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Write and test a MIPS assembly language program that does the following: a) Open a text file "input.txt" and read all characters into an array in memory. Limit the length of the array to 1000 bytes. The maximum number of characters to be read should be 1000 characters. The actual number of characters depends on the file length. MARS provides the system calls for opening and reading a text file. If the "input.txt" file does not exist in the same folder then the program should display an error message and terminates. Error: input.txt does NOT exist. b) If the "input.txt" file exists, then print the content of the array as one long string. For example, This is a test file for testing MIPS assignment 2. It contains letters and digits, such as 12345. c) Traverse the array character by character. Count all letters, digits, and words. A word begins with a letter and ends with a letter A-Z or a-z. You can detect the end of a word by checking that the next character is not a letter. A single letter is counted as a word. Do not distinguish between capital and lowercase letter. Then, display the total count of letters, digits, and words. For example, Letters = 71 Digits = 6 Words this is the Output please = 16

Write and test a MIPS assembly language program that does the following: a) Open a text file "input.txt" and read all characters into an array in memory. Limit the length of the array to 1000 bytes. The maximum number of characters to be read should be 1000 characters. The actual number of characters depends on the file length. MARS provides the system calls for opening and reading a text file. If the "input.txt" file does not exist in the same folder then the program should display an error message and terminates. Error: input.txt does NOT exist. b) If the "input.txt" file exists, then print the content of the array as one long string. For example, This is a test file for testing MIPS assignment 2. It contains letters and digits, such as 12345. c) Traverse the array character by character. Count all letters, digits, and words. A word begins with a letter and ends with a letter A-Z or a-z. You can detect the end of a word by checking that the next character is not a letter. A single letter is counted as a word. Do not distinguish between capital and lowercase letter. Then, display the total count of letters, digits, and words. For example, Letters = 71 Digits = 6 Words this is the Output please = 16

Computer Networking: A Top-Down Approach (7th Edition)
Computer Networking: A Top-Down Approach (7th Edition)
7th Edition
ISBN:9780133594140
Author:James Kurose, Keith Ross
Publisher:James Kurose, Keith Ross
Chapter1: Computer Networks And The Internet
Section: Chapter Questions
Problem R1RQ: What is the difference between a host and an end system? List several different types of end...
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MIPS assembly language program
Please The out it is 
Letters = XX
Digits = XX
Words = XX

not all alphabet , and please Dont copy old answers
thank you

Write and test a MIPS assembly language program that does the following: a) Open a text file "input.txt" and read all characters into an array in memory. Limit the length of the array to 1000 bytes. The maximum number of characters to be read should be 1000 characters. The actual number of characters depends on the file length. MARS provides the system calls for opening and reading a text file. If the "input.txt" file does not exist in the same folder then the program should display an error message and terminates. Error: input.txt does NOT exist. b) If the "input.txt" file exists, then print the content of the array as one long string. For example, This is a test file for testing MIPS assignment 2. It contains letters and digits, such as 12345. c) Traverse the array character by character. Count all letters, digits, and words. A word begins with a letter and ends with a letter A-Z or a-z. You can detect the end of a word by checking that the next character is not a letter. A single letter is counted as a word. Do not distinguish between capital and lowercase letter. Then, display the total count of letters, digits, and words. For example, Letters = 71 Digits = 6 this is the Output please Words = 16
Transcribed Image Text:Write and test a MIPS assembly language program that does the following: a) Open a text file "input.txt" and read all characters into an array in memory. Limit the length of the array to 1000 bytes. The maximum number of characters to be read should be 1000 characters. The actual number of characters depends on the file length. MARS provides the system calls for opening and reading a text file. If the "input.txt" file does not exist in the same folder then the program should display an error message and terminates. Error: input.txt does NOT exist. b) If the "input.txt" file exists, then print the content of the array as one long string. For example, This is a test file for testing MIPS assignment 2. It contains letters and digits, such as 12345. c) Traverse the array character by character. Count all letters, digits, and words. A word begins with a letter and ends with a letter A-Z or a-z. You can detect the end of a word by checking that the next character is not a letter. A single letter is counted as a word. Do not distinguish between capital and lowercase letter. Then, display the total count of letters, digits, and words. For example, Letters = 71 Digits = 6 this is the Output please Words = 16
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Please The out it is
Letters = XX
Digits = XX
Words = XX

not all alphabet and please don't copy OLD answer because the code is wrong not as requered 

Write and test a MIPS assembly language program that does the following: a) Open a text file "input.txt" and read all characters into an array in memory. Limit the length of the array to 1000 bytes. The maximum number of characters to be read should be 1000 characters. The actual number of characters depends on the file length. MARS provides the system calls for opening and reading a text file. If the "input.txt" file does not exist in the same folder then the program should display an error message and terminates. Error: input.txt does NOT exist. b) If the "input.txt" file exists, then print the content of the array as one long string. For example, This is a test file for testing MIPS assignment 2. It contains letters and digits, such as 12345. c) Traverse the array character by character. Count all letters, digits, and words. A word begins with a letter and ends with a letter A-Z or a-z. You can detect the end of a word by checking that the next character is not a letter. A single letter is counted as a word. Do not distinguish between capital and lowercase letter. Then, display the total count of letters, digits, and words. For example, Letters = 71 Digits = 6 this is the Output please Words = 16
Transcribed Image Text:Write and test a MIPS assembly language program that does the following: a) Open a text file "input.txt" and read all characters into an array in memory. Limit the length of the array to 1000 bytes. The maximum number of characters to be read should be 1000 characters. The actual number of characters depends on the file length. MARS provides the system calls for opening and reading a text file. If the "input.txt" file does not exist in the same folder then the program should display an error message and terminates. Error: input.txt does NOT exist. b) If the "input.txt" file exists, then print the content of the array as one long string. For example, This is a test file for testing MIPS assignment 2. It contains letters and digits, such as 12345. c) Traverse the array character by character. Count all letters, digits, and words. A word begins with a letter and ends with a letter A-Z or a-z. You can detect the end of a word by checking that the next character is not a letter. A single letter is counted as a word. Do not distinguish between capital and lowercase letter. Then, display the total count of letters, digits, and words. For example, Letters = 71 Digits = 6 this is the Output please Words = 16
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