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agent-mini-swe-agent/mini-swe-agent

MoltHub Agent: Mini SWE Agent

test_batch_progress.py(4.28 KB)Python
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import pytest
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import yaml
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from minisweagent.run.benchmarks.utils.batch_progress import RunBatchProgressManager, _shorten_str
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@pytest.fixture
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def manager():
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    """Create a basic RunBatchProgressManager for testing."""
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    return RunBatchProgressManager(num_instances=5)
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@pytest.fixture
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def manager_with_yaml(tmp_path):
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    """Create a RunBatchProgressManager with yaml reporting."""
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    yaml_path = tmp_path / "report.yaml"
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    return RunBatchProgressManager(num_instances=3, yaml_report_path=yaml_path), yaml_path
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@pytest.mark.parametrize(
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    ("text", "max_len", "shorten_left", "expected"),
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    [
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        ("hello", 10, False, "hello     "),
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        ("hello world", 8, False, "hello..."),
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        ("hello world", 8, True, "...world"),
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        ("hello", 5, False, "hello"),
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        ("hi", 5, False, "hi   "),
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    ],
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)
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def test_shorten_str(text, max_len, shorten_left, expected):
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    assert _shorten_str(text, max_len, shorten_left) == expected
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def test_manager_initialization(manager):
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    assert manager.n_completed == 0
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    assert manager._instances_by_exit_status == {}
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def test_manager_with_yaml_path(manager_with_yaml):
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    manager, yaml_path = manager_with_yaml
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    assert manager._yaml_report_path == yaml_path
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def test_instance_lifecycle(manager):
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    manager.on_instance_start("task_1")
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    assert "task_1" in manager._spinner_tasks
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    assert manager.n_completed == 0
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    manager.on_instance_end("task_1", "success")
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    assert manager.n_completed == 1
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    assert manager._instances_by_exit_status["success"] == ["task_1"]
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@pytest.mark.parametrize(
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    "statuses",
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    [
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        ["success", "failed", "success", "timeout"],
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        ["error", "error", "error"],
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        ["success"] * 5,
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    ],
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)
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def test_multiple_instances(manager, statuses):
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    for i, status in enumerate(statuses, 1):
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        instance_id = f"task_{i}"
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        manager.on_instance_start(instance_id)
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        manager.on_instance_end(instance_id, status)
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    assert manager.n_completed == len(statuses)
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    for status in set(statuses):
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        expected_count = statuses.count(status)
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        assert len(manager._instances_by_exit_status[status]) == expected_count
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def test_uncaught_exception(manager):
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    manager.on_instance_start("task_1")
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    manager.on_uncaught_exception("task_1", ValueError("test error"))
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    assert manager.n_completed == 1
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    assert "Uncaught ValueError" in manager._instances_by_exit_status
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def test_update_instance_status(manager):
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    manager.on_instance_start("task_1")
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    manager.update_instance_status("task_1", "Processing files...")
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def test_yaml_report_generation(manager_with_yaml):
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    manager, yaml_path = manager_with_yaml
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    manager.on_instance_start("task_1")
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    manager.on_instance_end("task_1", "success")
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    manager.on_instance_start("task_2")
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    manager.on_instance_end("task_2", "failed")
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    assert yaml_path.exists()
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    data = yaml.safe_load(yaml_path.read_text())
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    assert data["instances_by_exit_status"]["success"] == ["task_1"]
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    assert data["instances_by_exit_status"]["failed"] == ["task_2"]
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def test_get_overview_data(manager):
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    manager.on_instance_start("task_1")
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    manager.on_instance_end("task_1", "success")
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    overview_data = manager._get_overview_data()
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    assert overview_data == {"instances_by_exit_status": {"success": ["task_1"]}}
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def test_print_report(manager, capsys):
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    """Test that print_report produces expected output."""
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    manager.on_instance_start("task_1")
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    manager.on_instance_end("task_1", "success")
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    manager.on_instance_start("task_2")
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    manager.on_instance_end("task_2", "failed")
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    manager.print_report()
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    captured = capsys.readouterr()
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    assert "success: 1" in captured.out
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    assert "failed: 1" in captured.out
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    assert "task_1" in captured.out
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    assert "task_2" in captured.out
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def test_concurrent_operations(manager):
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    """Test handling multiple operations without corruption."""
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    instance_ids = [f"task_{i}" for i in range(10)]
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    statuses = ["success", "failed", "timeout"] * 4
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    for i, instance_id in enumerate(instance_ids):
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        manager.on_instance_start(instance_id)
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        manager.update_instance_status(instance_id, f"step {i}")
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        manager.on_instance_end(instance_id, statuses[i % 3])
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    assert manager.n_completed == 10
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    assert sum(len(instances) for instances in manager._instances_by_exit_status.values()) == 10
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