public void saveBaseNetworkInfo(NETDEV_NETWORKCFG_S stNetworkSetcfg)
{
int iRet = NETDEVSDK.NETDEV_SetDevConfig(m_deviceInfoList[m_oNetDemo.m_curSelectedTreeDeviceIndex].m_lpDevHandle, m_oNetDemo.m_curSelectedTreeChannelIndex + 1, (int)NETDEV_CONFIG_COMMAND_E.NETDEV_SET_NETWORKCFG, ref stNetworkSetcfg, Marshal.SizeOf(stNetworkSetcfg));
if (NETDEVSDK.TRUE != iRet)
{
m_oNetDemo.showFailLogInfo(m_deviceInfoList[m_oNetDemo.m_curSelectedTreeDeviceIndex].m_ip + " chl:" + (m_oNetDemo.m_curSelectedTreeChannelIndex + 1), "Save network cfg", NETDEVSDK.NETDEV_GetLastError());
return;
}
m_oNetDemo.showSuccessLogInfo(m_deviceInfoList[m_oNetDemo.m_curSelectedTreeDeviceIndex].m_ip + " chl:" + (m_oNetDemo.m_curSelectedTreeChannelIndex + 1), "Save network cfg");
m_deviceInfoList[m_oNetDemo.m_curSelectedTreeDeviceIndex].m_channelInfoList[m_oNetDemo.m_curSelectedTreeChannelIndex].m_networkInfo.stNetWorkIP = stNetworkSetcfg;
}
public void refreshNetworkInfo()
{
/* Get Network Config */
NETDEV_NETWORKCFG_S stNetworkcfg = new NETDEV_NETWORKCFG_S();
Int32 dwBytesReturned = 0;
int iRet = NETDEVSDK.NETDEV_GetDevConfig(m_deviceInfoList[m_oNetDemo.m_curSelectedTreeDeviceIndex].m_lpDevHandle, m_oNetDemo.m_curSelectedTreeChannelIndex + 1, (int)NETDEV_CONFIG_COMMAND_E.NETDEV_GET_NETWORKCFG, ref stNetworkcfg, Marshal.SizeOf(stNetworkcfg), ref dwBytesReturned);
if (NETDEVSDK.TRUE != iRet)
{
m_oNetDemo.showFailLogInfo(m_deviceInfoList[m_oNetDemo.m_curSelectedTreeDeviceIndex].m_ip + " chl:" + (m_oNetDemo.m_curSelectedTreeChannelIndex + 1), "Get network cfg", NETDEVSDK.NETDEV_GetLastError());
return;
}
m_oNetDemo.showSuccessLogInfo(m_deviceInfoList[m_oNetDemo.m_curSelectedTreeDeviceIndex].m_ip + " chl:" + (m_oNetDemo.m_curSelectedTreeChannelIndex + 1), "Get network cfg");
m_deviceInfoList[m_oNetDemo.m_curSelectedTreeDeviceIndex].m_channelInfoList[m_oNetDemo.m_curSelectedTreeChannelIndex].m_networkInfo.stNetWorkIP = stNetworkcfg;
m_oNetDemo.showBaseNetworkInfo(stNetworkcfg);
/* Get protocal port */
NETDEV_UPNP_NAT_STATE_S stNatState = new NETDEV_UPNP_NAT_STATE_S();
iRet = NETDEVSDK.NETDEV_GetUpnpNatState(m_deviceInfoList[m_oNetDemo.m_curSelectedTreeDeviceIndex].m_lpDevHandle, ref stNatState);
if (NETDEVSDK.TRUE != iRet)
{
m_oNetDemo.showFailLogInfo(m_deviceInfoList[m_oNetDemo.m_curSelectedTreeDeviceIndex].m_ip + " chl:" + (m_oNetDemo.m_curSelectedTreeChannelIndex + 1), "Get upnp nat state", NETDEVSDK.NETDEV_GetLastError());
return;
}
m_oNetDemo.showSuccessLogInfo(m_deviceInfoList[m_oNetDemo.m_curSelectedTreeDeviceIndex].m_ip + " chl:" + (m_oNetDemo.m_curSelectedTreeChannelIndex + 1), "Get upnp nat state");
m_deviceInfoList[m_oNetDemo.m_curSelectedTreeDeviceIndex].m_channelInfoList[m_oNetDemo.m_curSelectedTreeChannelIndex].m_networkInfo.stNetWorkPort = stNatState;
m_oNetDemo.showPortNetworkInfo(stNatState);
/* Get NTP config */
NETDEV_SYSTEM_NTP_INFO_S stNTPInfo = new NETDEV_SYSTEM_NTP_INFO_S();
/* Failed to return Get information when NTP is not enabled for the NVR. Please perform Set operation first. */
iRet = NETDEVSDK.NETDEV_GetDevConfig(m_deviceInfoList[m_oNetDemo.m_curSelectedTreeDeviceIndex].m_lpDevHandle, m_oNetDemo.m_curSelectedTreeChannelIndex + 1, (int)NETDEV_CONFIG_COMMAND_E.NETDEV_GET_NTPCFG, ref stNTPInfo, Marshal.SizeOf(stNTPInfo), ref dwBytesReturned);
if (NETDEVSDK.TRUE != iRet)
{
m_oNetDemo.showFailLogInfo(m_deviceInfoList[m_oNetDemo.m_curSelectedTreeDeviceIndex].m_ip + " chl:" + (m_oNetDemo.m_curSelectedTreeChannelIndex + 1), "Get NTP cfg", NETDEVSDK.NETDEV_GetLastError());
return;
}
m_oNetDemo.showSuccessLogInfo(m_deviceInfoList[m_oNetDemo.m_curSelectedTreeDeviceIndex].m_ip + " chl:" + (m_oNetDemo.m_curSelectedTreeChannelIndex + 1), "Get NTP cfg");
m_deviceInfoList[m_oNetDemo.m_curSelectedTreeDeviceIndex].m_channelInfoList[m_oNetDemo.m_curSelectedTreeChannelIndex].m_networkInfo.stNetWorkNTP = stNTPInfo;
m_oNetDemo.showNTPNetworkInfo(stNTPInfo);
m_deviceInfoList[m_oNetDemo.m_curSelectedTreeDeviceIndex].m_channelInfoList[m_oNetDemo.m_curSelectedTreeChannelIndex].m_networkInfo.existFlag = true;
}
