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You can always log into the server directly by using the terminal attached to the machine itself However, this is not a commonly used option for day-to-day work You can also use telnet to connect to the UNIX server, and you ll learn about this in the Using Telnet section later in this chapter One of the most common ways to work with UNIX, though, is through your own PC by using what s called a terminal emulator a program that will enable your PC to mimic a UNIX terminal Several vendors produce emulators, including Hummingbird (http://wwwhummingbirdcom/) and WRQ (http://wwwattachmatecom/), which produce the popular Hummingbird and Reflections emulators, respectively These emulators, also called X Window emulators, emulate the X Window System, which is the standard graphical user interface (GUI) for UNIX systems.

Figure 13-13. The Order Processor test fixture UI Since orders are saved in a message queue, the test fixture also shows the contents of the queue. When the user clicks the Submit Order button, a new order appears in the Queued Messages list. Under the list are two buttons, one for clearing the queue and one for refreshing the display with the queue contents.

The emulators use special display protocols that will let you use your Windows terminal as an X terminal to access a UNIX server The general idea behind many of these interfaces is to try and make working with UNIX as easy as possible by providing a familiar GUI Figure 3-1 shows a basic X session connected to the UNIX operating system..

Figure 3-1. An X session For now, let s assume you are equipped with a terminal emulator. You need to know a couple of things before you can log in and use the system. First, you need to know the machine name, which can be in either symbolic or numerical form.

// class OrderSystem public class OrderSystem: MarshalByRefObject { static int ordersReceived; static public int OrdersReceived { get {return ordersReceived;} } public OrderSystem() { } Router router; public Router Router { get { if (router == null) router = new Router(); return router; } } public string[] GetModels() { // the following data would probably be fetched from a database string[] models = new string[] {"Model 1", "Model 2", "Model 3"}; return models; } public string[] GetStyles(string theModel) { // the following data would probably be fetched from a database string[] styles = new string[] {"Style 1", "Style 2", "Style 3"}; return styles; } public Color[] GetColors(string theModel, string theStyle) { // the following data would probably be fetched from a database Color[] colors = new Color[] {Color.White, Color.Navy, Color.Lavender}; return colors; }

Note All UNIX machines (also called UNIX boxes or UNIX servers) have an Internet Protocol (IP) address, usually in a form like this: 162.15.155.17. Each IP address is guaranteed to be unique. By using a special system file (/etc/hosts), the UNIX administrator can give what s called a symbolic name to the machine. For example, the machine with the IP address 162.15.155.17 can be called prod1, for simplicity. In this case, you can connect by using either the IP address or the symbolic name.

Next, the system will ask you for your password. A shell prompt indicates a successful login, as shown here: $ The shell prompt will be a dollar sign ($) if you are using the Bourne shell or the Korn shell. The C shell uses the percent sign (%) as its command prompt. Once you log into the system, you are said to be working in a UNIX session; you are automatically working in what s known as your home directory (more on this later on). You type your commands at the shell prompt, and the shell interprets these commands and hands them over to the underlying operating system. The UNIX directory structure is hierarchical, starting with the root directory at the top, which is owned by the UNIX system administrator. From the root directory, the other directories branch out, and the files are underneath them. Let s say you are in the /u01/app/oracle directory when you log in, and you want to refer to or execute a program file located in the directory /u01/app/oracle/admin/ dba/script. To specify this location in the hierarchy to the UNIX system, you must give it a path. If you want, you can give the complete path from the root directory: /u01/app/oracle/admin/dba/ script. This is called the absolute path, because it starts with the root directory itself. You can also specify a relative path, which is a path that starts from your current location. In this example, the relative path for the file you need is admin/dba/script.