rel8 VS PostgreSQL

I also mention https://github.com/circuithub/rel8 on posts like these since I think it should be more well-known.

I'm sensing a trend here, but .... https://rel8.readthedocs.io/ because I wrote it ':D

Does this work with https://github.com/circuithub/rel8?

Feedmas consists of a main application server, a PostgreSQL database server, and a Redis queue server. The main application server will host the primary application logic, while the PostgreSQL database server will be responsible for storing and managing the application's data. The Redis queue server will be used for task management, message queues, and other related functions.

This blog post explores how to enhance these aspects by implementing a low-latency cache using Dozer and PostgreSQL. We delve into the importance of caching in data management, the limitations of not having a cache, and the unique advantages of using Dozer as a cache layer. We also provide a guide on how to use Dozer for real-time data ingestion from PostgreSQL. This post is a must-read for developers seeking to improve their application's performance and responsiveness, and for those looking to simplify their data infrastructure.

Building a web application involves more than just a web server; it requires a reliable and efficient database to store and manage the application's stateful data. Among the various database options available, PostgreSQL stands out as a popular choice for developers. Its extensive community and ecosystem provide invaluable support, making it easier to solve problems. PostgreSQL's reputation for reliability and stability further solidifies its position as a trusted solution. Additionally, PostgreSQL's compatibility with multiple platforms ensures flexibility in deployment. In this blog post, we will explore how to connect our FastAPI server with a PostgreSQL database. It's worth noting that the guide can be easily adapted for other databases like MySQL or MongoDB with minimal modifications.

SQL is a programming language used to manage and manipulate relational databases. It is used to create, modify, and query databases and their tables, as well as to insert, update, and delete data in the tables. It is a standard language used by most relational database management systems, including  MySQL, Oracle, Microsoft SQL Server, PostgreSQL, and SQLite.

Which of course is backed by three tables in a (nominally, Postgresql, though I did trials in SQLite) database (in pro forma - Django will actually use slightly different names depending on context for such tables):

No need to use Linux to learn SQL. Download Postgres + Pgadmin on Windows - there is no difference with Linux or Macos, except for the file structure. Pgadmin is the GUI to handle the database, which is essentially a web service, and the GUI you see is nothing but a browser.

OpenBSD gives us good documentation as a series of the project. (For example, the man pages are cared and kept maintained.) It's applied to principal service packages as well as the OS. So is as to PostgreSQL.