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One of the best aspects of UDP is that when you receive a message packet, it is the complete package. (You just have to remember that the order, the number, and even whether you get all the sent messages are always in question.)

// don't do any updating etc. if the user touched the already-selected row if (previousFontIndex != indexPath.row) { NSArray *indexPaths = nil; if (previousFontIndex!= NSNotFound) { NSIndexPath *previousHighlightedIndexPath = [NSIndexPath indexPathForRow:previousFontIndex inSection:0]; indexPaths = [NSArray arrayWithObjects:indexPath, previousHighlightedIndexPath, nil]; } else { indexPaths = [NSArray arrayWithObjects:indexPath, nil]; } // notice the new selection self.selectedFontName = [self.fonts objectAtIndex:indexPath.row]; // then reload [self.tableView reloadRowsAtIndexPaths:indexPaths withRowAnimation:UITableViewRowAnimationFade]; [[NSNotificationCenter defaultCenter] postNotificationName:FontListControllerDidSelect object:self]; } }

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Another good feature of the UDP receive method is that you are not restricted to only one source of messages but instead can receive a message from any UDP sender, as long as the sender knows the receiver s IPEndPoint Because of this, there is no need to spawn threads to handle all connections to the server An IPEndPoint, and therefore a single thread, can handle all incoming messages from all clients The actual code for the ReceiveFrom() method that is used to receive messages using UDP is a bit more involved than that of the connected Receive() method, for two reasons First, you need to allocate a buffer to be populated by the ReceiveFrom() method.

Properties and fields share similar functionality in the Class Designer. The main difference is that properties have a read-write property. One other difference is the refactoring options. Take a common example: You add a bunch of private fields for which you need to create properties. It is something that we all have to do and we all hate. Microsoft has reduced this effort to zero by allowing you to refactor fields into properties (this is available only in C#).

Be aware that if you specify a buffer that is too small, the ReceiveFrom() method will fill as much data as it can in the buffer, discard all the extra unread data of the packet, and then throw a SocketException Second, due to the fact that the ReceiveFrom() method can get messages from any client, the method needs some way of providing the origin of the message To accomplish this, an EndPoint is created and passed as a parameter to the ReceiveFrom() method Then, when the ReceiveFrom() method is executed, the passed EndPoint receives the IPEndPoint of the sending client This may sound complex, but as you can see from the following code, it is anything but: array<unsigned char>^ message = gcnew array<unsigned char>(1024); EndPoint^ Remote = (EndPoint^) gcnew IPEndPoint(IPAddress::Any, 0); int recv = socket->ReceiveFrom(message, Remote); Notice that I use the IPEndPoint constructor to create an EndPoint.

Many free add-ons duplicate the refactoring options in VB. The VSTS team has noted that this is one Tip

You must do this as the EndPoint class is abstract and you cannot directly create an instance of it To receive a message, you use one of the following overloaded ReceiveFrom() methods: int ReceiveFrom(array<unsigned char>^, EndPoint) int ReceiveFrom(array<unsigned char>^, SocketFlags, EndPoint) int ReceiveFrom(array<unsigned char>^, int, SocketFlags, EndPoint) int ReceiveFrom(array<unsigned char>^, int, int, SocketFlags, EndPoint) Again, each just expands upon the other The first parameter is the unsigned char array of the message being received, and the last parameter is the EndPoint of the sender The first added parameter is SocketFlags (most likely None); next is the size of the message to be received; and finally we have the start point within the unsigned char array (use this if you want to place the received message someplace other than the actual start of the message array) Just like the connected Receive() method, the ReceiveFrom() method returns the number of bytes received.

Finally, we need to add a bit of cleanup, so that the list of font names doesn t hang around forever:

But unlike the connected Receive() method, the unconnected ReceiveFrom() method does not receive any message when a client closes its IPEndPoint Since this is the case, if you need your server (or client) to be aware of the demise of its opposite IPEndPoint, you must send some type of message to notify the server or client of this fact..

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