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main.js
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"use strict";
const utils = require("@iobroker/adapter-core");
const WebSocket = require("ws");
const { createHash, createHmac, pbkdf2 } = require("crypto");
let adapter;
let ws = undefined;
let counter = 0;
let sse = undefined;
let hashedPass = undefined;
let lastUpdate = Date.now();
const timeout = [];
class FroniusWattpilot extends utils.Adapter {
/**
* @param {Partial<utils.AdapterOptions>} [options={}]
*/
constructor(options) {
super({
...options,
name: "fronius-wattpilot",
});
this.on("ready", this.onReady.bind(this));
this.on("stateChange", this.onStateChange.bind(this));
this.on("unload", this.onUnload.bind(this));
adapter = this;
}
/**
* Is called when databases are connected and adapter received configuration.
*/
async onReady() {
const createdStates = [];
const password = this.config.pass;
const useNormalParser = this.config.parser;
let hostToConnect;
const start = Date.now();
const logger = this.log;
const freq = this.config.freq;
const addParam = this.config.addParam;
let arrParam = [];
if (addParam !== "") {
arrParam = addParam.split(";");
}
if (this.config["cloud"]) {
hostToConnect = "wss://app.wattpilot.io/app/" + this.config["serial-number"] + "?version=1.2.9";
} else {
hostToConnect = "ws://" + this.config["ip-host"] + "/ws";
}
this.setState("info.connection", false, true);
logger.info("Try to connect to: " + hostToConnect);
if (hostToConnect === undefined || password === undefined || password === "Password" || hostToConnect === "ws://IP-Address des WattPilots/ws" || hostToConnect === "wss://app.wattpilot.io/app/XXXXXXXX?version=1.2.9") {
logger.error("Please use a valid host and password");
} else {
await createObjectAsync("set_power", "value", "number", true, true);
this.subscribeStates("set_power");
await createObjectAsync("set_mode", "value", "number", true, true);
this.subscribeStates("set_mode");
await createObjectAsync("set_state", "value", "string", true, true);
this.subscribeStates("set_state");
this.connectionUpTimeMonitor = setInterval(checkUpTime, 1000 * 60 * 2.5);
createWsConnection();
}
function createWsConnection() {
if (ws !== undefined && ws.readyState === 1) {
ws.close();
ws = undefined;
}
ws = new WebSocket(hostToConnect, { handshakeTimeout: 5000});
counter = 0;
ws.addEventListener("error", () => { // Handle error
const elapsed = Date.now() - start;
logger.error("Error after " + elapsed + "ms");
logger.error("Please check your host! Seams like your host is Offline, attempt to reconnect in 2.5 minutes");
});
ws.on("message", async (messageData) => { // Handle on Message event
lastUpdate = Date.now();
try {
messageData = JSON.parse(messageData); // Convert Message to JSON
} catch (e) {
logger.error("Error on parsing JSON: " + e + " " + messageData);
logger.error("Pleas check your Pilot!");
}
if (messageData["type"] === "response") {
if (messageData["success"]) {
if (messageData["status"]["amp"] !== undefined) {
adapter.setState("set_power", messageData["status"]["amp"], true);
} else if (messageData["status"]["lmo"] !== undefined) {
adapter.setState("set_mode", messageData["status"]["lmo"], true);
} else {
adapter.setState("set_state", "", true);
}
} else {
logger.error("Error on setting value: " + messageData["message"]);
}
} else if (messageData["type"] === "hello") { // Handle Hello Message
sse = messageData["serial"];
} else if (messageData["type"] === "authRequired") { // Handle Auth Message
// Using SSE from Hello Message to craft auth Message
// eslint-disable-next-line no-undef
const token3 = BigInt(Math.random() * 100000000000000000000000000000000).toString();
pbkdf2(password, sse, 100000, 256,
"sha512", (err, derivedKey) => {
if (err) throw err;
hashedPass = derivedKey.toString("base64").substr(0, 32);
