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1. This is an example of defensive programming.

2. Combining defensive programming techniques with aspect-oriented programming (through design by contract) is one way to keep the strong line of defense without all the repetitive coding.

3. For this type of problem, developers often employ defensive programming techniques that aim to catch potential errors before they wreak havoc.

4. Defensive Programming: your code must not make assumptions about anything received over the network.

5. The next column covers defensive programming techniques (in C), and explains why certain system calls are problematic and what to do instead.

5. Sentencedict.com try its best to collect and create good sentences.

6. Defensive programming is all about having assertions at the right place in your code.

7. Object verification is a classic defensive programming strategy for dealing with uncertainty.

8. While defensive programming effectively guarantees the condition of one method's input, it becomes repetitive if it is pervasive across a series of methods.

9. Defensive programming constructs have prevented many a defect, but the constructs themselves tend to litter code with repetitive logic.

10. Find out what happens when you combine defensive programming, design by contract, and an easy-to-use generic validation framework called OVal.

11. Finding all the fields in advance is a defensive programming step to eliminate one of the potential problems with using reflection.

12. In this case, defensive programming seems to have done the trick.

13. Those familiar with aspect oriented programming, or AOP, will recognize this as a crosscutting concern, meaning that defensive programming techniques span horizontally across a code base.

14. But here's where I'm going to practice a little bit of defensive programming.

15. It's the same computation. But this is a nice way of writing it, often called defensive programming.