int CheckHostIPValues(string & ipString, string & hostName, bool * ipExists, bool * nameExists){
char hostNameBuffer[128];
char ipStrBuffer[16];
int ret;
bool result = false;
memset(ipStrBuffer,0,16);
memset(hostNameBuffer,0,128);
ret = IsHostName((char *)ipString.c_str(), &result);
if(ret != GENERIC_SUCCESS){
printf("CheckHostIPValues(): IsHostName() failed\n");
return GENERIC_ERROR;
}
// The IP address is actually a host name, so try to fix it
if(result == true){
hostName = ipString;
ipString = "";
ret = GetIpByHostName((char *)hostName.c_str(), ipStrBuffer);
if(ret != GENERIC_SUCCESS){
printf("CheckHostIPValues(): GetIpByHostName() failed\n");
}else{
ipString = ipStrBuffer;
}
}
if(!hostName.empty()){
*nameExists = true;
}
if(!ipString.empty()){
*ipExists = true;
}
// if neither exists, error out
if(*nameExists == false && *ipExists == false){
printf("CheckHostIPValues(): Both host name and ip string passed were null\n");
return GENERIC_ERROR;
}
else if(*nameExists == true && *ipExists == false){
ret = GetIpByHostName((char *)hostName.c_str(), ipStrBuffer);
if(ret != GENERIC_SUCCESS || ipStrBuffer == NULL){
printf("CheckHostIPValues(): GetIpByHostName() failed\n");
return GENERIC_ERROR;
}
else{
//sprintf_s(ipString,16,"%s",ipStrBuffer);
ipString = ipStrBuffer;
*ipExists = true;
}
}
else if(*nameExists == false && *ipExists == true){
ret = GetHostNameByIP((char *)ipString.c_str(), hostNameBuffer);
if(ret != GENERIC_SUCCESS || hostNameBuffer == NULL){
printf("CheckHostIPValues(): GetHostNameByIP() failed\n");
return NO_RESULTS_FOUND;
}
else{
//sprintf_s(hostName,128,"%s",hostNameBuffer);
hostName = hostNameBuffer;
*nameExists = true;
}
}
return GENERIC_SUCCESS;
}
int ResolveIPsAndNames(string * srcIP, string * dstIP, string * srcHostName, string * dstHostName){
int ret;
// if the srcIP is defined and valid
if(srcIP->length() >= 7 && srcHostName->empty()){
// if the source host is blank, try to get the host name from the ip
const char * tempIP = srcIP->c_str();
char tempHostName[128];
ret = GetHostNameByIP(tempIP, tempHostName);
if(ret != GENERIC_SUCCESS){
printf("ResolveIPsAndNames: GetHostNameByIP failed\n");
return GENERIC_ERROR;
}
if(tempHostName != NULL){
*srcHostName = tempHostName;
}else{
printf("ResolveIPsAndNames: GetHostNameByIP returned a null host name\n");
return GENERIC_ERROR;
}
// else if the host name is defined and not blank
}else if(! srcHostName->empty() && srcIP->empty()){
const char * tempHostName = srcHostName->c_str();
char tempIP[128];
ret = GetIpByHostName(tempHostName, tempIP);
if(ret != GENERIC_SUCCESS){
printf("ResolveIPsAndNames: getIPByHostName failed\n");
return GENERIC_ERROR;
}
if(tempIP != NULL){
*srcIP = tempIP;
}else{
printf("ResolveIPsAndNames: getIPByHostName returned a null ip address\n");
return GENERIC_ERROR;
}
}
// Now doing the same for the destination IP and HostName
// if the dstIP is defined and valid
if(dstIP->length() >= 7 && dstHostName->empty()){
// if the dst host is blank, try to get the host name from the ip
const char * tempIP = dstIP->c_str();
char tempHostName[128];
ret = GetHostNameByIP(tempIP, tempHostName);
if(ret != GENERIC_SUCCESS){
printf("ResolveIPsAndNames: GetHostNameByIP failed\n");
return GENERIC_ERROR;
}
if(tempHostName != NULL){
*dstHostName = tempHostName;
}else{
printf("ResolveIPsAndNames: GetHostNameByIP returned a null host name\n");
return GENERIC_ERROR;
}
// else if the host name is defined and not blank
}else if(! dstHostName->empty() && dstIP->empty()){
// if the dst ip is blank, try to get the ip from the hostname
const char * tempHostName = dstHostName->c_str();
char tempIP[128];
ret = GetIpByHostName(tempHostName, tempIP);
if(ret != GENERIC_SUCCESS){
printf("ResolveIPsAndNames: getIPByHostName failed\n");
return GENERIC_ERROR;
}
if(tempIP != NULL){
*dstIP = tempIP;
}else{
printf("ResolveIPsAndNames: getIPByHostName returned a null ip address\n");
return GENERIC_ERROR;
}
}
return GENERIC_SUCCESS;
}
int GetDnsServerIp( char* ipaddr )
{
int iRet = 0;
switch ( bparam.stDdnsParam.factoryversion )
{
case 10: //vstarcam
GetDnsIp( bparam.stDdnsParam.serversvr, ipaddr );
break;
case 11: //xinhuaan viporg
GetDnsIp( bparam.stDdnsParam.serversvr, ipaddr );
break;
case 12: //xinhuaan 88safe
GetDnsIp( bparam.stDdnsParam.serversvr, ipaddr );
break;
case 13: //smarteye
GetDnsIp( bparam.stDdnsParam.serversvr, ipaddr );
break;
/* BEGIN: Added by wupm, 2013/3/23 */
case 21: //PSD
GetDnsIp( bparam.stDdnsParam.serversvr, ipaddr );
Textout1( "PSD Server=[%s], IP=[%s]", bparam.stDdnsParam.serversvr, ipaddr );
break;
/* BEGIN: Added by wupm, 2013/4/19 */
//NEO
case 22:
//GetDnsIp( bparam.stDdnsParam.serversvr, ipaddr );
//GetDnsIp( "www.9299.org", ipaddr );
//GetIpByHostName( "www.baidu.com", ipaddr );
//GetIpByHostName( "www.9299.org", ipaddr );
GetIpByHostName( "www.365home.org", ipaddr );
Textout( "NEO Server=[%s], IP=[%s]", bparam.stDdnsParam.serversvr, ipaddr );
break;
/* BEGIN: Added by wupm, 2013/4/25 */
case 23:
GetIpByHostName( "www.ipupnp.hk", ipaddr );
Textout( "NEO Server=[%s], IP=[%s]", bparam.stDdnsParam.serversvr, ipaddr );
break;
case 24:
//GetIpByHostName( "www.ibabycam.net", ipaddr );
GetIpByHostName( "www.ulife.info", ipaddr );
Textout( "NEO Server=[%s], IP=[%s]", bparam.stDdnsParam.serversvr, ipaddr );
break;
case 25:
GetIpByHostName( "www.ipcpnp.com", ipaddr );
Textout( "NEO Server=[%s], IP=[%s]", bparam.stDdnsParam.serversvr, ipaddr );
break;
case 26:
GetIpByHostName( "mytenvis.org", ipaddr );
Textout( "NEO Server=[%s], IP=[%s]", bparam.stDdnsParam.serversvr, ipaddr );
break;
default:
iRet = -1;
break;
}
return iRet;
}
