Use Assembly PLEASE !!

Complete swap_bits function which swaps bits at odd and even positions of an integer (32 bits). In other words, every even position bit is swapped with the adjacent bit on the right side, and every odd position bit is swapped with the adjacent on the left side. For instance, bits 0 and 1 are swapped, bits 2 and 3 are swapped, and so on. It is not recommended to use loops or conditional statements for this part.

PART 2 (Swap Bits)
#
# You are given an 32-bits integer stored in $t0. You need swap the bits
# at odd and even positions. i. e. b31 <-> b30, b29 <-> b28, ... , b1 <-> b0
# The result must be stored inside $t0 as well.
swap_bits:
move $t0, $a0
Part 2: your code begins here ###

Part 2: your code ends here ###
move $v0, $t0
jr $ra

Example: if the given number is 23 (00010111), it should be converted to 43 (00101011). Note this example, we only use the lower 8 bits of a number, but your program will work on 32-bit numbers.

You can expect the input to your function in register $t0. The result must be stored inside $t0 as well.