@sequelize/core/lib/data-types.d.ts

Sequelize is a promise-based Node.js ORM tool for Postgres, MySQL, MariaDB, SQLite, Microsoft SQL Server, Amazon Redshift, Snowflake’s Data Cloud, Db2, and IBM i. It features solid transaction support, relations, eager and lazy loading, read replication a

/**
 * The classes declared in this files are the DataTypes available on the `DataTypes` namespace.
 * You can access them as follows:
 *
 * ```ts
 * import { DataTypes } from '@sequelize/core';
 *
 * DataTypes.STRING;
 * ```
 *
 * @module DataTypes
 */
import * as DataTypes from './abstract-dialect/data-types.js';
export { AbstractDataType as ABSTRACT } from './abstract-dialect/data-types.js';
/** This is a simple wrapper to make the DataType constructable without `new`. See the return type for all available options. */
export declare const STRING: typeof DataTypes.STRING & ((...args: [] | [length: number] | [length: number, binary: boolean] | [options: DataTypes.StringTypeOptions]) => DataTypes.STRING);
/** This is a simple wrapper to make the DataType constructable without `new`. See the return type for all available options. */
export declare const CHAR: typeof DataTypes.CHAR & ((...args: [] | [length: number] | [length: number, binary: boolean] | [options: DataTypes.StringTypeOptions]) => DataTypes.CHAR);
/** This is a simple wrapper to make the DataType constructable without `new`. See the return type for all available options. */
export declare const TEXT: typeof DataTypes.TEXT & ((lengthOrOptions?: DataTypes.TextLength | DataTypes.TextOptions | undefined) => DataTypes.TEXT);
/** This is a simple wrapper to make the DataType constructable without `new`. See the return type for all available options. */
export declare const TINYINT: typeof DataTypes.TINYINT & ((optionsOrLength?: number | Readonly<DataTypes.IntegerOptions> | undefined) => DataTypes.TINYINT);
/** This is a simple wrapper to make the DataType constructable without `new`. See the return type for all available options. */
export declare const SMALLINT: typeof DataTypes.SMALLINT & ((optionsOrLength?: number | Readonly<DataTypes.IntegerOptions> | undefined) => DataTypes.SMALLINT);
/** This is a simple wrapper to make the DataType constructable without `new`. See the return type for all available options. */
export declare const MEDIUMINT: typeof DataTypes.MEDIUMINT & ((optionsOrLength?: number | Readonly<DataTypes.IntegerOptions> | undefined) => DataTypes.MEDIUMINT);
/** This is a simple wrapper to make the DataType constructable without `new`. See the return type for all available options. */
export declare const INTEGER: typeof DataTypes.INTEGER & ((optionsOrLength?: number | Readonly<DataTypes.IntegerOptions> | undefined) => DataTypes.INTEGER);
/** This is a simple wrapper to make the DataType constructable without `new`. See the return type for all available options. */
export declare const BIGINT: typeof DataTypes.BIGINT & ((optionsOrLength?: number | Readonly<DataTypes.IntegerOptions> | undefined) => DataTypes.BIGINT);
/** This is a simple wrapper to make the DataType constructable without `new`. See the return type for all available options. */
export declare const FLOAT: typeof DataTypes.FLOAT & ((...args: [] | [precision: number] | [precision: number, scale: number] | [options: DataTypes.DecimalNumberOptions]) => DataTypes.FLOAT);
/** This is a simple wrapper to make the DataType constructable without `new`. See the return type for all available options. */
export declare const TIME: typeof DataTypes.TIME & ((precisionOrOptions?: number | DataTypes.TimeOptions | undefined) => DataTypes.TIME);
/** This is a simple wrapper to make the DataType constructable without `new`. See the return type for all available options. */
export declare const DATE: typeof DataTypes.DATE & ((precisionOrOptions?: number | DataTypes.DateOptions | undefined) => DataTypes.DATE);
/** This is a simple wrapper to make the DataType constructable without `new`. See the return type for all available options. */
export declare const DATEONLY: typeof DataTypes.DATEONLY & (() => DataTypes.DATEONLY);
/** This is a simple wrapper to make the DataType constructable without `new`. See the return type for all available options. */
export declare const BOOLEAN: typeof DataTypes.BOOLEAN & (() => DataTypes.BOOLEAN);
/** This is a simple wrapper to make the DataType constructable without `new`. See the return type for all available options. */
export declare const NOW: typeof DataTypes.NOW & (() => DataTypes.NOW);
/** This is a simple wrapper to make the DataType constructable without `new`. See the return type for all available options. */
export declare const BLOB: typeof DataTypes.BLOB & ((lengthOrOptions?: DataTypes.BlobLength | DataTypes.BlobOptions | undefined) => DataTypes.BLOB);
/** This is a simple wrapper to make the DataType constructable without `new`. See the return type for all available options. */
export declare const DECIMAL: typeof DataTypes.DECIMAL & ((...args: [] | [precision: number] | [precision: number, scale: number] | [options: DataTypes.DecimalNumberOptions]) => DataTypes.DECIMAL);
