Files
node-intellicenter/messages/body-status.ts
Parnic 7daf47ac18 Fleshing out more messages
Getting a feel for how the development experience is with this setup. With the previous idea of abstracting the request into a getSystemInfo() function on the Unit itself, the documentation for what to expect from GetSystemInfo either had to live in two places or be presented as a link to the canonical location. Neither felt great, so I think the caller can just call send(GetRequest()) themselves.

Also added the first "set" message which is capable of toggling a body or circuit.
2025-01-03 16:01:58 -06:00

30 lines
1.1 KiB
TypeScript

import { GetRequest, ICRequest, ICRequestObj } from "./request.js";
/**
* Requests the status of bodies known to this controller.
*
* The response contains the list of bodies in the `params` field. Each body has
* an `objnam` that should be used to reference that body for future requests.
* When `params`.`STATUS` is `"OFF"`, use `params`.`LSTTMP` to get the temperature
* of the body the last time it was on, or `params`.`TEMP` to get the temperature
* if the `STATUS` is `"ON"`. `LSTTMP` seems to always be accurate, however, whether
* the body is currently on or off.
*
* @returns the object used to issue this request
*/
export function GetBodyStatus(): ICRequest {
const req = GetRequest();
req.command = "GetParamList";
req.condition = "OBJTYP = BODY";
req.objectList = [];
const reqObj = new ICRequestObj();
reqObj.objnam = "ALL";
reqObj.keys = [
"OBJTYP: SUBTYP: SNAME: LISTORD: FILTER: LOTMP: TEMP: HITMP: HTSRC: PRIM: SEC: ACT1: ACT2: ACT3: ACT4: CIRCUIT: SPEED: BOOST: SELECT: STATUS: HTMODE : LSTTMP : HEATER : VOL : MANUAL : HNAME : MODE",
];
req.objectList.push(reqObj);
return req;
}