Kipling Hacks and Hidden Features

activeModule.viewGen.onConnect({'connectionType':{'dt': [device type number T7: 7],'ct':[connection type number usb:1, eth:3, wifi: 4], 'ipAddress':'[device ip address ex: 192.168.1.2]'},device:{'isMockDevice':false,'serialNumber':[device serial number ex: 470010111]}}).then(pr,pe)

// Example T7, Ethernet, IP:192.168.1.2, SN: 470010111:
activeModule.viewGen.onConnect({'connectionType':{'dt':7, 'ct':3, 'ipAddress':'192.168.1.2'}, device:{'isMockDevice':false,'serialNumber':470010111}}).then(pr,pe)

// Can be simplified to: T7, Ethernet, IP:192.168.1.2
activeModule.viewGen.onConnect({'connectionType':{'dt':7, 'ct':3, 'ipAddress':'192.168.1.2'}, device:{'isMockDevice':false}}).then(pr,pe)

// To make the command feel more like opening a device run:
activeModule.viewGen.onConnect({'connectionType':{'dt':7, 'ct':3, 'ipAddress':'192.168.1.2'}, device:{'isMockDevice':false}}).then(function(res){MODULE_LOADER.loadModuleByName(MODULE_LOADER.current_module_data.name);console.log(res);},pe)

// Many of the function calls return promises as implemented by the npm library "q". There are two
// globally defined functions "pr" and "pe" that print the result, and print the error.

modbus_map.getErrorInfo(1236)
// or
modbus_map.getErrorInfo("LJME_CANNOT_OPEN_DEVICE")

modbus_map.getAddressInfo(0)
// or
modbus_map.getAddressInfo("AIN0")

// Read one register 
sdModule.activeDevice.iRead('AIN0').then(pr,pe) 

// Read many addresses in one modbus transaction 
sdModule.activeDevice.iReadMany(['AIN0','AIN1']).then(pr,pe)

// Perform multiple single read calls aka multiple modbus reads
sdModule.activeDevice.iReadMultiple(['AIN0','AIN1']).then(pr,pe)

// Write to one register.
sdModule.activeDevice.iWrite('DAC0',0).then(pr,pe)

sdModule.activeDevice.write('RTC_SET_TIME_S',(new Date()).getTime()/1000).then(pr,pe)

sdModule.activeDevice.callFunc('readDigitLoggedData',[]).then(function(data){
    console.log('Downloaded data from Digit, creating file.');
    // var dataRaw = JSON.stringify(data, null, 4);
    var txtData = '';
    try {
    var basicDataToSave = {};
    Object.keys(data).forEach(function(key) {
        if(key !== 'data') {
            basicDataToSave[key] = data[key];
        }
    });
    txtData += 'Items Logged: ';
    if(data.logParams.itemsLogged.temperature) {
        txtData += 'Temperature';
    }
    if(data.logParams.itemsLogged.temperature) {
        txtData += 'Humidity';
    }
    if(data.logParams.itemsLogged.temperature) {
        txtData += 'Light';
    }
    txtData += '\nNum Saved Readings, ' + data.logParams.storedBytes.numReadings;
    txtData += '\nLog Interval: ' + data.logParams.logInterval.time;
    txtData += '\nStart Time: ' + data.logParams.startTime.time;
    txtData += '\nStart Time value: ' + data.logParams.startTime.value;
    txtData += '\nHeaders:\nTime, Temperature (C), Temperature (' + data.temperatureUnits+ '), Humidity (%RH), Light (lux), warning, pwrFail, reset, usbActive\n';
 
    data.data.forEach(function(dataPoint) {
        txtData += dataPoint.time.toString() + ', ';
        txtData += dataPoint.temperatureC.toString() + ', ';
        txtData += dataPoint.temperature.toString() + ', ';
        txtData += dataPoint.humidity.toString() + ', ';
        txtData += dataPoint.light.toString() + ', ';
        txtData += dataPoint.sysFlags.warning.toString() + ', ';
        txtData += dataPoint.sysFlags.pwrFail.toString() + ', ';
        txtData += dataPoint.sysFlags.reset.toString() + ', ';
        txtData += dataPoint.sysFlags.usbActive.toString() + '\n';
    });
    } catch(err) {
        console.log('Error making data...', err);
    }
    var fp = path.join('C:','Users','chris','DGT_' + sdModule.activeDevice.savedAttributes.serialNumber.toString() + '_data.txt');
    // var fpRaw = path.join('C:','Users','chris','DGT_' + sdModule.activeDevice.savedAttributes.serialNumber.toString() + '_raw_data.txt');
 
    try {
        fs.writeFileSync(fp, txtData, {'flag': 'w'});
        // fs.writeFileSync(fpRaw, dataRaw, {'flag': 'w'});
    } catch(err) {
        console.log('Error creating file', err);
    }
    console.log('Finished making file');
},pe);

// After properly navigating to the "Device Updater" tab WITHOUT GOING ANYWHERE ELSE...
// Check for hardware issues.
sdModule.activeDevice.checkForHardwareIssues().then(pr,pe)

// The output should look something like this if it works correctly:
Result: {
  "overallResult": true,
  "overallMessage": "No HW issues detected",
  "shortMessage": "OK",
  "calibrationInfoValid": true,
  "testResults": {
    "flashVerification": {
      "name": "Check Cal Constants",
      "description": "Make sure saved device calibration constants are somewhat reasonable and not blank.",
      "status": true,
      "executed": true,
      "testMessage": "Device calibration constants are in range.",
      "shortMessage": "Cal Constants OK"
    },
    "ain15NoiseCheck": {
      "name": "AIN15 Noise Check",
      "description": "Verify that AIN15 readings at resolutions 1 and 9 aren't static and are close to zero.",
      "status": true,
      "executed": true,
      "testMessage": "HS & HR Converter AIN15 values are OK",
      "shortMessage": "GND Readings OK"
    },
    "temperatureBoundsCheck": {
      "name": "Check Temperature Sensor",
      "description": "Verify that device is reporting a temperature within the device's operating range (-40C to +85C).",
      "status": true,
      "executed": true,
      "testMessage": "Device calibration constants are in range.",
      "shortMessage": "Temp Readings OK"
    },
    "rawTemperatureNoiseCheck": {
      "name": "AIN14 Noise Check",
      "description": "Verify that AIN14 readings at resolution 1 and 9 aren't static.",
      "status": true,
      "executed": true,
      "testMessage": "HS & HR Converter AIN14 values are OK",
      "shortMessage": "No AIN14 Issues Detected"
    },
    "proOnlyHSHRComparisonCheck": {
      "name": "HS/HR Comparison Test",
      "description": "Compare HS and HR converter results.",
      "status": true,
      "executed": true,
      "testMessage": "HS/HR Ground Comparison Check Passes",
      "shortMessage": "HS Converter is OK"
    }
  }
}