/// <summary>Attach to channel and connect any event handlers</summary>
/// <returns>Connection status</returns>
private Channels.EConnectionState ChannelsAttach()
{
try
{
if (mChannels != null)
{
Channels.EConnectionState State = mChannels.Connect();
if (State == Channels.EConnectionState.Connected) // Open channels
{
// Attach event handlers (as required)
if (mChannels.Application != null)
{
mChannels.Application.mEventSubscriptionHeartbeat.Event +=
new EventHandler <CommunicationsChannel_Application.EventArgsHeartbeat>(EventHandlerHeartbeatApp);
}
if (mChannels.Manipulator != null)
{
mChannels.Manipulator.mEventSubscriptionHeartbeat.Event +=
new EventHandler <CommunicationsChannel_Manipulator.EventArgsHeartbeat>(EventHandlerHeartbeatMan);
mChannels.Manipulator.mEventSubscriptionManipulatorMove.Event +=
new EventHandler <CommunicationsChannel_Manipulator.EventArgsManipulatorMoveEvent>(EventHandlerManipulatorMoveEvent);
}
}
return(State);
}
}
catch (Exception ex) { AppLog.LogException(ex); }
return(Channels.EConnectionState.Error);
}
/// <summary>Attach to channel and connect any event handlers</summary>
/// <returns>Connection status</returns>
private Channels.EConnectionState ChannelsAttach()
{
try
{
if (mChannels != null)
{
Channels.EConnectionState State = mChannels.Connect();
if (State == Channels.EConnectionState.Connected) // Open channels
{
// Attach event handlers (as required)
if (mChannels.Application != null)
{
mChannels.Application.mEventSubscriptionHeartbeat.Event +=
new EventHandler <CommunicationsChannel_Application.EventArgsHeartbeat>(EventHandlerHeartbeatApp);
}
if (mChannels.ImageProcessing != null)
{
mChannels.ImageProcessing.mEventSubscriptionHeartbeat.Event +=
new EventHandler <CommunicationsChannel_ImageProcessing.EventArgsHeartbeat>(EventHandlerHeartbeatIP);
mChannels.ImageProcessing.mEventSubscriptionImageProcessing.Event +=
new EventHandler <CommunicationsChannel_ImageProcessing.EventArgsIPEvent>(EventHandlerIPEvent);
}
}
return(State);
}
}
catch (Exception ex) { AppLog.LogException(ex); }
return(Channels.EConnectionState.Error);
}
/// <summary>Attach to channel and connect any event handlers</summary>
/// <returns>Connection status</returns>
private Channels.EConnectionState ChannelsAttach()
{
try
{
if (mChannels != null)
{
Channels.EConnectionState State = mChannels.Connect();
if (State == Channels.EConnectionState.Connected) // Open channels
{
// Attach event handlers (as required)
if (mChannels.Application != null)
{
mChannels.Application.mEventSubscriptionHeartbeat.Event +=
new EventHandler <CommunicationsChannel_Application.EventArgsHeartbeat>(EventHandlerHeartbeatApp);
}
if (mChannels.Xray != null)
{
mChannels.Xray.mEventSubscriptionHeartbeat.Event +=
new EventHandler <CommunicationsChannel_XRay.EventArgsHeartbeat>(EventHandlerHeartbeatXRay);
mChannels.Xray.mEventSubscriptionEntireStatus.Event +=
new EventHandler <CommunicationsChannel_XRay.EventArgsXRayEntireStatus>(EventHandlerXRayEntireStatus);
}
}
return(State);
}
}
catch (Exception ex) { AppLog.LogException(ex); }
return(Channels.EConnectionState.Error);
}
private void UserForm_Load(object sender, EventArgs e)
{
try
{
// Attach channels
mApplicationState = ChannelsAttach();
if (mApplicationState == Channels.EConnectionState.Connected)
{
Debug.Print(DateTime.Now.ToString("dd/MM/yyyy H:mm:ss.fff") + " : Connected to Inspect-X");
}
else
{
Debug.Print(DateTime.Now.ToString("dd/MM/yyyy H:mm:ss.fff") + " : Problem in connecting to Inspect-X");
}
}
catch (Exception ex) { AppLog.LogException(ex); }
}
