Updated 4/11/2018
Here's my experience of installing the NVIDIA CUDA kit 9.0 on a fresh install of Ubuntu Desktop 16.04.4 LTS.
# WSL通过Win访问网络,所以WSL的网关指向的是Windows,DNS服务器指向的也是Windows,设置WSL的proxy为win的代理ip+端口即可 | |
# WSL中的DNS server在/etc/resolv.conf中查看,该文件是由/etc/wsl.conf自动生成的。 | |
# 如果关闭了wsl.conf中自动生成resolve.conf并自行修改了resolve.conf,DNS nameserver并不是本机win ip | |
# 需要开启wsl.conf的自动生成,再运行以下命令 | |
# https://zhuanlan.zhihu.com/p/153124468 | |
# 添加到环境变量设置中,例如~/.zshrc | |
export hostip=$(cat /etc/resolv.conf |grep -oP '(?<=nameserver\ ).*') | |
export https_proxy="http://${hostip}:7890" | |
export http_proxy="http://${hostip}:7890" |
Updated 4/11/2018
Here's my experience of installing the NVIDIA CUDA kit 9.0 on a fresh install of Ubuntu Desktop 16.04.4 LTS.
This is a list of tweaks to make IntelliJ IDEA work better with OpenJDK 8. Refer to System Properties for Java 2D Technology for the details of the options used below.
Note that the performance boost achieved via the OpenGL-based hardware acceleration pipeline is made possible by using the open-source Radeon driver (for AMD graphics cards) included in the latest stable version (10.3.3 as of now) of the Mesa 3D Graphics Library available in the official Fedora 21 stable repository. Therefore, the gained performance boost might vary based on the types of graphics cards and the versions of the drivers used in your system.
In $IDEA_HOME/bin/idea64.vmoptions
(or $IDEA_HOME/bin/idea.vmoptions
on a x86 architecture), change