/*******************************************************************
* CLOSE THE SERVER MODE
********************************************************************/
uint8_t ESP8266::closeServer() {
if (connectionMode(AT_TRUE) != NO_ERROR) {return ERROR_CONNECTION_MODE;}
String _cmd = AT_CMD_SERVER_MODE;
_cmd += "0";
myESP8266->println(_cmd);
return expectResponse(AT_RESP_OK);
}
/*******************************************************************
* SET THE SERVER MODE
* Configures the module in Server mode on the given port. From that
* moment on, it will be possible to talk to the module on that port
* by opening a TCP connection on its IP (You can use Putty to do so)
********************************************************************/
uint8_t ESP8266::setServer(String _port) {
if (connectionMode(AT_TRUE) != NO_ERROR) {return ERROR_CONNECTION_MODE;}
String _cmd = AT_CMD_SERVER_MODE;
serverPort = _port;
_cmd += "1,";
_cmd += _port;
myESP8266->println(_cmd);
return expectResponse(AT_RESP_OK);
}
// ---------------------------------------------------------------------------
// Unpackages TConnMonWLANNetwork from TPtrC descriptor
// ---------------------------------------------------------------------------
//
EXPORT_C TConnMonWLANNetwork TConnMonWLANNetwork::FromPtrC( const TPtrC& aPtrC )
{
TUint len( (TUint)aPtrC[ENameLength] );
TBuf<KMaxNameLength> name( aPtrC.Mid(EName, len) );
TUint connectionMode( aPtrC[len+EConnectionMode] );
TUint signalStrength( aPtrC[len+ESignalStrength] );
TUint securityMode( aPtrC[len+ESecurityMode] );
RArray<TInt> buf;
TUint count( aPtrC[len+EBufCounter] );
for ( TUint i = 1; i < count+1; ++i )
{
buf.Append( aPtrC[len+EBufBase+i] );
}
TConnMonWLANNetwork connMonWLANNetwork = TConnMonWLANNetwork( name,
connectionMode, signalStrength, securityMode, buf );
buf.Close();
return connMonWLANNetwork;
}
