/// <summary>
/// Creates a new <see cref="IActionMethodDefinition"/> in the context of <paramref name="controllerDefinition"/>
/// for <paramref name="method"/>.
/// </summary>
/// <param name="controllerDefinition">The controller definition in which the method is found.</param>
/// <param name="method">The method for which to create a definition.</param>
/// <returns>A new <see cref="IActionMethodDefinition"/> instance.</returns>
public IActionMethodDefinition Create(IControllerDefinition controllerDefinition, MethodInfo method)
{
if (controllerDefinition == null) throw new ArgumentNullException("controllerDefinition");
if (method == null) throw new ArgumentNullException("method");
var definition = new ActionMethodDefinition();
definition.Name = method.GetProxyName();
definition.Type = GetMethodType(method);
definition.Url = GetUrl(controllerDefinition, GetExplicitActionName(method) ?? method.Name.ToLower());
var index = 0;
var parameters = method.GetParameters();
foreach (var param in parameters)
{
var record = new ParameterDefinition {
Index = index,
Name = param.Name,
Type = param.ParameterType
};
if (param.HasAttribute<FromUriAttribute>())
definition.UrlParameters.Add(record);
else if (param.HasAttribute<FromBodyAttribute>())
definition.BodyParameter = record;
else if (definition.Type == HttpVerbs.Get)
definition.UrlParameters.Add(record);
else if (definition.Type == HttpVerbs.Post && parameters.Length == 1)
definition.BodyParameter = record;
else
definition.UrlParameters.Add(record);
index++;
}
return definition;
}
public Level20DeskControllerProxy(IHidDeviceProxy device, IControllerDefinition definition)
: base(device, definition)
{
_availableEffects = new Dictionary <string, byte>
{
["PerLed"] = 0x24
};
}
public RiingTrioControllerProxy(IHidDeviceProxy device, IControllerDefinition definition)
: base(device, definition)
{
_availableEffects = new Dictionary <string, byte>
{
{ "PerLed", 0x24 }
};
}
public DpsgControllerProxy(IHidDeviceProxy device, IControllerDefinition definition)
: base(device, definition)
{
_availableEffects = new Dictionary <string, byte>()
{
["ByLed"] = 0x18,
["Full"] = 0x19
};
}
public RiingControllerProxy(IHidDeviceProxy device, IControllerDefinition definition)
: base(device, definition)
{
_availableEffects = new Dictionary <string, byte>()
{
["Flow"] = 0x01,
["Full"] = 0x00
};
}
/// <summary>
/// Creates a new <see cref="IActionMethodDefinition"/> in the context of <paramref name="controllerDefinition"/>
/// for <paramref name="method"/>.
/// </summary>
/// <param name="controllerDefinition">The controller definition in which the method is found.</param>
/// <param name="method">The method for which to create a definition.</param>
/// <returns>A new <see cref="IActionMethodDefinition"/> instance.</returns>
public IActionMethodDefinition Create(IControllerDefinition controllerDefinition, MethodInfo method)
{
if (controllerDefinition == null)
{
throw new ArgumentNullException("controllerDefinition");
}
if (method == null)
{
throw new ArgumentNullException("method");
}
var definition = new ActionMethodDefinition();
definition.Name = method.GetProxyName();
definition.Type = GetMethodType(method);
definition.Url = GetUrl(controllerDefinition, GetExplicitActionName(method) ?? method.Name.ToLower());
var index = 0;
var parameters = method.GetParameters();
foreach (var param in parameters)
{
var record = new ParameterDefinition {
Index = index,
Name = param.Name,
Type = param.ParameterType
};
if (param.HasAttribute <FromUriAttribute>())
{
definition.UrlParameters.Add(record);
}
else if (param.HasAttribute <FromBodyAttribute>())
{
definition.BodyParameter = record;
}
else if (definition.Type == HttpVerbs.Get)
{
definition.UrlParameters.Add(record);
}
else if (definition.Type == HttpVerbs.Post && parameters.Length == 1)
{
definition.BodyParameter = record;
}
else
{
definition.UrlParameters.Add(record);
}
index++;
}
return(definition);
}
private string GetUrl(IControllerDefinition controller, string action)
{
var routeValues = new RouteValueDictionary();
routeValues.Add("controller", controller.UrlName);
routeValues.Add("action", action);
if (controller.Type == ControllerType.WebApi)
{
return(_pathUtility.ToAbsolute(string.Format("~/api/proxy/{0}/{1}", controller.UrlName, action)));
}
else
{
return(_pathUtility.ToAbsolute(_pathUtility.GetVirtualPath(routeValues)));
}
}
public RiingPlusControllerProxy(IHidDeviceProxy device, IControllerDefinition definition)
: base(device, definition)
{
var effectModes = new Dictionary <string, byte>()
{
["Flow"] = 0x00,
["Spectrum"] = 0x04,
["Ripple"] = 0x08,
["Blink"] = 0x0c,
["Pulse"] = 0x10,
["Wave"] = 0x14,
};
var effectSpeeds = new Dictionary <string, byte>()
{
["Extreme"] = 0x00,
["Fast"] = 0x01,
["Normal"] = 0x02,
["Slow"] = 0x03
};
var result = new Dictionary <string, byte>();
foreach (var mkv in effectModes)
{
foreach (var skv in effectSpeeds)
{
result.Add($"{mkv.Key}_{skv.Key}", (byte)(mkv.Value + skv.Value));
}
}
result.Add("PerLed", 0x18);
result.Add("Full", 0x19);
_availableEffects = result;
}
public DefaultControllerProxy(IHidDeviceProxy device, IControllerDefinition definition)
: base(device, definition)
{
var effectModes = new Dictionary <string, byte>()
{
["Flow"] = 0x00,
["Spectrum"] = 0x04,
["Ripple"] = 0x08,
["Blink"] = 0x0c,
["Pulse"] = 0x10,
["Wave"] = 0x14,
};
var effectSpeeds = new Dictionary <string, byte>()
{
["Extreme"] = 0x00,
["Fast"] = 0x01,
["Normal"] = 0x02,
["Slow"] = 0x03
};
var result = new Dictionary <string, byte>();
foreach (var(e, eb) in effectModes)
{
foreach (var(s, sb) in effectSpeeds)
{
result.Add($"{e}_{s}", (byte)(eb + sb));
}
}
result.Add("ByLed", 0x18);
result.Add("Full", 0x19);
_availableEffects = result;
}
public override string CompileController(int playerIndex, IPlatformInfo platformInfo, IControllerDefinition controllerDefinition, IControllerTemplate controllerTemplate, IGamepadAbstraction gamepadAbstraction, IInputTemplate inputTemplate, IGameInfo gameInfo)
{
var controllerMappings = gamepadAbstraction.ProfileType == ControllerProfileType.KEYBOARD_PROFILE ?
controllerTemplate.KeyboardControllerMappings : controllerTemplate.GamepadControllerMappings;
string deviceName = gamepadAbstraction.DeviceName;
IList<IInputDevice> devices = new InputManager().GetGamepads();
if (deviceName == null) deviceName = String.Empty;
int realWiimoteAmount = devices.Count(device => device.DI_ProductName.Contains("RVL-CNT"));
if(controllerDefinition.ControllerID == "WII_COMBINED_CONTROLLER")
{
//All wiimotes have the same attachment
int wiimote_extension = this.ConfigurationFlagStore.GetValue(gameInfo, "wiimote_extension", ConfigurationFlagTypes.SELECT_FLAG);
controllerMappings["default"].KeyMappings["EXTENSION"] = this.ConfigurationFlags["wiimote_extension"].SelectValues[wiimote_extension].Value;
if (playerIndex <= realWiimoteAmount)
{
controllerMappings["default"].KeyMappings["SOURCE"] = "2"; //Real Wiimotes take precedence
}
else
{
controllerMappings["default"].KeyMappings["SOURCE"] = "1"; //Emulated Wiimote
}
}
if (deviceName.Equals(InputDeviceNames.KeyboardDevice, StringComparison.InvariantCultureIgnoreCase))
{
controllerMappings["default"].KeyMappings["DEVICE"] = "DInput/0/Keyboard Mouse";
return this.CompileController(playerIndex, platformInfo, controllerDefinition, controllerTemplate,
gamepadAbstraction, inputTemplate, controllerMappings, gameInfo);
}
string xinputDevice = "XInput/{0}/Gamepad";
string dintpuDevice = "DInput/{0}/{1}";
if (deviceName.Equals(InputDeviceNames.XInputDevice1, StringComparison.InvariantCultureIgnoreCase))
{
controllerMappings["default"].KeyMappings["DEVICE"] =
String.Format(xinputDevice, 0);
}
else if (deviceName.Equals(InputDeviceNames.XInputDevice2, StringComparison.InvariantCultureIgnoreCase))
{
controllerMappings["default"].KeyMappings["DEVICE"] =
String.Format(xinputDevice, 1);
}
else if (deviceName.Equals(InputDeviceNames.XInputDevice3, StringComparison.InvariantCultureIgnoreCase))
{
controllerMappings["default"].KeyMappings["DEVICE"] =
String.Format(xinputDevice, 2);
}
else if (deviceName.Equals(InputDeviceNames.XInputDevice4, StringComparison.InvariantCultureIgnoreCase))
{
controllerMappings["default"].KeyMappings["DEVICE"] =
String.Format(xinputDevice, 3);
}
else if (devices.Select(device => device.DI_ProductName).Contains(deviceName))
{
var device = devices.First(d => d.DI_ProductName == deviceName);
controllerMappings["default"].KeyMappings["DEVICE"] =
String.Format(dintpuDevice, device.DI_ProductName, device.DeviceIndex);
}
return this.CompileController(playerIndex, platformInfo, controllerDefinition, controllerTemplate, gamepadAbstraction, inputTemplate, controllerMappings, gameInfo);
}
public virtual string CompileController(int playerIndex, IPlatformInfo platformInfo, IControllerDefinition controllerDefinition, IControllerTemplate controllerTemplate, IGamepadAbstraction gamepadAbstraction, IInputTemplate inputTemplate, IGameInfo gameInfo)
{
if (gamepadAbstraction.ProfileType == ControllerProfileType.NULL_PROFILE) return string.Empty;
var controllerMappings = gamepadAbstraction.ProfileType == ControllerProfileType.KEYBOARD_PROFILE ?
controllerTemplate.KeyboardControllerMappings : controllerTemplate.GamepadControllerMappings;
return this.CompileController(playerIndex, platformInfo, controllerDefinition, controllerTemplate, gamepadAbstraction, inputTemplate, controllerMappings, gameInfo);
}
private string GetUrl(IControllerDefinition controller, string action)
{
var routeValues = new RouteValueDictionary();
routeValues.Add("controller", controller.UrlName);
routeValues.Add("action", action);
if (controller.Type == ControllerType.WebApi)
return _pathUtility.ToAbsolute(string.Format("~/api/proxy/{0}/{1}", controller.UrlName, action));
else
return _pathUtility.ToAbsolute(_pathUtility.GetVirtualPath(routeValues));
}
public override string CompileController(int playerIndex, IPlatformInfo platformInfo, IControllerDefinition controllerDefinition, IControllerTemplate controllerTemplate, IGamepadAbstraction gamepadAbstraction, IInputTemplate inputTemplate, IReadOnlyDictionary <string, IControllerMapping> controllerMappings, IGameInfo gameInfo)
{
if (gamepadAbstraction.ProfileType == ControllerProfileType.NULL_PROFILE)
{
return(string.Empty);
}
var template = new StringBuilder(inputTemplate.StringTemplate);
foreach (IControllerInput input in controllerDefinition.ControllerInputs.Values)
{
string templateKey = controllerMappings["default"].InputMappings[input.InputName];
string inputSetting = gamepadAbstraction[input.GamepadAbstraction];
string emulatorValue = gamepadAbstraction.ProfileType == ControllerProfileType.KEYBOARD_PROFILE ?
