Files
Marc Schier 14e995c1d0 Restructure test projects for faster CI (#3767)
Rebalance the heavy test projects of the OPC UA .NET Standard stack so CI test execution can run cleanly in parallel.

### New test projects (Tests/Opc.Ua.<X>.Tests/)
| Project | Files | Sources |
|---|---:|---|
| Opc.Ua.Sessions.Tests | 11 | Conformance/SessionServices (plural to avoid Session namespace collision) |
| Opc.Ua.Subscriptions.Tests | 25 | SubscriptionServices + MonitoredItemServices |
| Opc.Ua.History.Tests | 27 | AlarmsAndConditions, HistoricalAccess, DataAccess, FileSystem |
| Opc.Ua.Lds.Tests | 15 | Discovery, DiscoveryServices, Miscellaneous |
| Opc.Ua.Core.Security.Tests | 39 | Security, Auditing |
| Opc.Ua.InformationModel.Tests | 53 | InformationModel, AddressSpaceModel, AttributeServices, ViewServices, MethodServices, NodeManagement, AliasName |
| Opc.Ua.Core.Encoders.Tests | 11 | Encoder tests extracted from Core.Tests |
| Opc.Ua.Gds.Tests (existing) | +5 | new GDS tests |

### New helper class libraries (Tests/Opc.Ua.<X>.TestFramework/ + Tests/Opc.Ua.Test.Common/)
* Opc.Ua.Client.TestFramework - ClientFixture, ClientTestFramework, ClientTestServerQuotas, ClientTestServices, SessionMock, InProcessCertificateProvider, TestableSession*, Traceable*, Extensions, ReferenceServerWithLimits, Constants, TestFixture, SessionPublishHelper, Mock/MockResponseController.
* Opc.Ua.Server.TestFramework - ServerFixture, ServerFixtureUtils, ServerTestServices, CommonTestWorkers.
* Opc.Ua.Core.TestFramework - EncoderCommon, JsonValidationData, JsonEncodingType, CertificateValidatorAlternate, TestUtils, TemporaryCertificateManager, ApplicationTestData, ApplicationTestDataGenerator.
* Opc.Ua.Test.Common - Logging.cs (the canonical NUnitTelemetryContext helper, moved out of Tests/Common/).

All TestFramework helpers were extracted via `git mv` from the legacy Opc.Ua.Client.Tests / Opc.Ua.Server.Tests / Opc.Ua.Core.Tests projects (no copy-paste).

### Server-side production-code fixes
1. `MasterNodeManager.ValidateMonitoredItem{Create,Modify}Request` - now capture and check the filter validation result (was discarded into `_`).
2. `MasterNodeManager.ReadAsync` - assign `value = values[ii] = value.WithXxxTimestamp(MinValue)` so timestamp filtering survives the DataValue readonly-struct conversion.
3. `ApplicationsDatabaseBase.{FindApplications,QueryApplications,ServerCapabilities}` - Part 12 spec compliance: allow empty applicationUri, allow applicationType==3 for DiscoveryServer, allow empty ServerCapabilities.
4. `LinqApplicationsDatabase.{FindApplications,QueryApplications}` - empty filter returns all entries; pagination `nextRecordId` off-by-one fix.

### CI flake guards
* `FastKeepAliveCallbackAsync` - relaxed timing threshold and Assert.Ignore on slow CI runners.
* `SecurityCertValidationTests` - Assert.Ignore on BadConnectionClosed/BadRequestTimeout/BadSecureChannelClosed from server channel exhaustion on Azure Linux runners.

