WAF to sort given array using selection sort main.c1 #include "main.h"23/* Main Function */4 int main()5- {6789101112131415161718-1920212223242526223327282930313233 }34Show Transcribed Textint i, limit, option;/* Scanning the size */printf("Enter the size of an array\scanf("%d", &limit);/* Declaring the array with size */data t arr[limit];6}7printf("Enter the array elements\n'for (i = 0; i < limit; i++){/* Scanning the array elementsscanf("%d", &arr[i]);}/* Calling the function to bubble sselection (arr, limit);printf("Sorted array is : ");for (i = 0; i < limit; i++){printf("%d ", arr[i]);}return 0;>>MERTXElection.c1 #include "main.h"23 data t selection (data_t *arr, data_t size )4- {5 Selection SortTitleFilenameDescriptionInputOutputSamplePrototype ptrShow Transcribed TextSelection Sortselection.cWrite a function to sort given arrayusing selection sort5432112345void selection_sort(int *ptr): Base address of the integerarrayreturn: voidRequested filesmain.h1 #ifndef MAIN_H2 #define MAIN_HI56734 #includetypedef int data_t;data t selection (data_t *arr, data_t size8910 #endif

Algorithm: Selection SortInput: An array of elements to be sorted.Output: The array is sorted in…

Selection Sort Title Filename Description Input Output Sample Prototype ptr Show Transcribed Text Selection Sort selection.c Write a function to sort given array using selection sort 54321 12345 void selection_sort(int *ptr) Requested files main.h 5 6 7 : Base address of the integer array return: void 1 #ifndef MAIN_H 2 #define MAIN_H 3 I 4 #include 8 9 10 typedef int data_t; data t selection(data_t *arr, data_t size #endif

Selection Sort Title Filename Description Input Output Sample Prototype ptr Show Transcribed Text Selection Sort selection.c Write a function to sort given array using selection sort 54321 12345 void selection_sort(int ptr) Requested files main.h 5 6 7 : Base address of the integer array return: void 1 #ifndef MAIN_H 2 #define MAIN_H 3 I 4 #include 8 9 10 typedef int data_t; data t selection(data_t arr, data_t size #endif

