Bioinformatics Software Engineering: Delivering Effective by Paul Weston

By Paul Weston

Content material:
Chapter 1 What you must recognize (pages 1–7):
Chapter 2 what's software program Engineering? (pages 9–13):
Chapter three venture Definition (pages 15–20):
Chapter four requisites catch (pages 21–31):
Chapter five keeping apart functionality, Interface and Implementation (pages 33–38):
Chapter 6 Implementation issues (pages 39–44):
Chapter 7 evidence of suggestion, Prototyping and Buy?In (pages 45–51):
Chapter eight facts in, information out and knowledge Transformation (pages 53–62):
Chapter nine the place to begin? (pages 63–71):
Chapter 10 practical, Then Optimized (pages 73–78):
Chapter eleven Coding variety (pages 79–85):
Chapter 12 Writing the pleasant guide (pages 87–92):
Chapter thirteen checking out – What and whilst (pages 93–99):
Chapter 14 Rollout and supply (pages 101–107):
Chapter 15 help and suggestions (pages 109–111):
Chapter sixteen deliberate and Unplanned improvements (pages 113–116):
Chapter 17 venture Signoff (pages 117–120):

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Extra resources for Bioinformatics Software Engineering: Delivering Effective Applications

Example text

This chapter suggests a useful way of looking at what your code has to do, by adopting a data processing perspective. It describes two simple techniques that you can use to illustrate both what will be happening as your program runs and what information it will be working on. Begin, process, end: process flow diagrams Process flow diagrams are like a map of the screen drawings that you create with your customers. They focus on the decision path. Developing them is simply a matter of asking what alternative actions can be performed at which point, and what happens after each choice.

3. How much? In general, things are worth what someone will pay for them. The important point to make here is that you can make people realize that you are worth more than they thought, if you can make it clear to them how good a fit there is between what they need and what you can provide. I would be less willing to hire someone who sold themselves as ‘a programmer’, and more interested in the candidate who had demonstrably analyzed their strengths and matched them to the job description. Going through this process for yourself will better equip you to do something on similar lines for your customer’s product – what it is, who it is aimed at, why they will prefer it to the alternatives.

We can, by using some very basic techniques. First, ask yourself what could go wrong when your program tries to perform the action. Let’s consider the parameters. What happens if a parameter is missing? How can we check whether a parameter is missing? What happens if a parameter is wrong? Now we can immediately see that we need to break this high-level action definition down into a more detailed definition of how it is to be performed. Before the program even starts to do what the user wants, it has to do a great deal of processing that its users may never see.

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