thermion_dart/compatibility/compatibility library

Classes

Abi

An application binary interface (ABI).

AbiSpecificInteger

The supertype of all Abi-specific integer types.

AbiSpecificIntegerMapping

Mapping for a subtype of AbiSpecificInteger.

Allocator

Manages memory on the native heap.

Arena

An Allocator which frees all allocations at the same time.

Array<T extends NativeType>

A fixed-sized array of Ts.

Bool

Represents a native bool in C.

Char

The C char type.

Compatibility

Dart_CObject

Opaque, not exposing it's members.

DartRepresentationOf

DefaultAsset

Annotation specifying the default asset ID for the current library.

Double

Represents a native 64 bit double in C.

DynamicLibrary

A dynamically loaded native library.

Finalizable

Marker interface for objects which should not be finalized too soon.

Float

Represents a native 32 bit float in C.

Handle

Represents Dart_Handle from dart_api.h in C.

Int

The C int type.

Int16

Represents a native signed 16 bit integer in C.

Int32

Represents a native signed 32 bit integer in C.

Int64

Represents a native signed 64 bit integer in C.

Int8

Represents a native signed 8 bit integer in C.

IntPtr

The C intptr_t type.

Long

The C long int, aka. long, type.

LongLong

The C long long type.

Native<T>

Annotation binding an external declaration to its native implementation.

NativeApi

Utilities for accessing the Dart VM API from Dart code or from C code via dart_api_dl.h.

NativeCallable<T extends Function>

A native callable which listens for calls to a native function.

NativeFinalizer

A native finalizer which can be attached to Dart objects.

NativeFunction<T extends Function>

Represents a function type in C.

NativeType

NativeType's subtypes represent a native type in C.

Opaque

Opaque's subtypes represent opaque types in C.

Packed

Annotation to specify on Struct subtypes to indicate that its members need to be packed.

Pointer<T extends NativeType>

Represents a pointer into the native C memory. Cannot be extended.

ResourceBuffer

ResourceLoaderWrapper

Short

The C short type.

SignedChar

The C signed char type.

Size

The C size_t type.

SizedNativeType

A NativeType with a known size.

Struct

The supertype of all FFI struct types.

Uint16

Represents a native unsigned 16 bit integer in C.

Uint32

Represents a native unsigned 32 bit integer in C.

Uint64

Represents a native unsigned 64 bit integer in C.

Uint8

Represents a native unsigned 8 bit integer in C.

UintPtr

The C uintptr_t type.

Union

The supertype of all FFI union types.

UnsignedChar

The C unsigned char type.

UnsignedInt

The C unsigned int type.

UnsignedLong

The C unsigned long int, aka. unsigned long, type.

UnsignedLongLong

The C unsigned long long type.

UnsignedShort

The C unsigned short type.

Utf16

The contents of a native zero-terminated array of UTF-16 code units.

Utf8

The contents of a native zero-terminated array of UTF-8 code units.

VarArgs<T extends Record>

The types of variadic arguments passed in C.

Void

Represents a void type in C.

WChar

The C wchar_t type.

Extensions

AbiSpecificIntegerArray on Array<T>

Bounds checking indexing methods on Arrays of AbiSpecificInteger.

AbiSpecificIntegerPointer on Pointer<T>

Extension on Pointer specialized for the type argument AbiSpecificInteger.

AllocatorAlloc on Allocator

Extension on Allocator to provide allocation with NativeType.

ArrayAddress on Array<T>

ArrayArray on Array<Array<T>>

Bounds checking indexing methods on Arrays of Array.

BoolAddress on bool

BoolArray on Array<Bool>

Bounds checking indexing methods on Arrays of Bool.

BoolPointer on Pointer<Bool>

Extension on Pointer specialized for the type argument Bool.

DoubleAddress on double

DoubleArray on Array<Double>

Bounds checking indexing methods on Arrays of Double.

DoublePointer on Pointer<Double>

Extension on Pointer specialized for the type argument Double.

DynamicLibraryExtension on DynamicLibrary

Method which must not be invoked dynamically.

