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manually edit JS bindings to remove internal (Dart) struct members and fix TFogOptions

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This commit is contained in:
Nick Fisher
2025-06-05 16:42:28 +08:00
parent 9ae7c784df
commit 79fea25d1b
1 changed files with 148 additions and 181 deletions
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329
thermion_dart/lib/src/bindings/src/thermion_dart_js_interop.g.dart
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@@ -257,7 +257,8 @@ sealed class Struct extends NativeType {
return double4x4(arr1, arr2, arr3, arr4, ptr) as T;
case TFogOptions:
final ptr = TFogOptions.stackAlloc();
return ptr.toDart() as T;
final fogOptions = ptr.toDart();
return fogOptions as T;
}
throw Exception();
}
@@ -590,10 +591,9 @@ extension type NativeLibrary(JSObject _) implements JSObject {
Pointer<Int32> out,
);
external Pointer<TGltfAssetLoader> _GltfAssetLoader_create(
Pointer<TEngine> tEngine,
Pointer<TMaterialProvider> tMaterialProvider,
self.Pointer<TNameComponentManager> tNameComponentManager
);
Pointer<TEngine> tEngine,
Pointer<TMaterialProvider> tMaterialProvider,
self.Pointer<TNameComponentManager> tNameComponentManager);
external Pointer<TFilamentAsset> _GltfAssetLoader_load(
Pointer<TEngine> tEngine,
Pointer<TGltfAssetLoader> tAssetLoader,
@@ -747,13 +747,12 @@ extension type NativeLibrary(JSObject _) implements JSObject {
int format,
);
external int _Texture_loadImage(
Pointer<TEngine> tEngine,
Pointer<TTexture> tTexture,
Pointer<TLinearImage> tImage,
int bufferFormat,
int pixelDataType,
int level
);
Pointer<TEngine> tEngine,
Pointer<TTexture> tTexture,
Pointer<TLinearImage> tImage,
int bufferFormat,
int pixelDataType,
int level);
external int _Texture_setImage(
Pointer<TEngine> tEngine,
Pointer<TTexture> tTexture,
@@ -794,9 +793,7 @@ extension type NativeLibrary(JSObject _) implements JSObject {
int level,
);
external void _Texture_generateMipMaps(
Pointer<TTexture> tTexture,
Pointer<TEngine> tEngine
);
Pointer<TTexture> tTexture, Pointer<TEngine> tEngine);
external int _Texture_getDepth(
Pointer<TTexture> tTexture,
int level,
@@ -811,11 +808,7 @@ extension type NativeLibrary(JSObject _) implements JSObject {
int channel,
);
external Pointer<TLinearImage> _Image_decode(
Pointer<Uint8> data,
size_t length,
Pointer<Char> name,
bool alpha
);
Pointer<Uint8> data, size_t length, Pointer<Char> name, bool alpha);
external Pointer<Float32> _Image_getBytes(
Pointer<TLinearImage> tLinearImage,
);
@@ -2653,12 +2646,11 @@ void FilamentAsset_getEntities(
}
self.Pointer<TGltfAssetLoader> GltfAssetLoader_create(
self.Pointer<TEngine> tEngine,
self.Pointer<TMaterialProvider> tMaterialProvider,
self.Pointer<TNameComponentManager> tNameComponentManager
) {
final result =
_lib._GltfAssetLoader_create(tEngine.cast(), tMaterialProvider.cast(), tNameComponentManager.cast());
self.Pointer<TEngine> tEngine,
self.Pointer<TMaterialProvider> tMaterialProvider,
self.Pointer<TNameComponentManager> tNameComponentManager) {
final result = _lib._GltfAssetLoader_create(
tEngine.cast(), tMaterialProvider.cast(), tNameComponentManager.cast());
return self.Pointer<TGltfAssetLoader>(result);
}
@@ -2908,9 +2900,10 @@ void View_setFrontFaceWindingInverted(
void View_setFogOptions(
self.Pointer<TView> tView,
self.Pointer<TFogOptions> tFogOptions,
TFogOptions tFogOptions,
) {
final result = _lib._View_setFogOptions(tView.cast(), tFogOptions.cast());
final tFogOptionsPtr = tFogOptions._address;
final result = _lib._View_setFogOptions(tView.cast(), tFogOptionsPtr.cast());
return result;
}
@@ -3085,12 +3078,8 @@ self.Pointer<TLinearImage> Image_createEmpty(
