iobroker.atlas-scientific-ezo-i2c
Version:
atlas-scientific-ezo-i2c
369 lines (368 loc) • 13.6 kB
JavaScript
var __create = Object.create;
var __defProp = Object.defineProperty;
var __getOwnPropDesc = Object.getOwnPropertyDescriptor;
var __getOwnPropNames = Object.getOwnPropertyNames;
var __getProtoOf = Object.getPrototypeOf;
var __hasOwnProp = Object.prototype.hasOwnProperty;
var __export = (target, all) => {
for (var name in all)
__defProp(target, name, { get: all[name], enumerable: true });
};
var __copyProps = (to, from, except, desc) => {
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__defProp(to, key, { get: () => from[key], enumerable: !(desc = __getOwnPropDesc(from, key)) || desc.enumerable });
}
return to;
};
var __toESM = (mod, isNodeMode, target) => (target = mod != null ? __create(__getProtoOf(mod)) : {}, __copyProps(
isNodeMode || !mod || !mod.__esModule ? __defProp(target, "default", { value: mod, enumerable: true }) : target,
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var __toCommonJS = (mod) => __copyProps(__defProp({}, "__esModule", { value: true }), mod);
var do_exports = {};
__export(do_exports, {
default: () => DO
});
module.exports = __toCommonJS(do_exports);
var import_ezo_handler_base = require("./ezo-handler-base");
var ezo = __toESM(require("../atlas-scientific-i2c"));
class DO extends import_ezo_handler_base.EzoHandlerBase {
constructor() {
super(...arguments);
this.sensor = new ezo.DO(this.adapter.i2cBus, parseInt(this.hexAddress), "", this.adapter);
}
async startAsync() {
if (!this.config.isActive)
return;
this.debug("Starting");
const name = this.config.name || this.name;
await this.adapter.extendObjectAsync(this.hexAddress, {
type: "device",
common: {
name: this.hexAddress + " (" + name + ")",
role: "sensor"
},
native: this.config
});
await this.CreateObjects();
const deviceParameters = await this.sensor.GetParametersEnabled();
const deviceName = await this.sensor.GetName();
if (!this.config.name) {
this.info("Devicename is not clear. Clearing Devicename");
await this.sensor.SetName("");
} else if (this.config.name !== deviceName) {
this.info("Devicenamehas changed. Setting Devicename to: " + this.config.name);
await this.sensor.SetName(this.config.name);
}
if (this.config.mgParamActive && !deviceParameters.includes("MG")) {
await this.sensor.SetParameter("MG", true);
} else if (!this.config.mgParamActive && deviceParameters.includes("MG")) {
await this.sensor.SetParameter("MG", false);
}
if (this.config.percentParamActive && !deviceParameters.includes("%")) {
await this.sensor.SetParameter("%", true);
} else if (!this.config.percentParamActive && deviceParameters.includes("%")) {
await this.sensor.SetParameter("%", false);
}
await this.SetLed(this.config.isLedOn);
await this.CreateStateChangeListeners();
await this.InitNonReadStateValues();
if (this.config.isActive && !!this.config.pollingInterval && this.config.pollingInterval > 0) {
this.startPolling(async () => await this.GetAllReadings(), this.config.pollingInterval, 5e3);
}
}
async CreateStateChangeListeners() {
this.adapter.addStateChangeListener(this.hexAddress + ".Temperature_compensation", async (_oldValue, _newValue) => {
this.SetTemperatureCompensation(_newValue.toString());
});
this.adapter.addStateChangeListener(this.hexAddress + ".Salinity_compensation", async (_oldValue, _newValue) => {
const sc = await this.sensor.GetSalinityCompensation();
if (sc[1] == "ppt") {
this.SetSalinityCompensation(_newValue.toString(), "true");
} else {
this.SetSalinityCompensation(_newValue.toString(), "false");
}
});
this.adapter.addStateChangeListener(this.hexAddress + ".Pressure_compensation", async (_oldValue, _newValue) => {
this.SetPressureCompensation(_newValue.toString());
});
this.adapter.addStateChangeListener(this.hexAddress + ".IsPaused", async (_oldValue, _newValue) => {
this.SetPausedFlag(_newValue.toString());
});
this.adapter.addStateChangeListener(this.hexAddress + ".Calibrate_Clear", async (_oldValue, _newValue) => {
if (_newValue === true) {
this.DoCalibration("Clear");
}
});
this.adapter.addStateChangeListener(this.hexAddress + ".Calibrate_Atmospheric", async (_oldValue, _newValue) => {
if (_newValue === true) {
this.DoCalibration("Atmospheric");
}
});
this.adapter.addStateChangeListener(this.hexAddress + ".Calibrate_Zero_DO", async (_oldValue, _newValue) => {
if (_newValue === true) {
this.DoCalibration("0DO");
}
});
}
async InitNonReadStateValues() {
try {
await this.setStateAckAsync("IsPaused", this.pausedState);
await this.setStateAckAsync("Calibrate_Clear", false);
await this.setStateAckAsync("Calibrate_Atmospheric", false);
await this.setStateAckAsync("Calibrate_Zero_DO", false);
return "State objects initialized successfully";
} catch {
this.error("Error occured on initializing state objects");
}
}
async CreateObjects() {
await this.adapter.extendObjectAsync(this.hexAddress + ".Devicestatus", {
type: "state",
common: {
name: this.hexAddress + " " + (this.config.name || "DO"),
type: "string",
role: "info.status",
write: false
}
});
await this.adapter.extendObjectAsync(this.hexAddress + ".IsPaused", {
type: "state",
common: {
name: this.hexAddress + " " + (this.config.name || "DO"),
type: "boolean",
role: "switch",
write: true,
states: {
true: "paused",
false: "unpaused"
}
}
});
await this.adapter.extendObjectAsync(this.hexAddress + ".Dissolved_Oxygen", {
type: "state",
common: {
name: this.hexAddress + " " + (this.config.name || "DO"),
type: "string",
role: "value",
unit: "mg/L, Saturation %",
write: false
}
});
await this.adapter.extendObjectAsync(this.hexAddress + ".Temperature_compensation", {
type: "state",
common: {
name: this.hexAddress + " " + (this.config.name || "DO"),
type: "number",
role: "value.temperature",
unit: "\xB0C",
write: true
}
});
await this.adapter.extendObjectAsync(this.hexAddress + ".Salinity_compensation", {
type: "state",
common: {
name: this.hexAddress + " " + (this.config.name || "DO"),
type: "number",
role: "value",
unit: "uS / ppt",
write: true
}
});
await this.adapter.extendObjectAsync(this.hexAddress + ".Salinity_compensation_ispPt", {
type: "state",
common: {
name: this.hexAddress + " " + this.config.name,
type: "boolean",
role: "value",
write: false
}
});
await this.adapter.extendObjectAsync(this.hexAddress + ".Pressure_compensation", {
type: "state",
common: {
name: this.hexAddress + " " + (this.config.name || "DO"),
type: "number",
role: "value.pressure",
unit: "kPa",
write: true
}
});
await this.adapter.extendObjectAsync(this.hexAddress + ".Parameters_enabled", {
type: "state",
common: {
name: this.hexAddress + " " + (this.config.name || "DO"),
type: "string",
role: "value",
write: false
}
});
await this.adapter.extendObjectAsync(this.hexAddress + ".Info", {
type: "state",
common: {
name: this.hexAddress + " " + (this.config.name || "DO"),
type: "string",
role: "info.sensor",
write: false
}
});
await this.adapter.extendObjectAsync(this.hexAddress + ".Led_on", {
type: "state",
common: {
name: this.hexAddress + " " + (this.config.name || "DO"),
type: "boolean",
role: "value",
write: false,
states: {
true: "on",
false: "off"
}
}
});
await this.adapter.extendObjectAsync(this.hexAddress + ".Devicename", {
type: "state",
common: {
name: this.hexAddress + " " + (this.config.name || "DO"),
type: "string",
role: "info.name",
write: false
}
});
await this.adapter.extendObjectAsync(this.hexAddress + ".IsCalibrated", {
type: "state",
common: {
name: this.hexAddress + " " + (this.config.name || "DO"),
type: "string",
role: "value",
write: false,
states: {
"0": "uncalibrated",
"1": "Atmospheric",
"2": "Atmospheric & 0DO"
}
}
});
await this.adapter.extendObjectAsync(this.hexAddress + ".Calibrate_Clear", {
type: "state",
common: {
name: this.hexAddress + " " + (this.config.name || "DO"),
type: "boolean",
role: "switch",
write: true
}
});
await this.adapter.extendObjectAsync(this.hexAddress + ".Calibrate_Atmospheric", {
type: "state",
common: {
name: this.hexAddress + " " + (this.config.name || "DO"),
type: "boolean",
role: "switch",
write: true
}
});
await this.adapter.extendObjectAsync(this.hexAddress + ".Calibrate_Zero_DO", {
type: "state",
common: {
name: this.hexAddress + " " + (this.config.name || "DO"),
type: "boolean",
role: "switch",
write: true
}
});
}
async stopAsync() {
this.debug("Stopping");
this.readingActive = false;
this.stopPolling();
}
async GetAllReadings() {
try {
if (this.sensor != null && this.pausedState === false) {
this.readingActive = true;
const ds = await this.sensor.GetDeviceStatus();
await this.setStateAckAsync("Devicestatus", ds);
const ox = await this.sensor.GetReading();
await this.setStateAckAsync("Dissolved_Oxygen", ox);
const tc = await this.sensor.GetTemperatureCompensation();
await this.setStateAckAsync("Temperature_compensation", parseFloat(tc));
const sc = await this.sensor.GetSalinityCompensation();
await this.setStateAckAsync("Salinity_compensation", parseFloat(sc[0]));
await this.setStateAckAsync("Salinity_compensation_ispPt", sc[1] == "ppt");
const pc = await this.sensor.GetPressureCompensation();
await this.setStateAckAsync("Pressure_compensation", parseFloat(pc));
const pe = await this.sensor.GetParametersEnabled();
await this.setStateAckAsync("Parameters_enabled", pe);
const info = await this.sensor.GetInfo();
await this.setStateAckAsync("Info", info);
const useLed = await this.sensor.GetLED();
await this.setStateAckAsync("Led_on", useLed);
const name = await this.sensor.GetName();
await this.setStateAckAsync("Devicename", name);
const ic = await this.sensor.IsCalibrated();
await this.setStateAckAsync("IsCalibrated", ic);
this.readingActive = false;
}
} catch {
this.error("Error occured on getting Device readings");
this.readingActive = false;
}
}
async DoCalibration(calibrationtype) {
try {
await this.WaitForFinishedReading();
this.info("Calibrationtype: " + calibrationtype);
switch (calibrationtype) {
case "Clear":
await this.sensor.ClearCalibration();
await this.setStateAckAsync("Calibrate_Clear", false);
return "DO Calibration was cleared successfully";
break;
case "Atmospheric":
await this.sensor.CalibrateAtmosphericOxygen();
await this.setStateAckAsync("Calibrate_Atmospheric", false);
return "Atmospheric DO Calibration was done successfully";
break;
case "0DO":
await this.sensor.Calibrate0DissolvedOxygen();
await this.setStateAckAsync("Calibrate_Zero_DO", false);
return "0DO Calibration was done successfully";
break;
}
} catch {
return "Error occured on DO Calibration. Calibration Task failed";
}
}
async SetTemperatureCompensation(compensationValue) {
try {
this.info("Temperaturecompensation: " + compensationValue);
await this.sensor.SetTemperatureCompensation(parseFloat(compensationValue));
} catch {
return "Error occured on setting temperature compensation";
}
}
async SetPressureCompensation(compensationValue) {
try {
this.info("Pressurecompensation: " + compensationValue);
await this.sensor.SetPressureCompensation(compensationValue);
} catch {
return "Error occured on setting pressure compensation";
}
}
async SetSalinityCompensation(compensationValue, isPpt) {
try {
this.info("Salinitycompensation: " + compensationValue + " isPpt: " + isPpt);
if (isPpt.includes("true")) {
await this.sensor.SetSalinityCompensation(parseFloat(compensationValue), true);
} else {
await this.sensor.SetSalinityCompensation(parseFloat(compensationValue), false);
}
} catch {
return "Error occured on setting Salinity_compensation";
}
}
}
// Annotate the CommonJS export names for ESM import in node:
0 && (module.exports = {});
//# sourceMappingURL=do.js.map