abbr/dart library

Classes

ArrayCodec<E, R extends RType>
AudioCallbackBase: Raylib's AudioCallback callback.
AudioCallbackD
AudioStream: AudioStream, custom audio stream
AutomationEvent: Automation event
AutomationEventList: Automation event list
BoneInfo: Bone, skeletal animation bone
BoundingBox: BoundingBox
Camera2D: Camera2D, defines position/orientation in 2d space
Camera3D: Camera, defines position/orientation in 3d space
Color: Color, 4 components, R8G8B8A8 (32bit)
DoNotAbbreviate
DoNotValidate
ElementCodec<E, R extends RType>: A codec for a single value of type E, stored at an R-typed region of memory (the field's own on-struct type, for a pointer field this is RPointer<Pointee>, not Pointee).
EnumCodec<E extends RaylibEnum, R extends RType>
FilePathList: File path list
float16: Raylib's float16 struct holding 16 float values
float3: Raylib's float3 struct holding 3 float values
Font: Font, font texture and GlyphInfo array data
GestureEvent: Gesture event
GlyphInfo: GlyphInfo, font characters glyphs info
GuiResult: GuiResult
GuiResultCustom
Image: Image, pixel data stored in CPU memory (RAM)
JSConsole: Static interop type for the JavaScript console object.
Light: Light
LivePointerSync<R extends RType>
LoadFileDataCallbackBase: Raylib's LoadFileDataCallback callback.
LoadFileDataCallbackD
LoadFileTextCallbackBase: Raylib's LoadFileTextCallback callback.
LoadFileTextCallbackD
Material: Material, includes shader and maps
MaterialMap: Material map
Matrix: Matrix, 4x4 components, column major, OpenGL style, right-handed
MemoryDebug: Debug-time diagnostics for MemoryPointer misuse.
MemoryPointer<X extends RType>: Backend-agnostic handle to a raw memory buffer returned by a C function.
MemoryScratch: Pool of preallocated, reusable buffers for short-lived operations that need a temporary MemoryPointer without going through a full alloc/free cycle (e.g. binary operations like equality that need scratch space for one call).
MemoryTrace: Global observation hooks for memory reads/writes, keyed by address.
Mesh: Mesh, vertex data and vao/vbo
Model: Model, meshes, materials and animation data
ModelAnimation: ModelAnimation, contains a full animation sequence
ModelSkeleton: Skeleton, animation bones hierarchy
MouseButtonInfo: Snapshot of a single mouse button's state for the current frame.
MouseInfo: Snapshot of the full mouse state for the current frame.
MsfGifFileWriteCallbackBase: MsfGif's MsfGifFileWriteFunc callback.
MsfGifFileWriteCallbackD
MsfGifResult: MsfGifResult
MsfGifState: MsfGifState
Music: Music, audio stream, anything longer than ~10 seconds should be streamed
NPatchInfo: NPatchInfo, n-patch layout info
PointerCodec<E, R extends RType>: A single pointer to one E value.
Quaternion: Quaternion, 4 components
RArray<E extends RType>
Ray: Ray, ray for raycasting
RayCollision: RayCollision, ray hit information
Raylib
RaylibAppBase<R extends RaylibBase>: Platform-agnostic app lifecycle interface for Raylib applications.
RaylibAudio
RaylibAudioDart<R extends RaylibBase>: Backend-agnostic Raylib Audio module.
RaylibAudioFlat<R extends RaylibBase>: Backend-agnostic contract for the Raylib Audio flat module.
RaylibAudioFlatWeb
RaylibBase: Root class for a fully initialized Raylib context, exposing all modules, extensions, lifecycle management, and forwarded constants and functions.
RaylibCallback<R extends RaylibCallback<R, D>, D extends Function>
RaylibCamera
RaylibCameraDart<R extends RaylibBase>: Backend-agnostic Raylib Camera module.
RaylibCameraFlat<R extends RaylibBase>: Backend-agnostic contract for the Raylib Camera module.
RaylibCameraFlatWeb
