Voici mon script :
Code : Tout sélectionner
var async = require('async');
var FlowerPower = require('./index');
var hasCalibratedData = false;
var http = require('http');
var options = {
host: '192.168.0.21',
port: '8080',
path: ''
};
var path = '/json.htm?type=command¶m=udevice&idx=';
var AirTemperature = 0;
var Humidity = 0;
FlowerPower.discover(function(flowerPower) {
async.series([
function(callback) {
flowerPower.on('disconnect', function() {
console.log('disconnected!');
process.exit(0);
});
flowerPower.on('sunlightChange', function(sunlight) {
console.log('sunlight = ' + sunlight.toFixed(2) + ' mol/m²/d');
options.path = path + '1196&svalue=' + (sunlight.toFixed(2) * 53.93);
var req = http.request(options).end();
});
flowerPower.on('soilElectricalConductivityChange', function(soilElectricalConductivity) {
console.log('soil electrical conductivity = ' + soilElectricalConductivity.toFixed(2));
});
flowerPower.on('soilTemperatureChange', function(temperature) {
console.log('soil temperature = ' + temperature.toFixed(2) + '°C');
options.path = path + '1234&svalue=' + AirTemperature + ';' + Humidity + ';2' ;
var req = http.request(options).end()
});
flowerPower.on('airTemperatureChange', function(temperature) {
console.log('air temperature = ' + temperature.toFixed(2) + '°C');
});
flowerPower.on('soilMoistureChange', function(soilMoisture) {
console.log('soil moisture = ' + soilMoisture.toFixed(2) + '%');
});
flowerPower.on('calibratedSoilMoistureChange', function(soilMoisture) {
console.log('calibrated soil moisture = ' + soilMoisture.toFixed(2) + '%');
});
flowerPower.on('calibratedAirTemperatureChange', function(temperature) {
console.log('calibrated air temperature = ' + temperature.toFixed(2) + '°C');
});
flowerPower.on('calibratedSunlightChange', function(sunlight) {
console.log('calibrated sunlight = ' + sunlight.toFixed(2) + ' mol/m²/d');
});
flowerPower.on('calibratedEaChange', function(ea) {
console.log('calibrated EA = ' + ea.toFixed(2));
});
flowerPower.on('calibratedEcbChange', function(ecb) {
console.log('calibrated ECB = ' + ecb.toFixed(2) + ' dS/m');
});
flowerPower.on('calibratedEcPorousChange', function(ecPorous) {
console.log('calibrated EC porous = ' + ecPorous.toFixed(2)+ ' dS/m');
var req = http.request(options).end()
});
console.log('connectAndSetup');
flowerPower.connectAndSetup(callback);
},
function(callback) {
console.log('readSystemId');
flowerPower.readSystemId(function(systemId) {
console.log('\tsystem id = ' + systemId);
callback();
});
},
function(callback) {
console.log('readSerialNumber');
flowerPower.readSerialNumber(function(serialNumber) {
console.log('\tserial number = ' + serialNumber);
callback();
});
},
function(callback) {
console.log('readFirmwareRevision');
flowerPower.readFirmwareRevision(function(firmwareRevision) {
console.log('\tfirmware revision = ' + firmwareRevision);
var version = firmwareRevision.split('_')[1].split('-')[1];
hasCalibratedData = (version >= '1.1.0');
callback();
});
},
function(callback) {
console.log('readHardwareRevision');
flowerPower.readHardwareRevision(function(hardwareRevision) {
console.log('\thardware revision = ' + hardwareRevision);
callback();
});
},
function(callback) {
console.log('readManufacturerName');
flowerPower.readManufacturerName(function(manufacturerName) {
console.log('\tmanufacturer name = ' + manufacturerName);
callback();
});
},
function(callback) {
console.log('readBatteryLevel');
flowerPower.readBatteryLevel(function(batteryLevel) {
options.path = path + '1232&nvalue=0&svalue=' + (batteryLevel);
console.log('battery level = ' + batteryLevel);
var req = http.request(options).end();
callback();
});
},
function(callback) {
console.log('readFriendlyName');
flowerPower.readFriendlyName(function(friendlyName) {
console.log('\tfriendly name = ' + friendlyName);