inputTemplate.KeyboardMappings.First().Value[inputSetting] : inputTemplate.GamepadMappings.First().Value[inputSetting];
template.Replace($"{{{templateKey}}}", emulatorValue);
}
if (platformInfo.PlatformID == StonePlatforms.NINTENDO_WII && controllerDefinition.ControllerID == "GCN_CONTROLLER")
{
template.Replace("{N}", (playerIndex - 4).ToString()); //Account for GCPad being in controller positions 5-8.
}
else
{
template.Replace("{N}", playerIndex.ToString()); //Player Index
}
foreach (string key in inputTemplate.TemplateKeys)
{
template.Replace($"{{{key}}}",
controllerMappings["default"].KeyMappings.ContainsKey(key)
? controllerMappings["default"].KeyMappings[key]
: inputTemplate.NoBind);
}
return(template.ToString());
}
public override string CompileController(int playerIndex, IPlatformInfo platformInfo, IControllerDefinition controllerDefinition, IControllerTemplate controllerTemplate, IGamepadAbstraction gamepadAbstraction, IInputTemplate inputTemplate, IGameInfo gameInfo)
{
var controllerMappings = gamepadAbstraction.ProfileType == ControllerProfileType.KEYBOARD_PROFILE ?
controllerTemplate.KeyboardControllerMappings : controllerTemplate.GamepadControllerMappings;
string deviceName = gamepadAbstraction.DeviceName;
IList <IInputDevice> devices = new InputManager().GetGamepads();
if (deviceName == null)
{
deviceName = String.Empty;
}
int realWiimoteAmount = devices.Count(device => device.DI_ProductName.Contains("RVL-CNT"));
if (controllerDefinition.ControllerID == "WII_COMBINED_CONTROLLER")
{
//All wiimotes have the same attachment
int wiimote_extension = this.ConfigurationFlagStore.GetValue(gameInfo, "wiimote_extension", ConfigurationFlagTypes.SELECT_FLAG);
controllerMappings["default"].KeyMappings["EXTENSION"] = this.ConfigurationFlags["wiimote_extension"].SelectValues[wiimote_extension].Value;
if (playerIndex <= realWiimoteAmount)
{
controllerMappings["default"].KeyMappings["SOURCE"] = "2"; //Real Wiimotes take precedence
}
else
{
controllerMappings["default"].KeyMappings["SOURCE"] = "1"; //Emulated Wiimote
}
}
if (deviceName.Equals(InputDeviceNames.KeyboardDevice, StringComparison.InvariantCultureIgnoreCase))
{
controllerMappings["default"].KeyMappings["DEVICE"] = "DInput/0/Keyboard Mouse";
return(this.CompileController(playerIndex, platformInfo, controllerDefinition, controllerTemplate,
gamepadAbstraction, inputTemplate, controllerMappings, gameInfo));
}
string xinputDevice = "XInput/{0}/Gamepad";
string dintpuDevice = "DInput/{0}/{1}";
if (deviceName.Equals(InputDeviceNames.XInputDevice1, StringComparison.InvariantCultureIgnoreCase))
{
controllerMappings["default"].KeyMappings["DEVICE"] =
String.Format(xinputDevice, 0);
}
else if (deviceName.Equals(InputDeviceNames.XInputDevice2, StringComparison.InvariantCultureIgnoreCase))
{
