def test_given_dict_values_doesnot_raise(self, dict_values: dict):
required_values = dict(quantity="aQuantity",
forcingfile=ForcingModel())
test_values = {**dict_values, **required_values}
created_boundary = Boundary(**test_values)
for key, value in test_values.items():
if key == "forcing_file":
value = value.dict()
assert created_boundary.dict()[key] == value
def test_given_no_values_raises_valueerror(self,
dict_values: dict):
with pytest.raises(ValueError) as exc_mssg:
Boundary.check_nodeid_or_locationfile_present(dict_values)
# 3. Verify final expectations.
expected_error_mssg = (
"Either nodeId or locationFile fields should be specified."
)
assert str(exc_mssg.value) == expected_error_mssg
def test_given_args_expected_values(self):
# 1. Explicit declaration of parameters (to validate keys as they are written)
dict_values = {
"quantity": "42",
"nodeid": "aNodeId",
"locationfile": Path("aLocationFile"),
"forcingfile": ForcingModel(),
"bndwidth1d": 4.2,
"bndbldepth": 2.4,
}
# 2. Create boundary.
created_boundary = Boundary(**dict_values)
# 3. Verify boundary values as expected.
for key, value in dict_values.items():
assert created_boundary.dict()[key] == value
def test_boundary_with_forcing_file_without_match_returns_none():
forcing1 = _create_forcing("bnd1", "waterlevelbnd")
forcing2 = _create_forcing("bnd2", "dischargebnd")
forcing_file = ForcingModel(forcing=[forcing1, forcing2])
boundary = Boundary(nodeid="bnd3", quantity="qhbnd", forcingfile=forcing_file)
assert boundary.forcing is None
assert boundary.nodeid == "bnd3"
assert boundary.quantity == "qhbnd"
def test_given_no_values_raises_valueerror(self,
dict_values: dict):
required_values = dict(quantity="aQuantity")
test_values = {**dict_values, **required_values}
with pytest.raises(ValueError) as exc_mssg:
Boundary(**test_values)
# 3. Verify final expectations.
expected_error_mssg = (
"Either nodeId or locationFile fields should be specified."
)
assert expected_error_mssg in str(exc_mssg.value)
def test_boundary_with_forcing_file_returns_forcing():
forcing1 = _create_forcing("bnd1", "waterlevelbnd")
forcing2 = _create_forcing("bnd2", "dischargebnd")
forcing3 = _create_forcing("bnd3", "qhbnd discharge")
forcing_file = ForcingModel(forcing=[forcing1, forcing2, forcing3])
boundary2 = Boundary(
nodeid="bnd2", quantity="dischargebnd", forcingfile=forcing_file
)
assert boundary2.forcing is forcing2
def test_given_args_as_alias_expected_values(self):
# 1. Explicit declaration of parameters (to validate keys as they are written)
dict_values = {
"quantity": "42",
"nodeid": "aNodeId",
"locationfile": Path("aLocationFile"),
"forcingFile": ForcingModel(),
"bndWidth1D": 4.2,
"bndBlDepth": 2.4,
}
# 2. Create boundary.
created_boundary = Boundary(**dict_values)
boundary_as_dict = created_boundary.dict()
# 3. Verify boundary values as expected.
assert boundary_as_dict["quantity"] == dict_values["quantity"]
assert boundary_as_dict["nodeid"] == dict_values["nodeid"]
assert boundary_as_dict["locationfile"] == dict_values[
"locationfile"]
assert boundary_as_dict["forcingfile"] == dict_values[
"forcingFile"]
assert boundary_as_dict["bndwidth1d"] == dict_values["bndWidth1D"]
assert boundary_as_dict["bndbldepth"] == dict_values["bndBlDepth"]
def test_given_dict_values_doesnot_raise(self, dict_values: dict):
return_values = Boundary.check_nodeid_or_locationfile_present(
dict_values)
assert dict_values == return_values