Online SQL to TypeScript tool| Generating TypeScript interfaces- GoTool Online Toolset

开发工具指南

Online SQL-to-TypeScript tool supports rapid parsing of SQL statements and automatic generation of TypeScript type definitions. It is suitable for front-end development, database management and back-end API development. Easily map the database table structure to the TS interface, eliminating the need for handwritten types, improving development efficiency and making data management more accurate and efficient.

使用说明

feature introduction

  1. Table creation sql to struct supporting multiple databases, including (pg, oracle, mysql) and other databases; table-building statements, table-building statements, table-building statements(important statements are said 3 times)
  2. When converting sql, you need to confirm whether you need to switch the processing type. Three processing methods are temporarily supported (normal, postgresql, oracle). Default: normal.
  3. Support custom filtering of unwanted fields. Multiple fields are separated by ,.
    Note: cannot include comments in sql(that is, --xxx or # xxx), because this tool divides statement processing through ;. Therefore, multiple table creation statements can be processed at the same time in normal, postgresql and oracle only support a single table creation statement because they need to parse comments.

example

mysql table statement

CREATE TABLE if not exists user (
    id int NOT NULL AUTO_INCREMENT,
    name varchar(10) NOT NULL COMMENT 'name',
    gender tinyint NOT NULL DEFAULT 0 COMMENT 'gender 0-unknown 1-male 2-female',
    age int NOT NULL COMMENT 'age',
    created_date datetime DEFAULT CURRENT_TIMESTAMP,
    updated_date datetime DEFAULT CURRENT_TIMESTAMP ON UPDATE CURRENT_TIMESTAMP,
    PRIMARY KEY (id)
);

After treatment

// IUserInfo
export interface IUserInfo {
    id: number;
    name: string; // name
    gender: number; // gender 0-unknown 1-male 2-female
    age: number; // age
    created_date: string;
    updated_date: string;
}

pgsql table statement

CREATE TABLE if not exists user (
    id character varying (32) NOT NULL DEFAULT sys_guid ()
    name character varying (10) NOT NULL
    gender tinyint NOT NULL
    age tinyint NOT NULL
    created_date timestamp without time zone DEFAULT now ()
    updated_date timestamp without time zone DEFAULT now ()
    CONSTRAINT user_pkey PRIMARY KEY (id)
);
COMMENT ON TABLE user IS 'user Table'
COMMENT ON COLUMN user.id IS 'primary key'
COMMENT ON COLUMN user.name IS 'name'
COMMENT ON COLUMN user.gender IS 'Sex 0-unknown 1-male 2-female'
COMMENT ON COLUMN user.age IS 'age'
COMMENT ON COLUMN user.created_date IS 'creation time'
COMMENT ON COLUMN user.updated_date IS 'update time'

After treatment

// IUserInfo
export interface IUserInfo {
    id: number;
    name: string; // name
    gender: number; // gender 0-unknown 1-male 2-female
    age: number; // age
    created_date: string;
    updated_date: string;
}

oracle table statement

CREATE TABLE if not exists user (
    id character varying (32) NOT NULL DEFAULT sys_guid ()
    name character varying (10) NOT NULL
    gender tinyint NOT NULL
    age tinyint NOT NULL
    created_date timestamp without time zone DEFAULT now ()
    updated_date timestamp without time zone DEFAULT now ()
    CONSTRAINT user_pkey PRIMARY KEY (id)
);
COMMENT ON TABLE user IS 'user Table'
COMMENT ON COLUMN user.id IS 'primary key'
COMMENT ON COLUMN user.name IS 'name'
COMMENT ON COLUMN user.gender IS 'Sex 0-unknown 1-male 2-female'
COMMENT ON COLUMN user.age IS 'age'
COMMENT ON COLUMN user.created_date IS 'creation time'
COMMENT ON COLUMN user.updated_date IS 'update time'

After treatment

// IUserInfo
export interface IUserInfo {
    id: number;
    name: string; // name
    gender: number; // gender 0-unknown 1-male 2-female
    age: number; // age
    created_date: string;
    updated_date: string;
}