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TangleDevice.js
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import { logging, setLoggingLevel } from "./Logging.js";
import { colorToBytes, computeTnglFingerprint, czechHackyToEnglish, detectBluefy, detectSpectodaConnect, detectTangleConnect, getClockTimestamp, hexStringToUint8Array, labelToBytes, numberToBytes, percentageToBytes, sleep, stringToBytes } from "./functions.js";
import { DEVICE_FLAGS, NETWORK_FLAGS, TangleInterface } from "./TangleInterface.js";
import { TnglCodeParser } from "./TangleParser.js";
import { TimeTrack } from "./TimeTrack.js";
import "./TnglReader.js";
import { TnglReader } from "./TnglReader.js";
import "./TnglWriter.js";
import { io } from "./socketio.js";
let lastEvents = {};
/////////////////////////////////////////////////////////////////////////
export const SPECTODA_PRODUCT_CODES = Object.freeze({
/* command flags */
PRODUCT_CODE_NARA_ALPHA: 0x0001,
PRODUCT_CODE_NARA_LEGACY: 0x0002,
PRODUCT_CODE_TRAINING_LIGHTS: 0x0003,
PRODUCT_CODE_TANGLE_STICK: 0x0004,
PRODUCT_CODE_SANS_SOUCI_CHANDELIER: 0x0005,
PRODUCT_CODE_GRAO_CHANDELIER: 0x0006,
PRODUCT_CODE_BARK7_KRYMSKA: 0x0007,
PRODUCT_CODE_SPECTODA_PROFI_CONTROLLER: 0x0008,
PRODUCT_CODE_ARABESQUE_UNIVERSAL_CONTROLLER: 0x0009,
PRODUCT_CODE_NARA_STRIP: 0x0010,
PRODUCT_CODE_GOBO_CONTROLLER: 0x0011,
PRODUCT_CODE_EXX_CONTROLLER: 0x0012,
PRODUCT_CODE_SPECTASTICK_GEN2: 0x0013,
PRODUCT_CODE_BATTERY_MODULE: 0x0014,
PRODUCT_CODE_NONE: 0xffff,
});
export const SPECTODA_PCB_CODES = Object.freeze({
/* command flags */
PCB_CODE_NARA_HOBBY_V1_1: 0x0001,
PCB_CODE_NARA_SQUARE_V1: 0x0002,
PCB_CODE_DSPARX_MK2_2_X: 0x0003,
PCB_CODE_SANS_SOUCI_DMX: 0x0004,
PCB_CODE_NARA_HOBBY_V1_2: 0x0005,
PCB_CODE_DSPARX_MK2_3: 0x0006,
PCB_CODE_SPECTODA_PROFI_CONTROLLER: 0x0007,
PCB_CODE_NARA_HOBBY_V1_4: 0x0008,
PCB_CODE_GOBO_MODULE_V1_0: 0x0009,
PCB_CODE_EXX_SPECTODA_CONTROLLER_V1_0: 0x0010,
PCB_CODE_SPECTASTICK_GEN2: 0x0011,
PCB_CODE_BATTERY_CONTROLLER: 0xfffb,
PCB_CODE_HOBBY_PROJECT_V2: 0xfffc,
PCB_CODE_HOBBY_PROJECT: 0xfffd,
PCB_CODE_WEMOS_D1_MINI: 0xfffe,
PCB_CODE_NONE: 0xffff,
});
// should not create more than one object!
// the destruction of the TangleDevice is not well implemented
// TODO - kdyz zavolam tangleDevice.connect(), kdyz jsem pripojeny, tak nechci aby se do interfacu poslal select
// TODO - kdyz zavolam funkci connect a uz jsem pripojeny, tak vyslu event connected, pokud si myslim ze nejsem pripojeny.
// TODO - "watchdog timer" pro resolve/reject z TC
export class TangleDevice {
#uuidCounter;
#ownerSignature;
#ownerKey;
#connecting;
#adopting;
#adoptingGuard;
#updating;
#selected;
#reconnectRC;
constructor(connectorType = "default", reconnectionInterval = 1000) {
this.timeline = new TimeTrack(0, true);
this.#uuidCounter = Math.floor(Math.random() * 0xffffffff);
this.#ownerSignature = null;
this.#ownerKey = null;
this.interface = new TangleInterface(this, reconnectionInterval);
if (connectorType) {
this.interface.assignConnector(connectorType);
}
this.#connecting = false;
this.#adopting = false;
this.#adoptingGuard = false;
this.#updating = false;
this.#reconnectRC = false;
// this.interface.on("#connected", e => {
// this.#onConnected(e);
// });
// this.interface.on("#disconnected", e => {
// this.#onDisconnected(e);
// });
this.interface.onConnected = event => {
if (!this.#adopting) {
logging.info("> Device connected");
this.interface.emit("connected", { target: this });
this.requestTimeline().catch(e => {
logging.error("Timeline request after reconnection failed.", e);
});
} else {
logging.verbose("connected event skipped because of adopt");
}
};
this.interface.onDisconnected = event => {
if (!this.#adopting) {
logging.info("> Device disconnected");
this.interface.emit("disconnected", { target: this });
} else {
logging.verbose("disconnected event skipped because of adopt");
}
};
// auto clock sync loop
setInterval(() => {
if (!this.#updating) {
this.connected().then(connected => {
if (connected) {
this.syncClock().catch(error => {
logging.warn(error);
});
}
});
}
}, 60000);
}
requestWakeLock() {
return this.interface.requestWakeLock();
}
releaseWakeLock() {
return this.interface.releaseWakeLock();
}
setOwnerSignature(ownerSignature) {
const reg = ownerSignature.match(/([\dabcdefABCDEF]{32})/g);
if (!reg[0]) {
throw "InvalidSignature";
}
this.#ownerSignature = reg[0];
return true;
}
/**
* @alias this.setOwnerSignature
*/
assignOwnerSignature(ownerSignature) {
return this.setOwnerSignature(ownerSignature);
}
getOwnerSignature() {
return this.#ownerSignature;
}
setOwnerKey(ownerKey) {
const reg = ownerKey.match(/([\dabcdefABCDEF]{32})/g);
if (!reg[0]) {
throw "InvalidKey";
}
this.#ownerKey = reg[0];
return true;
}
/**
* @alias this.setOwnerKey
*/
assignOwnerKey(ownerKey) {
return this.setOwnerKey(ownerKey);
}
getOwnerKey() {
return this.#ownerKey;
}
setConnector(connector_type) {
this.interface.assignConnector(connector_type);
}
/**
* @alias this.setConnector
*/
assignConnector(connector_type) {
return this.setConnector(connector_type);
}
connectRemoteControl() {
this.#reconnectRC = true;
logging.debug("> Connecting to Remote Control");
if (!this.socket) {
// TODO - scopovani dle apky
// TODO - authentifikace
this.socket = io("https://tangle-remote-control.glitch.me/", { transports: ["websocket"] });
this.socket.on("connect", () => {
logging.debug("> Connected to remote control");
window.alert("Connected to remote control");
});
this.socket.on("disconnect", () => {
logging.debug("> Disconnected from remote control");
window.alert("Disconnected from remote control");
// if (this.#reconnectRC) {
// logging.debug("Disconnected by its own... Reloading");
// window.location.reload();
// }
// if (this.#reconnectRC) {
// logging.debug("> Reconnecting Remote Control...");
// this.socket.connect();
// }
});
this.socket.on("deliver", payload => {
logging.debug("deliver", payload);
this.interface.deliver(new Uint8Array(payload));
});
this.socket.on("transmit", payload => {
logging.debug("transmit", payload);
this.interface.transmit(new Uint8Array(payload));
});
// this.socket.on("request", payload => {
// logging.debug("request", payload);
// this.interface.request(new Uint8Array(payload));
// });
this.socket.on("connect_error", error => {
logging.debug("connect_error", error);
setTimeout(() => {
this.socket.connect();
}, 1000);
});
// this.socket.on("setClock", payload => {
// logging.warn("setClock", payload);
// });
// // ============= CLOCK HACK ==============
// const hackClock = () => {
// logging.warn("overriding clock with UTC clock");
// this.interface.clock.setMillis(getClockTimestamp());
// this.syncClock();
// };
// hackClock();
// this.interface.on("connected", () => {
// hackClock();
// });
} else {
this.socket.connect();
}
}
disconnectRemoteControl() {
logging.debug("> Disonnecting from the Remote Control");
this.#reconnectRC = false;
this.socket?.disconnect();
}
// valid UUIDs are in range [1..4294967295] (32-bit unsigned number)
#getUUID() {
if (this.#uuidCounter >= 0xffffffff) {
this.#uuidCounter = 0;
}
return ++this.#uuidCounter;
}
/**
* @name addEventListener
* @param {string} event
* @param {Function} callback
*
* events: "disconnected", "connected"
*
* all events: event.target === the sender object (TangleWebBluetoothConnector)
* event "disconnected": event.reason has a string with a disconnect reason
*
* @returns {Function} unbind function
*/
addEventListener(event, callback) {
return this.interface.addEventListener(event, callback);
}
/**
* @alias this.addEventListener
*/
on(event, callback) {
return this.interface.on(event, callback);
}
// každé tangle zařízení může být spárováno pouze s jedním účtem. (jednim user_key)
// jakmile je sparovana, pak ji nelze prepsat novým učtem.
// filtr pro pripojovani k zarizeni je pak účet.
// adopt != pair
// adopt reprezentuje proces, kdy si webovka osvoji nove zarizeni. Tohle zarizeni, ale uz
// muze byt spárováno s telefonem / TangleConnectem
// pri adoptovani MUSI byt vsechny zarizeni ze skupiny zapnuty.
// vsechny zarizeni totiz MUSI vedet o vsech.
// adopt() {
// const BLE_OPTIONS = {
// //acceptAllDevices: true,
// filters: [
// { services: [this.TRANSMITTER_SERVICE_UUID] },
// // {services: ['c48e6067-5295-48d3-8d5c-0395f61792b1']},
// // {name: 'ExampleName'},
// ],
// //optionalServices: [this.TRANSMITTER_SERVICE_UUID],
// };
// //
// return this.connector
// .adopt(BLE_OPTIONS).then((device)=> {
// // ulozit device do local storage jako json
// })
// .catch((error) => {
// logging.warn(error);
// });
// }
adopt(newDeviceName = null, newDeviceId = null, tnglCode = null, ownerSignature = null, ownerKey = null) {
if (this.#adoptingGuard) {
return Promise.reject("AdoptingInProgress");
}
this.#adoptingGuard = true;
if (ownerSignature) {
this.setOwnerSignature(ownerSignature);
}
if (ownerKey) {
this.setOwnerKey(ownerKey);
}
if (!this.#ownerSignature) {
throw "OwnerSignatureNotAssigned";
}
if (!this.#ownerKey) {
throw "OwnerKeyNotAssigned";
}
const criteria = /** @type {any} */ ([{ adoptionFlag: true }, { legacy: true }]);
return this.interface
.userSelect(criteria, 60000)
.then(() => {
this.#adopting = true;
return this.interface.connect(10000, true);
})
.then(async () => {
const random_names = [
"Karel",
"Kobliha",
"Lucie",
"Anna",
"Julie",
"Emanuel",
"Leontynka",
"Maxipes Fik",
"Otesanek",
"Karkulka",
"Popelka",
"Malenka",
"Fifinka",
"Myspulin",
