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1. Write a function in Linux assembly that evaluates the length of a string, called my_strlen. The function needs to take the pointer to a string as its only argument and return the number of characters in the string. You can assume that all strings are zero-terminated. Do not count the zero byte. You will not use the rep* or scas* instructions for this part of the assignment.
2. Write a Linux assembly program that prints out a string to the console, followed by a new line that contains the number of characters in the string (excluding any zero-character at the end of the string).
The string could be "hard-coded" in your .data section as follows and be exactly like that: string: .ascii "Hello, world!\n\0" Your routine should first evaluate the length of the string using your my_strlen function from Task 1, then print out the string, and then print out that length. You can not use any additional items in your .data section nor any additional sections other than .text and .data. Strings will be of arbitrary length (i.e. you cannot assume that the string length has a maximum number of digits). You will not overwrite the string. You may not use C library functions.
Create a assembly language subroutine MULSUM that takes an array named A containing n bytes of positive numbers, and fills two arrays, array B containing n words and array C containing n long words
Prepare an Assembly program that reads in a number of cents.
Write an ARM assembly function that takes an array of integers and returns the index of the first occurrence of the integer in the array if it exists or -1 if it does not. Remember the initial integer in the array is at index zero.
Write a program that converts the temperature F in Farenheit to C in Celsius using C = (F-32)*5/9. For ease of programming you can display the result in fractions
Write a program [HCS12 assembly language] to compute the average of an array of N 8-bit numbers and store the result at $1000
Create a strcat procedure (like C's strcat function). Your procedure will be given the addresses (using the method presented in Chapter 8) of two string arrays.
Create a function that will use the Secant method to try to find a root. (Hint modify the posted version of False Position.) Because this method may diverge, you should limit the number of time the loop repeats.
Must be done in MASM assembly language: Greatest common divisor of two integers is largest integer which will evenly divide both integers. GCD algorithm involves integer division in a loop.
Write an assembly language program using the PEP8 assembler (free download) that corresponds to the following C++ program
Write an assembly program in mips that get the array size from the keyboard, then reads a list of integers from the keyboard and writes the sorted list in ascending order to the console screen.
Write a program that requests N as input and computes the left-hand and the right-hand sides of the equation, verifies that they are equal, and displays the result.
Create an application that finds all 4 digit numbers (those would be the numbers in the range 1000-9999) whose value is equal to the sum of each digit raised to the fourth power. MEANINGFUL output should be sent to the screen.
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