public static string GenerateWrapperCode(InputActionAsset asset, Options options = default)
{
if (asset == null)
{
throw new ArgumentNullException(nameof(asset));
}
if (string.IsNullOrEmpty(options.sourceAssetPath))
{
options.sourceAssetPath = AssetDatabase.GetAssetPath(asset);
}
if (string.IsNullOrEmpty(options.className) && !string.IsNullOrEmpty(asset.name))
{
options.className =
CSharpCodeHelpers.MakeTypeName(asset.name);
}
if (string.IsNullOrEmpty(options.className))
{
if (string.IsNullOrEmpty(options.sourceAssetPath))
{
throw new ArgumentException("options.sourceAssetPath");
}
options.className =
CSharpCodeHelpers.MakeTypeName(Path.GetFileNameWithoutExtension(options.sourceAssetPath));
}
var writer = new Writer
{
buffer = new StringBuilder()
};
// Header.
writer.WriteLine(CSharpCodeHelpers.MakeAutoGeneratedCodeHeader("com.unity.inputsystem:InputActionCodeGenerator",
InputSystem.version.ToString(),
options.sourceAssetPath));
// Usings.
writer.WriteLine("using System;");
writer.WriteLine("using System.Collections;");
writer.WriteLine("using System.Collections.Generic;");
writer.WriteLine("using UnityEngine.InputSystem;");
writer.WriteLine("using UnityEngine.InputSystem.Utilities;");
writer.WriteLine("");
// Begin namespace.
var haveNamespace = !string.IsNullOrEmpty(options.namespaceName);
if (haveNamespace)
{
writer.WriteLine($"namespace {options.namespaceName}");
writer.BeginBlock();
}
// Begin class.
writer.WriteLine($"public partial class @{options.className} : IInputActionCollection2, IDisposable");
writer.BeginBlock();
writer.WriteLine($"public InputActionAsset asset {{ get; }}");
// Default constructor.
writer.WriteLine($"public @{options.className}()");
writer.BeginBlock();
writer.WriteLine($"asset = InputActionAsset.FromJson(@\"{asset.ToJson().Replace("\"", "\"\"")}\");");
var maps = asset.actionMaps;
var schemes = asset.controlSchemes;
foreach (var map in maps)
{
var mapName = CSharpCodeHelpers.MakeIdentifier(map.name);
writer.WriteLine($"// {map.name}");
writer.WriteLine($"m_{mapName} = asset.FindActionMap(\"{map.name}\", throwIfNotFound: true);");
foreach (var action in map.actions)
{
var actionName = CSharpCodeHelpers.MakeIdentifier(action.name);
writer.WriteLine($"m_{mapName}_{actionName} = m_{mapName}.FindAction(\"{action.name}\", throwIfNotFound: true);");
}
}
writer.EndBlock();
writer.WriteLine();
writer.WriteLine("public void Dispose()");
writer.BeginBlock();
writer.WriteLine("UnityEngine.Object.Destroy(asset);");
writer.EndBlock();
writer.WriteLine();
writer.WriteLine("public InputBinding? bindingMask");
writer.BeginBlock();
writer.WriteLine("get => asset.bindingMask;");
writer.WriteLine("set => asset.bindingMask = value;");
writer.EndBlock();
writer.WriteLine();
writer.WriteLine("public ReadOnlyArray<InputDevice>? devices");
writer.BeginBlock();
writer.WriteLine("get => asset.devices;");
writer.WriteLine("set => asset.devices = value;");
writer.EndBlock();
writer.WriteLine();
writer.WriteLine("public ReadOnlyArray<InputControlScheme> controlSchemes => asset.controlSchemes;");
writer.WriteLine();
writer.WriteLine("public bool Contains(InputAction action)");
writer.BeginBlock();
writer.WriteLine("return asset.Contains(action);");
writer.EndBlock();
writer.WriteLine();
writer.WriteLine("public IEnumerator<InputAction> GetEnumerator()");
writer.BeginBlock();
writer.WriteLine("return asset.GetEnumerator();");
writer.EndBlock();
writer.WriteLine();
writer.WriteLine("IEnumerator IEnumerable.GetEnumerator()");
writer.BeginBlock();
writer.WriteLine("return GetEnumerator();");
writer.EndBlock();
writer.WriteLine();
writer.WriteLine("public void Enable()");
writer.BeginBlock();
writer.WriteLine("asset.Enable();");
writer.EndBlock();
writer.WriteLine();
writer.WriteLine("public void Disable()");
writer.BeginBlock();
writer.WriteLine("asset.Disable();");
writer.EndBlock();
writer.WriteLine("public IEnumerable<InputBinding> bindings => asset.bindings;");
writer.WriteLine();
writer.WriteLine("public InputAction FindAction(string actionNameOrId, bool throwIfNotFound = false)");
writer.BeginBlock();
writer.WriteLine("return asset.FindAction(actionNameOrId, throwIfNotFound);");
writer.EndBlock();
writer.WriteLine("public int FindBinding(InputBinding bindingMask, out InputAction action)");
writer.BeginBlock();
writer.WriteLine("return asset.FindBinding(bindingMask, out action);");
writer.EndBlock();
// Action map accessors.
