void WiFlyRNXV::listenAndProcess(){
uint8_t resp=0;
if(uart.available()){
if(checkBufferResponse(NULL,5000)){
Serial.println("TCP OPEN");
Serial.print("RESP:");
resp=processResponse(true);
Serial.println(resp,DEC);
Serial.print("RECV:");
responseBuffer.trim();
Serial.println(responseBuffer);
//Send some data
uart.println(processActualResponse(resp));
if(checkBufferResponse("*CLOS*",5000)){
Serial.println("TCP CLOSE");
}
}
}
}
void WiFlyRNXV::SendResponse(char* value){
int delayW=500;
Serial.println("sendreponse");
uart.print("$$$");
delay(delayW);
Serial.println("open www.raaj.homeip.net 80"); uart.flush();
uart.println("open www.raaj.homeip.net 80"); //delay(delayW); //getBufferResponse();
//uart.flush();
//wait for open
boolean xx=checkBufferResponse("*OPEN*",6000);
Serial.println("port open");
delay(2000);
char* response="GET /addtoDB.php?count=";
responseArr[0] = '\0';
strcat(responseArr, response);
strcat(responseArr,value);
uart.print(responseArr);
boolean pp=checkCharResponse('(',8000);
if(pp)
Serial.println("success");
uart.println("exit");
inCommandMode=false;
}
boolean WiFlyRNXV::AdHocConnected(){
boolean check=false;
if(uart.available()) check=checkBufferResponse("Connected",TIMEOUT_TIME);
if(check)
return true;
else
return false;
}
boolean WiFlyRNXV::AdHocConnected(){
boolean check=false;
if(uart.available()) check=checkBufferResponse("Connected",TIMEOUT_TIME);
if(check){
Serial.println("Connected!!!");
return true;
}else{
return false;
}
}
//Enter Command Mode
boolean WiFlyRNXV::EnterCommandMode(){
uart.flush();
uart.print(COMMAND_MODE);
delay(COMMAND_MODE_GUARD_TIME);
if(checkBufferResponse("CMD",TIMEOUT_TIME))
inCommandMode=true;
else
inCommandMode=false;
return inCommandMode;
}
boolean WiFlyRNXV::NetworkConnected(){
boolean check=false;
if(uart.available()){
Serial.println("Checking if connected");
check=checkBufferResponse("OK",TIMEOUT_TIME);
}
if(check){
Serial.println("Connected!!!");
return true;
}else{
return false;
}
}
//ResponseBuffer will be updated
uint8_t WiFlyRNXV::sendTCPString(String data,uint8_t command){
bool status=false;
uint8_t resp=0;
initializeString(responseBuffer,LONG_STRING);
Serial.print("SEND:");
Serial.println(data);
if(!inCommandMode) EnterCommandMode();
delay(500);
uart.println("open");
if(checkBufferResponse("*OPEN*",5000)){
delay(300);
uart.print(command,DEC);
uart.print(":");
uart.println(data);
}
if(checkBufferResponse("*CLOS*",5000)){
Serial.print("RESP:");
//Serial.println("TEST: "+responseBuffer);
resp=processResponse(false);
Serial.println(resp,DEC);
Serial.print("RECV:");
Serial.println(responseBuffer);
status=true;
}else{
status=false;
}
//delete data;
inCommandMode=false;
return resp;
}
//Check WiFi Status
boolean WiFlyRNXV::CheckWiFiStatus(){
if(inCommandMode){
ExitCommandMode();
delay(1000);
}
if(checkBufferResponse("Associated!",TIMEOUT_TIME))
wifiStatus=true;
else
wifiStatus=false;
return wifiStatus;
}
