Write an equivalent ARM LEGv8 assembly code for the following C code. Assume that the values...

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Write an equivalent ARM LEGv8 assembly code for the following C code. Assume that the values for variables I and I are in registers SX9 and SX10, respectively. Also assume that the address for the first location of array Y is in register SX11. Each location of array is 32 bits (4 bytes). Add comment in your assembly code to indicate what specific computation is done by each assembly instruction (e.g., /* Initializes I = 0 */). Please use only the following opcodes: MOV, CMP, B, BGT, LDUR, STUR, ADDI, and SUBI. Also, use only X9, X10 and X11 (no other registers). Please follow the exact flow of the code (i.e., no optimizations). Try to use minimum number assembly instructions. for (I=0; I <= 99; I=1+4) { T=Y[I]; if (T <=0) T=T +5; else T = T-5; Y[I] = T; Activate Windows Go to Settings to activate Win Write an equivalent ARM LEGv8 assembly code for the following C code. Assume that the values for variables I and I are in registers SX9 and SX10, respectively. Also assume that the address for the first location of array Y is in register SX11. Each location of array is 32 bits (4 bytes). Add comment in your assembly code to indicate what specific computation is done by each assembly instruction (e.g., /* Initializes I = 0 */). Please use only the following opcodes: MOV, CMP, B, BGT, LDUR, STUR, ADDI, and SUBI. Also, use only X9, X10 and X11 (no other registers). Please follow the exact flow of the code (i.e., no optimizations). Try to use minimum number assembly instructions. for (I=0; I <= 99; I=1+4) { T=Y[I]; if (T <=0) T=T +5; else T = T-5; Y[I] = T; Activate Windows Go to Settings to activate Win

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