java类com.squareup.javapoet.TypeVariableName的实例源码

private MethodSpec generateAsMethod(String generatedCodePackageName, TypeSpec requestBuilder) {
  TypeVariableName resourceType = TypeVariableName.get("ResourceType");
  ParameterizedTypeName classOfResouceType = ParameterizedTypeName
      .get(ClassName.get(Class.class), resourceType);

  ClassName generatedRequestBuilderClassName =
      ClassName.get(generatedCodePackageName, requestBuilder.name);

  ParameterizedTypeName requestBuilderOfResourceType = ParameterizedTypeName
      .get(generatedRequestBuilderClassName, resourceType);

  return MethodSpec.methodBuilder("as")
      .addModifiers(Modifier.PUBLIC)
      .addAnnotation(Override.class)
      .addTypeVariable(TypeVariableName.get("ResourceType"))
      .addParameter(classOfResouceType, "resourceClass")
      .returns(requestBuilderOfResourceType)
      .addStatement("return new $T<>(glide, this, resourceClass)",
          this.generatedRequestBuilderClassName)
      .build();
}

private MethodSpec generateAsMethod(String generatedCodePackageName, TypeSpec requestBuilder) {
  TypeVariableName resourceType = TypeVariableName.get("ResourceType");
  ParameterizedTypeName classOfResouceType = ParameterizedTypeName
      .get(ClassName.get(Class.class), resourceType);

  ClassName generatedRequestBuilderClassName =
      ClassName.get(generatedCodePackageName, requestBuilder.name);

  ParameterizedTypeName requestBuilderOfResourceType = ParameterizedTypeName
      .get(generatedRequestBuilderClassName, resourceType);

  return MethodSpec.methodBuilder("as")
      .addModifiers(Modifier.PUBLIC)
      .addAnnotation(Override.class)
      .addTypeVariable(TypeVariableName.get("ResourceType"))
      .addParameter(classOfResouceType, "resourceClass")
      .addAnnotation(AnnotationSpec.builder(CHECK_RESULT_CLASS_NAME).build())
      .returns(requestBuilderOfResourceType)
      .addStatement("return new $T<>(glide, this, resourceClass, context)",
          this.generatedRequestBuilderClassName)
      .build();
}

private static ClassName writeConsumer(int count) throws IOException {
  String packageName = "info.dourok.esactivity.function";
  MethodSpec.Builder method = MethodSpec.methodBuilder("accept")
      .addModifiers(Modifier.PUBLIC, Modifier.ABSTRACT);

  TypeSpec.Builder type = TypeSpec.interfaceBuilder("Consumer" + count)
      .addModifiers(Modifier.PUBLIC);
  for (int i = 0; i < count; i++) {
    type.addTypeVariable(TypeVariableName.get("T" + i));
    method.addParameter(
        TypeVariableName.get("T" + i), "t" + i);
  }
  type.addMethod(method.build());
  JavaFile.builder(packageName, type.build())
      .build()
      .writeTo(EasyUtils.getFiler());
  return ClassName.get(packageName, "Consumer" + count);
}

private MethodSpec.Builder createFoldSignature(Iterable<TypeVariableName> availableTypeVariables)
    throws ParserException {
  MethodSpec.Builder builder =
      MethodSpec.methodBuilder("map")
          .addTypeVariable(FOLD_RETURN_TYPE)
          .addModifiers(Modifier.PUBLIC)
          .returns(FOLD_RETURN_TYPE);

  for (OutputValue arg : values) {
    TypeName visitor =
        ParameterizedTypeName.get(
            ClassName.get(Function.class),
            TypeVariableUtils.withoutMissingTypeVariables(
                arg.parameterizedOutputClass(), availableTypeVariables),
            FOLD_RETURN_TYPE);

    builder.addParameter(
        ParameterSpec.builder(visitor, asCamelCase(arg.name()))
            .addAnnotation(Nonnull.class)
            .build());
  }

  return builder;
}

private MethodSpec.Builder createFoldVoidSignature(
    Iterable<TypeVariableName> availableTypeVariables) throws ParserException {
  MethodSpec.Builder builder =
      MethodSpec.methodBuilder("match").addModifiers(Modifier.PUBLIC).returns(void.class);