return self.Pointer<TLinearImage>(result);
}
self.Pointer<TLinearImage> Image_decode(
self.Pointer<Uint8> data,
Dart__darwin_size_t length,
self.Pointer<Char> name,
bool alpha
) {
self.Pointer<TLinearImage> Image_decode(self.Pointer<Uint8> data,
Dart__darwin_size_t length, self.Pointer<Char> name, bool alpha) {
final result = _lib._Image_decode(data, length, name, alpha);
return self.Pointer<TLinearImage>(result);
}
@@ -4145,14 +4134,15 @@ void AnimationManager_createRenderThread(
}
void AnimationManager_resetToResetPoseRenderThread(
self.Pointer<TAnimationManager> tAnimationManager,
self.Pointer<TSceneAsset> tSceneAsset,
int requestId,
VoidCallback onComplete,
) {
final result = _lib._AnimationManager_resetToRestPoseRenderThread(tAnimationManager, tSceneAsset, requestId, onComplete);
self.Pointer<TAnimationManager> tAnimationManager,
self.Pointer<TSceneAsset> tSceneAsset,
int requestId,
VoidCallback onComplete,
) {
final result = _lib._AnimationManager_resetToRestPoseRenderThread(
tAnimationManager, tSceneAsset, requestId, onComplete);
return result;
}
}
void Engine_createRenderThread(
int backend,
@@ -4383,7 +4373,8 @@ void Texture_generateMipMapsRenderThread(
int requestId,
DartVoidCallback onComplete,
) {
final result = _lib._Texture_generateMipMapsRenderThread(tTexture.cast(), tEngine.cast(), requestId, onComplete);
final result = _lib._Texture_generateMipMapsRenderThread(
tTexture.cast(), tEngine.cast(), requestId, onComplete);
return result;
}
@@ -4882,8 +4873,8 @@ void Image_decodeRenderThread(
self.Pointer<self.NativeFunction<void Function(Pointer<TLinearImage>)>>
onComplete,
) {
final result =
_lib._Image_decodeRenderThread(data, length, name, alpha, onComplete.cast());
final result = _lib._Image_decodeRenderThread(
data, length, name, alpha, onComplete.cast());
return result;
}
@@ -5239,8 +5230,8 @@ void GltfAssetLoader_createRenderThread(
self.Pointer<self.NativeFunction<void Function(Pointer<TGltfAssetLoader>)>>
callback,
) {
final result = _lib._GltfAssetLoader_createRenderThread(
tEngine.cast(), tMaterialProvider.cast(), tNameComponentManager.cast(), callback.cast());
final result = _lib._GltfAssetLoader_createRenderThread(tEngine.cast(),
tMaterialProvider.cast(), tNameComponentManager.cast(), callback.cast());
return result;
}
@@ -6422,158 +6413,131 @@ final class TScene extends self.Struct {
/// Copied from FogOptions in View.h
extension TFogOptionsExt on Pointer<TFogOptions> {
TFogOptions toDart() {
var distance = _lib.getValue(this + 0, "float").toDartDouble;
var cutOffDistance = _lib.getValue(this + 4, "float").toDartDouble;
var maximumOpacity = _lib.getValue(this + 8, "float").toDartDouble;
var height = _lib.getValue(this + 12, "float").toDartDouble;
var heightFalloff = _lib.getValue(this + 16, "float").toDartDouble;
var linearColor = _lib.getValue(this + 20, "*").toDartInt;
final linearColorPtr = Pointer<double3>(linearColor);
var density = _lib.getValue(this + 44, "float").toDartDouble;
var inScatteringStart = _lib.getValue(this + 48, "float").toDartDouble;
var inScatteringSize = _lib.getValue(this + 52, "float").toDartDouble;
var fogColorFromIbl = _lib.getValue(this + 56, "i8").toDartInt;
final skyColor =
self.Pointer<TTexture>(_lib.getValue(this + 57, "i32").toDartInt);
var enabled = _lib.getValue(this + 61, "i8").toDartInt;
return TFogOptions(
distance,
cutOffDistance,
maximumOpacity,
height,
heightFalloff,
linearColorPtr.toDart(),
density,
inScatteringStart,
inScatteringSize,
fogColorFromIbl == 1,
skyColor.cast(),
enabled == 1,
this);
}
void setFrom(TFogOptions dartType) {
_lib.setValue(this + 0, dartType.distance.toJS, "float");
_lib.setValue(this + 4, dartType.cutOffDistance.toJS, "float");
