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Servers You are given the following: - N servers, initially all disconnected from each other - Cost array A denoting the cost array for the servers if used as a microservice instance - Cost array B denoting the cost array for the servers to be used as a monolith instance Each server can be used to make a microservice or joined with other adjacent servers (servers whose index differ by to make an instance of monolith architecture. Notes - A monolith architecture will require at least two adjacent server instances. - A single server can be used as a microservice - The cost of a monolith architecture is the sum of costs of servers described by array B, present in it. Task Determine the minimum cost to use all the servers for implementing the client/server system. - T=1 - N=5 servers A=[3,5,2,1,9] B=[1,1,10,5,3] Approach - Use first and second servers as monolith instances with cost=1+1. - Use the third server as a microservice instance with cost = 2. - Use fourth and fifth servers as monolith instances with cost =5+3 - Note: You cannot use only the 4 th or 5 th servers for monolith instances. - Hence, Total cost =1+1+2+5+3=12. Therefore, the answer is 12. Function description Complete the MinCost function provided in the editor. This minimum cost of assembly: N. Represents the number of servers A: Represents the cost for microservice implementation of the servers B: Represents the cost for monolith instance implementation of the servers Input format Note: This is the input format that you must use to provide custom input (available above the Compile and Test button). - The first line contains a single integer T which denotes the number of test cases. T also denotes the number of times you have to run the MinCost function on a different set of inputs. - For each test case: - The first line contains an integer N denoting the number of servers. - The second line contains N space-separated integers denoting the cost for the microservice implementation of the servers as A. - The third line contains N space-separated integers denoting the cost for the monolith implementation of the servers as B. Output format For each test case, print an integer value in a new line representing the minimum cost to use all the servers for implementing the client/server system. Constraints 1T10 1N106 1Ai,Bi109 Code snippets (also called starter code/boilerplate code) This question has code snippets for C, CPP, Java, and Python. The first line denotes the number of test case, T=1 The first test case - You can make the first and second servers to be microservice. - You can make the third, fourth, and fifth servers to be part of a monolith as instances. - You can make sixth and seventh servers to be microservice. - You can make eighth, ninth, and tenth servers to be part of a monolith as instances. Hence, total minimum cost is 1+2+1+1+1+2+1+1+1+1=12. The answer is 12. The following test cases are the actual test cases of this question that may be used to evaluate your submission. Sample input 1 Sample output 1 Sample input 2 Sample output 2