Float32ListAddress on Float32List

Float64ListAddress on Float64List

FloatArray on Array<Float>

Bounds checking indexing methods on Arrays of Float.

FloatPointer on Pointer<Float>

Extension on Pointer specialized for the type argument Float.

Int16Array on Array<Int16>

Bounds checking indexing methods on Arrays of Int16.

Int16ListAddress on Int16List

Int16Pointer on Pointer<Int16>

Extension on Pointer specialized for the type argument Int16.

Int32Array on Array<Int32>

Bounds checking indexing methods on Arrays of Int32.

Int32ListAddress on Int32List

Int32Pointer on Pointer<Int32>

Extension on Pointer specialized for the type argument Int32.

Int64Array on Array<Int64>

Bounds checking indexing methods on Arrays of Int64.

Int64ListAddress on Int64List

Int64Pointer on Pointer<Int64>

Extension on Pointer specialized for the type argument Int64.

Int8Array on Array<Int8>

Bounds checking indexing methods on Arrays of Int8.

Int8ListAddress on Int8List

Int8Pointer on Pointer<Int8>

Extension on Pointer specialized for the type argument Int8.

IntAddress on int

NativeFunctionPointer on Pointer<NativeFunction<NF>>

Extension on Pointer specialized for the type argument NativeFunction.

NativePort on SendPort

Extension to retrieve the native Dart_Port from a SendPort.

PointerArray on Array<Pointer<T>>

Bounds checking indexing methods on Arrays of Pointer.

PointerPointer on Pointer<Pointer<T>>

Extension on Pointer specialized for the type argument Pointer.

StringUtf16Pointer on String

Extension method for converting a String to a Pointer<Utf16>.

StringUtf8Pointer on String

Extension method for converting a String to a Pointer<Utf8>.

StructAddress on T

StructArray on Array<T>

Bounds checking indexing methods on Arrays of Struct.

StructPointer on Pointer<T>

Extension on Pointer specialized for the type argument Struct.

Uint16Array on Array<Uint16>

Bounds checking indexing methods on Arrays of Uint16.

Uint16ListAddress on Uint16List

Uint16Pointer on Pointer<Uint16>

Extension on Pointer specialized for the type argument Uint16.

Uint32Array on Array<Uint32>

Bounds checking indexing methods on Arrays of Uint32.

Uint32ListAddress on Uint32List

Uint32Pointer on Pointer<Uint32>

Extension on Pointer specialized for the type argument Uint32.

Uint64Array on Array<Uint64>

Bounds checking indexing methods on Arrays of Uint64.

Uint64ListAddress on Uint64List

Uint64Pointer on Pointer<Uint64>

Extension on Pointer specialized for the type argument Uint64.

Uint8Array on Array<Uint8>

Bounds checking indexing methods on Arrays of Uint8.

Uint8ListAddress on Uint8List

Uint8Pointer on Pointer<Uint8>

Extension on Pointer specialized for the type argument Uint8.

UnionAddress on T

UnionArray on Array<T>

Bounds checking indexing methods on Arrays of Union.

UnionPointer on Pointer<T>

Extension on Pointer specialized for the type argument Union.

Utf16Pointer on Pointer<Utf16>

Extension method for converting aPointer<Utf16> to a String.

Utf8Pointer on Pointer<Utf8>

Extension method for converting aPointer<Utf8> to a String.

Constants

calloc → const CallocAllocator

Manages memory on the native heap.

false1 → const int

malloc → const MallocAllocator

Manages memory on the native heap.

true1 → const int

Properties

allocator → CallocAllocator

final

nullptr → Pointer<Never>

Represents a pointer into the native C memory corresponding to 'NULL', e.g. a pointer with address 0.

final

zoneArena → Arena

A zone-specific Arena.

