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Left(ExprS,ExprN) LeftTrim(ExprS) Length(ExprS) Log(ExprN) Lower(ExprS) Max(VarA) MaxDim(VarA,ExprN) MDim(VarA) Median(VarA) Min(VarA) Mod(ExprN1,ExprN2) MsgBox(VarA) MType(VarA[ExprN{,ExprN,...}]) nCr(ExprN1,ExprN2) NLog(ExprN) NoSpaces(Exprs) nPr(ExprN1,ExprN2) Pi(ExprN) PolarA(ExprN1,ExprN2) PolarR(ExprN1,ExprN2) Random(ExprN) Range(VarA) Right(ExprS,ExprN) RightTrim(ExprS) Round(ExprN) RoundDn(ExprN) RoundUP(ExprN) Sign(ExprN) Sin(ExprN) Spaces(ExprN) Sqrt(ExprN) SRepeat(ExprS,ExprN) StdDev(VarA) Substring(ExprS,ExprN1,ExprN2) Sum(VarA) Tan(ExprN) Time(ExprN) ToNumber(Expr) ToString(Expr) Trim(ExprS) Upper(ExprS) Variance(VarA) VType(Var) Within(ExprN1,ExprN2,ExprN3

All files in Linux have one physical format-a byte stream A byte stream is just a sequence of bytes This allows Linux to apply the file concept to every data component in the system Directories are classified as files, as are devices Treating everything as a file allows Linux to organize and exchange data more easily The data in a file can be sent directly to a device such as a screen because a device interfaces with the system using the same byte-stream file format as regular files This same file format is used to implement other operating system components The interface to a device, such as the screen or keyboard, is designated as a file Other components, such as directories, are themselves byte-stream files, but they have a special internal organization A directory file contains information about a directory, organized in a special directory format.

Because these different components are treated as files, they can be said to constitute different file types A character device is one file type A directory is another file type The number of these file types may vary according to your specific implementation of Linux Five common types of files exist, however: ordinary files, directory files, first-in first-out pipes, character device files, and block device files Although you may rarely reference a file's type, it can be useful when searching for directories or devices Later in the chapter, you see how to use the file type in a search criterion with the find command to search specifically for directory or device names Although all ordinary files have a byte-stream format, they may be used in different ways The most significant difference is between binary and text files Compiled programs are examples of binary files.

2 Ibid 3 KPMG Peat Marwick, Understanding Risks and Controls: A Practical Guide, Amsterdam: KPMG International Audit and Accounting Department, March 1995 4 Russell B Gallagher, Risk Management: A New Phase of Cost Control, Harvard Business Review (September October 1956) 5 Harry M Markowitz, Portfolio Selection (1), Journal of Finance 7 (March 1952), 77 91 This is a path-breaking work in the field 6 Fischer Black and Myron Scholes, The Pricing of Options and Corporate Liabilities, Journal of Political Economy 81 (May June 1973), 637 654 7 Ernst & Young, Enterprise Risk Management, New York: Ernst & Young LLP, 2000; Enterprise Risk Management Implications for Boards of Directors, New York: Ernst & Young LLP, 2000 8 Coopers & Lybrand, GARP Generally Accepted Risk Principles, London: Coopers & Lybrand, January 1996 9.

However, even text files can be classified according to their different uses You can have files that contain C programming source code or shell commands, or even a file that is empty The file could be an executable program or a directory file The Linux file command helps you determine for what a file is used It examines the first few lines of a file and tries to determine a classification for it The file command looks for special keywords or special numbers in those first few lines, but it is not always accurate In the next example, the file command examines the contents of two files and determines a classification for them:.

The following commands allow for using direct port input/output (I/O) where you can read/write a byte from/to a particular port on the PC. There is a set of special commands for I/O to the parallel port as a special case for ease of use. There is also a set of commands that allow for serial I/O using either actual comm ports on the PC or virtual comm ports created by protocols such as Bluetooth devices or USB devices. These devices will create a virtual port number that can be used for all intents and purposes as if it were a physical serial comm port. The robot simulator has an extension that allows for the use of serial I/O to communicate to and from a real robot, effectively enabling programming of a real robot using the RobotBASIC language. The protocol extension will be explained in its own section below. To facilitate serial comm port setup there are a set of constants that are listed in the Constants help page within the IDE. The I/O commands are not case sensitive. Throughout this section there will be reference to the following items:

The exmh program is an X Windows version of the nmh mail client, described later in this chapter. It displays a window with two panes (see Figure 17-6). The upper pane lists the