- SOURCING OTHER DIRECTORIES IN PYTHON ON LINUX HOW TO
- SOURCING OTHER DIRECTORIES IN PYTHON ON LINUX INSTALL
- SOURCING OTHER DIRECTORIES IN PYTHON ON LINUX WINDOWS 10
- SOURCING OTHER DIRECTORIES IN PYTHON ON LINUX PORTABLE
If Miniconda is installed for a single user, adjust the paths accordingly. If Miniconda was installed for all users, the following paths are correct. This is necessary so git can create symlinks.Īdd the following Miniconda subdirectories to PATH.
SOURCING OTHER DIRECTORIES IN PYTHON ON LINUX WINDOWS 10
Git for Windows, version 2.31.1 or later ( )Įnable Developer mode on Windows 10 systems. Microsoft Visual Studio 2019 (or Microsoft Build Tools 2019 - ) In case the URLs changed, search at the organizations’ sites. The following links were correct during the writing of this section. MINGW_DIR: used on Windows to find bazel.exe if not found in BAZEL_PATH SRC_DIR: Can be set to the root of the source checkout, defaults toīAZEL_SH: used on Windows to find a bash.exe, see belowīAZEL_PATH: used on Windows to find bazel.exe, see below IS_AUTOMATED_BUILD: Used in CI to tweak the build for the CI machines local_cpu_resources argument for the call to bazel, which will limit the AnyīAZEL_LIMIT_CPUS: If set, it must be an integers.
RAY_DEBUG_BUILD: Can be set to debug, asan, or tsan. SKIP_THIRDPARTY_INSTALL: If set will skip installation of third-party SKIP_BAZEL_BUILD: If set and equal to 1, no bazel build steps will be RAY_DISABLE_EXTRA_CPP: If set and equal to 1, a regular (non -Ĭpp) build will not provide some cpp interfaces RAY_INSTALL_CPP: If set and equal to 1, ray-cpp will be installed You can tweak the build with the following environment variables (in setup.py):īUILD_JAVA: If set and equal to 1, extra build steps will be executed Working with Jupyter Notebooks & JupyterLabĪsynchronous Advantage Actor Critic (A3C)Įnvironment variables that influence this step ¶
Pattern: Fault Tolerance with Actor Checkpointing Pattern: Overlapping computation and communication Pattern: Concurrent operations with async actor Pattern: Multi-node synchronization using an Actor Limiting Concurrency Per-Method with Concurrency Groups Pattern: Using ray.wait to limit the number of in-flight tasksĪntipattern: Closure capture of large / unserializable objectĪntipattern: Unnecessary call of ray.get in a taskĪntipattern: Processing results in submission order using ray.getĪntipattern: Fetching too many results at once with ray.getĪntipattern: Redefining task or actor in loopĪntipattern: Accessing Global Variable in Tasks/Actors
PolicyMap (_map.PolicyMap)ĭeep Learning Framework (tf vs torch) Utilitiesĭistributed PyTorch Lightning Training on Ray
SOURCING OTHER DIRECTORIES IN PYTHON ON LINUX INSTALL
pip install prettytable pip install moreitertools. Path is the core object to work with files. The pathlib is a Python module which provides an object API for working with files and directories.
SOURCING OTHER DIRECTORIES IN PYTHON ON LINUX HOW TO
Models, Preprocessors, and Action Distributionsīase Policy class (.Policy) Python pathlib tutorial shows how to work with files and directories in Python with pathlib module. 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.External library integrations (tune.integration) (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.
SOURCING OTHER DIRECTORIES IN PYTHON ON LINUX PORTABLE
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.
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