no setter

Functions

add_animation_component(Pointer<Void> sceneManager, int entityId) → bool

add_bone_animation(Pointer<Void> sceneManager, int entity, int skinIndex, int boneIndex, Pointer<Float> frameData, int numFrames, double frameLengthInMs, double fadeOutInSecs, double fadeInInSecs, double maxDelta) → void

add_collision_component(Pointer<Void> sceneManager, int entityId, Pointer<NativeFunction<Void Function(Int entityId1, Int entityId2)>> callback, bool affectsCollidingTransform) → void

add_light(Pointer<Void> viewer, int type, double colour, double intensity, double posX, double posY, double posZ, double dirX, double dirY, double dirZ, double falloffRadius, double spotLightConeInner, double spotLightConeOuter, double sunAngularRadius, double sunHaloSize, double sunHaloFallof, bool shadows) → int

add_light_ffi(Pointer<Void> viewer, int type, double colour, double intensity, double posX, double posY, double posZ, double dirX, double dirY, double dirZ, double falloffRadius, double spotLightConeInner, double spotLightConeOuter, double sunAngularRadius, double sunHaloSize, double sunHaloFallof, bool shadows, Pointer<NativeFunction<Void Function(EntityId)>> callback) → void

apply_weights(Pointer<Void> sceneManager, int entity, Pointer<Char> entityName, Pointer<Float> weights, int count) → void

apply_weights_ffi(Pointer<Void> sceneManager, int asset, Pointer<Char> entityName, Pointer<Float> weights, int count) → void

clear_background_image(Pointer<Void> viewer) → void

clear_background_image_ffi(Pointer<Void> viewer) → void

clear_entities(Pointer<Void> viewer) → void

clear_entities_ffi(Pointer<Void> viewer, Pointer<NativeFunction<Void Function()>> callback) → void

clear_lights(Pointer<Void> viewer) → void

clear_lights_ffi(Pointer<Void> viewer) → void

create_filament_viewer(Pointer<Void> context, Pointer<Void> loader, Pointer<Void> platform, Pointer<Char> uberArchivePath) → Pointer<Void>

create_filament_viewer_ffi(Pointer<Void> context, Pointer<Void> platform, Pointer<Char> uberArchivePath, Pointer<Void> loader, Pointer<NativeFunction<Void Function(Pointer<Void> renderCallbackOwner)>> renderCallback, Pointer<Void> renderCallbackOwner, Pointer<NativeFunction<Void Function(Pointer<Void> viewer)>> callback) → void

create_geometry(Pointer<Void> viewer, Pointer<Float> vertices, int numVertices, Pointer<Uint16> indices, int numIndices, int primitiveType, Pointer<Char> materialPath) → int

create_geometry_ffi(Pointer<Void> viewer, Pointer<Float> vertices, int numVertices, Pointer<Uint16> indices, int numIndices, int primitiveType, Pointer<Char> materialPath, Pointer<NativeFunction<Void Function(EntityId)>> callback) → void

create_instance(Pointer<Void> sceneManager, int id) → int

create_instance_ffi(Pointer<Void> sceneManager, int entityId, Pointer<NativeFunction<Void Function(EntityId)>> callback) → void

create_render_target(Pointer<Void> viewer, int texture, int width, int height) → void

create_render_target_ffi(Pointer<Void> viewer, int nativeTextureId, int width, int height, Pointer<NativeFunction<Void Function()>> onComplete) → void

create_swap_chain(Pointer<Void> viewer, Pointer<Void> window, int width, int height) → void

create_swap_chain_ffi(Pointer<Void> viewer, Pointer<Void> surface, int width, int height, Pointer<NativeFunction<Void Function()>> onComplete) → void

destroy_filament_viewer(Pointer<Void> viewer) → void

destroy_filament_viewer_ffi(Pointer<Void> viewer) → void

destroy_swap_chain(Pointer<Void> viewer) → void

destroy_swap_chain_ffi(Pointer<Void> viewer, Pointer<NativeFunction<Void Function()>> onComplete) → void

filament_pick(Pointer<Void> viewer, int x, int y, Pointer<NativeFunction<Void Function(Int entityId, Int x, Int y)>> callback) → void

find_child_entity_by_name(Pointer<Void> sceneManager, int parent, Pointer<Char> name) → int

get_animation_count(Pointer<Void> sceneManager, int asset) → int

get_animation_count_ffi(Pointer<Void> sceneManager, int asset, Pointer<NativeFunction<Void Function(Int)>> callback) → void

get_animation_duration(Pointer<Void> sceneManager, int entity, int index) → double

