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You may want to be able to execute a script that is written for one of the Linux shells while you are working in another. Suppose you are currently in the TCSH shell and want to execute a script you wrote in the BASH shell that contains BASH shell commands. First you would have to change to the BASH shell with the sh command, execute the script, and then change back to the TCSH shell. You can, however, automate this process by placing, as the first characters in your script, #!, followed by the pathname for the shell program on your system. Your shell always examines the first character of a script to find out what type of script it is a BASH, PDKSH, or TCSH shell script. If the first character is a space, the script is assumed to be either a BASH or PDKSH shell script. If there is a # alone, the script is a TCSH shell

As I discuss later in this chapter, in the section titled Using Quicken s Planners, each individual planner can also be used to add assumptions to your plan.

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script. If, however, the # is followed by a ! character, then your shell reads the pathname of a shell program that follows. A #! should always be followed by the pathname of a shell program identifying the type of shell the script works in. If you are currently in a different shell, that shell will read the pathname of the shell program, change to that shell, and execute your script. If you are in a different shell, the space or # alone is not enough to identify a BASH or TCSH shell script. Such identification works only in their own shells. To identify a script from a different shell, you need to include the #! characters followed by a pathname. For example, if you put #!/bin/sh at the beginning of the first line of the hello script, you could execute it directly from the TCSH shell. The script will first change to the BASH shell, execute its commands, and then return to the TCSH shell (or whatever type of shell it was executed from). In the next example, the hello script includes the #!/bin/sh command. hello

#!/bin/sh # The hello script says hello echo "Hello, how are you"

Figure 16-2 The Planning Assumptions window displays details about your Quicken Plan assumptions.

In the shell, you can create shell programs using variables and scripts. Within a shell program, you can define variables and assign values to them. Variables are used extensively in script input and output operations. The read command allows the user to interactively enter a value for a variable. Often read is combined with a prompt notifying the user when to enter a response. Another form of script input, called the Here document, allows you to use lines in a script as input to a command (discussed later). This overcomes the need to always read input from an outside source such as a file.

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A variable is defined in a shell when you first use the variable's name. A variable name may be any set of alphabetic characters, including the underscore. The name may also include a number, but the number cannot be the first character in the name. A name may not have any other type of character, such as an exclamation point, ampersand, or even a space. Such symbols are reserved by a shell for its own use. A name may not include more than one word, because a shell uses spaces to parse commands, delimiting command names and arguments. You assign a value to a variable with the assignment operator. You type the variable name, the assignment operator, =, and then the value assigned. Note that you cannot place any spaces around the assignment operator. Any set of characters can be assigned to a variable. In the next example, the greeting variable is assigned the string "Hello":

$ greeting="Hello"

Follow the instructions within the planner to enter data, and the data is added to the Quicken Planner s data.

Once you have assigned a value to a variable, you can then use that variable to reference the value. Often, you use the values of variables as arguments for a command. You can reference the value of a variable using the variable name preceded by the $ operator. The dollar sign is a special operator that uses a variable name to reference a variable's value, in effect evaluating the variable. Evaluation retrieves a variable's value a set of characters. This set of characters then replaces the variable name on the command line. Thus, wherever a $ is placed before the variable name, the variable name is replaced with the value of the variable. In the next example, the shell variable greeting is evaluated and its contents, "Hello", are then used as the argument for an echo command. The echo command simply echoes or prints a set of characters to the screen.

Tip You can obtain a list of all the defined variables with the set command. If you decide that you do not want a certain variable, you can remove it with the unset command.

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