import { Classifiable, ClassifyResult, IValidation, Resolved } from "@typia/interface";
import { TypeGuardError } from "./TypeGuardError";
/**
 * Deep clones value of type `T`.
 *
 * Creates a deep copy of the input value. Class instances with methods are
 * cloned as plain objects (methods are not copied).
 *
 * Does not validate the input. For validation, use:
 *
 * - {@link assertClone} — Throws on type mismatch
 * - {@link isClone} — Returns `null` on type mismatch
 * - {@link validateClone} — Returns detailed validation errors
 *
 * @template T Type of input value
 * @param input Value to clone
 * @returns Deep cloned value
 */
export declare function clone<T>(input: T): Resolved<T>;
/**
 * Deep clones value with assertion.
 *
 * Creates a deep copy with {@link assert} validation. Throws
 * {@link TypeGuardError} on type mismatch. Class instances with methods are
 * cloned as plain objects.
 *
 * Related functions:
 *
 * - {@link clone} — No validation
 * - {@link isClone} — Returns `null` instead of throwing
 * - {@link validateClone} — Returns detailed validation errors
 *
 * @template T Type of input value
 * @param input Value to clone
 * @param errorFactory Custom error factory receiving
 *   {@link TypeGuardError.IProps}
 * @returns Deep cloned value
 * @throws {TypeGuardError} When input doesn't conform to type `T`
 */
export declare function assertClone<T>(input: T, errorFactory?: undefined | ((props: TypeGuardError.IProps) => Error)): Resolved<T>;
/**
 * Deep clones value with type checking.
 *
 * Creates a deep copy with {@link is} validation. Returns `null` on type
 * mismatch. Class instances with methods are cloned as plain objects.
 *
 * Related functions:
 *
 * - {@link clone} — No validation
 * - {@link assertClone} — Throws instead of returning `null`
 * - {@link validateClone} — Returns detailed validation errors
 *
 * @template T Type of input value
 * @param input Value to clone
 * @returns Deep cloned value, or `null` if invalid
 */
export declare function isClone<T>(input: T): Resolved<T> | null;
/**
 * Deep clones value with validation.
 *
 * Creates a deep copy with {@link validate} validation. Returns
 * {@link IValidation.IFailure} with all errors on mismatch, or
 * {@link IValidation.ISuccess} with cloned value. Class instances with methods
 * are cloned as plain objects.
 *
 * Related functions:
 *
 * - {@link clone} — No validation
 * - {@link assertClone} — Throws on first error
 * - {@link isClone} — Returns `null` instead of error details
 *
 * @template T Type of input value
 * @param input Value to clone
 * @returns Validation result containing cloned value or errors
 */
export declare function validateClone<T>(input: T): IValidation<Resolved<T>>;
/**
 * Removes superfluous properties from object.
 *
 * Deletes all properties not defined in type `T`, including in nested objects.
 * Mutates the input directly—removed properties cannot be recovered.
 *
 * Does not validate the input. For validation, use:
 *
 * - {@link assertPrune} — Throws on type mismatch
 * - {@link isPrune} — Returns `false` on type mismatch
 * - {@link validatePrune} — Returns detailed validation errors
 *
 * @template T Type of input value
 * @param input Object to prune
 */
export declare function prune<T extends object>(input: T): void;
/**
 * Removes superfluous properties with assertion.
 *
 * Combines {@link assert} with {@link prune}. Throws {@link TypeGuardError} on
 * type mismatch. Mutates the input directly—removed properties cannot be
 * recovered.
 *
 * Related functions:
 *
 * - {@link prune} — No validation
 * - {@link isPrune} — Returns `false` instead of throwing
 * - {@link validatePrune} — Returns detailed validation errors
 *
 * @template T Type of input value
 * @param input Object to assert and prune
 * @param errorFactory Custom error factory receiving
 *   {@link TypeGuardError.IProps}
 * @returns The pruned input
 * @throws {TypeGuardError} When input doesn't conform to type `T`
 */
export declare function assertPrune<T>(input: T, errorFactory?: undefined | ((props: TypeGuardError.IProps) => Error)): T;
/**
 * Removes superfluous properties with type checking.
