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CREATE THE CONTROLS WITHIN A TAB CONTROL OBJECT (continued) Action 4 Assign the tab order for the controls within the Photo tab page as is shown in the graphic. Result

One ordered list can be merged with another The result is an ordered list that contains the contents of the two original lists The new list is stored in the invoking list, and the second list is left empty The next example merges two lists The first contains the even numbers between 0 and 9 The second contains the odd numbers These lists are then merged to produce the sequence 0 1 2 3 4 5 6 7 8 9

That took a bit of work. As we mentioned earlier in the book, you can reduce the amount of time spent drawing forms in Visual Studio by sketching out your controls on paper before using Visual Studio. While not illustrated in these pages, I really did sketch the Photo tab page by hand before creating this page in Visual Studio .NET. With our controls defined, we are ready for our data binding discussion. 17.4.2 PERFORMING SIMPLE BINDING The binding of controls to data involves four distinct roles, each with a corresponding class. These correspond to the work performed by the .NET Framework on behalf of bound controls, namely tracking which data has been bound to which control, managing a bound data source, tracking specific bindings to a control, and managing the actual bindings. A summary of these roles, along with the Windows Forms class and property related to these roles, is outlined in the following table:

// Merge two lists #include <iostream> #include <list> using namespace std; int main() { list<int> lst1, lst2; int i; for(i=0; i<10; i+=2) lst1push_back(i);

Profile 3 "Audio Only"

for(i=1; i<11; i+=2) lst2push_back(i); cout << "Contents of lst1:\n"; list<int>::iterator p = lst1begin(); while(p != lst1end()) { cout << *p << " "; p++; } cout << endl << endl; cout << "Contents of lst2:\n"; p = lst2begin(); while(p != lst2end()) { cout << *p << " "; p++; } cout << endl << endl; // now, merge the two lists lst1merge(lst2); if(lst2empty()) cout << "lst2 is now empty\n"; cout << "Contents of lst1 after merge:\n"; p = lst1begin(); while(p != lst1end()) { cout << *p << " "; p++; } return 0; }

Roles required for simple data binding Role Tacking bound data Managing a bound data source Managing bindings Tracking a binding Class BindingContext BindingManagerBase Accessing from Control class

Contents of lst1: 0 2 4 6 8 Contents of lst2: 1 3 5 7 9

Index into BindingContext collection:

Profile 4 "Recording"

27:

BindingContext[ source ] BindingContext[ source, member ]

lst2 is now empty Contents of lst1 after merge: 0 1 2 3 4 5 6 7 8 9

One other thing to notice about this example is the use of the empty( ) function It returns true if the invoking container is empty Since merge( ) removes all of the elements from the list being merged, it will be empty after the merge is completed, as the program output confirms

Subset for Real-time audio playback recording and without video editing (RREF) TBD in 2009 HDMV No No No No Mandatory No No Optional 64 KB No No Optional N/A No No TBD HDMV AVC onlye No No No DD onlyf No No Optional

ControlBindingsCollection DataBindings property Binding Index into DataBindings collection:

Here is an example that uses a list to store objects of type myclass Notice that the <, >, !=, and == are overloaded for objects of type myclass The only one of these actually required by this example is < The others are implemented for the sake of illustration (and to help ensure portability to other STL implementations) In general, the STL uses these operators to determine the ordering and equality of objects in a container Even though a list is not an ordered container, it still needs a way to compare elements when searching, sorting, or merging

DataBindings[ property ]