foreach (var map in maps)
{
writer.WriteLine();
writer.WriteLine($"// {map.name}");
var mapName = CSharpCodeHelpers.MakeIdentifier(map.name);
var mapTypeName = CSharpCodeHelpers.MakeTypeName(mapName, "Actions");
// Caching field for action map.
writer.WriteLine($"private readonly InputActionMap m_{mapName};");
writer.WriteLine(string.Format("private I{0} m_{0}CallbackInterface;", mapTypeName));
// Caching fields for all actions.
foreach (var action in map.actions)
{
var actionName = CSharpCodeHelpers.MakeIdentifier(action.name);
writer.WriteLine($"private readonly InputAction m_{mapName}_{actionName};");
}
// Struct wrapping access to action set.
writer.WriteLine($"public struct {mapTypeName}");
writer.BeginBlock();
// Constructor.
writer.WriteLine($"private @{options.className} m_Wrapper;");
writer.WriteLine($"public {mapTypeName}(@{options.className} wrapper) {{ m_Wrapper = wrapper; }}");
// Getter for each action.
foreach (var action in map.actions)
{
var actionName = CSharpCodeHelpers.MakeIdentifier(action.name);
writer.WriteLine(
$"public InputAction @{actionName} => m_Wrapper.m_{mapName}_{actionName};");
}
// Action map getter.
writer.WriteLine($"public InputActionMap Get() {{ return m_Wrapper.m_{mapName}; }}");
// Enable/disable methods.
writer.WriteLine("public void Enable() { Get().Enable(); }");
writer.WriteLine("public void Disable() { Get().Disable(); }");
writer.WriteLine("public bool enabled => Get().enabled;");
// Implicit conversion operator.
writer.WriteLine(
$"public static implicit operator InputActionMap({mapTypeName} set) {{ return set.Get(); }}");
// SetCallbacks method.
writer.WriteLine($"public void SetCallbacks(I{mapTypeName} instance)");
writer.BeginBlock();
////REVIEW: this would benefit from having a single callback on InputActions rather than three different endpoints
// Uninitialize existing interface.
writer.WriteLine($"if (m_Wrapper.m_{mapTypeName}CallbackInterface != null)");
writer.BeginBlock();
foreach (var action in map.actions)
{
var actionName = CSharpCodeHelpers.MakeIdentifier(action.name);
var actionTypeName = CSharpCodeHelpers.MakeTypeName(action.name);
writer.WriteLine($"@{actionName}.started -= m_Wrapper.m_{mapTypeName}CallbackInterface.On{actionTypeName};");
writer.WriteLine($"@{actionName}.performed -= m_Wrapper.m_{mapTypeName}CallbackInterface.On{actionTypeName};");
writer.WriteLine($"@{actionName}.canceled -= m_Wrapper.m_{mapTypeName}CallbackInterface.On{actionTypeName};");
}
writer.EndBlock();
// Initialize new interface.
writer.WriteLine($"m_Wrapper.m_{mapTypeName}CallbackInterface = instance;");
writer.WriteLine("if (instance != null)");
writer.BeginBlock();
foreach (var action in map.actions)
{
var actionName = CSharpCodeHelpers.MakeIdentifier(action.name);
var actionTypeName = CSharpCodeHelpers.MakeTypeName(action.name);
writer.WriteLine($"@{actionName}.started += instance.On{actionTypeName};");
writer.WriteLine($"@{actionName}.performed += instance.On{actionTypeName};");
writer.WriteLine($"@{actionName}.canceled += instance.On{actionTypeName};");
}
writer.EndBlock();
writer.EndBlock();
writer.EndBlock();
// Getter for instance of struct.
