Linux distribution Debian system is preparing to stop supporting i386 architecture

Publisher:沭阳小黄同志Latest update time:2023-12-18 Source: IT之家Keywords:Linux  Debian  i386 Reading articles on mobile phones Scan QR code
Read articles on your mobile phone anytime, anywhere

According to phoronix reports, at a recent small DebConf event in Cambridge, the Debian GNU/Linux distribution team held a spring meeting and identified some future development projects, including stopping support for the i386 architecture.

The Debian distribution team has decided that the Linux kernel, Debian installer, and Debian mirror teams will "stop supporting i386 in the near future."

Debian developer Paul Gevers shared the following:

For now, we expect that the kernel, di, and image teams will stop supporting i386 in the near future. Next, there are two routes to run i386:

  • 1. As a multi-architecture option on amd64 systems

  • 2. As i386 chroot on another architecture system

We are not planning to make i386 a partial architecture like Ubuntu, arch:any will still include i386 so everything will be built by default.

It is reported that i386, also known as Intel 80386 processor, was launched in 1985. The Linux system was born on the i386 processor. However, with the passage of time, most Linux distributions have stopped supporting i386, an ancient processor architecture.

Keywords:Linux  Debian  i386 Reference address:Linux distribution Debian system is preparing to stop supporting i386 architecture

Previous article:Alipay announces the launch of Huawei Hongmeng native application development
Next article:STMicroelectronics launches embedded software for sensorless zero-speed/high-torque motor control

Recommended ReadingLatest update time:2024-11-15 10:30

Application of Embedded Linux Technology in Industrial Control Network
  With the rapid development of the Internet, network applications are becoming more and more extensive, and the requirements for network functions of various industrial control equipment are becoming higher and higher. The current requirement is that industrial control equipment should support TCP/IP and other Intern
[Microcontroller]
Transplantation of Linux frame buffer device driver framework and graphical interface GUI
Hardware Platform S3C2410X is Samsung's S3C2410X chip based on ARM920T. S3C2410X integrates an LCD controller (supports STN and TFT LCD screens with touch screen), SDRAM, touch screen, USB, SPI, SD and MMC controllers, 4 timers with PWM function and 1 internal clock, 8-channel 10-bit ADC, 117-bit general I/O po
[Microcontroller]
Arm Linux system call analysis
Arm linux system call analysis Overview The operating system provides a set of interfaces for processes running in user mode to interact with hardware devices and provide system services of the operating system. Setting an additional layer of system services provided by the kernel between applications and hardware ha
[Microcontroller]
Arm Linux system call analysis
arm linux boot process to enter the kernel
Let's look at the process of compiling and linking to generate vmlinux. It is linked by a lot of .o files. The first one is kernel/arch/arm/kernel/head-armv.o , and we also saw the lds link file kernel/arch/arm/vmlinux.lds, let's analyze it first ENTRY(stext) //The entry point is stext, which should be in head-armv.
[Microcontroller]
arm linux boot process to enter the kernel
ARM Linux S3C2440 UART Analysis
When analyzing the UART in ARM-Linux s3c2440, it is necessary to first understand the hardware knowledge of the serial port in s3c2440A. Hardware: The S3c2440A serial port provides three independent asynchronous serial communication I/O ports. Each serial port can send and receive data in normal interrupt mode or DM
[Microcontroller]
ARM Linux S3C2440 UART Analysis
Embedded Linux: ARM Linux boot process
The ARM Linux boot process is roughly as follows: bootloader ---- kernel---- root filesystem. The bootloader takes control of the CPU as soon as the power is on, and the bootloader implements hardware initialization. The bootloader has become the "first to try" code after power on. When it comes to this, we have to
[Microcontroller]
Embedded Linux: ARM Linux boot process
ARM-Linux cross-compilation tool under Linux platform
The following is the compilation of ARM under Ubuntu platform: 1. Disassembly tools arm-linux-objdump -D -S hello log //View the assembly code of hello 2. ELF file viewing tool arm-linux-readelf -a hello log //View the hello file arm-linux-readelf -d hello log //View the dynamic library used by hello 3. De
[Microcontroller]
How to implement flush_cache_all in Linux Kernel on ARM platform
In the design of the driver, we may use flush_cache_all to flush the contents of the ARM cache to the RAM, because the cache in ARM Linux is generally set to write back. Usually, DMA cannot access the cache, so if we need to start DMA to write the contents in RAM to Flash or LCD framebuffer, then we need to call flu
[Microcontroller]
Latest Embedded Articles
Change More Related Popular Components

EEWorld
subscription
account

EEWorld
service
account

Automotive
development
circle

About Us Customer Service Contact Information Datasheet Sitemap LatestNews


Room 1530, 15th Floor, Building B, No.18 Zhongguancun Street, Haidian District, Beijing, Postal Code: 100190 China Telephone: 008610 8235 0740

Copyright © 2005-2024 EEWORLD.com.cn, Inc. All rights reserved 京ICP证060456号 京ICP备10001474号-1 电信业务审批[2006]字第258号函 京公网安备 11010802033920号