ResponseDHT CheeseDHT::get() {
delay(100);
float h = dht->readHumidity();
delay(100);
float t = dht->readTemperature();
ResponseDHT resp2 = {(int)t, (int)h, CheeseTime::Current(), millis()};
if (!IsValidResponse(resp2) && IsValidResponse(respPrevious))
return respPrevious;
respPrevious = resp2;
return resp2;
}
BOOL KDnsRecorder::RecordRecv(
PROTO_TYPE pt,
DWORD uLocalIp,
USHORT uLocalPort,
DWORD uRemoteIP,
USHORT uRemotePort,
PVOID pData,
DWORD uDataLen )
{
DNS_HEADER* pDns = NULL;
string strHostName;
list<DWORD> uAddrList;
BOOL bResult = FALSE;
DWORD nAnsPos = 0;
DWORD nAnsCount = 0;
do
{
if( uDataLen <= sizeof(DNS_HEADER) )
break;
if( uRemotePort != 53 )
break;
pDns = (DNS_HEADER*)pData;
if( !IsValidResponse(pDns) )
break;
if( m_sendDnsTansID.find( pDns->id ) == m_sendDnsTansID.end() )
break;
m_sendDnsTansID.erase( pDns->id );
nAnsPos = GetHost( pData, uDataLen, strHostName );
if( nAnsPos == 0 || nAnsPos >= uDataLen )
break;
nAnsCount = ntohs(pDns->ans_count);
if( !GetHostAddr( pData, uDataLen, nAnsPos, nAnsCount, uAddrList ) )
break;
m_hostIpList[strHostName] = uAddrList;
//remove
{
struct sockaddr_in a;
cout << strHostName <<endl;
list<DWORD> &ipList = uAddrList;
cout << "-------------------------------"<<endl;
for( list<DWORD>::iterator ipItem = ipList.begin(); ipItem != ipList.end(); ipItem++ )
{
a.sin_addr.s_addr=(*ipItem); //working without ntohl
cout << "\t"<< inet_ntoa(a.sin_addr) << endl;
}
}
bResult = TRUE;
} while (FALSE);
return bResult;
}
String CheeseDHT::toJSON() {
ResponseDHT resp = get();
return !IsValidResponse(resp)
? "{\"pin\":" + String(pin) + ",\"name\":\"" + name + "\",\"error\":\"Read failed\"}"
: "{\"pin\":" + String(pin) + ",\"name\":\"" + name + "\",\"t\":" + String(resp.temperature) + ",\"h\":" + String(resp.humidity) + ",\"date\":" + resp.date + ", \"seconds_ago\":"+String((millis()-resp.millis)/1000)+"}";
}