tspace-mysql
Advanced tools
Tspace MySQL is a promise-based ORM for Node.js, designed with modern TypeScript and providing type safety for schema databases.
tspace-mysql is an Object-Relational Mapping (ORM) tool designed to run seamlessly in Node.js and is fully compatible with TypeScript. It consistently supports the latest features in both TypeScript and JavaScript, providing additional functionalities to enhance your development experience.
| Feature | Description |
|---|---|
| Query Builder | Create flexible queries like SELECT, INSERT, UPDATE, and DELETE. You can also use raw SQL. |
| Join Clauses | Use INNER JOIN, LEFT JOIN, RIGHT JOIN, and CROSS JOIN to combine data from multiple tables. |
| Model | Provides a way to interact with database records as objects in code. You can perform create, read, update, and delete (CRUD) operations. Models also support soft deletes and relationship methods. |
| Schema | Allows you to define and manage the structure of MySQL tables, including data types and relationships. Supports migrations and validation. |
| Validation | Automatically checks data against defined rules before saving it to the database, ensuring data integrity and correctness. |
| Sync | Synchronizes the model structure with the database, updating the schema to match the model definitions automatically. |
| Soft Deletes | Marks records as deleted without removing them from the database. This allows for recovery and auditing later. |
| Relationships | Set up connections between models, such as one-to-one, one-to-many, belongs-to, and many-to-many. Supports nested relationships and checks. |
| Type Safety | Ensures that queries are safer by checking the types of statements like SELECT, ORDER BY, GROUP BY, and WHERE. |
| Repository | Follows a pattern for managing database operations like SELECT, INSERT, UPDATE, and DELETE. It helps keep the code organized. |
| Decorators | Use decorators to add extra functionality or information to model classes and methods, making the code easier to read. |
| Caching | Improves performance by storing frequently requested data. Supports in-memory caching (like memory DB) and Redis for distributed caching. |
| Migrations | Use CLI commands to create models, make migrations, and apply changes to the database structure. |
| Blueprints | Create a clear layout of the database structure and how models and tables relate to each other. |
| CLI | A Command Line Interface for managing models, running migrations, executing queries, and performing other tasks using commands (like make:model, migrate, and query). |
Install with npm:
npm install tspace-mysql --save
npm install tspace-mysql -g
To establish a connection, the recommended method for creating your environment variables is by using a '.env' file. using the following:
DB_HOST = localhost;
DB_PORT = 3306;
DB_USERNAME = root;
DB_PASSWORD = password;
DB_DATABASE = database;
/**
* @default
* DB_CONNECTION_LIMIT = 10
* DB_QUEUE_LIMIT = 0
* DB_TIMEOUT = 60000
* DB_DATE_STRINGS = false
*/
You can also create a file named 'db.tspace' to configure the connection. using the following:
source db {
host = localhost
port = 3306
database = npm
user = root
password = database
connectionLimit = 10
dateStrings = true
connectTimeout = 60000
waitForConnections = true
queueLimit = 0
charset = utf8mb4
}
import { sql , OP } from 'tspace-mysql'
// select
await sql()
.select('id','name')
.from('users')
.where({
'name' : 'tspace'
'id' : OP.in([1,2,3])
})
.limit(3)
.orderBy('name')
// insert
await sql()
.insert('users')
.values({
email : 'tspace@example.com'
})
// insert return data
await sql()
.insert('users')
.values({
email : 'tspace@example.com'
})
.returning({
id : true,
email : true,
enum : true
})
// update
await sql()
.update('users')
.where({
id : 1
})
.set({
email : 'tspace@example.com'
})
// update return data
await sql()
.update('users')
.where({
id : 1
})
.set({
email : 'tspace@example.com'
})
.returning()
//delete
await sql()
.delete('users')
.where({
id : 1
})
How a database query builder works with a simple example using the following:
+-------------+--------------+----------------------------+
| table users |
+-------------+--------------+----------------------------+
| id | username | email |
|-------------|--------------|----------------------------|
| 1 | tspace | tspace@gmail.com |
| 2 | tspace2 | tspace2@gmail.com |
+-------------+--------------+----------------------------+
+-------------+--------------+----------------------------+
| table posts |
+-------------+--------------+----------------------------+
| id | user_id | title |
|-------------|--------------|----------------------------|
| 1 | 1 | posts tspace |
| 2 | 2 | posts tspace2 |
+-------------+--------------+----------------------------+
import { DB } from 'tspace-mysql'
await new DB().from('users').find(1)
// SELECT * FROM `users` WHERE `users`.`id` = '1' LIMIT 1;
await new DB().table('users').find(1)
// SELECT * FROM `users` WHERE `users`.`id` = '1' LIMIT 1;
await new DB().table('users').alias('u').find(1)
// SELECT * FROM `users` AS `u` WHERE `u`.`id` = '1' LIMIT 1;
await new DB().fromRaw('u',new DB('users').select('*').limit(1).toString()).find(1)
// SELECT * FROM ( SELECT * FROM `users` LIMIT 1 ) AS `u` WHERE `u`.`id` = '1' LIMIT 1;
await new DB().alias('u',new DB('users').select('*').limit(1).toString()).find(1)
// SELECT * FROM ( SELECT * FROM `users` LIMIT 1 ) AS `u` WHERE `u`.`id` = '1' LIMIT 1;
const user = await new DB("users").find(1); // Object or null
const user = await new DB("users").findOne(); // Object or null
const user = await new DB("users").first(); // Object or null
const user = await new DB("users").firstOrError(message); // Object or error
const users = await new DB("users").findMany(); // Array-object of users
const users = await new DB("users").get(); // Array-object of users
const users = await new DB("users").getGroupBy('name') // Map
const users = await new DB("users").findGroupBy('name') // Map
const users = await new DB("users").toArray(); // Array of users
const users = await new DB("users").toJSON(); // JSON of users
const user = await new DB("users").exists(); // Boolean true if user exists otherwise false
const user = await new DB("users").count(); // Number of users counted
const user = await new DB("users").avg(); // Number of users avg
const user = await new DB("users").sum(); // Number of users sum
const user = await new DB("users").max(); // Number of users max
const user = await new DB("user").min(); // Number of users min
const users = await new DB("users").toString(); // sql query string
const users = await new DB("users").toSQL(); // sql query string
const users = await new DB("users").toRawSQL(); // sql query string
const users = await new DB("users").pagination(); // Object of pagination
const users = await new DB("users").makeSelectStatement() // query string for select statement
const users = await new DB("users").makeInsertStatement() // query string for insert statement
const users = await new DB("users").makeUpdateStatement() // query string for update statement
const users = await new DB("users").makeDeleteStatement() // query string for delete statement
const users = await new DB("users").makeCreateTableStatement() // query string for create table statement
const query = await DB.query(
"SELECT * FROM users WHERE id = :id AND email IS :email AND name IN :username", {
id : 1,
email : null,
username : ['name1','name2']
})
// SELECT * FROM users WHERE id = '1' AND email IS NULL AND username in ('name1','name2');
const select = await new DB("users").select("id", "username").findOne();
// SELECT `users`.`id`, `users`.`username` FROM `users` LIMIT 1;
const selectRaw = await new DB("users").selectRaw("COUNT(id)").findMany();
// SELECT COUNT(id) FROM `users`;
// You can also use the DB.raw() function
// const selectRaw = await new DB("users").selec(DB.raw("COUNT(id)")).findMany();
const selectObject = await new DB("posts")
.join("posts.user_id", "users.id")
.select("posts.*")
.selectObject(
{ id: "users.id", name: "users.name", email: "users.email" },
"user"
)
.findOne();
/**
SELECT
posts.*, JSON_OBJECT('id' , `users`.`id` , 'name' , `users`.`name` , 'email' , `users`.`email`) AS `user`
FROM `posts`
INNER JOIN `users` ON `posts`.`user_id` = `users`.`id` LIMIT 1;
*/
const selectArray = await new DB("users")
.select('id','name','email')
.join("users.id", "posts.user_id")
.select("posts.*")
.selectArray(
{ id: "posts.id", user_id: "posts.user_id", title: "posts.title" },
"posts"
)
.findOne();
/**
SELECT
`users`.`id`, `users`.`name`, `users`.`email`,
CASE WHEN COUNT(`posts`.`id`) = 0 THEN JSON_ARRAY()
ELSE JSON_ARRAYAGG(JSON_OBJECT('id' , `posts`.`id` , 'user_id' , `posts`.`user_id` , 'email' , `posts`.`title`))
END AS `posts`
FROM `users`
INNER JOIN `posts` ON `users`.`id` = `posts`.`user_id` WHERE `users`.`deletedAt` IS NULL GROUP BY `users`.`id` LIMIT 1;
*/
await new DB("users").except("id").findOne();
// SELECT `users`.`email`, `users`.`username` FROM `users` LIMIT 1;
await new DB("users").distinct().select("id").findOne();
// SELECT DISTINCT `users`.`id` FROM `users` LIMIT 1;
const users = await new DB("users")
.select(DB.raw("COUNT(`username`) as c"), "username")
.groupBy("username")
.having("c > 1")
.findMany();
// SELECT COUNT(`username`) as c, `users`.`username` FROM `users` GROUP BY `username` HAVING c > 1;
const users = await new DB("users")
.where(
"id",
DB.raw(new DB("users").select("id").where("id", "1").limit(1).toString())
)
.findMany();
