Programming

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Fnyru1995

Programming

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Please look at the attachment and do the work then before you send me the assignment, I need you to make sure that

1. All the work is in Jave file.

2. Screenshots for the outputs.

3. Provide comments in each step

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COSC 237 – ASSIGNMENT 04 Submission Instruction Failure to follow the below instructions will result in a 20% penalty. 1. Do each programming problem in a single file with the name format: “_HW_XX_YY.java” where XX is the assignment number and YY is the problem number. For instance, for assignment 01 and student name “David Smith”, the filenames would be “Smith_HW_01_01.java”, “Smith_HW_01_02.java”, etc for questions #1, #2, and so on. 2. When you are done, create a folder named “__HW_XX” and put all your .java and input files or test files (NO .o or .class files) in this folder. For example: folder name “David_Smith_HW_01” for student name “David Smith”. No .class files or test files should be included. 3. Finally, create a ZIP file of this folder with the same name (i.e., “David_Smith_HW_01.zip”) and submit it over Blackboard. If you have an issue, change the file extension to .txt (i.e., change “David_Smith_HW_01.zip” to “David_Smith_HW_01.txt”) and resubmit. Use the provided interface BinaryTreeADT and class BinaryTree (given at end of the lecture), implemente the following the methods WITHOUT using recursion. 1. [15pts] Method leavesCount(root) to count how many leave nodes the tree starting at root has. 2. [45pts] In order, pre order and post order tree traversals. 3. [40pts] insert() and delete() methods. Note: You have to implement those methods without using recursion. Solutions similar to those provided in the lecture will result in 0 points. Use the provided interface BinaryTreeADT and class BinaryTree (given at end of the lecture), implemente the following the methods WITHOUT using recursion. 1. [15pts] Method leavesCount(root) to count how many leave nodes the tree starting at root has. 2. [45pts] In order, pre order and post order tree traversals. 3. [40pts] insert() and delete() methods. Note: You have to implement those methods without using recursion. Solutions similar to those provided in the lecture will result in 0 points.
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