The problem for which you need to write a solution is as follows:
Each test is worth 0.05 points, so thisĬan give you a hint as to how many tests passed and how many failed. As the semester progresses, you will not be given the individual testsĪs a practice for this, there is an exercise on Gradescope with 20 test cases,īut you will not see the tests themselves. At first, you will see all of the tests and see if they This semester we will be using an autograder on Gradescope to give you hints about The programmer needs toīe able to convince themselves that their work is correct. In more realistic situations, there is no such tester. Last week you worked on solving several problems and using the CodeBatĪutograder/autotester to verify if your solution was correct. (This should be done individually, not as a group activity.) Writing bullet-proof code: instructions , (The quiz will be available on NYU Classes a few days before the due date.) The source code for Josephus class in section 6.2.4 in the textbook.The source code for solving matching parentheses and HTML tags in section.Code provided as application examples for stack and queues in the textbook:.
LINKED LIST STACK JAVA QUESTIONS CSCI QUIZ PDF
It is replicated for you in pdf andĬlasses that implement stack and queue ADTs in Java API: Javadoc documentation as well as the source code files for Java API that youĭownloaded at the beginning of the term. Implemented, what the performance is, …), you will take a quiz on NYUĬlasses that is based on the code.
LINKED LIST STACK JAVA QUESTIONS CSCI QUIZ HOW TO
chapter 9: sections 1-3 (you are not responsible for knowing how to implement it, but you shouldīe able to read the code that implements it).chapter 8: all sections (skip array-based representation of binary tree, and breadth-first traversal).chapter 4: only parts related to big-O notation, no proofs.(Note, there may be parts in these sections that we did not discuss in class explicitly, orįor which we used a different implementation.) performance results for all the discussed data structures and algorithms,īook sections that you are responsible for:.basics of hash tables (how it works, no implementation).priority queue, heap (how it works, no implementation).Linkage between nodes, implementation of methods that traverse all or part general trees (node structure, abstract view of the tree and the actual.stacks and queues (array based and reference based implementation).lists (array based and reference based implementation).You shouldĪttempt the problems before looking at the solutions. These problem sets are for the purpose of review for the final.
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