console.log('writeFriendlyName');
flowerPower.writeFriendlyName(friendlyName, callback);
});
},
function(callback) {
console.log('readColor');
flowerPower.readColor(function(color) {
console.log('\tcolor = ' + color);
callback();
});
},
function(callback) {
console.log('readSunlight');
flowerPower.readSunlight(function(sunlight) {
console.log('sunlight = ' + sunlight.toFixed(2) + ' mol/m²/d');
callback();
});
},
function(callback) {
console.log('readSoilElectricalConductivity');
flowerPower.readSoilElectricalConductivity(function(soilElectricalConductivity) {
console.log('soil electrical conductivity = ' + soilElectricalConductivity.toFixed(2));
callback();
});
},
function(callback) {
console.log('readSoilTemperature');
flowerPower.readSoilTemperature(function(temperature) {
console.log('soil temperature = ' + temperature.toFixed(2) + '°C');
callback();
});
},
function(callback) {
console.log('readAirTemperature');
flowerPower.readAirTemperature(function(temperature) {
console.log('air temperature = ' + temperature.toFixed(2) + '°C');
AirTemperature = temperature.toFixed(2);
callback();
});
},
function(callback) {
console.log('readSoilMoisture');
flowerPower.readSoilMoisture(function(soilMoisture) {
console.log('soil moisture = ' + soilMoisture.toFixed(2) + '%');
Humidity = soilMoisture.toFixed(2);
callback();
});
},
function(callback) {
if (hasCalibratedData) {
async.series([
function(callback) {
console.log('readCalibratedSoilMoisture');
flowerPower.readCalibratedSoilMoisture(function(soilMoisture) {
console.log('calibrated soil moisture = ' + soilMoisture.toFixed(2) + '%');
callback();
});
},
function(callback) {
console.log('readCalibratedAirTemperature');
flowerPower.readCalibratedAirTemperature(function(temperature) {
console.log('calibrated air temperature = ' + temperature.toFixed(2) + '°C');
callback();
});
},
function(callback) {
console.log('readCalibratedSunlight');
flowerPower.readCalibratedSunlight(function(sunlight) {
console.log('calibrated sunlight = ' + sunlight.toFixed(2) + ' mol/m²/d');
callback();
});
},
function(callback) {
console.log('readCalibratedEa');
flowerPower.readCalibratedEa(function(ea) {
console.log('calibrated EA = ' + ea.toFixed(2));
callback();
});
},
function(callback) {
console.log('readCalibratedEcb');
flowerPower.readCalibratedEcb(function(ecb) {
console.log('calibrated ECB = ' + ecb.toFixed(2) + ' dS/m');
callback();
});
},
function(callback) {
console.log('readCalibratedEcPorous');
flowerPower.readCalibratedEcPorous(function(ecPorous) {
console.log('calibrated EC porous = ' + ecPorous.toFixed(2) + ' dS/m');
callback();
});
},
function() {
callback();
}
]);
} else {
callback();
}
},
function(callback) {
console.log('enableLiveMode');
flowerPower.enableLiveMode(callback);
},
function(callback) {
console.log('live mode');
setTimeout(callback, 5000);
},
function(callback) {
console.log('disableLiveMode');
flowerPower.disableLiveMode(callback);
},
function(callback) {
if (hasCalibratedData) {
async.series([
function(callback) {
console.log('enableCalibratedLiveMode');
flowerPower.enableCalibratedLiveMode(callback);
},
function(callback) {
console.log('calibrated live mode');
setTimeout(callback, 5000);
},
function(callback) {
console.log('disableCalibratedLiveMode');
flowerPower.disableCalibratedLiveMode(callback);
},
function() {
callback();
}
]);
} else {
callback();
}
},
function(callback) {
console.log('ledPulse');
flowerPower.ledPulse(callback);
},
function(callback) {
console.log('delay');
setTimeout(callback, 2000);
},
function(callback) {
console.log('ledOff');
flowerPower.ledOff(callback);
},
function(callback) {
console.log('disconnect');
flowerPower.disconnect(callback);
}
]);
});
Reste a updater le cloud directement depuis le Raspberry afin de s'affranchir de l'appli parrot