get_animation_name(Pointer<Void> sceneManager, int entity, Pointer<Char> outPtr, int index) → void

get_animation_name_ffi(Pointer<Void> sceneManager, int asset, Pointer<Char> outPtr, int index, Pointer<NativeFunction<Void Function()>> callback) → void

get_bone(Pointer<Void> sceneManager, int entityId, int skinIndex, int boneIndex) → int

get_bone_count(Pointer<Void> sceneManager, int assetEntity, int skinIndex) → int

get_bone_names(Pointer<Void> sceneManager, int assetEntity, Pointer<Pointer<Char>> outPtr, int skinIndex) → void

get_camera_culling_far(Pointer<Void> viewer) → double

get_camera_culling_near(Pointer<Void> viewer) → double

get_camera_culling_projection_matrix(Pointer<Void> viewer) → Pointer<Double>

get_camera_frustum(Pointer<Void> viewer) → Pointer<Double>

get_camera_model_matrix(Pointer<Void> viewer) → Pointer<Double>

get_camera_position(Pointer<Void> viewer) → void

get_camera_projection_matrix(Pointer<Void> viewer) → Pointer<Double>

get_camera_view_matrix(Pointer<Void> viewer) → Pointer<Double>

get_entities(Pointer<Void> sceneManager, int target, bool renderableOnly, Pointer<Int> out) → void

get_entity_count(Pointer<Void> sceneManager, int target, bool renderableOnly) → int

get_entity_name_at(Pointer<Void> sceneManager, int target, int index, bool renderableOnly) → Pointer<Char>

get_gizmo(Pointer<Void> sceneManager, Pointer<Int> out) → void

get_instance_count(Pointer<Void> sceneManager, int entityId) → int

get_instances(Pointer<Void> sceneManager, int entityId, Pointer<Int> out) → void

get_inverse_bind_matrix(Pointer<Void> sceneManager, int entityId, int skinIndex, int boneIndex, Pointer<Float> arg4) → void

get_local_transform(Pointer<Void> sceneManager, int entityId, Pointer<Float> arg2) → void

get_main_camera(Pointer<Void> viewer) → int

get_morph_target_name(Pointer<Void> sceneManager, int assetEntity, int childEntity, Pointer<Char> outPtr, int index) → void

get_morph_target_name_count(Pointer<Void> sceneManager, int assetEntity, int childEntity) → int

get_morph_target_name_count_ffi(Pointer<Void> sceneManager, int asset, int childEntity, Pointer<NativeFunction<Void Function(Int32)>> callback) → void

get_morph_target_name_ffi(Pointer<Void> sceneManager, int assetEntity, int childEntity, Pointer<Char> outPtr, int index, Pointer<NativeFunction<Void Function()>> callback) → void

get_name_for_entity(Pointer<Void> sceneManager, int entityId) → Pointer<Char>

get_parent(Pointer<Void> sceneManager, int child) → int

get_rest_local_transforms(Pointer<Void> sceneManager, int entityId, int skinIndex, Pointer<Float> out, int numBones) → void

get_scene_manager(Pointer<Void> viewer) → Pointer<Void>

get_world_transform(Pointer<Void> sceneManager, int entityId, Pointer<Float> arg2) → void

grab_begin(Pointer<Void> viewer, double x, double y, bool pan) → void

grab_end(Pointer<Void> viewer) → void

grab_update(Pointer<Void> viewer, double x, double y) → void

hide_mesh(Pointer<Void> sceneManager, int entity, Pointer<Char> meshName) → int

ios_dummy() → void

load_glb(Pointer<Void> sceneManager, Pointer<Char> assetPath, int numInstances) → int

load_glb_ffi(Pointer<Void> sceneManager, Pointer<Char> assetPath, int numInstances, Pointer<NativeFunction<Void Function(EntityId)>> callback) → void

load_glb_from_buffer(Pointer<Void> sceneManager, Pointer<Void> data, int length) → int

load_glb_from_buffer_ffi(Pointer<Void> sceneManager, Pointer<Void> data, int length, int numInstances, Pointer<NativeFunction<Void Function(EntityId)>> callback) → void