"Brumda",
"Cmelda",
"Saxana",
"Petronel",
"Odetta",
"Vecernice",
"Trautenberk",
"Rakosnicek",
"Asterix",
"Obelix",
"Gargamel",
"Dasenka",
"Pucmeloud",
"Fantomas",
"Skrblik",
"Rumburak",
"Arabela",
"Xenie",
"Rumcajs",
"Cipisek",
"Sarka Farka",
"Lotrando",
"Zubejda",
"Fido",
"Canfourek",
"Hurvinek",
"Spejbl",
"Manicka",
"Manka",
"Macourek",
"Ferda",
"Beruska",
"Vydrysek",
"Bolek",
"Lolek",
"Pepina",
"Bambi",
"Krakonos",
"Lucifek",
"Vetrnik",
"Laskonka",
"Kremrole",
"Bombicka",
"Kokoska",
"Marlenka",
"Bobinka",
"Louskacek",
"Bila pani",
"Bob",
"Bobek",
"Brouk Pytlik",
"Kremilek",
"Vochomurka",
"Kubula",
"Locika",
"Otesanek",
"Petr Pan",
"Snehurka",
"Smoulinka",
"Vila Amalka",
"Zlata rybka",
"Zvonilka",
];
try {
while (!newDeviceName || !newDeviceName.match(/^[\w_ ]+/)) {
let exit = false;
newDeviceName = await window
// @ts-ignore
.prompt("Unikátní jméno pro vaši lampu vám ji pomůže odlišit od ostatních.", random_names[Math.floor(Math.random() * random_names.length)], "Pojmenujte svoji lampu", "text", {
placeholder: "NARA",
regex: /^[a-zA-Z0-9_ ]{1,16}$/,
invalidText: "Název obsahuje nepovolené znaky",
maxlength: 16,
});
if (!newDeviceName) {
throw "AdoptionCancelled";
}
}
while (!newDeviceId || (typeof newDeviceId !== "number" && !newDeviceId.match(/^[\d]+/))) {
newDeviceId = await window
// @ts-ignore
.prompt("Prosím, zadejte ID zařízení v rozmezí 0-255", "0", "Přidělte ID svému zařízení", "number", { min: 0, max: 255 });
// @ts-ignore
if (!newDeviceId) {
throw "AdoptionCancelled";
}
}
newDeviceName = czechHackyToEnglish(newDeviceName); // replace all hacky carky with english letters
newDeviceName = newDeviceName.replace(/((?![\w_ ]).)/g, " "); // replace all unsupported characters with whitespaces
newDeviceName = newDeviceName.trim(); // trim whitespaces on start and end
newDeviceName = newDeviceName.match(/^[\w_ ]+/)[0]; // do final match of only supported chars
if (typeof newDeviceId !== "number") {
newDeviceId = Number(newDeviceId.match(/^[\d]+/)[0]);
}
} catch (e) {
await this.disconnect();
return Promise.reject("UserRefused");
}
return Promise.resolve();
})
.then(() => {
const owner_signature_bytes = hexStringToUint8Array(this.#ownerSignature, 16);
const owner_key_bytes = hexStringToUint8Array(this.#ownerKey, 16);
const device_name_bytes = stringToBytes(newDeviceName.slice(0, 11), 16);
const device_id = newDeviceId;
const request_uuid = this.#getUUID();
const bytes = [DEVICE_FLAGS.FLAG_ADOPT_REQUEST, ...numberToBytes(request_uuid, 4), ...owner_signature_bytes, ...owner_key_bytes, ...device_name_bytes, ...numberToBytes(device_id, 1)];
logging.debug("> Adopting device...");
logging.verbose(bytes);
return this.interface
.request(bytes, true)
.then(response => {
let reader = new TnglReader(response);
logging.debug("> Got response:", response);
if (reader.readFlag() !== DEVICE_FLAGS.FLAG_ADOPT_RESPONSE) {
throw "InvalidResponse";
}
const response_uuid = reader.readUint32();
if (response_uuid != request_uuid) {
throw "InvalidResponse";
}
const error_code = reader.readUint8();
const device_mac_bytes = error_code === 0 ? reader.readBytes(6) : [0, 0, 0, 0, 0, 0];
const device_mac = Array.from(device_mac_bytes, function (byte) {
return ("0" + (byte & 0xff).toString(16)).slice(-2);
}).join(":");
logging.verbose(`error_code=${error_code}, device_mac=${device_mac}`);
if (error_code === 0) {
return (
// (tnglCode ? this.writeTngl(tnglCode) : Promise.resolve())
Promise.resolve()
.then(() => {
return sleep(1000).then(() => {
return this.rebootAndDisconnectDevice();
});
})
.then(() => {
return sleep(3500).then(() => {
return this.interface.connect(10000);
});
})
// .then(() => {
// return this.requestTimeline().catch(e => {
// logging.error("Timeline request failed.", e);
// });
// })
.then(() => {
setTimeout(() => {
return this.interface.connected().then(() => {
logging.debug("> Device connected");
this.interface.emit("connected", { target: this });
});
}, 1);
})
.catch(e => {
logging.error(e);
})
.then(() => {
return { mac: device_mac, ownerSignature: this.#ownerSignature, ownerKey: this.#ownerKey, name: newDeviceName, id: newDeviceId };
})
);
} else {
logging.warn("Adoption refused.");
this.disconnect().finally(() => {
// @ts-ignore
window.confirm("Zkuste to, prosím, později.", "Přidání se nezdařilo", { confirm: "Zkusit znovu", cancel: "Zpět" }).then(result => {
// if (result) {
// this.adopt(newDeviceName, newDeviceId, tnglCode);
// }
});
throw "AdoptionRefused";
});
}
})
.catch(e => {
logging.error(e);
this.disconnect().finally(() => {
// @ts-ignore
window.confirm("Zkuste to, prosím, později.", "Přidání se nezdařilo: " + e, { confirm: "Zkusit znovu", cancel: "Zpět" }).then(result => {
// if (result) {
// this.adopt(newDeviceName, newDeviceId, tnglCode);
// }
});
throw "AdoptionFailed";
});
});
})
.catch(error => {
logging.warn(error);
if (error === "BluefyError") {
// @ts-ignore
window.alert("Pokud vlastníte lampu se zvlněným podstavcem, kterou se vám nedaří připojit, obraťte se prosím, na naši podporu.", "Spárování nové lampy se nezdařilo");
return;
}
if (error === "UserCanceledSelection") {
return this.connected().then(result => {
if (!result) {
// @ts-ignore
window.alert('Pro připojení již spárované lampy prosím stiskněte jakýkoli symbol "🛑"', "Spárování nové lampy se nezdařilo");
}
});
}
})
.finally(() => {
this.#adoptingGuard = false;
this.#adopting = false;
});
}
// devices: [ {name:"Lampa 1", mac:"12:34:56:78:9a:bc"}, {name:"Lampa 2", mac:"12:34:56:78:9a:bc"} ]
connect(devices = null, autoConnect = true, ownerSignature = null, ownerKey = null, connectAny = false) {
if (this.#connecting) {
return Promise.reject("ConnectingInProgress");
}
this.#connecting = true;
if (ownerSignature) {
this.setOwnerSignature(ownerSignature);
}
if (ownerKey) {
this.setOwnerKey(ownerKey);
}
if (!this.#ownerSignature) {
throw "OwnerSignatureNotAssigned";
}
if (!this.#ownerKey) {
throw "OwnerKeyNotAssigned";
}
let criteria = /** @type {any} */ ([{ ownerSignature: this.#ownerSignature }]);
if (devices && devices.length > 0) {
let devices_criteria = /** @type {any} */ ([]);
for (let i = 0; i < devices.length; i++) {
let criterium = {};
if (devices[i].name) {
criterium.ownerSignature = this.#ownerSignature;
criterium.name = devices[i].name.slice(0, 11);
devices_criteria.push(criterium);
} else if (devices[i].mac) {
criterium.ownerSignature = this.#ownerSignature;
criterium.mac = devices[i].mac;
devices_criteria.push(criterium);
}
}
if (devices_criteria.length != 0) {
criteria = devices_criteria;
}
}
if (connectAny) {
if (detectBluefy() || detectSpectodaConnect()) {
criteria = [{}];
} else {
criteria = [{}, { adoptionFlag: true }, { legacy: true }];
}
}
logging.debug("criteria=", criteria);
return (autoConnect ? this.interface.autoSelect(criteria) : this.interface.userSelect(criteria))
.then(() => {
return this.interface.connect();
})
.catch(error => { // TODO: tady tento catch by mel dal thrownout error jako ze nepodarilo pripojit.