const hash1 = createHash("sha256").update(messageData["token1"] + hashedPass).digest("hex");
const hash = createHash("sha256").update(token3 + messageData["token2"] + hash1).digest("hex");
const response = {"type": "auth", "token3": token3.toString(), "hash": hash.toString()};
ws.send(JSON.stringify(response));
});
} else if (messageData["type"] === "authSuccess") {
adapter.setState("info.connection", true, true); // Set Connection State to true if auth was successful
logger.info("Connected!");
} else if (messageData["type"] === "authError") { // Handle Auth Error
logger.error("Password wrong!");
} else {
strictParser(messageData);
}
});
}
async function strictParser(dataToParse) {
const data2 = dataToParse;
for (dataToParse in dataToParse["status"]) {
const dataKeyToParse = dataToParse.toString();
if (createdStates.includes(dataKeyToParse)) {
switch (dataKeyToParse) {
case "acs":
if (data2["status"][dataKeyToParse] === 0) {
await adapter.setStateAsync("AccessState", { val: "Open", ack: true });
} else if (data2["status"][dataKeyToParse] === 1) {
await adapter.setStateAsync("AccessState", { val: "Wait", ack: true });
}
break;
case "cbl":
if (timeout["cbl"] + (1000 * freq) < Date.now()) { // Handel Delta Message and store them
timeout["cbl"] = Date.now();
await adapter.setStateAsync("cableType", { val: data2["status"][dataKeyToParse], ack: true });
}
break;
case "fhz":
if (timeout["fhz"] + (1000 * freq) < Date.now()) { // Handel Delta Message and store them
timeout["fhz"] = Date.now();
await adapter.setStateAsync("frequency", { val: data2["status"][dataKeyToParse], ack: true });
}
break;
case "pha":
if (timeout["pha"] + (1000 * freq) < Date.now()) { // Handel Delta Message and store them
timeout["pha"] = Date.now();
await adapter.setStateAsync("phases", {
val: JSON.stringify(data2["status"][dataKeyToParse]),
ack: true
});
}
break;
case "wh":
if (timeout["wh"] + (1000 * freq) < Date.now()) { // Handel Delta Message and store them
timeout["wh"] = Date.now();
await adapter.setStateAsync("energyCounterSinceStart", {
val: data2["status"][dataKeyToParse],
ack: true
});
}
break;
case "err":
if (timeout["err"] + (1000 * freq) < Date.now()) { // Handel Delta Message and store them
timeout["err"] = Date.now();
switch (data2["status"][dataKeyToParse]) {
case 0:
await adapter.setStateAsync("errorState", { val: "None", ack: true });
break;
case 1:
await adapter.setStateAsync("errorState", { val: "FiAc", ack: true });
break;
case 2:
await adapter.setStateAsync("errorState", { val: "FiDc", ack: true });
break;
case 3:
await adapter.setStateAsync("errorState", { val: "Phase", ack: true });
break;
case 4:
await adapter.setStateAsync("errorState", { val: "Overvolt", ack: true });
break;
case 5:
await adapter.setStateAsync("errorState", { val: "Overamp", ack: true });
break;
case 6:
await adapter.setStateAsync("errorState", { val: "Diode", ack: true });
break;
case 7:
await adapter.setStateAsync("errorState", { val: "PpInvalid", ack: true });
break;
case 8:
await adapter.setStateAsync("errorState", { val: "GndInvalid", ack: true });
break;
case 9:
await adapter.setStateAsync("errorState", { val: "ContactorStuck", ack: true });
break;
case 10:
await adapter.setStateAsync("errorState", { val: "ContactorMiss", ack: true });
break;
case 11:
await adapter.setStateAsync("errorState", { val: "FiUnknown", ack: true });
break;
case 12:
await adapter.setStateAsync("errorState", { val: "Unknown", ack: true });
break;
case 13:
await adapter.setStateAsync("errorState", { val: "Overtemp", ack: true });
break;
case 14:
await adapter.setStateAsync("errorState", { val: "NoComm", ack: true });
break;
case 15:
await adapter.setStateAsync("errorState", { val: "StatusLockStuckOpen", ack: true });
break;
case 16:
await adapter.setStateAsync("errorState", { val: "StatusLockStuckLocked", ack: true });
break;
}
}
break;
case "ust":
