10. Consider the following code: .386 .model flat, stdcall .stack 4096 ExitProcess PROTO, dwExitCode : DWORD .data aVal SDWORD -6 bVal SWORD 19h cVal DWORD 17h .code mov edx, aVal add edx, edx mov eax, 0FFFFFFFFh mov ax, bVal sub edx, eax Show the content of edx and eax after executing each instruction in Hexadecima

10. Consider the following code: .386 .model flat, stdcall .stack 4096 ExitProcess PROTO, dwExitCode : DWORD .data aVal SDWORD -6 bVal SWORD 19h cVal DWORD 17h .code mov edx, aVal add edx, edx mov eax, 0FFFFFFFFh mov ax, bVal sub edx, eax Show the content of edx and eax after executing each instruction in Hexadecima

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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Consider the following piece of pseudocode:new DynamicArray dd[1] ← 1d[2] ← 2d[3] ← 3d[2] ← Ød[1] ← ØWhich of the following describes a linked list implementation of this pseudocode?a. Create a new empty linked list, insert a node (with value 1) with next pointer to null, insert a node (with value 2) at the end of list, insert a node (with value 3) at the end of list, remove end node.b. reate a new empty linked list, insert a node (with value 1) with next pointer to null, insert a node (with value 2) at the end of list, insert a node (with value 3) at the end of list, remove middle node, remove first node.c. Create a new empty linked list, insert a node (with value 1) with next pointer to null, insert a node (with value 2) at the beginning of list, insert a node (with value 3) at the end of list, remove end node.
can you modify the code to out put like the screen shot below ; A = (A + B) - (C + D) program .386.model flat,stdcall.stack 4096ExitProcess proto,dwExitCode:dword .codemain proc mov eax,55 ; assign value 55 to EAX (A) mov ebx,45 ; assign value 45 to EBX (B) mov ecx,35 ; assign value 35 to ECX (C) mov edx,25 ; assign value 25 to EDX (D) add eax,ebx ; EAX = EAX + EBX (A + B) add ecx,edx ; ECX = ECX + EDX (C + D) sub eax,ecx ; EAX = EAX - ECX (A + B) - (C + D) invoke ExitProcess,0main endpend main
S and Q are integer stacks and priority queues, respectively. C mod 3 is the priority of an element C joining the priority queue Q. In other words, the elements' priority numbers are either 0 or 1 or 2. What is the output of the following code if A, B, and C are integer variables? However, the queue procedures have been modified to work on a priority queue. 1.A = 102.B = 113.C = A+B4.while (C < 110) do5. if (C mod 3) = 0 then PUSH (S,C)6. else ENQUEUE (Q,C)7. A = B8. B = C9. C = A + B10.end11.while not EMPTY_STACK (S) do12. POP (S,C)13. PRINT (C)14.end15.while not EMPTY_QUEUE (Q) do16. DEQUEUE (Q, C)17. PRINT (C)18.end
Prepare a menu-driven C program for Inserting and deletionoperation for both a queue structure and a linked list of studentinformation which has the following structure declaration.struct student{ char Student_name[30];int TC;char address[20];char email[30];char mobile[12];char department[2];/* CE=Computer Engineering, E=English */};Define the following Initialized array of structure in your program.struct student HKU [10]={”Ahmet Osman”, 12005310,”Gaziantep”,”Ahmet@gmail.com”,“05531001020”,“CE”,”Sevgi Mert”, 12005311,”Konya”,” Sevgi@gmail.com”,“05531141990”,“E”,”Osman Kemal”, 12005312,”Istanbul”,” Osman@gmail.com”,“05531331023”,“CE”,”Mert Osman”, 12005313, ”Antalya”,” Mert@gmail.com”,“05531041424”,“CE”,”Ayse Omer”, 12005314,”Ankara”,” Ayse@gmail.com”,“05531087412”,“E”,”Kemal ali”, 12005315, ”Izmir”,” Kemal@gmail.com”,“05535471028”,“CE”,”Lale Can”, 12005316, ,”Trabzon”,” Lale@gmail.com”,“05534712036”,“E”,”Sefer Mert”, 12005317, ”Mardin”,” Sefer@gmail.com”,“05531078621”,“CE”,”Meral…
This problem considers a linked list that has been created in memory. We know the linked list consists of 2 nodes, we know one of the nodes resides at address 0x00007fffffffea40 and has the following declaration in C. struct lnode { struct lnode *prev; struct lnode *next; char first; char *word; int length; }; We decide to look at the node in gdb and see the following: (gdb) x/4xg 0x555555554774 0x555555554774: 0x6f72203136325343 0x6c65480021736b63 0x555555554784: 0x3b031b0100216f6c 0x000000060000003c (gdb) x/14xg $rsp 0x7fffffffea00: 0x00007fffffffeb58 0x00000001756e6547 0x7fffffffea10: 0x00007fffffffea40 0x0000000000000000 0x7fffffffea20: 0x0000000000000043 0x0000555555554774 0x7fffffffea30: 0x000000000000000c 0x000055555555473d 0x7fffffffea40: 0x0000000000000000 0x00007fffffffea10 0x7fffffffea50: 0x0000000000000048 0x0000555555554781 0x7fffffffea60: 0x0000000000000006 0x2248a3a88ddbb600 Fill-in the following blanks for the node starting…
This problem considers a linked list that has been created in memory. We know the linked list consists of 2 nodes, we know one of the nodes resides at address 0x00007fffffffea40 and has the following declaration in C. struct lnode { struct lnode *prev; struct lnode *next; char first; char *word; int length; }; We decide to look at the node in gdb and see the following: (gdb) x/4xg 0x555555554774 0x555555554774: 0x6f72203136325343 0x6c65480021736b63 0x555555554784: 0x3b031b0100216f6c 0x000000060000003c (gdb) x/14xg $rsp 0x7fffffffea00: 0x00007fffffffeb58 0x00000001756e6547 0x7fffffffea10: 0x00007fffffffea40 0x0000000000000000 0x7fffffffea20: 0x0000000000000043 0x0000555555554774 0x7fffffffea30: 0x000000000000000c 0x000055555555473d 0x7fffffffea40: 0x0000000000000000 0x00007fffffffea10 0x7fffffffea50: 0x0000000000000048 0x0000555555554781 0x7fffffffea60: 0x0000000000000006 0x2248a3a88ddbb600 Fill-in the following blanks for the node…
Q #3. Apply concepts of Advanced Data Structures to implement a Students Book as adoubly linked list. Each node in the Student Book will contain ‘Name’, ‘RegNumber’,‘CGPA and ‘Age’ of the student. Following operations can be performed on the StudentBook.• Constructor to create and Destructor to destroy the Student Book• Add a Student if it is not already present in the Book.• Delete a Student from the Book.• Search a Student in the Student Book using Name or Reg. Number. If founddisplay its details. If not found, display ‘Student not found’.• Display the Student details in forward and reverse order• In main (), define an object of type StudentBook. Get details of 10 student fromthe user and add to the StudentBook. Ask the user, if the user wants to display,search or delete a student and perform the required actions, accordingly.
