SHT11 + Particle Photon (running matrixSSL) + InitialState.com

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#include "SHT1x/SHT1x.h"
#include "httpsclient-particle/httpsclient-particle.h"



//Initial State.com and HTTPS configuration START---------------->
#define INITIALSTATE_ACCESS_KEY "243434gdfsgt43f43rfwp3"
#define INITIALSTATE_BUCKET_KEY "GHDER34RF3NE"

constboolg_https_trace=false;// This controls debug info print to Serial
constcharhost[]="groker.initialstate.com";
//const char ad_endpoint [] = "/api/events";
constcharse_endpoint[]="/api/events";
constintg_port=443;// Don't change this, unless you know what you are doing
staticunsignedintfreemem;
boolg_https_complete;
uint32g_bytes_received;

TCPClientclient;

// Replace XXXX...XXX with base64 encoding if your gf username:password
// If you don't know how to generate the base64 encoding go here:
//    http://www.tuxgraphics.org/toolbox/base64-javascript.html
// CAUTION: Do NOT remove/replace the word Basic from the string above,
//          it's part of http standard.
unsignedcharhttpRequestContent[]="POST %s HTTP/1.0\r\n"
// "User-Agent: curl/7.38.0 \r\n"
"User-Agent: MatrixSSL/"MATRIXSSL_VERSION"\r\n"
"Host: groker.initialstate.com\r\n"
"Accept: */*\r\n"
"Content-Type: application/json\r\n"
"X-IS-AccessKey: "INITIALSTATE_ACCESS_KEY"\r\n"
"X-IS-BucketKey: "INITIALSTATE_BUCKET_KEY"\r\n"
"Accept-Version: 0.0.4\r\n"
"Content-Length: %d\r\n\r\n%s";

//<----------------Initial State.com and HTTPS configuration END


//SHT11 Temperature and Humidity Sensor START---------------->
// Channel 1 is Temperature (deg C)
// Channel 2 is Humidity (%)

#define dataPin  D0
#define clockPin D1

SHT1xsht1x(dataPin,clockPin);
//<----------------SHT11 Temperature and Humidity Sensor END


voidsetup(){
if(g_https_trace){
Serial.begin(9600);
}
httpsclientSetup(host,se_endpoint);
}


unsignedintnextTime=0;// Next time to contact the server
intg_connected;
charjsonBufARR[300]={0};

voidloop(){
StringjsonBuf;
unsignedintt=millis();
if(nextTime>t)return;

floattemperature=sht1x.readTemperatureC();
floathumidity=sht1x.readHumidity();
jsonBuf="[";
jsonBuf+="{";
jsonBuf+="\"key\": \"Inside_Temperature\",";
StringTemperature_C(temperature,4);
jsonBuf+="\"value\": \""+Temperature_C+"\"";
jsonBuf+=" },";
jsonBuf+=" {";
jsonBuf+="\"key\": \"Inside_Humidity\",";
StringHumidity_Percent(humidity,4);
jsonBuf+="\"value\": \""+Humidity_Percent+"\"";
jsonBuf+=" }";
jsonBuf+="]";
jsonBuf.toCharArray(jsonBufARR,300);


g_connected=client.connect(host,g_port);
if(!g_connected){
client.stop();
// If TCP Client can't connect to host, exit here.
return;
}
g_https_complete=false;
g_bytes_received=0;
intrc;
httpsclientSetPath(se_endpoint);
if((rc=httpsClientConnection(httpRequestContent,jsonBuf.length(),jsonBufARR))<0){
// Failure
if(g_https_trace){
Serial.print("httpsClientConnection Returned:\n");
Serial.println(rc);
}
httpsclientCleanUp();
return;
}else{
if(g_https_trace){
Serial.println("HTTPS Transaction Successful");
}

}

client.stop();
if(g_https_trace){
Serial.println("<<<<----------------------------------------New HTTPS Transaction ENDS\n\n");
}
nextTime=millis()+40000;
}