/// <summary>
/// Handles device setup
/// </summary>
/// <param name="device">DirectInput Device</param>
private void SetupDevice(Device device)
{
// Create a temporary DeviceState object and store device information.
DeviceState state = new DeviceState();
device = device;
#region Step 4: Build the action map against the device
// ********************************************************************
// Step 4: Build the action map against the device, inspect the
// results, and set the action map.
//
// It's a good idea to inspect the results after building the action
// map against the current device. The contents of the action map
// structure indicate how and to what object the action was mapped.
// This sample simply verifies the action was mapped to an object on
// the current device, and stores the result. Note that not all actions
// will necessarily be mapped to an object on all devices. For instance,
// this sample did not request that QUIT be mapped to any device other
// than the keyboard.
// ********************************************************************
#endregion
try
{
// Build the action map against the device
device.BuildActionMap(DIActionFormat, ActionMapControl.Default);
}
catch (DirectXException ex)
{
UserInterface.ShowException(ex, "BuildActionMap");
return;
}
// Inspect the results
foreach (Action action in DIActionFormat.Actions)
{
if ((int)action.How != (int)ActionMechanism.Error &&
(int)action.How != (int)ActionMechanism.Unmapped)
{
state.IsMapped[(int)action.ApplicationData] = true;
}
}
// Set the action map
try
{
device.SetActionMap(DIActionFormat, ApplyActionMap.Default);
}
catch (DirectXException ex)
{
UserInterface.ShowException(ex, "SetActionMap");
return;
}
state.Device = device;
// Store the device's friendly name for display on the chart
state.Name = device.DeviceInformation.InstanceName;
// Store axis absolute/relative flag
state.IsAxisAbsolute = device.Properties.AxisModeAbsolute;
DeviceStates.Add(state);
UserInterface.UpdateChart();
return;
}