  for (OutputValue arg : values) {
    TypeName visitor =
        ParameterizedTypeName.get(
            ClassName.get(Consumer.class),
            withoutMissingTypeVariables(arg.parameterizedOutputClass(), availableTypeVariables));

    builder.addParameter(
        ParameterSpec.builder(visitor, asCamelCase(arg.name()))
            .addAnnotation(Nonnull.class)
            .build());
  }

  return builder;
}

static OutputValue create(Value value, ClassName specOutputClass, Spec spec)
    throws ParserException {
  ClassName outputClass = specOutputClass.nestedClass(value.name());
  Iterable<TypeVariableName> typeVariables = getTypeVariables(value, spec.typeVariables());

  List<Parameter> parameters = new ArrayList<>();
  for (Parameter parameter : value.parameters()) {
    TypeName rawParamType = withoutTypeParameters(parameter.type());

    if (isDataEnumParameter(rawParamType)) {
      TypeName paramOutputType =
          withParametersFromOther(toOutputClass(rawParamType), parameter.type());
      parameters.add(new Parameter(parameter.name(), paramOutputType, parameter.canBeNull()));
    } else {
      parameters.add(parameter);
    }
  }

  return new OutputValue(outputClass, value.name(), parameters, typeVariables);
}

private static boolean typeNeedsTypeVariable(TypeName type, TypeVariableName typeVariable) {
  if (typeVariable.equals(type)) {
    return true;
  }

  if (type instanceof ParameterizedTypeName) {
    ParameterizedTypeName parameterized = ((ParameterizedTypeName) type);
    for (TypeName typeArgument : parameterized.typeArguments) {
      if (typeVariable.equals(typeArgument)) {
        return true;
      }
    }
  }

  if (type instanceof ArrayTypeName) {
    ArrayTypeName arrayType = (ArrayTypeName) type;
    if (typeVariable.equals(arrayType.componentType)) {
      return true;
    }
  }
  return false;
}

private static TypeName getSuperclassForValue(OutputValue value, OutputSpec spec)
    throws ParserException {
  if (!spec.hasTypeVariables()) {
    return spec.outputClass();
  }

  List<TypeName> superParameters = new ArrayList<>();
  for (TypeVariableName typeVariable : spec.typeVariables()) {
    if (Iterables.contains(value.typeVariables(), typeVariable)) {
      superParameters.add(typeVariable);
    } else {
      if (typeVariable.bounds.size() == 0) {
        superParameters.add(TypeName.OBJECT);
      } else if (typeVariable.bounds.size() == 1) {
        superParameters.add(typeVariable.bounds.get(0));
      } else {
        throw new ParserException("More than one generic type bound is not supported ");
      }
    }
  }

  return ParameterizedTypeName.get(
      spec.outputClass(), superParameters.toArray(new TypeName[] {}));
}

private static MethodSpec createAsSpecMethod(OutputValue value, OutputSpec spec) {
  List<TypeVariableName> missingTypeVariables = extractMissingTypeVariablesForValue(value, spec);

  Builder builder =
      MethodSpec.methodBuilder("as" + spec.outputClass().simpleName())
          .addModifiers(Modifier.PUBLIC, Modifier.FINAL)
          .returns(spec.parameterizedOutputClass())
          .addTypeVariables(missingTypeVariables)
          .addStatement("return ($T) this", spec.parameterizedOutputClass());

  // if there are type variables that this sub-type doesn't use, they will lead to 'unchecked
  // cast'
  // warnings when compiling the generated code. These warnings are safe to suppress, since this
  // sub type will never use those type variables.
  if (!missingTypeVariables.isEmpty()) {
    builder.addAnnotation(SUPPRESS_UNCHECKED_WARNINGS);
  }

  return builder.build();
}

public static Spec parse(Element element, ProcessingEnvironment processingEnv) {
  Messager messager = processingEnv.getMessager();

  if (element.getKind() != ElementKind.INTERFACE) {
    messager.printMessage(
        Diagnostic.Kind.ERROR, "@DataEnum can only be used on interfaces.", element);
    return null;
  }

