import { Field } from './schema.js';
import { Vector } from './vector.js';
import { MapRow } from './row/map.js';
import { StructRow, StructRowProxy } from './row/struct.js';
import { ArrayCtor, BigIntArrayConstructor, TypedArrayConstructor } from './interfaces.js';
import { Type, Precision, UnionMode, DateUnit, TimeUnit, IntervalUnit } from './enum.js';
/** @ignore */
export type TimeBitWidth = 32 | 64;
/** @ignore */
export type IntBitWidth = 8 | 16 | 32 | 64;
/** @ignore */
export type IsSigned = {
    'true': true;
    'false': false;
};
export interface DataType<TType extends Type = Type, TChildren extends TypeMap = any> {
    readonly TType: TType;
    readonly TArray: any;
    readonly TOffsetArray: any;
    readonly TValue: any;
    readonly TChildren: TChildren;
    readonly ArrayType: any;
    readonly OffsetArrayType: ArrayCtor<Int32Array | BigInt64Array>;
    readonly children: Field<TChildren[keyof TChildren]>[];
}
/**
 * An abstract base class for classes that encapsulate metadata about each of
 * the logical types that Arrow can represent.
 */
export declare abstract class DataType<TType extends Type = Type, TChildren extends TypeMap = any> {
    [Symbol.toStringTag]: string;
    /** @nocollapse */ static isNull(x: any): x is Null;
    /** @nocollapse */ static isInt(x: any): x is Int_;
    /** @nocollapse */ static isFloat(x: any): x is Float;
    /** @nocollapse */ static isBinary(x: any): x is Binary;
    /** @nocollapse */ static isLargeBinary(x: any): x is LargeBinary;
    /** @nocollapse */ static isUtf8(x: any): x is Utf8;
    /** @nocollapse */ static isLargeUtf8(x: any): x is LargeUtf8;
    /** @nocollapse */ static isBool(x: any): x is Bool;
    /** @nocollapse */ static isDecimal(x: any): x is Decimal;
    /** @nocollapse */ static isDate(x: any): x is Date_;
    /** @nocollapse */ static isTime(x: any): x is Time_;
    /** @nocollapse */ static isTimestamp(x: any): x is Timestamp_;
    /** @nocollapse */ static isInterval(x: any): x is Interval_;
    /** @nocollapse */ static isDuration(x: any): x is Duration;
    /** @nocollapse */ static isList(x: any): x is List;
    /** @nocollapse */ static isStruct(x: any): x is Struct;
    /** @nocollapse */ static isUnion(x: any): x is Union_;
    /** @nocollapse */ static isFixedSizeBinary(x: any): x is FixedSizeBinary;
    /** @nocollapse */ static isFixedSizeList(x: any): x is FixedSizeList;
    /** @nocollapse */ static isMap(x: any): x is Map_;
    /** @nocollapse */ static isDictionary(x: any): x is Dictionary;
    /** @nocollapse */ static isDenseUnion(x: any): x is DenseUnion;
    /** @nocollapse */ static isSparseUnion(x: any): x is SparseUnion;
    readonly typeId: TType;
    constructor(typeId: TType);
    protected static [Symbol.toStringTag]: string;
}
/** @ignore */
export interface Null extends DataType<Type.Null> {
    TArray: void;
    TValue: null;
}
/** @ignore */
export declare class Null extends DataType<Type.Null> {
    constructor();
    toString(): string;
    protected static [Symbol.toStringTag]: string;
}
/** @ignore */
type Ints = Type.Int | Type.Int8 | Type.Int16 | Type.Int32 | Type.Int64 | Type.Uint8 | Type.Uint16 | Type.Uint32 | Type.Uint64;
/** @ignore */
type IType = {
    [Type.Int]: {
        bitWidth: IntBitWidth;
        isSigned: true | false;
        TArray: IntArray;
        TValue: number | bigint;
    };
    [Type.Int8]: {
        bitWidth: 8;
        isSigned: true;
        TArray: Int8Array;
        TValue: number;
    };
    [Type.Int16]: {
        bitWidth: 16;
        isSigned: true;
        TArray: Int16Array;
        TValue: number;
    };
    [Type.Int32]: {
        bitWidth: 32;