// SELECT * FROM `users` WHERE `users`.`id` = (SELECT `users`.`id` FROM `users` WHERE `users`.`id` = '1' LIMIT 1);
const findFullName = await new User()
.select('name',`${DB.raw('CONCAT(firstName," ",lastName) as fullName')}`)
.whereRaw(`CONCAT(firstName," ",lastName) LIKE '%${search}%'`)
.findOne()
// SELECT `users`.`name`, CONCAT(firstName," ",lastName) as fullName FROM `users` WHERE CONCAT(firstName," ",lastName) LIKE '%search%' LIMIT 1;
await new DB("users").orderBy("id", "asc").findOne();
// SELECT * FROM `users` ORDER BY `id` ASC LIMIT 1;
await new DB("users").orderBy("id", "desc").findOne();
// SELECT * FROM `users` ORDER BY `id` DESC LIMIT 1;
await new DB("users").oldest("id").findOne();
// SELECT * FROM `users` ORDER BY `id` ASC LIMIT 1;
await new DB("users").latest("id").findOne();
// SELECT * FROM `users` ORDER BY `id` DESC LIMIT 1;
await new DB("users").random().findMany();
// SELECT * FROM `users` ORDER BY RAND();
await new DB("users").groupBy("id").findOne();
// SELECT * FROM `users` GROUP BY `id` LIMIT 1;
await new DB("users").groupBy("id", "username").findOne();
// SELECT * FROM `users` GROUP BY `id`, `username` LIMIT 1;
await new DB("users")
.select(DB.raw("COUNT(username) as c"), "username")
.groupBy("username")
.having("c > 1")
.findMany();
// SELECT COUNT(username) as c, `users`.`username` FROM `users` GROUP BY `username` HAVING c > 1;
await new DB("users").limit(5).findMany();
// SELECT * FROM `users` LIMIT 5;
await new DB("users").limit(-1).findMany();
// SELECT * FROM `users` LIMIT 2147483647; // int-32 2**31 - 1
await new DB("users").offset(1).findOne();
// SELECT * FROM `users` LIMIT 1 OFFSET 1;
await new DB("posts").join("posts.user_id", "users.id").findMany();
// SELECT * FROM `posts` INNER JOIN `users` ON `posts`.`user_id` = `users`.`id`;
await new DB("posts")
.join((join) => {
return join
.on('posts.user_id','users.id')
.on('users.id','post_user.user_id')
.and('users.id','posts.user_id')
})
.findMany();
// SELECT * FROM `posts`
// INNER JOIN `users` ON `posts`.`user_id` = `users`.`id`
// INNER JOIN `post_user` ON `users`.`id` = `post_user`.`user_id` AND `users`.`id` = `posts`.`user_id`;
await new DB("posts").leftJoin("posts.user_id", "users.id").findMany();
// SELECT * FROM `posts` LEFT JOIN `users` ON `posts`.`user_id` = `users`.`id`;
await new DB("posts").rightJoin("posts.user_id", "users.id").findMany();
// SELECT * FROM `posts` RIGHT JOIN `users` ON `posts`.`user_id` = `users`.`id`;
await new DB("posts").crossJoin("posts.user_id", "users.id").findMany();
// SELECT * FROM `posts` CROSS JOIN `users` ON `posts`.`user_id` = `users`.`id`;
const users = await new DB("users").where("id", 1).findMany();
// SELECT * FROM `users` WHERE `users`.`id` = '1'
const users = await new DB("users")
.where("id", 1)
.where("username", "try to find")
.findMany();
// SELECT * FROM `users` WHERE `users`.`id` = '1' and `users`.`username` = 'try to find'
const users = await new DB("users").where("id", ">", 1).findMany();
// SELECT * FROM `users` WHERE `users`.`id` > '1';
const users = await new DB("users").where("id", "<>", 1).findMany();
// SELECT * FROM `users` WHERE `users`.`id` <> '1';
const users = await new DB("users").where("id", 1).orWhere("id", 2).findMany();
// SELECT * FROM `users` WHERE `users`.`id` = '1' OR `users`.`id` = '2'
const users = await new DB("users")
.where("id", 1)
.whereQuery((query) => {
return query
.where("id", "<>", 2)
.orWhere("username", "try to find")
.orWhere("email", "find@example.com");
})
.findMany();
// SELECT * FROM `users` WHERE `users`.`id` = '1'
// AND
// ( `users`.`id` <> '2' OR `users`.`username` = 'try to find' OR `users`.`email` = 'find@example.com');
import { OP } from 'tspace-mysql'
const whereObject = await new DB("users")
.whereObject({
id : OP.notEq(1),
username : OP.in(['user1','user2']),
name : OP.like('%value%')
})
.findMany();
// SELECT * FROM `users` WHERE `users`.`id` <> '1' AND `users`.`username` = 'user1' AND `users`.`name` LIKE '%value%';
const whereJSON = await new DB("users")
.whereJSON("json", { key: "id", value: "1234" })
.findMany();
// SELECT * FROM `users` WHERE `users`.`json`->>'$.id' = '1234';
const users = await new DB("users").whereIn("id", [1, 2]).findMany();
// SELECT * FROM `users` WHERE `users`.`id` IN ('1','2');
const users = await new DB("users").whereNotIn("id", [1, 2]).findMany();
// SELECT * FROM `users` WHERE `users`.`id` NOT IN ('1','2');
const users = await new DB("users").whereBetween("id", [1, 2]).findMany();
// SELECT * FROM `users` WHERE `users`.`id` BETWEEN '1' AND '2';
const users = await new DB("users").whereNotBetween("id", [1, 2]).findMany();
// SELECT * FROM `users` WHERE `users`.`id` NOT BETWEEN '1' AND '2';
const users = await new DB("users").whereNull("username").findMany();
// SELECT * FROM `users` WHERE `users`.`username` IS NULL;
const users = await new DB("users").whereNotNull("username").findMany();
// SELECT * FROM `users` WHERE `users`.`username` IS NOT NULL;
const users = await new DB("users")
.whereQuery((query) => query.where("id", 1).where("username", "values"))
.whereIn("id", [1, 2])
.findOne();
// SELECT * FROM `users` WHERE ( `users`.`id` = '1' AND `users`.`username` = 'values') AND `users`.`id` IN ('1','2'') LIMIT 1;
const users = await new DB("users")
.where("id", 1)
.whereQuery((query) => {
return query
.where("id", "<>", 2)
.where("username", "try to find")
.where("email", "find@example.com");
})
.findMany();
// SELECT * FROM `users` WHERE `users`.`id` = '1'
// AND
// ( `users`.`id` <> '2' AND `users`.`username` = 'try to find' AND `users`.`email` = 'find@example.com');
const users = await new DB("users")
.whereAny(["name", "username", "email"], "like", `%v%`)
.findMany();
// SELECT * FROM `users` WHERE ( `users`.`name` LIKE '%v%' OR `users`.`username` LIKE '%v%' OR `users`.`email` LIKE '%v%');
const users = await new DB("users")
.whereAll(["name", "username", "email"], "like", `%v%`)
.findMany();
// SELECT * FROM `users` WHERE ( `users`.`name` LIKE '%v%' AND `users`.`username` LIKE '%v%' AND `users`.`email` LIKE '%v%');
const users = await new DB("users")
.whereExists(new DB("users").select("id").where("id", 1).toString())
.findMany();
// SELECT * FROM `users` WHERE EXISTS (SELECT `id` FROM `users` WHERE id = 1);
const users = await new DB("users")
.wherNoteExists(new DB("users").select("id").where("id", 1).toString())
.findMany();
// SELECT * FROM `users` WHERE NOT EXISTS (SELECT `id` FROM `users` WHERE id = 1);
const users = await new DB("users")
.whereSubQuery("id", "SELECT id FROM users")
.findMany();
// SELECT * FROM `users` WHERE `users`.`id` IN (SELECT id FROM users);
const users = await new DB("users")
.whereSubQuery("id", new DB("users").select("id").toString())
.findMany();
// SELECT * FROM `users` WHERE `users`.`id` IN (SELECT id FROM users);
const users = await new DB("users")
.whereSubQuery(
"id",
new DB("users")
.select("id")
.whereSubQuery("id", new DB("posts").select("user_id").toString())
.toString()
)
.findMany();
/*
SELECT * FROM `users`
WHERE `users`.`id`
IN (
SELECT `users`.`id` FROM `users`
WHERE `users`.`id`
IN (
SELECT `posts`.`user_id` FROM `posts`
)
);
*/
const users = await new DB("users")
.where("id", 1)
.when(true, (query) => query.where("username", "when is actived"))
.findMany();
// SELECT * FROM `users` WHERE `users`.`id` = '1' AND `users`.`username` = 'when is actived';
const users = await new DB("users")
.where("id", 1)
.when(false, (query) => query.where("username", "when is actived"))
.findMany();
// SELECT * FROM `users` WHERE `users`.`id` = '1';
const data = await new DB("posts").getGroupBy('user_id')
// return new Map()
// find posts by user id
const userHasPosts = data.get(1)
console.log(userHasPosts)
const users = await new DB("users").paginate();
// SELECT * FROM `users` LIMIT 15 OFFSET 0;
// SELECT COUNT(*) AS total FROM `users`;
const pageTwoUsers = await new DB("users").paginate({ page: 2, limit: 5 });
/*
SELECT * FROM `users` LIMIT 5 OFFSET 5;
SELECT COUNT(*) AS total FROM `users`;
the results are returned
{
meta: {
total: n,
limit: 5,
total_page: 5,
current_page: 2,
last_page: n,
next_page: 3,
prev_page: 1
},
data: [...your data here]
}
*/
const user = await new DB("users")
.create({
name: "tspace3",
email: "tspace3@gmail.com",
})
.save();
/**
INSERT INTO `users`
(`users`.`name`,`users`.`email`)
VALUES
('tspace3','tspace3@gmail.com');
-- then return the result inserted --
SELECT * FROM `users` WHERE `users`.`id` = ${INSERT ID};
*/
const users = await new DB("users")
.createMultiple([
{
name: "tspace4",
email: "tspace4@gmail.com",
},
{
name: "tspace5",
email: "tspace5@gmail.com",
},
{
name: "tspace6",
email: "tspace6@gmail.com",
},
])
.save();
/**
INSERT INTO `users`
(`users`.`name`,`users`.`email`)
VALUES
('tspace4','tspace4@gmail.com'),
('tspace5','tspace5@gmail.com'),
('tspace6','tspace6@gmail.com');
*/
const users = await new DB("users")
.where("name", "tspace4")
.where("email", "tspace4@gmail.com")
.createNotExists({
name: "tspace4",
email: "tspace4@gmail.com",
})
.save();
/*
-- if exists return null, if not exists created new data --
SELECT EXISTS(
SELECT 1 FROM `users`
WHERE `users`.`name` = 'tspace4'
AND `users`.`email` = 'tspace4@gmail.com'
LIMIT 1
) AS 'exists';
INSERT INTO `users` (`users`.`name`,`users`.`email`) VALUES ('tspace4','tspace4@gmail.com');
*/
const users = await new DB("users")
.where("name", "tspace4")
.where("email", "tspace4@gmail.com")
.createOrSelect({
name: "tspace4",
email: "tspace4@gmail.com",
})
.save();
/**
-- if has exists return data, if not exists created new data --
SELECT EXISTS(
SELECT 1 FROM `users`
WHERE `users`.`name` = 'tspace4'
AND `users`.`email` = 'tspace4@gmail.com'
LIMIT 1
) AS 'exists';
INSERT INTO `users` (`users`.`name`,`users`.`email`) VALUES ('tspace4','tspace4@gmail.com');
SELECT * FROM `users` WHERE `users`.`id` = '4';
*/
const user = await new DB("users")
.where("id", 1)
.update({
name: "tspace1**",
email: "tspace1@gmail.com",
})
.save();
/**
UPDATE `users` SET
`users`.`name` = 'tspace1',
`users`.`email` = 'tspace1@gmail.com'
WHERE `users`.`id` = '1' LIMIT 1;
*/
const user = await new DB("users")
.where("id", 1)
.updateMany({
name: "tspace1",
email: "tspace1@gmail.com",
})
.save();
/**
UPDATE `users` SET
`users`.`name` = 'tspace1',
`users`.`email` = 'tspace1@gmail.com'
WHERE `users`.`id` = '1';
*/
const user = await new DB("users")
.where("id", 1)
.update(
{
name: "tspace1",
email: "tspace1@gmail.com",
},
["name"]
)
.save();
/**
UPDATE `users` SET
`name` =
CASE WHEN (`name` = '' OR `name` IS NULL)
THEN 'tspace1' ELSE `name`
END,
`email` =
'tspace1@gmail.com'
WHERE `users`.`id` = '1' LIMIT 1;
*/
const user = await new DB("users")
.updateMultiple([
{
when: {
id: 1,
name: "name1",
},
columns: {
name: "update row1",
email: "row1@example.com",
},
},
{
when: {
id: 2,
},
columns: {
name: "update row2",
email: "row2@example.com",
},
},
])
.save();
/**
UPDATE `users` SET
`users`.`name` = (
CASE WHEN `users`.`id` = '1'
AND `users`.`name` = 'name1'
THEN 'update row1'
WHEN `users`.`id` = '2'
THEN 'update row2'
ELSE `users`.`name`
END
),
`users`.`email` = (
CASE WHEN `users`.`id` = '1'
AND `users`.`name` = 'name1'
THEN 'row1@example.com'
WHEN `users`.`id` = '2'
THEN 'row2@example.com'
ELSE `users`.`email`
END
)
WHERE `users`.`id` IN ('1','2') LIMIT 2;
*/
const user = await new DB("users")
.where("id", 1)
.updateOrCreate({
name: "tspace1**",
email: "tspace1@gmail.com",
})
.save();
// if has exists return update, if not exists created new data
// UPDATE `users` SET `name` = 'tspace1**',`email` = 'tspace1@gmail.com' WHERE `users`.`id` = '1' LIMIT 1;
// INSERT INTO `users` (`name`,`email`) VALUES ('tspace1**','tspace1@gmail.com');
const deleted = await new DB("users").where("id", 1).delete();
// DELETE FROM `users` WHERE `users`.`id` = '1' LIMIT 1;
const deleted = await new DB("users").where("id", 1).deleteMany();
// DELETE FROM `users` WHERE `users`.`id` = '1' ;
const hookImage = async (results) => {
for(const result of results) {
result.image = await ...getImage()
}
};
const user = await new DB("users").where("id", 1).hook(hookResult).findMany();
await new DB("users").faker(2);
/**
INSERT INTO `users`
(`users`.`username`,`users`.`email`)
VALUES
('ivsvtagyta86n571z9d81maz','fxcwkubccdi5ewos521uqexy'),
('rnr4esoki7fgekmdtarqewt','gv0mzb1m3rlbinsdyb6')
*/
// custom faker
await new DB("users").faker(5, (row, index) => {
return {
username: `username-${index + 1}`,
email: `email-${index + 1}`,
};
});
/**
INSERT INTO `users`
(`users`.`username`,`users`.`email`)
VALUES
('username-1','email-1'),
('username-2','email-2'),
('username-3','email-3'),
('username-4','email-4'),
('username-5','email-5');
*/
// fast to create
await new DB("users").faker(40_000);
const userInstance = new User().where('email','test@gmail.com')
const exits = await userInstance.exists()
// SELECT EXISTS (SELECT 1 FROM `users` WHERE `users`.`email` = 'test@gmail.com' LIMIT 1) AS `aggregate`;
const user = await userInstance.orderBy('id').findOne()
// SELECT * FROM `users` WHERE `users`.`email` = 'test@gmail.com' ORDER BY `users`.`id` DESC LIMIT 1;
const users = await userInstance.select('id').unset({ limit : true }).findMany()
// SELECT `users`.`id` FROM `users` WHERE `users`.`email` = 'test@gmail.com' ORDER BY `users`.`id` DESC;
const usersUnsetWhereStatement = await userInstance.unset({ select : true, where : true , orderBy : true }).findMany()
// SELECT * FROM `users` WHERE `users`.`deletedAt` IS NULL;
const user = await new User()
.CTEs('z', (query) => {
return query
.from('posts')
})
.CTEs('x', (query) => {
return query
.from('post_user')
})
.select('users.*','x.*','z.*')
.join('users.id','x.user_id')
.join('users.id','z.user_id')
.findOne()
// WITH z AS (SELECT posts.* FROM `posts`),
// x AS (SELECT * FROM `post_user`)
// SELECT users.*, z.*, x.* FROM `users` INNER JOIN `x` ON `users`.`id` = `x`.`user_id` INNER JOIN `z` ON `users`.`id` = `z`.`user_id` WHERE `users`.`deleted_at` IS NULL LIMIT 1;
where(column , OP , value)
whereSensitive(column , OP , value)
whereId(id)
whereUser(userId)
whereEmail(value)
whereIn(column , [])
whereNotIn(column , [])
whereNull(column)
whereNotNull(column)
whereBetween (column , [value1 , value2])
whereQuery(callback)
whereJson(column, { targetKey, value , OP })
whereRaw(sql)
whereExists(sql)
whereSubQuery(colmn , rawSQL)
whereNotSubQuery(colmn , rawSQL)
orWhere(column , OP , value)
orWhereRaw(sql)
orWhereIn(column , [])
orWhereSubQuery(colmn , rawSQL)
when(contition , callback)
select(column1 ,column2 ,...N)
distinct()
selectRaw(column1 ,column2 ,...N)
except(column1 ,column2 ,...N)
exceptTimestamp()
only(column1 ,column2 ,...N)
hidden(column1 ,column2 ,...N)
join(primary key , table.foreign key)
rightJoin (primary key , table.foreign key)
leftJoin (primary key , table.foreign key)
limit (limit)
having (condition)
havingRaw (condition)
orderBy (column ,'ASC' || 'DSCE')
orderByRaw(column ,'ASC' || 'DSCE')
latest (column)
latestRaw (column)
oldest (column)
oldestRaw (column)
groupBy (column)
groupByRaw (column)
create(objects)
createMultiple(array objects)
update (objects)
updateMany (objects)
updateMultiple(array objects)
createNotExists(objects)
updateOrCreate (objects)
onlyTrashed()
connection(options)
backup({ database , connection })
backupToFile({ filePath, database , connection })
hook((result) => ...) // callback result to function
sleep(seconds)
/**
* registry relation in your models
* @relationship
*/
hasOne({ name, model, localKey, foreignKey, freezeTable , as })
hasMany({ name, model, localKey, foreignKey, freezeTable , as })
belongsTo({ name, model, localKey, foreignKey, freezeTable , as })
belongsToMany({ name, model, localKey, foreignKey, freezeTable, as, pivot })
/**
* @relation using registry in your models
*/
relations(name1 , name2,...nameN) // with(name1, name2,...nameN)
/**
* @relation using registry in your models ignore soft delete
*/
relationsAll(name1 , name2,...nameN) // withAll(name1, name2,...nameN)
/**
* @relation using registry in your models. if exists child data remove this data
*/
relationsExists(name1 , name2,...nameN) // withExists(name1, name2,...nameN)
/**
* @relation using registry in your models return only in trash (soft delete)
*/
relationsTrashed(name1 , name2,...nameN) // withTrashed(name1, name2,...nameN)
/**
* @relation call a name of relation in registry, callback query of data
*/
relationQuery(name, (callback) ) // withQuery(name1, (callback))
/**
* queries statements
* @execute data of statements
*/
findMany() // get()
findOne() // first()
find(id)
delelte()
delelteMany()
exists()
toString()
toJSON()
toArray(column)
count(column)
sum(column)
avg(column)
max(column)
min(column)
pagination({ limit , page })
save() /* for actions statements insert or update */
makeSelectStatement()
makeInsertStatement()
makeUpdateStatement()
makeDeleteStatement()
makeCreateTableStatement()
Within a database transaction, you can utilize the following:
const connection = await new DB().beginTransaction();
try {
/**
*
* @startTransaction start transaction in scopes function
*/
await connection.startTransaction();
const user = await new User()
.create({
name: `tspace`,
email: "tspace@example.com",
})
/**
*
* bind method for make sure this connection has same transaction in connection
* @params {Function} connection
*/
.bind(connection)
.save();
const posts = await new Post()
.createMultiple([
{
user_id: user.id,
title: `tspace-post1`,
},
{
user_id: user.id,
title: `tspace-post2`,
},
{
user_id: user.id,
title: `tspace-post3`,
},
])
.bind(connection) // don't forget this
.save();
/**
*
* @commit commit transaction to database
*/
await connection.commit();
} catch (err) {
/**
*
* @rollback rollback transaction
*/
await connection.rollback();
}
When establishing a connection, you can specify options as follows:
const connection = await new DB().getConnection({
host: 'localhost',
port : 3306,
database: 'database'
username: 'username',
password: 'password',
})
const users = await new DB('users')
.bind(connection) // don't forget this
.findMany()
To backup a database, you can perform the following steps:
/**
*
* @param {string} database Database selected
* @param {object | null} to defalut new current connection
*/
const backup = await new DB().backup({
database: 'try-to-backup', // clone current database to this database
to ?: {
host: 'localhost',
port : 3306,
username: 'username',
password: 'password',
}
})
/**
*
* @param {string} database Database selected
* @param {string} filePath file path
* @param {object | null} conection defalut current connection
*/
const backupToFile = await new DB().backupToFile({
database: 'try-to-backup',
filePath: 'backup.sql',
connection ?: {
host: 'localhost',
port : 3306,
database: 'database'
username: 'username',
password: 'password',
}
})
// backupToFile => backup.sql
/**
*
* @param {string} database new db name
*/
await new DB().cloneDB('try-to-clone')
The 'tspace-mysql' library is configured to automatically escape SQL injection by default. Let's example a escape SQL injection and XSs injection:
const input = "admin' OR '1'='1";
DB.escape(input);
// "admin\' OR \'1\'=\'1"
//XSS
const input = "text hello!<script>alert('XSS attack');</script>";
DB.escapeXSS(input);
// "text hello!"
