UnityMirror/spine-runtimes
1
0
Fork 0
mirror of https://github.com/EsotericSoftware/spine-runtimes.git synced 2025-12-20 09:16:01 +08:00
Code Issues Packages Projects Releases Wiki Activity

Regenerated bindings

Browse Source
This commit is contained in:
Mario Zechner 2025-10-07 17:51:26 +02:00
parent c4a9b49ef3
commit cf0cb56609
2 changed files with 11 additions and 12 deletions
Show Stats Download Patch File Download Diff File Expand all files Collapse all files

1
spine-flutter/example/macos/Flutter/GeneratedPluginRegistrant.swift
View File

@ -5,6 +5,5 @@
import FlutterMacOS import FlutterMacOS
import Foundation import Foundation
func RegisterGeneratedPlugins(registry: FlutterPluginRegistry) { func RegisterGeneratedPlugins(registry: FlutterPluginRegistry) {
} }

22
spine-ios/test/src/skeleton_drawable_test_swift.swift
View File

@ -246,7 +246,7 @@ func runSkeletonDrawableTestSwift() {
if let constraint = constraints[i] { if let constraint = constraints[i] {
let rttiClassName = constraint.rtti.rttiClassName ?? "unknown" let rttiClassName = constraint.rtti.rttiClassName ?? "unknown"
print(" Constraint \(i) type: \(rttiClassName)") print(" Constraint \(i) type: \(rttiClassName)")
let data = constraint.data let data = constraint.data
let dataRttiClassName = data.rtti.rttiClassName ?? "unknown" let dataRttiClassName = data.rtti.rttiClassName ?? "unknown"
print(" Data type: \(dataRttiClassName)") print(" Data type: \(dataRttiClassName)")
@ -258,44 +258,44 @@ func runSkeletonDrawableTestSwift() {
print("\nTesting PosedActive methods on Bone:") print("\nTesting PosedActive methods on Bone:")
if let bone = drawable.skeleton.findBone("rear-shin") { if let bone = drawable.skeleton.findBone("rear-shin") {
print(" Found bone: \(bone.data.name)") print(" Found bone: \(bone.data.name)")
// Cast Bone to PosedActive and try to call PosedActive methods // Cast Bone to PosedActive and try to call PosedActive methods
let posedActive = bone as PosedActive let posedActive = bone as PosedActive
print(" Successfully cast Bone to PosedActive") print(" Successfully cast Bone to PosedActive")
// Try to access PosedActive properties/methods // Try to access PosedActive properties/methods
// This should work if the pointer is correct, or crash if there's an offset issue // This should work if the pointer is correct, or crash if there's an offset issue
// Get the isActive property (this is a PosedActive method) // Get the isActive property (this is a PosedActive method)
let isActiveFromPosed = posedActive.isActive let isActiveFromPosed = posedActive.isActive
print(" isActive from PosedActive: \(isActiveFromPosed)") print(" isActive from PosedActive: \(isActiveFromPosed)")
// Set active property through PosedActive // Set active property through PosedActive
print(" Setting active to false through PosedActive...") print(" Setting active to false through PosedActive...")
posedActive.active = false posedActive.active = false
print(" ✓ Set active property succeeded") print(" ✓ Set active property succeeded")
// Check if it's actually false // Check if it's actually false
let isStillActive = posedActive.isActive let isStillActive = posedActive.isActive
print(" isActive after setting to false: \(isStillActive)") print(" isActive after setting to false: \(isStillActive)")
// Restore it // Restore it
posedActive.active = true posedActive.active = true
print(" Restored active to true") print(" Restored active to true")
// Now test the Update protocol // Now test the Update protocol
let updateProtocol = bone as Update let updateProtocol = bone as Update
print(" Successfully cast Bone to Update protocol") print(" Successfully cast Bone to Update protocol")
// Call update with required parameters // Call update with required parameters
print(" Calling update() through Update protocol...") print(" Calling update() through Update protocol...")
updateProtocol.update(drawable.skeleton, Physics.none) updateProtocol.update(drawable.skeleton, Physics.none)
print(" ✓ update() call succeeded through Update protocol") print(" ✓ update() call succeeded through Update protocol")
// Test that we can still use Bone methods after casting // Test that we can still use Bone methods after casting
let appliedPose = bone.appliedPose let appliedPose = bone.appliedPose
print(" Bone appliedPose still accessible: x=\(appliedPose.x), y=\(appliedPose.y)") print(" Bone appliedPose still accessible: x=\(appliedPose.x), y=\(appliedPose.y)")
// The fact that this all works suggests the pointer is being handled correctly // The fact that this all works suggests the pointer is being handled correctly
// even though we're not using cast functions in the constructor chain // even though we're not using cast functions in the constructor chain
print(" ✓ All PosedActive and Update methods work correctly on Bone instance") print(" ✓ All PosedActive and Update methods work correctly on Bone instance")