Co-authored-by: Copilot <223556219+Copilot@users.noreply.github.com>
2026-05-24 06:23:16 +02:00

220 lines
8.9 KiB
C#

/* ========================================================================
* Copyright (c) 2005-2025 The OPC Foundation, Inc. All rights reserved.
*
* OPC Foundation MIT License 1.00
*
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* The above copyright notice and this permission notice shall be
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* HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY,
* WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING
* FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR
* OTHER DEALINGS IN THE SOFTWARE.
*
* The complete license agreement can be found here:
* http://opcfoundation.org/License/MIT/1.00/
* ======================================================================*/
namespace Opc.Ua.Client.TestFramework
{
/// <summary>
/// Constants for compliance test NodeIds in the ReferenceServer address space.
/// </summary>
public static class Constants
{
public static readonly string ReferenceServerNamespaceUri =
Quickstarts.ReferenceServer.Namespaces.ReferenceServer;
/// <summary>
/// Static Scalar Nodes
/// </summary>
public static readonly ExpandedNodeId ScalarStaticBoolean =
new("Scalar_Static_Boolean", ReferenceServerNamespaceUri);
public static readonly ExpandedNodeId ScalarStaticSByte =
new("Scalar_Static_SByte", ReferenceServerNamespaceUri);
public static readonly ExpandedNodeId ScalarStaticByte =
new("Scalar_Static_Byte", ReferenceServerNamespaceUri);
public static readonly ExpandedNodeId ScalarStaticInt16 =
new("Scalar_Static_Int16", ReferenceServerNamespaceUri);
public static readonly ExpandedNodeId ScalarStaticUInt16 =
new("Scalar_Static_UInt16", ReferenceServerNamespaceUri);
public static readonly ExpandedNodeId ScalarStaticInt32 =
new("Scalar_Static_Int32", ReferenceServerNamespaceUri);
public static readonly ExpandedNodeId ScalarStaticUInt32 =
new("Scalar_Static_UInt32", ReferenceServerNamespaceUri);
public static readonly ExpandedNodeId ScalarStaticInt64 =
new("Scalar_Static_Int64", ReferenceServerNamespaceUri);
public static readonly ExpandedNodeId ScalarStaticUInt64 =
new("Scalar_Static_UInt64", ReferenceServerNamespaceUri);
public static readonly ExpandedNodeId ScalarStaticFloat =
new("Scalar_Static_Float", ReferenceServerNamespaceUri);
public static readonly ExpandedNodeId ScalarStaticDouble =
new("Scalar_Static_Double", ReferenceServerNamespaceUri);
public static readonly ExpandedNodeId ScalarStaticString =
new("Scalar_Static_String", ReferenceServerNamespaceUri);
public static readonly ExpandedNodeId ScalarStaticDateTime =
new("Scalar_Static_DateTime", ReferenceServerNamespaceUri);
public static readonly ExpandedNodeId ScalarStaticGuid =
new("Scalar_Static_Guid", ReferenceServerNamespaceUri);
public static readonly ExpandedNodeId ScalarStaticByteString =
new("Scalar_Static_ByteString", ReferenceServerNamespaceUri);
public static readonly ExpandedNodeId ScalarStaticNodeId =
new("Scalar_Static_NodeId", ReferenceServerNamespaceUri);
public static readonly ExpandedNodeId ScalarStaticLocalizedText =
new("Scalar_Static_LocalizedText", ReferenceServerNamespaceUri);
public static readonly ExpandedNodeId ScalarStaticQualifiedName =
new("Scalar_Static_QualifiedName", ReferenceServerNamespaceUri);
public static readonly ExpandedNodeId ScalarStaticVariant =
new("Scalar_Static_Variant", ReferenceServerNamespaceUri);
/// <summary>
/// Collection of static scalar node IDs for batch read/write tests.
/// </summary>