writer.WriteLine($"public {mapTypeName} @{mapName} => new {mapTypeName}(this);");
}
// Control scheme accessors.
foreach (var scheme in schemes)
{
var identifier = CSharpCodeHelpers.MakeIdentifier(scheme.name);
writer.WriteLine($"private int m_{identifier}SchemeIndex = -1;");
writer.WriteLine($"public InputControlScheme {identifier}Scheme");
writer.BeginBlock();
writer.WriteLine("get");
writer.BeginBlock();
writer.WriteLine($"if (m_{identifier}SchemeIndex == -1) m_{identifier}SchemeIndex = asset.FindControlSchemeIndex(\"{scheme.name}\");");
writer.WriteLine($"return asset.controlSchemes[m_{identifier}SchemeIndex];");
writer.EndBlock();
writer.EndBlock();
}
// Generate interfaces.
foreach (var map in maps)
{
var typeName = CSharpCodeHelpers.MakeTypeName(map.name);
writer.WriteLine($"public interface I{typeName}Actions");
writer.BeginBlock();
foreach (var action in map.actions)
{
var methodName = CSharpCodeHelpers.MakeTypeName(action.name);
writer.WriteLine($"void On{methodName}(InputAction.CallbackContext context);");
}
writer.EndBlock();
}
// End class.
writer.EndBlock();
// End namespace.
if (haveNamespace)
{
writer.EndBlock();
}
return(writer.buffer.ToString());
}
/// <summary>
/// Generate C# code that for the given device layout called <paramref name="layoutName"/> instantly creates
/// an <see cref="InputDevice"/> equivalent to what the input system would create by manually interpreting
/// the given <see cref="InputControlLayout"/>.
/// </summary>
/// <param name="layoutName">Name of the device layout to generate code for.</param>
/// <param name="defines">Null/empty or a valid expression for an #if conditional compilation statement.</param>
/// <param name="namePrefix">Prefix to prepend to the type name of <paramref name="layoutName"/>.</param>
/// <param name="visibility">C# access modifier to use with the generated class.</param>
/// <param name="namespace">Namespace to put the generated class in. If <c>null</c>, namespace of type behind <paramref name="layoutName"/> will be used.</param>
/// <returns>C# source code for a precompiled version of the device layout.</returns>
/// <remarks>
/// The code generated by this method will be many times faster than the reflection-based <see cref="InputDevice"/>
/// creation normally performed by the input system. It will also create less GC heap garbage.
///
/// The downside to the generated code is that the makeup of the device is hardcoded and can no longer
/// be changed by altering the <see cref="InputControlLayout"/> setup of the system.
///
/// Note that it is possible to use this method with layouts generated on-the-fly by layout builders such as
/// the one employed for <see cref="HID"/>. However, this must be done at compile/build time and can thus not
/// be done for devices dynamically discovered at runtime. When this is acceptable, it is a way to dramatically
/// speed up the creation of these devices.
/// </remarks>
/// <seealso cref="InputSystem.RegisterPrecompiledLayout{T}"/>
public static string GenerateCodeForDeviceLayout(string layoutName, string defines = null, string namePrefix = "Fast", string visibility = "public", string @namespace = null)
{
if (string.IsNullOrEmpty(layoutName))
{
throw new ArgumentNullException(nameof(layoutName));
}
// Produce a device from the layout.
var device = InputDevice.Build <InputDevice>(layoutName, noPrecompiledLayouts: true);
// Get info about base type.
var baseType = device.GetType();
var baseTypeName = baseType.Name;
var baseTypeNamespace = baseType.Namespace;
// Begin generating code.
var writer = new InputActionCodeGenerator.Writer
{
buffer = new StringBuilder()
};
writer.WriteLine(CSharpCodeHelpers.MakeAutoGeneratedCodeHeader("com.unity.inputsystem:InputLayoutCodeGenerator",
InputSystem.version.ToString(),
$"\"{layoutName}\" layout"));
// Defines.
