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If you need to examine the entire file byte by byte, you can do so with the od (octal dump) command. The od command performs a dump of a file. By default, it prints every byte in its octal representation. However, you can also specify a character, decimal, or hexadecimal representation. The od command is helpful when you need to detect any special character in your file, or if you want to display a binary file. If you perform a character dump, then certain nonprinting characters will be represented in a character notation. For example, the carriage return is represented by a \n. Both the file and od commands, with their options, are listed in Table 12-1. Table 12-1: Commonfile andod Options Execution Examines the first few lines of a file to determine a classification Reads the list of filenames to be examined from a file Prints the contents of a file byte by byte in either octal, character, decimal, or hexadecimal; octal is the default Outputs character form of byte values; nonprinting characters have a corresponding character representation Outputs decimal form of byte values Outputs hexadecimal form of byte values Outputs octal form of byte values

Linux organizes files into a hierarchically connected set of directories. Each directory may contain either files or other directories. In this respect, directories perform two important functions. A directory holds files, much like files held in a file drawer, and a directory connects to other directories, much like a branch in a tree is connected to other branches. With respect to files, directories appear to operate like file drawers, with each drawer holding several files. To access files, you open a file drawer. Unlike file drawers, however, directories can contain not only files, but other directories as well. In this way, a directory can connect to another directory. Because of the similarities to a tree, such a structure is often referred to as a tree structure. This structure could more accurately be thought of as an upside-down bush rather than a tree, however, because no trunk exists. The tree is represented upside down, with the root at the top. Extending down from the root are the branches. Each branch grows out of only one branch, but it can have many lower branches. In this respect, it can be said to have a parentchild structure. In the same way, each directory is itself a subdirectory of one other directory. Each directory may contain many subdirectories, but is itself the child of only one parent directory. The Linux file structure branches into several directories beginning with a root directory, /. Within the root directory several system directories contain files and programs that are features of the Linux system. The root directory also contains a directory called home that

Spread risk is the potential loss due to changes in spreads between two instruments. For example, there is a credit spread risk between corporate and government bonds. Basis risk is the potential loss due to pricing differences between equivalent instruments, such as futures, bonds, and swaps. Specific risk refers to issuer-specific risk e.g., the risk of holding a corporate bond versus a Treasury futures contract. How to best manage specific risk has been extensively researched and is still a topic of debate. According to the capital asset pricing model (CAPM), specific risk is entirely diversifiable. (See Section 2.4.1 for a discussion of the CAPM.) Volatility risk is defined as the potential loss due to fluctuations in (implied) volatilities and is referred to as vega risk.

contains the home directories of all the users in the system. Each user's home directory, in turn, contains the directories the user has made for his or her use. Each of these could also contain directories. Such nested directories would branch out from the user's home directory, as shown in Figure 12-2.

made into ExprN 360 and if it is less than 180 (ie, more negative than 180, eg, 190) then it is made into 360 ExprN So if your simulator command says rTurn 190 then the value sent to the real robot will be 170 with code 13 (ie, left turn of 170) The received data contains 5 bytes but only the rst 3 are used They are in the order described above for the status of the sensors rCompass () (code 24) This function will send 2 bytes 24 and 0 The code 24 is for the compass The received data contains 5 bytes The rst 3 used are in the order described above for the status of the sensors The last 2 bytes are the value returned by the compass on the real robot representing the heading (MSB rst).

Figure 12-2: The Linux file structure beginning at the root directory Note The user's home directory can be any directory, though it is usually the directory that bears the user's login name. This directory is located in the directory named /home on your Linux system. For example, a user named dylan will have a home directory called dylan located in the system's /home directory. The user's home directory is a subdirectory of the directory called /home on your system.