.travis.yml

language: python
python:
  # We don't actually use the Travis Python, but this keeps it organized.
  #- "2.7"    # not tested anymore starting from 0.9.19
  - "3.8"
os: linux

stages:
  - name: test_fast
    if: branch = master OR branch = develop
  - name: test_slow
    if: branch = master OR branch = develop
    # we dont test on other branches
  - name: lint
    if: branch = master OR branch = develop
    # we dont lint on other branches
  - name: deploy
    if: branch = master

jobs:
  include:
    - stage: test_fast
      name: Test and Coverage
      install:
        # Install Micromamba
        # We do this conditionally because it saves us some downloading if the
        # version is the same.
        # For now use http instead of https according to this comment:
        # https://github.com/mamba-org/mamba/issues/1675#issuecomment-1127160021
        - wget -qO- https://micro.mamba.pm/api/micromamba/linux-64/0.25.1 | tar -xvj bin/micromamba
        - ./bin/micromamba shell init -s bash -p ~/micromamba
        - source ~/.bashrc
        - micromamba activate base
        # Useful for debugging any issues with conda/mamba
        - micromamba info
        - micromamba config list
        # Update python version in environment
        - sed -i -E 's/(python=)(.*)/\1'$TRAVIS_PYTHON_VERSION'/' ./environment.yml
        # Create conda environment
        - micromamba install xtensor -c conda-forge -y
        # move requirements.txt to the /tmp folder, required so that .environment.yml finds it
        - pwd
        - cp requirements.txt /tmp/requirements.txt
        # Create the environment:
        - micromamba create -f ./environment.yml -y
        # Activate and install test-only dependencies
        - micromamba activate radis-env
        - micromamba list
        - pip install pytest-cov
        - pip install -e . -v

      script:
        # Your test script goes here
        - echo ">>> Run tests"
        # use XVFB to have headless display port, and still run the Matplotlib tests.
        - xvfb-run -a pytest -m "fast and not needs_db_CDSD_HITEMP_PCN and not needs_db_CDSD_HITEMP and not needs_db_CDSD_HITEMP_PC" --cov=./ --durations=10
        # --durations=N to print the slowest N tests
        # lookup 'addopts' in setup.cfg>[tools:pytest] for default tests

      services:
        - xvfb

      before_script:
        - export MPLBACKEND=Agg


    - stage: test_slow
      name: Test and Coverage (slow)

      install:
        # Install Micromamba
        # We do this conditionally because it saves us some downloading if the
        # version is the same.
        # For now use http instead of https according to this comment:
        # https://github.com/mamba-org/mamba/issues/1675#issuecomment-1127160021
        - wget -qO- https://micro.mamba.pm/api/micromamba/linux-64/0.25.1 | tar -xvj bin/micromamba
        - ./bin/micromamba shell init -s bash -p ~/micromamba
        - source ~/.bashrc
        - micromamba activate base
        # Update python version in environment
        - sed -i -E 's/(python=)(.*)/\1'$TRAVIS_PYTHON_VERSION'/' ./environment.yml
        # Create conda environment
        - micromamba install xtensor -c conda-forge -y
        # move requirements.txt to the /tmp folder, required so that .environment.yml finds it
        - pwd
        - cp requirements.txt /tmp/requirements.txt
        # Create the environment:
        - micromamba create -f ./environment.yml -y
        # Activate and install test-only dependencies
        - micromamba activate radis-env
        - micromamba list
        - pip install pytest-cov
        - pip install -e . -v

      script:
        # Your test script goes here
        - echo ">>> Run tests"
        # use XVFB to have headless display port, and still run the Matplotlib tests.
        - xvfb-run -a pytest --cov=./ --durations=10 #run all tests but that's ok because the redondant tests are fast!
        # --durations=N to print the slowest N tests
        # lookup 'addopts' in setup.cfg>[tools:pytest] for default tests

      services:
        - xvfb

      after_success:
        # codecoverage
        - pip install codecov
        - codecov

      before_script:
        - export MPLBACKEND=Agg

    - stage: lint
      name: Code Quality Checks
      install:
        - pip install pre-commit
        - pre-commit install
      script:
        - pre-commit run --all-files
      after_failure: #better for checking the origin of a bug
        - cat /home/travis/.cache/pre-commit/pre-commit.log

    - stage: deploy
      name: Deploy to PyPI
      install:
        - sudo apt-get update
      script:
        - echo "Deploying to PyPI"
      before_deploy:
        - sudo apt-get install pandoc
        - pandoc README.rst -o README.md
      deploy:
        provider: pypi
        user: "__token__"
        password:
          secure: 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
        skip_existing: true
        distributions: "sdist bdist_wheel"