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This might seem counterintuitive at first, because there s nothing preventing the two users from making conflicting changes, but in practice it turns out to work quite well Even when two people make changes to the same file, those changes can usually be merged together automatically The first user who checks in her change simply goes on without knowing that another user is editing the file, and when the second user tries to check in his change, he s informed that his copy is out-of-date He updates his local copy, and CVS tries to merge his changes in with the new change that was committed to the repository Assuming the changes don t conflict, that s all there is to it The user verifies that his changes are still correct and tries to check it in again; and this time it succeeds.

The most flexible means of making an Android-friendly background thread is to create an instance of a Handler subclass. You need only one Handler object per activity, and you do not need to manually register it. Merely creating the instance is sufficient to register it with the Android threading subsystem. Your background thread can communicate with the Handler, which will do all of its work on the activity s UI thread. This is important, as UI changes, such as updating widgets, should occur only on the activity s UI thread. You have two options for communicating with the Handler: messages and Runnable objects.

// get the manufacturer table DataTable ManufacturerTable = myDataSet.Tables["Manufacturer"]; // now iterate through the rows in the table for (int i = 0; i <= ManufacturerTable.Rows.Count - 1; i++) { DataRow rowManufacturer = ManufacturerTable.Rows[i]; Manufacturer m = new Manufacturer(); objManufacturer.Name = Convert.ToString( rowManufacturer["ManufacturerName"]); objManufacturer.Country = Convert.ToString( rowManufacturer["ManufacturerCountry"]); objManufacturer.Email = Convert.ToString( rowManufacturer["ManufacturerEmail"]); objManufacturer.Website = Convert.ToString( rowManufacturer["ManufacturerWebsite"]); Label1.Text += objManufacturer.ToString() + "<BR/>"; } This is a bit more manageable. You extract the table you re after from the DataSet as ManufacturerTable, and then extract the row you re after from the ManufacturerTable. In the next section, you ll go one step further and build everything manually, even to the point of adding the data manually. This is a little extreme, but it demonstrates that the life of a DataSet isn t wholly dependent on a call to DataAdapter.Fill().

In this section, you ll walk through building a DataSet that mirrors the sample database in terms of tables, strongly typed tables, and relationships. The point is to give you a feeling for the child objects and collections that a DataTable contains. Although you ll repeat the same tasks a few times, you ll try to look at several different ways of achieving them. Also, this will help you to understand a bit more about relationships between tables.

To send a Message to a Handler, first invoke obtainMessage() to get the Message object out of the pool. There are a few flavors of obtainMessage(), allowing you to create empty Message objects or ones populated with message identifiers and arguments. The more complicated your Handler processing needs to be, the more likely it is you will need to put data into the Message to help the Handler distinguish different events. Then you send the Message to the Handler via its message queue, using one of the sendMessage...() family of methods, such as the following: sendMessage(): Puts the message on the queue immediately. sendMessageAtFrontOfQueue(): Puts the message on the queue immediately, placing it at the front of the message queue, so your message takes priority over all others. sendMessageAtTime(): Puts the message on the queue at the stated time, expressed in the form of milliseconds based on system uptime (SystemClock.uptimeMillis()). sendMessageDelayed(): Puts the message on the queue after a delay, expressed in milliseconds. To process these messages, your Handler needs to implement handleMessage(), which will be called with each message that appears on the message queue. There, the handler can update the UI as needed. However, it should still do that work quickly, as other UI work is suspended until the Handler is finished. For example, let s create a ProgressBar and update it via a Handler. Here is the layout from the Threads/Handler sample project: