JSON.txt

#include "mbed.h"
#include "HDC1000.h"

HDC1000 hmtp(dp5,dp27);
AnalogIn analog_value(dp13);
AnalogIn analog_value2(dp4); 

char Head[] = "{\"module\": \"hogehogehoge\",\"type\": \"channels\",\"datetime\":\"2016-06-01T12:21:11.628907163Z\",\"payload\": {\"channels\": [";
char Ch1Head[] = "{\"channel\":1,\"type\": \"i\",\"value\":";
char Ch2Head[] = "{\"channel\":2,\"type\": \"i\",\"value\":";
char Ch3Head[] = "{\"channel\":3,\"type\": \"f\",\"value\":";
char Ch4Head[] = "{\"channel\":4,\"type\": \"f\",\"value\":";
char JSONCHEND [] = "},";
char JSONSTREND [] = "]}}";
float Soil,Lux,Temp,RH;

 
int main() {

    while(true){
        hmtp.get();
        
    float meas;
        meas = analog_value.read(); // Converts and read the analog input value (value from 0.0 to 1.0)
        meas = meas * 3300; // Change the value to be in the 0 to 3300 range
    float meas2;
        meas2 = analog_value2.read();
        meas2 = meas2 * 3300;
        
        //printf("Temp: %.2fc, Humid: %.2f, Light: %.0f mV, Soil: %.0f\r\n", hmtp.temperature(), hmtp.humidity(), meas, meas2); 
        //wait(2.0); 
    
Soil = analog_value.read() * 3300;// Soil sennsor Analog object
Lux = analog_value2.read() * 3300;// Lux Sensor Analog object
Temp = hmtp.temperature();// Temperature sensor Analog object
RH = hmtp.humidity();// Humidity sensor Anlog object

// UART output
   printf("%s%s%.2f%s%s%.2f%s%s%.2f%s%s%.2f%s%s\r\n",Head,Ch1Head,Soil,JSONCHEND,Ch2Head,Lux,JSONCHEND,Ch3Head,Temp,JSONCHEND,Ch4Head,RH,JSONCHEND,JSONSTREND);
   wait(3.0);    
    }

}