if (defines != null)
{
writer.WriteLine($"#if {defines}");
writer.WriteLine();
}
if (@namespace == null)
{
@namespace = baseTypeNamespace;
}
writer.WriteLine("using UnityEngine.InputSystem;");
writer.WriteLine("using UnityEngine.InputSystem.LowLevel;");
writer.WriteLine("using UnityEngine.InputSystem.Utilities;");
writer.WriteLine("");
writer.WriteLine("// Suppress warnings from local variables for control references");
writer.WriteLine("// that we don't end up using.");
writer.WriteLine("#pragma warning disable CS0219");
writer.WriteLine("");
if (@namespace != "")
{
writer.WriteLine("namespace " + @namespace);
}
writer.BeginBlock();
writer.WriteLine($"{visibility} partial class {namePrefix}{baseTypeName} : {baseTypeNamespace}.{baseTypeName}");
writer.BeginBlock();
// "Metadata". ATM this is simply a flat, semicolon-separated list of names for layouts and processors that
// we depend on. If any of them are touched, the precompiled layout should be considered invalidated.
var internedLayoutName = new InternedString(layoutName);
var allControls = device.allControls;
var usedControlLayouts = allControls.Select(x => x.m_Layout).Distinct().ToList();
var layoutDependencies = string.Join(";",
usedControlLayouts.SelectMany(l => InputControlLayout.s_Layouts.GetBaseLayouts(l))
.Union(InputControlLayout.s_Layouts.GetBaseLayouts(internedLayoutName)));
var processorDependencies = string.Join(";",
allControls.SelectMany(c => c.GetProcessors()).Select(p => InputProcessor.s_Processors.FindNameForType(p.GetType()))
.Where(n => !n.IsEmpty()).Distinct());
var metadata = string.Join(";", processorDependencies, layoutDependencies);
writer.WriteLine($"public const string metadata = \"{metadata}\";");
// Constructor.
writer.WriteLine($"public {namePrefix}{baseTypeName}()");
writer.BeginBlock();
var usagesForEachControl = device.m_UsagesForEachControl;
var usageToControl = device.m_UsageToControl;
var aliasesForEachControl = device.m_AliasesForEachControl;
var controlCount = allControls.Count;
var usageCount = usagesForEachControl?.Length ?? 0;
var aliasCount = aliasesForEachControl?.Length ?? 0;
// Set up device control info.
writer.WriteLine($"var builder = this.Setup({controlCount}, {usageCount}, {aliasCount})");
writer.WriteLine($" .WithName(\"{device.name}\")");
writer.WriteLine($" .WithDisplayName(\"{device.displayName}\")");
writer.WriteLine($" .WithChildren({device.m_ChildStartIndex}, {device.m_ChildCount})");
writer.WriteLine($" .WithLayout(new InternedString(\"{device.layout}\"))");
writer.WriteLine($" .WithStateBlock(new InputStateBlock {{ format = new FourCC({(int)device.stateBlock.format}), sizeInBits = {device.stateBlock.sizeInBits} }});");
if (device.noisy)
{
writer.WriteLine("builder.IsNoisy(true);");
}
// Add controls to device.
writer.WriteLine();
foreach (var layout in usedControlLayouts)
{
writer.WriteLine($"var k{layout}Layout = new InternedString(\"{layout}\");");
}
for (var i = 0; i < controlCount; ++i)
{
var control = allControls[i];
var controlVariableName = MakeControlVariableName(control);
writer.WriteLine("");
writer.WriteLine($"// {control.path}");
var parentName = "this";
if (control.parent != device)
{
parentName = MakeControlVariableName(control.parent);
}
writer.WriteLine($"var {controlVariableName} = {NameOfControlMethod(controlVariableName)}(k{control.layout}Layout, {parentName});");
}
// Initialize usages array.
if (usageCount > 0)
{
writer.WriteLine();
writer.WriteLine("// Usages.");
for (var i = 0; i < usageCount; ++i)
{
writer.WriteLine(
$"builder.WithControlUsage({i}, new InternedString(\"{usagesForEachControl[i]}\"), {MakeControlVariableName(usageToControl[i])});");
}
}
// Initialize aliases array.
if (aliasCount > 0)
{
writer.WriteLine();
writer.WriteLine("// Aliases.");
for (var i = 0; i < aliasCount; ++i)
{
writer.WriteLine($"builder.WithControlAlias({i}, new InternedString(\"{aliasesForEachControl[i]}\"));");
}
}
// Emit initializers for control getters and control arrays. This is usually what's getting set up
// in FinishSetup(). We hardcode the look results here.