logging.error(error);
if (error === "UserCanceledSelection" || error === "BluefyError") {
//@ts-ignore
window.alert('Aktivujte prosím Bluetooth a vyberte svou lampu ze seznamu. Pro spárování nové lampy prosím stiskněte tlačítko "Přidat zařízení".', "Připojení selhalo.");
return;
}
if (error === "SecurityError") {
console.error(error);
return;
}
//@ts-ignore
window.alert("Zkuste to, prosím, později.\n\nChyba: " + error.toString(), "Připojení selhalo."); // Problematicke když se objevi dva popupy
})
.finally(() => {
this.#connecting = false;
});
}
disconnect() {
return this.interface.disconnect().catch(e => {
logging.warn(e);
});
}
connected() {
if (this.#connecting || this.#adopting) {
return Promise.resolve();
}
return this.interface.connected();
}
//////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
// WIP, writes Tngl only if fingerprints does not match
syncTngl(tngl_code, tngl_bytes = null) {
logging.verbose("writeTngl()");
if (tngl_code === null && tngl_bytes === null) {
return Promise.reject("Invalid");
}
if (tngl_bytes === null) {
tngl_bytes = new TnglCodeParser().parseTnglCode(tngl_code);
}
return this.getTnglFingerprint().then(device_fingerprint => {
return computeTnglFingerprint(tngl_bytes, "fingerprint").then(new_fingerprint => {
// logging.debug(device_fingerprint);
// logging.debug(new_fingerprint);
for (let i = 0; i < device_fingerprint.length; i++) {
if (device_fingerprint[i] !== new_fingerprint[i]) {
return this.writeTngl(null, tngl_bytes);
}
}
});
});
}
writeTngl(tngl_code, tngl_bytes = null) {
logging.verbose("writeTngl()");
if (tngl_code === null && tngl_bytes === null) {
return Promise.reject("Invalid");
}
if (tngl_bytes === null) {
tngl_bytes = new TnglCodeParser().parseTnglCode(tngl_code);
}
const timeline_flags = this.timeline.paused() ? 0b00010000 : 0b00000000; // flags: [reserved,reserved,reserved,timeline_paused,reserved,reserved,reserved,reserved]
const timeline_payload = [NETWORK_FLAGS.FLAG_SET_TIMELINE, ...numberToBytes(this.interface.clock.millis(), 4), ...numberToBytes(this.timeline.millis(), 4), timeline_flags];
const tngl_payload = [NETWORK_FLAGS.FLAG_TNGL_BYTES, ...numberToBytes(tngl_bytes.length, 4), ...tngl_bytes];
const payload = [...timeline_payload, ...tngl_payload];
return this.interface.execute(payload, "TNGL").then(() => {
// logging.debug("Written");
});
}
// event_label example: "evt1"
// event_value example: 1000
/**
*
* @param {*} event_label
* @param {number|number[]} device_ids
* @param {*} force_delivery
* @param {*} is_lazy
* @returns
*/
emitEvent(event_label, device_ids = [0xff], force_delivery = true, is_lazy = true) {
logging.verbose("emitTimestampEvent(id=" + device_ids + ")");
const func = device_id => {
const payload = is_lazy ? [NETWORK_FLAGS.FLAG_EMIT_LAZY_EVENT, ...labelToBytes(event_label), device_id] : [NETWORK_FLAGS.FLAG_EMIT_EVENT, ...labelToBytes(event_label), ...numberToBytes(this.timeline.millis(), 4), device_id];
