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public TypeResolver build() { resolveTypeVariables(); Map<TypeVariable<?>, Type> mergedVariables = new HashMap<TypeVariable<?>, Type>(eventTypeVariables); mergedVariables.putAll(selectedTypeVariables); mergedVariables.putAll(resolvedTypes); return new TypeResolver(mergedVariables); }
protected Type getEventType(Class<?> runtimeType) { Type resolvedType = runtimeType; if (Types.containsTypeVariable(resolvedType)) { /* * If the container is unable to resolve the parameterized type of the event object, it uses the specified type to infer the parameterized type of the event types. */ resolvedType = injectionPointTypeHierarchy.resolveType(resolvedType); } if (Types.containsTypeVariable(resolvedType)) { /* * Examining the hierarchy of the specified type did not help. This may still be one of the cases when combining the * event type and the specified type reveals the actual values for type variables. Let's try that. */ Type canonicalEventType = Types.getCanonicalType(runtimeType); TypeResolver objectTypeResolver = new EventObjectTypeResolverBuilder(injectionPointTypeHierarchy.getResolver() .getResolvedTypeVariables(), new HierarchyDiscovery(canonicalEventType).getResolver() .getResolvedTypeVariables()).build(); resolvedType = objectTypeResolver.resolveType(canonicalEventType); } return resolvedType; }
protected void resolveTypeVariables(Type type1, Type type2) { if (type1 instanceof TypeVariable<?>) { resolveTypeVariables((TypeVariable<?>) type1, type2); } if (type1 instanceof ParameterizedType) { resolveTypeVariables((ParameterizedType) type1, type2); } }
protected Type getEventType(Class<?> runtimeType) { Type resolvedType = runtimeType; if (Types.containsTypeVariable(resolvedType)) { /* * If the container is unable to resolve the parameterized type of the event object, it uses the specified type to infer the parameterized type of the event types. */ resolvedType = injectionPointTypeHierarchy.resolveType(resolvedType); } if (Types.containsTypeVariable(resolvedType)) { /* * Examining the hierarchy of the specified type did not help. This may still be one of the cases when combining the * event type and the specified type reveals the actual values for type variables. Let's try that. */ Type canonicalEventType = Types.getCanonicalType(runtimeType); TypeResolver objectTypeResolver = new EventObjectTypeResolverBuilder(injectionPointTypeHierarchy.getResolver() .getResolvedTypeVariables(), new HierarchyDiscovery(canonicalEventType).getResolver() .getResolvedTypeVariables()).build(); resolvedType = objectTypeResolver.resolveType(canonicalEventType); } return resolvedType; }
protected void resolveTypeVariables(Type type1, Type type2) { if (type1 instanceof TypeVariable<?>) { resolveTypeVariables((TypeVariable<?>) type1, type2); } if (type1 instanceof ParameterizedType) { resolveTypeVariables((ParameterizedType) type1, type2); } }
protected Type getEventType(Class<?> runtimeType) { Type resolvedType = runtimeType; if (Types.containsTypeVariable(resolvedType)) { /* * If the container is unable to resolve the parameterized type of the event object, it uses the specified type to infer the parameterized type of the event types. */ resolvedType = injectionPointTypeHierarchy.resolveType(resolvedType); } if (Types.containsTypeVariable(resolvedType)) { /* * Examining the hierarchy of the specified type did not help. This may still be one of the cases when combining the * event type and the specified type reveals the actual values for type variables. Let's try that. */ Type canonicalEventType = Types.getCanonicalType(runtimeType); TypeResolver objectTypeResolver = new EventObjectTypeResolverBuilder(injectionPointTypeHierarchy.getResolver() .getResolvedTypeVariables(), new HierarchyDiscovery(canonicalEventType).getResolver() .getResolvedTypeVariables()).build(); resolvedType = objectTypeResolver.resolveType(canonicalEventType); } return resolvedType; }
public TypeResolver build() { resolveTypeVariables(); Map<TypeVariable<?>, Type> mergedVariables = new HashMap<TypeVariable<?>, Type>(eventTypeVariables); mergedVariables.putAll(selectedTypeVariables); mergedVariables.putAll(resolvedTypes); return new TypeResolver(mergedVariables); }
protected void resolveTypeVariables(Type type1, Type type2) { if (type1 instanceof TypeVariable<?>) { resolveTypeVariables((TypeVariable<?>) type1, type2); } if (type1 instanceof ParameterizedType) { resolveTypeVariables((ParameterizedType) type1, type2); } }
protected Type getEventType(Class<?> runtimeType) { Type resolvedType = runtimeType; if (Types.containsTypeVariable(resolvedType)) { /* * If the container is unable to resolve the parameterized type of the event object, it uses the specified type to infer the parameterized type of the event types. */ resolvedType = injectionPointTypeHierarchy.resolveType(resolvedType); } if (Types.containsTypeVariable(resolvedType)) { /* * Examining the hierarchy of the specified type did not help. This may still be one of the cases when combining the * event type and the specified type reveals the actual values for type variables. Let's try that. */ Type canonicalEventType = Types.getCanonicalType(runtimeType); TypeResolver objectTypeResolver = new EventObjectTypeResolverBuilder(injectionPointTypeHierarchy.getResolver() .getResolvedTypeVariables(), new HierarchyDiscovery(canonicalEventType).getResolver() .getResolvedTypeVariables()).build(); resolvedType = objectTypeResolver.resolveType(canonicalEventType); } return resolvedType; }
public TypeResolver build() { resolveTypeVariables(); Map<TypeVariable<?>, Type> mergedVariables = new HashMap<TypeVariable<?>, Type>(eventTypeVariables); mergedVariables.putAll(selectedTypeVariables); mergedVariables.putAll(resolvedTypes); return new TypeResolver(mergedVariables); }
protected void resolveTypeVariables(Type type1, Type type2) { if (type1 instanceof TypeVariable<?>) { resolveTypeVariables((TypeVariable<?>) type1, type2); } if (type1 instanceof ParameterizedType) { resolveTypeVariables((ParameterizedType) type1, type2); } }
protected Type getEventType(Class<?> runtimeType) { Type resolvedType = runtimeType; if (Types.containsTypeVariable(resolvedType)) { /* * If the container is unable to resolve the parameterized type of the event object, it uses the specified type to infer the parameterized type of the event types. */ resolvedType = injectionPointTypeHierarchy.resolveType(resolvedType); } if (Types.containsTypeVariable(resolvedType)) { /* * Examining the hierarchy of the specified type did not help. This may still be one of the cases when combining the * event type and the specified type reveals the actual values for type variables. Let's try that. */ Type canonicalEventType = Types.getCanonicalType(runtimeType); TypeResolver objectTypeResolver = new EventObjectTypeResolverBuilder(injectionPointTypeHierarchy.getResolver() .getResolvedTypeVariables(), new HierarchyDiscovery(canonicalEventType).getResolver() .getResolvedTypeVariables()).build(); resolvedType = objectTypeResolver.resolveType(canonicalEventType); } return resolvedType; }
public TypeResolver build() { resolveTypeVariables(); Map<TypeVariable<?>, Type> mergedVariables = new HashMap<TypeVariable<?>, Type>(eventTypeVariables); mergedVariables.putAll(selectedTypeVariables); mergedVariables.putAll(resolvedTypes); return new TypeResolver(mergedVariables); }
protected void resolveTypeVariables(Type type1, Type type2) { if (type1 instanceof TypeVariable<?>) { resolveTypeVariables((TypeVariable<?>) type1, type2); } if (type1 instanceof ParameterizedType) { resolveTypeVariables((ParameterizedType) type1, type2); } }
protected Type getEventType(Class<?> runtimeType) { Type resolvedType = runtimeType; if (Types.containsTypeVariable(resolvedType)) { /* * If the container is unable to resolve the parameterized type of the event object, it uses the specified type to infer the parameterized type of the event types. */ resolvedType = injectionPointTypeHierarchy.resolveType(resolvedType); } if (Types.containsTypeVariable(resolvedType)) { /* * Examining the hierarchy of the specified type did not help. This may still be one of the cases when combining the * event type and the specified type reveals the actual values for type variables. Let's try that. */ Type canonicalEventType = Types.getCanonicalType(runtimeType); TypeResolver objectTypeResolver = new EventObjectTypeResolverBuilder(injectionPointTypeHierarchy.getResolver() .getResolvedTypeVariables(), new HierarchyDiscovery(canonicalEventType).getResolver() .getResolvedTypeVariables()).build(); resolvedType = objectTypeResolver.resolveType(canonicalEventType); } return resolvedType; }
public TypeResolver build() { resolveTypeVariables(); Map<TypeVariable<?>, Type> mergedVariables = new HashMap<TypeVariable<?>, Type>(eventTypeVariables); mergedVariables.putAll(selectedTypeVariables); mergedVariables.putAll(resolvedTypes); return new TypeResolver(mergedVariables); }
protected void resolveTypeVariables(Type type1, Type type2) { if (type1 instanceof TypeVariable<?>) { resolveTypeVariables((TypeVariable<?>) type1, type2); } if (type1 instanceof ParameterizedType) { resolveTypeVariables((ParameterizedType) type1, type2); } }
public TypeResolver build() { resolveTypeVariables(); Map<TypeVariable<?>, Type> mergedVariables = new HashMap<TypeVariable<?>, Type>(eventTypeVariables); mergedVariables.putAll(selectedTypeVariables); mergedVariables.putAll(resolvedTypes); return new TypeResolver(mergedVariables); }
protected void resolveTypeVariables(ParameterizedType type1, Type type2) { if (type2 instanceof ParameterizedType) { Type[] type1Arguments = type1.getActualTypeArguments(); Type[] type2Arguments = ((ParameterizedType) type2).getActualTypeArguments(); if (type1Arguments.length == type2Arguments.length) { for (int i = 0; i < type1Arguments.length; i++) { resolveTypeVariables(type1Arguments[i], type2Arguments[i]); } } } }
protected void resolveTypeVariables(ParameterizedType type1, Type type2) { if (type2 instanceof ParameterizedType) { Type[] type1Arguments = type1.getActualTypeArguments(); Type[] type2Arguments = ((ParameterizedType) type2).getActualTypeArguments(); if (type1Arguments.length == type2Arguments.length) { for (int i = 0; i < type1Arguments.length; i++) { resolveTypeVariables(type1Arguments[i], type2Arguments[i]); } } } }