test cases for bubble sort

C language sorting algorithm of the simple exchange of sorting, direct selection of sorting, bubble sort, the recent test to use, there are many examples on the Internet, I think it is to write their own to understand some. Simple Exchange Method sorting1 / * Simple Exchange MethodSort2 The position of the two records in the sequence based on the comparison o

First, bubble sort Copy CodeThe code is as follows: Bubble sort function Bubble_sort ($array) { $count =count ($array); if ($count return false; } for ($i =0; $i for ($j =0; $j if ($array [$j] > $array [$j +1]) { $temp = $array [$j]; $array [$j]= $array [$j +1]; $array [$j +1]= $temp; } } } return $array; } Second,

First, bubble sortFirst outer loop (i=0): N number is not sorted, to compare n-1 timesSecond outer loop (I=1): n-1 number is not sorted, to compare n-2 timesN-1 Outer Loop (i=n-2): 2 left unsorted, to compare 1 times(1+2+...+n-1) =n (n-1)/2METHOD1:After each outer loop, there is a large number of sink. Public Static voidMETHOD1 (int[] Array) { intn=Array.Length; for(inti = 0; i ) { for(intj = 0; J ){ if(Array[

First, bubble sort Copy Code code as follows: Bubble sort function Bubble_sort ($array) { $count =count ($array); if ($count return false; } for ($i =0; $i For ($j =0 $j if ($array [$j] > $array [$j +1]) { $temp = $array [$j]; $array [$j]= $array [$j +1]; $array [$j +1]= $temp; } } } return $arr

Bubble Sort Method Topic Description: Use a one-dimensional array to store the number and score, and then sort the output by grade. Input: Enter the first line to include an integer N (1The next n rows consist of two integers p and q, representing each student's number and grade, respectively. Output: According to the students ' grades from small to large t

Bubble sortThought: An array of double loops, judging the left and right adjacent to the two values, large at the left of the small, if the left is larger than the right, the two sides replace the positionThe length of the array is reduced by one because the array starts with 0, for example an array has 7 elements, and its length is 7, respectively.A[0],A[1],A[2],A[3]A[4],A[5],A[6] These 7 so when you want to take the last a[6 in the array, you need t

First, the basic ideaBubble sort is a sort of numeric-based exchange, starting with the first element, and comparing it to an element immediately following it, if the current number is larger, then the values of the two are exchanged, then the larger elements move backwards like bubbles. The nth order allows the nth element to go backwards in the past. After a "bubbling operation" such as n-1, the entire se

;i10000; i++) - { -a[i]=10000-i; A } +QuickSort (A,0,9999); the //Bubblesort (a,9999); - /*for (int i=0;i $ { the printf ("%d\n", A[i]); the } */ the return 0; the}The running results show:Bubble sorting and quick sort performance are similar when the amount of data is small, bubbling can sometimes be more expensive, probably because of the reason for the recursive function to go into the stack for a quick run ...But as the amo

faster than bubble sorting.4. SummaryThe above three kinds of sorting, bubbling , selecting , inserting with large o notation all require O (N2) time level. bubbling sorting is not generally selected , although bubbling sort writing is the simplest, but the average performance is not to choose sort and insert sort we

Design 10 or more test cases to complete the functional testing of staple staples(1) using different paper material thickness, using the same specifications staples, to see if the stapler is working properly(2) using different specifications of staples, using the same thickness of paper material, to see if the stapler is working properly(3) Test stapler is used i

Bubble Sort algorithm:@Test Public voidsort () {int[] Array = {4,7,1,2,5,8,6,3}; for(inti=0;i){ for(intj=0;j){ if(array[j]>array[j+1]){ inttemp =Array[j]; ARRAY[J]= Array[j+1]; Array[j+1] =temp; } } } for(inti=0;i) {System.out.println (array[i]); } }Quick sort:The most commonly us

sorted out, and does not stop this will be a waste of time complexity. 3 * Analysis: When the large number is constantly moving back, the next time the sorting test again found that the current is already in sequence, then no longer continue to loop directly out4 * The time-saving complexity here is worth it: the number of times for the For loop is reduced: for example {1, 3, 2, 9, 4}5 * After the first bubble