  TypeElement dataEnum = (TypeElement) element;

  List<TypeVariableName> typeVariableNames = new ArrayList<>();
  for (TypeParameterElement typeParameterElement : dataEnum.getTypeParameters()) {
    typeVariableNames.add(TypeVariableName.get(typeParameterElement));
  }

  List<Value> values = ValuesParser.parse(dataEnum, processingEnv);
  if (values == null) {
    return null;
  }

  ClassName enumInterface = ClassName.get(dataEnum);
  return new Spec(enumInterface, typeVariableNames, values);
}

private TypeSpec createJsArrayInterface() {
    TypeVariableName variableName = TypeVariableName.get("T");
    return TypeSpec.classBuilder("JsArray")
            .addModifiers(Modifier.STATIC, Modifier.FINAL)
            .addTypeVariable(variableName)
            .addAnnotation(AnnotationSpec.builder(ClassNames.JSINTEROP_JSTYPE)
                    .addMember("isNative", "true")
                    .addMember("namespace", "$T.GLOBAL", ClassNames.JSINTEROP_JSPACKAGE)
                    .addMember("name", "$S", "Array")
                    .build())
            .addMethod(MethodSpec.methodBuilder("push")
                    .addModifiers(Modifier.PUBLIC, Modifier.NATIVE)
                    .addParameter(variableName, "item")
                    .build())
            .build();
}

@Override
public TypeName replaceReturnType(String currentPkg, String directParentInterface, String curClassname,
                                  List<? extends TypeMirror> superInterfaces, TypeName superClass, ExecutableElement method) {
    final TypeMirror returnType = method.getReturnType();
    switch (method.getSimpleName().toString()){
        case TypeCopyableFiller.NAME_COPY: {
            switch (returnType.getKind()) {
                case TYPEVAR: //泛型
                    return  TypeVariableName.get(directParentInterface);

                default:
                    return TypeName.get(returnType);
            }
        }

        default:
            return TypeName.get(returnType);

    }

}

/**
 * Static factory for creating a {@link MethodSignature} from an
 * {@link ExecutableElement} and a function that can perform type
 * substitutions on a {@link TypeMirror}, returning a {@link TypeName}
 * instance.
 * 
 * @param element
 * @param substitutor
 * @return
 */
public static MethodSignature fromExecutableElementWithSubstitutor(final ExecutableElement element,
        Function<TypeMirror,TypeName> substitutor) {
    return builder()
            .setName(simpleName(element))
            .setVarargs(element.isVarArgs())
            .setReturns(substitutor.apply(element.getReturnType()))
            .setIsStatic(Util.isStatic(element))
            .addParameters(element.getParameters().stream()
                    .map(VariableElement::asType)
                    .map(substitutor)
                    .collect(toList()))
            .addExceptions(element.getThrownTypes().stream()
                    .map(substitutor)
                    .collect(toList()))
            .addTypeParameters(element.getTypeParameters().stream()
                    .map(param -> TypeVariableName.get(simpleName(param))
                            .withBounds(param.getBounds().stream()
                                    .map(substitutor)
                                    .collect(toList())))
                    .collect(toList()))
            .build();
}

public static MethodSignature fromExecutableElement(final ExecutableElement element) {
    return builder()
            .setName(simpleName(element))
            .setVarargs(element.isVarArgs())
            .setReturns(TypeName.get(element.getReturnType()))
            .setIsStatic(Util.isStatic(element))
            .addParameters(element.getParameters().stream()
                    .map(VariableElement::asType)
                    .map(TypeName::get)
                    .collect(toList()))
            .addExceptions(element.getThrownTypes().stream()
                    .map(TypeName::get)
                    .collect(toList()))
            .addTypeParameters(element.getTypeParameters().stream()
                    .map(param -> TypeVariableName.get(simpleName(param))
                            .withBounds(param.getBounds().stream()
                                    .map(TypeName::get)
                                    .collect(toList())))
                    .collect(toList()))
            .build();

