sqlx-ts

SQLx-ts is a CLI application featuring compile-time checked queries without a DSL and generates types against SQLs to keep your code type-safe

- Compile time checked queries - never ship a broken SQL query to production (and sqlx-ts is not an ORM)
- TypeScript type generations - generates type definitions based on the raw SQLs and you can use them with any MySQL or PostgreSQL driver
- Database Agnostic - support for PostgreSQL and MySQL (and more DB supports to come)
- TypeScript and JavaScript - supports for both TypeScript and JavaScript

$3

##### Install sqlx-ts npm module (recommended)

If you are using npm
``bash
$ npm install sqlx-ts
`

If you are using yarn
`bash
$ yarn add sqlx-ts
`

You can also install sqlx-ts globally
`bash
$ npm install -g sqlx-ts
`

Installing sqlx-ts using npm also installed sqlx-ts binary of the same version as the npm module.
Verify the installation by running

`bash
$ npx sqlx-ts --version
`

And to use sqlx-ts in your code

In TypeScript based projects:

`typescript
import { sql } from 'sqlx-ts'

// ...
const query = sqlSELECT * FROM some_table;
// ...
`


In Babel based projects:

`javascript
import { sql } from 'sqlx-ts'
const query = sqlSELECT * FROM some_table;

// ... or

const { sql } = require('sqlx-ts')
const query = sqlSELECT * FROM some_table;
`

#### Using Raw SQL Files

Create a SQL file with annotations:

`sql
-- users.sql
-- @name: getUserById
SELECT id, name, email FROM users WHERE id = $1;

-- @name: createUser
INSERT INTO users (name, email) VALUES ($1, $2) RETURNING id;
`

Then, you can use the sqlx-ts CLI to generate TypeScript types and check the SQL queries


##### Installing binary separately

You may choose to install sqlx-ts separately instead of using npm i

###### Using install.sh

The binary name for sqlx-ts is sqlx-ts.

Archives of precompiled binaries of sqlx-ts are available for windows, macOS and Linux. Linux and Windows binaries are static executables. Users of platforms not explicitly mentioned below are advised to download one of these archives.

If you're a macOS user, then you can install sqlx-ts from via install.sh:

`bash


macos & ARM CPU

`bash


windows & x32

`bash


linux & x32

`bash
$ curl -LSfs https://jasonshin.github.io/sqlx-ts/install.sh | sh -s -- --artifact sqlx-ts-v0.1.0-macos-arm.zip
`

Upgrading to a new version can be done by grabbing the next version of the sqlx-ts artifact and use --force command from install.sh

`bash
$ curl -LSfs https://jasonshin.github.io/sqlx-ts/install.sh | \
sh -s -- --artifact ssqlx-ts-v0.1.0-macos-arm.zip --force
`

For more advanced usage, please check --help command of install.sh

`bash
$ curl -LSfs https://jasonshin.github.io/sqlx-ts/install.sh | \
sh -s -- --help
``

$3

Please check the public notion board for the current and future work items

$3

sqlx-ts supports compile-time checked queries and generated types against SQLs. It does not, however, do this by providing DSL (domain-specific language) for building queries. Instead, it provides a macro (almost) that take regular SQL as input and ensures that it is valid against the target database. The way it works is that sqlx-ts connects to your local or development database at compile-time and have database itself to verify the queries, also generate types based on information_schema. This can have many benefits that typical ORMs cannot provide
- Since sqlx-ts simply sends the queries back to the DB, almost any SQL syntax can be used in sqlx-ts (including things added by database extensions)
- You can easily optimize the queries as the SQLs are not built using a query-builder or an ORM interface
- The generated types work well with almost any database driver or even ORMs if they have good typescript support (that allows you to override input and output types)

but it comes with some implications
- The amount of information that sqlx-ts retrieves depend on the type of the database (e.g. MySQL vs PostgreSQL)

If you are looking for an ORM, you can checkout Sequelize or Prisma.

$3

If you are trying to use sqlx-ts against vanilla JS, the TypeScript type-generation feature wouldn't be helpful. You can simply use SQL Check feature to keep your SQLs in JS code safe and compile-time checked.

$3

I would like to bring the powerful compile-time safety ideas to Node.js. sqlx is a great example of this, as it provides compile-time check of SQLs within your Rust code and Rust itself provides a great environment for tools like sqlx. sqlx-ts is greatly inspired by sqlx, but solves additional problems of generating TypeScript interfaces based on the SQL queries that are present in your code.