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Epsg

Epsg #412

Workflow file for this run

name: CICD
on:
# Run CICD for non-draft pull request
pull_request:
branches:
- main
# Also run when the pull request merges (which generates a push)
# So that we can tag the docker image appropriately.
push:
branches:
- main
- staging-*
env:
nexus_server: 10.128.81.69:8082
jobs:
build_test_deploy:
runs-on: self-hosted
steps:
- name: Checkout branch
uses: actions/checkout@v4
- name: replace BD_UNI credentials
run: |
cp configs/bd_uni_connection_params/credentials_template.yaml configs/bd_uni_connection_params/credentials.yaml
sed -i '/user:/c\user: invite' configs/bd_uni_connection_params/credentials.yaml
sed -i '/pwd:/c\pwd: ${{ secrets.PASSWORD_BD_UNI }}' configs/bd_uni_connection_params/credentials.yaml
- name: build docker image
run: docker build --build-arg http_proxy=http://proxy.ign.fr:3128/ --build-arg https_proxy=http://proxy.ign.fr:3128/ -t lidar_prod .
- name: Check code neatness (linter)
run: docker run lidar_prod flake8
- name: Run tests & get coverage - fast ones go first.
run: >
docker run --network host
lidar_prod
python -m
pytest -rA -v -m "not slow" --ignore=actions-runner
- name: Run slow tests last (evaluation on large file)
run: >
docker run --network host
-v /var/data/cicd/CICD_github_assets/M11.1/inputs/evaluation/:/lidar/tests/files/large/
lidar_prod
python -m
pytest -rA -v -m "slow" --ignore=actions-runner --no-cov
- name: Test building module from CLI on a LAS subset.
run: >
docker run --network host
-v /var/data/cicd/CICD_github_assets/M11.1/inputs/:/inputs/
-v /var/data/cicd/CICD_github_assets/M11.1/outputs/:/outputs/
lidar_prod
python
lidar_prod/run.py
+task=apply_on_building
paths.src_las=/inputs/Semis_2021_0937_6537_LA93_IGN69.150mx100m.for_full_building_module.las
paths.output_dir=/outputs/
- name: Test vegetation/unclassified detection from CLI on a LAS subset.
run: >
docker run
-v /var/data/cicd/CICD_github_assets/M11.1/inputs/:/inputs/
-v /var/data/cicd/CICD_github_assets/M11.1/outputs/:/outputs/
lidar_prod
python
lidar_prod/run.py
+task=identify_vegetation_unclassified
data_format=vegetation_unclassified.yaml
paths.src_las=/inputs/888000_6614000.subset.las
paths.output_dir=/outputs/
- name: Tag the docker image with branch name
if: github.event_name == 'push'
run: |
docker tag lidar_prod:latest lidar_prod:${{github.ref_name}}
docker run lidar_prod:${{github.ref_name}} bash # Dry run image so that is it not prunned
# docker save lidar_prod:${{github.ref_name}} -o /var/data/cicd/CICD_github_assets/CICD_docker_images/lidar_prod_${{github.ref_name}}.tar # This needs writing rights to the mounted path
# get version number and date, to tag the image pushed to nexus
- name: Get version number
id: tag
run: |
echo "::set-output name=version::$(docker run lidar_prod grep '__version__' package_metadata.yaml| cut -d\" -f2)"
echo "::set-output name=date::$(date '+%Y.%m.%d')"
# show possible tags, for debugging purpose
- name: Print tag
run: |
echo "${{steps.tag.outputs.version}}"
echo "${{steps.tag.outputs.date}}"
- name: push main docker on nexus (tagged with a date)
# we push on nexus an image from the main branch when it has been updated (push or accepted pull request)
if: ((github.ref_name == 'main') && (github.event_name == 'push'))
run: |
docker tag lidar_prod $nexus_server/lidar_hd/lidar_prod:${{steps.tag.outputs.version}}-${{steps.tag.outputs.date}}
docker login $nexus_server --username svc_lidarhd --password ${{ secrets.PASSWORD_SVC_LIDARHD }}
docker push $nexus_server/lidar_hd/lidar_prod:${{steps.tag.outputs.version}}-${{steps.tag.outputs.date}}
- name: push branch docker on nexus (tagged with the branch name)
# we push on nexus an image from a branch when it's pushed
if: ((github.event_name == 'push') && (github.ref_name != 'main'))
run: |
docker tag lidar_prod $nexus_server/lidar_hd/lidar_prod:${{steps.tag.outputs.version}}-${{github.ref_name}}
docker login $nexus_server --username svc_lidarhd --password ${{ secrets.PASSWORD_SVC_LIDARHD }}
docker push $nexus_server/lidar_hd/lidar_prod:${{steps.tag.outputs.version}}-${{github.ref_name}}
- name: Clean dangling docker images
if: always() # always do it, even if something failed
run: docker system prune --force # remove dangling docker images, without asking user for confirmation