}

private static MethodSpec.Builder getDeployMethodSpec(
        String className, Class authType, String authName, boolean isPayable) {
    MethodSpec.Builder builder = MethodSpec.methodBuilder("deploy")
            .addModifiers(Modifier.PUBLIC, Modifier.STATIC)
            .returns(
                    buildRemoteCall(TypeVariableName.get(className, Type.class)))
            .addParameter(Web3j.class, WEB3J)
            .addParameter(authType, authName)
            .addParameter(BigInteger.class, GAS_PRICE)
            .addParameter(BigInteger.class, GAS_LIMIT);
    if (isPayable) {
        return builder.addParameter(BigInteger.class, INITIAL_VALUE);
    } else {
        return builder;
    }
}

private MethodSpec generateGetterMethod(List<TypeElement> getterMethodBucket, int index) {
  TypeVariableName t = TypeVariableName.get("T");
  MethodSpec.Builder getMethod = MethodSpec.methodBuilder(registryInjectionTarget.getterName + "Bucket" + index)
      .addTypeVariable(t)
      .addModifiers(Modifier.PRIVATE)
      .addParameter(ParameterizedTypeName.get(ClassName.get(Class.class), t), "clazz")
      .addParameter(String.class, "className")
      .returns(ParameterizedTypeName.get(ClassName.get(registryInjectionTarget.type), t));

  CodeBlock.Builder switchBlockBuilder = CodeBlock.builder().beginControlFlow("switch(className)");
  String typeSimpleName = registryInjectionTarget.type.getSimpleName();

  for (TypeElement injectionTarget : getterMethodBucket) {
    switchBlockBuilder.add("case ($S):" + LINE_SEPARATOR, getGeneratedFQNClassName(injectionTarget));
    switchBlockBuilder.addStatement("return ($L<T>) new $L$$$$$L()", typeSimpleName, getGeneratedFQNClassName(injectionTarget), typeSimpleName);
  }

  switchBlockBuilder.add("default:" + LINE_SEPARATOR);
  switchBlockBuilder.addStatement("return $L(clazz)", registryInjectionTarget.childrenGetterName);
  switchBlockBuilder.endControlFlow();
  getMethod.addCode(switchBlockBuilder.build());
  return getMethod.build();
}

public RuntimePermissionsElement(TypeElement element, TypeResolver resolver) {
    mTypeResolver = resolver;
    mTypeName = TypeName.get(element.asType());
    typeVariables = new ArrayList<>();
    List<? extends TypeParameterElement> typeParameters = element.getTypeParameters();
    for (TypeParameterElement element1 : typeParameters) {
        typeVariables.add(TypeVariableName.get(element1));
    }
    String claseName = element.getQualifiedName().toString();
    packageName = ProcessorUtil.getPackageName(claseName);
    className = ProcessorUtil.getClassName(claseName);
    classType = checkActivity(element, resolver);
    generatedClassName = element.getSimpleName().toString() + ConstantsProvider.GEN_CLASS_SUFFIX;
    needsPermissionsMethods = findMethods(element, NeedsPermission.class);
    validateNeedsMethods();

    showsRationaleMethods = findMethods(element, OnShowRationale.class);
    validateRationaleMethods();

    deniedPermissionMethods = findMethods(element, OnPermissionDenied.class);
    validateDeniedMethods();

    neverAskMethods = findMethods(element, OnNeverAskAgain.class);
    validateNeverAskMethods();
}

public void generateBinder(LifeCycleAwareInfo lifeCycleAwareInfo) {
    TypeElement hostElement = lifeCycleAwareInfo.element;
    PackageElement packageElement = processingEnv.getElementUtils().getPackageOf(hostElement);
    final String simpleClassName = hostElement.getSimpleName().toString() + LIFE_CYCLE_BINDER_SUFFIX;
    final String qualifiedClassName = packageElement.getQualifiedName() + "." + simpleClassName;

    try {
        JavaFileObject sourceFile = processingEnv.getFiler().createSourceFile(
                qualifiedClassName, lifeCycleAwareInfo.element);

        TypeName objectGenericType = TypeName.get(hostElement.asType());

        TypeSpec.Builder builder = TypeSpec.classBuilder(simpleClassName)
                .addModifiers(PUBLIC)
                .addMethod(generateBindMethod(lifeCycleAwareInfo, objectGenericType));

