Tools to visualize and compare water quality data collected at different monitoring locations. Includes: bias-corrected and accelerated (BCA) bootstrapping, censored (non-detect) data imputation via regression-on-order statistics (ROS), and paired data analysis.
wqio
is pure python, so installation on any platform should be straight-forward
python -m pip install wqio
Or:
git clone git@github.com:International-BMP-Database/wqio.git
cd wqio
pip install -e .
import wqio
wqio.test()
python check_wqio.py
There are two Github actions that are run when tags are pushed.
The first builds and uploads to TestPyPI if the tag is in the form v<major>.<minor>.<micro>/*/test
.
The second builds, uploads to PyPI, then signs the release and creates a Github release with a bunch of different assets if the tag is in the form v<major>.<minor>.<micro>/release
.
To execute the builda, create a new tag ends with e.g., /test
(i.e., v0.6.3/test
) and push that.
If that works, create Yet Another tag that ends with /release
(i.e., v0.6.3/release
) and push that.
All in all, that workflow looks like this:
# get latest source
git switch main
git fetch upstream
git merge --ff-only upstream/main
git tag -a "v0.6.4/test" # add comment in text editor
git push upstream --tags
# watch, wait for CI to sucessfully build on TestPyPI
git tag -a "v0.6.4/release" # add comment in text editor
# watch, wait for CI to sucessfully build on actual PyPI