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The four -falign- optimizations force functions, jumps, labels, and loops, respectively, to be aligned on boundaries of powers of 2. The rationale is to align data and structures on the machine s natural memory size boundaries, which should make accessing them faster. The assumption is that code so aligned will be executed often enough to make up for the delays caused by the no-op instructions necessary to obtain the desired alignment. -fcse-follow-jumps and -fcse-skip-blocks, as their names suggest, are optimizations performed during the CSE optimization pass described in the first section of this chapter. With -fcse-follow-jumps, the optimizer follows jump instructions whose targets are otherwise unreached. For example, consider the following conditional: if (i < 10) { foo(); } else { bar(); } Ordinarily, if the condition (i < 10) is false, CSE will follow the code path and jump to foo() to perform the CSE pass. If you specify -fcse-follow-jumps, though, the optimizer will not jump to foo() but to the jump in the else clause (bar()). -fcse-skip-blocks causes CSE to skip blocks conditionally. Suppose you have an if clause with no else statement, such as the following: if (i >= 0) { j = foo(i); } bar(j); If you specify -fcse-skip-blocks, and if, in fact, i is negative, CSE will jump to bar(), bypassing the interior of the if statement. Ordinarily, the optimizer would process the body of the if statement, even if i tests false.

One useful feature that is missing from the DirectoryInfo class is a copy method. The following example contains a helper function that can copy any directory and its contents. Imports System Imports system.IO Namespace Apress.VisualBasicRecipes.05 Public Class Recipe05_03 Public Shared Sub Main(ByVal args As String()) If args.Length = 2 Then Dim sourceDir As New DirectoryInfo(args(0)) Dim destinationDir As New DirectoryInfo(args(1)) CopyDirectory(sourceDir, destinationDir) ' Wait to continue. Console.WriteLine(Environment.NewLine) Console.WriteLine("Main method complete. Press Enter.") Console.ReadLine()

Tip If you use computed gotos, GCC extensions discussed in 2, you might want to disable global CSE optimization using the -fno-gcse flag. Disabling global CSE in code using computed gotos often results in better performance in the resulting binary.

public void verifyContainer(String name, String out, [VerifyConfig config])

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Else Console.WriteLine("USAGE: "[destinationPath]") End If End Sub Public Shared Sub CopyDirectory(ByVal source As DirectoryInfo, ByVal destination As DirectoryInfo) If Not destination.Exists Then Console.WriteLine("Creating the destination folder {0}", destination.FullName) destination.Create() End If ' Copy all files. Dim files As FileInfo() = source.GetFiles For Each file As FileInfo In files Console.WriteLine("Copying the {0} file...", file.Name) file.CopyTo(Path.Combine(destination.FullName, file.Name)) Next ' Process subdirectories. Dim dirs As DirectoryInfo() = source.GetDirectories For Each dir As DirectoryInfo In dirs ' Get destination directory. Dim destinationDir As String = Path.Combine(destination.FullName, dir.Name) ' Call CopyDirectory recursively. CopyDirectory(dir, New DirectoryInfo(destinationDir)) Next End Sub End Class End Namespace While the recipe contains examples of useful methods in the FileInfo and DirectoryInfo classes, your time would be best spent using the Shared My.Computer.FileSystem.CopyDirectory method. This would replace the entire preceding example with the following line of code. My.Computer.FileSystem.CopyDirectory("SomeSourceDirectory", "SomeTargetDirectory") " & " Recipe05_03 [sourcePath] " &

-fpeephole2 performs CPU-specific peephole optimizations. During peephole optimization, the compiler attempts to replace longer sets of instructions with shorter, more concise instructions. For example, given the following code: a = 2; for (i = 1; i < 10; ++i) a += 2; GCC might replace the loop with the simple assignment a = 20. With -fpeephole2, GCC performs peephole optimizations using features specific to the target CPU instead of, or in addition to, standard peephole optimization tricks such as, in C, replacing arithmetic operations with bit operations where this improves the resulting code. -fforce-mem copies memory operands and constants into registers before performing pointer arithmetic on them. The idea behind these optimizations is to make memory references common subexpressions, which can be optimized using CSE. As explained in the first section of this chapter, CSE can often eliminate multiple redundant register loads, which incur additional CPU delays due to the load-store operation. -foptimize-sibling-calls attempts to optimize away tail recursive or sibling call functions. A tail recursive call is a recursive function call made in the tail of a function. Consider the following code snippet: int inc(int i) { printf("%d\n" i); if(i < 10) inc(i + 1); } This defines a function named inc() that displays the value of its argument, i, and then calls itself with 1 + its argument, i + 1, as long as the argument is less than 10. The tail call is the recursive call to inc() in the tail of the function. Clearly, though, the recursive sequence can be eliminated and converted to a simple series of iterations because the depth of recursion is fixed. -foptimize-sibling-calls attempts to perform this optimization. A sibling call refers to function calls made in a tail context that can also be optimized away.

XmlManager.verifyContainer(name, out, flags)

If you executed the command Recipe05-03.exe c:\nvidia c:\temp, you would see results similar to the following (assuming the source directory exists and contains data):

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