CONVERTING PSEUDO CODE TO c#

Beer is produced in 250ml (0.25l) cans and 400ml (0.4l)

bottles. Nilesh remembered you were a genius programmer and

wants you to build an application which allows the him to enter

the number of cans (e.g. 200) and the number of bottles (e.g. 150)

required for an order. It will then work out the amount of beer

needed to fill the cans, the amount of beer needed to fill the

bottles, the number of kegs required and the total cost of the kegs.

The application will display the amount of beer for cans, for

bottles, number of kegs required and total cost of kegs required.

One keg holds 50 litres of beer and the cost of a keg is $95.50.

Your application should have 3 buttons: Calculate Beer

Required, Clear and Exit. Give the buttons appropriate names

and access keys.

The Clear button will clear the input text boxes and all output

values and set the focus to the first input text box. The Exit

button will end the application.

The pseudo-code for the Calculate Beer Required button is:

GET the number of cans ordered

GET the number of bottles ordered

CALCULATE the amount of beer needed to fill the cans

( = number of cans * size of each can)

CALCULATE the amount of beer needed to fill the bottles

( = number of bottles * size of each bottle)

CALCULATE the total amount of beer needed

( = total beer for cans + total beer for bottles)

CALCULATE the number of kegs required (rounded up to a

whole number)

( = total amount of beer / amount of beer in a keg)

CALCULATE the total cost of the kegs required

( = number of kegs * cost of 1 keg)

DISPLAY the amount of beer required for cans (to 3dp)

DISPLAY the amount of beer required for bottles (to 3dp)

DISPLAY the number of kegs required

DISPLAY the total cost of the kegs formatted as currency

Think carefully about the type of control used to display the

values, you don't want the user to be able to change the values.

Note: You can assume the user will type in valid values into each

textbox.

Hint: Use the appropriate data type for the variables and the appropriate Parse

method for the datatype you want to convert to.

Hint: Use Math.Ceiling(value) to round a value up to a whole number.

a) Create the user interface for the application, give each button

appropriate access keys.

b) Create appropriate constants at class scope level.

c) Create the code for the Clear and Exit buttons.

d) Create the code for the Calculate Beer Required button based on

the given pseudo-code.

e) Create a XML style comment header for each click event method

and add comments in the code to explain blocks of code