mirror of
https://github.com/EsotericSoftware/spine-runtimes.git
synced 2026-02-05 06:44:56 +08:00
429ed9dd3b
- Implement comprehensive C++ serializer generator (tests/generate-cpp-serializer.ts) - Direct transformation of Java SkeletonSerializer to C++ header-only implementation - Handle all C++-specific API differences: * Field access patterns (obj.field → obj->field, private fields → obj->_field) * Null check removal for reference-returning methods (getBones, getEdges) * Nested array null check elimination (getVertices, getDrawOrders) * Enum serialization via switch statements replacing .name() calls * Custom function replacement system for C++-specific implementations - Add specialized C++ implementations: * writeColor: handle public Color fields (r,g,b,a without underscore) * writeSkin: iterate AttachmentMap::Entries and call writeSkinEntry * writeSkinEntry: handle AttachmentMap::Entry instead of Java SkinEntry - Auto-generate both pointer and reference versions of all write methods - Create JsonWriter.h as header-only port of Java JsonWriter - Update HeadlessTest.cpp to use generated SkeletonSerializer - Add comprehensive type analysis and enum mapping from analysis-result.json - Implement exclusion system for filtering unwanted types/methods - Fix Java generator nested array null checks that were incorrectly hardcoded Generated C++ serializer produces identical JSON output to Java reference implementation.
69 lines
2.0 KiB
TypeScript
69 lines
2.0 KiB
TypeScript
// Shared types for the Spine serializer generator
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// Match lsp-cli's Supertype interface
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export interface Supertype {
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name: string;
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typeArguments?: string[];
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}
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// Match lsp-cli's SymbolInfo interface (we call it Symbol for backward compatibility)
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export interface Symbol {
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name: string;
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kind: string;
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file: string;
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preview: string;
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documentation?: string;
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typeParameters?: string[];
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supertypes?: Supertype[];
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children?: Symbol[];
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// We don't need range and definition for our use case
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}
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export interface LspOutput {
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language: string;
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directory: string;
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symbols: Symbol[];
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}
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export interface ClassInfo {
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className: string;
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superTypes: string[]; // Just the names for backward compatibility
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superTypeDetails?: Supertype[]; // Full details with type arguments
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getters: GetterInfo[];
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fields: FieldInfo[];
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file: string;
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isAbstract: boolean;
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isInterface: boolean;
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isEnum: boolean;
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typeParameters?: string[]; // The class's own type parameters
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enumValues?: string[]; // For enums
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concreteImplementations?: string[]; // For abstract classes/interfaces - only leaf concrete types
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allImplementations?: string[]; // For abstract classes/interfaces - includes intermediate abstract types
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}
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export interface GetterInfo {
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methodName: string;
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returnType: string;
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}
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export interface FieldInfo {
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fieldName: string;
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fieldType: string;
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isFinal: boolean;
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}
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export interface PropertyInfo {
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name: string;
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type: string;
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isGetter: boolean;
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inheritedFrom?: string; // Which class this property was inherited from
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excluded: boolean; // Whether this property should be excluded from serialization
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}
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export interface AnalysisResult {
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classMap: Map<string, ClassInfo>;
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accessibleTypes: Set<string>;
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abstractTypes: Map<string, string[]>; // abstract type -> concrete implementations
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allTypesToGenerate: Set<string>; // all types that need write methods
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typeProperties: Map<string, PropertyInfo[]>; // type -> all properties (including inherited)
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} |