pg vs sqlite3 vs mssql vs mysql vs @libsql/client
Node.js Database Client Libraries Comparison
1 Year
pgsqlite3mssqlmysql@libsql/clientSimilar Packages:
What's Node.js Database Client Libraries?

Node.js database client libraries are essential tools that facilitate interaction between Node.js applications and various types of databases. These libraries provide a standardized API for performing CRUD (Create, Read, Update, Delete) operations, managing connections, and executing queries. Each library is tailored to work with specific database systems, offering unique features and optimizations that align with the characteristics of those databases. By using these libraries, developers can efficiently manage data storage and retrieval, ensuring that applications can scale and perform effectively in production environments.

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pg9,053,25312,72087.9 kB48225 days agoMIT
sqlite31,640,3416,3463.35 MB161a year agoBSD-3-Clause
mssql1,132,3052,263235 kB30a year agoMIT
mysql987,67218,458-1725 years agoMIT
@libsql/client186,328430126 kB1047 days agoMIT
Feature Comparison: pg vs sqlite3 vs mssql vs mysql vs @libsql/client

Database Compatibility

  • pg:

    pg is built for PostgreSQL, allowing developers to leverage advanced PostgreSQL features such as JSONB and array types, making it ideal for complex data structures.

  • sqlite3:

    sqlite3 is optimized for SQLite, a serverless database, making it suitable for applications requiring a lightweight and easy-to-manage database.

  • mssql:

    mssql is tailored for Microsoft SQL Server, supporting its unique features and optimizations, ensuring seamless integration with SQL Server databases.

  • mysql:

    mysql is designed for MySQL databases, providing a straightforward interface for executing SQL queries and managing connections efficiently.

  • @libsql/client:

    @libsql/client is specifically designed for LibSQL, making it compatible with SQLite while adding enhancements for modern applications.

Performance

  • pg:

    pg provides excellent performance for complex queries and large datasets, thanks to PostgreSQL's advanced query planner and executor, making it suitable for data-intensive applications.

  • sqlite3:

    sqlite3 is lightweight and fast, ideal for applications that require quick access to data without the need for a full database server.

  • mssql:

    mssql offers connection pooling and transaction management, enhancing performance for applications that require high concurrency and reliability when interacting with SQL Server.

  • mysql:

    mysql is known for its speed and efficiency, making it a great choice for applications that require rapid query execution and minimal latency.

  • @libsql/client:

    @libsql/client is optimized for performance, particularly in serverless environments, allowing for quick data access and manipulation without the overhead of a full database server.

Ease of Use

  • pg:

    pg offers a rich set of features but requires a bit more familiarity with PostgreSQL's capabilities, making it slightly more complex than some other options, yet still manageable for most developers.

  • sqlite3:

    sqlite3 is extremely easy to use, with a simple API that allows developers to quickly set up and interact with the database, making it ideal for rapid development.

  • mssql:

    mssql has a straightforward API that abstracts many complexities of SQL Server, making it easier for developers to perform database operations without deep SQL knowledge.

  • mysql:

    mysql is designed with simplicity in mind, providing a minimalistic API that allows developers to quickly execute queries and manage connections with ease.

  • @libsql/client:

    @libsql/client offers a simple API that is easy to learn, making it accessible for developers new to SQL databases, while still providing advanced features for experienced users.

Community and Support

  • pg:

    pg is well-supported by the PostgreSQL community, which is known for its comprehensive documentation and active forums, making it easy to find help and resources.

  • sqlite3:

    sqlite3 has a robust community due to SQLite's popularity, offering numerous resources, tutorials, and documentation that help developers troubleshoot and optimize their applications.

  • mssql:

    mssql benefits from strong community support due to its association with Microsoft SQL Server, which has extensive documentation and resources available for developers.

  • mysql:

    mysql has a large and active community, providing a wealth of resources, tutorials, and third-party tools that enhance its usability and support.

  • @libsql/client:

    @libsql/client is part of the emerging LibSQL ecosystem, which is growing in community support as it aims to modernize SQLite for contemporary applications.

Advanced Features

  • pg:

    pg excels in advanced features such as full-text search, JSONB support, and complex data types, making it ideal for applications that require sophisticated data manipulation and querying capabilities.

  • sqlite3:

    sqlite3 is focused on simplicity and does not include many advanced features found in larger database systems, making it best for lightweight applications.

  • mssql:

    mssql supports advanced SQL Server features like stored procedures, triggers, and user-defined functions, making it a powerful choice for enterprise applications that require complex business logic.

  • mysql:

    mysql includes support for features like stored procedures and triggers, but it is generally simpler than some of the more advanced options available in other databases.

  • @libsql/client:

    @libsql/client introduces modern features like replication and sharding, which are not typically available in traditional SQLite, making it suitable for scalable applications.

How to Choose: pg vs sqlite3 vs mssql vs mysql vs @libsql/client
  • pg:

    Use pg if your application is built on PostgreSQL. This library offers a rich set of features including support for advanced PostgreSQL functionalities like JSONB, array types, and full-text search. It's well-suited for applications that require complex queries and data manipulation capabilities inherent to PostgreSQL.

  • sqlite3:

    Choose sqlite3 for applications that need a lightweight, embedded database solution. This library is perfect for small to medium-sized applications, mobile apps, or development environments where simplicity and minimal setup are key. It allows for quick prototyping and testing without the overhead of a full database server.

  • mssql:

    Select mssql if you are developing applications that require interaction with Microsoft SQL Server. This library supports both Windows and Linux environments and provides features like connection pooling, transactions, and prepared statements, making it suitable for enterprise-level applications that rely on SQL Server's capabilities.

  • mysql:

    Opt for mysql if you need a straightforward and efficient way to connect to MySQL databases. This library is lightweight and provides a simple API for executing queries and managing connections, making it a great choice for applications that prioritize speed and ease of use without extensive ORM features.

  • @libsql/client:

    Choose @libsql/client if you are working with LibSQL, a fork of SQLite designed for modern applications that require a SQL database with a focus on performance and scalability. This package is ideal for applications needing a lightweight, serverless database solution with advanced features like replication and sharding.

README for pg

node-postgres

Build Status NPM version NPM downloads

Non-blocking PostgreSQL client for Node.js. Pure JavaScript and optional native libpq bindings.

Install

$ npm install pg

:star: Documentation :star:

Features

  • Pure JavaScript client and native libpq bindings share the same API
  • Connection pooling
  • Extensible JS ↔ PostgreSQL data-type coercion
  • Supported PostgreSQL features
    • Parameterized queries
    • Named statements with query plan caching
    • Async notifications with LISTEN/NOTIFY
    • Bulk import & export with COPY TO/COPY FROM

Extras

node-postgres is by design pretty light on abstractions. These are some handy modules we've been using over the years to complete the picture. The entire list can be found on our wiki.

Support

node-postgres is free software. If you encounter a bug with the library please open an issue on the GitHub repo. If you have questions unanswered by the documentation please open an issue pointing out how the documentation was unclear & I will do my best to make it better!

When you open an issue please provide:

  • version of Node
  • version of Postgres
  • smallest possible snippet of code to reproduce the problem

You can also follow me @briancarlson if that's your thing. I try to always announce noteworthy changes & developments with node-postgres on Twitter.

Sponsorship :two_hearts:

node-postgres's continued development has been made possible in part by generous finanical support from the community.

If you or your company are benefiting from node-postgres and would like to help keep the project financially sustainable please consider supporting its development.

Featured sponsor

Special thanks to medplum for their generous and thoughtful support of node-postgres!

medplum

Contributing

:heart: contributions!

I will happily accept your pull request if it:

  • has tests
  • looks reasonable
  • does not break backwards compatibility

If your change involves breaking backwards compatibility please please point that out in the pull request & we can discuss & plan when and how to release it and what type of documentation or communicate it will require.

Troubleshooting and FAQ

The causes and solutions to common errors can be found among the Frequently Asked Questions (FAQ)

License

Copyright (c) 2010-2020 Brian Carlson (brian.m.carlson@gmail.com)

Permission is hereby granted, free of charge, to any person obtaining a copy of this software and associated documentation files (the "Software"), to deal in the Software without restriction, including without limitation the rights to use, copy, modify, merge, publish, distribute, sublicense, and/or sell copies of the Software, and to permit persons to whom the Software is furnished to do so, subject to the following conditions:

The above copyright notice and this permission notice shall be included in all copies or substantial portions of the Software.

THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE.