
if (e.#t !== "locker") throw new Error("This function is only available for Locker devices");
return !0;
}
static #i() {
if (e.#t !== "boardroid")
throw new Error("This function is only available for Boardroid devices");
return !0;
}
static #s() {
if (e.#t !== "jofemar") throw new Error("This function is only available for Jofemar devices");
return !0;
}
static #c() {
if (e.#t === "locker") throw new Error("This function is not available for Locker devices");
return !0;
}
// static #withoutBoardroid() {
// if (Emulator.#_device_type === 'boardroid') throw new Error(`This function is not available for Boardroid devices`);
//
// return true;
// }
// static #withoutJofemar() {
// if (Emulator.#_device_type === 'jofemar') throw new Error(`This function is not available for Jofemar devices`);
//
// return true;
// }
static #e(n) {
e.instance !== null && e.instance.__emulate({ code: n });
}
static status(n = null) {
if (!e.#n(n)) return !1;
let s = [];
switch (e.#t) {
case "locker":
s = ["0", "8"];
break;
case "boardroid":
s = ["2", (5 + e.#r).toString(16).toUpperCase()];
break;
case "jofemar":
s = ["6"];
break;
default:
return !1;
}
e.#e(s);
}
static dispensed(n = null) {
if (!e.#n(n)) return !1;
let s = [];
switch (e.#t) {
case "locker":
s = ["0", "7", "4", "4", "4"];
break;
case "boardroid":
s = ["2", "D7", "A", "0", "0", "0", "0", "0", "0", "0", "0", "0", "F2"];
break;
case "jofemar":
s = ["6", "30"];
break;
default:
return !1;
}
e.#e(s);
}
static notDispensed(n = null) {
if (!e.#n(n)) return !1;
let s = [];
switch (e.#t) {
case "locker":
s = ["0", "7", "5", "5", "5"];
break;
case "boardroid":
s = ["2", "D7", "A", "0", "0", "1", "0", "0", "0", "0", "0", "0", "F2"];
break;
case "jofemar":
s = ["6", "34"];
break;
default:
return !1;
}
e.#e(s);
}
static gateInactive(n = null) {
if (!e.#n(n) || !this.#l()) return !1;
this.#e(["0", "7", "5", "5", "5"]);
}
static gateConfigured(n = null) {
if (!e.#n(n) || !this.#l()) return !1;
this.#e(["0", "6"]);
}
static keyPressed(n = null) {
if (!e.#n(n) || !e.#s()) return !1;
const s = ["30", "31", "32", "33", "34", "35", "36", "37", "38", "39", "2A", "23", "41", "42", "43", "44"], i = (128 + e.#r).toString(16), t = Math.floor(Math.random() * 15);
e.#e(["2", i, "54", s[t]]);
}
static doorOpened(n = null) {
if (!e.#n(n) || !this.#c()) return !1;
let s = [];
const i = (128 + e.#r).toString(16);
switch (e.#t) {
case "boardroid":
s = ["2", "D8", "dc"];
break;
case "jofemar":
s = ["2", i, "50", "4F"];
break;
}
e.#e(s);
}
static doorClosed(n = null) {
if (!e.#n(n) || !this.#c()) return !1;
let s = [];
const i = (128 + e.#r).toString(16);
switch (e.#t) {
case "boardroid":
s = ["2", "D8", "db"];
break;
case "jofemar":
s = ["2", i, "50", "43"];
break;
}
e.#e(s);
}
static channelDisconnected(n = null) {
if (!e.#n(n) || !e.#s()) return !1;
const s = (128 + e.#r).toString(16);
e.#e(["2", s, "43", "43", "43", "FD"]);
}
static channelConnected(n = null) {
if (!e.#n(n) || !e.#s()) return !1;
const s = (128 + e.#r).toString(16);
e.#e(["2", s, "43", "43", "43", "FC"]);
}
static channelEmpty(n = null) {
if (!e.#n(n) || !e.#s()) return !1;
const s = (128 + e.#r).toString(16);
e.#e(["2", s, "43", "43", "43", "FF"]);
}
static workingTemperature(n = null) {
if (!e.#n(n) || !e.#s()) return !1;
const s = (128 + e.#r).toString(16);
e.#e(["2", s, "43", "54", "16"]);
}
static currentTemperature(n = null) {
if (!e.#n(n) || !e.#c()) return !1;
let s = [];
const i = (128 + e.#r).toString(16);
switch (e.#t) {
case "boardroid":
s = ["2", "D9", "44", "30"];
break;
case "jofemar":
s = ["2", i, "43", "74", "2B", "30", "39", "2E", "31", "7F", "43"];
break;
}
e.#e(s);
}
static ready(n = null) {
if (!e.#n(n) || !e.#s()) return !1;
e.#e(["6", "30"]);
}
static busy(n = null) {
if (!e.#n(n) || !e.#s()) return !1;
e.#e(["6", "31"]);
}
static invalidTray(n = null) {
if (!e.#n(n) || !e.#s()) return !1;
e.#e(["6", "32"]);
}
static invalidChannel(n = null) {
if (!e.#n(n) || !e.#s()) return !1;
e.#e(["6", "33"]);
}
static emptyChannel(n = null) {
if (!e.#n(n) || !e.#s()) return !1;
e.#e(["6", "34"]);
}
static elevatorJam(n = null) {
if (!e.#n(n) || !e.#s()) return !1;
e.#e(["6", "35"]);
}
static elevatorMalfunction(n = null) {
if (!e.#n(n) || !e.#s()) return !1;
e.#e(["6", "36"]);
}
static phototransistorFailure(n = null) {
if (!e.#n(n) || !e.#s()) return !1;
e.#e(["6", "37"]);
}
static allChannelsEmpty(n = null) {
if (!e.#n(n) || !e.#s()) return !1;
e.#e(["6", "38"]);
}
static productDetectorFailure(n = null) {
if (!e.#n(n) || !e.#s()) return !1;
e.#e(["6", "39"]);
}
static displayDisconnected(n = null) {
if (!e.#n(n) || !e.#s()) return !1;
e.#e(["6", "41"]);
}
static productUnderElevator(n = null) {
if (!e.#n(n) || !e.#s()) return !1;
e.#e(["6", "42"]);
}
static elevatorSettingAlarm(n = null) {
if (!e.#n(n) || !e.#s()) return !1;
e.#e(["6", "43"]);
}
static buttonPanelFailure(n = null) {
if (!e.#n(n) || !e.#s()) return !1;
e.#e(["6", "44"]);
}
static errorWritingEeprom(n = null) {
if (!e.#n(n) || !e.#s()) return !1;
e.#e(["6", "45"]);
}
static errorControlTemperature(n = null) {
if (!e.#n(n) || !e.#s()) return !1;
e.#e(["6", "46"]);
}
static thermometerDisconnected(n = null) {
if (!e.#n(n) || !e.#s()) return !1;
e.#e(["6", "47"]);
}
static thermometerMisconfigured(n = null) {
if (!e.#n(n) || !e.#s()) return !1;
e.#e(["6", "48"]);
}
static thermometerFailure(n = null) {
if (!e.#n(n) || !e.#s()) return !1;
e.#e(["6", "49"]);
}
static errorExtractorConsumption(n = null) {
if (!e.#n(n) || !e.#s()) return !1;
e.#e(["6", "4A"]);
}
static channelSearchError(n = null) {
if (!e.#n(n) || !e.#s()) return !1;
e.#e(["6", "4B"]);
}
static productExitMouthSearchError(n = null) {
if (!e.#n(n) || !e.#s()) return !1;
e.#e(["6", "4C"]);
}
static elevatorInteriorLocked(n = null) {
if (!e.#n(n) || !e.#s()) return !1;
e.#e(["6", "4D"]);
}
static productDetectorVerifierError(n = null) {
if (!e.#n(n) || !e.#s()) return !1;
e.#e(["6", "4E"]);
}
static waitingForProductRecall(n = null) {
if (!e.#n(n) || !e.#s()) return !1;
e.#e(["6", "4F"]);
}
static productExpiredByTemperature(n = null) {
if (!e.#n(n) || !e.#s()) return !1;
e.#e(["6", "50"]);
}
static faultyAutomaticDoor(n = null) {
if (!e.#n(n) || !e.#s()) return !1;
e.#e(["6", "51"]);
}
static rejectLever(n = null) {
if (!e.#n(n) || !e.#i()) return !1;
e.#e(["2", "A0", "1"]);
}
static resetCoinPurse(n = null) {
if (!e.#n(n) || !e.#i()) return !1;
e.#e(["2", "A0", "2"]);
}
static #f(n, s = null) {
let i = n[Math.floor(Math.random() * 5)];
if (s !== null && !isNaN(parseFloat(s)))
switch (s.toString()) {
case "0.5":
i = n[1];
break;
case "1":
i = n[2];
break;
case "2":
i = n[3];
break;
case "5":
i = n[4];
break;
case "10":
i = n[5];
break;
}
return i;
}
static coinInsertedBox(n = null, s = null) {
if (!e.#n(n) || !e.#i()) return !1;
const i = ["40", "41", "42", "43", "44", "45"], t = e.#f(i, s);
e.#e(["2", "A0", t]);
}
static coinInsertedTube(n = null, s = null) {
if (!e.#n(n) || !e.#i()) return !1;
const i = ["50", "51", "52", "53", "54", "55"], t = e.#f(i, s);
e.#e(["2", "A0", t]);
}
static #a(n, s = null) {
let i = n[Math.floor(Math.random() * 4)];
if (s !== null && !isNaN(parseFloat(s)))
switch (s.toString()) {
case "20":
i = n[0];
break;
case "50":
i = n[1];
break;
case "100":
i = n[2];
break;
case "200":
i = n[3];
break;
case "500":
i = n[4];
break;
}
return i;
}
static banknoteInsertedStacker(n = null, s = null) {
if (!e.#n(n) || !e.#i()) return !1;
const i = ["80", "81", "82", "83", "84"], t = e.#a(i, s);
e.#e(["2", "B0", t]);
}
static banknoteInsertedEscrow(n = null, s = null) {
if (!e.#n(n) || !e.#i()) return !1;
const i = ["90", "91", "92", "93", "94"], t = e.#a(i, s);
e.#e(["2", "B0", t]);
}
static banknoteEjected(n = null, s = null) {
if (!e.#n(n) || !e.#i()) return !1;
const i = ["A0", "A1", "A2", "A3", "A4"], t = e.#a(i, s);
e.#e(["2", "B0", t]);
}
static banknoteInsertedRecycler(n = null, s = null) {
if (!e.#n(n) || !e.#i()) return !1;
const i = ["B0", "B1", "B2", "B3", "B4"], t = e.#a(i, s);
e.#e(["2", "B0", t]);
}
static banknoteTaken(n = null) {
if (!e.#n(n) || !e.#i()) return !1;
e.#e(["2", "B0", "2a"]);
}
static coinPurseEnabled(n = null) {
if (!e.#n(n) || !e.#i()) return !1;
e.#e(["2", "D0", "1"]);
}
static coinPurseDisabled(n = null) {
if (!e.#n(n) || !e.#i()) return !1;
e.#e(["2", "D0", "0"]);
}
static billPurseDisabled(n = null) {
if (!e.#n(n) || !e.#i()) return !1;
e.#e(["2", "D1", "0", "0"]);
}
static billPurseEnabled(n = null) {
if (!e.#n(n) || !e.#i()) return !1;
e.#e(["2", "D1", "1", "1"]);
}
static readTubes(n = null) {
if (!e.#n(n) || !e.#i()) return !1;
const s = [
"0",
"1",
"2",
"3",
"4",
"5",
"6",
"7",
"8",
"9",
"a",
"b",
"c",
"d",
"e",
"f",
"10",
"11",
"12",
"13",
"14",
"15",
"16",
"17",
"18",
"19",
"1a",
"1b",
"1c",
"1d",
"1e",
"1f"
], [i, t, r, a, c, l] = [
s[Math.floor(Math.random() * 30)],
s[Math.floor(Math.random() * 30)],
s[Math.floor(Math.random() * 30)],
s[Math.floor(Math.random() * 30)],
s[Math.floor(Math.random() * 30)],
