By Kinga Laura Dobolyi
Agnostic Programming: studying to layout and try easy Programming Algorithms is written for rookies who are looking to research easy programming techniques with out the main points of any specific programming language. instead of an in-depth dialogue of programming syntax and pointless definitions, this brief publication introduces the middle, foundational programming constructs with a test-driven method. brief, yet not easy programming routines are stumbled on on the finish of each bankruptcy. a great first programming e-book for college students who will proceed to software in a number of languages, with a heavy specialize in challenge fixing and checking out.
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Additional resources for Agnostic Programming: Learning to Design and Test Basic Programming Algorithms
How do I know we are done? Because I have written test cases for all subsets of three that I can create by having each element be from one of the partitions of the input space (so one equilateral, one isosceles, one scalene, and one invalid). Because order matters, I have supplemented these four basic tests where I have re-ordered their inputs into all three possible configurations (since there are three inputs). Then, I have examined every possible border case between the four types of triangles, and generated inputs accordingly, again accounting for ordering where necessary.
Then, swap the contents of these two numbers. ) 13. Read in two numbers from the user. Then, swap the contents of these two numbers, without using any other temporary storage. ) (solutions on next page) Solutions to Chapter 1 Exercises: 1. Order matters (because it’s subtraction).
You can see this was not the expected result. What was wrong with your code? Answer: It is most likely that your code mixed up the order of the two numbers, subtracting the first from the second, rather than the second from the first. Exercise: What are some other possible, but less likely explanations for what you might have witnessed in the exercise above? Answer: Alternatively, it’s possible that before you returned the result, you multiplied it by -1. It’s also possible that your code just always returns -36, no matter what the two inputs are.
Agnostic Programming: Learning to Design and Test Basic Programming Algorithms by Kinga Laura Dobolyi