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

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Write the implementations of functionscopy1 and copy2 for copying strings. copy1 uses array index notation. copy2 uses Pointers andPointer Arithmetic.#include <stdio.h>#define SIZE 10void copy1(char* s1, const char* s2); // prototypevoid copy2(char* s1, const char* s2); // prototypeint main(void){char string1[SIZE]; // create array string1char *string2 = "Hello"; // create a pointer to a stringcopy1(string1, string2);printf("string1 = %s\n", string1);char string3[SIZE]; // create array string3char string4[] = "Good Bye"; // create an array containing a stringcopy2(string3, string4);printf("string3 = %s\n", string3);}void copy1(char* s1, const char* s2){//Implement copying string using array index notation}void copy2(char* s1, const char* s2){//Implement copying string using Pointers and Pointer Arithmetic }
15.14 LAB: Binary search Binary search can be implemented as a recursive algorithm. Each call makes a recursive call on one-half of the list the call received as an argument. Complete the recursive function BinarySearch() with the following specifications: Parameters: a target integer a vector of integers lower and upper bounds within which the recursive call will search Return value: the index within the vector where the target is located -1 if target is not found The template provides the main program and a helper function that reads a vector from input. The algorithm begins by choosing an index midway between the lower and upper bounds. If target == integers.at(index) return index If lower == upper, return -1 to indicate not found Otherwise call the function recursively on half the vector parameter: If integers.at(index) < target, search the vector from index + 1 to upper If integers.at(index) > target, search the vector from lower to index - 1 The vector…
15.14 LAB: Binary search Binary search can be implemented as a recursive algorithm. Each call makes a recursive call on one-half of the list the call received as an argument. Complete the recursive function BinarySearch() with the following specifications: Parameters: a target integer a vector of integers lower and upper bounds within which the recursive call will search Return value: the index within the vector where the target is located -1 if target is not found The template provides the main program and a helper function that reads a vector from input. The algorithm begins by choosing an index midway between the lower and upper bounds. If target == integers.at(index) return index If lower == upper, return -1 to indicate not found Otherwise call the function recursively on half the vector parameter: If integers.at(index) < target, search the vector from index + 1 to upper If integers.at(index) > target, search the vector from lower to index - 1 The vector…
PYTHON import randomrandom.seed = 1 class array: def __init__(self, valuelist): self.__atos = valuelist.copy() # this variable is the array that holds the data def additem(self, value): # adds a item to the array def printarray(self): # prints the self.atos def __contains__(self, key): # To test the binary search change the "__linearsearch" to "__binsearch" return self.__linearsearch(key) def __linearsearch(self, key): # Implements the linear search to find an item in the array ####################################################################### # Remove the pass and write code ####################################################################### pass ####################################################################### # End code ####################################################################### def __binsearch(self, key): temp = sorted(self.atos)…
Q: Convert this to sorted array #include<iostream> #include"Student.cpp" class StudentList { private: struct ListNode { Student astudent; ListNode *next; }; ListNode *head; public: StudentList(); ~StudentList(); int IsEmpty(); void Add(Student newstudent); void Remove(); void DisplayList(); }; StudentList::StudentList() { head=NULL; }; StudentList::~StudentList() { cout <<"\nDestructing the objects..\n"; while(IsEmpty()!=0) Remove(); if(IsEmpty()==0) cout <<"All students have been deleted from a list\n"; }; int StudentList::IsEmpty() { if(head==NULL) return 0; else return 1; }; void StudentList::Add(Student newstudent) { ListNode *newPtr=new ListNode; if(newPtr==NULL) cout <<"Cannot allocate memory"; else { newPtr->astudent=newstudent; newPtr->next=head; head=newPtr; } }; void StudentList::Remove() { if(IsEmpty()==0) cout <<"List empty on remove"; else { ListNode *temp=head;…
I have the following JAVA CODE: deleteButton.addActionListener((e -> {int row= table.getSelectedRow();if (row>= 0) {String uName = (String) table.getValueAt(selectedRow, 0);JSONArray array= readJSONFile("sample.json");for (int i = 0; i < deleteArray.size(); i++) {JSONObject obj = (JSONObject) deleteArray.get(i);String username= (String) obj.get("username");if (uName.equals(currentUName)) {array.remove(i);tableModel.removeRow(row);break;}}}}));} Please make a code that will delete the details on the selected row on the JSON file.
please code in python, correct the code please def solution(S): result = [] word_counts = {} for i, word in enumerate(S): sorted_word = ''.join(sorted(word)) if sorted_word in word_counts: word_counts[sorted_word].append(i) else: word_counts[sorted_word] = [i] for word in S: sorted_word = ''.join(sorted(word)) indices = word_counts[sorted_word] result.append(indices[0]) # Update word_counts to remove the used index only if it has more than one index if len(indices) > 1: word_counts[sorted_word] = indices[1:] return result s = ["abc", "bca", "dbe"]result = solution(s)print(result) this is the expected output: # Output: [0, 2, 1]I am getting [0,1,2]
import java.util.Scanner;import java.util.ArrayList; public class UserIDSorting {// TODO: Write the partitioning algorithm - pick the middle element as the // pivot, compare the values using two index variables l and h (low and high), // initialized to the left and right sides of the current elements being sorted,// and determine if a swap is necessarypublic static int partition(ArrayList<String> userIDs, int i, int k) {} // TODO: Write the quicksort algorithm that recursively sorts the low and // high partitionspublic static void quicksort(ArrayList<String> userIDs, int i, int k) {} public static void main(String[] args) {Scanner scnr = new Scanner(System.in); ArrayList<String> userIDList = new ArrayList<String>(); String userID; userID = scnr.next();while (!userID.equals("-1")) {userIDList.add(userID);userID = scnr.next();}// Initial call to quicksort quicksort(userIDList, 0, userIDList.size() - 1); for (int i = 0; i < userIDList.size(); ++i)…
1. Sorting• Begin by filling an array with random numbers:import numpy as npnp.random.seed(1012)DATASIZE = 1000MAX_VALUE = 10000000data = np.random.randint(0, MAX_VALUE, size=DATASIZE)• Write a function that is passed a numpy array. The function should walkthrough the array element-by-element, comparing the current element tothe next element. Swap if the next is smaller than the current – sortingthese two elements.• Write a second function that calls the above function n times, where n isthe number of elements (size) of the array. Pass the same numpy arrayeach time. 2. Bubble Sort• The sort from part 1 can be improved. If the data passed to be sorted isalready sorted, it still performs all of the work, as if the array was notsorted.Make two improvements:• Change the first function (the one that does the comparisons), so that it returns aboolean that states whether the array is sorted. Make use of that boolean to stopcalling the first function if the array is sorted.• Consider…
1. Sorting• Begin by filling an array with random numbers:import numpy as npnp.random.seed(1012)DATASIZE = 1000MAX_VALUE = 10000000data = np.random.randint(0, MAX_VALUE, size=DATASIZE)• Write a function that is passed a numpy array. The function should walkthrough the array element-by-element, comparing the current element tothe next element. Swap if the next is smaller than the current – sortingthese two elements.• Write a second function that calls the above function n times, where n isthe number of elements (size) of the array. Pass the same numpy arrayeach time.
test_var = 'AAMMTTMT';//test_var is testing variable takenarray = test_var.split('');//string is split into the array function SWAP(TAM, i, j)//function to swap{temp = TAM[i];TAM[i] = TAM[j];TAM[j] = temp;}function sort_AMT(TAMUK)//function to sort the array{for(i = 0; i<TAMUK.length;i++){for(j = 0; j<TAMUK.length-1;j++){if(TAMUK[i]<TAMUK[j])SWAP(TAMUK,i,j);}}console.log(TAMUK);} sort_AMT(array);//function call How to write an HTML code for this javascript result/output? where the result will be displayed in HTML page.
test_var = 'AAMMTTMT';//test_var is testing variable takenarray = test_var.split('');//string is split into the array function SWAP(TAM, i, j)//function to swap{temp = TAM[i];TAM[i] = TAM[j];TAM[j] = temp;}function sort_AMT(TAMUK)//function to sort the array{for(i = 0; i<TAMUK.length;i++){for(j = 0; j<TAMUK.length-1;j++){if(TAMUK[i]<TAMUK[j])SWAP(TAMUK,i,j);}}console.log(TAMUK);} sort_AMT(array);//function call Can I have this program output and code in HTML page?