xubuntu 然后装restricted-extras， vlc，基本支持各种编解码了

为啥没备份

@shierji 窝也是archer

http://mp.weixin.qq.com/wiki/13/43de8269be54a0a6f64413e4dfa94f39.html
不是直接写view就可以了吗？
但是微信自带浏览器有一些坑，另外想获得openid还要oauth验证

@zonghua
新手在开发进度不赶的情况下，可以先在虚拟机学习体验
fedora源里面有0.10版的node.js，1.36 的npm，docker，各种数据库，缓存工具
通过包管理一条命令就可以装好
再加大量衬手的Shell，editor，toolchain，scm可供选择

用不惯的话，JetBrains家的IDE也有linux版

当然，系统只是工具，觉得不方便可随时回到windows

@Dongdong36 哈哈哈，发型版届玻璃渣，好像之前是打算19号跳到了26

@shierji
很早就支持了，体验好不好不知道
这里的wayland是指GDM跑在wayland上

At the moment, a user can choose to log in to a Wayland session from the login screen, but the login screen itself always runs on top of X. The point of this change is to change that, and make the login screen always run on a Wayland session.

虽然我没用过n卡，但是这么多人吐槽，还专门搞出个bumblebee,
当年linus对nv竖中指不是没道理了

建议露珠找关独显的方法，一般来说intel的核显对付kde那些eye candy够用了
尝试从bios入手

xfce 4年了才更新了4个小版本(4.8 ~ 4.12), 受不了上plasma5

谢谢几位热心人士
配置和代码都在git仓库

我现在又boot进来了,就是rpm不知道怎么了
No.2091 ~ $ yum update
error: cannot open Packages index using db5 - Stale file handle (116)
error: cannot open Packages database in /var/lib/rpm
CRITICAL:yum.main:

Error: rpmdb open failed

ssd和btrfs没啥好黑的, 毕竟是我暴力使用和没有利用好snapshot

我也将近一年, 楼主好抢手啊,
我凌乱了

http://www.54ux.com/a-tag/wordpress%E4%BC%81%E4%B8%9A%E4%B8%BB%E9%A2%98

只用过jekyll的渣渣求问,这些靠谱吗?

Head First Python教的是三, 应该有中文

路过问一下, macos 有比肩apt或yum的东西吗?
依赖管理不用多强了, 仓库能跟上就行

@deepreader
if A[m/2]>B[n/2] and k>m/2+n/2, then disregard B_left and B[n/2]
if A[m/2]>B[n/2] and k<=m/2+n/2, then disregard A_right and A[m/2]
if A[m/2]<=B[n/2] and k>m/2+n/2, then disregard A_left and A[m/2]
if A[m/2]<=B[n/2] and k<=m/2+n/2, then disregard B_right and B[n/2]
这里怎么理解

@xuyifei 是的, linux系统会尽量把内存用上

没看懂你什么意思, 是说系统内存用太多?
贴个arch wiki
Why is Arch using all my RAM?

Essentially, unused RAM is wasted RAM.

Many new users notice how the Linux kernel handles memory differently than they are used to. Since accessing data from RAM is much faster than from a storage drive, the kernel caches recently accessed data in memory. The cached data is only cleared when the system begins to run out of available memory and new data needs to be loaded.

We could distinguish the difference from free command:

$ free -h

total used free shared buff/cache available
Mem: 2.8G 1.1G 283M 224M 1.4G 1.2G
Swap: 3.0G 881M 2.1G

It is important to note the difference between "free" and "available" memory. In the above example, a laptop with 2.8G of total RAM appears to be using most of it, with only 283M as free memory. However, 1.4G of it is "buff/cache". There is still 1.2G available for starting new applications, without swapping. See man free(1) for detail. The result of all this? Performance!

连到服务器上不卡