controllerMappings["default"].KeyMappings["DEVICE"] =
String.Format(xinputDevice, 1);
}
else if (deviceName.Equals(InputDeviceNames.XInputDevice3, StringComparison.InvariantCultureIgnoreCase))
{
controllerMappings["default"].KeyMappings["DEVICE"] =
String.Format(xinputDevice, 2);
}
else if (deviceName.Equals(InputDeviceNames.XInputDevice4, StringComparison.InvariantCultureIgnoreCase))
{
controllerMappings["default"].KeyMappings["DEVICE"] =
String.Format(xinputDevice, 3);
}
else if (devices.Select(device => device.DI_ProductName).Contains(deviceName))
{
var device = devices.First(d => d.DI_ProductName == deviceName);
controllerMappings["default"].KeyMappings["DEVICE"] =
String.Format(dintpuDevice, device.DI_ProductName, device.DeviceIndex);
}
return(this.CompileController(playerIndex, platformInfo, controllerDefinition, controllerTemplate, gamepadAbstraction, inputTemplate, controllerMappings, gameInfo));
}
public override string CompileController(int playerIndex, IPlatformInfo platformInfo, IControllerDefinition controllerDefinition, IControllerTemplate controllerTemplate, IGamepadAbstraction gamepadAbstraction, IInputTemplate inputTemplate, IReadOnlyDictionary<string, IControllerMapping> controllerMappings, IGameInfo gameInfo)
{
if (gamepadAbstraction.ProfileType == ControllerProfileType.NULL_PROFILE) return string.Empty;
var template = new StringBuilder(inputTemplate.StringTemplate);
foreach (IControllerInput input in controllerDefinition.ControllerInputs.Values)
{
string templateKey = controllerMappings["default"].InputMappings[input.InputName];
string inputSetting = gamepadAbstraction[input.GamepadAbstraction];
string emulatorValue = gamepadAbstraction.ProfileType == ControllerProfileType.KEYBOARD_PROFILE ?
inputTemplate.KeyboardMappings.First().Value[inputSetting] : inputTemplate.GamepadMappings.First().Value[inputSetting];
template.Replace($"{{{templateKey}}}", emulatorValue);
}
if (platformInfo.PlatformID == StonePlatforms.NINTENDO_WII && controllerDefinition.ControllerID == "GCN_CONTROLLER")
{
template.Replace("{N}", (playerIndex - 4).ToString()); //Account for GCPad being in controller positions 5-8.
}
else
{
template.Replace("{N}", playerIndex.ToString()); //Player Index
}
foreach (string key in inputTemplate.TemplateKeys)
{
template.Replace($"{{{key}}}",
controllerMappings["default"].KeyMappings.ContainsKey(key)
? controllerMappings["default"].KeyMappings[key]
: inputTemplate.NoBind);
}
return template.ToString();
}
/* Win32 End */
public override string CompileController(int playerIndex, IPlatformInfo platformInfo, IControllerDefinition controllerDefinition, IControllerTemplate controllerTemplate, IControllerProfile controllerProfile, IInputTemplate inputTemplate)
{
var controllerMappings = controllerProfile.ProfileType == ControllerProfileType.KEYBOARD_PROFILE ?