        isSigned: true;
        TArray: Int32Array;
        TValue: number;
    };
    [Type.Int64]: {
        bitWidth: 64;
        isSigned: true;
        TArray: BigInt64Array;
        TValue: bigint;
    };
    [Type.Uint8]: {
        bitWidth: 8;
        isSigned: false;
        TArray: Uint8Array;
        TValue: number;
    };
    [Type.Uint16]: {
        bitWidth: 16;
        isSigned: false;
        TArray: Uint16Array;
        TValue: number;
    };
    [Type.Uint32]: {
        bitWidth: 32;
        isSigned: false;
        TArray: Uint32Array;
        TValue: number;
    };
    [Type.Uint64]: {
        bitWidth: 64;
        isSigned: false;
        TArray: BigUint64Array;
        TValue: bigint;
    };
};
/** @ignore */
interface Int_<T extends Ints = Ints> extends DataType<T> {
    TArray: IType[T]['TArray'];
    TValue: IType[T]['TValue'];
}
/** @ignore */
declare class Int_<T extends Ints = Ints> extends DataType<T> {
    readonly isSigned: IType[T]['isSigned'];
    readonly bitWidth: IType[T]['bitWidth'];
    constructor(isSigned: IType[T]['isSigned'], bitWidth: IType[T]['bitWidth']);
    get ArrayType(): Int8ArrayConstructor | Uint8ArrayConstructor | Int16ArrayConstructor | Uint16ArrayConstructor | Int32ArrayConstructor | Uint32ArrayConstructor | BigInt64ArrayConstructor | BigUint64ArrayConstructor;
    toString(): string;
    protected static [Symbol.toStringTag]: string;
}
export { Int_ as Int };
/** @ignore */
export declare class Int8 extends Int_<Type.Int8> {
    constructor();
    get ArrayType(): Int8ArrayConstructor;
}
/** @ignore */
export declare class Int16 extends Int_<Type.Int16> {
    constructor();
    get ArrayType(): Int16ArrayConstructor;
}
/** @ignore */
export declare class Int32 extends Int_<Type.Int32> {
    constructor();
    get ArrayType(): Int32ArrayConstructor;
}
/** @ignore */
export declare class Int64 extends Int_<Type.Int64> {
    constructor();
    get ArrayType(): BigInt64ArrayConstructor;
}
/** @ignore */
export declare class Uint8 extends Int_<Type.Uint8> {
    constructor();
    get ArrayType(): Uint8ArrayConstructor;
}
/** @ignore */
export declare class Uint16 extends Int_<Type.Uint16> {
    constructor();
    get ArrayType(): Uint16ArrayConstructor;
}
/** @ignore */
export declare class Uint32 extends Int_<Type.Uint32> {
    constructor();
    get ArrayType(): Uint32ArrayConstructor;
}
/** @ignore */
export declare class Uint64 extends Int_<Type.Uint64> {
    constructor();
    get ArrayType(): BigUint64ArrayConstructor;
}
/** @ignore */
type Floats = Type.Float | Type.Float16 | Type.Float32 | Type.Float64;
/** @ignore */
type FType = {
    [Type.Float]: {
        precision: Precision;
        TArray: FloatArray;
        TValue: number;
    };
    [Type.Float16]: {
        precision: Precision.HALF;
        TArray: Uint16Array;
        TValue: number;
    };
    [Type.Float32]: {
        precision: Precision.SINGLE;
        TArray: Float32Array;
        TValue: number;
    };
    [Type.Float64]: {
        precision: Precision.DOUBLE;
        TArray: Float64Array;
        TValue: number;
    };
};
/** @ignore */
export interface Float<T extends Floats = Floats> extends DataType<T> {
    TArray: FType[T]['TArray'];
    TValue: number;
}
/** @ignore */
export declare class Float<T extends Floats = Floats> extends DataType<T> {
    readonly precision: Precision;
    constructor(precision: Precision);
    get ArrayType(): TypedArrayConstructor<FType[T]['TArray']>;
    toString(): string;
    protected static [Symbol.toStringTag]: string;
}
/** @ignore */
export declare class Float16 extends Float<Type.Float16> {
    constructor();
}
/** @ignore */
export declare class Float32 extends Float<Type.Float32> {
    constructor();
}
/** @ignore */
export declare class Float64 extends Float<Type.Float64> {
    constructor();
}
/** @ignore */
export interface Binary extends DataType<Type.Binary> {
    TArray: Uint8Array;
    TOffsetArray: Int32Array;
    TValue: Uint8Array;
    ArrayType: TypedArrayConstructor<Uint8Array>;
    OffsetArrayType: TypedArrayConstructor<Int32Array>;
}
/** @ignore */
export declare class Binary extends DataType<Type.Binary> {
    constructor();
    toString(): string;
    protected static [Symbol.toStringTag]: string;
}
/** @ignore */
export interface LargeBinary extends DataType<Type.LargeBinary> {
    TArray: Uint8Array;
    TOffsetArray: BigInt64Array;
    TValue: Uint8Array;
    ArrayType: TypedArrayConstructor<Uint8Array>;
    OffsetArrayType: BigIntArrayConstructor<BigInt64Array>;
}
/** @ignore */
export declare class LargeBinary extends DataType<Type.LargeBinary> {
    constructor();
    toString(): string;
    protected static [Symbol.toStringTag]: string;
}
/** @ignore */
export interface Utf8 extends DataType<Type.Utf8> {
    TArray: Uint8Array;
    TOffsetArray: Int32Array;
    TValue: string;
    ArrayType: TypedArrayConstructor<Uint8Array>;
    OffsetArrayType: TypedArrayConstructor<Int32Array>;
}
/** @ignore */
export declare class Utf8 extends DataType<Type.Utf8> {
    constructor();
    toString(): string;
    protected static [Symbol.toStringTag]: string;
}
/** @ignore */
export interface LargeUtf8 extends DataType<Type.LargeUtf8> {
    TArray: Uint8Array;
    TOffsetArray: BigInt64Array;
    TValue: string;
    ArrayType: TypedArrayConstructor<Uint8Array>;
    OffsetArrayType: BigIntArrayConstructor<BigInt64Array>;
}
/** @ignore */
export declare class LargeUtf8 extends DataType<Type.LargeUtf8> {
    constructor();
    toString(): string;
    protected static [Symbol.toStringTag]: string;
}
/** @ignore */
export interface Bool extends DataType<Type.Bool> {
    TArray: Uint8Array;
    TValue: boolean;
    ArrayType: TypedArrayConstructor<Uint8Array>;
}
/** @ignore */
export declare class Bool extends DataType<Type.Bool> {
    constructor();
    toString(): string;
    protected static [Symbol.toStringTag]: string;
}
/** @ignore */
export interface Decimal extends DataType<Type.Decimal> {
    TArray: Uint32Array;
    TValue: Uint32Array;
    ArrayType: TypedArrayConstructor<Uint32Array>;
}
/** @ignore */
export declare class Decimal extends DataType<Type.Decimal> {
    readonly scale: number;
    readonly precision: number;
    readonly bitWidth: number;
    constructor(scale: number, precision: number, bitWidth?: number);
    toString(): string;
    protected static [Symbol.toStringTag]: string;
}
/** @ignore */
export type Dates = Type.Date | Type.DateDay | Type.DateMillisecond;
/** @ignore */
type DateType = {
    [Type.Date]: {
        TArray: Int32Array | BigInt64Array;
    };
    [Type.DateDay]: {
        TArray: Int32Array;
    };
    [Type.DateMillisecond]: {
        TArray: BigInt64Array;
    };
};
/** @ignore */
export interface Date_<T extends Dates = Dates> extends DataType<T> {
    TArray: DateType[T]['TArray'];
    TValue: number;
}
/** @ignore */
export declare class Date_<T extends Dates = Dates> extends DataType<T> {
    readonly unit: DateUnit;
    constructor(unit: DateUnit);
    toString(): string;
    get ArrayType(): Int32ArrayConstructor | BigInt64ArrayConstructor;
    protected static [Symbol.toStringTag]: string;
}
/** @ignore */
export declare class DateDay extends Date_<Type.DateDay> {
    constructor();
}
/**
 * A signed 64-bit date representing the elapsed time since UNIX epoch (1970-01-01) in milliseconds.
