The JWST Quicklook Application (JWQL) is a database-driven web application and automation framework for use by the JWST instrument teams to monitor and trend the health, stability, and performance of the JWST instruments. The system is comprised of the following:
- A network file system that stores all uncalibrated and calibrated data products on disk in a centrally-located area, accessible to instrument team members (i.e. the MAST data cache)
- A relational database that stores observational metadata allowing for data discovery via relational queries (MAST database API).
- A software library that provides tools to support an automation framework in which to build automated instrument monitoring routines.
- A web application that allows users to visually inspect new and archival JWST data as well as instrument-specific monitoring and performance results.
Official API documentation can be found on ReadTheDocs
The jwql application is available at https://jwql.stsci.edu. Please note that the application is currently restricted to specific JWST instrument team members.
To install jwql, simply use pip:
pip install jwql
The section below describes a more detailed installation for users that wish to contribute to the jwql repository.
Getting jwql up and running on your own computer requires four steps, detailed below:
- Cloning the GitHub repository
- Installing the
condaenvironment - Installing the python package
- Setting up the configuration file
It is highly suggested that contributors have a working installation of anaconda or miniconda for Python 3.10+. Downloads and installation instructions are available here:
Requirements for contributing to the jwql package will be included in the jwql conda environment, which is included in our installation instructions below. Further package requirements will be provided for jwql by a pyproject.toml file included in the repository.
You first need to clone the current version of jwql. The simplest way to do this is to go to the directory you want your copy of the repository to be in and clone the repository there. Once you are in the directory you can do the following:
git clone https://github.com/spacetelescope/jwql.git
cd jwql
or, if you would rather use SSH instead of https, type
git clone git@github.com:spacetelescope/jwql.git
cd jwql
instead, and then proceed as stated.
Following the download of the jwql repository, contributors can then install the jwql conda environment via the environment yaml file, which contains all of the dependencies for the project. First, if necessary, install conda. Next, ensure that your version of conda is up to date:
conda update conda
Next, activate the base or root environment (depending on your version of conda):
source activate base/root
Note: If you have added a step activating conda to your default terminal/shell (e.g. the .bashrc, .zshrc, or .profile file) then you don't need to do the above step.
Lastly, create the jwql environment via one of the environment.yml files (currently environment_python_3.9.yml, for python 3.9, and environment_python_3.10.yml, for python 3.10, are supported by jwql):
conda env create -f environment_python_3.10.yml
or
conda env create -f environment_python_3.11.yml
Much of the jwql software depends on the existence of a config.json file within the jwql directory. This file contains data that may be unique to users and/or contain sensitive information. Please see the Config File wiki page for instructions on how to provide this file.
If you use JWQL for work/research presented in a publication (whether directly,
or as a dependency to another package), we recommend and encourage the following acknowledgment:
This research made use of the open source Python package 'jwql' (Bourque et al, 2020).
where (Bourque et al, 2020) is a citation of the Zenodo record available using the DOI badge above. By using the Export box in the lower right corner of the Zenodo page, you can export the citation in the format most convenient for you.
There are two current pages to review before you begin contributing to the jwql development. The first is our style guide and the second is our suggested git workflow page, which contains an in-depth explanation of the workflow.
Contributors are also encouraged to check out the Checklist for Contributors Guide to ensure the pull request contains all of the necessary changes.
The following is a bare-bones example of a best work flow for contributing to the project:
- Create a fork off of the
spacetelescopejwqlrepository. - Make a local clone of your fork.
- Ensure your personal fork is pointing
upstreamproperly. - Create a branch on that personal fork.
- Make your software changes.
- Push that branch to your personal GitHub repository (i.e.
origin). - On the
spacetelescopejwqlrepository, create a pull request that merges the branch intospacetelescope:develop. - Assign a reviewer from the team for the pull request.
- Iterate with the reviewer over any needed changes until the reviewer accepts and merges your branch.
- Delete your local copy of your branch.
Users who wish to report an issue or request a new feature may do so through the following channels:
- Submit a new issue on GitHub (preferred method): https://github.com/spacetelescope/jwql/issues
- Submit a new ticket on Jira: https://jira.stsci.edu/projects/JWQL/
Users and contributors to the jwql repository should adhere to the Code of Conduct. Any issues or violations pertaining to the Code of Conduct should be brought to the attention of a jwql team member or to jwql@stsci.edu.
Any questions about the jwql project or its software can be directed to jwql@stsci.edu.
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