load_gltf(Pointer<Void> sceneManager, Pointer<Char> assetPath, Pointer<Char> relativePath) → int

load_gltf_ffi(Pointer<Void> sceneManager, Pointer<Char> assetPath, Pointer<Char> relativePath, Pointer<NativeFunction<Void Function(EntityId)>> callback) → void

load_ibl(Pointer<Void> viewer, Pointer<Char> iblPath, double intensity) → void

load_ibl_ffi(Pointer<Void> viewer, Pointer<Char> iblPath, double intensity) → void

load_skybox(Pointer<Void> viewer, Pointer<Char> skyboxPath) → void

load_skybox_ffi(Pointer<Void> viewer, Pointer<Char> skyboxPath, Pointer<NativeFunction<Void Function()>> onComplete) → void

make_render_callback_fn_pointer(FilamentRenderCallback arg0) → FilamentRenderCallback

make_resource_loader(LoadFilamentResourceFromOwner loadFn, FreeFilamentResourceFromOwner freeFn, Pointer<Void> owner) → Pointer<Void>

move_camera_to_asset(Pointer<Void> viewer, int asset) → void

play_animation(Pointer<Void> sceneManager, int entity, int index, bool loop, bool reverse, bool replaceActive, double crossfade) → void

play_animation_ffi(Pointer<Void> sceneManager, int asset, int index, bool loop, bool reverse, bool replaceActive, double crossfade) → void

queue_position_update(Pointer<Void> sceneManager, int entity, double x, double y, double z, bool relative) → void

queue_rotation_update(Pointer<Void> sceneManager, int entity, double rads, double x, double y, double z, double w, bool relative) → void

remove_animation_component(Pointer<Void> sceneManager, int entityId) → void

remove_collision_component(Pointer<Void> sceneManager, int entityId) → void

remove_entity(Pointer<Void> viewer, int asset) → void

remove_entity_ffi(Pointer<Void> viewer, int asset, Pointer<NativeFunction<Void Function()>> callback) → void

remove_ibl(Pointer<Void> viewer) → void

remove_ibl_ffi(Pointer<Void> viewer) → void

remove_light(Pointer<Void> viewer, int entityId) → void

remove_light_ffi(Pointer<Void> viewer, int entityId) → void

remove_skybox(Pointer<Void> viewer) → void

remove_skybox_ffi(Pointer<Void> viewer) → void

render(Pointer<Void> viewer, int frameTimeInNanos, Pointer<Void> pixelBuffer, Pointer<NativeFunction<Void Function(Pointer<Void> buf, Size size, Pointer<Void> data)>> callback, Pointer<Void> data) → void

render_ffi(Pointer<Void> viewer) → void

reset_to_rest_pose(Pointer<Void> sceneManager, int asset) → void

reset_to_rest_pose_ffi(Pointer<Void> sceneManager, int entityId, Pointer<NativeFunction<Void Function()>> callback) → void

reveal_mesh(Pointer<Void> sceneManager, int entity, Pointer<Char> meshName) → int

rotate_ibl(Pointer<Void> viewer, Pointer<Float> rotationMatrix) → void

scroll_begin(Pointer<Void> viewer) → void

scroll_end(Pointer<Void> viewer) → void

scroll_update(Pointer<Void> viewer, double x, double y, double z) → void

set_animation_frame(Pointer<Void> sceneManager, int entity, int animationIndex, int animationFrame) → void

set_animation_frame_ffi(Pointer<Void> sceneManager, int asset, int animationIndex, int animationFrame) → void

set_antialiasing(Pointer<Void> viewer, bool msaa, bool fxaa, bool taa) → void

set_background_color(Pointer<Void> viewer, double r, double g, double b, double a) → void

set_background_color_ffi(Pointer<Void> viewer, double r, double g, double b, double a) → void

set_background_image(Pointer<Void> viewer, Pointer<Char> path, bool fillHeight) → void

set_background_image_ffi(Pointer<Void> viewer, Pointer<Char> path, bool fillHeight, Pointer<NativeFunction<Void Function()>> onComplete) → void

set_background_image_position(Pointer<Void> viewer, double x, double y, bool clamp) → void

set_background_image_position_ffi(Pointer<Void> viewer, double x, double y, bool clamp) → void

set_bloom(Pointer<Void> viewer, double strength) → void

set_bloom_ffi(Pointer<Void> viewer, double strength) → void

set_bone_transform(Pointer<Void> sceneManager, int entity, int skinIndex, int boneIndex, Pointer<Float> transform) → bool

set_bone_transform_ffi(Pointer<Void> sceneManager, int asset, int skinIndex, int boneIndex, Pointer<Float> transform, Pointer<NativeFunction<Void Function(Bool)>> callback) → void

set_camera(Pointer<Void> viewer, int entity, Pointer<Char> nodeName) → bool

set_camera_culling(Pointer<Void> viewer, double near, double far) → void

set_camera_exposure(Pointer<Void> viewer, double aperture, double shutterSpeed, double sensitivity) → void

set_camera_ffi(Pointer<Void> viewer, int asset, Pointer<Char> nodeName, Pointer<NativeFunction<Void Function(Bool)>> callback) → void

set_camera_focal_length(Pointer<Void> viewer, double focalLength) → void

set_camera_focus_distance(Pointer<Void> viewer, double focusDistance) → void

set_camera_fov(Pointer<Void> viewer, double fovInDegrees, double aspect) → void

set_camera_manipulator_options(Pointer<Void> viewer, int mode, double orbitSpeedX, double orbitSpeedY, double zoomSpeed) → void

set_camera_model_matrix(Pointer<Void> viewer, Pointer<Float> matrix) → void

set_camera_position(Pointer<Void> viewer, double x, double y, double z) → void

set_camera_projection_matrix(Pointer<Void> viewer, Pointer<Double> matrix, double near, double far) → void

set_camera_rotation(Pointer<Void> viewer, double w, double x, double y, double z) → void

set_frame_interval(Pointer<Void> viewer, double interval) → void

set_frame_interval_ffi(Pointer<Void> viewer, double frameInterval) → void

set_main_camera(Pointer<Void> viewer) → void

set_material_color(Pointer<Void> sceneManager, int entity, Pointer<Char> meshName, int materialIndex, double r, double g, double b, double a) → bool

set_morph_animation(Pointer<Void> sceneManager, int entity, Pointer<Float> morphData, Pointer<Int> morphIndices, int numMorphTargets, int numFrames, double frameLengthInMs) → bool

set_morph_target_weights(Pointer<Void> sceneManager, int entity, Pointer<Float> morphData, int numWeights) → bool

set_morph_target_weights_ffi(Pointer<Void> sceneManager, int asset, Pointer<Float> morphData, int numWeights, Pointer<NativeFunction<Void Function(Bool)>> callback) → void

set_parent(Pointer<Void> sceneManager, int child, int parent) → void

set_position(Pointer<Void> sceneManager, int entity, double x, double y, double z) → void

set_post_processing(Pointer<Void> viewer, bool enabled) → void

set_post_processing_ffi(Pointer<Void> viewer, bool enabled) → void

set_priority(Pointer<Void> sceneManager, int entityId, int priority) → void

set_recording(Pointer<Void> viewer, bool recording) → void

set_recording_output_directory(Pointer<Void> viewer, Pointer<Char> outputDirectory) → void

set_rendering_ffi(Pointer<Void> viewer, bool rendering, Pointer<NativeFunction<Void Function()>> onComplete) → void

set_rotation(Pointer<Void> sceneManager, int entity, double rads, double x, double y, double z, double w) → void

set_scale(Pointer<Void> sceneManager, int entity, double scale) → void

set_shadow_type(Pointer<Void> viewer, int shadowType) → void

set_shadows_enabled(Pointer<Void> viewer, bool enabled) → void

set_soft_shadow_options(Pointer<Void> viewer, double penumbraScale, double penumbraRatioScale) → void

set_tone_mapping(Pointer<Void> viewer, int toneMapping) → void

set_tone_mapping_ffi(Pointer<Void> viewer, int toneMapping) → void

set_transform(Pointer<Void> sceneManager, int entityId, Pointer<Float> transform) → bool

set_view_frustum_culling(Pointer<Void> viewer, bool enabled) → void

sizeOf<T extends SizedNativeType>() → int

Number of bytes used by native type T.

