import { GenericType, Type } from '../../../../core/base/Type';
import { ArkField } from '../../../../core/model/ArkField';
import { ArkClass } from '../../../../core/model/ArkClass';
import { ArkMethod } from '../../../../core/model/ArkMethod';
import { MethodParameter } from '../../../../core/model/builder/ArkMethodBuilder';
import { CxxAstNode, CxxTranslationUnit } from '../../utils/ArkCxxAstNode';
import { Decorator } from '../../../../core/base/Decorator';
/** Clears build-scoped caches for C++ type-string parsing in this module. */
export declare function clearCxxTypeStringCache(): void;
export declare function buildModifiers(node: CxxAstNode): number;
export declare function buildDecorators(node: CxxAstNode, sourceFile: CxxAstNode): Set<Decorator>;
export declare function buildModifiersForCxxClass(cls: ArkClass): number;
export declare function buildTypeParameters(clsNode: CxxAstNode, sourceFile: CxxAstNode, arkInstance: ArkMethod | ArkClass): GenericType[];
export declare function buildParameters(params: CxxAstNode[], arkInstance: ArkMethod | ArkField, sourceFile: CxxAstNode): MethodParameter[];
export declare function buildReturnType(mtdNode: CxxAstNode, sourceFile: CxxAstNode, method: ArkMethod): Type;
export declare function isCxxFunctionPointer(type: string): boolean;
export declare function buildFuncPtrType(funcPtrNode: CxxAstNode, arkMtd: ArkMethod, sourceFile: CxxAstNode | CxxTranslationUnit): Type;
/**
 *Convert C++AST node to Type
 *@ param nodeQualType - type information of C++AST node or string type
 *@ param arkInstance - Ark instance (method, class or field) that may contain generic information
 *@ param sourceFile - optional source file node
 *@ returns Type after conversion
 */
export declare function cxxNode2Type(nodeQualType: CxxAstNode, arkInstance: ArkMethod | ArkClass | ArkField | undefined, sourceFile?: CxxAstNode, currNode?: CxxAstNode): Type;
/**
 *The corresponding Type object is constructed according to the pre type string and the optional Ark instance.
 *
 *The main processing flow of this function includes:
 *1 Remove modifiers (such as const, static, mutable);
 *2 Judge whether it is a function pointer, and handle pointers and references;
 *3 Type inference to generate basic types;
 *4 Wrap the final Type object according to the pointer level and the number of references.
 *
 *@ param preStr The original pre type string, such as "const int *" or "std:: vector<int>&"
 *@ param arkInstance The optional ArkMethod, ArkClass or ArkField instances are used to assist type construction
 *@ returns Type object constructed
 */
export declare function buildTypeFromPreStr(preStr: string, node: CxxAstNode, arkInstance: ArkMethod | ArkClass | ArkField | undefined): Type;
export declare function buildArrayType(qualType: string, node: CxxAstNode, arkInstance: ArkMethod | ArkClass | ArkField | undefined): Type;
export declare function buildPointerType(preStr: string, pointerLevel: number, node: CxxAstNode, arkInstance: ArkMethod | ArkClass | ArkField | undefined): Type;
export declare function buildReferenceType(preStr: string, referenceCount: number, node: CxxAstNode, arkInstance: ArkMethod | ArkClass | ArkField | undefined): Type;
export declare function isCXXSTLContainer(qualType: string): boolean;
export declare function isFuncInClassOrNamespace(callNode: CxxAstNode): boolean;
export declare function isCxxBasicString(qualType: string): boolean;
export declare function buildTypeFromDerivedType(preStr: string, node: CxxAstNode, arkInstance: ArkMethod | ArkClass | ArkField | undefined): Type;
export declare function convertDataType(typeName: string): string;
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