Write a complete MIPS program that implements the same algorithm shown below (in C). To verify the output of the MIPS program, copy this C code and execute it. int main() // Note: I should be able to change // the values of A, B, and C when testing // your code, and get correct output each time! 1! (i.e. don’t just hardwire your output) int A=10; int B=15; int C=6; int Z=0; if(A > B || (<5) Z = 1; else if((A > B) && ((C+1) == 7)) Z = 2; else z = 3; switch(z) case 1: Z = -1; break; case 2: Z -= -2; break; default: Z = 0; break; A-C and Z must be integer words in memory, both when the program begins and when the program ends. In between, they can be stored in registers. Show transcribed image text Write a complete MIPS program that implements the same algorithm shown below (in C). To verify the output of the MIPS program, copy this C code and execute it. int main() // Note: I should be able to change // the values of A, B, and C when testing // your code, and get correct output each time! 1! (i.e. don’t just hardwire your output) int A=10; int B=15; int C=6; int Z=0; if(A > B || ( B) && ((C+1) == 7)) Z = 2; else z = 3; switch(z) case 1: Z = -1; break; case 2: Z -= -2; break; default: Z = 0; break; A-C and Z must be integer words in memory, both when the program begins and when the program ends. In between, they can be stored in registers.
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Answer to Write a complete MIPS program that implements the same algorithm shown below (in C). To verify the output of the MIPS pr…