_lib.setValue(this + 8, dartType.maximumOpacity.toJS, "float");
_lib.setValue(this + 12, dartType.height.toJS, "float");
_lib.setValue(this + 16, dartType.heightFalloff.toJS, "float");
_lib.setValue(this + 20, dartType.linearColor.x.toJS, "double");
_lib.setValue(this + 28, dartType.linearColor.y.toJS, "double");
_lib.setValue(this + 36, dartType.linearColor.z.toJS, "double");
_lib.setValue(this + 44, dartType.density.toJS, "float");
_lib.setValue(this + 48, dartType.inScatteringStart.toJS, "float");
_lib.setValue(this + 52, dartType.inScatteringSize.toJS, "float");
_lib.setValue(this + 56, dartType.fogColorFromIbl ? 1.toJS : 0.toJS, "i8");
_lib.setValue(this + 57, dartType.skyColor.addr.toJS, "*");
_lib.setValue(this + 61, dartType.enabled ? 1.toJS : 0.toJS, "i8");
return TFogOptions(this);
}
}
final class TFogOptions extends self.Struct {
double _distance = 0.0;
double get distance => _distance;
double get distance {
return _lib.getValue(_address, "float").toDartDouble;
}
set distance(double val) {
_distance = val;
_lib.setValue(_address, val.toJS, "double");
_lib.setValue(_address, val.toJS, "float");
}
double get cutOffDistance {
return _lib.getValue(_address + 4, "float").toDartDouble;
}
double _cutOffDistance = 0.0;
double get cutOffDistance => _cutOffDistance;
set cutOffDistance(double val) {
_cutOffDistance = val;
_lib.setValue(_address + 8, val.toJS, "double");
_lib.setValue(_address + 4, val.toJS, "float");
}
double get maximumOpacity {
return _lib.getValue(_address + 8, "float").toDartDouble;
}
double _maximumOpacity = 0.0;
double get maximumOpacity => _maximumOpacity;
set maximumOpacity(double val) {
_maximumOpacity = val;
_lib.setValue(_address + 16, val.toJS, "double");
_lib.setValue(_address + 8, val.toJS, "float");
}
double get height {
return _lib.getValue(_address + 12, "float").toDartDouble;
}
double _height = 0.0;
double get height => _height;
set height(double val) {
_height = val;
_lib.setValue(_address + 24, val.toJS, "double");
_lib.setValue(_address + 12, val.toJS, "float");
}
double get heightFalloff {
return _lib.getValue(_address + 16, "float").toDartDouble;
}
double _heightFalloff = 0.0;
double get heightFalloff => _heightFalloff;
set heightFalloff(double val) {
_heightFalloff = val;
_lib.setValue(_address + 32, val.toJS, "double");
_lib.setValue(_address + 16, val.toJS, "float");
}
late double3 _linearColor = double3(0.0, 0.0, 0.0, _address + 40);
double3 get linearColor => _linearColor;
set linearColor(double3 val) {
_linearColor = val;
// Assuming double3 is stored as 24 bytes (3 * 8 bytes)
_lib.setValue(_address + 40, val._address.toJS, "pointer");
double get density {
return _lib.getValue(_address + 20, "float").toDartDouble;
}
double _density = 0.0;
double get density => _density;
set density(double val) {
_density = val;
_lib.setValue(_address + 64, val.toJS, "double");
_lib.setValue(_address + 20, val.toJS, "float");
}
double get inScatteringStart {
return _lib.getValue(_address + 24, "float").toDartDouble;
}
double _inScatteringStart = 0.0;
double get inScatteringStart => _inScatteringStart;
set inScatteringStart(double val) {
_inScatteringStart = val;
_lib.setValue(_address + 72, val.toJS, "double");
_lib.setValue(_address + 24, val.toJS, "float");
}
double get inScatteringSize {
return _lib.getValue(_address + 28, "float").toDartDouble;
}
double _inScatteringSize = 0.0;
double get inScatteringSize => _inScatteringSize;
set inScatteringSize(double val) {
_inScatteringSize = val;
_lib.setValue(_address + 80, val.toJS, "double");
_lib.setValue(_address + 28, val.toJS, "float");
}
bool _fogColorFromIbl = false;
bool get fogColorFromIbl => _fogColorFromIbl;
set fogColorFromIbl(bool val) {
_fogColorFromIbl = val;
