2
You should perform the pair of operations deQueue() and rent() for all elements in the requestQueue.
The expected output used to test your code are as follows:
Data List: (001,0,10,200) (003,0,3,70) (004,0,4,100) (005,0,3,70) (VIP,0,10,80)
Request: (1,100) (12,500) (4,50) (4,400)
Data List: (001,0,10,200) (003,0,3,70) (004,0,4,100) (005,1,3,70) (VIP,1,10,80)
Request: Empty
Explaination:
• Similar to the f2() function, the request (1,100) will be served in Room 005.
o The request (12,500) will not find a suitable Room due to the large number of people (size=12), which exceeds the size of all available Rooms.
o The request (4,50) also fails to find a Room because it carries too little money (price-50), specifically less than the price of the cheapest Room (price=70).
o The request (4,400) has one suitable Room: VIP because it is available, enough capacity, and has the lowest price.
o As a result, Rooms 005 and VIP are rented, and the requestQueue is empty.
d. f4(): 2.5 marks Compute the total revenue (money) of the Hotel after serving all the requests in the queue.
You should: (1) perform the pair of operations deQueue() and rent() for all elements in the requestQueue, then (2) compute the total revenue of the Rooms with status=1.
The expected output used to test your code are as follows:
Data List: (001,0,10,200) (003,0,3,70) (004,0,4,100) (005,0,3,70) (VIP,0,10,80)
Request : (1,100) (12,500) (4,50) (4,400)
Data List: (001,0,10,200) (003,0,3,70) (004,0,4,100) (005,1,3,70) (VIP,1,10,80)
Request: Empty
Total Revenue: 150
Explaination:
Similar to the function f3(), Rooms 005 and VIP are rented. At that point, the total revenue is: 70+80= 150.
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