test_wrapper.py

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from http import client
import pytest
from pathlib import Path
from aas_http_client.classes.wrapper.sdk_wrapper import IdEncoding, Level, create_by_config, SdkWrapper, create_by_dict, create_by_url
from basyx.aas import model
import aas_http_client.utilities.model_builder as model_builder
import aas_http_client.utilities.sdk_tools as sdk_tools
from urllib.parse import urlparse
import json
from aas_http_client.utilities import encoder
import random
 
JAVA_SERVER_PORTS = [8075]
PYTHON_SERVER_PORTS = [5080, 80]
DOTNET_SERVER_PORTS = [5043]
 
AIMC_SM_ID = "https://fluid40.de/ids/sm/7644_4034_2556_2369"
SM_ID = "fluid40/sm_http_client_unit_tests"
SHELL_ID = "fluid40/aas_http_client_unit_tests"
 
CONFIG_FILES = [
    "./tests/server_configs/test_java_server_config.json",
    "./tests/server_configs/test_java_server_alias_config.json",
    "./tests/server_configs/test_dotnet_server_config.json",
    "./tests/server_configs/test_python_server_config.json"
]
 
# CONFIG_FILES = [
#     "./tests/server_configs/test_dotnet_server_config.yml",
# ]
 
@pytest.fixture(params=CONFIG_FILES, scope="module")
def wrapper(request) -> SdkWrapper:
    try:
        file = Path(request.param).resolve()
 
        if not file.exists():
            raise FileNotFoundError(f"Configuration file {file} does not exist.")
 
        wrapper = create_by_config(file, basic_auth_password="")
 
        rand = random.randint(0, 10)
        if (rand % 2) == 0:
            wrapper.set_encoded_ids(IdEncoding.encoded)
 
        wrapper.set_encoded_ids(IdEncoding.encoded)
 
    except Exception as e:
        raise RuntimeError("Unable to connect to server.")
 
    shells = wrapper.get_all_asset_administration_shells()
    if shells is None:
        raise RuntimeError("No shells found on server. Please check the server configuration.")
 
    return wrapper
 
@pytest.fixture(scope="module")
def shared_sme_string() -> model.Property:
    # create a Submodel
    return model_builder.create_base_submodel_element_property("sme_property_string", model.datatypes.String, "Sample String Value", description="This is a sample string property for unit testing.", display_name="Sample String Property")
 
@pytest.fixture(scope="module")
def shared_sme_bool() -> model.Property:
    # create a Submodel
    return model_builder.create_base_submodel_element_property("sme_property_bool", model.datatypes.Boolean, True, description="This is a sample boolean property for unit testing.", display_name="Sample Boolean Property"    )
 
@pytest.fixture(scope="module")
def shared_sme_int() -> model.Property:
    # create a Submodel
    return model_builder.create_base_submodel_element_property("sme_property_int", model.datatypes.Integer, 262, description="This is a sample integer property for unit testing.", display_name="Sample Integer Property")
 
@pytest.fixture(scope="module")
def shared_sme_float() -> model.Property:
    # create a Submodel
    return model_builder.create_base_submodel_element_property("sme_property_float", model.datatypes.Float, 262.3, description="This is a sample float property for unit testing.", display_name="Sample Float Property")
 
@pytest.fixture(scope="module")
def shared_sm() -> model.Submodel:
    # create a Submodel
    submodel = model_builder.create_base_submodel(identifier=SM_ID, id_short="sm_http_client_unit_tests", display_name="Submodel HTTP Client Unit Tests", description="This is a sample Submodel created for unit testing of the AAS HTTP Client.")
    submodel.category = "Unit Test"
    return submodel
 
@pytest.fixture(scope="module")
def shared_aas(shared_sm: model.Submodel) -> model.AssetAdministrationShell:
    # create an AAS
    aas = model_builder.create_base_aas(identifier=SHELL_ID, id_short="aas_http_client_unit_tests", global_asset_identifier=SHELL_ID, display_name="AAS HTTP Client Unit Tests", description="This is a sample AAS created for unit testing of the AAS HTTP Client.")
 
    # add Submodel to AAS
    sdk_tools.add_submodel_to_aas(aas, shared_sm)
 
    return aas
 
def test_000a_create_wrapper_by_url(wrapper: SdkWrapper):
    base_url: str = wrapper.base_url
    new_client: SdkWrapper = create_by_url(base_url=base_url)
    assert new_client is not None
 
def test_000b_create_wrapper_by_dict(wrapper: SdkWrapper):
    base_url: str = wrapper.base_url
 
    config_dict: dict = {
        "BaseUrl": base_url
    }
 
    new_client: SdkWrapper = create_by_dict(configuration=config_dict)
    assert new_client is not None
 
def test_000c_get_client(wrapper: SdkWrapper):
    client = wrapper.get_client()
    assert client is not None
    root = client.get_root()
    assert root is not None
 
def test_001a_connect(wrapper: SdkWrapper):
    assert wrapper is not None
 
def test_001b_delete_all_asset_administration_shells(wrapper: SdkWrapper):
    result = wrapper.get_all_asset_administration_shells()
    assert result is not None
 
    for shell in result.results:
        shell_id = shell.id
 
        if wrapper.get_encoded_ids() == IdEncoding.encoded:
            shell_id = encoder.encode_base_64(shell_id)
 
        if shell_id:
            delete_result = wrapper.delete_asset_administration_shell_by_id(shell_id)
            assert delete_result
 
    shells_result = wrapper.get_all_asset_administration_shells()
    assert len(shells_result.results) == 0
 
def test_001c_delete_all_submodels(wrapper: SdkWrapper):
    result = wrapper.get_all_submodels()
    assert result is not None
 
    for submodel in result.results:
        submodel_id = submodel.id
 
        if wrapper.get_encoded_ids() == IdEncoding.encoded:
            submodel_id = encoder.encode_base_64(submodel_id)
 
        if submodel_id:
            delete_result = wrapper.delete_submodel_by_id(submodel_id)
            assert delete_result
 
    submodels_result = wrapper.get_all_submodels()
    assert len(submodels_result.results) == 0
 
def test_002_get_all_asset_administration_shells(wrapper: SdkWrapper):
    shells = wrapper.get_all_asset_administration_shells()
    assert shells is not None
    assert len(shells.results) == 0
 
def test_003_post_asset_administration_shell(wrapper: SdkWrapper, shared_aas: model.AssetAdministrationShell):
    shell = wrapper.post_asset_administration_shell(shared_aas)
 
    assert shell is not None
    assert shell.id == SHELL_ID
    assert shell.id_short == shared_aas.id_short
 
    shells = wrapper.get_all_asset_administration_shells()
    assert shells is not None
    assert len(shells.results) == 1
    assert shells.results[0].id_short == shared_aas.id_short
    assert shells.results[0].id == SHELL_ID
 
def test_004a_get_asset_administration_shell_by_id(wrapper: SdkWrapper, shared_aas: model.AssetAdministrationShell):
    shell_id = SHELL_ID
 
    if wrapper.get_encoded_ids() == IdEncoding.encoded:
        shell_id = encoder.encode_base_64(shell_id)
 
    shell = wrapper.get_asset_administration_shell_by_id(shell_id)
 
    assert shell is not None
    assert shell.id_short == shared_aas.id_short
    assert shell.id == SHELL_ID
 
def test_004b_get_asset_administration_shell_by_id(wrapper: SdkWrapper):
    shell = wrapper.get_asset_administration_shell_by_id("non_existent_id")
 
    assert shell is None
 
def test_005a_put_asset_administration_shell_by_id(wrapper: SdkWrapper, shared_aas: model.AssetAdministrationShell):
    aas = model.AssetAdministrationShell(id_=shared_aas.asset_information.global_asset_id, asset_information=shared_aas.asset_information)
    aas.id_short = shared_aas.id_short
 
    description_text = "Put description for unit tests"
    aas.description = model.MultiLanguageTextType({"en": description_text})
    aas.submodel = shared_aas.submodel  # Keep existing submodels
 
    shell_id = SHELL_ID
 
    if wrapper.get_encoded_ids() == IdEncoding.encoded:
        shell_id = encoder.encode_base_64(shell_id)
 
    result = wrapper.put_asset_administration_shell_by_id(shell_id, aas)
 
    assert result
 
    shell = wrapper.get_asset_administration_shell_by_id(shell_id)
 
    assert shell is not None
    assert shell.id_short == shared_aas.id_short
    assert shell.id == SHELL_ID
    # description must have changed
    assert shell.description.get("en", "") == description_text
    assert shell.description.get("en", "") != shared_aas.description.get("en", "")
    # submodels must be retained
    assert len(shell.submodel) == len(shared_aas.submodel)
 
    # The display name must be empty
    # currently not working in dotnet
    # assert len(get_result.get("displayName", {})) == 0
 
    # # restore to its original state
    wrapper.put_asset_administration_shell_by_id(shell_id, shared_aas)  # Restore original submodel
 
def test_005b_put_asset_administration_shell_by_id(wrapper: SdkWrapper, shared_aas: model.AssetAdministrationShell):
    # put with other ID
    id_short = "put_short_id"
    identifier = f"fluid40/{id_short}"
    asset_info = model_builder.create_base_asset_information(identifier)
    aas = model.AssetAdministrationShell(id_=asset_info.global_asset_id, asset_information=asset_info)
    aas.id_short = id_short
 
    description_text = {"en": "Updated description for unit tests"}
    aas.description = model.MultiLanguageTextType(description_text)
 
    shell_id = SHELL_ID
 
    if wrapper.get_encoded_ids() == IdEncoding.encoded:
        shell_id = encoder.encode_base_64(SHELL_ID)
 
    parsed = urlparse(wrapper.base_url)
    if int(parsed.port) in PYTHON_SERVER_PORTS:
        # NOTE: Python server crashes by this test
        result = False
    else:
        result = wrapper.put_asset_administration_shell_by_id(shell_id, aas)
 
    assert not result
 
    shell = wrapper.get_asset_administration_shell_by_id(shell_id)
    assert shell.description.get("en", "") != description_text
    assert shell.description.get("en", "") == shared_aas.description.get("en", "")
 
def test_006_get_asset_administration_shell_by_id_reference_aas_repository(wrapper: SdkWrapper):
    shell_id = SHELL_ID
 
    if wrapper.get_encoded_ids() == IdEncoding.encoded:
        shell_id = encoder.encode_base_64(SHELL_ID)
 
    reference = wrapper.get_asset_administration_shell_by_id_reference_aas_repository(shell_id)
 
    assert reference is not None
    assert len(reference.key) == 1
    assert reference.key[0].value == SHELL_ID
 
def test_007_get_submodel_by_id_aas_repository(wrapper: SdkWrapper, shared_sm: model.Submodel):
    shell_id = SHELL_ID
 
    if wrapper.get_encoded_ids() == IdEncoding.encoded:
        shell_id = encoder.encode_base_64(SHELL_ID)
 
    submodel = wrapper.get_submodel_by_id_aas_repository(shell_id, shared_sm.id)
 
    assert submodel is None
 
def test_008_get_all_submodels(wrapper: SdkWrapper):
    submodels = wrapper.get_all_submodels()
    assert submodels is not None
    assert len(submodels.results) == 0
 
def test_009a_post_submodel(wrapper: SdkWrapper, shared_sm: model.Submodel):
    submodel = wrapper.post_submodel(shared_sm)
 
    assert submodel is not None
    assert submodel.id == SM_ID
    assert submodel.id_short == shared_sm.id_short
 
    submodels = wrapper.get_all_submodels()
    assert submodels is not None
    assert len(submodels.results) == 1
    assert submodels.results[0].id_short == shared_sm.id_short
    assert submodels.results[0].id == SM_ID
 
def test_009b_post_submodel(wrapper: SdkWrapper):
    sm_template_file = Path(f"./tests/test_data/aimc.json").resolve()
 
    with Path.open(sm_template_file, "r", encoding="utf-8") as f:
        sm_data = json.load(f)
 
    submodel = sdk_tools.convert_to_object(sm_data)
 
    result = wrapper.post_submodel(submodel)
 
    assert result is not None
    assert result.id == AIMC_SM_ID
 
    get_result = wrapper.get_all_submodels()
    assert get_result is not None
    submodels = get_result.results
    assert len(submodels) == 2
 
def test_010_get_submodel_by_id_aas_repository(wrapper: SdkWrapper, shared_sm: model.Submodel):
    shell_id = SHELL_ID
    sm_id = SM_ID
 
    if wrapper.get_encoded_ids() == IdEncoding.encoded:
        shell_id = encoder.encode_base_64(SHELL_ID)
        sm_id = encoder.encode_base_64(SM_ID)
 
    submodel = wrapper.get_submodel_by_id_aas_repository(shell_id, sm_id)
 
    parsed = urlparse(wrapper.base_url)
    if int(parsed.port) in JAVA_SERVER_PORTS:
        # Basyx java server do not provide this endpoint
        assert submodel is None
    else:
        assert submodel is not None
        assert submodel.id_short == shared_sm.id_short
        assert submodel.id == SM_ID
 
def test_011a_get_submodel_by_id(wrapper: SdkWrapper, shared_sm: model.Submodel):
    sm_id = SM_ID
 
    if wrapper.get_encoded_ids() == IdEncoding.encoded:
        sm_id = encoder.encode_base_64(SM_ID)
 
    submodel = wrapper.get_submodel_by_id(sm_id)
 
    assert submodel is not None
    assert submodel.id_short == shared_sm.id_short
    assert submodel.id == SM_ID
 
def test_011b_get_submodel_by_id(wrapper: SdkWrapper):
    result = wrapper.get_submodel_by_id("non_existent_id")
 
    assert result is None
 
def test_011c_get_submodel_by_id(wrapper: SdkWrapper):
    sm_id = AIMC_SM_ID
 
    if wrapper.get_encoded_ids() == IdEncoding.encoded:
        sm_id = encoder.encode_base_64(AIMC_SM_ID)
 
