@sdetweil I see the data flowing into the logs now (I think it would be ok to comment out the console.log portion of this later on when I start parsing longer stretches of time). Thank you so much for looking at this! However, its now changing the title of the chart to Ecobee Runtime, and just sticking on loading… in the chart area.

I don’t see any reference in the mmm-beestat.js file that should put this there for the title. I have chart_title defined in the code and called via this snippet here on 118:

title: { display: true, text: this.config.chart_title, padding: 5 }

It also never displays the data. I use PowerShell for my day to day scripting work (IAM Systems Engineer) and Javascript is a whole new beast to me (one I am having difficulty adjusting to working with), but I know order of operations can be important. My guess is that it is not in this case, but unsure.

I THINK its related to the getdata function and specifically how its treating the socketNotificationReceived potion of this.

 getData: function () {
        var url = this.config.url + this.config.api_key + '&resource=ecobee_runtime_thermostat&method=get_aggregate_runtime&arguments={"ecobee_thermostat_id":'+this.config.ecobee_thermostat_id+',"time_period":"'+this.config.time_period+'","time_count":'+this.config.time_count+',"group_by":"'+this.config.group_by+'"}';

        this.sendSocketNotification('beestat_runtime', url);
    },

    socketNotificationReceived: function(notification, payload) {
        if (notification === "beestat_runtime") {
            this.hist = payload;
            this.loaded_history = true;
        }

Is this good or should it be different here? I see the original code is referencing in the node_helper file:

self.sendSocketNotification(notification, result)

And you updated it to result.data… In the received section it references payload. Would changing this to result be whats needed here?

Let me reiterate again how much I appreciate your patience and assistance.

@sdetweil I’m packing it in for a day or two, give my brain a moment to relax. I verified I am getting in my URL properly (via output to the logs and that I am getting in a 200 response code via the console logs as well. However, its not parsing the data into the chart, and thats the part I was hoping would work with the sum_xxx_xxxx I added to match the json results from the GET call. If you have any ideas or places to look to understand it better as to why its failing, I would certainly appreciate it, if not - I do appreciate all the suggestions thus far.

@sdetweil was able to get it tracked down to requesting:https://api.beestat.io/?api_key=0f3499eeb0f984dfdff55f8dd7c23eb4fbdee6b2&resource=runtime_thermostat_summary&method=read_id&arguments={“attributes”:{“thermostat_id”:undefined,“date”:{“value”:“-undefinedundefined”,“operator”:“>”}}}

So I am now diving into that section. This is equal parts frustrating and elating. Thank you for pointing me in the directions you have.

@sdetweil, thank you. I thought I had copied the right code (it was a late night). Here is what is in my code currently:

 //heat
                if (this.hist.data[i].sum_auxiliary_heat_1 > 0) {
                    heatRuntime += this.hist.data[i].sum_auxiliary_heat_1 / 3600;
                }
                if (this.hist.data[i].sum_auxiliary_heat_2 > 0) {
                    heatRuntime += this.hist.data[i].sum_auxiliary_heat_2 / 3600;
                }
                if (this.hist.data[i].sum_auxiliary_heat_3 > 0) {
                    heatRuntime += this.hist.data[i].sum_auxiliary_heat_3 / 3600;
                }
                if (this.hist.data[i].sum_compressor_heat_1 > 0) {
                    heatRuntime += this.hist.data[i].sum_compressor_heat_1 / 3600;
                }
                if (this.hist.data[i].sum_compressor_heat_2 > 0) {
                    heatRuntime += this.hist.data[i].sum_compressor_heat_2 / 3600;
                }

                //cool
                if (this.hist.data[i].sum_compressor_cool_1 > 0) {
                    coolRuntime += this.hist.data[i].sum_compressor_cool_1 / 3600;
                }
                if (this.hist.data[i].sum_compressor_cool_2 > 0) {
                    coolRuntime += this.hist.data[i].sum_compressor_cool_2 / 3600;

Since I am using the same data set as the results from postman (results via the API call), I SHOULD get something - i THINK. However, I don’t see it loading the screen at all, and nothing showing that it crashed or something similar. My fork is found here if that makes looking at it easier: https://github.com/JWilson5607/MMM-Beestat

So I wanted to get MMM-BeeStat working, since its out of date and the module has not been updated to the latest api calls. I appear to have gotten the API configured right, but I am unsure if I am actually pulling the data down right and how to parse the data. This is partly due to the fact I am unsure how the data was presented in the past so I cannot really compare before and after json results from the call and partly due to the fact I am a complete NOOB when it comes to javascript.

If I need to reformat this, or add/remove info or provide more context - please let me know

'use strict';


Module.register("MMM-Beestat", {
    hist: [],
    // Default module config.
    defaults: {
        updateInterval: 360 * 60 * 1000, // every 6 hours
        url: 'https://api.beestat.io/?api_key=',
        api_key: "", //request it from beestat
        thermostat_id: 0, //via &resource=ecobee_thermostat&method=read_id
        time_period: "month",
        time_count: 3,
        width: 300,
        height: 200,
        fadeSpeed: 2000,
        chart_title: "Last 3 months runtime"
    },

    getStyles: function() {
        return ["MMM-Beestat.css"];
    },

    getScripts: function() {
        return ["modules/" + this.name + "/node_modules/chart.js/dist/Chart.bundle.min.js"];
    },
    
    start: function() {
        this.loaded_history = false;
        this.getData();
        this.scheduleUpdate();
    },

    // Override dom generator.
    getDom: function() {
        const outerWrapper = document.createElement("beestat");
        const demandWrapper = document.createElement("div");
        const chartWrapper = document.createElement("div");
        chartWrapper.setAttribute("style", "position: relative; display: inline-block;");

        if (!this.loaded_history) {
            outerWrapper.innerHTML = this.translate("LOADING");
            outerWrapper.className = "dimmed light small";
            return outerWrapper;
        }

        demandWrapper.className = 'medium bright';

        if (this.hist) {
            // Create chart canvas
            const chartCanvas  = document.createElement("canvas");
                        
            var arrHeat = [];
            var arrCool = [];
            var arrLabels = []; //later set to blanks so the graph plots the points

            for (var i = 0; i < this.hist.data.length; i++) {
                var heatRuntime = 0;
                var coolRuntime = 0;

                //heat
                if (this.hist.data[i].auxiliary_heat_1 > 0) {
                    heatRuntime += this.hist.data[i].sum.auxiliary_heat_1 / 3600;
                }
                if (this.hist.data[i].auxiliary_heat_2 > 0) {
                    heatRuntime += this.hist.data[i].sum.auxiliary_heat_2 / 3600;
                }
                if (this.hist.data[i].auxiliary_heat_3 > 0) {
                    heatRuntime += this.hist.data[i].sum.auxiliary_heat_3 / 3600;
                }
                if (this.hist.data[i].compressor_heat_1 > 0) {
                    heatRuntime += this.hist.data[i].sum.compressor_heat_1 / 3600;
                }
                if (this.hist.data[i].compressor_heat_2 > 0) {
                    heatRuntime += this.hist.data[i].sum.compressor_heat_2 / 3600;
                }

                //cool
                if (this.hist.data[i].compressor_cool_1 > 0) {
                    coolRuntime += this.hist.data[i].sum.compressor_cool_1 / 3600;
                }
                if (this.hist.data[i].compressor_cool_2 > 0) {
                    coolRuntime += this.hist.data[i].sum.compressor_cool_2 / 3600;
                }

                if (heatRuntime > 0) {
                    arrHeat.push(heatRuntime);
                } else {
                    arrHeat.push(0);
                }
                if (coolRuntime > 0) {
                    arrCool.push(coolRuntime);
                } else {
                    arrCool.push(0);
                }

                arrLabels.push('');
            }
            
            var chartconfig = {
                type: 'bar',
                data: {
                    labels: arrLabels,
                    datasets: [{
                        backgroundColor: "#fd9644",
                        data: arrHeat
                    },
                    {
                        backgroundColor: "#45aaf2",
                        data: arrCool
                    }]
                },
                options: {
                    scales: { xAxes: [{ stacked: true }], yAxes: [{ stacked: true }] },
                    elements: { point: { radius: 0 } }, 
                    legend: { display: false },
                    title: { display: true, text: this.config.chart_title, padding: 5 }
                }
            };
            
            this.chart = new Chart(chartCanvas.getContext("2d"), chartconfig);
            chartCanvas.width  = this.config.width;
            chartCanvas.height = this.config.height;
            chartCanvas.setAttribute("style", "width: " + this.config.width + "; height: " + this.config.height+";");
            
            // Append chart
            chartWrapper.appendChild(chartCanvas);
        
            outerWrapper.appendChild(demandWrapper);
            outerWrapper.appendChild(chartWrapper);
        }

        return outerWrapper;
    },

    scheduleUpdate: function(delay) {
        var nextLoad = this.config.updateInterval;
        if (typeof delay !== "undefined" && delay >= 0) {
            nextLoad = delay;
        }

        var self = this;
        setInterval(function() {
            self.getData();
        }, nextLoad);
    },

    getData: function () {
        var url = this.config.url + this.config.api_key + '&resource=runtime_thermostat_summary&method=read_id&arguments={"attributes":{"thermostat_id":'+this.thermostat_id+',"date":{"value":"-'+this.time_count+''+this.time_period+'","operator":">"}}}';

        this.sendSocketNotification('beestat_runtime', url);
    },

    socketNotificationReceived: function(notification, payload) {
        if (notification === "beestat_runtime") {
            this.hist = payload;
            this.loaded_history = true;
        }

        //display only when data is loaded
        if (this.loaded_history) {
            this.updateDom(this.config.fadeSpeed);
        }
    },
});

Sample results from postman:

"success": true,
    "data": {
        "29249277": {
            "runtime_thermostat_summary_id": 29249277,
            "user_id": 18261,
            "thermostat_id": XXXXXX,
            "date": "2022-03-07",
            "count": 124,
            "sum_compressor_cool_1": 0,
            "sum_compressor_cool_2": 0,
            "sum_compressor_heat_1": 0,
            "sum_compressor_heat_2": 0,
            "sum_auxiliary_heat_1": 3600,
            "sum_auxiliary_heat_2": 1335,
            "sum_fan": 8070,
            "sum_humidifier": 15,
            "sum_dehumidifier": 0,
            "sum_ventilator": 0,
            "sum_economizer": 0,
            "sum_degree_days": 0,
            "avg_outdoor_temperature": 33.5,
            "avg_outdoor_humidity": 83,
            "min_outdoor_temperature": 31.4,
            "max_outdoor_temperature": 36.3,
            "avg_indoor_temperature": 68.4,
            "avg_indoor_humidity": 38,
            "deleted": false
        },
        "29249278": {
            "runtime_thermostat_summary_id": 29249278,
            "user_id": 18261,
            "thermostat_id": XXXXXX,
            "date": "2022-03-08",
            "count": 287,
            "sum_compressor_cool_1": 0,
            "sum_compressor_cool_2": 0,
            "sum_compressor_heat_1": 0,
            "sum_compressor_heat_2": 0,
            "sum_auxiliary_heat_1": 11250,
            "sum_auxiliary_heat_2": 0,
            "sum_fan": 18150,
            "sum_humidifier": 5010,
            "sum_dehumidifier": 0,
            "sum_ventilator": 0,
            "sum_economizer": 0,
            "sum_degree_days": 0,
            "avg_outdoor_temperature": 32,
            "avg_outdoor_humidity": 75,
            "min_outdoor_temperature": 27.1,
            "max_outdoor_temperature": 36.5,
            "avg_indoor_temperature": 68.2,
            "avg_indoor_humidity": 36,
            "deleted": false
        },