def test_configparameter_norange_nounits():
cmd = ConfigurationParameter(name=NAME,
ptype=TYPE,
category=CATEGORY,
description=DESCRIPTION)
assert repr(cmd) == f"{TYPE} {NAME}: {DESCRIPTION}"
assert str(
cmd
) == f"ConfigurationParameter[name={NAME}, type={TYPE}, desc='{DESCRIPTION}', category={CATEGORY}, units=UNDEFINED, range=[UNDEFINED, UNDEFINED]]"
assert cmd.to_csv(
"Toto"
) == f"Toto,{NAME},{TYPE},{CATEGORY},UNDEFINED,UNDEFINED,UNDEFINED,{DESCRIPTION}\n"
def test_configparameter_nodescription_deprecated():
cmd = ConfigurationParameter(name=NAME,
ptype=TYPE,
category=CATEGORY,
units=UNITS,
description=None,
is_deprecated=True)
assert repr(cmd) == f"{TYPE} {NAME}"
assert str(
cmd
) == f"ConfigurationParameter[name={NAME}, type={TYPE}, category={CATEGORY}, units={UNITS}, range=[UNDEFINED, UNDEFINED]](DEPRECATED)"
assert cmd.to_csv(
"Toto"
) == f"Toto,{NAME},{TYPE},{CATEGORY},{UNITS},UNDEFINED,UNDEFINED,\n"
def extract_param_info(lines: List[str], idx: int) -> ConfigurationParameter:
"""Create a ConfigurationParameter instance from text"""
# Verify if the parameter is deprecated
deprecated = "@Deprecated" in lines[idx - 1]
param_decorator = lines[idx]
if "(" in param_decorator:
while not param_decorator.endswith(")"):
idx += 1
param_decorator += lines[idx]
param_dict = extract_parameter_arguments(param_decorator)
else:
param_dict = {}
lowval, highval = extract_range_values(param_dict.get("range", ".."))
definition = lines[idx + 1]
param_name, ptype = extract_parameter_name_and_type(definition)
return ConfigurationParameter(
name=param_name,
category=param_dict.get("category", "UNKNOWN"),
ptype=ptype,
units=param_dict.get("units", None),
low=lowval,
high=highval,
description=param_dict.get("description", None),
is_deprecated=deprecated,
)
def test_configparameter_nodescription():
cmd = ConfigurationParameter(name=NAME,
ptype=TYPE,
category=CATEGORY,
low=RANGE_LOW,
high=RANGE_HIGH,
units=UNITS,
description=None)
assert repr(cmd) == f"{TYPE} {NAME}"
assert str(
cmd
) == f"ConfigurationParameter[name={NAME}, type={TYPE}, category={CATEGORY}, units={UNITS}, range=[{RANGE_LOW}, {RANGE_HIGH}]]"
assert cmd.to_csv(
"Toto"
) == f"Toto,{NAME},{TYPE},{CATEGORY},{UNITS},{RANGE_LOW},{RANGE_HIGH},\n"
def test_extract_param_info_no_args():
input_ = ["", CONFIG_PARAM_NO_ARGS, "public void myParam"]
param_position = 1
result = extract_param_info(input_, param_position)
expected = ConfigurationParameter(
name="myParam",
ptype="void",
category="UNKNOWN"
)
assert result == expected
def test_extract_param_info_real():
input_ = SPACED_TEXT_CLEANED
param_position = 2
result = extract_param_info(input_, param_position)
expected = ConfigurationParameter(
name="deltaPosition",
ptype="int",
description="Position margin to terminate movement.",
category="UNKNOWN"
)
assert result == expected
def test_extract_param_info_no_units_basic():
input_ = [CONFIG_PARAM_WITH_ARGS_NO_UNITS, "private int myParam"]
param_position = 0
result = extract_param_info(input_, param_position)
expected = ConfigurationParameter(
name="myParam",
ptype="int",
category="carousel",
low=0,
high=500000,
description="In milliseconds; if rotation lasts more than rotationTimeout rotation is halted and the subsystem goes in error state."
)
assert result == expected
def test_parse_raw_text():
expected_commands = [
Command(
name="setFilter", cmdtype="ACTION", level="NORMAL",
description="Set filter.", args=[Argument(name="filterId", ptype="int")]
)
]
expected_parameters = [
ConfigurationParameter(name="deltaPosition", ptype="int", description="Position margin to terminate movement.", category="UNKNOWN")
]
res_commands, res_parameters = parse_raw_text(SPACED_TEXT_RAW)
for exp_cmd, res_cmd in zip(expected_commands, res_commands):
assert exp_cmd == res_cmd
for exp_param, res_param in zip(expected_parameters, res_parameters):
assert exp_param == res_param