/// <summary>
/// Parse the configuration file and fill the Direct Input device attributes
/// </summary>
private void SetAttributes(AltDirectInputDevice Device, String Section)
{
InputRange Range;
// Parse the global dead zone attribute for this device. This is the dead zone
// that will be applied if there isn't a specific axis override
float.TryParse(ini.IniReadValue(Section, "DeadZone"), out Device.DeadZone);
// Parse the global sensitivity
float.TryParse(ini.IniReadValue(Section, "Factor"), out Device.Factor);
if (Device.Factor == 0.0f)
Device.Factor = 1.0f;
// Find our which modes have been setup
for (var m = 1; m < GameState.NumModes; m++)
Device.enabledModes[m] = (ini.IniReadValue(Section + "." + GameState.ModeName[m], null) != "");
// Process the axes
for (var i = 0; i < AltDirectInputDevice.AxisList.GetLength(0); i++)
{
// We get a DIERR_NOTFOUND/NotFound exception when probing the range for unused axes.
// We use this to detect if the axe is available
try
{
// Parse common axis settings, starting with the Range
Range = Device.Joystick.GetObjectPropertiesByName(AltDirectInputDevice.AxisList[i, 0]).Range;
Device.Axis[i].Range.Minimum = Range.Minimum;
Device.Axis[i].Range.Maximum = Range.Maximum;
Device.Axis[i].Range.FloatRange = 1.0f * (Range.Maximum - Range.Minimum);
// TODO: Check if mapping name is valid
for (var m = 0; m < GameState.NumModes; m++)
{
if (!Device.enabledModes[m])
continue;
// Parse the dead zone
float.TryParse(ini.IniReadValue(Section, AltDirectInputDevice.AxisList[i, 1] + ".DeadZone"), out Device.Axis[i].Control[m].DeadZone);
if (Device.Axis[i].Control[m].DeadZone == 0.0f)
// Override with global dead zone if none was specified
// NB: This prohibits setting a global dead zone and then an individual one to 0 - oh well...
Device.Axis[i].Control[m].DeadZone = Device.DeadZone;
// A slider's dead zone is special and needs to be handled separately
if (!AltDirectInputDevice.AxisList[i, 0].StartsWith("Slider"))
Device.Joystick.GetObjectPropertiesByName(AltDirectInputDevice.AxisList[i, 0]).DeadZone = (int)(10000.0f * Device.Axis[i].Control[m].DeadZone);
// Parse the Factor
float.TryParse(ini.IniReadValue(Section, AltDirectInputDevice.AxisList[i, 1] + ".Factor"), out Device.Axis[i].Control[m].Factor);
if (Device.Axis[i].Control[m].Factor == 0.0f)
Device.Axis[i].Control[m].Factor = Device.Factor;
ParseControl(Section, AltDirectInputDevice.AxisList[i, 1], Device.Axis[i].Control, m);
if (Device.Axis[i].Control[m].Type == ControlType.Axis)
{
ParseMapping(Section, AltDirectInputDevice.AxisList[i, 1], Device.Axis[i].Mapping1, m);
}
else
{
ParseMapping(Section, AltDirectInputDevice.AxisList[i, 1] + ".Min", Device.Axis[i].Mapping1, m);
ParseMapping(Section, AltDirectInputDevice.AxisList[i, 1] + ".Max", Device.Axis[i].Mapping2, m);
}
}
Device.Axis[i].isAvailable = (Device.Axis[i].Range.FloatRange != 0.0f);
if (!Device.Axis[i].isAvailable)
print("Altinput: WARNING - Axis " + AltDirectInputDevice.AxisList[i, 1] +
" was disabled because its range is zero.");
}
// Typical exception "SharpDX.SharpDXException: HRESULT: [0x80070002], Module: [SharpDX.DirectInput],
// ApiCode: [DIERR_NOTFOUND/NotFound], Message: The system cannot find the file specified."