s[Math.floor(Math.random() * 30)]
];
e.#e(["2", "D2", i, t, r, a, c, l]);
}
static readBillPurse(n = null, s = null) {
if (!e.#n(n) || !e.#i() || e.instance === null) return !1;
const i = e.instance, t = [
"0",
"1",
"2",
"3",
"4",
"5",
"6",
"7",
"8",
"9",
"a",
"b",
"c",
"d",
"e",
"f",
"10",
"11",
"12",
"13",
"14",
"15",
"16",
"17",
"18",
"19",
"1a",
"1b",
"1c"
];
if (i.__banknote_purse.recycler.ict) {
const r = t[Math.floor(Math.random() * 31)];
let a = "0", c = "0", l = "0", f = "0", h = "0";
if (s !== null && !isNaN(parseInt(s)))
switch (s.toString()) {
case "20":
a = r;
break;
case "50":
c = r;
break;
case "100":
l = r;
break;
case "200":
f = r;
break;
case "500":
h = r;
break;
}
else
switch (i.__banknote_purse.recycler.banknote) {
case 0:
a = r;
break;
case 1:
c = r;
break;
case 2:
l = r;
break;
case 3:
f = r;
break;
case 4:
h = r;
break;
}
e.#e(["2", "D3", a, c, l, f, h, "0"]);
} else {
const [r, a, c, l, f, h] = [
t[Math.floor(Math.random() * 30)],
t[Math.floor(Math.random() * 30)],
t[Math.floor(Math.random() * 30)],
t[Math.floor(Math.random() * 2)],
t[Math.floor(Math.random())],
t[Math.floor(Math.random())]
];
e.#e(["2", "D3", r, a, c, l, f, h]);
}
}
static banknoteAccepted(n = null) {
if (!e.#n(n) || !e.#i()) return !1;
e.#e(["2", "D4", "1"]);
}
static banknoteRejected(n = null) {
if (!e.#n(n) || !e.#i()) return !1;
e.#e(["2", "D4", "0"]);
}
static banknotesDispensed(n = null) {
if (!e.#n(n) || !e.#i() || e.instance === null) return !1;
const s = e.instance, i = [
"1",
"2",
"3",
"4",
"5",
"6",
"7",
"8",
"9",
"a",
"b",
"c",
"d",
"e",
"f",
"10",
"11",
"12",
"13",
"14",
"15",
"16",
"17",
"18",
"19",
"1a",
"1b",
"1c"
];
if (s.__banknote_purse.recycler.ict) {
const t = i[Math.floor(Math.random() * 30)];
let r = "0", a = "0", c = "0", l = "0", f = "0";
switch (s.__banknote_purse.recycler.banknote) {
case 0:
r = t;
break;
case 1:
a = t;
break;
case 2:
c = t;
break;
case 3:
l = t;
break;
case 4:
f = t;
break;
}
e.#e(["2", "D5", r, a, c, l, f, "0"]);
} else {
const [t, r, a, c, l, f] = [
i[Math.floor(Math.random() * 30)],
i[Math.floor(Math.random() * 30)],
i[Math.floor(Math.random() * 30)],
i[Math.floor(Math.random() * 2)],
i[Math.floor(Math.random())],
i[Math.floor(Math.random())]
];
e.#e(["2", "D5", t, r, a, c, l, f]);
}
}
static coinsDispensed(n = null) {
if (!e.#n(n) || !e.#i()) return !1;
e.#e(["2", "D6"]);
}
static relayOn(n = null) {
if (!e.#n(n) || !e.#i()) return !1;
e.#e(["2", "DA", "1"]);
}
static relayOff(n = null) {
if (!e.#n(n) || !e.#i()) return !1;
e.#e(["2", "DA", "0"]);
}
static nayaxEnabled(n = null) {
if (!e.#n(n) || !e.#i()) return !1;
e.#e(["2", "DD", "1"]);
}
static nayaxDisabled(n = null) {
if (!e.#n(n) || !e.#i()) return !1;
e.#e(["2", "DD", "0"]);
}
static nayaxPreCreditAuthorized(n = null) {
if (!e.#n(n) || !e.#i()) return !1;
e.#e(["2", "DD", "3"]);
}
static nayaxCancelRequest(n = null) {
if (!e.#n(n) || !e.#i()) return !1;
e.#e(["2", "DD", "4"]);
}
static nayaxSellApproved(n = null) {
if (!e.#n(n) || !e.#i()) return !1;
