- Created SkeletonDrawable class wrapping spine_skeleton_drawable C functions
- Implemented AnimationStateEventManager singleton for event listener management
- Added helper types: Bounds and Vector structs
- Added extensions for Skeleton (bounds, getPosition)
- Added extensions for Skin (getEntries to iterate attachments)
- Added extensions for BonePose (coordinate transformations)
- Added extensions for AnimationState and TrackEntry (event listeners)
- Created skeleton_drawable_test_swift.swift using SpineSwift high-level API
- Updated test Package.swift to include SpineSwift dependency
- SpineSwift module now compiles with 0 errors
This completes the port of the high-level API from spine-flutter's spine_dart.dart
to SpineSwift, providing a clean Swift API that mirrors the Dart implementation.
- Fixed array wrapper generation to use correct pointer casting
- Changed array count/length properties to return Int instead of Int32
- Fixed buffer access for primitive and object arrays (no assumingMemoryBound needed)
- Corrected size_t parameters to use Int instead of Int32
- Updated module imports (SpineSwift instead of Spine)
- Reduced compilation errors from 17,500 to 0 for SpineSwift module
- Remaining 27 errors are iOS-specific (UIKit) in SpineiOS module
- Created clean module separation:
- SpineC: C/C++ compilation only (working)
- SpineSwift: Generated Swift bindings + platform-agnostic API
- SpineiOS: iOS-specific UI components only
- Updated Package.swift with proper target structure
- Moved generated Swift files to SpineSwift/Generated
- Removed redundant SpineModule
- Created test with skeleton_drawable_test.swift ported from Dart
- Test successfully runs using SpineC module directly
- Note: SpineSwift has Objective-C selector conflicts to be fixed
Replace "<circular>" with meaningful reference strings using a hybrid approach:
- Objects with names: <EventData-walk>, <BoneData-head>, <Animation-run>
- Objects without names: <TrackEntry-1>, <Bone-2>, <SliderTimeline-3>
Each serialized object now includes "refString" as its first field, enabling
easy navigation from circular references to full object definitions.