RaylibConfig: Global configuration for raylib_dartified package family.
RaylibConstants: Dart-side mirror of compile-time constants.
RaylibCore
RaylibCoreDart<R extends RaylibBase>: Backend-agnostic Raylib Core module.
RaylibCoreFlat<R extends RaylibBase>: Backend-agnostic contract for the Raylib Core module.
RaylibCoreFlatWeb
RaylibDebugLabelsBase: Base for module debug label generators, providing shared formatting utilities.
RaylibEaseExtDart<R extends RaylibBase>: Exposes Raylib's easing functions as module-level calls.
RaylibFunctions: Pure Dart implementations of Raylib's inline/math utility functions, shared across backends to avoid duplicating logic that doesn't touch native memory.
RaylibGui
RaylibGuiConstants: Dart-side mirror of compile-time constants.
RaylibGuiDart<R extends RaylibBase>: Backend-agnostic Raygui module.
RaylibGuiFlat<R extends RaylibBase>: Backend-agnostic contract for the Raygui module.
RaylibGuiFlatWeb
RaylibLight
RaylibLightConstants: Dart-side mirror of compile-time constants.
RaylibLightDart<R extends RaylibBase>: Backend-agnostic Raylib Light module.
RaylibLightFlat<R extends RaylibBase>: Backend-agnostic contract for the Raylib Light module.
RaylibLightFlatWeb
RaylibMatrixExt
RaylibMatrixExtDart<R extends RaylibBase>: Exposes Raylib's matrix math API as module-level functions by delegating to the corresponding Matrix methods/factories. Exists purely for Raylib API symmetry.
RaylibMatrixExtFlatWeb
RaylibMatrixFlatExt<R extends RaylibBase>: Backend-agnostic contract for the Raylib Audio flat module.
RaylibModule<R extends RaylibBase>: Base class for all Raylib module wrappers, providing debug logging, lifecycle management, and sync control tied to a RaylibBase context rl.
RaylibModuleWasm: Base class for WASM-backed Raylib modules.
RaylibMsfGif
RaylibMsfGifDart<R extends RaylibBase>: Backend-agnostic MsfGif module.
RaylibMsfGifFlat<R extends RaylibBase>: Backend-agnostic contract for the Raylib MsfGif module.
RaylibMsfGifFlatWeb
RaylibQuaternionExt
RaylibQuaternionExtDart<R extends RaylibBase>: Exposes Raylib's quaternion math API as module-level functions by delegating to the corresponding Quaternion methods/factories. Exists purely for Raylib API symmetry.
RaylibQuaternionExtFlatWeb
RaylibQuaternionFlatExt<R extends RaylibBase>: Exposes Raylib's quaternion math API as module-level functions by delegating to the corresponding Quaternion methods/factories. Exists purely for Raylib API symmetry.
RaylibRlgl
RaylibRlglConstants: Dart-side mirror of compile-time constants.
RaylibRlglDart<R extends RaylibBase>: Backend-agnostic Raylib Rlgl module.
RaylibRlglFlat<R extends RaylibBase>: Backend-agnostic contract for the Raylib Rlgl module.
RaylibRlglFlatWeb
RaylibStruct<D extends RaylibStruct<D>>: Base type for objects backed by native (C-side) struct memory.
RaylibStructLiteral<D extends RaylibStruct<D>>: A RaylibStruct that is a plain value type: field data lives entirely in Dart-side storage and op is optional rather than required.
RaylibStructView<D extends RaylibStruct<D>>: A RaylibStruct that is a live, read-only window over someone else's native memory rather than an owner of its own data.
RaylibTemp<R extends RaylibBase>: Root of the temporary allocator hierarchy for a given RaylibBase context.
RaylibTempAllocator<R extends RType>: Base class for Raylib temporary allocators, managing typed memory slots with a consistent allocation/free lifecycle.
RaylibTempArrayAllocator<X, R extends RType>
RaylibTempScalarAllocator<X, R extends RType>: Extends RaylibTempAllocator with the ability to write individual Dart values directly into allocated memory.