 *
 * Combines {@link is} with {@link prune}. Returns `false` on type mismatch (no
 * pruning occurs). Returns `true` after successful pruning. Mutates the input
 * directly.
 *
 * Related functions:
 *
 * - {@link prune} — No validation
 * - {@link assertPrune} — Throws instead of returning `false`
 * - {@link validatePrune} — Returns detailed validation errors
 *
 * @template T Type of input value
 * @param input Object to check and prune
 * @returns `true` if valid and pruned, `false` if type mismatch
 */
export declare function isPrune<T>(input: T): input is T;
/**
 * Removes superfluous properties with validation.
 *
 * Combines {@link validate} with {@link prune}. Returns
 * {@link IValidation.IFailure} with all errors on mismatch (no pruning occurs),
 * or {@link IValidation.ISuccess} after successful pruning. Mutates the input
 * directly.
 *
 * Related functions:
 *
 * - {@link prune} — No validation
 * - {@link assertPrune} — Throws on first error
 * - {@link isPrune} — Returns `false` instead of error details
 *
 * @template T Type of input value
 * @param input Object to validate and prune
 * @returns Validation result
 */
export declare function validatePrune<T>(input: T): IValidation<T>;
/**
 * Reconstructs a class instance from plain data.
 *
 * Builds a real instance of class type `T` from a plain object, driven by
 * typia's compile-time type information — no decorators required (unlike
 * `class-transformer`). Each class is constructed by exactly one strategy, in
 * precedence order: a static factory `T.from(x)`, then `new T(x)` (single
 * argument), then field copy onto the prototype. Nested classes and containers
 * are reconstructed recursively, and methods come from the prototype.
 *
 * Does not validate the input. For validation, use:
 *
 * - {@link assertClassify} — Throws on type mismatch
 * - {@link validateClassify} — Returns detailed validation errors
 *
 * @template T Target class type to reconstruct
 * @param input Plain data to classify
 * @returns A real instance of type `T`
 */
export declare function classify<T>(input: Classifiable<T>): ClassifyResult<T>;
/**
 * Reconstructs a class instance with assertion.
 *
 * Combines {@link assert} with {@link classify}: validates the plain input
 * against type `T`, throwing {@link TypeGuardError} on mismatch, then builds a
 * real instance of `T`.
 *
 * Related functions:
 *
 * - {@link classify} — No validation
 * - {@link validateClassify} — Returns detailed validation errors
 *
 * @template T Target class type to reconstruct
 * @param input Plain data to validate and classify
 * @param errorFactory Custom error factory receiving
 *   {@link TypeGuardError.IProps}
 * @returns A real instance of type `T`
 * @throws {TypeGuardError} When input doesn't conform to type `T`
 */
export declare function assertClassify<T>(input: Classifiable<T>, errorFactory?: undefined | ((props: TypeGuardError.IProps) => Error)): ClassifyResult<T>;
/**
 * Reconstructs a class instance with validation.
 *
 * Combines {@link validate} with {@link classify}: validates the plain input
 * against type `T`, returning {@link IValidation.IFailure} with all errors on
 * mismatch, or {@link IValidation.ISuccess} holding a real instance of `T`.
 *
 * Related functions:
 *
 * - {@link classify} — No validation
 * - {@link assertClassify} — Throws on first error
 *
 * @template T Target class type to reconstruct
 * @param input Plain data to validate and classify
 * @returns Validation result containing the instance or errors
 */
export declare function validateClassify<T>(input: Classifiable<T>): IValidation<ClassifyResult<T>>;
/**
 * Creates reusable {@link clone} function.
 *
 * @danger You must configure the generic argument `T`
 */
export declare function createClone(): never;
/**
 * Creates reusable {@link clone} function.
 *
 * @template T Type of input value
 * @returns Reusable clone function
 */
export declare function createClone<T>(): (input: T) => Resolved<T>;
/**
 * Creates reusable {@link assertClone} function.
 *
 * @danger You must configure the generic argument `T`
 */
export declare function createAssertClone(errorFactory?: undefined | ((props: TypeGuardError.IProps) => Error)): never;
/**
 * Creates reusable {@link assertClone} function.
 *
 * @template T Type of input value
 * @param errorFactory Custom error factory receiving
 *   {@link TypeGuardError.IProps}
 * @returns Reusable clone function
 */
export declare function createAssertClone<T>(errorFactory?: undefined | ((props: TypeGuardError.IProps) => Error)): (input: unknown) => Resolved<T>;
/**
 * Creates reusable {@link isClone} function.
 *
 * @danger You must configure the generic argument `T`
 */
export declare function createIsClone(): never;
/**
 * Creates reusable {@link isClone} function.
 *
 * @template T Type of input value
 * @returns Reusable clone function
 */
export declare function createIsClone<T>(): (input: unknown) => Resolved<T> | null;
/**
 * Creates reusable {@link validateClone} function.
 *
 * @danger You must configure the generic argument `T`
 */
export declare function createValidateClone(): never;
/**
 * Creates reusable {@link validateClone} function.
 *
 * @template T Type of input value
 * @returns Reusable clone function
 */
export declare function createValidateClone<T>(): (input: unknown) => IValidation<Resolved<T>>;
/**
 * Creates reusable {@link prune} function.
 *
 * @danger You must configure the generic argument `T`
 */
export declare function createPrune(): never;
/**
 * Creates reusable {@link prune} function.
 *
 * @template T Type of input value
 * @returns Reusable prune function
 */
export declare function createPrune<T extends object>(): (input: T) => void;
/**
 * Creates reusable {@link assertPrune} function.
 *
 * @danger You must configure the generic argument `T`
 */
export declare function createAssertPrune(errorFactory?: undefined | ((props: TypeGuardError.IProps) => Error)): never;
/**
 * Creates reusable {@link assertPrune} function.
 *
 * @template T Type of input value
 * @param errorFactory Custom error factory receiving
 *   {@link TypeGuardError.IProps}
 * @returns Reusable prune function
 */
export declare function createAssertPrune<T extends object>(errorFactory?: undefined | ((props: TypeGuardError.IProps) => Error)): (input: unknown) => T;
/**
 * Creates reusable {@link isPrune} function.
 *
 * @danger You must configure the generic argument `T`
 */
export declare function createIsPrune(): never;
/**
 * Creates reusable {@link isPrune} function.
 *
 * @template T Type of input value
 * @returns Reusable prune function
 */
export declare function createIsPrune<T extends object>(): (input: unknown) => input is T;
/**
 * Creates reusable {@link validatePrune} function.
 *
 * @danger You must configure the generic argument `T`
 */
export declare function createValidatePrune(): never;
/**
 * Creates reusable {@link validatePrune} function.
 *
 * @template T Type of input value
 * @returns Reusable prune function
 */
export declare function createValidatePrune<T extends object>(): (input: unknown) => IValidation<T>;
/**
 * Creates reusable {@link classify} function.
 *
 * @danger You must configure the generic argument `T`
 */
export declare function createClassify(): never;
/**
 * Creates reusable {@link classify} function.
 *
 * @template T Target class type to reconstruct
 * @returns Reusable classify function
 */
export declare function createClassify<T>(): (input: Classifiable<T>) => ClassifyResult<T>;
/**
 * Creates reusable {@link assertClassify} function.
 *
 * @danger You must configure the generic argument `T`
 */
export declare function createAssertClassify(errorFactory?: undefined | ((props: TypeGuardError.IProps) => Error)): never;
/**
 * Creates reusable {@link assertClassify} function.
 *
 * @template T Target class type to reconstruct
 * @param errorFactory Custom error factory receiving
 *   {@link TypeGuardError.IProps}
 * @returns Reusable classify function
 */
export declare function createAssertClassify<T>(errorFactory?: undefined | ((props: TypeGuardError.IProps) => Error)): (input: unknown) => ClassifyResult<T>;
/**
 * Creates reusable {@link validateClassify} function.
 *
 * @danger You must configure the generic argument `T`
 */
export declare function createValidateClassify(): never;
/**
 * Creates reusable {@link validateClassify} function.
 *
 * @template T Target class type to reconstruct
 * @returns Reusable classify function
 */
export declare function createValidateClassify<T>(): (input: unknown) => IValidation<ClassifyResult<T>>;