To get started, install the 'tspace-mysql' package globally using the following npm command:
/**
*
* @install global command
*/
npm install tspace-mysql -g
/**
*
* @make Model
*/
tspace-mysql make:model <model name> --dir=< directory >
# tspace-mysql make:model User --dir=App/Models
# App/Models/User.ts
Your database schema using models. These models represent tables in the database Let's example a basic model class:
import { Model } from "tspace-mysql";
// If you want to specify a global setting for the 'Model'
Model.global({
uuid: true,
softDelete: true,
timestamp: true,
logger: true,
});
class User extends Model {
constructor() {
super();
/**
*
* Assign setting global in your model
* @useMethod
* this.usePattern('camelCase') // => default 'snake_case'
* this.useCamelCase()
* this.useSnakeCase()
* this.useLogger()
* this.useDebug()
* this.usePrimaryKey('id')
* this.useTimestamp({
* createdAt : 'created_at',
* updatedAt : 'updated_at'
* }) // runing a timestamp when insert or update
* this.useSoftDelete('deletedAt') // => default target to colmun deleted_at
* this.useTable('users')
* this.useTableSingular() // => 'user'
* this.useTablePlural() // => 'users'
* this.useUUID('uuid') // => runing a uuid (universally unique identifier) when insert new data
* this.useRegistry() // => build-in functions registry
* this.useLoadRelationsInRegistry() // => auto generated result from relationship to results
* this.useBuiltInRelationFunctions() // => build-in functions relationships to results
* this.useHooks([(r) => console.log(r)])
* this.useObserver(Observe)
* this.useSchema ({
* id : Blueprint.int().notNull().primary().autoIncrement(),
* uuid : Blueprint.varchar(50).null(),
* name : Blueprint.varchar(191).notNull(),
* email : Blueprint.varchar(191).notNull(),
* created_at : Blueprint.timestamp().null(),
* updated_at : Blueprint.timestamp().null(),
* deleted_at : Blueprint.timestamp().null()
* }) // auto-generated table when table is not exists and auto-create column when column not exists
*
* // validate input when create or update reference to the schema in 'this.useSchema'
* this.useValidateSchema({
* id : Number,
* uuid : Number,
* name : {
* type : String,
* length : 191
* require : true
* },
* email : {
* type : String,
* require : true,
* length : 191,
* match: /^[a-zA-Z0-9._]+@[a-zA-Z0-9.-]+\.[a-zA-Z]{2,}$/,
* unique : true,
* fn : (email : string) => !/^[a-zA-Z0-9._]+@[a-zA-Z0-9.-]+\.[a-zA-Z]{2,}$/.test(email)
* },
* created_at : Date,
* updated_at : Date,
* deleted_at : Date
* })
*/
/*
* the "snake case", plural name of the class will be used as the table name
*
* @param {string} name The table associated with the model.
*/
this.useTable("users");
}
}
export { User };
export default User;
import { Model } from 'tspace-mysql'
class User extends Model {
constructor() {
super()
// By default, the model knows that the table name for this User is 'users'
this.useTable('fix_table') // fixtable
this.useTablePlural() // users
this.useTableSingular() // user
}
}
import { Model } from 'tspace-mysql'
class UserPhone extends Model {
constructor() {
super()
// By default, the model is pattern snake_case
// The table name is user_phones
this.useSnakeCase()
this.useCamelCase()
// The table name is userPhones
}
}
// set the pattern CamelCase for the model
const userPhone = await new UserPhone().where('user_id',1).findOne()
// covert 'user_id' to 'userId'
// SELECT * FROM `userPhones` WHERE `userPhones`.`userId` = '1' LIMIT 1;
// avoid the pattern CamelCase for the model
const userPhone = await new UserPhone().where(DB.freeze('user_id'),1).findOne()
// SELECT * FROM `userPhones` WHERE `userPhones`.`user_id` = '1' LIMIT 1;
import { Model } from 'tspace-mysql'
class User extends Model {
constructor() {
super()
this.useUUID() // insert uuid when creating
}
}
import { Model } from 'tspace-mysql'
class User extends Model {
constructor() {
super()
// insert created_at and updated_at when creating
// update updated_at when updating
// 'created_at' and 'updated_at' still relate to pettern the model
// this.useCamelCase() will covert 'created_at' to 'createdAt' and 'updated_at' to 'updatedAt'
this.useTimestamp()
// custom the columns
this.useTimestamp({
createdAt : 'createdAtCustom',
updatedAt : 'updatedAtCustom'
})
}
}
import { Model } from 'tspace-mysql'
class User extends Model {
constructor() {
super()
this.useDebug() // show the query sql in console when executing
}
}
class Observe {
public selected(results) {
console.log({ results , selected : true })
}
public created(results) {
console.log({ results , created : true })
}
public updated(results) {
console.log({ results , updated : true })
}
public deleted(results) {
console.log({ results , deleted : true })
}
}
import { Model } from 'tspace-mysql'
class User extends Model {
constructor() {
super()
this.useObserver(Observe) // returning to the observers by statements
}
}
import { Model } from 'tspace-mysql'
class User extends Model {
constructor() {
super()
// keep logging everything except select to the table '$loggers'
// the table will automatically be created
this.useLogger()
// keep logging everything
this.useLogger({
selected : true,
inserted : true,
updated : true,
deleted : true,
})
}
}
import { Model } from 'tspace-mysql'
class User extends Model {
constructor() {
super()
// when executed will returning the results to any hooks function
this.useHooks([
(results1) => console.log(results1),
(results2) => console.log(results2),
(results3) => console.log(results3)
])
}
}
class User extends Model {
constructor() {
super()
// Every query will have the global scope applied.
this.globalScope((query : User) => {
return query.select('id').where('id' , '>' , 10).orderBy('id')
})
}
}
const user = await new User().findMany()
// SELECT `users`.`id` FROM `users` WHERE `users`.`id` > '10' ORDER BY `users`.`id` ASC LIMIT 1
await new User().joinModel(User, Post).findMany();
// SELECT `users`.`id`, `users`.`email`, `users`.`username` FROM `users` INNER JOIN `posts` ON `users`.`id` = `posts`.`user_id`;
// if the model use soft delete
await new User().joinModel(User, Post).findMany();
// SELECT `users`.`id`, `users`.`email`, `users`.`username` FROM `users`
// INNER JOIN `posts` ON `users`.`id` = `posts`.`user_id`
// WHERE `posts`.`deleted_at` IS NULL AND `users`.`deleted_at` IS NULL;
await new User().select(`${User.table}.*`,`${Post.table}.*`).joinModel(User, Post).findMany();
// SELECT users.*, posts.* FROM `users`
// INNER JOIN `posts` ON `users`.`id` = `posts`.`user_id`
// WHERE `posts`.`deleted_at` IS NULL AND `users`.`deleted_at` IS NULL;
await new User().select('u.*','p.*')
.joinModel({ model : User , key : 'id' , alias : 'u' }, { model : Post , key : 'user_id', alias : 'p'})
.findMany();
// SELECT u.*, p.* FROM `users` AS `u`
// INNER JOIN `posts` AS `p` ON `u`.`id` = `p`.`user_id`
// WHERE `p`.`deleted_at` IS NULL AND `u`.`deleted_at` IS NULL;
await new DB("posts")
.join((join) => {
return join
.on('posts.user_id','users.id')
.on('users.id','post_user.user_id')
.and('users.id','posts.user_id')
})
.findMany()
// SELECT * FROM `posts`
// INNER JOIN `users` ON `posts`.`user_id` = `users`.`id`
// INNER JOIN `post_user` ON `users`.`id` = `post_user`.`user_id` AND `users`.`id` = `posts`.`user_id`;
await new User().leftJoinModel(User, Post).findMany();
// SELECT `users`.`id`, `users`.`email`, `users`.`username` FROM `users` LEFT JOIN `posts` ON `users`.`id` = `posts`.`user_id`;
await new User().rightJoinModel(User, Post).findMany();
// SELECT `users`.`id`, `users`.`email`, `users`.`username` FROM `users` RIGHT JOIN `posts` ON `users`.`id` = `posts`.`user_id`;
await new User().crossJoinModel(User, Post).findMany();
// SELECT `users`.`id`, `users`.`email`, `users`.`username` FROM `users` CROSS JOIN `posts` ON `users`.`id` = `posts`.`user_id`;
Relationships are defined as methods on your Model classes. Let's example a basic relationship:
A one-to-one relationship is used to define relationships where a single model is the parent to one child models
import { Model } from 'tspace-mysql'
import Phone from '../Phone'
class User extends Model {
constructor(){
super()
this.useTimestamp()
/**
*
* @hasOne Get the phone associated with the user.
* @relationship users.id -> phones.user_id
*/
this.hasOne({ name : 'phone' , model : Phone })
}
/**
* Mark a method for relationship
* @hasOne Get the phone associated with the user. using function callback
* @function
*/
phone (callback) {
return this.hasOneBuilder({ name : 'phone' , model : Phone } , callback)
}
}
export default User
+--------------------------------------------------------------------------+
import User from '../User'
const user = await new User().relations('phone').findOne() // You can also use the method .with('roles').
// user?.phone => {...}
const userUsingFunction = await new User().phone().findOne()
// userUsingFunction?.phone => {...}
A one-to-many relationship is used to define relationships where a single model is the parent to one or more child models.
import { Model } from 'tspace-mysql'
import Comment from '../Comment'
class Post extends Model {
constructor(){
super()
this.useTimestamp()
/**
*
* @hasMany Get the comments for the post.
