Installing local software
- 1 Introduction
- 2 Installing Anaconda Python in your home directory
- 2.1 Stop using systemwide anaconda
- 2.2 Installing Anaconda with a python3 base
- 2.3 Adding a python2 environment
- 2.4 Adding a python3 environment
- 2.5 Install PowerAI dependencies
- 2.6 Install other dependencies
- 2.7 Recommended packages
- 2.8 Testing Deep Learning packages on the login nodes or non-GPU nodes
- 3 Compiling Software for DeepSense
You are welcome to install software locally in your home directory. This allows you to use specific versions of software instead of the cluster wide versions. For example you may need an older version of a specific package or a newly released version that isn't yet installed on DeepSense.
For assistance installing or compiling software contact Technical Support. We will support locally installed software to the best of our ability, although we can not guarantee that all software will run on the DeepSense platform. In the event that desired software will not run, we can help you determine alternatives such as different software or using a different system for some of your computation.
If you attempt to install compiled software (e.g. an anaconda package) but the package cannot be found then also contact Technical Support. The package may not have been compiled for the DeepSense hardware architecture (ppc64le).
If your project has specific software you want to share between members then we can create a shared directory for your group in /software/<project>
If you have locally compiled software that you think may be useful for other DeepSense users then let us know at Technical Support. We may install and support it systemwide if there is sufficient interest.
Installing Anaconda Python in your home directory
Stop using systemwide anaconda
If you added the system anaconda environment to your
.bashrc file then remove the line:
Installing Anaconda with a python3 base
From your home directory run:
wget https://repo.continuum.io/archive/Anaconda3-5.2.0-Linux-ppc64le.sh bash Anaconda3-5.2.0-Linux-ppc64le.sh
Note: please enter "yes" when asked if you want to add anaconda to your .bashrc file. If you do not then you will need to add the following command to your .bashrc file or run it each time before using anaconda:
After the installer ends you need to either close and restart your terminal or run:
Adding a python2 environment
The previous instruction creates a python3 base environment. To add a python2 environment:
conda create -n py27 python=2.7
Activate this environment to use python3:
conda activate py27
note: if you receive an error message then you may need to deactivate the base conda environment first:
conda deactivate conda activate py27
Adding a python3 environment
We recommend creating a separate python3 environment from the base environment. This makes it easier to install the specific packages required for IBM PowerAI.
conda create -n py36 python=3.6
Activate this environment to use python3:
conda activate py36
Install PowerAI dependencies
Warning: these scripts will install, update, and downgrade some packages to the recommended packages for the current version of PowerAI. You may want to create a separate python environment to use different versions of those packages with other software.
To use Tensorflow first install the Tensorflow dependencies:
To use PyTorch first install the PyTorch dependencies:
The dependencies must be installed in whichever python environment you intend to use. We've encountered some problems installing the PyTorch dependencies directly in the base environment if the base conda environment has been updated to conda version 4.6.2. If you want to use PyTorch, be sure to use a conda environment with a lower version of conda.
Install other dependencies
If you need additional python libraries then you can install them in your python environment.
The base package comes with several python libraries but you may want a newer version or additional libraries. Also, when you create a new environment it does not automatically get all of the same libraries as the base environment.
For example, suppose you want to install the
scikit-learn package in your python3 environment.
First you need to activate the environment:
conda activate py36
Then you install the package
conda install scikit-learn
A list of recommended packages follows in the next section.
Jupyter Notebooks for deep learning
conda install jupyter
Testing Deep Learning packages on the login nodes or non-GPU nodes
You may wish to run PowerAI software on the login nodes for testing on the CPU-only nodes for some workflows.
Only the GPU nodes have graphics cards and graphics drivers installed. If you attempt to run the deep learning software like Tensorflow on the login nodes or CPU-only nodes then you will see errors like the following:
ImportError: libcublas.so.9.2: cannot open shared object file: No such file or directory
You need to load the GPU drivers with the following command:
Then you can activate the deep learning package, e.g. for Tensorflow:
Note that some deep learning software may be much slower or refuse to run without GPU access. Tensorflow works but Caffe does not.
Keep in mind you need to activate the GPU drivers and deep learning package in each browser shell before you are able to use the package in your code or LSF jobs.
Compiling Software for DeepSense
DeepSense uses IBM Power8 systems running RedHat Enterprise Linux. Code must be compiled for
ppc64le which is PowerPC 64 bit Little Endian.
Some software may not have binaries available for
ppc64le even if it does for other systems. If this happens then you (or DeepSense support) will need to compile the software to run on DeepSense. Visit the web page for the software and see if the source code is available (e.g. through github). If so then follow the compilation instructions to run the software.
You may encounter errors when attempting to compile software for
ppc64le. Often this occurs because of differences between
ppc64le and other common architectures such as x86 and x86_64.
For example, one DeepSense user attempted to compile the rdkit software package from https://www.rdkit.org/ . This compilation failed when it attempted to use the gcc x86 optimization
-mpopcnt. After replacing the optimization with the
-mpopcntb the software compiled successfully.