def test_ucvm_get_model_instance(self):
"""
Tests that UCVM can retrieve a model instance correctly. Also tests to ensure that providing a bad model to
this raises the correct error.
"""
self.assertEqual(UCVM.get_model_instance("1d").get_metadata()["id"], "1d")
stdout = sys.stdout
sys.stdout = None
with self.assertRaises(UCVMError):
UCVM.get_model_instance("bob")
sys.stdout = stdout
def test_ucvm_load_models(self):
"""
Test that UCVM can load all the installed models without error.
"""
installed_models = UCVM.get_list_of_installed_models()
for key in installed_models:
for model in installed_models[key]:
m_py = UCVM.get_model_instance(model["id"])
self.assertEqual(m_py.get_metadata()["name"], model["name"])
self.assertEqual(UCVM.instantiated_models[model["id"]].get_metadata()["name"],
model["name"])
def _add_corner_and_depth_information():
target.corners = {
"bl": {
"e": None,
"n": None
},
"tr": {
"e": None,
"n": None
}
}
target.max_depth = 0
for _, model_dict in UCVM.parse_model_string(name).items():
for _, model in model_dict.items():
model_cpy = model.split(";")[0]
if UCVM.get_model_type(model_cpy) == "velocity":
coverage = UCVM.get_model_instance(
model_cpy).get_metadata()["coverage"]
if "depth" in coverage and float(
coverage["depth"]) > target.max_depth:
target.max_depth = float(coverage["depth"])
elif "depth" not in coverage and 50000 < target.max_depth:
target.max_depth = 50000
if coverage["bottom_left"]["e"] is not None and \
(target.corners["bl"]["e"] is None or
float(coverage["bottom_left"]["e"]) < target.corners["bl"]["e"]):
target.corners["bl"]["e"] = float(
coverage["bottom_left"]["e"])
if coverage["bottom_left"]["n"] is not None and \
(target.corners["bl"]["n"] is None or
float(coverage["bottom_left"]["n"]) < target.corners["bl"]["n"]):
target.corners["bl"]["n"] = float(
coverage["bottom_left"]["n"])
if coverage["top_right"]["e"] is not None and \
(target.corners["tr"]["e"] is None or
float(coverage["top_right"]["e"]) > target.corners["tr"]["e"]):
target.corners["tr"]["e"] = float(
coverage["top_right"]["e"])
if coverage["top_right"]["n"] is not None and \
(target.corners["tr"]["n"] is None or
float(coverage["top_right"]["n"]) > target.corners["tr"]["n"]):
target.corners["tr"]["n"] = float(
coverage["top_right"]["n"])
break
if target.max_depth == 0:
target.max_depth = 50000
def _add_corner_and_depth_information():
target.corners = {
"bl": {
"e": None,
"n": None
},
"tr": {
"e": None,
"n": None
}
}
target.max_depth = 0
for _, model_dict in UCVM.parse_model_string(name).items():
for _, model in model_dict.items():
model_cpy = model.split(";")[0]
if UCVM.get_model_type(model_cpy) == "velocity":
coverage = UCVM.get_model_instance(model_cpy).get_metadata()["coverage"]
if "depth" in coverage and float(coverage["depth"]) > target.max_depth:
target.max_depth = float(coverage["depth"])
elif "depth" not in coverage and 50000 < target.max_depth:
target.max_depth = 50000
if coverage["bottom_left"]["e"] is not None and \
(target.corners["bl"]["e"] is None or
float(coverage["bottom_left"]["e"]) < target.corners["bl"]["e"]):
target.corners["bl"]["e"] = float(coverage["bottom_left"]["e"])
if coverage["bottom_left"]["n"] is not None and \
(target.corners["bl"]["n"] is None or
float(coverage["bottom_left"]["n"]) < target.corners["bl"]["n"]):
target.corners["bl"]["n"] = float(coverage["bottom_left"]["n"])
if coverage["top_right"]["e"] is not None and \
(target.corners["tr"]["e"] is None or
float(coverage["top_right"]["e"]) > target.corners["tr"]["e"]):
target.corners["tr"]["e"] = float(coverage["top_right"]["e"])
if coverage["top_right"]["n"] is not None and \
(target.corners["tr"]["n"] is None or
float(coverage["top_right"]["n"]) > target.corners["tr"]["n"]):
target.corners["tr"]["n"] = float(coverage["top_right"]["n"])
break
if target.max_depth == 0:
target.max_depth = 50000
def make_suite() -> unittest.TestSuite:
suite = unittest.TestSuite()
models = UCVM.get_list_of_installed_models()
for key in models:
for model in models[key]:
path = os.path.join(UCVM.get_model_instance(model["id"]).model_location, "test_" +
model["id"] + ".py")
if os.path.exists(path):
new_class = __import__("ucvm.models." + model["id"] + ".test_" + model["id"],
fromlist=model["class"] + "Test")
suite.addTest(
unittest.makeSuite(getattr(new_class, model["class"] + "Test"), "test_")
)
if key == "velocity":
add_acceptance_test_methods(UCVMModelAcceptanceTest, model["id"])
suite.addTest(unittest.makeSuite(UCVMModelAcceptanceTest, "test_"))
return suite
def make_suite() -> unittest.TestSuite:
suite = unittest.TestSuite()
models = UCVM.get_list_of_installed_models()
for key in models:
for model in models[key]:
path = os.path.join(
UCVM.get_model_instance(model["id"]).model_location,
"test_" + model["id"] + ".py")
if os.path.exists(path):
new_class = __import__("ucvm.models." + model["id"] +
".test_" + model["id"],
fromlist=model["class"] + "Test")
suite.addTest(
unittest.makeSuite(
getattr(new_class, model["class"] + "Test"), "test_"))
if key == "velocity":
add_acceptance_test_methods(UCVMModelAcceptanceTest,
model["id"])
suite.addTest(unittest.makeSuite(UCVMModelAcceptanceTest, "test_"))
return suite