        List<TypeName> typeArguments = TypeUtils.getTypeArguments(hostElement.asType());
        for (TypeName argument : typeArguments) {
            builder.addTypeVariable((TypeVariableName) argument);
        }

        writeFile(packageElement, sourceFile, builder.build());
    } catch (IOException e) {
        throw new RuntimeException("Failed writing class file " + qualifiedClassName, e);
    }
}

private static List<Parameter> expand(List<TypeName> typevars, char prefix) {
  List<TypeName> builder = powerize(typevars);
  Collections.shuffle(builder);
  List<Parameter> parameters = new ArrayList<>(builder.size());
  int[] count = new int[typevars.size()];
  int mapcount = 0;
  for (TypeName type : builder) {
    if (type instanceof TypeVariableName) {
      int idx = typevars.indexOf(type);
      parameters.add(new Parameter(type, prefix + type.toString().toLowerCase() + count[idx]++));
    } else {
      parameters.add(new Parameter(type, "map" + mapcount++));
    }
  }
  return parameters;
}

private int getFactoryProxyIndex(TypeName gtname) throws AnnotationProcessingException {
  int ret = -1;
  boolean found = false;
  if (gtname instanceof TypeVariableName) {
    for (TypeParameterElement tpe : m_elem.getTypeParameters()) {
      ++ret;
      if (tpe.toString().equals(gtname.toString())) {
        found = true;
        break;
      }
    }
    if (!found) {
      throw new AnnotationProcessingException(null, "%s type is not found during factory proxy query.",
          gtname.toString());
    }
  } else {
    throw new AnnotationProcessingException(null, "%s type is not generic type for factory proxy query.",
        gtname.toString());
  }
  return ret;
}

private MethodSpec generateGetUpdaterMethod(FieldSpec mapField) {
    TypeVariableName typeVariableName = TypeVariableName.get("T");
    ParameterizedTypeName returnType = ParameterizedTypeName.get(ClassName.get(Updater.class), typeVariableName);
    ParameterSpec parameterSpec = ParameterSpec.builder(
            ParameterizedTypeName.get(ClassName.get(Class.class), typeVariableName),
            "tClass"
    ).build();

    final String returnVariableName = "updater";
    return MethodSpec.methodBuilder("getUpdater")
            .addAnnotation(AnnotationSpec.builder(SuppressWarnings.class)
                    .addMember("value", "$S", "unchecked")
                    .build())
            .addModifiers(Modifier.PUBLIC)
            .addTypeVariable(typeVariableName)
            .addParameter(parameterSpec)
            .returns(returnType)
            .addStatement("$T $N = ($T)$N.get($N)", returnType, returnVariableName, returnType, mapField, parameterSpec)
            .beginControlFlow("if ($N == null)", returnVariableName)
            .addStatement("throw new $T(\"Updater for $N not found\")", RuntimeException.class, parameterSpec)
            .endControlFlow()
            .addStatement("return updater")
            .build();
}

private void generateMethod(TypeSpec.Builder classBuilder) {
    TypeVariableName t = TypeVariableName.get("T");
    MethodSpec.Builder methodBuilder = MethodSpec.methodBuilder(PocketBusConst.METHOD_GET_REGISTRAR)
            .addModifiers(Modifier.PUBLIC)
            .addAnnotation(Override.class)
            .addTypeVariable(t)
            .addParameter(t, PocketBusConst.VAR_TARGET)
            .returns(SubscriptionRegistration.class);

    boolean first = true;
    for (SubscriptionNode node : subscriptionTrees) {
        first = writeRegistrars(methodBuilder, node, first);
    }
    if (!first) {
        methodBuilder.endControlFlow();
    }
    methodBuilder.addStatement("return null");

