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CATEGORIES OF CASE TOOLS. CASE tools support individual aspects or stages of the systems development process, groups or related aspects, or the whole process. Upper CASE (U-CASE) tools focus primarily on the design aspects of systems development, for example, tools that create data ow or entityrelationship diagrams. Lower CASE (L-CASE) tools help with programming and related activities, such as testing, in the later stages of the life cycle. Integrated CASE (I-CASE) tools incorporate both U-CASE and L-CASE functionality and provide support for many tasks throughout the SDLC. CASE tools may be broken down into two subcategories: toolkits and workbenches. A toolkit is a collection of software tools that automates one type of software task or one phase of the software development process. A CASE workbench is a collection of software tools that are interrelated based on common assumptions about the development methodology being employed. A workbench also uses the data repository containing all technical and management information needed to build the software system. Ideally, workbenches provide support throughout the entire software development process and help produce a documented and executable system. CASE tools have several advantages:

Electrospray ionization is a convoluted process that involves a large number of steps, each having a profound effect on the outcome of the measurements. It occurs upon forcing a continuous ow of conducting liquid through a metal capillary (needle), which is maintained at a high electrostatic potential (as discussed in 3). Such conditions often cause liquid spray and form aerosol particles, a phenomenon that was explored in detail and photographed by John Zeleny in 1917 (1). The electrospray process was rediscovered in the early 1950s and thoroughly investigated in the following several decades. Aerosol production may occur in a variety of functional modes, which have been reviewed by Cloupeau and Prunet-Foch (2). One of the most commonly observed modes of aerosol formation is a dripping mode (or eld enhanced dripping ), in which drops are formed at regular time intervals. The drops usually have a diameter exceeding that of the capillary; however, such main drops can sometimes be accompanied by formation of several satellite drops (2). In a microdripping mode the emission also occurs with single droplets (as in the conventional dripping mode), but the droplets have much smaller diameter compared to that of the capillary. A jet appears at the apex of the liquid meniscus, and liquid begins to accumulate at the end of the jet, nally resulting in the formation of a single droplet. Following the droplet separation and jet retraction, the cycle begins again (2). This regime can

Listing 12-17 (continued)

/* * main.c driver program */ #include <stdio.h> #include msg.h int main(int argc, char *argv[]) { char msg_hi[] = { Hi there, programmer! }; char msg_bye[] = { Goodbye, programmer! }; printf( %s\n , msg_hi); prmsg(msg_bye); return 0; }

This palette shows you the properties set for a selected object in terms of how it relates to the layout of the panel that it resides in. If the selected object is in a grid panel for example, then in the Layout palette you can specify a row and column in the grid for the selected object. You can set margins to determine the position of an object within a layout panel, and you can set the size of the object. For more information about Auto as a size, see the section Auto Sizing earlier in this chapter. The Layout palette is invaluable for enabling you to set properties that result in a fully resizable user interface.

The configuration of LSP, LSP-Path, and related components are required only in the HE router. Figure 3.12 illustrates a sample network showing configuration of an LSP with two LSP-Paths. In this sample network, an LSP with multiple protections, including FRR and Secondary LSP, is defined as in the following list: