Pas lu, mais ce sera utile pour plus tard.

Why io_uring is so much pertinent for softwares? Because io_uring it is meant asynchronous I/O storage operations addressing performance issues with similar interfaces provided by functions like read()/write() or aio_read()/aio_write() etc. for operations on data accessed by file descriptors.

The io_uring kernel interface was adopted in Linux kernel version 5.1 to resolve the deficiencies of Linux AIO.

Add snippets to get statistics from Core Web Vitals

Kafka has a good throughput with sequential Writes and Reads.

Kafka can move a lot of data because of the zero copy read principle:
Before:

1. Disc to OS buffer
2. Write the content of the OS buffer to the RAM
3. Copy the data to the application Buffer
4. Copy the data back to the socket buffer
5. Copy the data from the socket to the Network Interface Chip buffer and send it

With zero-copy read principle:

1. Read from the disc and load it into the OS Buffer
2. Directly copy to the NIC Buffer (the CPU is not involved)

TL;DR

You should probably avoid benchmarking branchy code over small problems.