public static void UpdateAvailableDecives(JoystickInputCollection inputManager)
{
const int MinDeviceCheckCount = 8;
const int MaxDeviceCheckCount = 32;
// Determine which devices are currently active already, so we can skip their indices
List <int> skipIndices = null;
foreach (JoystickInput input in inputManager)
{
GlobalJoystickInputSource existingDevice = input.Source as GlobalJoystickInputSource;
if (existingDevice != null)
{
if (skipIndices == null)
{
skipIndices = new List <int>();
}
skipIndices.Add(existingDevice.deviceIndex);
}
}
// Iterate over device indices and see what responds
int deviceIndex = -1;
while (deviceIndex < MaxDeviceCheckCount)
{
deviceIndex++;
if (skipIndices != null && skipIndices.Contains(deviceIndex))
{
continue;
}
while (deviceIndex >= cachedDevices.Count)
{
cachedDevices.Add(new GlobalJoystickInputSource(cachedDevices.Count));
}
GlobalJoystickInputSource joystick = cachedDevices[deviceIndex];
joystick.UpdateState();
if (joystick.IsAvailable)
{
inputManager.AddSource(joystick);
Log.Write(LogType.Verbose,
"Detected new Joystick Input: \"{0}\" ({1} | {2}) at index {3}" + Environment.NewLine +
"Capabilities: {4} axes, {5} buttons, {6} hats",
joystick.Id,
joystick.ProductId,
joystick.ProductName,
deviceIndex,
joystick.AxisCount,
joystick.ButtonCount,
joystick.HatCount);
}
else if (deviceIndex >= MinDeviceCheckCount)
{
break;
}
}
}
public static void UpdateAvailableDecives(JoystickInputCollection inputManager)
{
const int MinDeviceCheckCount = 8;
// Determine which devices are currently active already, so we can skip their indices
List<int> skipIndices = null;
foreach (JoystickInput input in inputManager)
{
GlobalJoystickInputSource existingDevice = input.Source as GlobalJoystickInputSource;
if (existingDevice != null)
{
if (skipIndices == null) skipIndices = new List<int>();
skipIndices.Add(existingDevice.deviceIndex);
}
}
// Iterate over device indices and see what responds
int deviceIndex = -1;
while (true)
{
deviceIndex++;
if (skipIndices != null && skipIndices.Contains(deviceIndex))
continue;
GlobalJoystickInputSource joystick = new GlobalJoystickInputSource(deviceIndex);
joystick.UpdateState();
if (joystick.IsAvailable)
inputManager.AddSource(joystick);
else if (deviceIndex >= MinDeviceCheckCount)
break;
}
}
public static void UpdateAvailableDecives(JoystickInputCollection inputManager)
{
const int MinDeviceCheckCount = 8;
// Determine which devices are currently active already, so we can skip their indices
List <int> skipIndices = null;
foreach (JoystickInput input in inputManager)
{
GlobalJoystickInputSource existingDevice = input.Source as GlobalJoystickInputSource;
if (existingDevice != null)
{
if (skipIndices == null)
{
skipIndices = new List <int>();
}
skipIndices.Add(existingDevice.deviceIndex);
}
}
// Iterate over device indices and see what responds
int deviceIndex = -1;
while (true)
{
deviceIndex++;
if (skipIndices != null && skipIndices.Contains(deviceIndex))
{
continue;
}
GlobalJoystickInputSource joystick = new GlobalJoystickInputSource(deviceIndex);
joystick.UpdateState();
if (joystick.IsAvailable)
{
inputManager.AddSource(joystick);
}
else if (deviceIndex >= MinDeviceCheckCount)
{
break;
}
}
}
private void WriteInputStats(ref FormattedText target, JoystickInputCollection inputCollection)
{
// Initialize the formatted text block we'll write to
this.PrepareFormattedText(ref target);
// Compose the formatted text to display
string allText = "/f[1]Joystick Stats/f[0]";
foreach (JoystickInput input in inputCollection)
{
string inputText = this.GetInputStatsText(input);
if (allText.Length != 0)
{
allText += "/n/n";
}
allText += inputText;
}
target.SourceText = allText;
}
public static void UpdateAvailableDecives(JoystickInputCollection inputManager)
{
const int MinDeviceCheckCount = 8;
const int MaxDeviceCheckCount = 32;
// Determine which devices are currently active already, so we can skip their indices
List<int> skipIndices = null;
foreach (JoystickInput input in inputManager)
{
GlobalJoystickInputSource existingDevice = input.Source as GlobalJoystickInputSource;
if (existingDevice != null)
{
if (skipIndices == null) skipIndices = new List<int>();
skipIndices.Add(existingDevice.deviceIndex);
}
}
// Iterate over device indices and see what responds
int deviceIndex = -1;
while (deviceIndex < MaxDeviceCheckCount)
{
deviceIndex++;
if (skipIndices != null && skipIndices.Contains(deviceIndex))
continue;
while (deviceIndex >= cachedDevices.Count)
{
cachedDevices.Add(new GlobalJoystickInputSource(cachedDevices.Count));
}
GlobalJoystickInputSource joystick = cachedDevices[deviceIndex];
joystick.UpdateState();
if (joystick.IsAvailable)
{
inputManager.AddSource(joystick);
Log.Core.Write(
"Detected new Joystick Input: \"{0}\" at index {1}" + Environment.NewLine +
"Capabilities: {2} axes, {3} buttons, {4} hats",
joystick.Description, deviceIndex,
joystick.AxisCount, joystick.ButtonCount, joystick.HatCount);
}
else if (deviceIndex >= MinDeviceCheckCount)
break;
}
}
private void WriteInputStats(ref FormattedText target, JoystickInputCollection inputCollection)
{
// Initialize the formatted text block we'll write to
this.PrepareFormattedText(ref target);
// Compose the formatted text to display
string allText = "/f[1]Joystick Stats/f[0]";
foreach (JoystickInput input in inputCollection)
{
string inputText = this.GetInputStatsText(input);
if (allText.Length != 0)
allText += "/n/n";
allText += inputText;
}
target.SourceText = allText;
}