* @relationship posts.id -> comments.post_id
*/
this.hasMany({ name : 'comments' , model : Comment })
}
/**
*
* @hasManyQuery Get the comments for the post. using function callback
* @function
*/
comments (callback) {
return this.hasManyBuilder({ name : 'comments' , model : Comment } , callback)
}
}
export default Post
+--------------------------------------------------------------------------+
import Post from '../Post'
const posts = await new Post().relations('comments').findOne()
// posts?.comments => [{...}]
const postsUsingFunction = await new Post().comments().findOne()
// postsUsingFunction?.comments => [{...}]
A belongsto relationship is used to define relationships where a single model is the child to parent models.
import { Model } from 'tspace-mysql'
import User from '../User'
class Phone extends Model {
constructor(){
super()
this.useTimestamp()
/**
*
* @belongsTo Get the user that owns the phone.
* @relationship phones.user_id -> users.id
*/
this.belognsTo({ name : 'user' , model : User })
}
/**
*
* @belongsToBuilder Get the user that owns the phone.. using function callback
* @function
*/
user (callback) {
return this.belongsToBuilder({ name : 'user' , model : User }, callback)
}
}
export default Phone
+--------------------------------------------------------------------------+
import Phone from '../Phone'
const phone = await new Phone().relations('user').findOne()
// phone?.user => {...}
const phoneUsingFunction = await new Phone().user().findOne()
// phoneUsingFunction?.user => {...}
Many-to-many relations are slightly more complicated than hasOne and hasMany relationships.
import { Model } from 'tspace-mysql'
import Role from '../Role'
class User extends Model {
constructor(){
super()
this.useTimestamp()
/**
*
* @belongsToMany Get The roles that belong to the user.
* @relationship users.id , roles.id => role_user.user_id , role_user.role_id
*/
this.belognsToMany({ name : 'roles' , model : Role })
}
/**
* @belongsToBuilder Get the user that owns the phone.. using function callback
* @function
*/
roles (callback) {
return this.belognsToManyBuilder({ model : Role } , callback)
}
}
export default User
+--------------------------------------------------------------------------+
import User from '../User'
const user = await new User().relations('roles').findOne()
// user?.roles => [{...}]
const userUsingFunction = await new User().roles().findOne()
// user?.roles => [{...}]
Relationships are connections between entities. Let's consider an example of a relationship:
+-------------+--------------+----------------------------+
| table users |
+-------------+--------------+----------------------------+
| id | username | email |
|-------------|--------------|----------------------------|
| 1 | tspace1 | tspace1@gmail.com |
| 2 | tspace2 | tspace2@gmail.com |
| 3 | tspace3 | tspace3@gmail.com |
+-------------+--------------+----------------------------+
+-------------+--------------+----------------------------+
| table posts |
+-------------+--------------+----------------------------+
| id | user_id | title |
|-------------|--------------|----------------------------|
| 1 | 1 | posts 1 |
| 2 | 1 | posts 2 |
| 3 | 3 | posts 3 |
+-------------+--------------+----------------------------+
import { Model } from 'tspace-mysql'
class User extends Model {
constructor(){
super()
this.hasMany({ name : 'posts' , model : Post })
}
}
class Post extends Model {
constructor(){
super()
this.belongsTo({ name : 'user' , model : User })
}
}
await new User()
.relations('posts')
.findOne()
// SELECT * FROM `users` LIMIT 1;
// SELECT * FROM `posts` WHERE `posts`.`userId` IN (...);
/*
* @returns
* {
* id : 1,
* username: "tspace1",
* email : "tspace1@gmail.com",
* posts : [
* {
* id : 1 ,
* user_id : 1,
* title : "post 1"
* },
* {
* id : 2 ,
* user_id : 1,
* title : "post 2"
* }
* ]
* }
*/
Relationships can involve deep connections. Let's consider an example of a deep relationship:
import { Model } from 'tspace-mysql'
class User extends Model {
constructor(){
super()
this.hasMany({ name : 'posts' , model : Post })
}
}
+--------------------------------------------------------------------------+
class Post extends Model {
constructor(){
super()
this.hasMany({ name : 'comments' , model : Comment })
this.belongsTo({ name : 'user' , model : User })
this.belongsToMany({ name : 'users' , model : User , modelPivot : PostUser })
}
}
+--------------------------------------------------------------------------+
class Comment extends Model {
constructor(){
super()
this.hasMany({ name : 'users' , model : User })
this.belongsTo({ name : 'post' , model : Post })
}
}
class PostUser extends Model {}
+--------------------------------------------------------------------------+
// Deeply nested relations
await new User()
.relations('posts')
.relationQuery('posts', (query : Post) => {
return query
.relations('comments','user','users')
.relationQuery('comments', (query : Comment) => {
return query.relations('user','post')
})
.relationQuery('user', (query : User) => {
return query.relations('posts').relationQuery('posts',(query : Post)=> {
return query.relations('comments','user')
// relation n, n, ...n
})
})
.relationQuery('users', (query : User) => {
return query
})
.relationQuery('users', (query : PostUser) => {
return query
}, { pivot : true })
})
.findMany()
// Select some columns in nested relations
await new User()
.relations('posts')
.relationQuery('posts', (query : Post) => query.select('id','user_id','title'))
.findMany()
// Where some columns in nested relations
await new User()
.relations('posts')
.relationQuery('posts', (query : Post) => query.whereIn('id',[1,3,5]))
.findMany()
// Sort data in nested relations
await new User()
.relations('posts')
.relationQuery('posts', (query : Post) => query.latest('id'))
.findMany()
// Limit data in nested relations
await new User()
.relations('posts')
.relationQuery('posts', (query : Post) => {
return query
.limit(1)
.relations('comments')
.relationQuery('comments', (query : Comment) => query.limit(1))
})
.findMany()
Relationships can return results only if they are not empty in relations, considering soft deletes. Let's illustrate this with an example of an existence check in relations:
+-------------+--------------+----------------------------+--------------------+
| table users | |
+-------------+--------------+----------------------------+--------------------+
| id | username | email | deleted_at |
|-------------|--------------|----------------------------|--------------------|
| 1 | tspace1 | tspace1@gmail.com | |
| 2 | tspace2 | tspace2@gmail.com | |
| 3 | tspace3 | tspace3@gmail.com | |
+-------------+--------------+----------------------------+--------------------+
+-------------+--------------+----------------------------+--------------------+
| table posts | |
+-------------+--------------+----------------------------+--------------------+
| id | user_id | title | deleted_at |
|-------------|--------------|----------------------------|--------------------|
| 1 | 1 | posts 1 |2020-07-15 00:00:00 |
| 2 | 2 | posts 2 | |
| 3 | 3 | posts 3 |2020-07-15 00:00:00 |
+-------------+--------------+----------------------------+--------------------+
import { Model } from 'tspace-mysql'
class User extends Model {
constructor(){
super()
this.hasMany({ name : 'posts' , model : Post })
this.useSoftDelete()
}
}
+--------------------------------------------------------------------------+
class Post extends Model {
constructor(){
super()
this.hasMany({ name : 'comments' , model : Comment })
this.belongsTo({ name : 'user' , model : User })
this.useSoftDelete()
}
}
// normal relations
await new User().relations('posts').findMany()
// SELECT * FROM `users` WHERE `users`.`deleted_at`;
// SELECT * FROM `posts` WHERE `posts`.`userId` IN (...) AND `posts`.`deleted_at` IS NULL;
/*
* @returns [
* {
* id : 1,
* username: "tspace1",
* email : "tspace1@gmail.com",
* posts : []
* },
* {
* id : 2,
* username: "tspace2",
* email : "tspace2@gmail.com",
* posts : [
* {
* id : 2,
* user_id : 2,
* title : "posts 2"
* }
* ]
* },
* {
* id : 3,
* username: "tspace3",
* email : "tspace3@gmail.com",
* posts : []
* }
* ]
*/
await new User().relationsExists('posts').findMany()
// SELECT * FROM `users` WHERE `users`.`deleted_at` IS NULL
// AND EXISTS (SELECT 1 FROM `posts` WHERE `users`.`id` = `posts`.`user_id` AND `posts`.`deletedA_at` IS NULL);
// SELECT * FROM `posts` WHERE `posts`.`user_id` IN (...) AND `posts`.`deleted_at` IS NULL;
/*
* @returns [
* {
* id : 2,
* username: "tspace2",
* email : "tspace2@gmail.com",
* posts : [
* {
* id : 2,
* user_id : 2,
* title : "posts 2"
* }
* ]
* }
* ]
* because posts id 1 and id 3 has been removed from database (using soft delete)
*/
Relationships will retrieving the count of related records without loading the data of related models Let's illustrate this with an example of an existence check in relations:
+-------------+--------------+----------------------------+
| table users |
+-------------+--------------+----------------------------+
| id | username | email |
|-------------|--------------|----------------------------|
| 1 | tspace1 | tspace1@gmail.com |
| 2 | tspace2 | tspace2@gmail.com |
+-------------+--------------+----------------------------+
+-------------+--------------+----------------------------+
| table posts |
+-------------+--------------+----------------------------+
| id | user_id | title |
|-------------|--------------|----------------------------|
| 1 | 1 | posts 1 |
| 2 | 1 | posts 2 |
| 3 | 2 | posts 3 |
+-------------+--------------+----------------------------+
import { Model } from 'tspace-mysql'
class User extends Model {
constructor(){
super()
this.hasMany({ name : 'posts' , model : Post })
this.useSoftDelete()
}
}
// you also use .withCount()
await new User().relationsCount('posts').findMany()
// SELECT * FROM `users` WHERE `users`.`deleted_at` IS NULL;
// SELECT `posts`.`user_id`, COUNT(`user_id`) AS `aggregate` FROM `posts`
// WHERE `posts`.`user_id` IN ('1','2') AND `posts`.`deleted_at` IS NULL GROUP BY `posts`.`user_id`;