    classBuilder.addMethod(methodBuilder.build());
}

/**
 * NOTE: the key of the returned map is of the raw type if the related
 * {@link NewDependencyInfo#getDependant()} is for a generic class.
 */
public static SetMultimap<NewBindingKey, NewDependencyInfo> collectionToMultimap(
    Collection<NewDependencyInfo> dependencies) {
  SetMultimap<NewBindingKey, NewDependencyInfo> result = HashMultimap.create();
  for (NewDependencyInfo info : dependencies) {
    NewBindingKey key = info.getDependant();
    TypeName typeName = key.getTypeName();
    // For generic type with type variable, only keep raw type.
    if (typeName instanceof ParameterizedTypeName) {
      ParameterizedTypeName parameterizedTypeName = (ParameterizedTypeName) typeName;
      TypeName anyParameter =
          Preconditions.checkNotNull(
              Iterables.getFirst(parameterizedTypeName.typeArguments, null),
              String.format("ParameterizedTypeName of %s has no parameter.", key));
      if (anyParameter instanceof TypeVariableName) {
        typeName = parameterizedTypeName.rawType;
        key = NewBindingKey.get(typeName, key.getQualifier());
      }
    }

    result.put(key, info);
  }
  return result;
}

/**
 * Adds the give {@link NewDependencyInfo} to the map, handling generic type with formal
 * parameters. Returns if it changed the given map.
 */
private boolean addDependencyInfo(
    SetMultimap<NewBindingKey, NewDependencyInfo> existingDependencies, NewDependencyInfo info) {
  NewBindingKey key = info.getDependant();
  TypeName typeName = key.getTypeName();
  // For generic type with type variable, only keep raw type.
  if (typeName instanceof ParameterizedTypeName) {
    ParameterizedTypeName parameterizedTypeName = (ParameterizedTypeName) typeName;
    TypeName anyParameter =
        Preconditions.checkNotNull(
            Iterables.getFirst(parameterizedTypeName.typeArguments, null),
            String.format("ParameterizedTypeName of %s has no parameter.", key));
    if (anyParameter instanceof TypeVariableName) {
      typeName = parameterizedTypeName.rawType;
      key = NewBindingKey.get(typeName, key.getQualifier());
    }
  }

  return existingDependencies.put(key, info);
}

public static Map<TypeVariableName, TypeName> getMapFromTypeVariableToSpecialized(
    ParameterizedTypeName actual, ParameterizedTypeName formal) {
  Preconditions.checkArgument(
      formal.typeArguments.size() == actual.typeArguments.size(),
      String.format("Incompatible actual type %s and formal type %s.", actual, formal));
  Preconditions.checkArgument(
      !formal.typeArguments.isEmpty(),
      String.format("formal type %s and actual type %s has no argument.", formal, actual));

  Map<TypeVariableName, TypeName> result = new HashMap<>();
  for (int i = 0; i < formal.typeArguments.size(); i++) {
    Preconditions.checkArgument(
        formal.typeArguments.get(i) instanceof TypeVariableName,
        String.format("formal type %s has non-TypeVariableName parameter.", formal));
    Preconditions.checkArgument(
        !(actual.typeArguments.get(i) instanceof TypeVariableName),
        String.format("actual type %s has TypeVariableName parameter.", actual));
    result.put(((TypeVariableName) formal.typeArguments.get(i)), actual.typeArguments.get(i));
  }

  return result;
}

/**
 * Returns a {@link TypeName} with all the {@link TypeVariableName} in the
 * given typeName replaced with the {@link TypeName} found in map the the
 * {@link TypeVariableName} if necessary.
 */
public static TypeName specializeIfNeeded(
    TypeName typeName, Map<TypeVariableName, TypeName> map) {
  if (typeName instanceof TypeVariableName) {
    Preconditions.checkArgument(map.containsKey(typeName));
    return map.get(typeName);
  } else if (typeName instanceof ParameterizedTypeName) {
    ParameterizedTypeName parameterizedTypeName = (ParameterizedTypeName) typeName;
    ClassName rawName = parameterizedTypeName.rawType;
    List<TypeName> parameterTypes = new ArrayList<>();
    for (TypeName t : parameterizedTypeName.typeArguments) {
      parameterTypes.add(specializeIfNeeded(t, map));
    }
    return ParameterizedTypeName.get(rawName, parameterTypes.toArray(new TypeName[0]));
  } else {
    return typeName;
  }
}