switch (data2["status"][dataKeyToParse]) {
case 0:
await adapter.setStateAsync("cableLock", {val: "Normal", ack: true});
break;
case 1:
await adapter.setStateAsync("cableLock", {val: "AutoUnlock", ack: true});
break;
case 2:
await adapter.setStateAsync("cableLock", {val: "AlwaysLock", ack: true});
break;
}
break;
case "eto":
if (timeout["eto"] + (1000 * freq) < Date.now()) { // Handel Delta Message and store them
timeout["eto"] = Date.now();
await adapter.setStateAsync("energyCounterTotal", {
val: data2["status"][dataKeyToParse],
ack: true
});
}
break;
case "cae":
await adapter.setStateAsync("cae", {val: data2["status"][dataKeyToParse], ack: true});
break;
case "cak":
if (timeout["cak"] + (1000 * freq) < Date.now()) { // Handel Delta Message and store them
timeout["cak"] = Date.now();
await adapter.setStateAsync("cak", {val: data2["status"][dataKeyToParse], ack: true});
}
break;
case "lmo":
switch (data2["status"][dataKeyToParse]) {
case 3:
await adapter.setStateAsync("mode", {val: "Default", ack: true});
break;
case 4:
await adapter.setStateAsync("mode", {val: "Eco", ack: true});
break;
case 5:
await adapter.setStateAsync("mode", {val: "Next Trip", ack: true});
break;
}
break;
case "car":
if (timeout["car"] + (1000 * freq) < Date.now()) { // Handel Delta Message and store them
timeout["car"] = Date.now();
switch (data2["status"][dataKeyToParse]) {
case 0:
await adapter.setStateAsync("carConnected", { val: "Unknown/Error", ack: true });
break;
case 1:
await adapter.setStateAsync("carConnected", { val: "Idle", ack: true });
break;
case 2:
await adapter.setStateAsync("carConnected", { val: "Charging", ack: true });
break;
case 3:
await adapter.setStateAsync("carConnected", { val: "WaitCar", ack: true });
break;
case 4:
await adapter.setStateAsync("carConnected", { val: "Complete", ack: true });
break;
case 5:
await adapter.setStateAsync("carConnected", { val: "Error", ack: true });
break;
}
}
break;
case "alw":
if (timeout["alw"] + (1000 * freq) < Date.now()) { // Handel Delta Message and store them
timeout["alw"] = Date.now();
await adapter.setStateAsync("AllowCharging", { val: data2["status"][dataKeyToParse], ack: true });
}
break;
case "nrg":
if (timeout["nrg"] + (1000 * freq) < Date.now()) { // Handel Delta Message and store them
timeout["nrg"] = Date.now();
await adapter.setStateAsync("voltage1", {
val: data2["status"][dataKeyToParse][0],
ack: true
});
await adapter.setStateAsync("voltage2", {
val: data2["status"][dataKeyToParse][1],
ack: true
});
await adapter.setStateAsync("voltage3", {
val: data2["status"][dataKeyToParse][2],
ack: true
});
await adapter.setStateAsync("voltageN", {
val: data2["status"][dataKeyToParse][3],
ack: true
});
await adapter.setStateAsync("amps1", {
val: data2["status"][dataKeyToParse][4],
ack: true
});
await adapter.setStateAsync("amps2", {
val: data2["status"][dataKeyToParse][5],
ack: true
});
await adapter.setStateAsync("amps3", {
val: data2["status"][dataKeyToParse][6],
ack: true
});
await adapter.setStateAsync("power1", {
val: data2["status"][dataKeyToParse][7] * 0.001,
ack: true
});
await adapter.setStateAsync("power2", {
val: data2["status"][dataKeyToParse][8] * 0.001,
ack: true
});
await adapter.setStateAsync("power3", {
val: data2["status"][dataKeyToParse][9] * 0.001,
ack: true
});
await adapter.setStateAsync("powerN", {
val: data2["status"][dataKeyToParse][10] * 0.001,
ack: true
});
await adapter.setStateAsync("power", {
val: data2["status"][dataKeyToParse][11] * 0.001,
ack: true
});
}
break;
case "amp":
await adapter.setStateAsync("amp", { val: data2["status"][dataKeyToParse], ack: true });
break;
case "version":
if (timeout["version"] + (1000 * freq) < Date.now()) { // Handel Delta Message and store them
timeout["version"] = Date.now();
await adapter.setStateAsync("version", { val: data2["status"][dataKeyToParse], ack: true });
}
break;
case "fwv":
if (timeout["fwv"] + (1000 * freq) < Date.now()) { // Handel Delta Message and store them
timeout["fwv"] = Date.now();
await adapter.setStateAsync("firmware", { val: data2["status"][dataKeyToParse], ack: true });
}
break;
case "wss":
if (timeout["wss"] + (1000 * freq) < Date.now()) { // Handel Delta Message and store them
timeout["wss"] = Date.now();
await adapter.setStateAsync("WifiSSID", { val: data2["status"][dataKeyToParse], ack: true });
}
break;
case "upd":
if (timeout["upd"] + (1000 * freq) < Date.now()) { // Handel Delta Message and store them
timeout["upd"] = Date.now();
if (data2["status"][dataKeyToParse] === "0") {
await adapter.setStateAsync("updateAvailable", { val: false, ack: true });
} else {
await adapter.setStateAsync("updateAvailable", { val: true, ack: true });
}
}
break;
case "fna":
if (timeout["fna"] + (1000 * freq) < Date.now()) { // Handel Delta Message and store them
timeout["fna"] = Date.now();
await adapter.setStateAsync("hostname", { val: data2["status"][dataKeyToParse], ack: true });
}
break;
case "ffna":
if (timeout["ffna"] + (1000 * freq) < Date.now()) { // Handel Delta Message and store them
timeout["ffna"] = Date.now();
await adapter.setStateAsync("serial", { val: data2["status"][dataKeyToParse], ack: true });
}
break;
case "utc":
if (timeout["utc"] + (1000 * freq) < Date.now()) { // Handel Delta Message and store them
timeout["utc"] = Date.now();
await adapter.setStateAsync("TimeStamp", { val: data2["status"][dataKeyToParse], ack: true });
}
break;
case "pvopt_averagePGrid":
if (timeout["pvopt_averagePGrid"] + (1000 * freq) < Date.now()) { // Handel Delta Message and store them
timeout["pvopt_averagePGrid"] = Date.now();
await adapter.setStateAsync("PVUselessPower", { val: data2["status"][dataKeyToParse], ack: true });
}
break;
// No State to parse found for this key, check if user wants this state
default:
await checkCustomAddedParameters(dataKeyToParse, data2["status"][dataKeyToParse]);
if (!useNormalParser) {
if (timeout[dataKeyToParse] + (1000 * freq) < Date.now()) { // Handel Delta Message and store them
timeout[dataKeyToParse] = Date.now();
if (data2["status"][dataKeyToParse] !== null) {
if (data2["status"][dataKeyToParse].toString().includes(",") || data2["status"][dataKeyToParse].toString().includes("[") || data2["status"][dataKeyToParse].toString().includes("{")) {
await adapter.setStateAsync(dataKeyToParse, { val: JSON.stringify(data2["status"][dataKeyToParse]).toString(), ack: true });
} else {
await adapter.setStateAsync(dataKeyToParse, { val: data2["status"][dataKeyToParse], ack: true });
}
}
}
}
}
} else {
switch (dataKeyToParse) {
case "acs":
timeout["acs"] = Date.now();
await createObjectAsync("AccessState", "value", "string", true, true);
createdStates.push("acs");
adapter.subscribeStates("AccessState");
if (data2["status"][dataKeyToParse] === 0) {
await adapter.setStateAsync("AccessState", { val: "Open", ack: true });
} else if (data2["status"][dataKeyToParse] === 1) {
await adapter.setStateAsync("AccessState", { val: "Wait", ack: true });
}
break;
case "cbl":
timeout["cbl"] = Date.now();
await createObjectAsync("cableType", "value", "number");
createdStates.push("cbl");
await adapter.setStateAsync("cableType", { val: data2["status"][dataKeyToParse], ack: true });
break;
case "fhz":
timeout["fhz"] = Date.now();
await createObjectAsync("frequency", "value", "number");
createdStates.push("fhz");
await adapter.setStateAsync("frequency", { val: data2["status"][dataKeyToParse], ack: true });
break;
case "pha":
timeout["pha"] = Date.now();
await createObjectAsync("phases", "value", "string");
createdStates.push("pha");
await adapter.setStateAsync("phases", { val: JSON.stringify(data2["status"][dataKeyToParse]), ack: true });
break;
case "wh":
timeout["wh"] = Date.now();
await createObjectAsync("energyCounterSinceStart", "value", "number");
