Assembly Language assignment

Introduction Print an introduction that includes: your name a title and (optionally) a description of the program. Prompt the user to enter their name and read in the string input. (You should reserve 64 bytes in data memory for this string.) • Print a greeting that includes the user’s name. Section 2: Get and validate n • Prompt the user to enter a number between 1 and 47 (inclusive); read in the input (we’ll call this n). • Check that nis within the range. If not print an error message and prompt the user again. • Repeat until the user enters a valid number. Section 3: Calculate and print the first n Fibonacci numbers Calculate and print each of the Fibonacci numbers up to and including the nth. The first 9 numbers should be: 0 1 1 2 3 5 8 13 21 . . . (Note that you should start at 0.) Numbers should be printed exactly five per line with at least four spaces between numbers on a line. Note that you do not need to store the Fibonacci numbers in memory. You may just print them as they are computed. Section 4: Conclusion : Print a farewell message that again refers to the user’s name. • Use the exit system call to end your program. example) Fibonacci Numbers by [Your Name] What is your name?: Leonardo Pisano Hi Leonardo Pisano How many Fibonacci numbers should I display? Enter an integer in the range [1..47]: -7 That number was out of range try again. How many Fibonacci numbers should I display? Enter an integer in the range [1..47]: 50 That number was out of range try again. How many Fibonacci numbers should I display? Enter an integer in the range [1..47]: 22 0 1 1 2 3 5 8 13 21 34 55 89 144 233 377 610 987 1597 2584 4181 6765 10946 Goodbye Leonardo Pisano Important: Your code must be fully documented using this format: Each section should have a section block comment containing the name of the section and a pseudocode implementation of the algorithm that the section will implement. You should do this before writing your assembly code—it will help! You must provide a mapping between register names and pseudocode variable names. You may do this once for the program or per section whichever is more convenient. Your in-line comments after assembly instructions should refer to the pseudocode implementation. For example you should use pseudocode variable names rather than the corresponding registers (which are already named in the instruction itself) Requirements: MIPS code and .asm | .doc file | Assembly Language ‘