mirror of
https://github.com/parnic/node-intellicenter.git
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Parnic
3e40e015d9
This can be used to find all the controllable circuits in your system. When invoked with `npm run list-objects` or `node esm/list-objects.js` it will search for units, then request and format+display the objects to the user. There are a few arguments available: * --controllerAddr=1.2.3.4 * Specifies the IntelliCenter controller's address directly which skips the searching phase. * --controllerPort=1234 * Specifies the port to use when connecting to the controller (probably should never use this; does nothing if --controllerAddr is not specified) * --multicastAddr=1.2.3.4 * Specifies the address of the network interface to send the multicast search packet on (useful if you have multiple adapters/interfaces and the system is picking the wrong one; does nothing if --controllerAddr is specified) * --onlyToggleable * Only displays objects which can be toggled on or off Note that if you are invoking this with `npm run list-objects` then the arguments must be specified after an empty `--` so that they are given to the script rather than npm itself. Example: `npm run list-objects -- --controllerAddr=10.0.0.41 --onlyToggleable`
73 lines
2.7 KiB
JavaScript
73 lines
2.7 KiB
JavaScript
import minimist from "minimist";
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import { FindUnits, Unit } from "./index.js";
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import { ICRequest, ICRequestObj } from "./messages/request.js";
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const argv = minimist(process.argv.slice(2));
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let endpoint = "";
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let port = 6680;
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if (typeof argv.controllerAddr === "string") {
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endpoint = argv.controllerAddr;
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}
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if (typeof argv.controllerPort === "number") {
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port = argv.controllerPort;
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}
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const example = async () => {
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if (!endpoint) {
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console.log("searching for units...");
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let multicastAddr;
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if (typeof argv.multicastAddr === "string") {
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multicastAddr = argv.multicastAddr;
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}
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const finder = new FindUnits(multicastAddr);
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const units = await finder.searchAsync(3000);
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finder.close();
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if (units.length === 0) {
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throw new Error("no IntelliCenter units found, exiting.");
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}
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if (units.length > 1) {
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throw new Error(`found more than one IntelliCenter unit, unsure which one to use. ${JSON.stringify(units)}`);
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}
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endpoint = units[0].addressStr;
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port = units[0].port;
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console.log(`found unit at ${endpoint}"${port.toString()}`);
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}
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if (!endpoint) {
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throw new Error("invalid controller address");
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}
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console.log(`connecting to unit ${endpoint}:${port.toString()}...`);
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const unit = new Unit(endpoint, port);
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await unit.connect();
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console.log("...connected.");
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const customRequest = new ICRequest();
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customRequest.command = "GetParamList";
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customRequest.condition = "";
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const reqObj = new ICRequestObj();
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reqObj.objnam = "ALL";
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reqObj.keys = ["OBJTYP", "SUBTYP", "SNAME", "STATUS"];
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customRequest.objectList = [reqObj];
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console.log("requesting object info...");
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const response = await unit.send(customRequest);
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console.log("...received.");
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console.log();
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let objects = response.objectList;
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if (argv.onlyToggleable) {
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objects = response.objectList?.filter((obj) => obj.params?.STATUS === "ON" || obj.params?.STATUS === "OFF");
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}
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if (!objects) {
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console.error("no objects found");
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}
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else {
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console.log("Found the following objects:");
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console.log(`[OBJNM][Type(/Subtype)] "Friendly Name": CURRENT_STATUS`);
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console.log("---------------------------------------");
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for (const obj of objects
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.filter((obj) => obj.params?.SNAME !== "SNAME")
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.map((obj) => `[${obj.objnam}][${obj.params?.OBJTYP ?? ""}${obj.params?.SUBTYP !== "SUBTYP" ? `/${obj.params?.SUBTYP ?? ""}` : ""}] "${obj.params?.SNAME ?? ""}": ${obj.params?.STATUS ?? ""}`)) {
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console.log(obj);
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}
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}
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unit.close();
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};
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example().catch((e) => {
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throw e;
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});
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//# sourceMappingURL=list-objects.js.map
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