Find the first address, last address and the number of addresses of a network whose one of the IP addresses is 72.280.220.112 / 27.
This program simulate the stock management of a Furniture Shop. This shop deals with only two type of Furnitures BookShelf and DiningTable only. The program should accept details any 5 furnitures(each can be either BookShelf or DiningTable), the program should show a menu that allow the user to select choice of Furniture. After accepting the required no of Furniture details program will show accepted details and TotalCost of Accepted Stock
This exercise contains a base class named Furniture to hold the common properties of all type of Furnitures, and BookShelf and DiningTable class as child class with additional properties relevant to child classes. Program class has below functions:
+AddToStock(Furniture []) : int
+TotalStockValue(Furniture []) : double
+ShowStockDetails(Furniture []) : int
The program should also contain definitions for class types as suggested below:
+Furniture : class
+ BookShelf : class
+ DiningTable : class
Calculate total stock value of the stock available in a furnitur
This program simulate the stock management of a Furniture Shop. This shop deals with only two type of Furnitures BookShelf and DiningTable only. The program should accept details any 5 furnitures(each can be either BookShelf or DiningTable), the program should show a menu that allow the user to select choice of Furniture. After accepting the required no of Furniture details program will show accepted details and TotalCost of Accepted Stock
This exercise contains a base class named Furniture to hold the common properties of all type of Furnitures, and BookShelf and DiningTable class as child class with additional properties relevant to child classes. Program class has below functions:
+AddToStock(Furniture []) : int
+TotalStockValue(Furniture []) : double
-
+ShowStockDetails(Furniture []) : int
-
The program should also contain definitions for class types as suggested below:
+Furniture : class
+ BookShelf : class
+ DiningTable : class
-
You need to identity the classes involed in this system and their relationship
Write the code of a class named EXAM with following description. (10 marks)
Private Members;
1. exmCode of type string, 6 characters.
2. exmDescription of type string, 40 characters.
3. noCandidate of type integer.
4. centersReqd (number of centers required) of type integer.
5. A member function CALCNTR( ) to calculate and return the number of
centers as (noCandidates/100+1).
Public Members;
1. A function SCHEDULE( ) to allow user to enter values for exmCode,
xmDescription, noCandidate and call function CALCNTR( ) to calculate the
number of centers.
2. A function DISPXM( ) to allow user to view the content of all the member data.
by CodeChum Admin
Let's play a game of FizzBuzz! It works just like the popular childhood game "PopCorn", but with rules of math applied since math is fun, right? Just print out "Fizz" when the given number is divisible by 3, "Buzz" when it's divisible by 5, and "FizzBuzz" when it's divisible by both 3 and 5!
Let the game begin!
Input
A line containing an integer.
15
Output
A line containing a string.
FizzBuzz
Is video conferencing really a viable green alternative to travel for most companies?
The first step in RMI is to write and compile the Java code for the service interface. The Calculator interface defines all of the remote features offered by the service. The code in Figure 1 shows the interface of a calculator. Write the implementation for the remote service by using the class name CalculatorImpl.
Write the code of a class named EXAM with following description
Private Members;
1. exmCode of type string, 6 characters.
2. exmDescription of type string, 40 characters.
3. noCandidate of type integer.
4. centersReqd (number of centers required) of type integer.
5. A member function CALCNTR( ) to calculate and return the number of
centers as (noCandidates/100+1).
Public Members;
1. A function SCHEDULE( ) to allow user to enter values for exmCode,
xmDescription, noCandidate and call function CALCNTR( ) to calculate the
number of centers.
2. A function DISPXM( ) to allow user to view the content of all the member data.
(The functions should be prototyped within the class and their definitions placed
outside the class)
An organization is granted a block of addresses with the beginning address 70.10.27.0/28. The organization needs to have 3 subblocks of addresses to use in its three subnets: Use VLSM. Design the network and plot it completely with respective subnets, IP range, Network IDs