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We can also update the passed-in array within the COM method and see the results in managed code. We can define a COM method to update the array like this: [id(14), helpstring("method UpdateArray")] HRESULT UpdateArray([in,out] SAFEARRAY(BSTR) inParam); The C++ implementation of this method follows: STDMETHODIMP CDniDataTypesObj::UpdateArray(SAFEARRAY* inParam) { //updates the elements of the safearray BSTR* pBstr; unsigned long i = 0; SafeArrayAccessData(inParam, (void**)&pBstr); //change all elements of the array for (i = 0; i < inParam->rgsabound[0].cElements; i++) { _bstr_t buffer; buffer.Attach(pBstr[i]); buffer += "CHANGED"; pBstr[i] = buffer.Detach(); } SafeArrayUnaccessData(inParam); return S_OK; } The main difference in the method definition is that we ve defined the SAFEARRAY as [in,out]. The C++ code adds the literal "CHANGED" to the end of each BSTR element in the array. We can call this method from C# using this code: using System; using System.Runtime.InteropServices; using DniDataTypesLib; namespace ComSafeArrays { class ComSafeArraysTest { static void Main(string[] args) { //create an instance of the COM object DniDataTypesObj comObj = new DniDataTypesObj(); string desc = string.Empty; //update an array of strings within the COM component string[] testUpdateSafeArray = new string[3] { "one", "two", "three" };

Figure 11-13. Selecting the ChildData property Change the ExecutionType to Parallel. The completed Properties window should look like Figure 11-14.

Console.WriteLine("Array Before: {0}, {1}, {2}", testUpdateSafeArray[0], testUpdateSafeArray[1], testUpdateSafeArray[2]); //make the COM call comObj.UpdateArray(testUpdateSafeArray); Console.WriteLine("Array After: {0}, {1}, {2}", testUpdateSafeArray[0], testUpdateSafeArray[1], testUpdateSafeArray[2]); //wait for input Console.WriteLine("Press any key to exit"); Console.Read(); } } } The VB.NET code to call the UpdateArray method looks like this: Imports DniDataTypesLib Module ComSafeArraysTest Sub Main() 'test C++ object with arrays 'create an instance of the COM object Dim comObj As DniDataTypesObj = New DniDataTypesObj() Dim desc As String = String.Empty 'update an array of strings within the COM component Dim testUpdateSafeArray() As String = {"one", "two", "three"} Console.WriteLine("Array Before: {0}, {1}, {2}", _ testUpdateSafeArray(0), testUpdateSafeArray(1), _ testUpdateSafeArray(2)) 'make the COM call comObj.UpdateArray(testUpdateSafeArray) Console.WriteLine("Array After: {0}, {1}, {2}", _ testUpdateSafeArray(0), testUpdateSafeArray(1), _ testUpdateSafeArray(2)) 'wait for input Console.WriteLine("Press any key to exit") Console.Read() End Sub End Module

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public string get_ControlCaptionFromID(int ControlID, string ApplicationName, int LocaleID, string Text, string Xml, object Target) { if(ControlID==10){return "Search Text";} //TextBox if(ControlID==20){return "Search";} //Button if(ControlID==30){return "Companies";} //List if(ControlID==100){return "Addresses";} //List if(ControlID==200){return "Insert";} //Button else {return null;} } Now that the captions are generated, you have to define the actual control type for each ControlID This is accomplished by repeated calls to the ControlTypeFromID property The process is similar to defining captions, except you return an enumerated type of MicrosoftOffice InteropSmartTagC_TYPE that defines each control type Using this enumeration, you can define any basic control you might need The following code shows how to define the controls..

Caution Note that none of the event handlers is implemented. In 10, you used the ChildInitialized event to pass in the instance data, which contained the person who the task was to be assigned to. When you re working with a single instance of each task, you can have one method set a class member, and then a subsequent method can access it. The ChildInitialized handler could store the AssignedTo value, and the CreateTask_Invoking handler could then read it. This does not work when dealing with multiple instances. The instance data passed in to the ChildInitialized handler is not useful in this scenario.

We get these test results when we execute the code: Array Before: one, two, three Array After: oneCHANGED, twoCHANGED, threeCHANGED Press any key to exit C-style arrays that are not packaged as a SAFEARRAY can also be marshaled between .NET and COM. These arrays are less frequently used in COM since languages such as Visual Basic 6.0 (VB6) don t have much built-in support for them. We can define a COM method that uses a C-style array like this: [id(15), helpstring("method UseCStyleArray")] HRESULT UseCStyleArray( [in, length_is(arraySize), size_is(arraySize)] long inParam[], [in] long arraySize, [in,out] BSTR* outParam); Notice the inclusion of the length_is and size_is Microsoft Interface Definition Language (MIDL) attributes. These attributes are needed in order to provide COM with the size of the array that it must marshal. Here is the C++ implementation of this method: STDMETHODIMP CDniDataTypesObj::UseCStyleArray(long inParam[], long arraySize, BSTR* outParam) { //use a C-style array. Copy the input //values in the array into a BSTR and return it _bstr_t buffer; for(int i = 0; i < arraySize; i++) { buffer += _bstr_t(inParam[i]); } *outParam = buffer; return S_OK; } The output from this method is a concatenation of the strings in the input array. This C# code calls the COM method: using System; using System.Runtime.InteropServices; using DniDataTypesLib; namespace ComSafeArrays { class ComSafeArraysTest { static void Main(string[] args) {

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