 * According to the specification, this should be treated as the number of days, in milliseconds,  since the UNIX epoch.
 * Therefore, values must be evenly divisible by `86_400_000` (the number of milliseconds in a standard day).
 *
 * Practically, validation that values of this type are evenly divisible by `86_400_000` is not enforced by this library
 * for performance and usability reasons.
 *
 * Users should prefer to use {@link DateDay} to cleanly represent the number of days. For JS dates,
 * {@link TimestampMillisecond} is the preferred type.
 *
 * @ignore
 */
export declare class DateMillisecond extends Date_<Type.DateMillisecond> {
    constructor();
}
/** @ignore */
type Times = Type.Time | Type.TimeSecond | Type.TimeMillisecond | Type.TimeMicrosecond | Type.TimeNanosecond;
/** @ignore */
type TimesType = {
    [Type.Time]: {
        unit: TimeUnit;
        TValue: number | bigint;
        TArray: Int32Array | BigInt64Array;
    };
    [Type.TimeSecond]: {
        unit: TimeUnit.SECOND;
        TValue: number;
        TArray: Int32Array;
    };
    [Type.TimeMillisecond]: {
        unit: TimeUnit.MILLISECOND;
        TValue: number;
        TArray: Int32Array;
    };
    [Type.TimeMicrosecond]: {
        unit: TimeUnit.MICROSECOND;
        TValue: bigint;
        TArray: BigInt64Array;
    };
    [Type.TimeNanosecond]: {
        unit: TimeUnit.NANOSECOND;
        TValue: bigint;
        TArray: BigInt64Array;
    };
};
/** @ignore */
interface Time_<T extends Times = Times> extends DataType<T> {
    TArray: TimesType[T]['TArray'];
    TValue: TimesType[T]['TValue'];
}
/** @ignore */
declare class Time_<T extends Times = Times> extends DataType<T> {
    readonly unit: TimesType[T]['unit'];
    readonly bitWidth: TimeBitWidth;
    constructor(unit: TimesType[T]['unit'], bitWidth: TimeBitWidth);
    toString(): string;
    get ArrayType(): Int32ArrayConstructor | BigInt64ArrayConstructor;
    protected static [Symbol.toStringTag]: string;
}
export { Time_ as Time };
/** @ignore */
export declare class TimeSecond extends Time_<Type.TimeSecond> {
    constructor();
}
/** @ignore */
export declare class TimeMillisecond extends Time_<Type.TimeMillisecond> {
    constructor();
}
/** @ignore */
export declare class TimeMicrosecond extends Time_<Type.TimeMicrosecond> {
    constructor();
}
/** @ignore */
export declare class TimeNanosecond extends Time_<Type.TimeNanosecond> {
    constructor();
}
/** @ignore */
type Timestamps = Type.Timestamp | Type.TimestampSecond | Type.TimestampMillisecond | Type.TimestampMicrosecond | Type.TimestampNanosecond;
/** @ignore */
interface Timestamp_<T extends Timestamps = Timestamps> extends DataType<T> {
    TArray: BigInt64Array;
    TValue: number;
    ArrayType: BigIntArrayConstructor<BigInt64Array>;
}
/** @ignore */
declare class Timestamp_<T extends Timestamps = Timestamps> extends DataType<T> {
    readonly unit: TimeUnit;
    readonly timezone?: string | null | undefined;
    constructor(unit: TimeUnit, timezone?: string | null | undefined);
    toString(): string;
    protected static [Symbol.toStringTag]: string;
}
export { Timestamp_ as Timestamp };
/** @ignore */
export declare class TimestampSecond extends Timestamp_<Type.TimestampSecond> {
    constructor(timezone?: string | null);
}
/** @ignore */
export declare class TimestampMillisecond extends Timestamp_<Type.TimestampMillisecond> {
    constructor(timezone?: string | null);
}
/** @ignore */
export declare class TimestampMicrosecond extends Timestamp_<Type.TimestampMicrosecond> {
    constructor(timezone?: string | null);
}
/** @ignore */
export declare class TimestampNanosecond extends Timestamp_<Type.TimestampNanosecond> {
    constructor(timezone?: string | null);
}
/** @ignore */
type Intervals = Type.Interval | Type.IntervalDayTime | Type.IntervalYearMonth;
/** @ignore */
interface Interval_<T extends Intervals = Intervals> extends DataType<T> {
    TArray: Int32Array;
    TValue: Int32Array;
    ArrayType: TypedArrayConstructor<Int32Array>;
}
/** @ignore */
declare class Interval_<T extends Intervals = Intervals> extends DataType<T> {
    readonly unit: IntervalUnit;
    constructor(unit: IntervalUnit);
    toString(): string;
    protected static [Symbol.toStringTag]: string;
}
export { Interval_ as Interval };
/** @ignore */
export declare class IntervalDayTime extends Interval_<Type.IntervalDayTime> {
    constructor();
}
/** @ignore */
export declare class IntervalYearMonth extends Interval_<Type.IntervalYearMonth> {
    constructor();
}
/** @ignore */
type Durations = Type.Duration | Type.DurationSecond | Type.DurationMillisecond | Type.DurationMicrosecond | Type.DurationNanosecond;
/** @ignore */
export interface Duration<T extends Durations = Durations> extends DataType<T> {
    TArray: BigInt64Array;
    TValue: bigint;
    ArrayType: BigIntArrayConstructor<BigInt64Array>;
}
/** @ignore */
export declare class Duration<T extends Durations = Durations> extends DataType<T> {
    readonly unit: TimeUnit;
    constructor(unit: TimeUnit);
    toString(): string;
    protected static [Symbol.toStringTag]: string;
}
/** @ignore */
export declare class DurationSecond extends Duration<Type.DurationSecond> {
    constructor();
}
/** @ignore */
export declare class DurationMillisecond extends Duration<Type.DurationMillisecond> {
    constructor();
}
/** @ignore */
export declare class DurationMicrosecond extends Duration<Type.DurationMicrosecond> {
    constructor();
}
/** @ignore */
export declare class DurationNanosecond extends Duration<Type.DurationNanosecond> {
    constructor();
}
/** @ignore */
export interface List<T extends DataType = any> extends DataType<Type.List, {
    [0]: T;
}> {
    TArray: Array<T>;
    TValue: Vector<T>;
}
/** @ignore */
export declare class List<T extends DataType = any> extends DataType<Type.List, {
    [0]: T;
}> {
    constructor(child: Field<T>);
    readonly children: Field<T>[];
    toString(): string;
    get valueType(): T;
    get valueField(): Field<T>;
    get ArrayType(): T['ArrayType'];
    protected static [Symbol.toStringTag]: string;
}
/** @ignore */
export interface Struct<T extends TypeMap = any> extends DataType<Type.Struct, T> {
    TArray: Array<StructRowProxy<T>>;
    TValue: StructRowProxy<T>;
    dataTypes: T;
}
/** @ignore */
export declare class Struct<T extends TypeMap = any> extends DataType<Type.Struct, T> {
    _row: StructRow<T>;
    readonly children: Field<T[keyof T]>[];
    constructor(children: Field<T[keyof T]>[]);
    toString(): string;
    protected static [Symbol.toStringTag]: string;
}
/** @ignore */
type Unions = Type.Union | Type.DenseUnion | Type.SparseUnion;
/** @ignore */
interface Union_<T extends Unions = Unions> extends DataType<T> {
    TArray: Int8Array;
    TValue: any;
    ArrayType: TypedArrayConstructor<Int8Array>;
}
/** @ignore */
declare class Union_<T extends Unions = Unions> extends DataType<T> {
    readonly mode: UnionMode;
    readonly typeIds: Int32Array;
    readonly children: Field<any>[];
    readonly typeIdToChildIndex: {
        [key: number]: number;
    };
    constructor(mode: UnionMode, typeIds: number[] | Int32Array, children: Field<any>[]);
    toString(): string;