var controlGetterProperties = new Dictionary <Type, List <PropertyInfo> >();
var controlArrayProperties = new Dictionary <Type, List <PropertyInfo> >();
writer.WriteLine();
writer.WriteLine("// Control getters/arrays.");
writer.EmitControlArrayInitializers(device, "this", controlArrayProperties);
writer.EmitControlGetterInitializers(device, "this", controlGetterProperties);
for (var i = 0; i < controlCount; ++i)
{
var control = allControls[i];
var controlVariableName = MakeControlVariableName(control);
writer.EmitControlArrayInitializers(control, controlVariableName, controlArrayProperties);
writer.EmitControlGetterInitializers(control, controlVariableName, controlGetterProperties);
}
// State offset to control index map.
if (device.m_StateOffsetToControlMap != null)
{
writer.WriteLine();
writer.WriteLine("// State offset to control index map.");
writer.WriteLine("builder.WithStateOffsetToControlIndexMap(new uint[]");
writer.WriteLine("{");
++writer.indentLevel;
var map = device.m_StateOffsetToControlMap;
var entryCount = map.Length;
for (var index = 0; index < entryCount;)
{
if (index != 0)
{
writer.WriteLine();
}
// 10 entries a line.
writer.WriteIndent();
for (var i = 0; i < 10 && index < entryCount; ++index, ++i)
{
writer.Write((index != 0 ? ", " : "") + map[index] + "u");
}
}
writer.WriteLine();
--writer.indentLevel;
writer.WriteLine("});");
}
writer.WriteLine();
writer.WriteLine("builder.Finish();");
writer.EndBlock();
for (var i = 0; i < controlCount; ++i)
{
var control = allControls[i];
var controlType = control.GetType();
var controlVariableName = MakeControlVariableName(control);
var controlFieldInits = control.GetInitializersForPublicPrimitiveTypeFields();
writer.WriteLine();
EmitControlMethod(writer, controlVariableName, controlType, controlFieldInits, i, control);
}
writer.EndBlock();
writer.EndBlock();
if (defines != null)
{
writer.WriteLine($"#endif // {defines}");
}
return(writer.buffer.ToString());
}
/// <summary>
/// Generate C# code that for the given device layout called <paramref name="layoutName"/> instantly creates
/// an <see cref="InputDevice"/> equivalent to what the input system would create by manually interpreting
/// the given <see cref="InputControlLayout"/>.
/// </summary>
/// <param name="layoutName">Name of the device layout to generate code for.</param>
/// <param name="defines">Null/empty or a valid expression for an #if conditional compilation statement.</param>
/// <param name="namePrefix">Prefix to prepend to the type name of <paramref name="layoutName"/>.</param>
/// <param name="visibility">C# access modifier to use with the generated class.</param>
/// <param name="namespace">Namespace to put the generated class in. If <c>null</c>, namespace of type behind <paramref name="layoutName"/> will be used.</param>
/// <returns>C# source code for a precompiled version of the device layout.</returns>
/// <remarks>
/// The code generated by this method will be many times faster than the reflection-based <see cref="InputDevice"/>
/// creation normally performed by the input system. It will also create less GC heap garbage.
///
/// The downside to the generated code is that the makeup of the device is hardcoded and can no longer
/// be changed by altering the <see cref="InputControlLayout"/> setup of the system.
///
/// Note that it is possible to use this method with layouts generated on-the-fly by layout builders such as
/// the one employed for <see cref="HID"/>. However, this must be done at compile/build time and can thus not
/// be done for devices dynamically discovered at runtime. When this is acceptable, it is a way to dramatically
/// speed up the creation of these devices.
/// </remarks>
/// <seealso cref="InputSystem.RegisterPrecompiledLayout{T}"/>
public static string GenerateCodeForDeviceLayout(string layoutName, string defines = null, string namePrefix = "Fast", string visibility = "public", string @namespace = null)
{
if (string.IsNullOrEmpty(layoutName))
{
throw new ArgumentNullException(nameof(layoutName));
}
// Produce a device from the layout.
var device = InputDevice.Build <InputDevice>(layoutName, noPrecompiledLayouts: true);
// Get info about base type.
var baseType = device.GetType();
var baseTypeName = baseType.Name;
var baseTypeNamespace = baseType.Namespace;
// Begin generating code.
var writer = new InputActionCodeGenerator.Writer
{
buffer = new StringBuilder()
};
writer.WriteLine(CSharpCodeHelpers.MakeAutoGeneratedCodeHeader("com.unity.inputsystem:InputLayoutCodeGenerator",
InputSystem.version.ToString(),
$"\"{layoutName}\" layout"));
// Defines.