createdStates.push("wh");
await adapter.setStateAsync("energyCounterSinceStart", { val: data2["status"][dataKeyToParse], ack: true });
break;
case "err":
timeout["err"] = Date.now();
await createObjectAsync("errorState", "value", "string");
createdStates.push("err");
switch (data2["status"][dataKeyToParse]) {
case 0:
await adapter.setStateAsync("errorState", { val: "None", ack: true });
break;
case 1:
await adapter.setStateAsync("errorState", { val: "FiAc", ack: true });
break;
case 2:
await adapter.setStateAsync("errorState", { val: "FiDc", ack: true });
break;
case 3:
await adapter.setStateAsync("errorState", { val: "Phase", ack: true });
break;
case 4:
await adapter.setStateAsync("errorState", { val: "Overvolt", ack: true });
break;
case 5:
await adapter.setStateAsync("errorState", { val: "Overamp", ack: true });
break;
case 6:
await adapter.setStateAsync("errorState", { val: "Diode", ack: true });
break;
case 7:
await adapter.setStateAsync("errorState", { val: "PpInvalid", ack: true });
break;
case 8:
await adapter.setStateAsync("errorState", { val: "GndInvalid", ack: true });
break;
case 9:
await adapter.setStateAsync("errorState", { val: "ContactorStuck", ack: true });
break;
case 10:
await adapter.setStateAsync("errorState", { val: "ContactorMiss", ack: true });
break;
case 11:
await adapter.setStateAsync("errorState", { val: "FiUnknown", ack: true });
break;
case 12:
await adapter.setStateAsync("errorState", { val: "Unknown", ack: true });
break;
case 13:
await adapter.setStateAsync("errorState", { val: "Overtemp", ack: true });
break;
case 14:
await adapter.setStateAsync("errorState", { val: "NoComm", ack: true });
break;
case 15:
await adapter.setStateAsync("errorState", { val: "StatusLockStuckOpen", ack: true });
break;
case 16:
await adapter.setStateAsync("errorState", { val: "StatusLockStuckLocked", ack: true });
break;
}
break;
case "ust":
timeout["ust"] = Date.now();
await createObjectAsync("cableLock", "value", "string", true, true);
createdStates.push("ust");
adapter.subscribeStates("cableLock");
switch (data2["status"][dataKeyToParse]) {
case 0:
await adapter.setStateAsync("cableLock", { val: "Normal", ack: true });
break;
case 1:
await adapter.setStateAsync("cableLock", { val: "AutoUnlock", ack: true });
break;
case 2:
await adapter.setStateAsync("cableLock", { val: "AlwaysLock", ack: true });
break;
}
break;
case "eto":
timeout["eto"] = Date.now();
await createObjectAsync("energyCounterTotal", "value", "number");
createdStates.push("eto");
await adapter.setStateAsync("energyCounterTotal", { val: data2["status"][dataKeyToParse], ack: true });
break;
case "cae":
timeout["cae"] = Date.now();
await createObjectAsync("cae", "value", "boolean", true, true);
createdStates.push("cae");
adapter.subscribeStates("cae");
await adapter.setStateAsync("cae", { val: data2["status"][dataKeyToParse], ack: true });
break;
case "cak":
timeout["cak"] = Date.now();
await createObjectAsync("cak", "value", "string");
createdStates.push("cak");
await adapter.setStateAsync("cak", { val: data2["status"][dataKeyToParse], ack: true });
break;
case "lmo":
timeout["lmo"] = Date.now();
await createObjectAsync("mode", "value", "string", true, true);
createdStates.push("lmo");
adapter.subscribeStates("lmo");
switch (data2["status"][dataKeyToParse]) {
case 3:
await adapter.setStateAsync("mode", { val: "Default", ack: true });
break;
case 4:
await adapter.setStateAsync("mode", { val: "Eco", ack: true });
break;
case 5:
await adapter.setStateAsync("mode", { val: "Next Trip", ack: true });
break;
}
break;
case "car":
timeout["car"] = Date.now();
await createObjectAsync("carConnected", "value", "string");
createdStates.push("car");
switch (data2["status"][dataKeyToParse]) {
case 0:
await adapter.setStateAsync("carConnected", { val: "Unknown/Error", ack: true });
