Computer Science calculate the big O notation for each method in the class : public class ArrayStack implements Stack{ private static int CAPACITY = 500; private E[] Websites; private int top; public ArrayStack() { Websites=(E[]) new Object[CAPACITY]; top = 0; } // Constructor with a parameter for the capacity public ArrayStack(int capacity) { Websites=(E[]) new Object[CAPACITY]; //Website is created with the inserted capacity top = 0; } public void push(E entry) { assert top Websites[top] = entry; //Insert the entry top++; //Increment the top by one } public E pop() { assert !isEmpty(); top--; //Decrement the top by one return Websites[top]; //the removed UrL } ) public void clear( ) { top = 0; } public E peek() { assert !isEmpty();//Checks if the stack is not empty return Websites[top-1]; } public boolean isEmpty() { return (top == 0); } public boolean isFull() { return (top == CAPACITY); } public int size() { return top; } } For Example : public E pop() { assert !isEmpty(); top--; return Websites[top]; } the big O notation for this method is O(1).
Computer Science calculate the big O notation for each method in the class : public class ArrayStack implements Stack{ private static int CAPACITY = 500; private E[] Websites; private int top; public ArrayStack() { Websites=(E[]) new Object[CAPACITY]; top = 0; } // Constructor with a parameter for the capacity public ArrayStack(int capacity) { Websites=(E[]) new Object[CAPACITY]; //Website is created with the inserted capacity top = 0; } public void push(E entry) { assert top Websites[top] = entry; //Insert the entry top++; //Increment the top by one } public E pop() { assert !isEmpty(); top--; //Decrement the top by one return Websites[top]; //the removed UrL } ) public void clear( ) { top = 0; } public E peek() { assert !isEmpty();//Checks if the stack is not empty return Websites[top-1]; } public boolean isEmpty() { return (top == 0); } public boolean isFull() { return (top == CAPACITY); } public int size() { return top; } } For Example : public E pop() { assert !isEmpty(); top--; return Websites[top]; } the big O notation for this method is O(1).
Computer Networking: A Top-Down Approach (7th Edition)
7th Edition
ISBN:9780133594140
Author:James Kurose, Keith Ross
Publisher:James Kurose, Keith Ross
Chapter1: Computer Networks And The Internet
Section: Chapter Questions
Problem R1RQ: What is the difference between a host and an end system? List several different types of end...
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Computer Science
calculate the big O notation for each method in the class :
public class ArrayStack implements Stack{
private static int CAPACITY = 500;
private E[] Websites;
private int top;
public ArrayStack() {
Websites=(E[]) new Object[CAPACITY];
top = 0;
}
// Constructor with a parameter for the capacity
public ArrayStack(int capacity) {
Websites=(E[]) new Object[CAPACITY]; //Website is created with the inserted capacity
top = 0;
}
public void push(E entry) {
assert top Websites[top] = entry; //Insert the entry
top++; //Increment the top by one
}
public E pop() {
assert !isEmpty();
top--; //Decrement the top by one
return Websites[top]; //the removed UrL
}
)
public void clear( ) {
top = 0;
}
public E peek() {
assert !isEmpty();//Checks if the stack is not empty
return Websites[top-1];
}
public boolean isEmpty() {
return (top == 0);
}
public boolean isFull() {
return (top == CAPACITY);
}
public int size() {
return top;
}
}
For Example :
public E pop() {
assert !isEmpty();
top--;
return Websites[top];
}
the big O notation for this method is O(1).
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