def test_parse_meta_json_keys_values(stc):
plLogger = PLLogger.GetLogger('methodology')
plLogger.LogInfo("begin test_parse_meta_json_keys_values")
# Valid methodology json
input_json = get_sample_2544_json()
attr1 = "CommandAddressStartValue"
attr2 = "CommandAddressStepValue"
attr3 = "TrafficDuration"
attr4 = "ObjectIteratorCommand.ValueList"
attr5 = "testGuiOnly"
val1 = "198.18.1.2"
val2 = "0.0.1.0"
val3 = "60"
val4 = ["64", "128", "256", "512", "1024", "1280", "1518"]
val5 = "10"
# Load the json
err_str, json_dict = json_utils.load_json(input_json)
assert err_str == ""
assert json_dict is not None
# Call the parse function
key_val_dict, gui_key_val_dict = ConfigCmd.parse_meta_json_keys_values(json_dict)
assert key_val_dict is not None
assert gui_key_val_dict == {'testGuiOnly': '10'}
plLogger.LogInfo("key_val_dict: " + str(key_val_dict))
assert len(key_val_dict.keys()) == 7
# Check the keys
for kv_pair in zip([attr1, attr2, attr3, attr4, attr5], [val1, val2, val3, val4, val5]):
assert kv_pair[0] in key_val_dict.keys()
assert key_val_dict[kv_pair[0]] == kv_pair[1]
def test_parse_meta_json_keys_values_invalid_json(stc):
plLogger = PLLogger.GetLogger('methodology')
plLogger.LogInfo("begin test_parse_meta_json_keys_values_invalid_json")
# No property_groups
input_json = '''{
"methodology_key": "RFC2544THROUGHPUT",
"display_name": "RFC 2544 Throughput Test",
"version": "1-0-0",
"feature_ids": [],
"port_groups": []
}'''
# Load the json
err_str, json_dict = json_utils.load_json(input_json)
assert err_str == ""
assert json_dict is not None
# Call the parse function
key_val_dict, gui_key_val_dict = ConfigCmd.parse_meta_json_keys_values(json_dict)
assert key_val_dict == {}
assert gui_key_val_dict == {}
# No test_properties
input_json = '''{
"methodology_key": "RFC2544THROUGHPUT",
"display_name": "RFC 2544 Throughput Test",
"version": "1-0-0",
"feature_ids": [],
"port_groups": [],
"property_groups": []
}'''
# Load the json
err_str, json_dict = json_utils.load_json(input_json)
assert err_str == ""
assert json_dict is not None
# Call the parse function
key_val_dict, gui_key_val_dict = ConfigCmd.parse_meta_json_keys_values(json_dict)
assert key_val_dict == {}
assert gui_key_val_dict == {}
# Missing property_value and empty test_properties
input_json = '''{
"methodology_key": "RFC2544THROUGHPUT",
"display_name": "RFC 2544 Throughput Test",
"version": "1-0-0",
"feature_ids": [],
"port_groups": [],
"property_groups": [
{
"prop_id": "leftEndpointConfig",
"display_name": "Left Endpoint Addressing",
"test_properties": [
{
"prop_id": "CommandAddressStartValue"
},
{
"prop_id": "CommandAddressStepValue",
"property_value": "0.0.1.0"
}
]
},
{
"prop_id": "test",
"display_name": "Test",
"test_properties": []
}
]
}'''
attr1 = "CommandAddressStepValue"
val1 = "0.0.1.0"
# Load the json
err_str, json_dict = json_utils.load_json(input_json)
assert err_str == ""
assert json_dict is not None
# Call the parse function
key_val_dict, gui_key_val_dict = ConfigCmd.parse_meta_json_keys_values(json_dict)
assert key_val_dict is not None
assert gui_key_val_dict == {}
plLogger.LogInfo("key_val_dict: " + str(key_val_dict))
assert len(key_val_dict.keys()) == 1
# Check the keys
for kv_pair in zip([attr1], [str(val1)]):
assert kv_pair[0] in key_val_dict.keys()
assert key_val_dict[kv_pair[0]] == kv_pair[1]
