Convert mompow from 0.1kW units to Watts (multiply by 100) based on PR #282 discussion

Co-authored-by: Apollon77 <[email protected]>

Author: Copilot

src/models/responses/SensorInfoResponse.ts

@@ -16,7 +16,9 @@ export class SensorInfoResponse {
         result.outdoorTemperature = DaikinDataParser.resolveFloat(dict, 'otemp');
         result.error = DaikinDataParser.resolveInteger(dict, 'err');
         result.cmpfreq = DaikinDataParser.resolveInteger(dict, 'cmpfreq');
-        result.mompow = DaikinDataParser.resolveInteger(dict, 'mompow');
+        // Convert mompow from 0.1kW units to Watts by multiplying by 100
+        const rawMompow = DaikinDataParser.resolveInteger(dict, 'mompow');
+        result.mompow = rawMompow !== undefined && rawMompow !== null && typeof rawMompow === 'number' ? rawMompow * 100 : undefined;
         cb(null, 'OK', result);
     }
 }

test/testDaikinAC.test.ts

@@ -75,15 +75,15 @@ describe('Test DaikinAC', () => {
                     expect(daikin.currentACControlInfo!.targetTemperature).toEqual(23);
                     expect(daikin.currentACControlInfo!.fanRate).toEqual(3);
                     expect(daikin.currentACSensorInfo!.indoorTemperature).toEqual(21.5);
-                    expect(daikin.currentACSensorInfo!.mompow).toEqual(150);
+                    expect(daikin.currentACSensorInfo!.mompow).toEqual(15000);
                 } else {
                     expect(cnt).toEqual(2);
                     expect(daikin.currentACControlInfo).not.toBeNull();
                     expect(daikin.currentACSensorInfo).not.toBeNull();
                     expect(daikin.currentACControlInfo!.targetTemperature).toEqual(24);
                     expect(daikin.currentACControlInfo!.fanRate).toEqual('A');
                     expect(daikin.currentACSensorInfo!.indoorTemperature).toEqual(22.5);
-                    expect(daikin.currentACSensorInfo!.mompow).toEqual(200);
+                    expect(daikin.currentACSensorInfo!.mompow).toEqual(20000);
                     daikin.stopUpdate();
                     expect(req.isDone()).toBeTruthy();
                     expect(daikin.updateTimeout).toBeNull();
@@ -240,7 +240,7 @@ describe('Test DaikinAC', () => {
                     expect(Object.keys(response!).length).toEqual(6);
                     expect(response!.indoorTemperature).toEqual(21.5);
                     expect(response!.outdoorTemperature).toBeNaN();
-                    expect(response!.mompow).toEqual(300);
+                    expect(response!.mompow).toEqual(30000);
 
                     daikin.getACModelInfo(function (err, response) {
                         expect(err).toBeNull();

test/testDaikinACGet.test.ts

@@ -72,12 +72,12 @@ describe('Test DaikinAC', function () {
                 if (cnt == 1) {
                     expect(daikin.currentACControlInfo!.targetTemperature).toEqual(23);
                     expect(daikin.currentACSensorInfo!.indoorTemperature).toEqual(21.5);
-                    expect(daikin.currentACSensorInfo!.mompow).toEqual(150);
+                    expect(daikin.currentACSensorInfo!.mompow).toEqual(15000);
                 } else {
                     expect(cnt).toEqual(2);
                     expect(daikin.currentACControlInfo!.targetTemperature).toEqual(24);
                     expect(daikin.currentACSensorInfo!.indoorTemperature).toEqual(22.5);
-                    expect(daikin.currentACSensorInfo!.mompow).toEqual(200);
+                    expect(daikin.currentACSensorInfo!.mompow).toEqual(20000);
                     daikin.stopUpdate();
                     expect(req.isDone()).toBeTruthy();
                     expect(daikin.updateTimeout).toBeNull();
@@ -232,7 +232,7 @@ describe('Test DaikinAC', function () {
                     expect(Object.keys(response!).length).toEqual(6);
                     expect(response!.indoorTemperature).toEqual(21.5);
                     expect(response!.outdoorTemperature).toBeNaN();
-                    expect(response!.mompow).toEqual(300);
+                    expect(response!.mompow).toEqual(30000);
 
                     daikin.getACModelInfo(function (err, response) {
                         expect(err).toBeNull();