G-WAN支持哪些Linux内核和Linux发行版? [英] Which Linux kernels and Linux distros are supported by G-WAN?

问题描述

我可以在用户手册的开头找到一条声明:

I can find a statement at the beginning of the user's manual:

适用于Linux的版本3
(在Debian和CentOS的32位和64位上进行了测试)

version 3 for Linux
(tested with Debian and CentOS 32-bit and 64-bit)

我正在使用64位Ubuntu 12.10进行开发.
到目前为止，我发现它没有问题，但我对此仍然没有信心，因为gwan没有对此发表正式声明.

I am using Ubuntu 12.10 64-bit for development.
So far, I found no problem with it, but I still have no confidence on it, since there is no official announcement from gwan about this.

推荐答案

至少G-WAN v3.3应该与2009年开发开始时使用的Linux发行版兼容(Ubuntu 8 +).

At least G-WAN v3.3 should be compatible with the Linux distributions used when the development started in 2009 (Ubuntu 8+).

G-WAN v3.10 +添加了以下详细介绍的重要增强功能.

G-WAN v3.10+ added significant enhancements detailled below.

有许多不同的Linux发行版，但大多数使用通用的"root"发行版，最常用的是Debian(Ubuntu使用Debian)和Red Hat(CentOS使用Red Hat). ，两者都已在开发过程中进行了测试.

There are many different Linux distributions, but most of them use a common 'root' distribution, and the most commonly used are Debian (Ubuntu uses Debian) and Red Hat (CentOS uses Red Hat), both of which have been tested during development.

但是其他发行版都依赖于相同的Linux内核，因此仅在文件系统等扩展"中才可能造成任何差异.而且，由于其用户反馈，G-WAN v3.10 +拥有固定的非标准文件系统问题(通过处理那些忽略系统标志的FS).

But the other distributions rely on the same Linux kernel, making any difference only possible in 'extensions' like file systems, etc. And, thanks to its users feedback, G-WAN v3.10+ has fixed non-standard file system issues (by handling those FSs that ignore system flags).

出于同样的原因，旧的GBLIC版本也可能对G-WAN v3.3造成问题，但是G-WAN v3.10 +重新实现了那些可能引起问题的功能调用，因此使用10年的Linux发行版现在应该可以正常工作了.

For this same reason, old GBLIC versions could also a problem for G-WAN v3.3, but G-WAN v3.10+ re-implemented those function calls that could pose problem so 10-year old Linux distribution should work fine now.

这就是为什么支持G-WAN的Linux发行版列表非常大的原因-可能太大而不值得发布.

This is why list of Linux distributions that support G-WAN is very large - probably too large to be worth publishing.

现在，kernel问题更有趣，不是因为它是一个阻塞性问题(在G-WAN v3.10 +中，自Linux内核2.5.8起就已经编写了包装程序来包装可能会丢失的系统调用)，而是因为在非常老的Linux内核上缺乏性能.

Now, the kernel question is more interesting, not because it is a blocking issue (in G-WAN v3.10+, wrappers have been written for potentially missing syscalls since the Linux kernel 2.5.8) but because of the lack of performance on very old Linux kernels.

在那些旧内核中，G-WAN不能像多核系统一样受益，因为OS内核本身不支持多核.但是，由于G-WAN是快速服务器即使与单个线程一起使用， G-WAN不会成为瓶颈.

In those old kernels, G-WAN can't benefit as well as multicore systems because the OS kernel itself does not support multicore. But since G-WAN is fast server even when used with one single thread, G-WAN will not be the bottleneck.

兼容性是一个增量过程，因为新版本的系统部件(OS内核，GLIBC，其他系统工具和库等)并不总是向后兼容(请记住最近的Linux链接器问题).

Compatibility is an incremental process since new versions of the system parts (OS kernel, GLIBC, other system tools and libraries, etc.) are not always backward-compliant (remember the recent Linux linker issue).

在这方面，用户反馈规则-G-WAN最近在此问题上做出了巨大的努力.

In this regard, user feedback rules - and G-WAN has made tremendous efforts in this matter recently.

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