RaylibTempScalarFloatAllocator<L extends TypedDataList, R extends RType>: Specializes RaylibTempScalarTypedListAllocator for floating-point element types.
RaylibTempScalarIntAllocator<L extends TypedDataList, R extends RType>: Specializes RaylibTempScalarTypedListAllocator for integer element types, adding integer-specific allocation helpers on top of the typed list interop.
RaylibTempScalarPointerAllocator<X, R extends RType>: Extends RaylibTempAllocator with the ability to allocate pointer-to-pointer slots, where X is the pointee's Dart-side value.
RaylibTempScalarTypedListAllocator<X, L extends TypedDataList, R extends RType>: Extends RaylibTempScalarAllocator with typed list interop, the ability to view allocated memory as a Dart List<X> and construct a typed list from an iterable.
RaylibTempStringAllocator: Extends RaylibTempAllocator with string allocation, handling UTF-8 encoding and null-termination into temporary slots.
RaylibTempStructAllocator<X extends RaylibStruct<X>>: Extends RaylibTempAllocator with struct allocation, providing Allocate, _Ref, _RefOrNull, and _Extract helpers for Dart mirror objects (X).
RaylibTempStructPointerAllocator<X extends RaylibStruct<X>>: Extends RaylibTempAllocator with pointer-to-struct allocation,
RaylibTempStructState: Per-instance allocation state for a RaylibStruct mirror object, tracking its current slot key, disposal status, and stable identity across repeated RaylibTempStructAllocator.Allocate calls.
RaylibTempTypedDataListAllocator: Dispatches a TypedDataList to the correct typed allocator on temp, allowing callers to allocate any supported typed list without knowing the concrete element type at the call site.
RaylibTempUtils
RaylibUtilsModule<R extends RaylibBase>: Dart-side utility helpers with no direct Raylib counterpart.
RaylibVector2Ext
RaylibVector2ExtDart<R extends RaylibBase>: Exposes Raylib's vector math API as module-level functions by delegating to the corresponding Vector2 methods/factories. Exists purely for Raylib API symmetry.
RaylibVector2ExtFlatWeb
RaylibVector2FlatExt<R extends RaylibBase>: Exposes Raylib's vector math API as module-level functions by delegating to the corresponding Vector2 methods/factories. Exists purely for Raylib API symmetry.
RaylibVector3Ext
RaylibVector3ExtDart<R extends RaylibBase>: Exposes Raylib's vector math API as module-level functions by delegating to the corresponding Vector3 methods/factories. Exists purely for Raylib API symmetry.
RaylibVector3ExtFlatWeb
RaylibVector3FlatExt<R extends RaylibBase>: Exposes Raylib's vector math API as module-level functions by delegating to the corresponding Vector3 methods/factories. Exists purely for Raylib API symmetry.
RaylibVector4Ext
RaylibVector4ExtDart<R extends RaylibBase>: Exposes Raylib's vector math API as module-level functions by delegating to the corresponding Vector4 methods/factories. Exists purely for Raylib API symmetry.
RaylibVector4ExtFlatWeb
RaylibVector4FlatExt<R extends RaylibBase>: Exposes Raylib's vector math API as module-level functions by delegating to the corresponding Vector4 methods/factories. Exists purely for Raylib API symmetry.
RBool: Unsigned 8-bit integer. Maps to C bool.
Rectangle: Rectangle, 4 components
RenderTexture: RenderTexture, fbo for texture rendering
RFloat32: IEEE-754 single-precision float. Maps to C float.
RFloat64: IEEE-754 double-precision float. Maps to C double.
RFunction<F>: Marker type for a callback/function pointer.
RInt16: Signed 16-bit integer. Maps to C int16_t.
RInt32: Signed 32-bit integer. Maps to C int32_t.
RInt64: Signed 64-bit integer. Maps to C int64_t.
RInt8: Signed 8-bit integer. Maps to C int8_t.
RIntPtr: Platform-dependent signed integer capable of holding a pointer. Maps to C intptr_t.
RlDrawCall: Draw call type
RLong: Platform-dependent signed long integer. Maps to C long.
RLongLong: Signed 64-bit integer. Maps to C long long.
RlRenderBatch: rlRenderBatch type
RlVertexBuffer: RLGL Vertex buffer
ROpaque: Marker type for a opaque type - any type.
RPointer<X extends RType>: A raw address into backend memory.
RPtrDiff: Platform-dependent signed integer representing the difference between pointers. Maps to C ptrdiff_t.
RSize: Platform-dependent unsigned integer for object sizes. Maps to C size_t.
RSsize: Platform-dependent signed integer for object sizes. Maps to C ssize_t.
RStruct
RType
RUint16: Unsigned 16-bit integer. Maps to C uint16_t.
RUint32: Unsigned 32-bit integer. Maps to C uint32_t.
RUint64: Unsigned 64-bit integer. Maps to C uint64_t.
RUint8: Unsigned 8-bit integer. Maps to C uint8_t.
RUintPtr: Platform-dependent unsigned integer capable of holding a pointer. Maps to C uintptr_t.
RUnsignedLong: Platform-dependent unsigned long integer. Maps to C unsigned long.
RUnsignedLongLong: Unsigned 64-bit integer. Maps to C unsigned long long.
RVoid: Marker type for a void type - any type.
RWordSizedType: Base class for any RType whose size matches the platform's native word size (4 bytes on 32-bit, 8 bytes on 64-bit).
SaveFileDataCallbackBase: Raylib's SaveFileDataCallback callback.
SaveFileDataCallbackD
SaveFileTextCallbackBase: Raylib's SaveFileTextCallback callback.
SaveFileTextCallbackD
ScalarCodec<E, R extends RType>
ScratchHandle<Y extends RType>: A live claim on one MemoryScratch slot, returned by MemoryScratch.acquire.
Shader: Shader
Sound: Sound
StringCodec<R extends RTypeIntLike>
StructCodec<E extends RaylibStruct<E>>
StructFieldBase<E>: Base for a typed field within a native struct, located at offset bytes from the struct's base pointer.
StructLayout<F extends StructFields>: Describes the memory layout of a backend-agnostic struct.
StructLayoutFloatSlot
StructLiveList<E, R extends RType>
StructPointer<D extends RaylibStruct<D>>: A MemoryPointer<RStruct> that also knows its element type D, so it can offer .value/[]/[]= the similar way scalar RType extensions do.
StructPointerArrayField<E, R extends RType>: A pointer to a variable-length run of E, length is runtime-only, so there's no plain read/write; callers must supply the count they know about externally via readCount/writeCount.
StructPointerValueField<E, R extends RType>: A pointer-to-single-value field. Holds a PointerCodec concretely, no casting, since a pointer field's on-struct type genuinely differs from StructValueField's R slot (it's RPointer<R>, not R).
StructStringValueField<R extends RTypeIntLike>: A pointer-or-array-to-string-value field. Holds a StringCodec concretely.
StructType<D extends RaylibStruct<D>>: StructType
StructTypes: Registry of StructTypes
StructValueField<E, R extends RType>: A field whose value is stored inline in the struct, read and written via an ElementCodec.
Texture: Texture, tex data stored in GPU memory (VRAM)
TraceLogCallbackBase: Raylib's TraceLogCallback callback.
TraceLogCallbackD
Transform: Transform, vertex transformation data
UnknownCodec<E, R extends RType>: A single pointer to unknown value. Typically for RTypes like RVoid or ROpaque.
Vector2: Vector2, 2 components
Vector3: Vector3, 3 components
Vector4: Vector4, 4 components
VrDeviceInfo: VrDeviceInfo, Head-Mounted-Display device parameters
VrStereoConfig: VrStereoConfig, VR stereo rendering configuration for simulator
WasmMemory
WasmMemoryPointer<X extends RType>
WasmSize
WasmType<T extends Object>
WasmTypes
Wave: Wave, audio wave data

Enums

Mixins

ContiguousCodec<E, R extends RType>: Opt-in capability for codecs whose values sit at a fixed byte stride, so a contiguous run of them can be read/written in one call. Not every ElementCodec can do this (e.g. StringCodec has no fixed stride), this is deliberately separate from the base contract rather than forced on every codec.
GuiProperty: Marker for raygui property enums, each exposing a raw value for use with the GUI styling API.
RaylibDisposable
RaylibEnum: Adds ordered comparison operators to Raylib enums that expose a raw value, mirroring C enum integer semantics.
RaylibGuiModuleExtras<R extends RaylibBase>: Re-exports RaylibGuiConstants values as instance members, so constants are accessible directly on the module without a class qualifier.
RaylibLightModuleExtras<R extends RaylibBase>: Re-exports RaylibLightConstants values as instance members, so constants are accessible directly on the module without a class qualifier.
RaylibRlglModuleExtras<R extends RaylibBase>: Re-exports RaylibRlglConstants values as instance members, so constants are accessible directly on the module without a class qualifier.
RTypeDoubleLike: Marker type for any double-like RTypes.
RTypeIntLike: Marker type for any int-like RTypes.
RTypeUnknownLike: Marker type for any unknown-like RTypes.
StructFields

Extensions

Properties

Functions

Typedefs

AudioCallbackFunction = void Function(MemoryPointer<RVoid> bufferData, int frames): User-facing AudioCallback signature.
LoadFileDataCallbackFriendlyFunction = MemoryPointer<RUint8> Function(String fileName, MemoryPointer<RInt32> dataSize)
LoadFileDataCallbackFunction = MemoryPointer<RUint8> Function(MemoryPointer<RInt8> fileName, MemoryPointer<RInt32> dataSize): User-facing LoadFileDataCallback signature.
LoadFileTextCallbackFriendlyFunction = String Function(String fileName)
LoadFileTextCallbackFunction = MemoryPointer<RInt8> Function(MemoryPointer<RInt8> fileName): User-facing LoadFileTextCallback signature.
MsfGifFileWriteFunction = int Function(MemoryPointer<RVoid> buffer, int size, int count, MemoryPointer<RVoid> stream): User-facing MsfGifFileWriteFunc signature.
RChar = RInt8: C char. Alias for RInt8.
RDouble = RFloat64: C double. Alias for RFloat64.
RFloat = RFloat32: C float. Alias for RFloat32.
RInt = RInt32: C int. Alias for RInt32.
RShort = RInt16: C short. Alias for RInt16.
RUnsignedChar = RUint8: C unsigned char. Alias for RUint8.
RUnsignedInt = RUint32: C unsigned int. Alias for RUint32.
RUnsignedShort = RUint16: C unsigned short. Alias for RUint16.
SaveFileDataCallbackFriendlyFunction = bool Function(String fileName, MemoryPointer<RVoid> data, int dataSize)
SaveFileDataCallbackFunction = bool Function(MemoryPointer<RInt8> fileName, MemoryPointer<RVoid> data, int dataSize): User-facing SaveFileDataCallback signature.
SaveFileTextCallbackFriendlyFunction = bool Function(String fileName, String text)
SaveFileTextCallbackFunction = bool Function(MemoryPointer<RInt8> fileName, MemoryPointer<RInt8> text): User-facing SaveFileTextCallback signature.
StructFactory<D extends RaylibStruct<D>> = D Function({StructPointer<D>? op})
StructLiveListStruct<E extends RaylibStruct<E>> = StructLiveList<E, RStruct>
StructLiveListStructNested<E extends RaylibStruct<E>> = StructLiveList<StructLiveList<E, RStruct>, RPointer<RStruct>>
StructPointerFactory<D extends RaylibStruct<D>> = StructPointer<D> Function(MemoryPointer<RType>?)
TraceLogCallbackFriendlyFunction = void Function(TraceLogLevel logLevel, String text)
TraceLogCallbackFunction = void Function(int logLevel, MemoryPointer<RInt8> text, MemoryPointer<RVoid> args): User-facing TraceLogCallback signature.
WF0<R> = R Function()
WF1<R> = R Function(WN)
WF2<R> = R Function(WN, WN)
WF3<R> = R Function(WN, WN, WN)
WF4<R> = R Function(WN, WN, WN, WN)
WF5<R> = R Function(WN, WN, WN, WN, WN)
WF6<R> = R Function(WN, WN, WN, WN, WN, WN)
WF7<R> = R Function(WN, WN, WN, WN, WN, WN, WN)
WF8<R> = R Function(WN, WN, WN, WN, WN, WN, WN, WN)
WF9<R> = R Function(WN, WN, WN, WN, WN, WN, WN, WN, WN)
WN = JSAny

abbr/dart library

Classes

Enums

Mixins

Extensions

Properties

Functions

Typedefs

raylib_dartified_web package

dart library