public static ColumnClassWriter from(@NonNull TransformerElement transformerElement,
                                     @NonNull Environment environment,
                                     boolean createUniqueClass) {
  final TypeName deserializedTypeName = transformerElement.getDeserializedTypeNameForGenerics();
  final ClassName superClassName = transformerElement.isNumericType() ? NUMERIC_COLUMN : COLUMN;
  final TypeVariableName parentTableType = TypeVariableName.get("T");
  final TypeVariableName nullabilityType = TypeVariableName.get("N");
  final ExtendedTypeElement serializedType = transformerElement.getSerializedType();
  final String className = createUniqueClass ? getUniqueClassName(transformerElement) : getClassName(transformerElement);

  return ColumnClassWriter.builder()
      .environment(environment)
      .className(className)
      .deserializedTypeName(deserializedTypeName)
      .serializedType(serializedType)
      .superClass(ParameterizedTypeName.get(superClassName,
          deserializedTypeName, deserializedTypeName, deserializedTypeName,
          parentTableType, nullabilityType))
      .parentTableType(parentTableType)
      .nullabilityType(nullabilityType)
      .valueGetter(transformerElement.serializedValueGetter(VAL_VARIABLE))
      .transformerElement(transformerElement)
      .nullable(!serializedType.isPrimitiveElement())
      .unique(createUniqueClass)
      .build();
}

public static void addOperationByColumnToOperationBuilder(TypeSpec.Builder builder,
                                                          TypeName interfaceName) {
  final TypeVariableName inputColumnType = TypeVariableName.get("C", ParameterizedTypeName.get(UNIQUE, NOT_NULLABLE_COLUMN));

  builder
      .addField(FieldSpec
          .builder(OPERATION_BY_COLUMNS, OPERATION_BY_COLUMNS_VARIABLE, PRIVATE, FINAL)
          .addAnnotation(NON_NULL)
          .initializer("new $T<>(2)", ARRAY_LIST)
          .build())
      .addMethod(MethodSpec
          .methodBuilder(METHOD_BY_COLUMN)
          .addModifiers(Modifier.PUBLIC)
          .addAnnotation(Override.class)
          .addAnnotation(NON_NULL)
          .addAnnotation(CHECK_RESULT)
          .addTypeVariable(inputColumnType)
          .addParameter(ParameterSpec.builder(inputColumnType, "column").build())
          .returns(interfaceName)
          .addStatement("this.$L.add(($T) column)",
              OPERATION_BY_COLUMNS_VARIABLE, COLUMN)
          .addStatement("return this")
          .build());
}

@Override
public MethodSpec methodSpec() {
    ParameterSpec handler = ParameterSpec.builder(
            ParameterizedTypeName.get(ClassName.get(Function.class), 
                    ClassName.get(Response.class), ClassName.bestGuess("T")), "handler").build();

    return MethodSpec.methodBuilder(isNotEmpty(name) ? name : httpMethod)
            .addModifiers(Modifier.PUBLIC)
            .addTypeVariable(TypeVariableName.get("T"))
            .returns(ClassName.bestGuess("T"))
            .addJavadoc("$L\n", trimToEmpty(action.getDescription()))
            .addParameter(handler)
            .addStatement("return $L.apply($T.given().spec($L.build()).expect().spec($L.build()).when().$L($L))",
                    handler.name,
                    RestAssured.class,
                    reqFieldName,
                    respFieldName,
                    httpMethod,
                    uriConst
            ).build();
}

DtoGeneratorOutput.BuilderMethod builderMethod(SimpleRegularGoalDescription description,
                                               VarLife life) {
  ParameterSpec instance = parameterSpec(description.context.type, "instance");
  List<List<TypeVariableName>> typeParams = life.typeParams();
  MethodSpec.Builder builder = methodBuilder(description.details.name + "Builder")
      .addModifiers(description.details.access(STATIC))
      .returns(parameterizedTypeName(
          contractType.nestedClass(upcase(description.parameters.get(0).name)),
          typeParams.get(0)));
  builder.addParameters(
      goalMethodParameters.apply(description.details, instance));
  builder.addTypeVariables(typeParams.get(0));
  builder.addCode(returnStatement.apply(description.details, instance));
  return new DtoGeneratorOutput.BuilderMethod(
      description.details.name,
      builder.build());
}