screenlogic/node-screenlogic
1
0
Fork 0
Code Issues Pull Requests Projects Releases Wiki Activity

decodeSensorData, decodeValveData, decodeDelayData, decodeMiscData (#32)

Browse Source 
* initial code to interpret valveDataArray

* Some additional comments on the valveDataArray decoding message

* Adds decodeSensorData, decodeValveData, decodeDelayData, decodeMiscData

* reverts unintended change to index.js

* Refactor / rename variables
	- renamed variables to better describe their use
	- created a helper function 'isValvePresent' to simplify code
	- changed while loop to for loop
This commit is contained in:
Bruce Sheplan
2020-06-18 16:22:58 -05:00
committed by GitHub
parent addd89bec5
commit 1e13036faf
1 changed files with 107 additions and 4 deletions
Download Patch File Download Diff File Expand all files Collapse all files

111
messages/SLEquipmentConfigurationMessage.js
View File

@ -33,12 +33,12 @@ exports.SLEquipmentConfigurationMessage = class SLEquipmentConfigurationMessage
this.controllerData = this.readInt32LE();
this.versionDataArray = this.readSLArray();
this.speedDataArray = this.readSLArray();
this.valveDataArray = this.readSLArray();
this.valveDataArray = this.readSLArray(); // decodeValveData()
this.remoteDataArray = this.readSLArray();
this.sensorDataArray = this.readSLArray();
this.delayDataArray = this.readSLArray();
this.sensorDataArray = this.readSLArray(); // decodeSensorData()
this.delayDataArray = this.readSLArray(); // decodeDelayData()
this.macroDataArray = this.readSLArray();
this.miscDataArray = this.readSLArray();
this.miscDataArray = this.readSLArray(); // decodeMiscData()
this.lightDataArray = this.readSLArray();
this.flowDataArray = this.readSLArray();
this.sgDataArray = this.readSLArray();
@ -117,4 +117,107 @@ exports.SLEquipmentConfigurationMessage = class SLEquipmentConfigurationMessage
static getResponseId() {
return MSG_ID + 1;
}
decodeSensorData() {
var sensors = this.sensorDataArray;
this.sensors = {};
this.sensors.poolSolarPresent = this.isBitSet(sensors[0], 1);
this.sensors.spaSolarPresent = this.isBitSet(sensors[0], 4);
this.sensors.thermaFloCoolPresent = this.isBitSet(sensors[1], 1);
this.sensors.solarHeatPumpPresent = this.isBitSet(sensors[2], 4);
this.sensors.thermaFloPresent = this.isBitSet(sensors[2], 5);
}
decodeValveData() {
var secondaries = this.getSecondariesCount();
var isSolarValve0 = false;
var isSolarValve1 = false;
if (!this.sensors) {
this.decodeSensorData();
}
if (this.sensors.poolSolarPresent && !this.sensors.solarHeatPumpPresent) {
isSolarValve0 = true;
}
if (this.isDualBody()) {
if (this.sensors.spaSolarPresent && !this.sensors.thermaFloPresent) {
isSolarValve1 = true;
}
}
var valveArray = [];
for (var loadCenterIndex = 0; loadCenterIndex <= secondaries; loadCenterIndex++) {
var loadCenterValveData = this.valveDataArray[loadCenterIndex];
var valveObject = {};
for (var valveIndex = 0; valveIndex < 5; valveIndex++) {
var isSolarValve = false;
if (loadCenterIndex === 0) {
if (valveIndex === 0 && isSolarValve0) {
isSolarValve = true;
}
if (valveIndex === 1 && isSolarValve1) {
isSolarValve = true;
}
}
if (this.isValvePresent(valveIndex, loadCenterValveData)) {
var valveDataIndex = (loadCenterIndex * 5) + 4 + valveIndex;
var deviceId = this.valveDataArray[valveDataIndex];
if (deviceId === 0) {
// console.log('unused valve, loadCenterIndex = ' + loadCenterIndex + ' valveIndex = ' + valveIndex);
} else if (isSolarValve === true){
// console.log('used by solar');
} else {
valveObject.loadCenterIndex = loadCenterIndex;
valveObject.valveIndex = valveIndex;
valveObject.valveName = String.fromCharCode(65 + valveIndex);
valveObject.loadCenterName = (loadCenterIndex + 1).toString();
valveObject.deviceId = deviceId;
valveArray.push(valveObject);
}
}
}
}
this.valves = valveArray;
}
isValvePresent(valveIndex, loadCenterValveData) {
if (valveIndex < 2) {
return true;
} else {
return this.isBitSet(loadCenterValveData, valveIndex);
}
}
decodeDelayData() {
this.delays = {};
this.delays.poolPumpCooldown = this.isBitSet(this.delayDataArray[0], 0);
this.delays.spaPumpCooldown = this.isBitSet(this.delayDataArray[0], 1);
this.delays.pumpOff = this.isBitSet(this.delayDataArray[0], 7);
}
decodeMiscData() {
this.misc = {};
if (this.isBitSet(this.miscDataArray[3], 0) === false) {
this.misc.intelliChem = false;
}
if (this.miscDataArray[4] !== 0) {
this.misc.spaManual = true;
} else {
this.misc.spaManual = false;
}
}
isDualBody() {
return this.controllerType === 5;
}
};