if (defines != null)
{
writer.WriteLine($"#if {defines}");
writer.WriteLine();
}
if (@namespace == null)
{
@namespace = baseTypeNamespace;
}
writer.WriteLine("using UnityEngine.InputSystem;");
writer.WriteLine("using UnityEngine.InputSystem.LowLevel;");
writer.WriteLine("using UnityEngine.InputSystem.Utilities;");
writer.WriteLine("");
if (@namespace != "")
{
writer.WriteLine("namespace " + @namespace);
}
writer.BeginBlock();
writer.WriteLine($"{visibility} partial class {namePrefix}{baseTypeName} : {baseTypeNamespace}.{baseTypeName}");
writer.BeginBlock();
// "Metadata". ATM this is simply a flat, semicolon-separated list of names for layouts and processors that
// we depend on. If any of them are touched, the precompiled layout should be considered invalidated.
var internedLayoutName = new InternedString(layoutName);
var allControls = device.allControls;
var usedControlLayouts = allControls.Select(x => x.m_Layout).Distinct().ToList();
var layoutDependencies = string.Join(";",
usedControlLayouts.SelectMany(l => InputControlLayout.s_Layouts.GetBaseLayouts(l))
.Union(InputControlLayout.s_Layouts.GetBaseLayouts(internedLayoutName)));
var processorDependencies = string.Join(";",
allControls.SelectMany(c => c.GetProcessors()).Select(p => InputProcessor.s_Processors.FindNameForType(p.GetType()))
.Where(n => !n.IsEmpty()).Distinct());
var metadata = string.Join(";", processorDependencies, layoutDependencies);
writer.WriteLine($"public const string metadata = \"{metadata}\";");
// Constructor.
writer.WriteLine($"public {namePrefix}{baseTypeName}()");
writer.BeginBlock();
var usagesForEachControl = device.m_UsagesForEachControl;
var usageToControl = device.m_UsageToControl;
var aliasesForEachControl = device.m_AliasesForEachControl;
var controlCount = allControls.Count;
var usageCount = usagesForEachControl?.Length ?? 0;
var aliasCount = aliasesForEachControl?.Length ?? 0;
// Set up device control info.
writer.WriteLine($"var builder = this.Setup({controlCount}, {usageCount}, {aliasCount})");
writer.WriteLine($" .WithName(\"{device.name}\")");
writer.WriteLine($" .WithDisplayName(\"{device.displayName}\")");
writer.WriteLine($" .WithChildren({device.m_ChildStartIndex}, {device.m_ChildCount})");
writer.WriteLine($" .WithLayout(new InternedString(\"{device.layout}\"))");
if (device.noisy)
{
writer.WriteLine(" .IsNoisy(true)");
}
writer.WriteLine($" .WithStateBlock(new InputStateBlock {{ format = new FourCC({(int)device.stateBlock.format}), sizeInBits = {device.stateBlock.sizeInBits} }});");
// Add controls to device.
writer.WriteLine();
foreach (var layout in usedControlLayouts)
{
writer.WriteLine($"var k{layout}Layout = new InternedString(\"{layout}\");");
}
for (var i = 0; i < controlCount; ++i)
{
var control = allControls[i];
var controlType = control.GetType();
var controlVariableName = MakeControlVariableName(control);
var controlFieldInits = control.GetInitializersForPublicPrimitiveTypeFields();
writer.WriteLine("");
writer.WriteLine($"// {control.path}");
writer.WriteLine($"var {controlVariableName} = new {controlType.FullName.Replace('+', '.')}{controlFieldInits};");
writer.WriteLine($"{controlVariableName}.Setup()");
writer.WriteLine($" .At(this, {i})");
writer.WriteLine(control.parent == device
? " .WithParent(this)"
: $" .WithParent({MakeControlVariableName(control.parent)})");
if (control.children.Count > 0)
{
writer.WriteLine($" .WithChildren({control.m_ChildStartIndex}, {control.m_ChildCount})");
}
writer.WriteLine($" .WithName(\"{control.name}\")");
writer.WriteLine($" .WithDisplayName(\"{control.m_DisplayNameFromLayout.Replace("\\", "\\\\")}\")");
if (!string.IsNullOrEmpty(control.m_ShortDisplayNameFromLayout))
{
