build fitting configuration[inp6-expected6-false]: Test case result

The below summarizes the result of the test " build fitting configuration[inp6-expected6-false]" in build 1 of Pipeline - Pipeline Pull Request Test - PIPE-2893-hsd_baseline-enable-sinusoid-option - Pipeline PR Test 6.6.6.

• Description: build fitting configuration[inp6-expected6-false]
• Test class: pipeline.hsd.tasks.baseline.worker_test
• Method: test_build_fitting_configuration[inp6-expected6-False]

• Duration: < 1 sec
• Status: Failed (New Failure)

Error Log

ValueError: Unsupported fitting function type: <class 'list'>
inp = {17: 'poly', 19: 'cspline', 23: 'cspline'}
expected = {'17': 'poly', 19: 'spline'}, should_raise = False

    @pytest.mark.parametrize(
        "inp, expected, should_raise",
        [
            # valid inputs
            ({17: DEF,      19: DEF,      23: DEF}, None, False),
            ({17: DEF,      19: DEF,      23: DEF}, {}, False),
            ({17: "cspline", 19: "cspline", 23: "cspline"}, "spline", False), #   SPLINE = CSPLINE in the FittingFunction class of fitrorder.py
            ({17: DEF, 19: DEF, 23: DEF}, {30: "poly"}, False),
            ({17: "poly",   19: "poly",   23: "poly"}, "poly", False),
            ({17: DEF,      19: DEF,      23: "poly"}, {"23":"poly"}, False),
            ({17:"poly",  19:"cspline",  23: DEF}, {"17":"poly", 19:"spline"}, False),
            ({17:"poly",    19:"cspline",  23:"poly"}, {17:"poly", 19:"spline", 23:"poly"}, False),
            # error inputs
            (ValueError, "badfunc", True),
            (ValueError, {19:"invalid"}, True),
        ],
    )
    def test_build_fitting_configuration(inp, expected, should_raise):
        if should_raise:
            with pytest.raises(expected):
                worker.build_fitting_configuration(inp, SPWS)
            return
>       cfg = worker.build_fitting_configuration(inp, SPWS)

hsd/tasks/baseline/worker_test.py:34: 
_ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ 

spw_id_list = {17: 'poly', 19: 'cspline', 23: 'cspline'}
fit_function = [17, 19, 23], ms = None, context = None, switchpoly = True

    @staticmethod
    def build_fitting_configuration(
            spw_id_list: Union[List[int], set[Any]],
            fit_function: Optional[Union[str, Dict[Union[int, str], str]]] = "cspline",
            ms: MeasurementSet = None,
            context: Context = None,
            switchpoly=True
    ) -> Dict[int, BaselineFitParamConfig]:
        """
        Convert the fit_function parameter into a dictionary mapping each SPW ID to its BaselineFitParamConfig.
    
        If fit_function is None or falsy, the default 'cspline' is used.
        If a single string is provided, one BaselineFitParamConfig instance is created and applied to all SPWs.
        If a dictionary is provided, keys are normalized to integers; SPWs not specified default to 'cspline'.
    
        Args:
            switchpoly:
            context:
            ms: Measurement set
            fit_function: The fit function parameter (str, dict, or None).
            spw_id_list: List of spectral window IDs to process.
    
        Raises:
            ValueError: fit_function has unsupported value.
    
        Returns:
            A dictionary mapping each SPW ID (int) to a BaselineFitParamConfig instance.
    
        """
    
        valid_functions = {'spline', 'cspline', 'poly', 'polynomial', 'sinusoid'}
    
        if isinstance(fit_function, str):
            if fit_function not in valid_functions:
                raise ValueError(f"Unsupported fitting function value: {fit_function}")
    
            heuristics_out = dict.fromkeys(
                spw_id_list,
                BaselineFitParamConfig(
                        fitfunc=fit_function,
                        switchpoly=switchpoly
                )
            )
    
            return heuristics_out
    
        if isinstance(fit_function, dict):
    
            spw_function_map = dict.fromkeys(spw_id_list, "cspline")
            spw_function_map.update(fit_function)
            heuristics_out = {}
    
            # Need to fill in the input fit functions. We could make this cleaner without
            # the virtual2real section, but I'm not sure if the keys will match.
            for key, value in spw_function_map.items():
                # Check that all the functions are supported.
                if not value in valid_functions:
                    raise ValueError(f"Unsupported fitting function value: {value}")
    
                _key = context.observing_run.virtual2real_spw_id(key, ms) if context else key
    
                heuristics_out[_key] = BaselineFitParamConfig(
                        fitfunc=spw_function_map[key],
                        switchpoly=switchpoly
                    )
    
            return heuristics_out
    
        else:
>           raise ValueError(f"Unsupported fitting function type: {type(fit_function)}")
E           ValueError: Unsupported fitting function type: <class 'list'>

hsd/tasks/baseline/worker.py:662: ValueError