4. Complete the method `public ArrayList minToFront(ArrayList list)`, that adds a copy of the smallest value in `list` at index 0 (shifting the rest "down" one position) and returns the modified list. *Be sure to remember the Integer class constants we learned for min and max values!* 5. Complete the method `public ArrayList addOne(ArrayList list)`, that adds one to every element in `list` and returns the modified list. 6. Complete the method `public ArrayList removeDupes(ArrayList list)`, that removes the (back-to-back) duplicate value from `list`, only one value of the duplicate should remain in the list. 7. Complete the method `public ArrayList swapPairs(ArrayList list)`, that swaps every pair of numbers in `list` with the element immediately after it. So the first and second elements swap, the third and fourth elements swap, etc. If the ArrayList has an odd number of elements, the last element is ignored (remains the same). 8. Complete the method `public ArrayList removeLenN(ArrayList list, int n)`, that removes all Strings with a length of `n`. *Remember, the size of an ArrayList is dynamic – if you remove an element,*
4. Complete the method `public ArrayList minToFront(ArrayList list)`, that adds a copy of the smallest value in `list` at index 0 (shifting the rest "down" one position) and returns the modified list. *Be sure to remember the Integer class constants we learned for min and max values!* 5. Complete the method `public ArrayList addOne(ArrayList list)`, that adds one to every element in `list` and returns the modified list. 6. Complete the method `public ArrayList removeDupes(ArrayList list)`, that removes the (back-to-back) duplicate value from `list`, only one value of the duplicate should remain in the list. 7. Complete the method `public ArrayList swapPairs(ArrayList list)`, that swaps every pair of numbers in `list` with the element immediately after it. So the first and second elements swap, the third and fourth elements swap, etc. If the ArrayList has an odd number of elements, the last element is ignored (remains the same). 8. Complete the method `public ArrayList removeLenN(ArrayList list, int n)`, that removes all Strings with a length of `n`. *Remember, the size of an ArrayList is dynamic – if you remove an element,*
Database System Concepts
7th Edition
ISBN:9780078022159
Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Chapter1: Introduction
Section: Chapter Questions
Problem 1PE
Related questions
Question
100%
how would you do number 4? This is a non graded practice lab.
Transcribed Image Text:4. Complete the method `public ArrayList<Integer> minToFront(ArrayList<Integer> list)`, that adds a copy of the smallest value in `list` at index 0 (shifting the rest "down" one position) and returns the modified list. *Be sure to remember the Integer class constants we learned for min and max values!*
5. Complete the method `public ArrayList<Integer> addOne(ArrayList<Integer> list)`, that adds one to every element in `list` and returns the modified list.
6. Complete the method `public ArrayList<String> removeDupes(ArrayList<String> list)`, that removes the (back-to-back) duplicate value from `list`, only one value of the duplicate should remain in the list.
7. Complete the method `public ArrayList<Integer> swapPairs(ArrayList<Integer> list)`, that swaps every pair of numbers in `list` with the element immediately after it. So the first and second elements swap, the third and fourth elements swap, etc. If the ArrayList has an odd number of elements, the last element is ignored (remains the same).
8. Complete the method `public ArrayList<String> removeLenN(ArrayList<String> list, int n)`, that removes all Strings with a length of `n`. *Remember, the size of an ArrayList is dynamic – if you remove an element,*
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