@pmouli/isy-matter-server
Version:
Service to expose an ISY device as a Matter Border router
81 lines • 3.59 kB
JavaScript
/* THIS FILE WAS AUTOMATICALLY GENERATED. DO NOT EDIT DIRECTLY. */
import { UnitOfMeasure } from "../../../Definitions/Global/index.js";
import { Base } from "../index.js";
import { Driver } from "../../../Definitions/Global/Drivers.js";
import { NodeFactory } from "../../NodeFactory.js";
export class Pir2844c extends Base {
commands = {
CLITEMP: this.calibrateTemperature,
QUERY: this.query,
BEEP: this.beep,
WDU: this.writeChanges
};
static nodeDefId = "PIR2844C";
static implements = ['PIR2844C'];
constructor(isy, nodeInfo) {
super(isy, nodeInfo);
this.drivers.ST = Driver.create("ST", this, nodeInfo.state['ST'], { uom: UnitOfMeasure.Percent, label: "Status", name: "status" });
this.drivers.CLITEMP = Driver.create("CLITEMP", this, nodeInfo.state['CLITEMP'], { uom: UnitOfMeasure.Celsius, label: "Temperature", name: "temperature" });
this.drivers.LUMIN = Driver.create("LUMIN", this, nodeInfo.state['LUMIN'], { uom: UnitOfMeasure.Percent, label: "Luminance", name: "luminance" });
this.drivers.BATLVL = Driver.create("BATLVL", this, nodeInfo.state['BATLVL'], { uom: UnitOfMeasure.Percent, label: "Battery Level", name: "batteryLevel" });
this.drivers.GV1 = Driver.create("GV1", this, nodeInfo.state['GV1'], { uom: UnitOfMeasure.Boolean, label: "Battery Powered", name: "batteryPowered" });
this.drivers.ERR = Driver.create("ERR", this, nodeInfo.state['ERR'], { uom: UnitOfMeasure.Index, label: "Responding", name: "responding" });
}
async calibrateTemperature(value) { return this.sendCommand("CLITEMP", [value, UnitOfMeasure.Celsius]); }
async query() { return this.sendCommand("QUERY"); }
async beep(value) { return this.sendCommand("BEEP", [value, UnitOfMeasure.LevelFrom0To255]); }
async writeChanges() { return this.sendCommand("WDU"); }
get status() {
return this.drivers.ST?.value;
}
get temperature() {
return this.drivers.CLITEMP?.value;
}
get luminance() {
return this.drivers.LUMIN?.value;
}
get batteryLevel() {
return this.drivers.BATLVL?.value;
}
get batteryPowered() {
return this.drivers.GV1?.value;
}
get responding() {
return this.drivers.ERR?.value;
}
}
NodeFactory.register(Pir2844c);
NodeFactory.register(Pir2844c, "PIR2844C_ADV");
(function (Pir2844c) {
function is(node) {
return ['PIR2844C', "PIR2844C_ADV"].includes(node.nodeDefId);
}
Pir2844c.is = is;
function isImplementedBy(node) {
return ['PIR2844C', "PIR2844", "PIR2844_ADV", "PIR2844C_ADV"].includes(node.nodeDefId);
}
Pir2844c.isImplementedBy = isImplementedBy;
function create(isy, nodeInfo) {
return new Pir2844c(isy, nodeInfo);
}
Pir2844c.create = create;
Pir2844c.Node = Pir2844c;
Pir2844c.Class = Pir2844c;
let Commands;
(function (Commands) {
Commands["calibrateTemperature"] = "CLITEMP";
Commands["query"] = "QUERY";
Commands["beep"] = "BEEP";
Commands["writeChanges"] = "WDU";
})(Commands = Pir2844c.Commands || (Pir2844c.Commands = {}));
let Drivers;
(function (Drivers) {
Drivers["status"] = "ST";
Drivers["temperature"] = "CLITEMP";
Drivers["luminance"] = "LUMIN";
Drivers["batteryLevel"] = "BATLVL";
Drivers["batteryPowered"] = "GV1";
Drivers["responding"] = "ERR";
})(Drivers = Pir2844c.Drivers || (Pir2844c.Drivers = {}));
})(Pir2844c || (Pir2844c = {}));
//# sourceMappingURL=Pir2844c.js.map