Write MIPS assembly code for the following C program. Use the stack pointer (sp) to store the return address in Sra for the main before calling funct You need to use the "jal instruction to call the procedure "funct Make sure to properly use the argument and return registers. (You do not need to write comments, but code should be organized) void maino a 13, b6: ans funct(a, b) printf( d, ans): // print out the value of "ans return int funct(a, b) tempa+a b return temp;

Write MIPS assembly code for the following C program. Use the stack pointer (sp) to store the return address in Sra for the main before calling funct You need to use the "jal instruction to call the procedure "funct Make sure to properly use the argument and return registers. (You do not need to write comments, but code should be organized) void maino a 13, b6: ans funct(a, b) printf( d, ans): // print out the value of "ans return int funct(a, b) tempa+a b return temp;

Systems Architecture

7th Edition

ISBN:9781305080195

Author:Stephen D. Burd

Publisher:Stephen D. Burd

Chapter6: System Integration And Performance

Section: Chapter Questions

Problem 9VE

See similar textbooks

Similar questions

Select common examples of when an assembly programmer would want to use the stack: to pass arguments to save return address for CALL local variables temporary save area for registers applications which have FIFO nature, such as customers waiting in a bank queue
In simple words, describe the stack pointer register.
microprocessor 8086 (give me photo from debug) Write a program that multiplies the contents of AX by the decimal number (13), without using the MUL or IMUL instructions and assume that AX will hold the result.
PROGRAM 4: Double TableWrite the program in HLA. Using the ROL instruction to perform multiplication, write a program to produce a double table. This table should be built from a single int8 value provided by the user and print 3 rows from the starting value, each offset by one from the starting value. In that column, the pattern of doubled numbers should be calculated by ROL instructions. For example, the following output should be produced when the user inputs the starting value 4:Gimme a starting value: 4Double Table4: 8 16 325: 10 20 406: 12 24 48 For example, the following output should be produced when the user inputs the starting value 12:Gimme a starting value: 12Double Table12: 24 48 9613: 26 52 10414: 28 56 112 (Note: To receive full credit, you must use ROL to solve this problem.) (Hint: Again, please don't worry too much about the spacing in the table. As with the prior week's assignment, the goal is to practice working with HLA...
ADD [R1], R2, [R3]; Here [R1] and [R3] indicate memory locations pointed by R1 and R3 register respectively. Here the operand field next to opcode will hold the result at the end. Assume that the machine code of this instruction is loaded at address 1020H of the main memory. Also assume that the contents of registers R1, R2 and R3 are 2001H, 2002H and 2003H respectively. Moreover, 1000H, 2000H and 3000H are saved at memory addresses 2001H, 2002H and 2003H respectively. a) Draw a schematic diagram of a CPU, show its important functional units required to process this instruction.
PROGRAM 4: Double TableUsing the ROL instruction to perform multiplication, write a program to produce a double table. This table should be built from a single int8 value provided by the user and print 3 rows from the starting value, each offset by one from the starting value. In that column, the pattern of doubled numbers should be calculated by ROL instructions. For example, the following output should be produced when the user inputs the starting value 4:Gimme a starting value: 4Double Table4: 8 16 325: 10 20 406: 12 24 48 For example, the following output should be produced when the user inputs the starting value 12:Gimme a starting value: 12Double Table12: 24 48 9613: 26 52 10414: 28 56 112 (Note: To receive full credit, you must use ROL to solve this problem.) (Hint: Again, please don't worry too much about the spacing in the table. As with the prior week's assignment, the goal is to practice working with HLA...
Please implement the following function using loop . (recursive) Please write in MIPS Assembly language
MIPS Simulator QtSpim: You are to have a complete program in MIPS assembly language that behaves exactly as the included C program. This program contains four functions in addition to the main() one. Your solution must contain all five C routines as they have been coded in the example. Make sure to run the program in MIPS and show the same output on MIPS as well to make sure there are no errors. Below is the five C routines and attached is the image of what the output must print out on QtSpim. #include <stdio.h> int getMax(int arr[], int n){int mx = arr[0];for (int i = 1; i < n; i++)if (arr[i] > mx)mx = arr[i];return mx;}void countSort(int arr[], int n, int exp){int output[n];int i, count[10] = { 0 };for (i = 0; i < n; i++)count[(arr[i] / exp) % 10]++;for (i = 1; i < 10; i++)count[i] += count[i - 1];for (i = n - 1; i >= 0; i--) {output[count[(arr[i] / exp) % 10] - 1] = arr[i];count[(arr[i] / exp) % 10]--;}for (i = 0; i < n; i++)arr[i] = output[i];}void…
Select the statements that directly apply to the operation of the RET instruction. transfers control to return address located at the top of the stack places return address on the stack return is made to the instruction that follows the CALL instruction
Q2) Assume that the stack is empty and that the stack pointer is at Ox1000 8020. Assume that function inputs are passed using registers Sa0-Sa3 and return value must be put in register Sv0. Put the final value of b in $s0. a.) Write the MIPS code for the C/JAVA code below. If you use any saved registers, save them to stack. Main... int b = func(1, 3); } int func(int a, int pow){ if (pow > 1) return a*func(a,pow-1); else return a;
Find out the Object code for each line of instructions. (SIC/XE) The address needs hexadecimal. Line 30 and 35 please
Microprocessor Fundamentals Homework 5 Q1) Write an assembly program that copies all the memory locations from $0220 to $02D2 to memory locations $0420 to $04D2. Also sketch a flowchart diagram. Steps: 1- First you need to calculate the number of locations in the range above (subtract the end address from the start address). 2- Set a counter to this number. 3- Set X-Register as pointer to memory $0220 and set Y-Register as pointer to $0420. 4- In a loop, you will copy the memory at pointer X location to a register (Use LD instruction) then copy the value in this register to the memory at the pointer Y (use ST instruction). 5- Increment the two pointers and decrement the counter. 6- Check if the counter is zero (BRNE). 7- If not zero, jump to step 4 (read another location). If zero exit the loop.