if (!substitutionsProvider.isGenericMethod() && !declaringType.isGenericType()) { return null; final List<? extends TypeReference> typeArguments; if (substitutionsProvider.isGenericMethod()) { methodGenericParameters = substitutionsProvider.getGenericParameters();
if (!substitutionsProvider.isGenericMethod() && !declaringType.isGenericType()) { return null; final List<? extends TypeReference> typeArguments; if (substitutionsProvider.isGenericMethod()) { methodGenericParameters = substitutionsProvider.getGenericParameters();
if (!substitutionsProvider.isGenericMethod() && !declaringType.isGenericType()) { return null; final List<? extends TypeReference> typeArguments; if (substitutionsProvider.isGenericMethod()) { methodGenericParameters = substitutionsProvider.getGenericParameters();
private static MethodReference ensureReturnType( final MethodReference originalMethod, final MethodReference method, final TypeReference returnType, final TypeReference declaringType) { if (isSameType(method.getReturnType(), returnType, true)) { return method; } final MethodDefinition resolvedMethod = originalMethod.resolve(); final List<TypeReference> typeArguments; if (method instanceof IGenericInstance && method.isGenericMethod()) { typeArguments = ((IGenericInstance) method).getTypeArguments(); } else { typeArguments = Collections.emptyList(); } return new GenericMethodInstance( declaringType, resolvedMethod != null ? resolvedMethod : originalMethod, returnType, copyParameters(method.getParameters()), typeArguments ); }
private static MethodReference ensureReturnType( final MethodReference originalMethod, final MethodReference method, final TypeReference returnType, final TypeReference declaringType) { if (isSameType(method.getReturnType(), returnType, true)) { return method; } final MethodDefinition resolvedMethod = originalMethod.resolve(); final List<TypeReference> typeArguments; if (method instanceof IGenericInstance && method.isGenericMethod()) { typeArguments = ((IGenericInstance) method).getTypeArguments(); } else { typeArguments = Collections.emptyList(); } return new GenericMethodInstance( declaringType, resolvedMethod != null ? resolvedMethod : originalMethod, returnType, copyParameters(method.getParameters()), typeArguments ); }
private static MethodReference ensureReturnType( final MethodReference originalMethod, final MethodReference method, final TypeReference returnType, final TypeReference declaringType) { if (isSameType(method.getReturnType(), returnType, true)) { return method; } final MethodDefinition resolvedMethod = originalMethod.resolve(); final List<TypeReference> typeArguments; if (method instanceof IGenericInstance && method.isGenericMethod()) { typeArguments = ((IGenericInstance) method).getTypeArguments(); } else { typeArguments = Collections.emptyList(); } final MethodReference definition = resolvedMethod != null ? resolvedMethod : originalMethod; return new GenericMethodInstance( declaringType, definition, returnType, copyParameters(method.getParameters()), typeArguments ); }
final MethodReference candidate = candidates[i]; if (candidate.isGenericMethod()) { final Map<TypeReference, TypeReference> mappings = new HashMap<>(); final List<ParameterDefinition> parameters = candidate.getParameters();
final MethodReference candidate = candidates[i]; if (candidate.isGenericMethod()) { final Map<TypeReference, TypeReference> mappings = new HashMap<>(); final List<ParameterDefinition> parameters = candidate.getParameters();
final MethodReference candidate = candidates[i]; if (candidate.isGenericMethod()) { final Map<TypeReference, TypeReference> mappings = new HashMap<>(); final List<ParameterDefinition> parameters = candidate.getParameters();
if (boundMethod.isGenericMethod()) { if (mappings == null) { mappings = new HashMap<>(); if (r != null && method.isGenericMethod()) { final HashMap<TypeReference, TypeReference> tempMappings = new HashMap<>(); final List<ParameterDefinition> bp = method.getParameters();
if (boundMethod.isGenericMethod()) { if (mappings == null) { mappings = new HashMap<>(); if (r != null && method.isGenericMethod()) { final HashMap<TypeReference, TypeReference> tempMappings = new HashMap<>(); final List<ParameterDefinition> bp = method.getParameters();
if (boundMethod.isGenericMethod()) { if (mappings == null) { mappings = new HashMap<>(); if (r != null && method.isGenericMethod()) { final HashMap<TypeReference, TypeReference> tempMappings = new HashMap<>(); final List<ParameterDefinition> bp = method.getParameters();
final MethodReference ownerMethod = (MethodReference) owner; if (method.isGenericMethod() && MetadataResolver.areEquivalent(ownerMethod.getDeclaringType(), method.getDeclaringType()) && StringUtilities.equals(ownerMethod.getName(), method.getName()) &&
final MethodReference ownerMethod = (MethodReference) owner; if (method.isGenericMethod() && MetadataResolver.areEquivalent(ownerMethod.getDeclaringType(), method.getDeclaringType()) && StringUtilities.equals(ownerMethod.getName(), method.getName()) &&
final MethodReference ownerMethod = (MethodReference) owner; if (method.isGenericMethod() && MetadataResolver.areEquivalent(ownerMethod.getDeclaringType(), method.getDeclaringType()) && StringUtilities.equals(ownerMethod.getName(), method.getName()) &&
final MethodReference ownerMethod = (MethodReference) owner; if (method.isGenericMethod() && MetadataResolver.areEquivalent(ownerMethod.getDeclaringType(), method.getDeclaringType()) && StringUtilities.equals(ownerMethod.getName(), method.getName()) &&
final MethodReference ownerMethod = (MethodReference) owner; if (method.isGenericMethod() && MetadataResolver.areEquivalent(ownerMethod.getDeclaringType(), method.getDeclaringType()) && StringUtilities.equals(ownerMethod.getName(), method.getName()) &&
final MethodReference ownerMethod = (MethodReference) owner; if (method.isGenericMethod() && MetadataResolver.areEquivalent(ownerMethod.getDeclaringType(), method.getDeclaringType()) && StringUtilities.equals(ownerMethod.getName(), method.getName()) &&