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How to use set_errors method in autotest

Best Python code snippet using autotest_python

test_proto_voter.py

Source:test_proto_voter.py

...24    # Main (mce) and Control Cell Errors (cce)25    mce = [Errors.FF, Errors.FF]26    cce = [Errors.FF, Errors.FF]27    # mc FF, cc FF28    test_cell.set_errors(mce, cce)29    assert test_cell.getCellError() == Errors.FF30    # mc FF, cc SA131    cce = [Errors.SA1, Errors.FF]32    test_cell.set_errors(mce, cce)33    assert test_cell.getCellError() == Errors.FF34    # mc SA1, cc FF35    mce = [Errors.SA1, Errors.FF]36    cce = [Errors.FF, Errors.FF]37    test_cell.set_errors(mce, cce)38    assert test_cell.getCellError() == Errors.FF39def test_base_arch_sa0():40    test_cell = ProtoVoterCell()41    # mc FF, cc SA042    mce = [Errors.FF, Errors.FF]43    cce = [Errors.SA0, Errors.FF]44    test_cell.set_errors(mce, cce)45    assert test_cell.getCellError() == Errors.SA046    # mc FF, cc UD47    cce = [Errors.UD, Errors.FF]48    test_cell.set_errors(mce, cce)49    assert test_cell.getCellError() == Errors.SA050    # mc SA0, cc UD51    mce = [Errors.SA0, Errors.FF]52    test_cell.set_errors(mce, cce)53    assert test_cell.getCellError() == Errors.SA054    # mc SA0, cc SA155    cce = [Errors.SA1, Errors.FF]56    test_cell.set_errors(mce, cce)57    assert test_cell.getCellError() == Errors.SA058    # mc SA0, cc FF59    cce = [Errors.FF, Errors.FF]60    test_cell.set_errors(mce, cce)61    assert test_cell.getCellError() == Errors.SA062    # mc SA0, cc SA063    cce = [Errors.SA0, Errors.FF]64    test_cell.set_errors(mce, cce)65    assert test_cell.getCellError() == Errors.SA066    # mc SA1, cc SA067    mce = [Errors.SA1, Errors.FF]68    test_cell.set_errors(mce, cce)69    assert test_cell.getCellError() == Errors.SA070    # mc UD, cc SA071    mce = [Errors.UD, Errors.FF]72    test_cell.set_errors(mce, cce)73    assert test_cell.getCellError() == Errors.SA074    # mc UD, cc FF75    cce = [Errors.FF, Errors.FF]76    test_cell.set_errors(mce, cce)77    assert test_cell.getCellError() == Errors.SA078def test_base_arch_sa1():79    test_cell = ProtoVoterCell()80    # mc SA1, cc SA181    mce = [Errors.SA1, Errors.FF]82    cce = [Errors.SA1, Errors.FF]83    test_cell.set_errors(mce, cce)84    assert test_cell.getCellError() == Errors.SA185def test_base_arch_ud():86    test_cell = ProtoVoterCell()87    # mc SA1, cc UD88    mce = [Errors.SA1, Errors.FF]89    cce = [Errors.UD, Errors.FF]90    test_cell.set_errors(mce, cce)91    assert test_cell.getCellError() == Errors.UD92    # mc UD, cc UD93    mce = [Errors.UD, Errors.FF]94    test_cell.set_errors(mce, cce)95    assert test_cell.getCellError() == Errors.UD96    # mc UD, cc SA197    cce = [Errors.SA1, Errors.FF]98    test_cell.set_errors(mce, cce)...

test_base_memcell.py

Source:test_base_memcell.py

...21    assert test_cell.getCellError() == Errors.FF22def test_base_arch_sa0():23    test_cell = MemCell()24    # Pull-Down SA1, Pull-Up ok25    test_cell.set_errors(Errors.FF, Errors.SA1)26    assert test_cell.getCellError() == Errors.SA027    # Pull-Up SA0, Pull-Down ok or SA128    test_cell.set_errors(Errors.SA0, Errors.FF)29    assert test_cell.getCellError() == Errors.SA030    test_cell.set_errors(Errors.SA0, Errors.SA1)31    assert test_cell.getCellError() == Errors.SA032def test_base_arch_sa1():33    test_cell = MemCell()34    # Pull-Down SA0, Pull-Up ok35    test_cell.set_errors(Errors.FF, Errors.SA0)36    assert test_cell.getCellError() == Errors.SA137    # Pull-Up SA1, Pull-Up ok or SA038    test_cell.set_errors(Errors.SA1, Errors.FF)39    assert test_cell.getCellError() == Errors.SA140    test_cell.set_errors(Errors.SA1, Errors.SA0)41    assert test_cell.getCellError() == Errors.SA142def test_base_arch_ud():43    test_cell = MemCell()44    # Pull-Down UD, Pull-Up any45    test_cell.set_errors(Errors.FF, Errors.UD)46    assert test_cell.getCellError() == Errors.UD47    test_cell.set_errors(Errors.SA0, Errors.UD)48    assert test_cell.getCellError() == Errors.UD49    test_cell.set_errors(Errors.SA1, Errors.UD)50    assert test_cell.getCellError() == Errors.UD51    # Pull-Up UD, Pull-down any52    test_cell.set_errors(Errors.UD, Errors.FF)53    assert test_cell.getCellError() == Errors.UD54    test_cell.set_errors(Errors.UD, Errors.SA0)55    assert test_cell.getCellError() == Errors.UD56    test_cell.set_errors(Errors.UD, Errors.SA1)57    assert test_cell.getCellError() == Errors.UD58    # Same error Pull-Down and Pull-Up59    test_cell.set_errors(Errors.SA1, Errors.SA1)60    assert test_cell.getCellError() == Errors.UD61    test_cell.set_errors(Errors.SA0, Errors.SA0)62    assert test_cell.getCellError() == Errors.UD63    test_cell.set_errors(Errors.UD, Errors.UD)...

uptime_report_test.py

Source:uptime_report_test.py

2from api_tests.uptime_report import set_errors, calculate_uptime3def test_increments_when_metric_data_exists():4    result = {'name': 'test_metric', 'status': 'corrupted'}5    output_data = {'test_metric': {'total': 1, 'error': 0}}6    set_errors(output_data, result)7    assert output_data == {'test_metric': {'total': 2, 'error': 1}}8def test_appends_when_metric_data_does_not_exists():9    output_data = {'test_metric': {'total': 1, 'error': 0}}10    result = {'name': 'test_metric_2', 'status': 'passed' }11    set_errors(output_data, result)12    assert output_data == {13        'test_metric':14        {15            'total': 1,16            'error': 017        },18        'test_metric_2':19        {20            'total': 1,21            'error': 022        }23    }24def test_can_handle_na_status():25    output_data = {'test_metric': {'total': 1, 'error': 0}}26    result = {'name': 'test_metric','status': 'N/A'}27    set_errors(output_data, result)28    assert output_data == {29        'test_metric':30        {31            'total': 1,32            'error': 033        }34    }35@pytest.mark.parametrize(36    "test_input,expected_result",37    [38        ({'total': 3, 'error': 1}, 66.67),39        ({'total': 3, 'error': 2}, 33.33),40        ({'total': 0, 'error': 0}, 0.0),41        ({'total': 100, 'error': 0}, 100.0)...

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