e.#e(["2", "DD", "5"]);
}
static nayaxSellDenied(n = null) {
if (!e.#n(n) || !e.#i()) return !1;
e.#e(["2", "DD", "6"]);
}
static nayaxEndSession(n = null) {
if (!e.#n(n) || !e.#i()) return !1;
e.#e(["2", "DD", "7"]);
}
static nayaxCancelled(n = null) {
if (!e.#n(n) || !e.#i()) return !1;
e.#e(["2", "DD", "8"]);
}
static nayaxDispensed(n = null) {
if (!e.#n(n) || !e.#i()) return !1;
e.#e(["2", "DD", "A", "0"]);
}
static nayaxNotDispensed(n = null) {
if (!e.#n(n) || !e.#i()) return !1;
e.#e(["2", "DD", "A", "1"]);
}
static fullTray(n = null) {
if (!e.#n(n) || !e.#s()) return !1;
e.#e(["6", "4F"]);
}
static setConnection(n = null) {
if (!e.#n(n) || e.instance === null) return !1;
e.instance.__internal__.serial.connected = !0;
}
}
class v extends p {
constructor(n = {}) {
super(n), this.__internal__ = structuredClone(this.__internal__), this.getResponseAsArrayHex(), this.__internal__.device.door_open = !1, this.__internal__.time.response_engines = 2e3, this.__internal__.time.sense = 100, this.__internal__.interval.waiting_sense = 0, this.__internal__.dispense = {
must_response: !1,
dispensing: !1,
status: null,
counter: 0,
limit_counter: 20,
custom_limit_counter: null,
backup_dispense: {}
};
}
get isDoorOpen() {
return this.__internal__.device.door_open;
}
get isDispensing() {
return this.__internal__.interval.waiting_sense || this.__internal__.dispense.dispensing;
}
async timeout(n, s) {
await super.timeout(n, s), s === "dispense" && (this.__internal__.dispense.status = "no-response");
}
internalClearSensing() {
this.__internal__.interval.waiting_sense && clearInterval(this.__internal__.interval.waiting_sense), this.__internal__.interval.waiting_sense = 0, this.__internal__.dispense.status = null, this.__internal__.dispense.counter = 0, this.__internal__.dispense.dispensing = !1;
}
internalDispensingProcess() {
let n = this.__internal__.dispense.limit_counter;
return this.__internal__.dispense.custom_limit_counter && (n = this.__internal__.dispense.custom_limit_counter), n += Math.ceil(n * 0.6), this.__internal__.dispense.counter >= n ? (this.internalClearSensing(), this.__internal__.dispense.status = !1, this.__internal__.dispense.dispensing = !1, !1) : (this.__internal__.dispense.counter = parseFloat((0.1 + this.__internal__.dispense.counter).toFixed(1)), this.__internal__.dispense.counter % 1 === 0 && this.dispatch("dispensing", {
status: this.__internal__.dispense.status,
counter: this.__internal__.dispense.counter,
limit: n
}), null);
}
async internalDispenseStatus() {
return this.__internal__.dispense.must_response && (await u(this.__internal__.time.response_engines + 10), this.__internal__.dispense.status === "no-response") ? (this.internalClearSensing(), this.__internal__.dispense.status = !1, this.dispatch("not-dispensed", { reason: "no-response" }), { status: !1, error: "no-response" }) : (this.__internal__.dispense.status = null, this.__internal__.dispense.dispensing = !0, this.dispatch("internal:dispense:running", {}), new Promise((n) => {
this.__internal__.interval.waiting_sense = setInterval(() => {
switch (this.__internal__.dispense.status) {
case null:
this.internalDispensingProcess() === !1 && (this.internalClearSensing(), this.dispatch("not-dispensed", { reason: "timeout" }), n({ status: !1, error: "timeout" }));
break;
case !0:
this.internalClearSensing(), this.__internal__.dispense.status = !0, this.dispatch("dispensed", {}), n({ status: !0, error: null });
break;
case !1:
this.internalClearSensing(), this.__internal__.dispense.status = !1, this.dispatch("not-dispensed", { reason: "no-stock" }), n({ status: !1, error: null });
break;
case "elevator-locked":
this.internalClearSensing(), this.__internal__.dispense.status = !1, this.dispatch("not-dispensed", { reason: "elevator-locked" }), n({ status: !1, error: "elevator-locked" });
break;
case "no-response":
this.internalClearSensing(), this.__internal__.dispense.status = !1, this.dispatch("not-dispensed", { reason: "no-response" }), n({ status: !1, error: "no-response" });
break;
}
}, this.__internal__.time.sense);
}));
}
async internalDispense(n) {
if (this.isDispensing) throw new Error("Another dispensing process is running");
if (this.__internal__.dispense.dispensing = !0, !e.enable && !this.__internal__.serial.connected && (await this.serialConnect(), !this.__internal__.serial.connected))
throw this.__internal__.dispense.dispensing = !1, new Error("Serial device not connected");
return this.__internal__.serial.queue.length === 0 ? (await this.appendToQueue(n, "dispense"), await this.internalDispenseStatus()) : new Promise((s) => {
const i = setInterval(async () => {
if (this.__internal__.serial.queue.length > 0) return;
clearInterval(i), await this.appendToQueue(n, "dispense");
const t = await this.internalDispenseStatus();
s(t);
}, 100);
});
}
__emulate(n) {
if (typeof n.code != "object") {
console.error("Invalid data to make an emulation");
return;
}
this.__internal__.serial.connected || (this.__internal__.serial.connected = !0, this.dispatch("serial:connected"), o.instance.dispatch("change"), this.__internal__.interval.reconnection && (clearInterval(this.__internal__.interval.reconnection), this.__internal__.interval.reconnection = 0)), this.__internal__.timeout.until_response && (clearTimeout(this.__internal__.timeout.until_response), this.__internal__.timeout.until_response = 0);
const s = [];
for (const i in n.code)
s.push(n.code[i].toString().padStart(2, "0").toLowerCase());
this.serialMessage(s);
}
/**
* @deprecated Use listenOnChannel instead
* @param {string|number} channel
*/
set listenOnPort(n) {
this.listenOnChannel = n;
}
/**
* @deprecated Use listenOnChannel instead
*/
get listenOnPort() {
return this.__internal__.device.listen_on_port ?? 1;
}
fixHexArray(n) {
return n.map((s) => typeof s == "string" ? s.padStart(2, "0").toLowerCase() : s.toString(16).padStart(2, "0").toLowerCase());
}
}
export {
e as E,
v as K,
g as a,
D as b,
M as g,
y as i,
w as s,
u as w
};