_lib.setValue(_address + 88, (val ? 1 : 0).toJS, "i8");
self.Pointer<TTexture> get skyColor {
return self.Pointer<TTexture>(_lib.getValue(_address + 32, "*").toDartInt);
}
self.Pointer<TTexture> _skyColor = self.Pointer<TTexture>(0);
self.Pointer<TTexture> get skyColor => _skyColor;
set skyColor(self.Pointer<TTexture> val) {
_skyColor = val;
_lib.setValue(_address + 96, val.toJS, "*");
_lib.setValue(_address + 32, val.toJS, "*");
}
double get linearColorR {
return _lib.getValue(_address + 36, "float").toDartDouble;
}
set linearColorR(double val) {
_lib.setValue(_address + 36, val.toJS, "float");
}
double get linearColorG {
return _lib.getValue(_address + 40, "float").toDartDouble;
}
set linearColorG(double val) {
_lib.setValue(_address + 40, val.toJS, "float");
}
double get linearColorB {
return _lib.getValue(_address + 44, "float").toDartDouble;
}
set linearColorB(double val) {
_lib.setValue(_address + 44, val.toJS, "float");
}
bool get fogColorFromIbl {
return _lib.getValue(_address + 48, "i8").toDartInt != 0;
}
set fogColorFromIbl(bool val) {
_lib.setValue(_address + 48, (val ? 1 : 0).toJS, "i8");
}
bool get enabled {
return _lib.getValue(_address + 49, "i8").toDartInt != 0;
}
bool _enabled = false;
bool get enabled => _enabled;
set enabled(bool val) {
_enabled = val;
_lib.setValue(_address + 104, (val ? 1 : 0).toJS, "i8");
_lib.setValue(_address + 49, (val ? 1 : 0).toJS, "i8");
}
TFogOptions(
this._distance,
this._cutOffDistance,
this._maximumOpacity,
this._height,
this._heightFalloff,
this._linearColor,
this._density,
this._inScatteringStart,
this._inScatteringSize,
this._fogColorFromIbl,
this._skyColor,
this._enabled,
super._address);
TFogOptions(super._address);
static Pointer<TFogOptions> malloc() {
return Pointer<TFogOptions>(_lib._malloc<TFogOptions>(50));
}
static Pointer<TFogOptions> stackAlloc() {
return Pointer<TFogOptions>(
_lib._stackAlloc<TFogOptions>(112)); // Updated size
return Pointer<TFogOptions>(_lib._stackAlloc<TFogOptions>(50));
}
}
@@ -7008,46 +6972,49 @@ final class double4x4 extends self.Struct {
extension double3Ext on Pointer<double3> {
double3 toDart() {
var x = _lib.getValue(this + 0, "double").toDartDouble;
var y = _lib.getValue(this + 8, "double").toDartDouble;
var z = _lib.getValue(this + 16, "double").toDartDouble;
return double3(x, y, z, this);
}
void setFrom(double3 dartType) {
_lib.setValue(this + 0, dartType.x.toJS, "double");
_lib.setValue(this + 8, dartType.y.toJS, "double");
_lib.setValue(this + 16, dartType.z.toJS, "double");
return double3(this);
}
}
final class double3 extends self.Struct {
double _x = 0.0;
double get x => _x;
double get x {
return _lib.getValue(_address, "double").toDartDouble;
}
set x(double val) {
_x = val;
_lib.setValue(_address, x.toJS, "double");
_lib.setValue(_address, val.toJS, "double");
}
double get y {
return _lib.getValue(_address + 8, "double").toDartDouble;
}
double _y = 0.0;
double get y => _y;
set y(double val) {
_y = val;
_lib.setValue(_address + 8, x.toJS, "double");
_lib.setValue(_address + 8, val.toJS, "double");
}
double get z {
return _lib.getValue(_address + 16, "double").toDartDouble;
}
double _z = 0.0;
double get z => _z;
set z(double val) {
_z = val;
_lib.setValue(_address + 16, x.toJS, "double");
_lib.setValue(_address + 16, val.toJS, "double");
}
double3(this._x, this._y, this._z, super._address);
double3(super._address);
static Pointer<double3> stackAlloc() {
return Pointer<double3>(_lib._stackAlloc<double3>(24));
}
static Pointer<double3> create(double x, double y, double z) {
final ptr = stackAlloc();
final instance = ptr.toDart();
instance.x = x;
instance.y = y;
instance.z = z;
return ptr;
}
}
sealed class TProjection {