    result = wrapper.get_submodel_by_id(sm_id)
 
    assert result is not None
    assert result.id == AIMC_SM_ID
 
def test_011d_get_submodel_by_id(wrapper: SdkWrapper):
    sm_id = AIMC_SM_ID
 
    if wrapper.get_encoded_ids() == IdEncoding.encoded:
        sm_id = encoder.encode_base_64(AIMC_SM_ID)
 
    result = wrapper.get_submodel_by_id(sm_id, level=Level.core)
 
    assert result is not None
    assert result.id == AIMC_SM_ID
    # assert "submodelElements" not in result
 
def test_012_patch_submodel_by_id(wrapper: SdkWrapper, shared_sm: model.Submodel):
    sm = model.Submodel(shared_sm.id_short)
    sm.id_short = shared_sm.id_short
 
    description_text = "Patched description for unit tests"
    sm.description = model.MultiLanguageTextType({"en": description_text})
 
    sm_id = SM_ID
 
    if wrapper.get_encoded_ids() == IdEncoding.encoded:
        sm_id = encoder.encode_base_64(SM_ID)
 
    result = wrapper.patch_submodel_by_id(sm_id, sm)
 
    parsed = urlparse(wrapper.base_url)
    if int(parsed.port) in JAVA_SERVER_PORTS or int(parsed.port) in PYTHON_SERVER_PORTS:
        # Basyx java server do not provide this endpoint
        assert not result
    else:
        assert result
 
        submodel = wrapper.get_submodel_by_id(sm_id)
        assert submodel is not None
        assert submodel.id_short == shared_sm.id_short
        assert submodel.id == SM_ID
        # Only the description may change in patch.
        assert submodel.description.get("en", "") == description_text
        assert submodel.description.get("en", "") != shared_sm.description.get("en", "")
        # The display name must remain the same.
        assert submodel.display_name == shared_sm.display_name
        assert len(submodel.submodel_element) == len(shared_sm.submodel_element)
 
def test_013_put_submodel_by_id_aas_repository(wrapper: SdkWrapper, shared_sm: model.Submodel):
    sm = model.Submodel(SM_ID)
    sm.id_short = shared_sm.id_short
 
    description_text = "Put via shell description for unit tests"
    sm.description = model.MultiLanguageTextType({"en": description_text})
    sm.display_name = shared_sm.display_name  # Keep existing display name because of problems with empty lists
 
    shell_id = SHELL_ID
    sm_id = SM_ID
 
    if wrapper.get_encoded_ids() == IdEncoding.encoded:
        shell_id = encoder.encode_base_64(SHELL_ID)
        sm_id = encoder.encode_base_64(SM_ID)
 
    result = wrapper.put_submodel_by_id_aas_repository(shell_id, sm_id, sm)
 
    parsed = urlparse(wrapper.base_url)
    if int(parsed.port) in JAVA_SERVER_PORTS:
        # Basyx java server do not provide this endpoint
        assert not result
    else:
        assert result
 
        submodel = wrapper.get_submodel_by_id_aas_repository(shell_id, sm_id)
        assert submodel is not None
        assert submodel.id_short == shared_sm.id_short
        assert submodel.id == SM_ID
        # description must have changed
        assert submodel.description.get("en", "") == description_text
        assert submodel.description.get("en", "") != shared_sm.description.get("en", "")
        # display name stays
        assert submodel.display_name == shared_sm.display_name
        # category was not set an must be empty
        assert submodel.category is None
        assert len(submodel.submodel_element) == 0
 
        # restore to its original state
        wrapper.put_submodel_by_id_aas_repository(shell_id, sm_id, shared_sm)  # Restore original submodel
 
def test_014_put_submodels_by_id(wrapper: SdkWrapper, shared_sm: model.Submodel):
    sm = model.Submodel(shared_sm.id)
    sm.id_short = shared_sm.id_short
 
    description_text = "Put description for unit tests"
    sm.description = model.MultiLanguageTextType({"en": description_text})
    sm.display_name = shared_sm.display_name  # Keep existing display name because of problems with empty lists
 
    sm_id = SM_ID
 
    if wrapper.get_encoded_ids() == IdEncoding.encoded:
        sm_id = encoder.encode_base_64(SM_ID)
 
    result = wrapper.put_submodels_by_id(sm_id, sm)
 
    assert result
 
    submodel = wrapper.get_submodel_by_id(sm_id)
    assert submodel is not None
    assert submodel.id_short == shared_sm.id_short
    assert submodel.id == SM_ID
    # description must have changed
    assert submodel.description.get("en", "") == description_text
    assert submodel.description.get("en", "") != shared_sm.description.get("en", "")
    # display name stays
    # assert submodel.display_name == shared_sm.display_name
    # category was not set an must be empty
    assert submodel.category is None
    assert len(submodel.submodel_element) == 0
 
    # restore to its original state
    wrapper.put_submodels_by_id(sm_id, shared_sm)  # Restore original submodel
 
def test_015_get_all_submodel_elements_submodel_repository(wrapper: SdkWrapper):
    sm_id = SM_ID
 
    if wrapper.get_encoded_ids() == IdEncoding.encoded:
        sm_id = encoder.encode_base_64(SM_ID)
 
    submodel_elements = wrapper.get_all_submodel_elements_submodel_repository(sm_id)
 
    assert submodel_elements is not None
    assert len(submodel_elements.results) == 0
 
def test_016a_post_submodel_element_submodel_repo(wrapper: SdkWrapper, shared_sme_string: model.Property):
    sm_id = SM_ID
 
    if wrapper.get_encoded_ids() == IdEncoding.encoded:
        sm_id = encoder.encode_base_64(SM_ID)
 
    submodel_element = wrapper.post_submodel_element_submodel_repo(sm_id, shared_sme_string)
 
    assert submodel_element is not None
 
    assert isinstance(submodel_element, model.Property)
    property: model.Property = submodel_element
    assert property.value == shared_sme_string.value
 
    assert submodel_element.id_short == shared_sme_string.id_short
    assert submodel_element.description.get("en", "") == shared_sme_string.description.get("en", "")
    assert submodel_element.display_name.get("en", "") == shared_sme_string.display_name.get("en", "")
    assert submodel_element.value == shared_sme_string.value
 
    submodel_elements = wrapper.get_all_submodel_elements_submodel_repository(sm_id)
 
    assert submodel_elements is not None
    assert len(submodel_elements.results) == 1
 
def test_016b_post_submodel_element_submodel_repo(wrapper: SdkWrapper, shared_sme_bool: model.Property):
    sm_id = SM_ID
 
    if wrapper.get_encoded_ids() == IdEncoding.encoded:
        sm_id = encoder.encode_base_64(SM_ID)
 
    submodel_element = wrapper.post_submodel_element_submodel_repo(sm_id, shared_sme_bool)
 
    assert submodel_element is not None
 
    assert isinstance(submodel_element, model.Property)
    property: model.Property = submodel_element
    assert property.value == shared_sme_bool.value
 
    assert submodel_element.id_short == shared_sme_bool.id_short
    assert submodel_element.description.get("en", "") == shared_sme_bool.description.get("en", "")
    assert submodel_element.display_name.get("en", "") == shared_sme_bool.display_name.get("en", "")
    assert submodel_element.value == shared_sme_bool.value
 
    submodel_elements = wrapper.get_all_submodel_elements_submodel_repository(sm_id)
 
    assert submodel_elements is not None
    assert len(submodel_elements.results) == 2
 
def test_016c_post_submodel_element_submodel_repo(wrapper: SdkWrapper, shared_sme_int: model.Property):
    sm_id = SM_ID
 
    if wrapper.get_encoded_ids() == IdEncoding.encoded:
        sm_id = encoder.encode_base_64(SM_ID)
 
    submodel_element = wrapper.post_submodel_element_submodel_repo(sm_id, shared_sme_int)
 
    assert submodel_element is not None
 
    assert isinstance(submodel_element, model.Property)
    property: model.Property = submodel_element
    assert property.value == shared_sme_int.value
 
    assert submodel_element.id_short == shared_sme_int.id_short
    assert submodel_element.description.get("en", "") == shared_sme_int.description.get("en", "")
    assert submodel_element.display_name.get("en", "") == shared_sme_int.display_name.get("en", "")
    assert submodel_element.value == shared_sme_int.value
 
    submodel_elements = wrapper.get_all_submodel_elements_submodel_repository(sm_id)
 
    assert submodel_elements is not None
    assert len(submodel_elements.results) == 3
 
def test_016d_post_submodel_element_submodel_repo(wrapper: SdkWrapper, shared_sme_float: model.Property):
    sm_id = SM_ID
 
    if wrapper.get_encoded_ids() == IdEncoding.encoded:
        sm_id = encoder.encode_base_64(SM_ID)
 
    submodel_element = wrapper.post_submodel_element_submodel_repo(sm_id, shared_sme_float)
 
    assert submodel_element is not None
 
    assert isinstance(submodel_element, model.Property)
    property: model.Property = submodel_element
    assert property.value == shared_sme_float.value
 
    assert submodel_element.id_short == shared_sme_float.id_short
    assert submodel_element.description.get("en", "") == shared_sme_float.description.get("en", "")
    assert submodel_element.display_name.get("en", "") == shared_sme_float.display_name.get("en", "")
    assert submodel_element.value == shared_sme_float.value
 
    submodel_elements = wrapper.get_all_submodel_elements_submodel_repository(sm_id)
 
    assert submodel_elements is not None
    assert len(submodel_elements.results) == 4
 
def test_017a_get_submodel_element_by_path_submodel_repo(wrapper: SdkWrapper, shared_sme_string: model.Property):
    sm_id = SM_ID
 
    if wrapper.get_encoded_ids() == IdEncoding.encoded:
        sm_id = encoder.encode_base_64(SM_ID)
 
    submodel_element = wrapper.get_submodel_element_by_path_submodel_repo(sm_id, shared_sme_string.id_short)
 
    assert submodel_element is not None
 
    assert isinstance(submodel_element, model.Property)
 
    assert submodel_element.id_short == shared_sme_string.id_short
    assert submodel_element.description.get("en", "") == shared_sme_string.description.get("en", "")
    assert submodel_element.display_name.get("en", "") == shared_sme_string.display_name.get("en", "")
    assert submodel_element.value == shared_sme_string.value
 
def test_017b_get_submodel_element_by_path_submodel_repo(wrapper: SdkWrapper, shared_sme_bool: model.Property):
    sm_id = SM_ID
 
    if wrapper.get_encoded_ids() == IdEncoding.encoded:
        sm_id = encoder.encode_base_64(SM_ID)
 
    submodel_element = wrapper.get_submodel_element_by_path_submodel_repo(sm_id, shared_sme_bool.id_short)
 
    assert submodel_element is not None
 
    assert isinstance(submodel_element, model.Property)
 
    assert submodel_element.id_short == shared_sme_bool.id_short
    assert submodel_element.description.get("en", "") == shared_sme_bool.description.get("en", "")
    assert submodel_element.display_name.get("en", "") == shared_sme_bool.display_name.get("en", "")
    assert submodel_element.value == shared_sme_bool.value
 
def test_017c_get_submodel_element_by_path_submodel_repo(wrapper: SdkWrapper, shared_sme_int: model.Property):
    sm_id = SM_ID
 
    if wrapper.get_encoded_ids() == IdEncoding.encoded:
        sm_id = encoder.encode_base_64(SM_ID)
 
    submodel_element = wrapper.get_submodel_element_by_path_submodel_repo(sm_id, shared_sme_int.id_short)
 
    assert submodel_element is not None
 
    assert isinstance(submodel_element, model.Property)
 
    assert submodel_element.id_short == shared_sme_int.id_short
    assert submodel_element.description.get("en", "") == shared_sme_int.description.get("en", "")
    assert submodel_element.display_name.get("en", "") == shared_sme_int.display_name.get("en", "")
    assert submodel_element.value == shared_sme_int.value
 
def test_017d_get_submodel_element_by_path_submodel_repo(wrapper: SdkWrapper, shared_sme_float: model.Property):
    sm_id = SM_ID
 
    if wrapper.get_encoded_ids() == IdEncoding.encoded:
        sm_id = encoder.encode_base_64(SM_ID)
 
    submodel_element = wrapper.get_submodel_element_by_path_submodel_repo(sm_id, shared_sme_float.id_short)
 
    assert submodel_element is not None
 
    assert isinstance(submodel_element, model.Property)
 
    assert submodel_element.id_short == shared_sme_float.id_short
    assert submodel_element.description.get("en", "") == shared_sme_float.description.get("en", "")
    assert submodel_element.display_name.get("en", "") == shared_sme_float.display_name.get("en", "")
    assert submodel_element.value == shared_sme_float.value
 
def test_018a_patch_submodel_element_by_path_value_only_submodel_repo(wrapper: SdkWrapper, shared_sme_string: model.Property):
    new_value = "Patched String Value"
 
    sm_id = SM_ID
 
    if wrapper.get_encoded_ids() == IdEncoding.encoded:
        sm_id = encoder.encode_base_64(SM_ID)
 
    submodel_element: model.Property = wrapper.get_submodel_element_by_path_submodel_repo(sm_id, shared_sme_string.id_short)
    old_value = submodel_element.value
 
    result = wrapper.patch_submodel_element_by_path_value_only_submodel_repo(sm_id, shared_sme_string.id_short, new_value)
 
    parsed = urlparse(wrapper.base_url)
    if int(parsed.port) in PYTHON_SERVER_PORTS:
        # NOTE: python server do not provide this endpoint
        assert result is False
    else:
        assert result is True
 
        submodel_element = wrapper.get_submodel_element_by_path_submodel_repo(sm_id, shared_sme_string.id_short)
 
        assert submodel_element is not None
        assert submodel_element.id_short == shared_sme_string.id_short
        assert submodel_element.description.get("en", "") == shared_sme_string.description.get("en", "")
        assert submodel_element.display_name.get("en", "") == shared_sme_string.display_name.get("en", "")
 
        assert isinstance(submodel_element, model.Property)
        property: model.Property = submodel_element
        assert property.value == new_value
        assert property.value != old_value
 
def test_018b_patch_submodel_element_by_path_value_only_submodel_repo(wrapper: SdkWrapper, shared_sme_bool: model.Property):
    new_value = "false"
 
    sm_id = SM_ID
 
    if wrapper.get_encoded_ids() == IdEncoding.encoded:
        sm_id = encoder.encode_base_64(SM_ID)
 
    submodel_element: model.Property = wrapper.get_submodel_element_by_path_submodel_repo(sm_id, shared_sme_bool.id_short)
    old_value = submodel_element.value
 
    result = wrapper.patch_submodel_element_by_path_value_only_submodel_repo(sm_id, shared_sme_bool.id_short, new_value)
 
    parsed = urlparse(wrapper.base_url)
    if int(parsed.port) in PYTHON_SERVER_PORTS:
        # NOTE: python server do not provide this endpoint
        assert result is False
    else:
        assert result is True
 
        submodel_element = wrapper.get_submodel_element_by_path_submodel_repo(sm_id, shared_sme_bool.id_short)
 
        assert submodel_element is not None
        assert submodel_element.id_short == shared_sme_bool.id_short
        assert submodel_element.description.get("en", "") == shared_sme_bool.description.get("en", "")
        assert submodel_element.display_name.get("en", "") == shared_sme_bool.display_name.get("en", "")
 
        assert isinstance(submodel_element, model.Property)
        property: model.Property = submodel_element
        assert property.value == json.loads(new_value)
        assert property.value != old_value
 
def test_018c_patch_submodel_element_by_path_value_only_submodel_repo(wrapper: SdkWrapper, shared_sme_int: model.Property):
    new_value = "263"
 
    sm_id = SM_ID
 
    if wrapper.get_encoded_ids() == IdEncoding.encoded:
        sm_id = encoder.encode_base_64(SM_ID)
 
    submodel_element: model.Property = wrapper.get_submodel_element_by_path_submodel_repo(sm_id, shared_sme_int.id_short)
    old_value = submodel_element.value
 
    result = wrapper.patch_submodel_element_by_path_value_only_submodel_repo(sm_id, shared_sme_int.id_short, new_value)
 
    parsed = urlparse(wrapper.base_url)
    if int(parsed.port) in PYTHON_SERVER_PORTS:
        # NOTE: python server do not provide this endpoint
        assert result is False
    else:
        assert result is True
 
        submodel_element = wrapper.get_submodel_element_by_path_submodel_repo(sm_id, shared_sme_int.id_short)
 
        assert submodel_element is not None
        assert submodel_element.id_short == shared_sme_int.id_short
        assert submodel_element.description.get("en", "") == shared_sme_int.description.get("en", "")
        assert submodel_element.display_name.get("en", "") == shared_sme_int.display_name.get("en", "")
 
        assert isinstance(submodel_element, model.Property)
        property: model.Property = submodel_element
        assert property.value == int(new_value)
        assert property.value != old_value
 
def test_018d_patch_submodel_element_by_path_value_only_submodel_repo(wrapper: SdkWrapper, shared_sme_float: model.Property):
    new_value = "262.1"
 
    sm_id = SM_ID
 
    if wrapper.get_encoded_ids() == IdEncoding.encoded:
        sm_id = encoder.encode_base_64(SM_ID)
 
    submodel_element: model.Property = wrapper.get_submodel_element_by_path_submodel_repo(sm_id, shared_sme_float.id_short)
    old_value = submodel_element.value
 
    result = wrapper.patch_submodel_element_by_path_value_only_submodel_repo(sm_id, shared_sme_float.id_short, new_value)
 
    parsed = urlparse(wrapper.base_url)
    if int(parsed.port) in PYTHON_SERVER_PORTS:
        # NOTE: python server do not provide this endpoint
        assert result is False
    else:
        assert result is True
 
        submodel_element = wrapper.get_submodel_element_by_path_submodel_repo(sm_id, shared_sme_float.id_short)
 
        assert submodel_element is not None
        assert submodel_element.id_short == shared_sme_float.id_short
        assert submodel_element.description.get("en", "") == shared_sme_float.description.get("en", "")
        assert submodel_element.display_name.get("en", "") == shared_sme_float.display_name.get("en", "")
 
        assert isinstance(submodel_element, model.Property)
        property: model.Property = submodel_element
        assert property.value == float(new_value)
        assert property.value != old_value
        assert property.value == 262.1
 
def test_019a_post_submodel_element_by_path_submodel_repo(wrapper: SdkWrapper):
    submodel_element_list = model.SubmodelElementList(id_short="sme_list_1", type_value_list_element=model.Property, value_type_list_element=model.datatypes.String)
 
    sm_id = SM_ID
 
    if wrapper.get_encoded_ids() == IdEncoding.encoded:
        sm_id = encoder.encode_base_64(SM_ID)
 
    post_list_element_result = wrapper.post_submodel_element_submodel_repo(sm_id, submodel_element_list)
 
    assert post_list_element_result is not None
 
    property = model_builder.create_base_submodel_element_property(None, model.datatypes.String, "Value in List")# idShort must be empty for list elements
 
    result = wrapper.post_submodel_element_by_path_submodel_repo(sm_id, submodel_element_list.id_short, property)
 
    assert result is not None
    assert result.id_short == property.id_short
 
    submodel = wrapper.get_submodel_by_id(sm_id)
 
    assert submodel is not None
    elements = submodel.submodel_element
    assert len(elements) == 5  # 4 previous properties + 1 list
    element = list(elements)[4]
    assert element is not None
    assert isinstance(element, model.SubmodelElementList)
 
    assert element.id_short == submodel_element_list.id_short
    list_elements = element.value
    assert len(list_elements) == 1
    list_element = list(list_elements)[0]
    assert isinstance(list_element, model.Property)
 
    assert "hack" in list_element.id_short
    assert list_element.value == property.value
 
def test_019b_post_submodel_element_by_path_submodel_repo(wrapper: SdkWrapper):
    submodel_element_collection = model.SubmodelElementCollection(id_short="sme_collection_1")
 
    sm_id = SM_ID
 
    if wrapper.get_encoded_ids() == IdEncoding.encoded:
        sm_id = encoder.encode_base_64(SM_ID)
 
    first_result = wrapper.post_submodel_element_submodel_repo(sm_id, submodel_element_collection)
 
    assert first_result is not None
 
    property = model_builder.create_base_submodel_element_property("sme_property_in_collection", model.datatypes.String, "Value in List")
    result = wrapper.post_submodel_element_by_path_submodel_repo(sm_id, submodel_element_collection.id_short, property)
 
    assert result is not None
    assert result.id_short== property.id_short
 
    submodel = wrapper.get_submodel_by_id(sm_id)
 
    assert submodel is not None
    elements = submodel.submodel_element
    assert len(elements) == 6
    assert list(elements)[5].id_short == submodel_element_collection.id_short
    list_elements = list(elements)[5].value
    assert len(list_elements) == 1
    assert list(list_elements)[0].id_short == property.id_short
    assert list(list_elements)[0].value == property.value
 
    base_url: str = wrapper.base_url
    new_wrapper = create_by_url(base_url=base_url)
    assert new_wrapper is not None
 
    sm = new_wrapper.get_submodel_by_id(AIMC_SM_ID)
    assert sm is None
 
    decoded_id = encoder.encode_base_64(AIMC_SM_ID)
    decoded_sm = new_wrapper.get_submodel_by_id(decoded_id)
    assert decoded_sm is not None
    assert decoded_sm.id == AIMC_SM_ID
 
def test_020a_encoded_ids(wrapper: SdkWrapper):
    base_url: str = wrapper.base_url
    new_wrapper: SdkWrapper = create_by_url(base_url=base_url)
    assert new_wrapper is not None
 
    sm = new_wrapper.get_submodel_by_id(AIMC_SM_ID)
    assert sm is None
 
    encoded_id = encoder.encode_base_64(AIMC_SM_ID)
    encoded_sm = new_wrapper.get_submodel_by_id(encoded_id)
    assert encoded_sm is not None
    assert encoded_sm.id == AIMC_SM_ID
 
def test_020b_encoded_ids(wrapper: SdkWrapper):
    base_url: str = wrapper.base_url
    new_wrapper: SdkWrapper = create_by_url(base_url=base_url)
    assert new_wrapper is not None
 
    sm = new_wrapper.get_asset_administration_shell_by_id(SHELL_ID)
    assert sm is None
 
    encoded_id = encoder.encode_base_64(SHELL_ID)
    encoded_sm = new_wrapper.get_asset_administration_shell_by_id(encoded_id)
    assert encoded_sm is not None
    assert encoded_sm.id == SHELL_ID
 
def test_021_post_file_by_path_submodel_repo(wrapper: SdkWrapper):
    parsed = urlparse(wrapper.base_url)
    if int(parsed.port) in JAVA_SERVER_PORTS or int(parsed.port) in PYTHON_SERVER_PORTS:
        # NOTE: python server implementation differs
        # NOTE: Basyx java server do not provide this endpoint
        return
 
    file_sme = model.File("file_sme", content_type="application/pdf")
 
    sm_id = SM_ID
 
    if wrapper.get_encoded_ids() == IdEncoding.encoded:
        sm_id = encoder.encode_base_64(SM_ID)
 
    file_post_result = wrapper.post_submodel_element_submodel_repo(sm_id, file_sme)
    assert file_post_result is not None
 
    filename = "https.pdf"
    file = Path(f"./tests/test_data/{filename}").resolve()
    result = wrapper.experimental_post_file_by_path_submodel_repo(sm_id, file_sme.id_short, file)
    assert result is True
 
    result_sme = wrapper.get_submodel_element_by_path_submodel_repo(sm_id, file_sme.id_short)
 
    assert result_sme is not None
    assert result_sme.id_short == file_sme.id_short
 
    assert result_sme.content_type == file_sme.content_type
    assert result_sme.value == f"/{filename}"
 
def test_022_get_file_content_by_path_submodel_repo(wrapper: SdkWrapper):
    parsed = urlparse(wrapper.base_url)
    if int(parsed.port) in JAVA_SERVER_PORTS or int(parsed.port) in PYTHON_SERVER_PORTS:
        # NOTE: python server implementation differs
        # NOTE: Basyx java server do not provide this endpoint
        return
 
    sm_id = SM_ID
 
    if wrapper.get_encoded_ids() == IdEncoding.encoded:
        sm_id = encoder.encode_base_64(SM_ID)
 
    attachment = wrapper.experimental_get_file_by_path_submodel_repo(sm_id, "file_sme")
    assert attachment is not None
    assert attachment.content_type == "application/pdf"
    assert isinstance(attachment.content, bytes)
    assert len(attachment.content) > 0
    assert attachment.content.startswith(b"%PDF-1.7")
    assert attachment.filename == "/https.pdf"
 
def test_023_put_file_content_by_path_submodel_repo(wrapper: SdkWrapper):
    parsed = urlparse(wrapper.base_url)
    if int(parsed.port) in JAVA_SERVER_PORTS or int(parsed.port) in PYTHON_SERVER_PORTS:
        # NOTE: python server implementation differs
        # NOTE: Basyx java server do not provide this endpoint
        return
 
    filename = "aimc.json"
    file = Path(f"./tests/test_data/{filename}").resolve()
 
    sm_id = SM_ID
 
    if wrapper.get_encoded_ids() == IdEncoding.encoded:
        sm_id = encoder.encode_base_64(SM_ID)
 
    result = wrapper.experimental_put_file_by_path_submodel_repo(sm_id, "file_sme", file)
    assert result is True
 
    get_result = wrapper.experimental_get_file_by_path_submodel_repo(sm_id, "file_sme")
    assert get_result is not None
    assert len(get_result.content) > 0
    assert get_result.content.startswith(b"{\n")
    assert get_result.filename == f"/{filename}"
    assert get_result.content_type == "application/json"
 
    result_sme = wrapper.get_submodel_element_by_path_submodel_repo(sm_id, "file_sme")
    assert result_sme is not None
    assert result_sme.value == f"/{filename}"
 
def test_024_delete_file_content_by_path_submodel_repo(wrapper: SdkWrapper):
    parsed = urlparse(wrapper.base_url)
    if int(parsed.port) in JAVA_SERVER_PORTS or int(parsed.port) in PYTHON_SERVER_PORTS:
        # NOTE: python server implementation differs
        # NOTE: Basyx java server do not provide this endpoint
        return
 
    sm_id = SM_ID
 
    if wrapper.get_encoded_ids() == IdEncoding.encoded:
        sm_id = encoder.encode_base_64(SM_ID)
 
    result = wrapper.experimental_delete_file_by_path_submodel_repo(sm_id, "file_sme")
    assert result is True
 
    get_result = wrapper.experimental_get_file_by_path_submodel_repo(sm_id, "file_sme")
    assert get_result is None
 
    result_sme = wrapper.get_submodel_element_by_path_submodel_repo(sm_id, "file_sme")
    assert result_sme is not None
    assert result_sme.value == None
 
def test_025_get_thumbnail_aas_repository(wrapper: SdkWrapper):
    parsed = urlparse(wrapper.base_url)
    if int(parsed.port) in PYTHON_SERVER_PORTS:
        # NOTE: python server implementation differs
        return
 
    shell_id = SHELL_ID
 
    if wrapper.get_encoded_ids() == IdEncoding.encoded:
        shell_id = encoder.encode_base_64(SHELL_ID)
 
    result = wrapper.get_thumbnail_aas_repository(shell_id)
    assert result is None
 