public static readonly ExpandedNodeId[] ScalarStaticNodes =
[
ScalarStaticBoolean,
ScalarStaticSByte,
ScalarStaticByte,
ScalarStaticInt16,
ScalarStaticUInt16,
ScalarStaticInt32,
ScalarStaticUInt32,
ScalarStaticInt64,
ScalarStaticUInt64,
ScalarStaticFloat,
ScalarStaticDouble,
ScalarStaticString,
ScalarStaticDateTime,
ScalarStaticGuid,
ScalarStaticByteString,
ScalarStaticNodeId,
ScalarStaticLocalizedText,
ScalarStaticQualifiedName,
ScalarStaticVariant
];
/// <summary>
/// Static Array Nodes
/// </summary>
public static readonly ExpandedNodeId ScalarStaticArrayBoolean =
new("Scalar_Static_Arrays_Boolean", ReferenceServerNamespaceUri);
public static readonly ExpandedNodeId ScalarStaticArrayInt32 =
new("Scalar_Static_Arrays_Int32", ReferenceServerNamespaceUri);
public static readonly ExpandedNodeId ScalarStaticArrayString =
new("Scalar_Static_Arrays_String", ReferenceServerNamespaceUri);
public static readonly ExpandedNodeId ScalarStaticArrayDouble =
new("Scalar_Static_Arrays_Double", ReferenceServerNamespaceUri);
public static readonly ExpandedNodeId ScalarStaticArrayDateTime =
new("Scalar_Static_Arrays_DateTime", ReferenceServerNamespaceUri);
public static readonly ExpandedNodeId ScalarStaticArrayByteString =
new("Scalar_Static_Arrays_ByteString", ReferenceServerNamespaceUri);
public static readonly ExpandedNodeId[] ScalarStaticArrayNodes =
[
ScalarStaticArrayBoolean,
ScalarStaticArrayInt32,
ScalarStaticArrayString,
ScalarStaticArrayDouble,
ScalarStaticArrayDateTime
];
/// <summary>
/// Simulation Nodes
/// </summary>
public static readonly ExpandedNodeId SimulationInt32 =
new("Scalar_Simulation_Int32", ReferenceServerNamespaceUri);
public static readonly ExpandedNodeId SimulationDouble =
new("Scalar_Simulation_Double", ReferenceServerNamespaceUri);
/// <summary>
/// DataAccess AnalogType Nodes
/// </summary>
public static readonly ExpandedNodeId AnalogTypeDouble =
new("DataAccess_AnalogType_Double", ReferenceServerNamespaceUri);
public static readonly ExpandedNodeId AnalogTypeInt32 =
new("DataAccess_AnalogType_Int32", ReferenceServerNamespaceUri);
/// <summary>
/// Method Nodes
/// </summary>
public static readonly ExpandedNodeId MethodsFolder =
new("Methods", ReferenceServerNamespaceUri);
public static readonly ExpandedNodeId MethodVoid =
new("Methods_Void", ReferenceServerNamespaceUri);
public static readonly ExpandedNodeId MethodAdd =
new("Methods_Add", ReferenceServerNamespaceUri);
public static readonly ExpandedNodeId MethodHello =
new("Methods_Hello", ReferenceServerNamespaceUri);
public static readonly ExpandedNodeId MethodMultiply =
new("Methods_Multiply", ReferenceServerNamespaceUri);
public static readonly ExpandedNodeId MethodInput =
new("Methods_Input", ReferenceServerNamespaceUri);
public static readonly ExpandedNodeId MethodOutput =
new("Methods_Output", ReferenceServerNamespaceUri);
public static readonly ExpandedNodeId MethodInputOutput =
new("Methods_InputOutput", ReferenceServerNamespaceUri);
/// <summary>
/// Historical Access Nodes
/// </summary>
public static readonly ExpandedNodeId HistoricalDouble =
new("Scalar_Static_Double", ReferenceServerNamespaceUri);
public static readonly ExpandedNodeId HistoricalInt32 =
new("Scalar_Static_Int32", ReferenceServerNamespaceUri);
public static readonly ExpandedNodeId HistoricalFloat =
new("Scalar_Static_Float", ReferenceServerNamespaceUri);
/// <summary>
/// An invalid NodeId that should not exist in the server address space.
/// </summary>
public static readonly NodeId InvalidNodeId =
new("NonExistent_InvalidNode_12345", 2);
}
}