140 lines
3.3 KiB
JavaScript
Executable File
140 lines
3.3 KiB
JavaScript
Executable File
load('api_config.js');
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load('api_events.js');
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load('api_gpio.js');
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load('api_http.js');
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load('api_net.js');
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load('api_sys.js');
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load('api_timer.js');
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load('api_esp32.js');
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load('api_dht.js');
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load('api_adc.js');
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load('api_rpc.js');
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//Pins
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let resetPin = 0;
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let ledPin = 16;
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let dhtPin = 22;
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let moisturePin = 32;
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let statusLightPin = 34;
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// Turn on status led
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GPIO.set_mode(ledPin, GPIO.MODE_OUTPUT);
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GPIO.write(ledPin, 0);
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//Reset Handler
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GPIO.set_mode(resetPin, GPIO.MODE_INPUT);
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GPIO.set_int_handler(resetPin, GPIO.INT_EDGE_NEG, function(resetPin) {
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print('Pin', resetPin, 'got interrupt');
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GPIO.toggle(ledPin);
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Sys.usleep(200000);
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GPIO.toggle(ledPin);
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Sys.usleep(200000);
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GPIO.toggle(ledPin);
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Sys.usleep(200000);
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GPIO.toggle(ledPin);
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Sys.usleep(200000);
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GPIO.toggle(ledPin);
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Sys.usleep(200000);
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GPIO.write(ledPin, 0);
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Cfg.set({bt:{enable:true}});
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Cfg.set({wifi:{sta:{enable:false}}});
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Cfg.set({wifi:{ap:{enable:false}}});
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Cfg.set({wifi:{sta:{ssid:'',pass:''}}});
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Sys.reboot(1000);
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}, null);
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GPIO.enable_int(resetPin);
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ADC.enable(moisturePin);
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let dht = DHT.create(dhtPin, DHT.DHT11);
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let deviceId = Cfg.get("device.id");
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let connected = false;
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let readSensors = Timer.set(5000, Timer.REPEAT, function() {
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let t = dht.getTemp();
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let h = dht.getHumidity();
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let m = ADC.read(moisturePin);
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let l = ADC.read(statusLightPin);
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print("DeviceId:",deviceId,"Temperature:",t,"Humidity:",h,"Moisture:",m,"StatusLight:",l);
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if (deviceId !== "" && connected)
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{
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GPIO.write(ledPin, 1);
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let jsonData = {DeviceId: deviceId, Temperature: t, Humidity: h, Moisture: m, StatusLight: l};
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HTTP.query({
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headers: {'Content-Type' : 'application/json'},
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url: 'http://httpbin.org/post', // replace with your own endpoint
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data: jsonData,
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success: function(body, full_http_msg)
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{
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print(body);
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// sleep for 15 seconds, then (re)boot up and do it all over again
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//ESP32.deepSleep(15000000); // 15 seconds
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},
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error: function(err)
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{
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print(err);
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//ESP32.deepSleep(30000000); // 30 seconds
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},
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});
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//Timer.del(readSensors);
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}
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}, null);
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// RPC Handlers
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RPC.addHandler('HG.Temp.Read', function(args){
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return { value: dht.getTemp() };
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});
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RPC.addHandler('HG.Humidity.Read', function(args){
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return { value: dht.getHumidity() };
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});
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RPC.addHandler('HG.Light.Read', function(args){
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return { value: ADC.read(statusLightPin) };
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});
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RPC.addHandler('HG.Moisture.Read', function(args){
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return { value: ADC.read(moisturePin) };
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});
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RPC.addHandler('HG.StatusLED.On', function(args){
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GPIO.write(ledPin, 0);
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print("LED On");
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if (GPIO.read(ledPin) !== 0)
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{
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return false;
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}
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return true;
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});
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RPC.addHandler('HG.StatusLED.Off', function(args){
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GPIO.write(ledPin, 1);
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if (GPIO.read(ledPin) !== 1)
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{
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return false;
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}
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return true;
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});
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// Monitor network connectivity.
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Event.addGroupHandler(Net.EVENT_GRP, function(ev, evdata, arg) {
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let status = true && connected;
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let evs = '???';
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if (ev === Net.STATUS_DISCONNECTED) {
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evs = 'DISCONNECTED';
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connected = false;
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} else if (ev === Net.STATUS_CONNECTING) {
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evs = 'CONNECTING';
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connected = false;
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} else if (ev === Net.STATUS_CONNECTED) {
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evs = 'CONNECTED';
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connected = false;
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} else if (ev === Net.STATUS_GOT_IP) {
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evs = 'GOT_IP';
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connected = true;
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}
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}, null);
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