writer.WriteLine($" .WithShortDisplayName(\"{control.m_ShortDisplayNameFromLayout.Replace("\\", "\\\\")}\")");
}
writer.WriteLine($" .WithLayout(k{control.layout}Layout)");
if (control.usages.Count > 0)
{
writer.WriteLine($" .WithUsages({control.m_UsageStartIndex}, {control.m_UsageCount})");
}
if (control.aliases.Count > 0)
{
writer.WriteLine($" .WithAliases({control.m_AliasStartIndex}, {control.m_AliasCount})");
}
if (control.noisy)
{
writer.WriteLine(" .IsNoisy(true)");
}
if (control.synthetic)
{
writer.WriteLine(" .IsSynthetic(true)");
}
writer.WriteLine(" .WithStateBlock(new InputStateBlock");
writer.WriteLine(" {");
writer.WriteLine($" format = new FourCC({(int)control.stateBlock.format}),");
writer.WriteLine($" byteOffset = {control.stateBlock.byteOffset},");
writer.WriteLine($" bitOffset = {control.stateBlock.bitOffset},");
writer.WriteLine($" sizeInBits = {control.stateBlock.sizeInBits}");
writer.WriteLine(" })");
if (control.hasDefaultState)
{
writer.WriteLine($" .WithDefaultState({control.m_DefaultState})");
}
if (control.m_MinValue != default || control.m_MaxValue != default)
{
writer.WriteLine($" .WithMinAndMax({control.m_MinValue}, {control.m_MaxValue})");
}
foreach (var processor in control.GetProcessors())
{
var isEditorWindowSpaceProcessor = processor is EditorWindowSpaceProcessor;
if (isEditorWindowSpaceProcessor)
{
writer.WriteLine(" #if UNITY_EDITOR");
}
var processorType = processor.GetType().FullName.Replace("+", ".");
var valueType = InputProcessor.GetValueTypeFromType(processor.GetType());
var fieldInits = processor.GetInitializersForPublicPrimitiveTypeFields();
writer.WriteLine($" .WithProcessor<InputProcessor<{valueType}>, {valueType}>(new {processorType}{fieldInits})");
if (isEditorWindowSpaceProcessor)
{
writer.WriteLine(" #endif");
}
}
writer.WriteLine(" .Finish();");
if (control is KeyControl key)
{
writer.WriteLine($"{controlVariableName}.keyCode = UnityEngine.InputSystem.Key.{key.keyCode};");
}
else if (control is DpadControl.DpadAxisControl dpadAxis)
{
writer.WriteLine($"{controlVariableName}.component = {dpadAxis.component};");
}
}
// Initialize usages array.
if (usageCount > 0)
{
writer.WriteLine();
writer.WriteLine("// Usages.");
for (var i = 0; i < usageCount; ++i)
{
writer.WriteLine(
$"builder.WithControlUsage({i}, new InternedString(\"{usagesForEachControl[i]}\"), {MakeControlVariableName(usageToControl[i])});");
}
}
// Initialize aliases array.
if (aliasCount > 0)
{
writer.WriteLine();
writer.WriteLine("// Aliases.");
for (var i = 0; i < aliasCount; ++i)
{
writer.WriteLine($"builder.WithControlAlias({i}, new InternedString(\"{aliasesForEachControl[i]}\"));");
}
}
// Emit initializers for control getters and control arrays. This is usually what's getting set up
// in FinishSetup(). We hardcode the look results here.
var controlGetterProperties = new Dictionary <Type, List <PropertyInfo> >();
var controlArrayProperties = new Dictionary <Type, List <PropertyInfo> >();
writer.WriteLine();
writer.WriteLine("// Control getters/arrays.");
writer.EmitControlArrayInitializers(device, "this", controlArrayProperties);
writer.EmitControlGetterInitializers(device, "this", controlGetterProperties);
for (var i = 0; i < controlCount; ++i)
{
var control = allControls[i];
var controlVariableName = MakeControlVariableName(control);
writer.EmitControlArrayInitializers(control, controlVariableName, controlArrayProperties);
writer.EmitControlGetterInitializers(control, controlVariableName, controlGetterProperties);
}
writer.WriteLine("builder.Finish();");
writer.EndBlock();
writer.EndBlock();
writer.EndBlock();
if (defines != null)
{
writer.WriteLine($"#endif // {defines}");
}
return(writer.buffer.ToString());
}