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import json |
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import os |
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import pytest |
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from oval_graph.oval_tree.builder import Builder |
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from oval_graph.oval_tree.oval_result import OvalResult |
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BAD_RESULT_COUNTS = { |
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"number_of_true": -1, |
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"number_of_false": -1, |
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"number_of_error": -1, |
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"number_of_unknown": -1, |
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"number_of_noteval": -1, |
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"number_of_notappl": -1 |
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} |
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RESULT_COUNTS_1 = { |
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"number_of_true": 3, |
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"number_of_false": 3, |
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"number_of_error": 3, |
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"number_of_unknown": 0, |
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"number_of_noteval": -1, |
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"number_of_notappl": 3 |
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} |
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def get_patch_to_data_source(data_source): |
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directory = '' |
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if data_source.startswith('AND'): |
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directory = 'and' |
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elif data_source.startswith('OR'): |
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directory = 'or' |
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elif data_source.startswith('XOR'): |
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directory = 'xor' |
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elif data_source.startswith('ONE'): |
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directory = 'one' |
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else: |
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directory = 'NONE' |
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top_patch = os.path.dirname(os.path.realpath(__file__)) |
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return os.path.join(top_patch, 'test_data', directory, data_source) |
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@pytest.mark.parametrize("data_source, expected_result", [ |
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('ANDTreeTrue.json', "true"), |
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('ANDTreeFalse.json', 'false'), |
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('ANDTreeError.json', "error"), |
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('ANDTreeUnknown.json', "unknown"), |
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('ANDTreeNoteval.json', "noteval"), |
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("ANDTreeNotappl.json", 'notappl'), |
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('ONETreeTrue.json', "true"), |
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('ONETreeFalse.json', 'false'), |
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('ONETreeFalse1.json', 'false'), |
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('ONETreeError.json', "error"), |
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('ONETreeUnknown.json', "unknown"), |
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('ONETreeNoteval.json', "noteval"), |
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("ONETreeNotappl.json", 'notappl'), |
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('ORTreeTrue.json', "true"), |
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('ORTreeFalse.json', 'false'), |
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('ORTreeError.json', "error"), |
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('ORTreeUnknown.json', "unknown"), |
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('ORTreeNoteval.json', "noteval"), |
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("ORTreeNotappl.json", 'notappl'), |
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('XORTreeTrue.json', "true"), |
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('XORTreeFalse.json', 'false'), |
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('XORTreeError.json', "error"), |
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('XORTreeUnknown.json', "unknown"), |
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('XORTreeNoteval.json', "noteval"), |
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("XORTreeNotappl.json", 'notappl'), |
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]) |
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def test_evaluation_of_oval_tree(data_source, expected_result): |
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patch = get_patch_to_data_source(data_source) |
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data = dict() |
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with open(patch, "r") as file_: |
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data = json.load(file_) |
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oval_tree = Builder.dict_to_oval_tree(data) |
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assert oval_tree.evaluate_tree() == expected_result |
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84
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85
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@pytest.mark.parametrize("eval_function, result", [ |
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(OvalResult(**BAD_RESULT_COUNTS).eval_operator_and, None), |
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(OvalResult(**BAD_RESULT_COUNTS).eval_operator_one, None), |
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(OvalResult(**BAD_RESULT_COUNTS).eval_operator_or, None), |
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(OvalResult(**BAD_RESULT_COUNTS).eval_operator_xor, None), |
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(OvalResult(**RESULT_COUNTS_1).eval_operator_and, 'false'), |
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(OvalResult(**RESULT_COUNTS_1).eval_operator_one, None), |
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(OvalResult(**RESULT_COUNTS_1).eval_operator_or, 'true'), |
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(OvalResult(**RESULT_COUNTS_1).eval_operator_xor, 'error'), |
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]) |
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def test_evaluate_oval_result(eval_function, result): |
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assert eval_function() is result |
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OpenSCAP /
oval-graph