return this.interface.execute(payload, force_delivery ? null : "E" + event_label + device_id);
};
if (typeof device_ids === "object") {
let promises = device_ids.map(func);
return Promise.all(promises);
} else {
return func(device_ids);
}
}
resendAll() {
Object.keys(lastEvents).forEach(key => {
switch (lastEvents[key].type) {
case "percentage":
this.emitPercentageEvent(key, lastEvents[key].value);
break;
case "timestamp":
this.emitTimestampEvent(key, lastEvents[key].value);
break;
case "color":
this.emitColorEvent(key, lastEvents[key].value);
break;
}
});
}
// event_label example: "evt1"
// event_value example: 1000
/**
*
* @param {*} event_label
* @param {number|number[]} device_ids
* @param {*} force_delivery
* @param {*} is_lazy
* @returns
*/
emitTimestampEvent(event_label, event_value, device_ids = [0xff], force_delivery = false, is_lazy = true) {
lastEvents[event_label] = { value: event_value, type: "timestamp" };
logging.verbose("emitTimestampEvent(id=" + device_ids + ")");
if (event_value > 2147483647) {
logging.error("Invalid event value");
event_value = 2147483647;
}
if (event_value < -2147483648) {
logging.error("Invalid event value");
event_value = -2147483648;
}
const func = device_id => {
const payload = is_lazy
? [NETWORK_FLAGS.FLAG_EMIT_LAZY_TIMESTAMP_EVENT, ...numberToBytes(event_value, 4), ...labelToBytes(event_label), device_id]
: [NETWORK_FLAGS.FLAG_EMIT_TIMESTAMP_EVENT, ...numberToBytes(event_value, 4), ...labelToBytes(event_label), ...numberToBytes(this.timeline.millis(), 4), device_id];
return this.interface.execute(payload, force_delivery ? null : "E" + event_label + device_id);
};
if (typeof device_ids === "object") {
let promises = device_ids.map(func);
return Promise.all(promises);
} else {
return func(device_ids);
}
}
// event_label example: "evt1"
// event_value example: "#00aaff"
/**
*
* @param {*} event_label
* @param {number|number[]} device_ids
* @param {*} force_delivery
* @param {*} is_lazy
* @returns
*/
emitColorEvent(event_label, event_value, device_ids = [0xff], force_delivery = false, is_lazy = true) {
logging.verbose("emitColorEvent(id=" + device_ids + ")");
lastEvents[event_label] = { value: event_value, type: "color" };
if (!event_value || !event_value.match(/#[\dabcdefABCDEF]{6}/g)) {
logging.error("Invalid event value. event_value=", event_value);
event_value = "#000000";
}
const func = device_id => {
const payload = is_lazy
? [NETWORK_FLAGS.FLAG_EMIT_LAZY_COLOR_EVENT, ...colorToBytes(event_value), ...labelToBytes(event_label), device_id]
: [NETWORK_FLAGS.FLAG_EMIT_COLOR_EVENT, ...colorToBytes(event_value), ...labelToBytes(event_label), ...numberToBytes(this.timeline.millis(), 4), device_id];
return this.interface.execute(payload, force_delivery ? null : "E" + event_label + device_id);
};
if (typeof device_ids === "object") {
let promises = device_ids.map(func);
return Promise.all(promises);
} else {
return func(device_ids);
}
}
// event_label example: "evt1"
// event_value example: 100.0
// !!! PARAMETER CHANGE !!!
