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b015368fee
Move existing tests into subfolder `tests/unit`. Write integration tests that actually run the installed borg executable. Those tests can be found in `tests/integration`. Those pytest fixtures that are the same for both kinds of tests remain in `tests/conftest.py`. The others can be found in `tests/integration/conftest.py` or `tests/unit/conftest.py`. This adds nox to the project and configures it to run the tests with different borg versions. This also updates the ci workflow to run the integration tests using nox.
* noxfile.py : Run pytest with a matrix of borg versions OR a specific borg version
* Makefile : Run using nox. Add phonies `test-unit` and `test-integration`.
* tests/conftest.py : Move some fixtures/functions to `tests/unit/conftest.py`.
* tests/test_*.py --> tests/unit/ : Move unittests and assets into subfolder
* tests/integration/ : Write integration tests.
* requirements.d/dev.txt: Add `nox` and `pkgconfig`. The latter is needed for installing new borg versions.
* .github/actions/setup/action.yml : Update to install pre-commit and nox when needed. The action now no longer installs Vorta.
* .github/actions/install-dependencies/action.yml : Install system deps of borg with this new composite action.
* .github/workflows/test.yml : Rename `test` ci to `test-unit` and update it for the new test setup.
Implement `test-integration` ci.
Signed-off-by: Chirag Aggarwal <thechiragaggarwal@gmail.com>
19 lines
703 B
Python
19 lines
703 B
Python
import pytest
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import vorta.borg
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import vorta.store.models
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from vorta.borg.prune import BorgPruneJob
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def test_borg_prune(qapp, qtbot, mocker, borg_json_output):
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stdout, stderr = borg_json_output('prune')
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popen_result = mocker.MagicMock(stdout=stdout, stderr=stderr, returncode=0)
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mocker.patch.object(vorta.borg.borg_job, 'Popen', return_value=popen_result)
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params = BorgPruneJob.prepare(vorta.store.models.BackupProfileModel.select().first())
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thread = BorgPruneJob(params['cmd'], params, qapp)
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with qtbot.waitSignal(thread.result, **pytest._wait_defaults) as blocker:
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blocker.connect(thread.updated)
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thread.run()
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assert blocker.args[0]['returncode'] == 0
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