/*
* @returns [
* {
* id : 1,
* username: "tspace1",
* email : "tspace1@gmail.com",
* posts : 2
* }
* {
* id : 2,
* username: "tspace2",
* email : "tspace2@gmail.com",
* posts : 1
* }
* ]
*/
Relationships can return results only if they are deleted in table, considering soft deletes. Let's illustrate this with an example:
+-------------+--------------+----------------------------+--------------------+
| table users | |
+-------------+--------------+----------------------------+--------------------+
| id | username | email | deleted_at |
|-------------|--------------|----------------------------|--------------------|
| 1 | tspace1 | tspace1@gmail.com | |
| 2 | tspace2 | tspace2@gmail.com | |
| 3 | tspace3 | tspace3@gmail.com |2020-07-15 00:00:00 |
+-------------+--------------+----------------------------+--------------------+
+-------------+--------------+----------------------------+--------------------+
| table posts | |
+-------------+--------------+----------------------------+--------------------+
| id | user_id | title | deleted_at |
|-------------|--------------|----------------------------|--------------------|
| 1 | 1 | posts 1 |2020-07-15 00:00:00 |
| 2 | 2 | posts 2 | |
| 3 | 3 | posts 3 |2020-07-15 00:00:00 |
+-------------+--------------+----------------------------+--------------------+
import { Model } from 'tspace-mysql'
class User extends Model {
constructor(){
super()
this.hasMany({ name : 'posts' , model : Post })
this.useSoftDelete()
}
}
+--------------------------------------------------------------------------+
class Post extends Model {
constructor(){
super()
this.hasMany({ name : 'comments' , model : Comment })
this.belongsTo({ name : 'user' , model : User })
this.useSoftDelete()
}
}
// normal relations
await new User().relations('posts').findMany()
// SELECT * FROM `users` WHERE `users`.`deleted_at` IS NULL;
// SELECT * FROM `posts` WHERE `posts`.`user_id` IN (...) AND `posts`.`deleted_at` IS NULL;
/*
* @returns [
* {
* id : 1,
* username: "tspace1",
* email : "tspace1@gmail.com",
* posts : []
* }
* {
* id : 2,
* username: "tspace2",
* email : "tspace2@gmail.com",
* posts : [
* {
* id : 2,
* user_id : 2,
* title : "posts 2"
* }
* ]
* }
* ]
*/
// relationsTrashed
await new User().relationsTrashed('posts').findMany()
// SELECT * FROM `users` WHERE `users`.`deleted_at` IS NULL;
// SELECT * FROM `posts` WHERE `posts`.`user_id` IN (...) AND `posts`.`deleted_at` IS NOT NULL;
/*
* @returns [
* {
* id : 1,
* username: "tspace1",
* email : "tspace1@gmail.com",
* posts : [
* {
* id : 1,
* user_id : 1,
* title : "posts 1"
* }
* ]
* }
* {
* id : 2,
* username: "tspace2",
* email : "tspace2@gmail.com",
* posts : []
* }
* ]
*/
// relationsTrashed + trashed
await new User().relationsTrashed('posts').trashed().findMany()
// SELECT * FROM `users` WHERE `users`.`deleted_at` IS NOT NULL;
// SELECT * FROM `posts` WHERE `posts`.`user_id` IN (...) AND `posts`.`deleted_at` IS NOT NULL;
/*
* @returns [
* {
* id : 3,
* username: "tspace3",
* email : "tspace3@gmail.com",
* posts : [
* {
* id : 3,
* user_id : 3,
* title : "posts 3"
* }
* ]
* }
* ]
*/
Certainly, let's illustrate the use of a built-in function in the results of relationships:
import { Model } from 'tspace-mysql'
class User extends Model {
constructor(){
super()
this.hasMany({ name : 'posts' , model : Post })
this.useBuiltInRelationFunctions()
}
}
+--------------------------------------------------------------------------+
class Post extends Model {
constructor(){
super()
this.hasMany({ name : 'comments' , model : Comment })
this.belongsTo({ name : 'user' , model : User })
this.useBuiltInRelationFunctions()
}
}
+--------------------------------------------------------------------------+
class Comment extends Model {
constructor(){
super()
this.hasMany({ name : 'users' , model : User })
this.belongsTo({ name : 'post' , model : Post })
this.useBuiltInRelationFunctions()
}
}
+--------------------------------------------------------------------------+
const user = await new User().findOne()
const posts = await user.$posts()
/** Warning built-in function has Big-O effect */
for (const post of posts) {
const comments = await post.$comments()
}
Cache can be used in a Model. Let's illustrate this with an example of a cache:
// support memory db and redis
// set cache in file config .env , .env.development ... etc
DB_CACHE = memory // by default
// for db
DB_CACHE = db
// for redis
DB_CACHE = redis://username:password@server:6379
const users = await new User()
.cache({
key : 'users', // key of the cache
expires : 1000 * 60 // cache expires in 60 seconds
})
.sleep(5) // assume the query takes longer than 5 seconds...
.findMany()
Decorators can be used in a Model. Let's illustrate this with an example of a decorators:
import {
Blueprint, Model ,
Table ,TableSingular, TablePlural,
UUID, SoftDelete, Timestamp,
Pattern, CamelCase , snakeCase ,
Column, Validate, Observer
} from 'tspace-mysql'
import { Post } from './Post'
import { PostUser } from './PostUser'
class UserObserve {
public selected(results) {
console.log({ results , selected : true })
}
public created(results) {
console.log({ results , created : true })
}
public updated(results) {
console.log({ results , updated : true })
}
public deleted(results) {
console.log({ results , deleted : true })
}
}
@Pattern('camelCase')
@Observer(UserObserve)
@UUID()
@SoftDelete()
@Timestamp()
@Table('users')
class User extends Model {
@Column(() => Blueprint.int().notNull().primary().autoIncrement())
public id!: number
@Column(() => Blueprint.varchar(50).null())
public uuid!: string
@Column(() => Blueprint.varchar(50).null())
@Validate({
type : String,
require : true,
length : 50,
match: /^[a-zA-Z0-9._]+@[a-zA-Z0-9.-]+\.[a-zA-Z]{2,}$/,
unique : true,
fn : (email : string) => /^[a-zA-Z0-9._]+@[a-zA-Z0-9.-]+\.[a-zA-Z]{2,}$/.test(email)
})
public email!: string
@Column(() => Blueprint.varchar(50).null())
public name !: string
@Column(() => Blueprint.varchar(50).null())
public username !: string
@Column(() => Blueprint.varchar(50).null())
public password !: string
@Column(() => Blueprint.timestamp().null())
public createdAt!: Date
@Column(() => Blueprint.timestamp().null())
public updatedAt!: Date
@Column(() => Blueprint.timestamp().null())
public deletedAt!: Date
}
export { User }
export default User
The schema refers to the structure of the database as it pertains to the objects and classes in the model. using the following:
import { Model, Blueprint , TSchema } from "tspace-mysql";
const schema = {
id: Blueprint.int().notNull().primary().autoIncrement(),
uuid: Blueprint.varchar(50).null().index(),
name: Blueprint.varchar(191).notNull(),
email: Blueprint.varchar(191).notNull(),
createdAt: Blueprint.timestamp().null().bindColumn('created_at'),
updatedAt: Blueprint.timestamp().null().bindColumn('updated_at'),
deletedAt: Blueprint.timestamp().null().bindColumn('deleted_at')
}
// make type in TS
type TS = TSchema<typeof Schema>
// the TSchemaUser will be created like that
/**
{
id : number,
uuid : string | null,
name : string,
email : string,
createdAt : Date | string | null,
updatedAt : Date | string | null,
deletedAt : Date | string | null
}
*/
class User extends Model<TS> // use the schema for this User model
{
constructor() {
super();
this.useCamelCase()
this.useSchema(schema)
}
}
Validate the schema of Model let's example a validator model:
import { Model, Blueprint } from "tspace-mysql";
class User extends Model {
constructor() {
super();
this.useCamelCase();
this.useSchema({
id: Blueprint.int().notNull().primary().autoIncrement(),
uuid: Blueprint.varchar(50).null(),
name: Blueprint.varchar(191).notNull(),
email: Blueprint.varchar(191).notNull(),
createdAt: Blueprint.timestamp().null(),
updatedAt: Blueprint.timestamp().null(),
deletedAt: Blueprint.timestamp().null(),
});
// validate input when create or update reference to the schema in 'this.useSchema'
this.useValidateSchema({
id: Number,
uuid: Number,
name: {
type: String,
length: 191,
require: true,
json: true,
},
email: {
type: String,
require: true,
length: 191,
match: /^[a-zA-Z0-9._]+@[a-zA-Z0-9.-]+\.[a-zA-Z]{2,}$/,
unique: true,
fn: (email: string) => {
return /^[a-zA-Z0-9._]+@[a-zA-Z0-9.-]+\.[a-zA-Z]{2,}$/.test(email)
}
},
createdAt: Date,
updatedAt: Date,
deletedAt: Date,
});
}
}
Sync the schema with the "Models" setting in your directory. This process will verify and update table columns and foreign keys as needed. Ensure that the relationships are correctly established through the 'useSchema' method in your models. Let's examine a basic sync class:
/**
*
* @Ex directory
*
* - node_modules
* - src
* - index.ts
* - Models
* - User.ts
* - Post.ts
*/
// file User
class User extends Model {
constructor() {
super();
this.hasMany({ name: "posts", model: Post });
// if you need to initialize data when creating the table, you can use the following.
this.whenCreatingTable(async () => {
return await new User()
.create({
...columns,
})
.void()
.save();
});
this.useSchema({
id: Blueprint.int().notNull().primary().autoIncrement(),
uuid: Blueprint.varchar(50).null(),
email: Blueprint.int().notNull().unique(),
name: Blueprint.varchar(255).null(),
created_at: Blueprint.timestamp().null(),
updated_at: Blueprint.timestamp().null(),
deleted_at: Blueprint.timestamp().null(),
});
}
}
// file Post
import User from "./User";
class Post extends Model {
constructor() {
super();
this.hasMany({ name: "comments", model: Comment });
this.belongsTo({ name: "user", model: User });
this.useSchema({
id: Blueprint.int().notNull().primary().autoIncrement(),
uuid: Blueprint.varchar(50).null(),
user_id: Blueprint.int().notNull().foreign({
references: "id",
on: User,
onDelete: "CASCADE",
onUpdate: "CASCADE",
}),
title: Blueprint.varchar(255).null(),
created_at: Blueprint.timestamp().null(),
updated_at: Blueprint.timestamp().null(),
deleted_at: Blueprint.timestamp().null(),
});
}
}
await Schema.sync(`/src/Models`, {
force: true,
log: true,
foreign: true,
changed: true,
});
// You can also synchronize using the Model.