/**
*
* @param {*} event_label
* @param {number|number[]} device_ids
* @param {*} force_delivery
* @param {*} is_lazy
* @returns
*/
emitPercentageEvent(event_label, event_value, device_ids = [0xff], force_delivery = false, is_lazy = true) {
logging.verbose("emitPercentageEvent(id=" + device_ids + ")");
lastEvents[event_label] = { value: event_value, type: "percentage" };
if (event_value > 100.0) {
logging.error("Invalid event value");
event_value = 100.0;
}
if (event_value < -100.0) {
logging.error("Invalid event value");
event_value = -100.0;
}
const func = device_id => {
const payload = is_lazy
? [NETWORK_FLAGS.FLAG_EMIT_LAZY_PERCENTAGE_EVENT, ...percentageToBytes(event_value), ...labelToBytes(event_label), device_id]
: [NETWORK_FLAGS.FLAG_EMIT_PERCENTAGE_EVENT, ...percentageToBytes(event_value), ...labelToBytes(event_label), ...numberToBytes(this.timeline.millis(), 4), device_id];
return this.interface.execute(payload, force_delivery ? null : "E" + event_label + device_id);
};
if (typeof device_ids === "object") {
let promises = device_ids.map(func);
return Promise.all(promises);
} else {
return func(device_ids);
}
}
// event_label example: "evt1"
// event_value example: "label"
// !!! PARAMETER CHANGE !!!
/**
*
* @param {*} event_label
* @param {number|number[]} device_ids
* @param {*} force_delivery
* @param {*} is_lazy
* @returns
*/
emitLabelEvent(event_label, event_value, device_ids = [0xff], force_delivery = false, is_lazy = true) {
logging.verbose("emitLabelEvent(id=" + device_ids + ")");
lastEvents[event_label] = { value: event_value, type: "label" };
if (typeof event_value !== "string") {
logging.error("Invalid event value");
event_value = "";
}
if (event_value.length > 5) {
logging.error("Invalid event value");
event_value = event_value.slice(0, 5);
}
const func = device_id => {
const payload = is_lazy
? [NETWORK_FLAGS.FLAG_EMIT_LAZY_LABEL_EVENT, ...labelToBytes(event_value), ...labelToBytes(event_label), device_id]
: [NETWORK_FLAGS.FLAG_EMIT_LABEL_EVENT, ...labelToBytes(event_value), ...labelToBytes(event_label), ...numberToBytes(this.timeline.millis(), 4), device_id];
return this.interface.execute(payload, force_delivery ? null : "E" + event_label + device_id);
};
if (typeof device_ids === "object") {
let promises = device_ids.map(func);
return Promise.all(promises);
} else {
return func(device_ids);
}
}
// !!! PARAMETER CHANGE !!!
syncTimeline() {
logging.verbose("syncTimeline()");
const flags = this.timeline.paused() ? 0b00010000 : 0b00000000; // flags: [reserved,reserved,reserved,timeline_paused,reserved,reserved,reserved,reserved]
const payload = [NETWORK_FLAGS.FLAG_SET_TIMELINE, ...numberToBytes(this.interface.clock.millis(), 4), ...numberToBytes(this.timeline.millis(), 4), flags];
return this.interface.execute(payload, "TMLN");
}
syncClock() {
logging.debug("> Forcing sync clock...");
return this.interface.syncClock().then(() => {
logging.debug("> Device clock synchronized");
});
}
updateDeviceFirmware(firmware) {
logging.verbose(`updateDeviceFirmware(firmware.length=${firmware?.length})`);
if (!firmware || firmware.length < 10000) {
logging.error("Invalid firmware");
return Promise.reject("InvalidFirmware");
}
return this.interface.updateFW(firmware).then(() => {
this.disconnect();
});
}
updateNetworkFirmware(firmware) {
logging.verbose(`updateNetworkFirmware(firmware.length=${firmware?.length})`);
if (!firmware || firmware.length < 10000) {
logging.error("Invalid firmware");
return Promise.reject("InvalidFirmware");
}
this.#updating = true;