esmf-profiler

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Description

The ESMF-Profiler project is designed to take trace binary output and display it in a web based GUI.

Getting a Binary Trace

To collect a binary trace, set the environment variables to the values below:

export ESMF_RUNTIME_PROFILE=ON
export ESMF_RUNTIME_PROFILE_OUTPUT="BINARY SUMMARY"

Quickstart

Local Install:

⚠️ At the time of this release IntelPython is not compatible.

1. Clone the latest stable branch from the esmf-profiler repository.

2. cd into the appliction path

cd esmf-profiler

3. Ensure that the install_dependencies.sh and install.sh have executable permissions

chmod +x ./install_dependencies.sh 
chmod +x ./install.sh

4. Execute both scripts as shown below. A venv folder will be created on success.

./install_dependencies.sh && ./install.sh

5. Activate the virtual environment.

source ./venv/bin/activate

6. For pre-release, install the esmf-profiler using pip editable install. Running tests require access to PyPi Public Repositories. This step is optional, but encouraged. Some HPC platforms do not have open internet access, so will not be able to install the tests.

pip install -e . or pip install -e .[test] // to run tests

7. Confirm the installation was successful. If so, you should now be able to type esmf-profiler into your terminal and see the help output.

python -m pytest // optional, to run tests
esmf-profiler

ℹ️ If using C-Shell, deactivate then reactivate the virtual environment to run the applicication.

Install with Docker

A Dockerfile is included in the repository to allow users using Docker to install the application with ease.

1. Clone the latest stable branch from the esmf-profiler repository.

2. cd into the appliction path

cd esmf-profiler

3. Build the image

docker build -t esmf-profiler-image .

4. Run the application in the image. For example, assuming your binary traces are in ./traces

docker run -it -v $(pwd)/traces:/home/traces esmf-profiler-image esmf-profiler -t /home/traces -n 'profilename' -o /home/traces/output

This will spin up an esmf-profiler-image and mount ./traces from client to host.

Here, output is being directed to /home/traces/output.

⚠️ Be sure the output path you pass to the esmf-profiler command has your client folder as it's root (./traces in the example). Otherwise, the output will not persist to your client machine after the application has run.

Generating and Viewing Profiles

You can see the help menu displayed below after installation by running ```esmf-profiler``` with no arguments.

usage: esmf-profiler [-h] -t TRACEDIR -n NAME -o OUTDIR [-p PUSH] [-v] [-s]

ESMF Profiler

optional arguments:
  -h, --help            show this help message and exit
  -t TRACEDIR, --tracedir TRACEDIR
                        directory containing the ESMF trace
  -n NAME, --name NAME  name to use for the generated profile
  -o OUTDIR, --outdir OUTDIR
                        path to output directory
  -p PUSH, --push PUSH  git url of remote repository where to push profile
  -v, --verbose         enable verbose output
  -s, --serve           start a local server to host the profile results

Examples

esmf-profiler -t ./fresh_traces -n "build_abc123" -o "output" -s

This is the most common way to use the profiler. It requires some simple user permissions on the server you're running the application on.

You're telling the application to:

• -t ./freshtraces The traces to run on are contained in fresh_traces, a subdirectory of the current working directory
• -n "build_abc123 Name the output (the profile) "build_abc123". This will be used for titles, directories, links, etc. in the GUI and file structure.
• -o "output" Send the output to output a directory that will be created (if no already exists) in the current working directory. All output will be sent there.
• -s On success, start an ultra-light-weight python native web server at 0.0.0.0:8000

esmf-profiler -t ./fresh_traces -n "build_abc123" -o "output" -p 'git@github.com:user_name/repo_name.git'

This example will run the processing work locally as the first example, but then publish the results to the repository at git@github.com:user_name/repo_name.git.

To view the profile on GitHub.io, you need to explicitly turn on "GitHub Pages" within the target repository. Refer to the Quickstart for Github Pages for details on how to turn on "Pages" within your repository.

docker build -t esmf-profiler-image .

docker run -it -v $(pwd)/traces:/home/traces esmf-profiler-image esmf-profiler -t /home/traces -n 'my_profile' -o /home/traces/output

This example utitilizes the [Dockerfile] for those leveraging Docker.

The image is built first, then <current_working_directory>/traces is mounted to /home/traces on the virtual machine.

Commands are the same for local and docker installations.

Here, we're telling the application to:

• -t ./freshtraces The traces to run on are contained in /home/traces (locally, $pwd and traces)
• -n "build_abc123 Name the output (the profile) "my_profile".
• -o "/home/traces/output The target for the output of the applications. **This must be a directory mounted via the docker run command as discussed above. Otherwise, the results will not persists after the docker run command has completed.

Dependencies

ℹ️ All dependencies are installed using any of the installation methods in Quick Start section. This section is primarly for reference and historical purposes.

Install Babeltrace2

Use a Package Manager

There are some package managers that install Babeltrace2.
https://babeltrace.org/#bt2-get However, you need to make sure the Python bindings are included.

Build Babeltrace2 from source

Prereqs:

• glibc-2.0 (Ubuntu: sudo apt-get install libglib2.0)
• swig (Ubuntu: sudo apt-get install swig)

Download: https://www.efficios.com/files/babeltrace/babeltrace2-2.0.4.tar.bz2

Note: Babeltrace2 appears to require the GNU compiler >9.0 - there are failures with Intel.

Linux gcc 9.3

cd /path/to/babeltrace2-2.0.4
./configure --prefix=/path/to/babeltrace2/INSTALL/2.0.4 --enable-python-bindings --enable-python-plugins --disable-debug-info --enable-compile-warnings=no
make -j4
make install

# set up PYTHONPATH so that the bt2 module is available
export PYTHONPATH=/path/to/babeltrace2/INSTALL/2.0.4/lib/python3.5/site-packages

# if installed in non-standard place, you need to set LD_LIBRARY_PATH:
export LD_LIBRARY_PATH=/path/to/babeltrace2/INSTALL/2.0.4/lib

Cheyenne

module load gnu/9.1.0 python/3.7.9

SWIG is needed for the build process and is not in the default Cheyenne PATH. Download: http://prdownloads.sourceforge.net/swig/swig-4.0.2.tar.gz

./configure --prefix=/glade/u/home/dunlap/bt/INSTALL/swig-4.0.2
make
make install

export PATH=/glade/u/home/dunlap/bt/INSTALL/swig-4.0.2/bin:$PATH

Install babeltrace2

cd /path/to/babeltrace2-2.0.4
./configure --prefix=/glade/u/home/dunlap/bt/INSTALL/babeltrace2-2.0.4 --enable-python-bindings --enable-python-plugins --disable-debug-info
make -j6
make install

# set LD_LIBRARY_PATH so Python3 can find the dynamic library
export LD_LIBRARY_PATH=/glade/u/home/dunlap/bt/INSTALL/babeltrace2-2.0.4/lib:$LD_LIBRARY_PATH

Resources

https://docs.pytest.org/en/6.2.x/ https://code.visualstudio.com/docs/python/testing http://www.swig.org/Doc4.0/SWIGDocumentation.html