By Mark J. Johnson

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Designed for a CS2 information constructions path, this article presents an intensive yet concise evaluate of information constructions in addition to a gentle advent to Java. It makes use of a concise kind and comprises pseudocode and workouts all through in order that scholars easy methods to write code, instead of simply learn it. The publication covers all the major components taught in CS2 classes, together with arrays, lists, stacks, queues, recursion, maps, and trees. Read more...

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Designed for a CS2 facts constructions path, this article presents a radical yet concise evaluate of information constructions in addition to a steady advent to Java. It makes use of a concise type and comprises pseudocode and workouts all through in order that scholars how to write code, instead of simply learn it. The booklet covers all the major parts taught in CS2 classes, together with arrays, lists, stacks, queues, recursion, maps, and timber

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I have examine half this publication, and located it to be respectable. The typo matters mentioned within the different stories do exist, yet i discovered them to be minor and simple to paintings round. i like the examples & dialogue of language basics. yet there's one colossal challenge. .. when you begin attending to the purpose the place typing the entire examples turns into painful (about the GUI programming section), you find that the "Companion site" [.

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Write a sum(int[] data) method for the ArrayFunctions class that returns the sum of the elements in the given array. Test your implementation in main(). 10. Write a max(int[] data) method for the ArrayFunctions class that returns the value of the largest element in the given array. Assume the array is nonempty, and test your implementation in main(). 11. Write a min(int[] data) method for the ArrayFunctions class that returns the value of the smallest element in the given array. You may assume the array is nonempty.

5 that reduces this fraction to its lowest terms. 1. Add calls to the reduce() function to other methods in the class where they are necessary. 9. Modify the reduce() method from the previous exercise to handle negative fractions correctly. Have the constructor make sure all denominators are positive, so that negative fractions have a negative numerator. abs() library function if you need absolute value. Chapter 2 Algorithm Analysis An important part of learning about data structures is understanding their performance.

7, provides a convenient method for tokenizing strings, returning a String array that contains the tokens. The split() method breaks a string into tokens at each occurrence of the expression passed as its parameter. split(":") returns the array {"Name", "Address", "City", "State", "Zip"} The split expression ":" is not kept as part of any of the tokens. 7: String Tokenizing String[] split(String expr) Returns an array of strings created by splitting this string at each occurrence of expr. The split expression can be any regular expression.