controllerTemplate.KeyboardControllerMappings : controllerTemplate.GamepadControllerMappings;
string deviceName = this.CoreInstance.ControllerPortsDatabase.GetDeviceInPort(platformInfo, playerIndex);
IList <IInputDevice> devices = new InputManager().GetGamepads();
if (!devices.Select(device => device.DI_ProductName).Contains(deviceName) || !(devices.Where(device => device.XI_IsXInput).Count() == 0))
{ //todo fix this
if (deviceName == InputDeviceNames.XInputDevice1)
{
var xinputDevice = devices.Where(device => device.XI_IsXInput).Where(device => device.XI_GamepadIndex == 1).FirstOrDefault();
if (!xinputDevice.Equals(null))
{
controllerMappings["default"].KeyMappings["JOYPAD_INDEX"] = xinputDevice.DeviceIndex.ToString();
}
}
if (deviceName == InputDeviceNames.XInputDevice2)
{
var xinputDevice = devices.Where(device => device.XI_IsXInput).Where(device => device.XI_GamepadIndex == 1).FirstOrDefault();
if (!xinputDevice.Equals(null))
{
controllerMappings["default"].KeyMappings["JOYPAD_INDEX"] = xinputDevice.DeviceIndex.ToString();
}
}
if (deviceName == InputDeviceNames.XInputDevice3)
{
var xinputDevice = devices.Where(device => device.XI_IsXInput).Where(device => device.XI_GamepadIndex == 1).FirstOrDefault();
if (!xinputDevice.Equals(null))
{
controllerMappings["default"].KeyMappings["JOYPAD_INDEX"] = xinputDevice.DeviceIndex.ToString();
}
}
if (deviceName == InputDeviceNames.XInputDevice4)
{
var xinputDevice = devices.Where(device => device.XI_IsXInput).Where(device => device.XI_GamepadIndex == 1).FirstOrDefault();
if (!xinputDevice.Equals(null))
{
controllerMappings["default"].KeyMappings["JOYPAD_INDEX"] = xinputDevice.DeviceIndex.ToString();
}
}
if (devices.Select(device => device.DI_ProductName).Contains(deviceName))
{
controllerMappings["default"].KeyMappings["JOYPAD_INDEX"] = devices.Where(device => device.DI_ProductName == deviceName).First().DeviceIndex.ToString();
}
}
else
{
controllerProfile = controllerDefinition.ProfileStore[InputDeviceNames.KeyboardDevice];
controllerMappings = controllerTemplate.KeyboardControllerMappings;
playerIndex = 1; //Force Keyboard player 1 if no controllers detected
}
return(base.CompileController(playerIndex, platformInfo, controllerDefinition, controllerTemplate, controllerProfile, inputTemplate, controllerMappings));
}
public virtual string CompileController(int playerIndex, IPlatformInfo platformInfo, IControllerDefinition controllerDefinition, IControllerTemplate controllerTemplate, IGamepadAbstraction gamepadAbstraction, IInputTemplate inputTemplate, IReadOnlyDictionary<string, IControllerMapping> controllerMappings, IGameInfo gameInfo)
{
if (gamepadAbstraction.ProfileType == ControllerProfileType.NULL_PROFILE) return string.Empty;
var template = new StringBuilder(inputTemplate.StringTemplate);
foreach (IControllerInput input in controllerDefinition.ControllerInputs.Values)
{
string templateKey = controllerMappings["default"].InputMappings[input.InputName];
string inputSetting = gamepadAbstraction[input.GamepadAbstraction];
string emulatorValue = gamepadAbstraction.ProfileType == ControllerProfileType.KEYBOARD_PROFILE ?
inputTemplate.KeyboardMappings.First().Value[inputSetting] : inputTemplate.GamepadMappings.First().Value[inputSetting];
template.Replace($"{{{templateKey}}}", emulatorValue);
}
foreach (var key in inputTemplate.TemplateKeys)
{
template.Replace("{N}", playerIndex.ToString()); //Player Index
if (controllerMappings["default"].KeyMappings.ContainsKey(key))
{
template.Replace($"{{{key}}}", controllerMappings["default"].KeyMappings[key]); //Non-input keys
}
else
{
template.Replace($"{{{key}}}", inputTemplate.NoBind); //Non-input keys
}
}
return template.ToString();
}
protected AbstractControllerProxy(IHidDeviceProxy device, IControllerDefinition definition)
{
Device = device;
Definition = definition;
}
public RiingTrioControllerProxy(IHidDeviceProxy device, IControllerDefinition definition)
: base(device, definition)
{
}