/** This is a simple wrapper to make the DataType constructable without `new`. See the return type for all available options. */
export declare const UUID: typeof DataTypes.UUID & ((options?: Partial<DataTypes.UuidOptions> | undefined) => DataTypes.UUID);
/** This is a simple wrapper to make the DataType constructable without `new`. See the return type for all available options. */
export declare const UUIDV1: typeof DataTypes.UUIDV1 & (() => DataTypes.UUIDV1);
/** This is a simple wrapper to make the DataType constructable without `new`. See the return type for all available options. */
export declare const UUIDV4: typeof DataTypes.UUIDV4 & (() => DataTypes.UUIDV4);
/** This is a simple wrapper to make the DataType constructable without `new`. See the return type for all available options. */
export declare const HSTORE: typeof DataTypes.HSTORE & (() => DataTypes.HSTORE);
/** This is a simple wrapper to make the DataType constructable without `new`. See the return type for all available options. */
export declare const JSON: typeof DataTypes.JSON & (() => DataTypes.JSON);
/** This is a simple wrapper to make the DataType constructable without `new`. See the return type for all available options. */
export declare const JSONB: typeof DataTypes.JSONB & (() => DataTypes.JSONB);
/** This is a simple wrapper to make the DataType constructable without `new`. See the return type for all available options. */
export declare const VIRTUAL: typeof DataTypes.VIRTUAL & ((...args: [returnType?: DataTypes.DataTypeClassOrInstance, attributeDependencies?: string[]] | [options?: DataTypes.VirtualOptions]) => DataTypes.VIRTUAL<unknown>);
/** This is a simple wrapper to make the DataType constructable without `new`. See the return type for all available options. */
export declare const ARRAY: typeof DataTypes.ARRAY & ((typeOrOptions: DataTypes.DataType | DataTypes.ArrayOptions) => DataTypes.ARRAY<DataTypes.AbstractDataType<any>>);
/** This is a simple wrapper to make the DataType constructable without `new`. See the return type for all available options. */
export declare const ENUM: typeof DataTypes.ENUM & ((...args: string[] | [options: DataTypes.EnumOptions<string>] | [members: readonly string[] | Record<string, string>]) => DataTypes.ENUM<string>);
/** This is a simple wrapper to make the DataType constructable without `new`. See the return type for all available options. */
export declare const RANGE: typeof DataTypes.RANGE & ((subtypeOrOptions: DataTypes.DataTypeClassOrInstance | DataTypes.RangeOptions) => DataTypes.RANGE<DataTypes.DATE | DataTypes.DATEONLY | DataTypes.BaseNumberDataType<DataTypes.NumberOptions>>);
/** This is a simple wrapper to make the DataType constructable without `new`. See the return type for all available options. */
export declare const REAL: typeof DataTypes.REAL & ((...args: [] | [precision: number] | [precision: number, scale: number] | [options: DataTypes.DecimalNumberOptions]) => DataTypes.REAL);
/** This is a simple wrapper to make the DataType constructable without `new`. See the return type for all available options. */
export declare const DOUBLE: typeof DataTypes.DOUBLE & ((...args: [] | [precision: number] | [precision: number, scale: number] | [options: DataTypes.DecimalNumberOptions]) => DataTypes.DOUBLE);
/** This is a simple wrapper to make the DataType constructable without `new`. See the return type for all available options. */
export declare const GEOMETRY: typeof DataTypes.GEOMETRY & ((...args: [type: import("./geo-json.js").GeoJsonType, srid?: number] | [options: DataTypes.GeometryOptions]) => DataTypes.GEOMETRY);
/** This is a simple wrapper to make the DataType constructable without `new`. See the return type for all available options. */
export declare const GEOGRAPHY: typeof DataTypes.GEOGRAPHY & ((...args: [type: import("./geo-json.js").GeoJsonType, srid?: number] | [options: DataTypes.GeometryOptions]) => DataTypes.GEOGRAPHY);
/** This is a simple wrapper to make the DataType constructable without `new`. See the return type for all available options. */
export declare const CIDR: typeof DataTypes.CIDR & (() => DataTypes.CIDR);
/** This is a simple wrapper to make the DataType constructable without `new`. See the return type for all available options. */
export declare const INET: typeof DataTypes.INET & (() => DataTypes.INET);
/** This is a simple wrapper to make the DataType constructable without `new`. See the return type for all available options. */
export declare const MACADDR: typeof DataTypes.MACADDR & (() => DataTypes.MACADDR);
/** This is a simple wrapper to make the DataType constructable without `new`. See the return type for all available options. */
export declare const MACADDR8: typeof DataTypes.MACADDR8 & (() => DataTypes.MACADDR8);
/** This is a simple wrapper to make the DataType constructable without `new`. See the return type for all available options. */
export declare const CITEXT: typeof DataTypes.CITEXT & (() => DataTypes.CITEXT);
/** This is a simple wrapper to make the DataType constructable without `new`. See the return type for all available options. */
export declare const TSVECTOR: typeof DataTypes.TSVECTOR & (() => DataTypes.TSVECTOR);