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Returns True or False, depending on whether a file or a directory exists at the specified location. Returns one or more flag values from the System.IO.FileAttributes enumeration, which represents the attributes of the file or the directory. Return System.DateTime instances that describe when a file or a directory was created, last accessed, and last updated, respectively. Returns a string that represents the full path of the directory or file or just the file name (with extension), respectively. Returns a string representing the extension for the file. Returns True or False, depending on whether a file is read-only. Returns the file size as a number of bytes. DirectoryName returns the name of the parent directory as a string. Directory returns a full DirectoryInfo object that represents the parent directory and allows you to retrieve more information about it. Return a DirectoryInfo object that represents the parent or root directory. Creates a directory with the specified name in the directory represented by the DirectoryInfo object. It also returns a new DirectoryInfo object that represents the subdirectory. Returns an array of DirectoryInfo objects, with one element for each subdirectory contained in this directory. Returns an array of FileInfo objects, with one element for each file contained in this directory. Returns a DriveType enumeration value that represents the type of the specified drive; for example, Fixed or CDRom. Returns a Long that represents the free space available in the drive. Returns an array of DriveInfo objects that represents the logical drives in the computer.

public void setDefaultPageSize(int pageSize)

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The most significant changes to GCC optimization in the GCC 4.x family are related to the introduction of the intermediate Tree SSA format discussed in the previous section. This has provided many new opportunities for optimization and therefore introduced many new options, including -ftree-ccp, -ftree-ch, -ftree-copyrename, -ftree-dce, -ftree-dominator-opts, -ftree-dse, -ftree-fre, -ftree-loop-im, -ftree-loop-ivcanon, -ftree-loop-linear, -ftree-loop-optimize, -ftree-lrs, -ftree-pre, -ftree-sra, -ftree-ter, and -ftree-vectorize, which are explained later in this chapter. Due largely to the introduction of these new options, the default optimizations that are invoked by the generic -O1, -O2, -O3, and -Os optimization levels have also changed. Another side effect of introducing the intermediate Tree SSA form is that optimization is more consistent, regardless of the input language and GCC compiler you are using. GCC 4 also introduces substantial improvements in vectorization, thanks largely to contributions from IBM. Vectorization increases the efficiency of processor operations by finding code where a single instruction can be applied to multiple data elements. GCC 4 enables up to 16 scalar operations to be mapped to a single vector operation. This optimization can be especially useful in gaming, graphics, and multimedia applications where instructions are repetitively applied to arrays of values. GCC 4 also introduces improvements in checking array boundaries and validating the contents and structure of the stack, both of which help automate protections against popular application attacks that attempt to induce buffer or stack overflows.

The following are a few points to note while working with these objects: FileInfo and DirectoryInfo classes derive from the abstract FileSystemInfo class, which defines common methods such as CreationTime, Exists, and so on. The DriveInfo class does not inherit from this base class, so it does not provide some of the common members available in the other two classes. The full set of properties FileInfo and DirectoryInfo objects expose is read the first time you interrogate any property. If the file or directory changes after this point, you must call the Refresh method to update the properties. However, this is not the case for DriveInfo; each property access asks the file system for an up-to-date value. Specifying an invalid path, directory, or drive when using the corresponding My.Computer. FileSystem methods will throw the appropriate exception. When using the FileInfo, DirectoryInfo, or DriveInfo classes directly, you will not encounter an error if you specify an invalid path. Instead, you will receive an object that represents an entity that does not exist its Exists (or IsReady property for DriveInfo) property will be False. You can use this object to manipulate the entity. However, if you attempt to read most other properties, exceptions such as FileNotFoundException, DirectoryNotFoundException, and so on, will be thrown.

XmlManager.setDefaultPageSize(pageSize)

GCC s optimization knobs and switches fall into two broad categories: architecture-independent and architecture-specific optimizations. This section covers the architecture-independent optimizations. These optimizations do not depend on features specific to a given architecture, such as x86; class of processors, such as Intel IA-32 CPUs; and characteristics of a given instance of a processor family, such as a Pentium IV (Xeon). GCC s most well-known optimization switches are O; its variant -On, where n is an integer between 0 and 3; and -Os. -OO turns off optimization. -O and -O1 (which I will call level 1 optimizations) are equivalent, telling GCC to optimize code. With -O or -O1, the compiler attempts to minimize both

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