stop_animation(Pointer<Void> sceneManager, int entity, int index) → void

stop_animation_ffi(Pointer<Void> sceneManager, int asset, int index) → void

test_collisions(Pointer<Void> sceneManager, int entity) → void

thermion_flutter_free(Pointer<Void> ptr) → void

transform_to_unit_cube(Pointer<Void> sceneManager, int asset) → void

update_bone_matrices(Pointer<Void> sceneManager, int entityId) → bool

update_bone_matrices_ffi(Pointer<Void> sceneManager, int asset, Pointer<NativeFunction<Void Function(Bool)>> callback) → void

update_viewport_and_camera_projection(Pointer<Void> viewer, int width, int height, double scaleFactor) → void

update_viewport_and_camera_projection_ffi(Pointer<Void> viewer, int width, int height, double scaleFactor, Pointer<NativeFunction<Void Function()>> onComplete) → void

using<R>(R computation(Arena), [Allocator wrappedAllocator = calloc]) → R

Runs computation with a new Arena, and releases all allocations at the end.

withBoolCallback(dynamic func(Pointer<NativeFunction<Void Function(Bool)>>)) → Future<bool>

withCharPtrCallback(dynamic func(Pointer<NativeFunction<Void Function(Pointer<Char>)>>)) → Future<String>

withIntCallback(dynamic func(Pointer<NativeFunction<Void Function(Int32)>>)) → Future<int>

withVoidCallback(dynamic func(Pointer<NativeFunction<Void Function()>>)) → Future<void>

withVoidPointerCallback(dynamic func(Pointer<NativeFunction<Void Function(Pointer<Void>)>>)) → Future<int>

withZoneArena<R>(R computation(), [Allocator wrappedAllocator = calloc]) → R

Creates a zoned Arena to manage native resources.

Typedefs

Dart_ManipulatorMode = int

Dart_NativeMessageHandler = Void Function(Int64, Pointer<Dart_CObject>)

DartEntityId = int

DartFilamentRenderCallbackFunction = void Function(Pointer<Void> owner)

DartFreeFilamentResourceFromOwnerFunction = void Function(ResourceBuffer, Pointer<Void>)

DartFreeFilamentResourceFunction = void Function(ResourceBuffer)

DartLoadFilamentResourceIntoOutPointerFunction = void Function(Pointer<Char> uri, Pointer<ResourceBuffer> out)

EntityId = Int32

This header replicates most of the methods in ThermionDartApi.h. It represents the interface for:

FilamentRenderCallback = Pointer<NativeFunction<FilamentRenderCallbackFunction>>

FilamentRenderCallbackFunction = Void Function(Pointer<Void> owner)

FreeFilamentResource = Pointer<NativeFunction<FreeFilamentResourceFunction>>

FreeFilamentResourceFromOwner = Pointer<NativeFunction<FreeFilamentResourceFromOwnerFunction>>

FreeFilamentResourceFromOwnerFunction = Void Function(ResourceBuffer, Pointer<Void>)

FreeFilamentResourceFunction = Void Function(ResourceBuffer)

LoadFilamentResource = Pointer<NativeFunction<LoadFilamentResourceFunction>>

LoadFilamentResourceFromOwner = Pointer<NativeFunction<LoadFilamentResourceFromOwnerFunction>>

LoadFilamentResourceFromOwnerFunction = ResourceBuffer Function(Pointer<Char>, Pointer<Void>)

LoadFilamentResourceFunction = ResourceBuffer Function(Pointer<Char> uri)

LoadFilamentResourceIntoOutPointer = Pointer<NativeFunction<LoadFilamentResourceIntoOutPointerFunction>>

LoadFilamentResourceIntoOutPointerFunction = Void Function(Pointer<Char> uri, Pointer<ResourceBuffer> out)

NativeFinalizerFunction = NativeFunction<Void Function(Pointer<Void> token)>

The native function type for NativeFinalizers.