EBK BUILDING JAVA PROGRAMS
EBK BUILDING JAVA PROGRAMS
4th Edition
ISBN: 9780134323718
Author: Stepp
Publisher: PEARSON CUSTOM PUB.(CONSIGNMENT)
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Chapter 12, Problem 18E

Explanation of Solution

Program:

//Import required packages

import java.util.Stack;

//Definition of class Test

public class Test

{

    //Declare the variable

    public int top;

    //Definition of main method

    public static void main(String[] args) {

        //Call the method

        waysToClimb(4);

    }

    //Definition of method waysToClimb()

    public static void waysToClimb(int stairs)

    {

        //Create an object for stack

        Stack<Integer> value = new Stack<Integer>();

        //Call the recursive method waysToClimn()

        waysToClimb(stairs, value);

    }

    //Definition of method waysToClimn

private static void waysToClimb(int stairs, Stack<Integer> value)

    {

        //Check whether the staris less than or equal to 0

        if (stairs <= 0)

        {

            //Print the value

            System.out.println(value);

        }

        //Otherwise

        else {

            //Push the value to the stack

            value.push(1);

            //Call the recursive method waysToClimb

            waysToClimb(stairs - 1, value);

            //Pop the value from the stack

            value...

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Consider the following relational schema and briefly answer the questions that follow:   Emp(eid: integer, ename: string, age: integer, salary: real)  Works(eid: integer, did: integer, pct_time: integer)  Dept(did: integer, budget: real, managerid: integer)      a. Define a table constraint on Dept that will ensure that all managers have age > 30. b. Write SQL statements to delete all information about employees whose salaries exceed that of the manager of one or more departments that they work in. Be sure to ensure that all the relevant integrity constraints are satisfied after your updates.
Consider the following relations:     Student(snum: integer, sname: string, rmajor: string,          level: string, age: integer)   Class(cname: string, meets_at: time, room: string, fid: integer)   Enrolled(snum: integer, cname: string)   Faculty(fid: integer, fname: string, deptid: integer)     The meaning of these relations is straightforward; for example, Enrolled has one record per student-class pair such that the student is enrolled in the class.     2. Express each of the following integrity constraints in SQL unless it is implied by the primary and foreign key constraint; if so, explain how it is implied. If the constraint cannot be expressed in SQL, say so. For each constraint, state what operations (inserts, deletes, and updates on specific relations) must be monitored to enforce the constraint.   (a) Every faculty member must teach at least two courses. (b) Every student must be enrolled in the course called 'Math101'. (c) A student cannot add more than two courses at a time…
Consider the following relational schema. An employee can work in more than one department; the pct_time field of the Works relation shows the percentage of time that a given employee works in a given department.   Emp(eid: integer, ename: string, age: integer, salary: real)  Works(eid: integer, did: integer, pct_time: integer)  Dept(did: integer, budget: real, managerid: integer)      Write the following queries in SQL:   a. Print the name of each employee whose salary exceeds the budget of all of the departments that he or she works in. b. Find the enames of managers who manage only departments with budgets larger than $1 million, but at least one department with budget less than $5 million.
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