1) Using Code Composer and TM4C ARM processor, Write your program that reads the character array from strsrc (SRAM address) and write them to the address staring from strdst (SRAMM address). You need to use this template and fill in your code in two separate 'your code' sections. With the code, attach the screenshot of memory status showing the copied string to 'strdst' address. .global main thumb .data "Hiin" strsrC: .Cstring strdst: .cstring .text main: your code strcopy: your code loop: nop B loop .end 2) Generate 12-bit hamming code from 8-bit code (10010110) using the pattern shown in the page of 130 from the ARM Assembly textbook. (Use even parity) 3) Report whether this 12-bit hamming code (011011010100) is correct, or report the error and the suggestion to correct it. Assume it uses the pattern shown in the page of 130 from the ARM Assembly textbook. (Use even parity) 1) Using Code Composer and TM4C ARM processor, Write your program that reads the character array from strsrc (SRAM address) and write them to the address staring from strdst (SRAMM address). You need to use this template and fill in your code in two separate 'your code' sections. With the code, attach the screenshot of memory status showing the copied string to 'strdst' address. .global main thumb .data "Hiin" strsrC: .Cstring strdst: .cstring .text main: your code strcopy: your code loop: nop B loop .end 2) Generate 12-bit hamming code from 8-bit code (10010110) using the pattern shown in the page of 130 from the ARM Assembly textbook. (Use even parity) 3) Report whether this 12-bit hamming code (011011010100) is correct, or report the error and the suggestion to correct it. Assume it uses the pattern shown in the page of 130 from the ARM Assembly textbook. (Use even parity)