weatherstation

int MeteoSocket::parse(const char* recv)

int MeteoSocket::fs_parse(const char* recv)

{

	int len;

        string recvS;

}

 int MeteoSocket::parse(const char* recv)

{

        int len;

        float temp,pres,hum;

        int temperature=0;

        long pressure=0;

        int humidity=0;

        int wind_dir=0;

        int wind_speed=0;

                temperature=recv[14];

                temperature=temperature<<8;

                temperature=temperature|(recv[13]&0xff);

                humidity=recv[34];

                pressure=recv[9];

                pressure=pressure<<8;

                pressure=pressure|(recv[8]&0xff);

                wind_speed=recv[15];

                wind_dir=recv[18];

                wind_dir=wind_dir<<8;

                wind_dir=wind_dir|(recv[17]&0xff);

                temp=(float)(temperature-320)*5/9/10;// tenth of fahrenight degree to celsius 

                hum=(float)humidity;

                pres= (float) pressure/1000*33.8639 ;

                m_temperature=temp;

                m_pressure=pres;

                m_humidity=hum;

                m_windspeed=wind_speed;

                m_winddir=wind_dir;

                 ACS_LOG(LM_FULL_INFO,"MeteoSocket::parse()",(LM_DEBUG," Meteoparms  %f %f %f",temp,pres,hum ));

        return 0;

}