def test_026_put_thumbnail_aas_repository(wrapper: SdkWrapper):
    parsed = urlparse(wrapper.base_url)
    if int(parsed.port) in PYTHON_SERVER_PORTS:
        # NOTE: python server implementation differs
        return
 
    shell_id = SHELL_ID
 
    if wrapper.get_encoded_ids() == IdEncoding.encoded:
        shell_id = encoder.encode_base_64(SHELL_ID)
 
    filename = "Pen_Machine.png"
    file = Path(f"./tests/test_data/{filename}").resolve()
 
    result = wrapper.put_thumbnail_aas_repository(shell_id, file.name, file)
    assert result is True
 
def test_027_get_thumbnail_aas_repository(wrapper: SdkWrapper):
    parsed = urlparse(wrapper.base_url)
    if int(parsed.port) in PYTHON_SERVER_PORTS:
        # NOTE: python server implementation differs
        return
 
    shell_id = SHELL_ID
 
    if wrapper.get_encoded_ids() == IdEncoding.encoded:
        shell_id = encoder.encode_base_64(SHELL_ID)
 
    result = wrapper.get_thumbnail_aas_repository(shell_id)
    assert result is not None
 
    assert len(result.content) > 0
    assert result.content.startswith(b"\x89PNG\r\n\x1a\n")
    assert result.filename == "thumbnail"
    assert result.content_type == "image/png"
 
def test_028_delete_thumbnail_aas_repository(wrapper: SdkWrapper):
    parsed = urlparse(wrapper.base_url)
    if int(parsed.port) in PYTHON_SERVER_PORTS:
        # NOTE: python server do not provide this endpoint
        return
 
    shell_id = SHELL_ID
 
    if wrapper.get_encoded_ids() == IdEncoding.encoded:
        shell_id = encoder.encode_base_64(SHELL_ID)
 
    result = wrapper.delete_thumbnail_aas_repository(shell_id)
    assert result is True
 
    get_result = wrapper.get_thumbnail_aas_repository(shell_id)
    assert get_result is None
 
def test_029_get_all_submodel_references_aas_repository(wrapper: SdkWrapper):
    shell_id = SHELL_ID
 
    if wrapper.get_encoded_ids() == IdEncoding.encoded:
        shell_id = encoder.encode_base_64(SHELL_ID)
 
    result = wrapper.get_all_submodel_references_aas_repository(shell_id)
    assert result is not None
    references = result.results
    assert len(references) == 1
 
def test_030_post_submodel_reference_aas_repository(wrapper: SdkWrapper):
    shell_id = SHELL_ID
 
    if wrapper.get_encoded_ids() == IdEncoding.encoded:
        shell_id = encoder.encode_base_64(SHELL_ID)
 
    id = "temp_sm_id"
    id_short = "TempSM"
    temp_sml_ref = model.ModelReference.from_referable(model_builder.create_base_submodel(identifier=id, id_short=id_short))
 
    result = wrapper.post_submodel_reference_aas_repository(shell_id, temp_sml_ref)
 
    assert result is not None
    assert len(result.get("keys", [])) > 0
    key: dict = result.get("keys", [])[0]
    assert key.get("value", "") == id
    assert key.get("type", "") == "Submodel"
 
    check_result = wrapper.get_all_submodel_references_aas_repository(shell_id)
    assert check_result is not None
    assert len(check_result.results) == 2
 
def test_031_delete_submodel_reference_by_id_aas_repository(wrapper: SdkWrapper):
    shell_id = SHELL_ID
    sm_id = "temp_sm_id"
 
    if wrapper.get_encoded_ids() == IdEncoding.encoded:
        shell_id = encoder.encode_base_64(SHELL_ID)
        sm_id = encoder.encode_base_64(sm_id)
 
    result = wrapper.delete_submodel_reference_by_id_aas_repository(shell_id, sm_id)
 
    assert result is True
 
    get_result = wrapper.get_all_submodel_references_aas_repository(shell_id)
    assert get_result is not None
    assert len(get_result.results) == 1
 
def test_032_put_submodel_element_by_path_submodel_repo(wrapper: SdkWrapper, shared_sme_string: model.Property):
    sm_id = SM_ID
 
    if wrapper.get_encoded_ids() == IdEncoding.encoded:
        sm_id = encoder.encode_base_64(SM_ID)
 
    sme: model.Property = wrapper.get_submodel_element_by_path_submodel_repo(sm_id, shared_sme_string.id_short)
    old_value = sme.value
 
    new_value = "New Value via PUT"
    shared_sme_string.value = new_value
 
    result = wrapper.put_submodel_element_by_path_submodel_repo(sm_id, shared_sme_string.id_short, shared_sme_string)
 
    assert result is True
 
    sme = wrapper.get_submodel_element_by_path_submodel_repo(sm_id, shared_sme_string.id_short)
 
    assert sme is not None
    assert sme.id_short == shared_sme_string.id_short
    assert sme.value == new_value
    assert sme.value != old_value
    assert sme.description.get("en", "") == shared_sme_string.description.get("en", "")
    assert sme.display_name.get("en", "") == shared_sme_string.display_name.get("en", "")
 
    # restore original value
    shared_sme_string.value = "Sample String Value"
    wrapper.put_submodel_element_by_path_submodel_repo(sm_id, shared_sme_string.id_short, shared_sme_string)
 
def test_033a_get_submodel_element_by_path_value_only_submodel_repo(wrapper: SdkWrapper, shared_sme_string: model.Property):
    sm_id = SM_ID
 
    if wrapper.get_encoded_ids() == IdEncoding.encoded:
        sm_id = encoder.encode_base_64(SM_ID)
 
    value = wrapper.get_submodel_element_by_path_value_only_submodel_repo(sm_id, shared_sme_string.id_short)
 
    parsed = urlparse(wrapper.base_url)
    if parsed.port in PYTHON_SERVER_PORTS:
        # NOTE: python server do not provide this endpoint
        assert value is None
        return
 
    assert value is not None
 
    submodel_element = wrapper.get_submodel_element_by_path_submodel_repo(sm_id, shared_sme_string.id_short)
    assert submodel_element is not None
    prop: model.Property = submodel_element
    assert value == prop.value
 
def test_033b_get_submodel_element_by_path_value_only_submodel_repo(wrapper: SdkWrapper, shared_sme_int: model.Property):
    sm_id = SM_ID
 
    if wrapper.get_encoded_ids() == IdEncoding.encoded:
        sm_id = encoder.encode_base_64(SM_ID)
 
    value = wrapper.get_submodel_element_by_path_value_only_submodel_repo(sm_id, shared_sme_int.id_short)
 
    parsed = urlparse(wrapper.base_url)
    if parsed.port in PYTHON_SERVER_PORTS:
        # NOTE: python server do not provide this endpoint
        assert value is None
        return
 
    assert value is not None
 
    submodel_element = wrapper.get_submodel_element_by_path_submodel_repo(sm_id, shared_sme_int.id_short)
    assert submodel_element is not None
    prop: model.Property = submodel_element
    assert int(value) == prop.value
 
def test_033c_get_submodel_element_by_path_value_only_submodel_repo(wrapper: SdkWrapper, shared_sme_float: model.Property):
    sm_id = SM_ID
 
    if wrapper.get_encoded_ids() == IdEncoding.encoded:
        sm_id = encoder.encode_base_64(SM_ID)
 
    value = wrapper.get_submodel_element_by_path_value_only_submodel_repo(sm_id, shared_sme_float.id_short)
 
    parsed = urlparse(wrapper.base_url)
    if parsed.port in PYTHON_SERVER_PORTS:
        # NOTE: python server do not provide this endpoint
        assert value is None
        return
 
    assert value is not None
 
    submodel_element = wrapper.get_submodel_element_by_path_submodel_repo(sm_id, shared_sme_float.id_short)
    assert submodel_element is not None
    prop: model.Property = submodel_element
    assert float(value) == prop.value
 
def test_033d_get_submodel_element_by_path_value_only_submodel_repo(wrapper: SdkWrapper, shared_sme_bool: model.Property):
    sm_id = SM_ID
 
    if wrapper.get_encoded_ids() == IdEncoding.encoded:
        sm_id = encoder.encode_base_64(SM_ID)
 
    value = wrapper.get_submodel_element_by_path_value_only_submodel_repo(sm_id, shared_sme_bool.id_short)
 
    parsed = urlparse(wrapper.base_url)
    if parsed.port in PYTHON_SERVER_PORTS:
        # NOTE: python server do not provide this endpoint
        assert value is None
        return
 
    assert value is not None
 
    sm_data = wrapper.get_submodel_element_by_path_submodel_repo(sm_id, shared_sme_bool.id_short)
    assert sm_data is not None
    #assert bool(value) == bool(sm_data.get("value", ""))
 
def test_034_get_submodel_by_id_value_only(wrapper: SdkWrapper, shared_sm: model.Submodel):
    sm_id = SM_ID
 
    if wrapper.get_encoded_ids() == IdEncoding.encoded:
        sm_id = encoder.encode_base_64(SM_ID)
 
    response = wrapper.get_submodel_by_id_value_only(sm_id)
 
    parsed = urlparse(wrapper.base_url)
    if parsed.port in PYTHON_SERVER_PORTS:
        # NOTE: python server do not provide this endpoint
        assert response is None
        return
    elif parsed.port in DOTNET_SERVER_PORTS:
        assert response is not None
        value = response[shared_sm.id_short]
    else:
        assert response is not None
        value = response
 
    assert value is not None
    assert len(value) > 3
    assert "sme_property_int" in value
    assert int(value["sme_property_int"]) == 263
    assert "sme_property_string" in value
    assert value["sme_property_string"] == "Sample String Value"
    assert "sme_property_float" in value
    assert float(value["sme_property_float"]) == 262.1
 
def test_035_patch_submodel_by_id_value_only(wrapper: SdkWrapper, shared_sm: model.Submodel, shared_sme_string: model.Property, shared_sme_int: model.Property, shared_sme_float: model.Property):
    sm_id = SM_ID
 
    if wrapper.get_encoded_ids() == IdEncoding.encoded:
        sm_id = encoder.encode_base_64(SM_ID)
 
    value_dict = {
        shared_sme_string.id_short: shared_sme_string.value,
        shared_sme_int.id_short: str(shared_sme_int.value),
        shared_sme_float.id_short: str(shared_sme_float.value)
    }
 
    # patch_dict = {shared_sm.id: value_dict}
 
    patch_dict = value_dict
 
    parsed = urlparse(wrapper.base_url)
    if parsed.port in PYTHON_SERVER_PORTS:
        # NOTE: python server do not provide this endpoint
        return
 
    if parsed.port in JAVA_SERVER_PORTS:
        # NOTE: java server endpoint seems to work not correctly
        return
 
    elif parsed.port in DOTNET_SERVER_PORTS:
        patch_dict = value_dict
 
    result = wrapper.patch_submodel_by_id_value_only(sm_id, patch_dict)
 
    assert result is True
 
    string_prop_element = wrapper.get_submodel_element_by_path_submodel_repo(sm_id, shared_sme_string.id_short)
    int_prop_element = wrapper.get_submodel_element_by_path_submodel_repo(sm_id, shared_sme_int.id_short)
    float_prop_element = wrapper.get_submodel_element_by_path_submodel_repo(sm_id, shared_sme_float.id_short)
 
    assert string_prop_element is not None
    assert int_prop_element is not None
    assert float_prop_element is not None
 
    string_prop: model.Property = string_prop_element  # type: ignore
    int_prop: model.Property = int_prop_element  # type: ignore
    float_prop: model.Property = float_prop_element  # type: ignore
 
    assert string_prop.value == shared_sme_string.value
    assert int(int_prop.value) == int(shared_sme_int.value)
    assert float(float_prop.value) == float(shared_sme_float.value)
 
def test_036_get_submodel_by_id_metadata(wrapper: SdkWrapper, shared_sm: model.Submodel):
    sm_id = SM_ID
 
    if wrapper.get_encoded_ids() == IdEncoding.encoded:
        sm_id = encoder.encode_base_64(SM_ID)
 
    metadata = wrapper.get_submodel_by_id_metadata(sm_id)
    assert metadata is not None
 
    submodel = wrapper.get_submodel_by_id(sm_id)
    assert submodel is not None
 
    assert metadata.get("id", "") == submodel.id
    assert metadata.get("idShort", "") == submodel.id_short
    assert metadata.get("description", {})[0].get("text", "") == submodel.description.get("en", "")
    assert metadata.get("displayName", {})[0].get("text", "") == submodel.display_name.get("en", "")
    assert "submodelElements" not in metadata
 
def test_098_delete_asset_administration_shell_by_id(wrapper: SdkWrapper):
    shell_id = SHELL_ID
 
    if wrapper.get_encoded_ids() == IdEncoding.encoded:
        shell_id = encoder.encode_base_64(SHELL_ID)
 
    result = wrapper.delete_asset_administration_shell_by_id(shell_id)
 
    assert result
 
    shells = wrapper.get_all_asset_administration_shells()
    assert shells is not None
    assert len(shells.results) == 0
 
def test_099a_delete_submodel_by_id(wrapper: SdkWrapper):
    sm_id = SM_ID
 
    if wrapper.get_encoded_ids() == IdEncoding.encoded:
        sm_id = encoder.encode_base_64(SM_ID)
 
    result = wrapper.delete_submodel_by_id(sm_id)
 
    assert result
 
    submodels = wrapper.get_all_submodels()
    assert submodels is not None
    assert len(submodels.results) == 1
 
def test_099b_delete_submodel_by_id(wrapper: SdkWrapper):
    sm_id = SM_ID
 
    if wrapper.get_encoded_ids() == IdEncoding.encoded:
        sm_id = encoder.encode_base_64(AIMC_SM_ID)
 
    result = wrapper.delete_submodel_by_id(sm_id)
 
    assert result
 
    submodels = wrapper.get_all_submodels()
    assert submodels is not None
    assert len(submodels.results) == 0