catch (SharpDX.SharpDXException ex)
{
if (ex.ResultCode == 0x80070002)
Device.Axis[i].isAvailable = false;
else
throw ex;
}
#if (DEBUG)
if (Device.Axis[i].isAvailable)
{
for (var m = 0; m < GameState.NumModes; m++)
{
String Mappings = "";
if (!Device.enabledModes[m]) continue;
if (Device.Axis[i].Control[m].Type == ControlType.Axis)
{
Mappings += ", Mapping = '" + Device.Axis[i].Mapping1[m].Action + "'";
}
else
{
Mappings += ", Mapping.Min = '" + Device.Axis[i].Mapping1[m].Action + "'";
Mappings += ", Mapping.Max = '" + Device.Axis[i].Mapping2[m].Action + "'";
}
print("Altinput: Axis #" + (i + 1) + "[" + GameState.ModeName[m] + "] ('" +
AltDirectInputDevice.AxisList[i, 1] + "'): Range [" +
Device.Axis[i].Range.Minimum + ", " + Device.Axis[i].Range.Maximum + "]" +
", DeadZone = " + Device.Axis[i].Control[m].DeadZone +
", Factor = " + Device.Axis[i].Control[m].Factor + Mappings +
", Inverted = " + Device.Axis[i].Control[m].Inverted);
}
}
#endif
}
// Process the POV controls
for (var i = 0; i < Device.Joystick.Capabilities.PovCount; i++)
{
for (var j = 0; j < AltDirectInputDevice.NumPOVPositions; j++)
{
for (var m = 0; m < GameState.NumModes; m++)
{
if (!Device.enabledModes[m])
continue;
Boolean.TryParse(ini.IniReadValue(Section + "." + GameState.ModeName[0], "POV" + (i + 1) + "." +
AltDirectInputDevice.POVPositionName[j] + ".Continuous"), out Device.Pov[i].Button[j].Continuous[m]);
ParseMapping(Section, "POV" + (i + 1) + "." +
AltDirectInputDevice.POVPositionName[j], Device.Pov[i].Button[j].Mapping, m);
}
}
#if (DEBUG)
for (var m = 0; m < GameState.NumModes; m++)
{
if (!Device.enabledModes[m]) continue;
String Mappings = "";
for (var j = 0; j < AltDirectInputDevice.NumPOVPositions; j++)
Mappings += ((j != 0) ? ", " : "") + AltDirectInputDevice.POVPositionName[j] + " = '" +
Device.Pov[i].Button[j].Mapping[m].Action + "', Value = " +
Device.Pov[i].Button[j].Mapping[m].Value;
print("Altinput: POV #" + (i + 1) + " [" + GameState.ModeName[m] + "]: " + Mappings);
}
#endif
}
// Process the buttons
for (var i = 0; i < Device.Joystick.Capabilities.ButtonCount; i++)
{
for (var m = 0; m < GameState.NumModes; m++)
{
if (!Device.enabledModes[m])
continue;
Boolean.TryParse(ini.IniReadValue(Section + "." + GameState.ModeName[m], "Button" + (i + 1) + ".Continuous"),
out Device.Button[i].Continuous[m]);
ParseMapping(Section, "Button" + (i + 1), Device.Button[i].Mapping, m);
}
#if (DEBUG)
for (var m = 0; m < GameState.NumModes; m++)
{
if (!Device.enabledModes[m]) continue;
String Mappings = "Mapping = '" + Device.Button[i].Mapping[m].Action + "'";
if (Device.Button[i].Mapping[m].Value != 0.0f)
Mappings += ", Value = " + Device.Button[i].Mapping[m].Value;
print("Altinput: Button #" + (i + 1) + "[" + GameState.ModeName[m] + "]: " + Mappings);
}
#endif
}
}
/// <summary>
/// Process each input section from the config file
/// </summary>
void ParseInputs()
{
String InterfaceName, ClassName;
AltDirectInputDevice Device;
print("AltInput: (re)loading configuration");
ini = null;
DeviceList.Clear();
DetectedList.Clear();
if (!File.Exists(ini_path))
return;
ini = new IniFile(ini_path);
iniVersion = new System.Version(ini.IniReadValue("global", "Version"));
if (iniVersion != currentVersion)
return;
List<String> sections = ini.IniReadAllSections();
// Remove the [global] and [___.Mode] sections from our list
sections.RemoveAll(s => s.Equals("global"));
foreach (var modeName in GameState.ModeName)
sections.RemoveAll(s => s.EndsWith("." + modeName));
foreach (var dev in directInput.GetDevices(DeviceClass.GameControl, DeviceEnumerationFlags.AllDevices))
{
Joystick js = new Joystick(directInput, dev.InstanceGuid);
DetectedList.Add("AltInput: Detected Controller '" + dev.InstanceName + "': " +
js.Capabilities.AxeCount + " Axes, " + js.Capabilities.ButtonCount + " Buttons, " +
js.Capabilities.PovCount + " POV(s)");
foreach(var section in sections)
{
if (dev.InstanceName.Contains(section))
{
InterfaceName = ini.IniReadValue(section, "Interface");
if ((InterfaceName == "") || (ini.IniReadValue(section, "Ignore") == "true"))
break;
if (InterfaceName != "DirectInput")
{
print("AltInput[" + section + "]: Only 'DirectInput' is supported for Interface type");
continue;
}
ClassName = ini.IniReadValue(section, "Class");
if (ClassName == "")
ClassName = "GameControl";
else if (ClassName != "GameControl")
{
print("AltInput[" + section + "]: '" + ClassName + "' is not an allowed Class value");
continue; // ignore the device
}
// Only add this device if not already in our list
if (DeviceList.Where(item => ((AltDirectInputDevice)item).InstanceGuid == dev.InstanceGuid).Any())
continue;
Device = new AltDirectInputDevice(directInput, DeviceClass.GameControl, dev.InstanceGuid);
SetAttributes(Device, section);
DeviceList.Add(Device);
print("AltInput: Added controller '" + dev.InstanceName + "'");
}
}
}
}