await new User().sync({ force: true, foreign: true, changed: true });
import { Model } from 'tspace-mysql'
class User extends Model {
constructor() {
super()
this.useSoftDelete() // All query will be where 'deleted_at' is null
// You can also use patterns camelCase to covert the 'deleted_at' to 'deletedAt'
// You can also customize the column 'deleted_at'
this.useSoftDelete('deletedAtCustom')
}
}
const user = await new User().where('user_id',1).findOne()
// SELECT * FROM `users` WHERE `users`.`userId` = '1' and `users`.`deletedAtCustom` IS NULL LIMIT 1;
// find in trashed
const user = await new User().trashed().findMany()
// SELECT * FROM `users` WHERE `users`.`userId` = '1' and `users`.`deletedAtCustom` IS NOT NULL;
Type safety in TypeScript refers to the ability of the language to detect and prevent type errors during compile-time. Type safety still works when you add additional types to your model, using the following:
// in file User.ts
import { Model , Blueprint , TSchema , TSchemaStatic } from 'tspace-mysql'
import Phone from '../Phone'
const schemaUser = {
id :Blueprint.int().notNull().primary().autoIncrement(),
uuid :Blueprint.varchar(50).null(),
email :Blueprint.varchar(50).null(),
name :Blueprint.varchar(255).null(),
username : Blueprint.varchar(255).null(),
password : Blueprint.varchar(255).null(),
createdAt :Blueprint.timestamp().null(),
updatedAt :Blueprint.timestamp().null()
}
type TSchemaUser = TSchemaStatic<typeof schemaUser>
// TSchemaUser = TSchema<typeof schemaUser>
// TSchema allowed to set any new keys without in the schema to results
// TSchemaStatic not allowed to set any new keys without in the schema to results
class User extends Model<TSchemaUser> { // Add this '<TSchemaUser>' to activate the type for the Model.
constructor() {
super()
this.useSchema(schemaUser)
this.hasOne({ model : Phone, name : 'phone' })
this.hasMany({ model : Phone, name : 'phones' })
}
}
export { User }
export default User
+--------------------------------------------------------------------------+
// in file Phone.ts
import { Model , Blueprint , TSchema , TSchemaStatic } from 'tspace-mysql'
import { User } from './User.ts'
const schemaPhone = {
id :Blueprint.int().notNull().primary().autoIncrement(),
uuid :Blueprint.varchar(50).null(),
userId : Blueprint.int().notNull(),
number :Blueprint.varchar(50).notNull(),
createdAt :Blueprint.timestamp().null(),
updatedAt :Blueprint.timestamp().null()
}
type TSchemaPhone = TSchemaStatic<typeof schemaPhone>
class Phone extends Model<TSchemaPhone> {
constructor() {
super()
this.useSchema(schemaPhone)
this.useBelongsTo({ model : User, name : 'user'})
}
}
export { Phone }
export default Phone
+--------------------------------------------------------------------------+
import { User } from './User.ts'
import { Phone } from './Phone.ts'
const user = await new User().select('id','username').findOne() ✅
const user = await new User().select('idx','username').findOne() ❌
const user = await new User().except('id','username').findOne() ✅
const user = await new User().except('idx','username').findOne() ❌
// TSchemaStatic not allowed to set any new keys without in the schema to results
user.withoutSchema = 1 ✅ // TSchema<User>
user.withoutSchema = 1 ❌ // TSchemaStatic<User>
// But can you make like this for cases
const user = await new User().except('idx','username').findOne<{ withoutSchema : number }>()
user.withoutSchema = 1 ✅
import { User } from './User.ts'
import { Phone } from './Phone.ts'
const users = await new User().orderBy('id','DESC').findMany() ✅
const users = await new User().orderBy('idx','DESC').findMany() ❌
const users = await new User().latest('id').findMany() ✅
const users = await new User().latest('idx').findMany() ❌
const users = await new User().oldest('id').findMany() ✅
const users = await new User().oldest('idx').findMany() ❌
import { User } from './User.ts'
import { Phone } from './Phone.ts'
const users = await new User().groupBy('id').findMany() ✅
const users = await new User().groupBy('idx').findMany() ❌
import { User } from './User.ts'
import { Phone } from './Phone.ts'
const users = await new User().where('id',1).findMany() ✅
const users = await new User().where('idxx',1).findMany() ❌
const users = await new User().where('id',1).orWhere('id',5).findMany() ✅
const users = await new User().where('id',1).orWhere('idxx',5).findMany() ❌
const users = await new User().whereIn('id',[1]).findMany() ✅
const users = await new User().whereIn('idx',[1]).findMany() ❌
const users = await new User().whereNull('id').findMany() ✅
const users = await new User().whereNull('idx').findMany() ❌
const users = await new User().whereNotNull('id').findMany()
const users = await new User().whereNotNull('idx').findMany()
const users = await new User().whereBetween('id',[1,2]).findMany() ✅
const users = await new User().whereBetween('idx',[1,2]).findMany() ❌
const users = await new User()
.whereSubQuery(
'id',
new User().select('id').toString()
).findMany() ✅
const users = await new User()
.whereSubQuery(
'idx',
new User().select('id').toString()
).findMany() ❌
import { User } from './User.ts'
import { Phone } from './Phone.ts'
const users = await new User().create({ id : 10 }).save() ✅
const users = await new User().create({ id : "10" }).save() ❌
const users = await new User().create({ idx : 10 }).save() ❌
import { User } from './User.ts'
import { Phone } from './Phone.ts'
const users = await new User().update({ id : 10 }).where('id',1).save() ✅
const users = await new User().update({ id : 10 }).where('idx',1).save() ❌
const users = await new User().update({ id : "10" }).where('id',1).save() ❌
const users = await new User().update({ idx : 10 }).where('idx',1).save() ❌
import { User } from './User.ts'
import { Phone } from './Phone.ts'
const users = await new User().where('id',1).delete() ✅
const users = await new User().where('idx',1).delete() ❌
import { TSchemaModel } from 'tspace-mysql'
import { User } from './User.ts'
import { Phone } from './Phone.ts'
// Case #1 : Relationship with 2 relations 'phone' and 'phones'
const users = await new User()
.relations('phone','phones')
.findMany()
for(const user of users) {
user.phone ❌
user.phones ❌
}
// You can also specify the type for the results.
// bad 👎👎👎
const users = await new User()
.relations('phone','phones')
.findMany<{ phone : Record<string,any> , phones : any[]}>()
for(const user of users) {
user.phone ✅
user.phones ✅
user.phone.id ✅
user.phone.idx ✅💩💩💩
user.phones.map(phone => phone.id) ✅
user.phones.map(phone => phone.idx) ✅💩💩💩
}
// good 👍👍👍
const users = await new User()
.relations('phone','phones')
.findMany<{ phone : TSchemaModel<Phone> , phones : TSchemaModel<Phone>[] }>()
for(const user of users) {
user.phone ✅
user.phones ✅
user.phone?.id ✅
user.phone?.idx ❌
user.phones.map(phone => phone?.id) ✅
user.phones.map(phone => phone?.idx) ❌
}
+--------------------------------------------------------------------------+
// Case #2 : There is a relationship between two entities, 'phone' and 'phones', both of which are related to the 'user' entity through nested relations
const users = await new User()
.relations('phone','phones')
.relationQuery('phone' , (query : Phone) => query.relations('user'))
.relationQuery('phones' , (query : Phone) => query.relations('user'))
.findMany<{ phone : TSchemaModel<Phone> , phones : TSchemaModel<Phone>[] }>()
for(const user of users) {
user.phone.user ❌
user.phones.map(phone =>phone.user) ❌
}
// You can also specify the type for the results.
// bad 👎👎👎
const users = await new User()
.relations('phone','phones')
.relationQuery('phone' , (query : Phone) => query.relations('user'))
.relationQuery('phones' , (query : Phone) => query.relations('user'))
.findMany<{ phone : Record<string,any> , phones : Record<string,any>[] }>()
for(const user of users) {
user.phone.user ✅💩💩💩
user.phones.map(phone =>phone.user) ✅💩💩💩
user.phone.user.idx ✅💩💩💩
user.phones.map(phone =>phone.user.idx) ✅💩💩💩
}
// good 👍👍👍
const users = await new User()
.relations('phone','phones')
.relationQuery('phone' , (query : Phone) => query.relations('user'))
.relationQuery('phones' , (query : Phone) => query.relations('user'))
.findMany<{
phone : Partial<TSchemaModel<Phone>> & { user : TSchemaModel<User>};
phones : (Partial<TSchemaModel<Phone>> & { user : TSchemaModel<User>})[];
}>()
for(const user of users) {
user.phone.user ✅
user.phone.user.id ✅
user.phone.userx ❌
user.phone.user.idx ❌
user.phones.map(phone =>phone.user.id) ✅
user.phones.map(phone =>phone.user.idx) ❌
}
+--------------------------------------------------------------------------+
// If you don't want to set types for every returning method such as 'findOne', 'findMany', and so on...
import { Model , Blueprint , TSchema , TSchemaStatic , TRelation } from 'tspace-mysql'
import { Phone } from '../Phone'
const schemaUser = {
id :Blueprint.int().notNull().primary().autoIncrement(),
uuid :Blueprint.varchar(50).null(),
email :Blueprint.varchar(50).null(),
name :Blueprint.varchar(255).null(),
username : Blueprint.varchar(255).null(),
password : Blueprint.varchar(255).null(),
createdAt :Blueprint.timestamp().null(),
updatedAt :Blueprint.timestamp().null()
}
type TSchemaUser = TSchemaStatic<typeof schemaUser>
type TRelationUser = TRelation<{
phones : Phone[]
phone : Phone
}>
// Add this '<TSchemaUser, RelationUserType>' to activate the type for the Model.
class User extends Model< TSchemaUser, TRelationUser > {
constructor() {
super()
this.useSchema(schemaUser)
this.hasOne({ model : Phone, name : 'phonex' }) ❌
this.hasMany({ model : Phone, name : 'phonesx' }) ❌
this.hasOne({ model : Phone, name : 'phone' }) ✅
this.hasMany({ model : Phone, name : 'phones' }) ✅
}
}
export { User }
+--------------------------------------------------------------------------+
// in file Phone.ts
import { Model , Blueprint , TSchema , TRelation } from 'tspace-mysql'
import { User } from './User.ts'
const schemaPhone = {
id :Blueprint.int().notNull().primary().autoIncrement(),
uuid :Blueprint.varchar(50).null(),
userId : Blueprint.int().notNull(),
number :Blueprint.varchar(50).notNull(),
createdAt :Blueprint.timestamp().null(),
updatedAt :Blueprint.timestamp().null()
}
type TSchemaPhone = TSchema<typeof schemaPhone>
type TRelationPhone = TRelation<{
user : User[]
}>
class Phone extends Model<
TSchemaPhone,
TRelationPhone
> {
constructor() {
super()
this.useSchema(schemaPhone)
this.useBelongsTo({ model : User, name : 'userx'}) ❌
this.useBelongsTo({ model : User, name : 'user'}) ✅
}
}
export { Phone }
+--------------------------------------------------------------------------+
const users = await new User()
.relations('phonex','phonesx') ❌
.relationQuery('phonex' ❌ , (query : Phone) => query.relations('user')) ✅
.relationQuery('phonesx' ❌ , (query : Phone) => query.relations('user')) ✅
.findMany()
const users = await new User()
.relations('phone','phones') ✅
.relationQuery('phonex' ❌ , (query : Phone) => query.relations('user')) ✅
.relationQuery('phonesx' ❌ , (query : Phone) => query.relations('user')) ✅
.findMany()
const users = await new User()
.relations('phone','phones')
.relationQuery('phone' , (query : Phone) => query.relations('userx')) ❌
.relationQuery('phones' , (query : Phone) => query.relations('userx')) ❌
.findMany()
const users = await new User()
.relations('phone','phones') ✅
.relationQuery('phone' ✅ , (query : Phone) => query.relations('user')) ✅
.relationQuery('phones'✅ , (query : Phone) => query.relations('user')) ✅
.findMany()
for(const user of users) {
user.phone.user ❌
user.phone?.user ✅
user.phone?.user.id ✅
user.phone?.userx ❌
user.phone?.user.idx ❌
user.phones.map(phone =>phone?.user.id) ❌
user.phones?.map(phone =>phone?.user.id) ✅
user.phones?.map(phone =>phone?.user.idx) ❌
}
Repository is a mechanism that encapsulates all database operations related to a specific model.
It provides methods for querying, inserting, updating, and deleting records in the database associated with the model.
** The Repository check always type safety if model is used the type of schema
import { Repository , TRepository , OP } from 'tspace-mysql'
import { User } from '../Models/User'
const userRepository = Repository.bind(User)
const needPhone = true
const user = await userRepository.findOne({
select : {
id : true,
name : true,
username : true,
phone : {
id : true,
name : true,
user_id : true,
}
},
where : {
id: 1
},
when : {
condition : needPhone,
query: () => ({
relations : {
phone : true
/**
You can also specify the phone with any methods of the repository
phone : {
where : {
id : 41
},
select : {
id : true,
user_id : true
}
}
*/
}
})
}
})
const users = await userRepository.findMany({
select : {
id : true,
name : true,
username : true,
},
limit : 3,
orderBy : {
id : 'ASC',
name : 'DESC'
}
groupBy : ['id'],
where : {
id: OP.in([1,2,3])
}
})
const userPaginate = await userRepository.pagination({
select : {
id : true,
name : true,
username : true,
},
page : 1,
limit : 3,
where : {
id: OP.in([1,2,3])
}
})
const findFullName = await userRepository.findOne({
select : {
name : true,
[`${DB.raw('CONCAT(firstName," ",lastName) as fullName')}`]: true
}
whereRaw : [
`CONCAT(firstName," ",lastName) LIKE '%${search}%'`
]
})
const userRepository = Repository.bind(User)
const created = await userRepository.create({
data : {
name : "repository-name",
// ....
}
})
const createdMultiple = await u.createMultiple({
data : [
{
name: "tspace4",
// ....
},
{
name: "tspace5",
// ....
},
{
name: "tspace6",
// ....
}
// ....
]
})
const createdNotExists = await userRepository.createNotExists({
data : {
name : "repository-name",
// ....
},
where : {
id : 1
}
})
const createdOrSelected = await userRepository.createOrSelect({
data : {
name : "repository-name",
// ....
},
where : {
id : 1
}
})
const userRepository = Repository.bind(User)
const updated = await userRepository.update({
data : {
name : "repository-name",
// ....
},
where : {
id : 1
}
})
const userRepository = Repository.bind(User)
const deleted = await userRepository.delete({
where : {
id : 1
}
})
import { DB , Repository } from 'tspace-mysql'
import { User } from '../Models/User'
const userRepository = Repository.bind(User)
const transaction = await DB.beginTransaction()
try {
await transaction.startTransaction()
const created = await userRepository.create({
data : {
name : "repository-name",
// ....
},
transaction // add this for the transaction
})
const updated = await userRepository.update({
data : {
name : "repository-name",
// ....
},
where : {
id : created.id
},
transaction
})
await transaction.commit()
} catch (err) {
await transaction.rollback()
}
import { Repository , TRepository , OP } from 'tspace-mysql'
import { User } from '../Models/User'
import { Phone } from '../Models/Phone'
const userRepository = Repository.bind(User)
const userHasPhones = await userRepository.findOne({
select : ['*'],
where : {
id: 1
},
relations : ['phone'],
relationQuery:{
name : 'phone',
callback: () : TRepository<Phone> => ({ // add type for the callback know to check type of the model
select: ['id', 'userId', 'name'],
relations : ['user']
})
}
})
const phoneRepository = Repository.bind(Phone)
const phoneBelongUser = await phoneRepository.findOne({
select : ['*'],
where : {
id: 1
},
relations : ['user']
})
Blueprint is a tool used for defining database schemas programmatically. It allows developers to describe the structure of their database tables using a simple and intuitive syntax rather than writing SQL queries directly., you may use the:
import { Schema , Blueprint , DB } from 'tspace-mysql'
(async () => {
await new Schema().table('users', {
id : Blueprint.int().notNull().primary().autoIncrement(),
// or id : Blueprint.serial().primary(),
uuid : Blueprint.varchar(120).null()
name : Blueprint.varchar(120).default('name'),
email : Blueprint.varchar(255).unique().notNull(),
email_verify : Blueprint.tinyInt(),
password : Blueprint.varchar(255),
json : Blueprint.json(),
created_at : Blueprint.null().timestamp(),
updated_at : Blueprint.null().timestamp(),
deleted_at : Blueprint.null().timestamp()
})
/**
*
* @Faker fake data 5 raw
* await new DB().table('users').faker(5)
*/
})()
/**
* To add types of the schema to the database
* @Types
*
*/
int (number)
tinyInt (number)
bigInt (number)
double ()
float ()
json ()
varchar (number)
char (number)
longText()
mediumText()
tinyText()
text()
enum(...n)
date()
dateTime()
timestamp ()
/**
* To add attributes of the schema to the database
* @Attrbuites
*
*/
unsigned()
unique()
null()
notNull()
primary()
default(string)
defaultTimestamp()
autoIncrement()
/**
* To add a foreign key to the column
* @ForeginKey
*/
foreign({ references : ${COLUMN} , on : ${TABLE-NAME OR MODEL CLASSES} })
/**
* To add a index key to the column
* @indexKey
*/
index()
To get started, let's install tspace-mysql you may use a basic cli :
npm install tspace-mysql -g
The command will be placed Model in the specific directory.
/**
*
* @make Model
* @options
* @arg --m => created scheme table for migrate. short cut migration table like Make Migration
* @arg --dir=directory => created model in directory. default root directory
* @arg --type=js // extension js. default ts
*/
tspace-mysql make:model <model name> --m --dir=.... --type=....
tspace-mysql make:model User --m --dir=app/Models
/**
*
* @Ex directory
*/
- node_modules
- app
- Models
User.ts
The command will be placed Migration in the specific directory.
/**
*
* @make Migration Table
* @options
* @arg --dir=directory => created scheme table in directory. default root directory
* @arg --type=js // extension js default ts
*/
tspace-mysql make:migration <table name> --type=... --dir=....
tspace-mysql make:migration users --dir=app/Models/Migrations
/**
*
* @Ex directory
*/
- node_modules
- app
- Models
- Migrations
create_users_table.ts
User.ts
/**
*
* @run Migrate table
* @options
* @arg --dir=directory => find migrate in directory. default find in root folder
* @arg --type=js // extension js default ts
*/
tspace-mysql migrate <folder> --type=<type file js or ts> --dir=<directory for migrate>
tspace-mysql migrate --dir=app/Models/Migrations --type=js
/**
*
* @Ex directory
*/
- node_modules
- app
- Models
- Migrations
create_users_table.ts
create_posts_table.ts
User.ts
Post.ts
// => migrate all schemas in folder <Migrations>. created into database
The command will execute a query.
tspace-mysql query "SELECT * FROM users"
The command will dump the database or table into a file.
tspace-mysql dump:db --dir=<folder for dump> --values // backup with values in the tables
tspace-mysql dump:table "table_name" --dir=<folder for dump> --values // backup with values in the table
The command will generate models from tables in the database.
tspace-mysql generate:models --dir=<folder for creating>
tspace-mysql generate:models --dir=app/Models --env=development --decorators
The command will generate migrations based on the schema in your models to a .sql file, can also push the migration files to the database.
/**
*
* @arg --push will push the migration files to the database
* @arg --generate will generate the migration files
*/
tspace-mysql migrations:models --dir=<path-to-migration> --models=<path to your models> --generate
tspace-mysql migrations:models --dir=<path-to-migration> --push
tspace-mysql migrations:models --models=src/app/models --dir=migrations --generate
tspace-mysql migrations:models --dir=migrations --push
The command will generate migrations based on the schema in your database to a .sql file, can also push the migration files to the database.
/**
*
* @arg --push will push the migration files to the database
* @arg --generate will generate the migration files
*/
tspace-mysql migrations:db --dir=<path-to-migration> --generate --env=<YOUR_ENV> -filename=<YOUR_FILENAME>
tspace-mysql migrations:db --dir=<path-to-migration> --push
tspace-mysql migrations:db --dir=migrations --generate --filename=dump.sql --env=development
tspace-mysql migrations:db --dir=migrations --push --filename=dump.sql --env=development
FAQs
Tspace MySQL is a promise-based ORM for Node.js, designed with modern TypeScript and providing type safety for schema databases.
The npm package tspace-mysql receives a total of 135 weekly downloads. As such, tspace-mysql popularity was classified as not popular.
We found that tspace-mysql demonstrated a healthy version release cadence and project activity because the last version was released less than a year ago. It has 0 open source maintainers collaborating on the project.
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