I need the correct answer. Don't give wrong. Q1)assumptions and comment every line of your code. Assume that the base address of int arrayarX is at $s0 and n is at $s1. Functions sum/sqr take arguments $a0, Ša1, and return theresult in Sv0. Use the following registers for variables sm =St0, i=$t1.Compile the following C/JAVA program into MIPS. Write down all yourmain (XIl arX int arraysarX[0]= sqr(arX, n);int sum(int] a, int nXint sm 0;for (int i =0; ik n; i++)sm += a[i):retum sm;int sqr (int] a, int n)Xint c = sum(a.n):return c'c;

I'm providing the MIPS code as well as an output screenshot from your given code. I hope this will…

Q1) assumptions and comment every line of your code. Assume that the base address of int array arX is at $s0 and n is at $s1. Functions sum/sqr take arguments $a0, $a1, and return the result in $v0. Use the following registers for variables sm =$t0, i=St1. Compile the following C/JAVA program into MIPS. Write down all your main (X Il arX int arrays arX[0]= sqr(arX, n): int sum(int] a, int nX int sm = 0; for (int i =0; i< n; i++) sm += a[i): retum sm; int sqr (int] a, int n){ int c = sum(a.n): return c"c;

Q1) assumptions and comment every line of your code. Assume that the base address of int array arX is at $s0 and n is at $s1. Functions sum/sqr take arguments $a0, $a1, and return the result in $v0. Use the following registers for variables sm =$t0, i=St1. Compile the following C/JAVA program into MIPS. Write down all your main (X Il arX int arrays arX[0]= sqr(arX, n): int sum(int] a, int nX int sm = 0; for (int i =0; i< n; i++) sm += a[i): retum sm; int sqr (int] a, int n){ int c = sum(a.n): return c"c;

C++ for Engineers and Scientists

4th Edition

ISBN:9781133187844

Author:Bronson, Gary J.

Publisher:Bronson, Gary J.

Chapter10: Pointers

Section10.1: Addresses And Pointers

Problem 11E

See similar textbooks

Similar questions

Identify and fix any memory bugs you find in the following program:
-Please I need a complete code -Inline assembly code with c -Please using 16 bit register -important note(The reading and printing should be done in C and the rest of the code in assembly.) Show the test cases in visual stadio Q1.Write an inline assembly code to calculate the factorial of an integer called (A), and print the result. The value of A must be entered by the user. The reading and printing should be done in C and the rest of the code in assembly.
Can you provide a C++ code to include the a memory table for each function bot a and b and also int (main). Please show C++ code
Please show the output of the following code in assembly:
Please implement the following function using loop Please write in MIPS Assembly language
Please help me with this, I'm confused. I think I got most of it but for some reason. It the result for C is not 70. Here is the direction “ write the ARM code to do this with above arrays. You can have the input arrays, output array, and scalar in either memory or registers. “
8 In the following code, use the dropdowns select the correct values of the register al at different points during the program. (Note: ignore the extra spaces inside of the brackets, they have to be there for the dropdowns to work correctly) .databyteArray BYTE 1, 2, 3, 4, 5, 6.codemov esi, OFFSET byteArrayadd esi, 3mov al, [esi ] ; al = ????Answer??????sub esi, 2mov al, [esi ] ; al = ???Answer??????? 9
Draw a memory diagram for the following code
Do any or all of the declaration statements result in RAM being reserved?
Don't use AI to do it. li $t2, 2 L1: add $t1, $t1, $t2 sub $t1, $t1, $t3 bne $t1, $t4, L1 sub $t4, $s0, $t3 Given the modified single-cycle processor shown below, what are the values (in binary) of instruction[31-26], instruction[25-21], instruction[20-16], instruction[15-11], instruction[5-0], Read data 1, Read data 2, ALU zero, PCSrc, and all the main control decoded output signals when the time is at 1950 ns. The below single-cycle processor diagram can be used for your reference. Note: A new decoded signal output “Tzero” is added for executing “bne” instruction. The signal definition is described below: Instruction Opcode New Main Control Output Signal beq 00100b (4d) Tzero = 0 bne 00101b (5d) Tzero = 1 At the moment of 1950 ns, the below values (0, 1 or X) are:instruction[31-26] = instruction[25-21] = instruction[20-16] =instruction[15-0] = Read data 1 output = Read data 2 output = RegDst =…
Fill in blank In xv6, function ----------- can be invoked in order to obtain a pointer to the PCB of the current process.
Translate the following LEGv8 code to C. Assume that the variables f, g, h, i, and j are assigned to registers X0, X1, X2, X3, and X4, respectively. Assume that the base address of the arrays A and B are in registers X6 and X7, respectively. ADDI X9, X6, #8 ADD X10, X6, XZR STUR X10, [X9, #0] LDUR X9, [X9, #0] ADD X0, X9, X10