Select true or false for the statements below. Explain your answers if you like to receive partial credit 4) Given a stack implemented as a standard linked list (only a head pointer) with O(1)push and O(1) pop, and the following functions are performed in sequence:Push(“Charmander”), Push(“Squirtle”), Push(“Bulbasaur”), Pop(), Push(“Larvitar”),Push(“Eevee”), Pop(), Pop()Which of the following is true after all the functions are executed?a. Charmander and Squirtle will be the only elements left on the stackb. The head node will be pointing to Charmanderc. If you Push(“Pikachu”), it will be the last node of the linked list
Given the desired order in which the manatees are to arrive down south, how do I dermine if there is any way Hugh can use the drainpipe to achive the desired order? This problem can be solved by using a stack. A stack is an ordered collected of elements that operations to push(), peek(), pop(). In Java the interface Deque has those operations. The ArrayDeque class implements the Deque Interface. Input All input is to be read from the standard input stream. The input consists of several blocks of lines and is terminated by a line with just 0. The first line of each block indicates the number of manatees 0 < N < 100,000. In each of the next lines of the block there is a permutation of the numbers 1, 2, ..., N. For N=3, the permutation 2 3 1 means that the first manatee needs to be placed at the end of line and that the second manatee needs to be placed at the front of the line. The last line of each block contains just 0 signaling the end of the block. Output For each permutation…
Consider a “superstack” data structure which supports four operations: create, push, pop, andsuperpop. The four operations are implemented using an underlying standard stack S as shownbelow.def create():S = Stack.create()def push(x):S.push(x)def pop():return S.pop()def superpop(k,A): // k is an integer, A is an array with size >= ki = 0while i < kA[i] = S.pop()i = i + 1Show that each of these operations uses a constant amortized number of stack operations. In yoursolution:• Define your potential function Φ.• State, for each operation, its actual time, the change in potential, and the amortized time.3. Suppose we add a superpush operation to the superstack from Problem 2. The superpush operationis defined as follows:def superpush(k,A): // k is an integer, A is an array with size >= ki = 0while i < kS.push(A[i])i = i + 1Is it still true that each of the superstack operations uses a constant amortized number of stackoperations? Answer YES or NO.• If your answer is YES, give an…
Implement the BinaryHeap ADT in a file BinaryHeap.cpp #ifndef BINARY_HEAP_H#define BINARY_HEAP_H#include <assert.h>#include <vector>#include <iostream>using namespace std; // BinaryHeap class//// CONSTRUCTION: with an optional capacity (that defaults to 100)//// ******************PUBLIC OPERATIONS*********************// void insert( x ) --> Insert x// void deleteMin( ) --> Remove smallest item// void deleteMin(minItem)--> Remove smallest item and store the minimum in minItem// C findMin( ) --> Return smallest item// bool isEmpty( ) --> Return true if empty; else false// void makeEmpty( ) --> Remove all items template <typename C>class BinaryHeap{ public: BinaryHeap( int capacity = CAP ) : items( capacity ), currentSize( 0 ) { } bool isEmpty( ) const { return currentSize == 0; } /** * Find the smallest item in the priority queue. * Return the smallest item */…
java program: University of Bahrain College of Information Technology Department of Computer Science Second Semester, 2020-2021 ITCS214 / ITCS215 / ITCS216 (Data Structures) Assignment 3 Implement generic class ArrayStack as discussed in the lectures having following methods: constructor, push, pop, peek, isEmpty, copy constructor, reallocate (private method). Also add following methods to this class: size: returns number of elements in the stack. contains: Search an element in the stack. If found returns true, else returns false. clear: Deletes all elements of the stack and make it empty stack. Implement generic class ArrayQueue as discussed in the lectures having following methods: constructor, copy constructor, offer, poll, peek, isEmpty, reallocate(private), iterator. Inner class Iter that implements interface Iterator having methods: constructor, hasNext, next. Also add following methods to the ArrayQueue class: size: returns number of elements in the queue. contains: Search…