internal void CreateInstance( MI_OperationFlags flags, MI_OperationOptions options, string namespaceName, MI_Instance inboundInstance, MI_OperationCallbacks callbacks, out MI_Operation operation ) { if (callbacks != null) { throw new NotImplementedException(); } MI_Operation operationLocal = MI_Operation.NewDirectPtr(); this.ft.CreateInstance(this, flags, options, namespaceName, inboundInstance, null, operationLocal); operation = operationLocal; }
internal void Subscribe( MI_OperationFlags flags, MI_OperationOptions options, string namespaceName, string queryDialect, string queryExpression, MI_SubscriptionDeliveryOptions deliverOptions, MI_OperationCallbacks callbacks, out MI_Operation operation ) { if (callbacks != null) { throw new NotImplementedException(); } MI_Operation operationLocal = MI_Operation.NewDirectPtr(); this.ft.Subscribe(this, flags, options, namespaceName, queryDialect, queryExpression, deliverOptions, null, operationLocal); operation = operationLocal; }
internal void EnumerateClasses( MI_OperationFlags flags, MI_OperationOptions options, string namespaceName, string className, bool classNamesOnly, MI_OperationCallbacks callbacks, out MI_Operation operation ) { if (callbacks != null) { throw new NotImplementedException(); } MI_Operation operationLocal = MI_Operation.NewDirectPtr(); this.ft.EnumerateClasses(this, flags, options, namespaceName, className, classNamesOnly, null, operationLocal); operation = operationLocal; }
internal void ReferenceInstances( MI_OperationFlags flags, MI_OperationOptions options, string namespaceName, MI_Instance instanceKeys, string resultClass, string role, bool keysOnly, MI_OperationCallbacks callbacks, out MI_Operation operation ) { if (callbacks != null) { throw new NotImplementedException(); } MI_Operation operationLocal = MI_Operation.NewDirectPtr(); this.ft.ReferenceInstances(this, flags, options, namespaceName, instanceKeys, resultClass, role, keysOnly, null, operationLocal); operation = operationLocal; }
internal void QueryInstances( MI_OperationFlags flags, MI_OperationOptions options, string namespaceName, string queryDialect, string queryExpression, MI_OperationCallbacks callbacks, out MI_Operation operation ) { if (callbacks != null) { throw new NotImplementedException(); } MI_Operation operationLocal = MI_Operation.NewDirectPtr(); this.ft.QueryInstances(this, flags, options, namespaceName, queryDialect, queryExpression, null, operationLocal); operation = operationLocal; }
internal MI_Result Clone( out MI_OperationOptions newOperationOptions ) { MI_OperationOptions newOperationOptionsLocal = MI_OperationOptions.NewIndirectPtr(); MI_Result resultLocal = this.ft.Clone(this, newOperationOptionsLocal); newOperationOptions = newOperationOptionsLocal; return(resultLocal); }
internal MI_Result NewOperationOptions( bool customOptionsMustUnderstand, out MI_OperationOptions operationOptions ) { MI_OperationOptions operationOptionsLocal = MI_OperationOptions.NewDirectPtr(); MI_Result resultLocal = this.ft.NewOperationOptions(this, customOptionsMustUnderstand, operationOptionsLocal); operationOptions = operationOptionsLocal; return(resultLocal); }
internal MI_Result DeserializeClassArray( MI_SerializerFlags flags, MI_OperationOptions options, MI_DeserializerCallbacks deserializerCallbacks, IntPtr serializedBuffer, UInt32 serializedBufferLength, MI_Class[] classDefinitions, string serverName, string namespaceName, out UInt32 serializedBufferRead, out MI_ExtendedArray classes, out MI_Instance cimErrorDetails) { if (!MI_SerializationFormat.MOF.Equals(this.format, StringComparison.OrdinalIgnoreCase)) { throw new NotImplementedException(); } MI_Class.ArrayPtr classPtrs = MI_Class.GetPointerArray(classDefinitions); MI_Instance cimErrorDetailsLocal = MI_Instance.NewIndirectPtr(); MI_ExtendedArray classesLocal = MI_ExtendedArray.NewIndirectPtr(); MI_ExtendedArray classDetailsArray = MI_ExtendedArray.NewDirectPtr(classPtrs.Ptrs); MI_DeserializerCallbacks.MI_DeserializerCallbacksNative nativeCallbacks = deserializerCallbacks.GetNativeCallbacks(this.format); classes = null; var resLocal = this.ft.DeserializeClassArray_MOF( this, flags, options, nativeCallbacks, serializedBuffer, serializedBufferLength, classDetailsArray, serverName, namespaceName, out serializedBufferRead, classesLocal, cimErrorDetailsLocal); cimErrorDetails = cimErrorDetailsLocal; classes = classesLocal; return(resLocal); }
internal MI_Result DeserializeClassArray( MI_SerializerFlags flags, MI_OperationOptions options, MI_DeserializerCallbacks deserializerCallbacks, byte[] serializedBuffer, MI_Class[] classDefinitions, string serverName, string namespaceName, out UInt32 serializedBufferRead, out MI_ExtendedArray classes, out MI_Instance cimErrorDetails) { if (!MI_SerializationFormat.MOF.Equals(this.format, StringComparison.OrdinalIgnoreCase)) { throw new NotImplementedException(); } if (serializedBuffer == null || serializedBuffer.Length == 0) { throw new InvalidOperationException(); } IntPtr clientBuffer = Marshal.AllocHGlobal(serializedBuffer.Length); try { Marshal.Copy(serializedBuffer, 0, clientBuffer, serializedBuffer.Length); return(this.DeserializeClassArray( flags, options, deserializerCallbacks, clientBuffer, (uint)serializedBuffer.Length, classDefinitions, serverName, namespaceName, out serializedBufferRead, out classes, out cimErrorDetails)); } finally { Marshal.FreeHGlobal(clientBuffer); } }