    protected static [Symbol.toStringTag]: string;
}
export { Union_ as Union };
/** @ignore */
export declare class DenseUnion extends Union_<Type.DenseUnion> {
    constructor(typeIds: number[] | Int32Array, children: Field[]);
}
/** @ignore */
export declare class SparseUnion extends Union_<Type.SparseUnion> {
    constructor(typeIds: number[] | Int32Array, children: Field[]);
}
/** @ignore */
export interface FixedSizeBinary extends DataType<Type.FixedSizeBinary> {
    TArray: Uint8Array;
    TValue: Uint8Array;
    ArrayType: TypedArrayConstructor<Uint8Array>;
}
/** @ignore */
export declare class FixedSizeBinary extends DataType<Type.FixedSizeBinary> {
    readonly byteWidth: number;
    constructor(byteWidth: number);
    toString(): string;
    protected static [Symbol.toStringTag]: string;
}
/** @ignore */
export interface FixedSizeList<T extends DataType = any> extends DataType<Type.FixedSizeList, {
    [0]: T;
}> {
    TArray: Array<T['TArray']>;
    TValue: Vector<T>;
}
/** @ignore */
export declare class FixedSizeList<T extends DataType = any> extends DataType<Type.FixedSizeList, {
    [0]: T;
}> {
    readonly listSize: number;
    readonly children: Field<T>[];
    constructor(listSize: number, child: Field<T>);
    get valueType(): T;
    get valueField(): Field<T>;
    get ArrayType(): T['ArrayType'];
    toString(): string;
    protected static [Symbol.toStringTag]: string;
}
/** @ignore */
export interface Map_<TKey extends DataType = any, TValue extends DataType = any> extends DataType<Type.Map, {
    [0]: Struct<{
        key: TKey;
        value: TValue;
    }>;
}> {
    TArray: Array<Map<TKey['TValue'], TValue['TValue'] | null>>;
    TChild: Struct<{
        key: TKey;
        value: TValue;
    }>;
    TValue: MapRow<TKey, TValue>;
}
/** @ignore */
export declare class Map_<TKey extends DataType = any, TValue extends DataType = any> extends DataType<Type.Map, {
    [0]: Struct<{
        key: TKey;
        value: TValue;
    }>;
}> {
    constructor(entries: Field<Struct<{
        key: TKey;
        value: TValue;
    }>>, keysSorted?: boolean);
    readonly keysSorted: boolean;
    readonly children: Field<Struct<{
        key: TKey;
        value: TValue;
    }>>[];
    get keyType(): TKey;
    get valueType(): TValue;
    get childType(): Struct<{
        key: TKey;
        value: TValue;
    }>;
    toString(): string;
    protected static [Symbol.toStringTag]: string;
}
/** @ignore */
export type TKeys = Int8 | Int16 | Int32 | Uint8 | Uint16 | Uint32;
/** @ignore */
export interface Dictionary<T extends DataType = any, TKey extends TKeys = TKeys> extends DataType<Type.Dictionary> {
    TArray: TKey['TArray'];
    TValue: T['TValue'];
}
/** @ignore */
export declare class Dictionary<T extends DataType = any, TKey extends TKeys = TKeys> extends DataType<Type.Dictionary> {
    readonly id: number;
    readonly indices: TKey;
    readonly dictionary: T;
    readonly isOrdered: boolean;
    constructor(dictionary: T, indices: TKey, id?: bigint | number | null, isOrdered?: boolean | null);
    get children(): Field<any>[];
    get valueType(): T;
    get ArrayType(): T['ArrayType'];
    toString(): string;
    protected static [Symbol.toStringTag]: string;
}
/** @ignore */
export type FloatArray = Uint16Array | Float32Array | Float64Array;
/** @ignore */
export type IntArray = Int8Array | Int16Array | Int32Array | Uint8Array | Uint16Array | Uint32Array;
/** @ignore */
export declare function strideForType(type: DataType): number;
/** @ignore */
export type TypeMap = Record<string | number | symbol, DataType>;