Let's say p contains a memory address and the 8 bytes in memory beginning at that address are (in hex): 01 12 23 34 45 56 67 78. If p's type is "uint32_t *", what is the value of x on a big-endian computer after executing: uint32_t x = p[0]; Ox01122334 Ox0112233445566778 Ox34231201 Ox7867564534231201
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Big-endian computer, will represent each byte from left to right order.
Little endian will represent each bite from right to left order.
uint32_t can store 32 bits
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- implement byteSwap(x,n,m) Swap the m and n byte of x /* * byteSwap - swaps the nth byte and the mth byte* Examples: byteSwap(0x12345678, 1, 3) = 0x56341278* byteSwap(0xDEADBEEF, 0, 2) = 0xDEEFBEAD* You may assume that 0 <= n <= 3, 0 <= m <= 3* Legal ops: ! ~ & ^ | + << >>* Max ops: 25*/ int byteSwap(int x, int n, int m) {return 2;}Write a Python code that returns the reverse complement of a given DNA sequence B I def reverseComplement(s): complement = {'A':T', 'C':'G','T':'A', 'G':'C','N':'N'} t=" // your code goes here return t IIThis is Computer Architecture! *Please show a screenshot of the code working* You are to write a program in MIPS that computes N! using recursion. Remember N! is the product of all the numbers from 1 to N inclusive, that is 1 x 2 x 3 x (N – 1) x N. It is defined as 1 for N = 0 and is undefined for values less than 0. The programs first requests the user to input the value of N (display a prompt first so the user knows what to do). If the input value is less than 0, the program is to display “N! undefined for values less than 0” and then requests the user to input the value of N again. If the value input is non-negative, it is to compute N! using a recursive function, that is one that calls itself. *please have comments in the code* You are to have your name, the assignment number, and a brief description of the program in comments at the top of your program. Since this is an assembly language program, I expect to see comments on almost every line of code in the program. Also make the…
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