break;
case 1:
await adapter.setStateAsync("carConnected", { val: "Idle", ack: true });
break;
case 2:
await adapter.setStateAsync("carConnected", { val: "Charging", ack: true });
break;
case 3:
await adapter.setStateAsync("carConnected", { val: "WaitCar", ack: true });
break;
case 4:
await adapter.setStateAsync("carConnected", { val: "Complete", ack: true });
break;
case 5:
await adapter.setStateAsync("carConnected", { val: "Error", ack: true });
break;
}
break;
case "alw":
timeout["alw"] = Date.now();
await createObjectAsync("AllowCharging", "value", "boolean");
createdStates.push("alw");
await adapter.setStateAsync("AllowCharging", { val: data2["status"][dataKeyToParse], ack: true });
break;
case "nrg":
timeout["nrg"] = Date.now();
createdStates.push("nrg");
await createObjectAsync("voltage1", "value", "number");
await adapter.setStateAsync("voltage1", { val: data2["status"][dataKeyToParse][0], ack: true });
await createObjectAsync("voltage2", "value", "number");
await adapter.setStateAsync("voltage2", { val: data2["status"][dataKeyToParse][1], ack: true });
await createObjectAsync("voltage3", "value", "number");
await adapter.setStateAsync("voltage3", { val: data2["status"][dataKeyToParse][2], ack: true });
await createObjectAsync("voltageN", "value", "number");
await adapter.setStateAsync("voltageN", { val: data2["status"][dataKeyToParse][3], ack: true });
await createObjectAsync("amps1", "value", "number");
await adapter.setStateAsync("amps1", { val: data2["status"][dataKeyToParse][4], ack: true });
await createObjectAsync("amps2", "value", "number");
await adapter.setStateAsync("amps2", { val: data2["status"][dataKeyToParse][5], ack: true });
await createObjectAsync("amps3", "value", "number");
await adapter.setStateAsync("amps3", { val: data2["status"][dataKeyToParse][6], ack: true });
await createObjectAsync("power1", "value", "number");
await adapter.setStateAsync("power1", { val: data2["status"][dataKeyToParse][7] * 0.001, ack: true });
await createObjectAsync("power2", "value", "number");
await adapter.setStateAsync("power2", { val: data2["status"][dataKeyToParse][8] * 0.001, ack: true });
await createObjectAsync("power3", "value", "number");
await adapter.setStateAsync("power3", { val: data2["status"][dataKeyToParse][9] * 0.001, ack: true });
await createObjectAsync("powerN", "value", "number");
await adapter.setStateAsync("powerN", { val: data2["status"][dataKeyToParse][10] * 0.001, ack: true });
await createObjectAsync("power", "value", "number");
await adapter.setStateAsync("power", { val: data2["status"][dataKeyToParse][11] * 0.001, ack: true });
break;
case "amp":
timeout["amp"] = Date.now();
await createObjectAsync("amp", "value", "number", true, true);
createdStates.push("amp");
adapter.subscribeStates("amp");
await adapter.setStateAsync("amp", { val: data2["status"][dataKeyToParse], ack: true });
break;
case "version":
timeout["version"] = Date.now();
await createObjectAsync("version", "value", "string");
createdStates.push("version");
await adapter.setStateAsync("version", { val: data2["status"][dataKeyToParse], ack: true });
break;
case "fwv":
timeout["fwv"] = Date.now();
await createObjectAsync("firmware", "value", "string");
createdStates.push("fwv");
await adapter.setStateAsync("firmware", { val: data2["status"][dataKeyToParse], ack: true });
break;
case "wss":
timeout["wss"] = Date.now();
await createObjectAsync("WifiSSID", "value", "string");
createdStates.push("wss");
await adapter.setStateAsync("WifiSSID", { val: data2["status"][dataKeyToParse], ack: true });
break;
case "upd":
timeout["upd"] = Date.now();
await createObjectAsync("updateAvailable", "value", "boolean");
createdStates.push("upd");
if (data2["status"][dataKeyToParse] === "0") {
await adapter.setStateAsync("updateAvailable", { val: false, ack: true });
} else {
await adapter.setStateAsync("updateAvailable", { val: true, ack: true });
}
break;
case "fna":
timeout["fna"] = Date.now();
await createObjectAsync("hostname", "value", "string");
createdStates.push("fna");
await adapter.setStateAsync("hostname", { val: data2["status"][dataKeyToParse], ack: true });
break;
case "ffna":
timeout["ffna"] = Date.now();
await createObjectAsync("serial", "value", "string");
createdStates.push("ffna");
await adapter.setStateAsync("serial", { val: data2["status"][dataKeyToParse], ack: true });
break;
case "utc":
timeout["utc"] = Date.now();
await createObjectAsync("TimeStamp", "value", "string");
createdStates.push("utc");
await adapter.setStateAsync("TimeStamp", { val: data2["status"][dataKeyToParse], ack: true });
break;
case "pvopt_averagePGrid":
timeout["pvopt_averagePGrid"] = Date.now();
await createObjectAsync("PVUselessPower", "value", "number");
createdStates.push("pvopt_averagePGrid");
await adapter.setStateAsync("PVUselessPower", { val: data2["status"][dataKeyToParse], ack: true });
break;
// No data-key found
default:
await checkCustomAddedParameters(dataKeyToParse, data2["status"][dataKeyToParse]);
if (!useNormalParser) {
const dataJSON = JSON.stringify(data2["status"][dataKeyToParse]);
if (dataJSON !== undefined) {
timeout[dataKeyToParse] = Date.now();
// @ts-ignore
if (!isNaN(dataJSON)) {
await createObjectAsync(dataKeyToParse, "value", "number");
} else if (dataJSON.toLowerCase() === "true" || dataJSON.toLowerCase() === "false") {
await createObjectAsync(dataKeyToParse, "value", "boolean");
} else if (dataJSON.includes("[")) {
await createObjectAsync(dataKeyToParse, "value", "object");
} else {
if (dataKeyToParse === "rcd") {
await createObjectAsync(dataKeyToParse, "value", "number");
} else {
await createObjectAsync(dataKeyToParse, "value", "string");
}
}
if (dataJSON.includes(",") || dataJSON.includes("[") || dataJSON.includes("{")) {
await adapter.setStateAsync(dataKeyToParse, { val: dataJSON.toString(), ack: true });
} else {
await adapter.setStateAsync(dataKeyToParse, { val: data2["status"][dataKeyToParse], ack: true });
}
createdStates.push(dataKeyToParse.toString());
}
}
}
}
}
}
async function checkCustomAddedParameters(key, data2) {
if (arrParam.length > 0) {
if (arrParam.includes(key)) {
if (key != null && data2 != null) {
if (createdStates.includes(key)) {
if (timeout[key] + (1000 * freq) < Date.now()) {
timeout[key] = Date.now();
if (data2.toString().includes(",")) {
await adapter.setStateAsync(key, { val: JSON.stringify(data2).toString(), ack: true });
} else {
await adapter.setStateAsync(key, { val: data2, ack: true });
}
}
} else {
timeout[key] = Date.now();
const dataJSON = JSON.stringify(data2);
// @ts-ignore
if (!isNaN(dataJSON)) {
await createObjectAsync(key, "value", "number");
} else if (dataJSON.toLowerCase() === "true" || dataJSON.toLowerCase() === "false") {
await createObjectAsync(key, "value", "boolean");
} else if (dataJSON.includes("[")) {
await createObjectAsync(key, "value", "object");
} else {
if (key === "rcd") {
await createObjectAsync(key, "value", "number");
} else {
await createObjectAsync(key, "value", "string");
}
}
if (dataJSON.includes(",")) {
await adapter.setStateAsync(key, { val: dataJSON.toString(), ack: true });
} else {
await adapter.setStateAsync(key, { val: data2, ack: true });
}
createdStates.push(key.toString());
}
}
}
}
}
async function checkUpTime() {
logger.debug("checkUpTime");
if ((Date.now() - lastUpdate) > (1000 * 60 * 2.5)) {
logger.debug("checkUpTime: lastUpdate: " + lastUpdate.toLocaleString() + " Date.now(): " + Date.now().toLocaleString());
// Trying to reconnect
logger.info("Try to reconnect... Connection LOST!");
adapter.setState("info.connection", false, true);
createWsConnection();
}
}
}
/**
* Is called when adapter shuts down - callback has to be called under any circumstances!
* @param {() => void} callback
*/
onUnload(callback) {
try {
ws.close();
ws.disconnect();
ws = null;
clearInterval(this.connectionUpTimeMonitor);
adapter.setState("info.connection", false, true);
callback();
} catch (e) {
callback();
}
}
/**
* Is called if a subscribed state changes
* @param {string} id
* @param {ioBroker.State | null | undefined} state
*/
onStateChange(id, state) {
if (state && state.ack === false) {
if (id.includes("set_state")) {
counter = counter + 1;
let stateValue;
if (state.val === undefined) {
this.log.error("Wrong Value");
}
if (state.val) {
if (hashedPass !== undefined) {
// @ts-ignore
if (!state.val.includes(";")) {
this.log.error("Wrong Value");
return;
}
stateValue = state.val.toString().split(";");
let sendData = {};
if (stateValue[1] === "true") {
sendData = {
"type": "setValue",
"requestId": counter,
"key": stateValue[0],
"value": true
};
} else if (stateValue[1] === "false") {
sendData = {
"type": "setValue",
"requestId": counter,
"key": stateValue[0],
"value": false
};
} else { // should also be checked against floats and stings, but I currently don't know how to do it
sendData = {
"type": "setValue",
"requestId": counter,
"key": stateValue[0],
"value": parseInt(stateValue[1])
};
}
// @ts-ignore
const data = JSON.stringify(sendData);
const tf = createHmac("sha256", hashedPass).update(data).digest("hex");
const sendDataToSource = {
"type": "securedMsg",
"data": data,
"requestId": counter.toString() + "sm",
"hmac": tf
};
ws.send(JSON.stringify(sendDataToSource));
}
} else {
this.log.error("Wrong Value");
}
} else if (id.includes("amp")) {
if (hashedPass !== undefined) {
counter = counter + 1;
// @ts-ignore
const json = {"type": "setValue", "requestId": counter, "key": "amp", "value": parseInt(state.val)};
const tf = createHmac("sha256", hashedPass).update(JSON.stringify(json)).digest("hex");
const sendDataToSource = {
"type": "securedMsg",
"data": JSON.stringify(json),
"requestId": counter.toString() + "sm",
"hmac": tf.toString()
};
ws.send(JSON.stringify(sendDataToSource));
}
} else if (id.includes("cae")) {
if (hashedPass !== undefined) {
counter = counter + 1;
let ok = false;
if (state.val !== null) {
if (typeof state.val === "boolean") {
ok = true;
}
if (ok) {
const sendData = {"type": "setValue", "requestId": counter, "key": "cae", "value": state.val};
const tf = createHmac("sha256", hashedPass).update(JSON.stringify(sendData)).digest("hex");
const sendDataToSource = {
"type": "securedMsg",
"data": JSON.stringify(sendData),
"requestId": counter.toString() + "sm",
"hmac": tf.toString()
};
ws.send(JSON.stringify(sendDataToSource));
}
}
}
} else if (id.includes("AccessState")) {
if (hashedPass !== undefined) {
counter = counter + 1;
let mode = 42;
if (state.val !== null) {
if (state.val.toString().toLowerCase().includes("open")) {
mode = 0;
}
if (state.val.toString().toLowerCase().includes("wait")) {
mode = 1;
}
if (mode !== 42) {
const sendData = {"type": "setValue", "requestId": counter, "key": "acs", "value": mode};
const tf = createHmac("sha256", hashedPass).update(JSON.stringify(sendData)).digest("hex");
const sendDataToSource = {
"type": "securedMsg",
"data": JSON.stringify(sendData),
"requestId": counter.toString() + "sm",
"hmac": tf.toString()
};
ws.send(JSON.stringify(sendDataToSource));
}
}
}
} else if (id.includes("cableLock")) {
if (hashedPass !== undefined) {
counter = counter + 1;
let mode = 42;
if (state.val !== null) {
if (state.val.toString().toLowerCase().includes("normal")) {
mode = 0;
}
if (state.val.toString().toLowerCase().includes("autounlock")) {
mode = 1;
}