By Joachim Rossberg, Rickard Redler
Professional Scalable .NET 2.0 program Designs explains the right way to plan and enforce .NET 2.0 purposes. It addresses platform, website hosting, and database standards, in addition to architectural layout suggestions that may be used to create the applying itself. for instance, the booklet illustrates a comparability among types, the "traditional" and the "new" SOA, to weigh the benefits and drawbacks of every. This publication additionally uses the latest model of net prone improvements (WSE 3.0), making sure you will have entry to the newest Microsoft criteria and recommendation.
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Qxd 24 9/21/05 5:43 PM Page 24 CHAPTER 1 ■ INTRODUCTION TO ENTERPRISE APPLICATION DESIGN of your classes. You can also see multiplicity and navigation indicators. Figure 1-14 shows the class Campaign and its attributes. In the real world, we would find out these attributes by talking to our customers and looking at our requirements. For the purposes of our example, let us say that the class has five attributes: Name, Start_date, End_date, Discount, and Sales_manager. Figure 1-14. The class Campaign and its five attributes Name is the name of the campaign.
As you can see, the design is still n-tier, in order to provide for maximum flexibility and scalability. Figure 1-3. An n-tier application model with integration that includes legacy systems Compare this to Figure 1-4, which portrays an ordinary n-tier application without integration. qxd 9/21/05 5:43 PM Page 7 CHAPTER 1 ■ INTRODUCTION TO ENTERPRISE APPLICATION DESIGN Figure 1-4. An ordinary n-tier application model Types of Integration As we see it, there are three kinds of integration: • Integration with legacy systems (within the enterprise) • Integration with actors outside the enterprise • Integration of the same business logic, with various end-user interfaces We’ll discuss each of these in more detail in the next sections.
During this time, hundreds of data and communications systems have grown up in the company, and so many, in fact, that nobody knows the exact number. These systems reside on different hardware and software platforms: 70 percent of these probably reside on mainframes, while the rest are scattered on client-server and PC systems. Data is transferred between these systems at different times. Some systems transfer or receive data in real-time, while others transfer or receive data in batches, on a daily, or even weekly, basis.