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Issue with No Arduino Sensors whatsoever #6

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mihirjoshi-hub opened this issue Dec 22, 2020 · 1 comment
Open

Issue with No Arduino Sensors whatsoever #6

mihirjoshi-hub opened this issue Dec 22, 2020 · 1 comment

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@mihirjoshi-hub
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mihirjoshi-hub commented Dec 22, 2020 •
edited
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Main Problem

At the moment, I cannot see any of my Arduino sensors, and I don't see the "Waiting for Connection..." error like many other people. Here is some screenshots of what is happening
githubissue1
githubissue

As you can see, I don't have any visual on the Arduino Sensors whatsoever. Here is some code:

MMM-ArduPort.js

// ====================================================
// MMM-ArduPort Copyright(C) 2019 Furkan Türkal
// This program comes with ABSOLUTELY NO WARRANTY; This is free software,
// and you are welcome to redistribute it under certain conditions; See
// file LICENSE, which is part of this source code package, for details.
// ====================================================

Module.register("MMM-ArduPort", {

logPrefix: '[MMM-ArduPort]:: ',

defaults: {
    portname: "/dev/ttyUSB1",
    updateInterval: 1, //second
	    animationSpeed: 1000,
    displayIcons: true,
      iconSize: 'small',
	    labelSize: 'medium',
    showDescription: false,
    useColors: true,
    sensor: {
        description: null,
        maxValue: null,
        maxFormat: null,
        highestValue: null,
        highestFormat: null,
        highValue: null,
        highFormat: null,
        lowValue: null,
        lowFormat: null,
        lowestValue: null,
        lowestFormat: null,
        minValue: null,
        minFormat: null,
        error: null
    },
    developerMode: false
},

start: function() {
	    Log.info('Starting module: ' + this.name);

    const self = this;

    this.loading = true;
    this.isArduinoStarting = false;
    this.isArduinoStarted = false;
    this.isArduinoConnected = false;

	    this.sendSocketNotification('CONFIG', this.config);
	    this.sendSocketNotification('INITIALIZE', null);

	    self.log(("[MMM-ArduPort::START()]: data: " + JSON.stringify(self.data, null, 4)), "dev");
	    self.log(("[MMM-ArduPort::START()]: config: " + JSON.stringify(self.config, null, 4)), "dev");
  },

getTranslations: function() {
	    return {
		      en: "translations/en.json"
	    };
  },

getStyles: function() {
	    return [
        'https://use.fontawesome.com/releases/v5.6.3/css/all.css',
        'MMM-ArduPort.css'
    ];
  },

socketNotificationReceived: function(notification, payload) {
    const self = this;

    self.log(notification);
    self.log(JSON.stringify(payload, null, 4));

    switch(notification){
    case 'status':
        if(payload.name == 'setup'){
            if(payload.data == 'starting'){
                self.log("[socketNotificationReceived::status]: starting");
                this.isArduinoConnected = true;
                this.isArduinoStarting = true;
            } else if (payload.data == 'started'){
                self.log("[socketNotificationReceived::status]: started");
                this.isArduinoStarting = false;
                this.isArduinoStarted = true;
            } else if (payload.data == 'failed'){
                self.log("[socketNotificationReceived::status]: failed");
                this.isArduinoStarting = false;
                this.isArduinoStarted = false;
            }
        }
        if(payload.name == 'connect'){
            if(payload.data == 'connected'){
                self.log("[socketNotificationReceived::status]: connected");
                this.isArduinoConnected = true;
                this.sendNotification("SHOW_ALERT", {type: "notification", imageFA: 'fa-microchip', title: self.translate("ARDUINO_CONNECTED")});
            } else if(payload.data == 'disconnected'){
                self.log("[socketNotificationReceived::status]: disconnected");
                this.isArduinoConnected = false;
                this.sendNotification("SHOW_ALERT", {type: "notification", imageFA: 'fa-microchip', title: self.translate("ARDUINO_DISCONNECTED")});
            }
        }
        if(payload.name == 'initialized'){
            this.loading = false;
        }
        self.updateDom(self.config.animationSpeed);
        break;

    case 'sensor':
        if(this.isArduinoConnected && this.isArduinoStarted){
            self.log("[socketNotificationReceived::sensor]: ");
            self.log(JSON.stringify(payload, null, 4));

            this.message = null;
            this.config.sensors = payload;

            self.updateDom(self.config.animationSpeed);
        }
        break;

    case 'error':
        console.log("[socketNotificationReceived::error]:");

        if(payload == 'pyshell-throw'){
            this.message = 'Error : PyShell down!';
            this.isArduinoConnected = false;
            this.isArduinoStarted = false;
        }

        self.updateDom(self.config.animationSpeed);
        break;
    }
},

formatValue: function(value, sensor) {
    var self = this;

    var val = document.createElement("span");
    val.classList.add("port-data");

    if (value != null) {
        val.innerHTML = "({0}) ".format(value);

        if (this.config.useColors){
            if (value >= sensor.maxValue){
                if (sensor.maxFormat != null) {
                    val.innerHTML = sensor.maxFormat.format(value);
                } else {
                    val.innerHTML = value;
                }
                val.classList.add("value-max");
            } else if (value >= sensor.highestValue){
                    if (sensor.highestFormat != null) {
                        val.innerHTML = sensor.highestFormat.format(value);
                    } else {
                        val.innerHTML = value;
                    }
                val.classList.add("value-highest");
            } else if (value >= sensor.highValue){
                if (sensor.highFormat != null) {
                    val.innerHTML = sensor.highFormat.format(value);
                } else {
                        val.innerHTML = value;
                }
                val.classList.add("value-high");
            } else if (value >= sensor.lowValue){
                if (sensor.lowFormat != null) {
                    val.innerHTML = sensor.lowFormat.format(value);
                } else {
                    val.innerHTML = value;
                }
                val.classList.add("value-low");
            } else if (value >= sensor.lowestValue){
                if (sensor.lowestFormat != null) {
                    val.innerHTML = sensor.lowestFormat.format(value);
                } else {
                    val.innerHTML = value;
                }
                val.classList.add("value-lowest");
            } else if (value >= sensor.minValue){
                if (sensor.minFormat != null) {
                    val.innerHTML = sensor.minFormat.format(value);
                } else {
                    val.innerHTML = value;
                }
                val.classList.add("value-min");
            } else {
                val.innerHTML += "UNKNOWN";
            }
        }
    } else {
        val.innerHTML = self.translate("ARDUINO_WAITING_DATA");
        val.classList.add("value-waiting");
    }


    return val;
},

getSensorIcon: function(sensor) {

},

getDom: function() {
    var self = this;

    var wrapper = document.createElement("div");

    if (self.loading) {
        var loading = document.createElement("div");
			    loading.innerHTML += self.translate("LOADING");
        loading.className = "dimmed light small";
        wrapper.appendChild(loading);
			    return wrapper;
		  } else if (!self.isArduinoConnected) {
        var waiting = document.createElement("div");
			    waiting.innerHTML += self.translate("ARDUINO_WAITING_CONNECTION");
			    waiting.classList.add("waiting");
			    waiting.classList.add("small");
        wrapper.appendChild(waiting);
			    return wrapper;
		  } else if (self.isArduinoStarting) {
        var starting = document.createElement("div");
			    starting.innerHTML += self.translate("ARDUINO_STARTING");
			    starting.classList.add("starting");
			    starting.classList.add("small");
        wrapper.appendChild(starting);
			    //return wrapper;
    }

    if (self.isArduinoStarted) {
        for(var s in this.config.sensors){
            sensor = this.config.sensors[s];

            var row = document.createElement("div");
            row.classList.add("row");

            var name = document.createElement("span");
            name.className = "name-label bright";
            name.innerHTML = sensor.name;
            row.appendChild(name);

            if (sensor.error) {
                var errorTxt = document.createElement("span");
                errorTxt.classList.add("sensor-error");
                errorTxt.innerHTML = "Error";
					  row.appendChild(errorTxt);
				} else {
						var val = document.createElement("span");
						val.classList.add("port-data");
						if(sensor.name == "HEART") {val.innerHTML = sensor.value + " °C";}
						if(sensor.name == "SPO2") {val.innerHTML = sensor.value + " ppm";}
						if(sensor.name == "STATUS") {val.innerHTML = sensor.value + " cm";}
						if(sensor.name == "CONFIDENCE") {val.innerHTML = sensor.value + " cm";}
						if(sensor.name == "AMBIENTTEMP") {val.innerHTML = sensor.value + " cm";}
						if(sensor.name == "OBJTEMP") {val.innerHTML = sensor.value + " cm";}
						row.appendChild(val);
						if (this.config.showDescription) {
							var description = document.createElement("div");
							description.classList.add("sensor-description");
                    description.innerHTML = sensor.description;
                    row.appendChild(description);
						}
					}
					wrapper.appendChild(row);
           }
        }
            

            
   return wrapper;
                
    

},

log: function(message, type) {
	    var self = this;
	    if (self.config.developerMode) {
		      var date = new Date();
		      var time = date.getHours() + ":" + date.getMinutes() + ":" + date.getSeconds();
		      message = self.name + ": (" + self.data.index + ")(" + time + ") " + message;
	    } else { message = self.name + ": " + message; }
	    switch (type) {
		  case "error": Log.error(this.logPrefix + message); break;
		  case "warn": Log.warn(this.logPrefix + message); break;
		  case "info": Log.info(this.logPrefix + message); break;
		  case "dev": if (self.config.developerMode) { Log.log(this.logPrefix + message); } break;
		  default: Log.log(this.logPrefix + message);
	    }
  }

});

Run Log can be seen in screenshot above

Thanks in advance
@mihirjoshi-hub
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Author

UPDATE ON ISSUE!!!

My sensors are now showing up but they do disappear briefly after appearing with the "ARDUINO_WAITING_DATA" case. I've traced this to when the getDom function finishes for the first time but don't know how to fix it.

MMM-ArduPort.js

// ====================================================
// MMM-ArduPort Copyright(C) 2019 Furkan Türkal
// This program comes with ABSOLUTELY NO WARRANTY; This is free software,
// and you are welcome to redistribute it under certain conditions; See
// file LICENSE, which is part of this source code package, for details.
// ====================================================

Module.register("MMM-ArduPort", {

logPrefix: '[MMM-ArduPort]:: ',

defaults: {
    portname: "/dev/ttyUSB1",
    updateInterval: 1, //second
	    animationSpeed: 1000,
    displayIcons: true,
      iconSize: 'small',
	    labelSize: 'medium',
    showDescription: false,
    useColors: true,
    sensor: {
        description: null,
        maxValue: null,
        maxFormat: null,
        highestValue: null,
        highestFormat: null,
        highValue: null,
        highFormat: null,
        lowValue: null,
        lowFormat: null,
        lowestValue: null,
        lowestFormat: null,
        minValue: null,
        minFormat: null,
        error: null
    },
    developerMode: true
},

start: function() {
	    Log.info('Starting module: ' + this.name);

    const self = this;

    this.loading = true;
    this.isArduinoStarting = false;
    this.isArduinoStarted = false;
    this.isArduinoConnected = false;

	    this.sendSocketNotification('CONFIG', this.config);
	    this.sendSocketNotification('INITIALIZE', null);

	    self.log(("[MMM-ArduPort::START()]: data: " + JSON.stringify(self.data, null, 4)), "dev");
	    self.log(("[MMM-ArduPort::START()]: config: " + JSON.stringify(self.config, null, 4)), "dev");
  },

getTranslations: function() {
	    return {
		      en: "translations/en.json"
	    };
  },

getStyles: function() {
	    return [
        'https://use.fontawesome.com/releases/v5.6.3/css/all.css',
        'MMM-ArduPort.css'
    ];
  },

socketNotificationReceived: function(notification, payload) {
    const self = this;

    self.log(notification);
    self.log(JSON.stringify(payload, null, 4));

    switch(notification){
    case 'status':
        if(payload.name == 'setup'){
            if(payload.data == 'starting'){
                self.log("[socketNotificationReceived::status]: starting");
                this.isArduinoConnected = true;
                this.isArduinoStarting = true;
            } else if (payload.data == 'started'){
                self.log("[socketNotificationReceived::status]: started");
                this.isArduinoStarting = false;
                this.isArduinoStarted = true;
            } else if (payload.data == 'failed'){
                self.log("[socketNotificationReceived::status]: failed");
                this.isArduinoStarting = false;
                this.isArduinoStarted = false;
            }
        }
        if(payload.name == 'connect'){
            if(payload.data == 'connected'){
                self.log("[socketNotificationReceived::status]: connected");
                this.isArduinoConnected = true;
                this.sendNotification("SHOW_ALERT", {type: "notification", imageFA: 'fa-microchip', title: self.translate("ARDUINO_CONNECTED")});
            } else if(payload.data == 'disconnected'){
                self.log("[socketNotificationReceived::status]: disconnected");
                this.isArduinoConnected = false;
                this.sendNotification("SHOW_ALERT", {type: "notification", imageFA: 'fa-microchip', title: self.translate("ARDUINO_DISCONNECTED")});
            }
        }
        if(payload.name == 'initialized'){
            this.loading = false;
        }
        self.updateDom(self.config.animationSpeed);
        break;

    case 'sensor':
        if(this.isArduinoConnected && this.isArduinoStarted){
            self.log("[socketNotificationReceived::sensor]: ");
            self.log(JSON.stringify(payload, null, 4));

            this.message = null;
            this.config.sensors = payload;

            self.updateDom(self.config.animationSpeed);
        }
        break;

    case 'error':
        console.log("[socketNotificationReceived::error]:");

        if(payload == 'pyshell-throw'){
            this.message = 'Error : PyShell down!';
            this.isArduinoConnected = false;
            this.isArduinoStarted = false;
        }

        self.updateDom(self.config.animationSpeed);
        break;
    }
},

formatValue: function(value, sensor) {
    var self = this;

    var val = document.createElement("span");
    val.classList.add("port-data");

    if (value != null) {
        val.innerHTML = "({0}) ".format(value);

        if (this.config.useColors){
            if (value >= sensor.maxValue){
                if (sensor.maxFormat != null) {
                    val.innerHTML = sensor.maxFormat.format(value);
                } else {
                    val.innerHTML = value;
                }
                val.classList.add("value-max");
            } else if (value >= sensor.highestValue){
                    if (sensor.highestFormat != null) {
                        val.innerHTML = sensor.highestFormat.format(value);
                    } else {
                        val.innerHTML = value;
                    }
                val.classList.add("value-highest");
            } else if (value >= sensor.highValue){
                if (sensor.highFormat != null) {
                    val.innerHTML = sensor.highFormat.format(value);
                } else {
                        val.innerHTML = value;
                }
                val.classList.add("value-high");
            } else if (value >= sensor.lowValue){
                if (sensor.lowFormat != null) {
                    val.innerHTML = sensor.lowFormat.format(value);
                } else {
                    val.innerHTML = value;
                }
                val.classList.add("value-low");
            } else if (value >= sensor.lowestValue){
                if (sensor.lowestFormat != null) {
                    val.innerHTML = sensor.lowestFormat.format(value);
                } else {
                    val.innerHTML = value;
                }
                val.classList.add("value-lowest");
            } else if (value >= sensor.minValue){
                if (sensor.minFormat != null) {
                    val.innerHTML = sensor.minFormat.format(value);
                } else {
                    val.innerHTML = value;
                }
                val.classList.add("value-min");
            } else {
                val.innerHTML += "UNKNOWN";
            }
        }
    } else {
        val.innerHTML = self.translate("ARDUINO_WAITING_DATA");
        val.classList.add("value-waiting");
    }


    return val;
},

getSensorIcon: function(sensor) {

},

getDom: function() {
    var self = this;

    var wrapper = document.createElement("div");

    if (self.loading) {
        var loading = document.createElement("div");
			    loading.innerHTML += self.translate("LOADING");
        loading.className = "dimmed light small";
        wrapper.appendChild(loading);
			    return wrapper;
		  } else if (self.isArduinoConnected==false) {
        var waiting = document.createElement("div");
			    waiting.innerHTML += self.translate("ARDUINO_WAITING_CONNECTION");
			    waiting.classList.add("waiting");
			    waiting.classList.add("small");
        wrapper.appendChild(waiting);
			    return wrapper;
		  } else if (self.isArduinoStarting) {
        var starting = document.createElement("div");
			    starting.innerHTML += self.translate("ARDUINO_STARTING");
			    starting.classList.add("starting");
			    starting.classList.add("small");
        wrapper.appendChild(starting);
			    //return wrapper;
    }

    if (self.isArduinoStarted==true) {
        for(var s in this.config.sensors){
            sensor = this.config.sensors[s];

            var row = document.createElement("div");
            row.classList.add("row");

            var name = document.createElement("span");
            name.className = "name-label bright";
            name.innerHTML = sensor.name;
            row.appendChild(name);
            
            if (sensor.error) {
            	
                var errorTxt = document.createElement("span");
                errorTxt.classList.add("sensor-error");
                errorTxt.innerHTML = "Error";
                row.appendChild(errorTxt);
             
            } else {
                row.appendChild(this.formatValue(sensor.value, sensor));
                
                if (this.config.showDescription) {
                    var description = document.createElement("div");
                    description.classList.add("sensor-description");
                    description.innerHTML = sensor.description;
                    row.appendChild(description);
                }
            }
            wrapper.appendChild(row);
        }
	        return wrapper;
    }
},

            /*TODO if (sensor.error) {
                var errorTxt = document.createElement("span");
                errorTxt.classList.add("sensor-error");
                errorTxt.innerHTML = "Error";
					  row.appendChild(errorTxt);
				 } else {
						var val = document.createElement("span");
						val.classList.add("port-data");
						if(sensor.name == "HEART") {val.innerHTML = sensor.value + " °C";}
						if(sensor.name == "SPO2") {val.innerHTML = sensor.value + " ppm";}
						if(sensor.name == "STATUS") {val.innerHTML = sensor.value + " cm";}
						if(sensor.name == "CONFIDENCE") {val.innerHTML = sensor.value + " cm";}
						if(sensor.name == "AMBIENTTEMP") {val.innerHTML = sensor.value + " cm";}
						if(sensor.name == "OBJTEMP") {val.innerHTML = sensor.value + " cm";}
						row.appendChild(val);
						if (this.config.showDescription) {
							var description = document.createElement("div");
							description.classList.add("sensor-description");
                    description.innerHTML = sensor.description;
                    row.appendChild(description);
						}
					}
					wrapper.appendChild(row);
           }
           
           return wrapper;
        }
            

},*/

log: function(message, type) {
	    var self = this;
	    if (self.config.developerMode) {
		      var date = new Date();
		      var time = date.getHours() + ":" + date.getMinutes() + ":" + date.getSeconds();
		      message = self.name + ": (" + self.data.index + ")(" + time + ") " + message;
	    } else { message = self.name + ": " + message; }
	    switch (type) {
		  case "error": Log.error(this.logPrefix + message); break;
		  case "warn": Log.warn(this.logPrefix + message); break;
		  case "info": Log.info(this.logPrefix + message); break;
		  case "dev": if (self.config.developerMode) { Log.log(this.logPrefix + message); } break;
		  default: Log.log(this.logPrefix + message);
	    }
  }

});

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