- SOURCING OTHER DIRECTORIES IN PYTHON ON LINUX HOW TO
- SOURCING OTHER DIRECTORIES IN PYTHON ON LINUX INSTALL
- SOURCING OTHER DIRECTORIES IN PYTHON ON LINUX PORTABLE
- SOURCING OTHER DIRECTORIES IN PYTHON ON LINUX SOFTWARE
YouĬan alternatively use the Conda package manager as described below to install a custom Most Python code will function equally well with either distribution.
SOURCING OTHER DIRECTORIES IN PYTHON ON LINUX PORTABLE
Portable for moving your application to other systems, as it does not require a commercial Performance of long-running Python applications. In general, the Intel distribution of Python is more fully featured and has toolsĪvailable to improve multi-threaded coding, which can be important to optimize the Module load gnu python3 # for newer version Module load gnu python # For older version #To load the GNU compiled version of R run the following: Module load intel python3 # for newer version Module load intel python # For older version #To load the Intel compiled version of Python run the following: This can be done using one of the following sets of You can then run the "module list" command to verify that the Python module Version of python you can run "module load intel python3" or "module load gnu python3"Ĭommand. To load the most recent available system-installed The default version of python at this time loaded by "module load intel python" or
Which versions are currently installable through the modules system.
SOURCING OTHER DIRECTORIES IN PYTHON ON LINUX SOFTWARE
This command will return a description of the software and Will first need to check which versions of Python are available using the "module In order to select a distribution and set the environment variables for Python you Modules, please refer to the user guide " Software Environment Setup".
SOURCING OTHER DIRECTORIES IN PYTHON ON LINUX HOW TO
Uses the Environment Modules package as a tool to simplify shell initialization andĪllow users the ability to easily modify their environment during the session withįor more information about how to load and maintain your software environment using Information for every application they will reference during the session. Typically users initialize their environment when they log in by setting environment These two steps are discussedĬhoosing a Python distribution and setting up the environmentĪs with all user-selectable system-supplied software at the HPCC, modules are used to select the Python distribution to be used and set up a user's environment. Otherwise you need to redirect/pipe stderr to some utility that can show special characters such as cat -ve as suggested by Olivier, or to hd, which gives the byte sequence for the stream.The process of setting up Python for your personal use and needs consists of firstĬhoosing a Python distribution and setting up the environment using modules, and secondĪdding any custom packages to your environment locally. (with the characters "^" and "M", not the CR character), which allows one to detect the cause of the problem much more easily. For instance, zsh detects that the CR character is not printable and outputs a message like:Ĭd: no such file or directory: /usr/local/src/^M The error message completely depends on the shell. In the error message, the CR character after $HOME was just output, putting the cursor on the first column, so that the beginning of the line was overwritten by the rest of the message if any: ": No such file or directory" with bash (your first example), nothing with dash (your second example sh script.sh, as #!/bin/bash was ignored since you explicitly asked to run the script with sh, which seems to be dash in your case).
In the cd $HOME^M line, since there is no space between $HOME and the CR character, they are both in the same argument $HOME^M, and this directory does not exist. Outputting the CR character put the cursor on the first column, but since it was immediately followed by a newline, this had no visible effect. In the echo $HOME^M line, the content of $HOME followed by ^M followed by a new line was output. Some explanations based on Olivier Dulac's comment about what happened with CR characters: First, in the shell language, the CR character is not regarded as a special character, e.g. In a portable way: tr -d '\r' output_script Convert it to have Unix end-of-lines (only LF). You have CR (^M) characters in your script.