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The numbers after the "Page Remaining" text are the page size remaining, the size of the function, and the number of executions for the particular function. When building the .PRF file, SWS doesn't just produce a text file listing of those functions in most called order because that doesn't take into account the page size of the operating system. If a function happens to cross a page boundary, two pages will have to be in memory for that one function. SWS ensures that the functions appear on a single page and also tries to ensure that every page is filled as completely as possible. To ensure every page is filled, you might see functions that are rarely called in the resulting order file. By avoiding unnecessary page padding, you'll reduce the amount of RAM your program needs. After you've produced the order file, you just need to specify it to the linker /ORDER switch so that the file is used. You should always store the order file in the same directory as the project file and sources. Here's one confusing issue to note about the /ORDER option: the filename must be preceded by the @ character. If you're not using SettingsMaster, you can specify the order file for the binary in the project Property Pages dialog box, Linker folder, Optimization node, Function Order field for your release build, as shown in Figure 19-6. When using SettingsMaster, simply choose the ReleaseOrderFile.XML file after clicking the SettingsMaster Custom Project Update button.

Unpivoting is the opposite of pivoting namely, rotating columns to rows. Unpivoting is usually used to normalize data, but it has other applications as well.

public partial class TraceMe : System.Web.UI.Page { ArrayList alTableEntries = null; protected void Page_Load(object sender, EventArgs e) { alTableEntries = (ArrayList)this.Session["TableEntries"]; if (alTableEntries == null) { alTableEntries = new ArrayList(); } AssembleTable(); } protected void AssembleTable() { this.Table1.Rows.Clear(); foreach (string s in alTableEntries) { TableRow row = new TableRow(); TableCell cell = new TableCell(); cell.Text = s; row.Cells.Add(cell); this.Table1.Rows.Add(row); } } protected void Button1_Click(object sender, EventArgs e) { alTableEntries.Add(this.TextBox1.Text); this.Session["TableEntries"] = alTableEntries; AssembleTable(); }

If you build and run this code, the message box shown in Figure 12 6 appears. Notice the first character in the resulting string: . This is the international sign for currency (U+00A4).

Whatever object you use when calling BeginXxx should be the same object that you use to call EndXxx . For example, don t construct a delegate and call its BeginInvoke method and then construct another delegate (of the same type referring to the same object/method) and use it to call its EndInvoke method . While this seems as if it should work (since both delegate objects are identical in every way), it doesn t work because the IAsyncResult object internally keeps a reference to the original object used when calling BeginInvoke, and if they don t match, EndInvoke throws an InvalidOperationException with a string message of "The IAsyncResult object provided does not match this delegate." Again, using one object to call BeginInvoke and another object to call EndInvoke may work for some object types depending on how they were implemented .

As you can see from the code above, the Name property is itself declared as a public property, and this means that the get accessor method will be public and therefore callable by all code . However, notice that the set accessor is declared as protected and will be callable only from code defined within SomeType or from code in a class that is derived from SomeType . When defining a property with accessor methods that have different accessibilities, C# syntax requires that the property itself must be declared with the least-restrictive accessibility and that more restrictive accessibility be applied to just one of the accessor methods . In the example above, the property is public, and the set accessor is protected (more restrictive than public) .

HelloWorld .htm file and click Browse . Alternatively, you can type the entire URL into the browser navigation bar: http://localhost/ASPNETStepByStep/helloworld.htm The browser will send an HTTP request to the server . On the Microsoft platform, IIS will see the HTM extension and simply return the contents of the file to the browser . Because the text is marked using standard HTML tags, the browser understands it and displays it correctly . Here s how the file appears to the end browser:

In this code, the compiler can see that value will always be 0; therefore, the loop will never execute and consequently, there is no need to compile the code inside the loop . This method could be compiled down to nothing . In fact, when JITting a method that calls OptimizedAway, the JITter will try to inline the OptimizedAway method s code . Since there is no code, the JITter will even remove the code that tries to call OptimizedAway . We love this feature of compilers . As developers, we get to write the code in the way that makes the most sense to us . The code should be easy to write, read, and maintain . Then compilers translate our intentions into machine-understandable code . We want our compilers to do the best job possible for us . When the C# compiler, JIT compiler, and CPU optimize our code, they guarantee us that the intention of the code is preserved . That is, from a single-threaded perspective, the method does what we want it to do, although it may not do it exactly the way we described in our source code . However, the intention might not be preserved from a multithreaded perspective . Here is an example where the optimizations make the program not work as expected: