5. Memory

(a) Show using the tables below how the value 0xF3AB440C would be arranged in memory of a little-endian and a big-endian machine. Assume the data are stored starting at address 4 and that the word size is 4 bytes.

Big endian little endian

address	data
0
4
8
12
16

Address	Data
0
4
8
12
16

Address	Contents
0x0000000F	0x00
0x00000010	0x00
0x00000011	0x00
0x00000012	0xAA
0x00000013	0xCC
0x00000014	0x88
0x00000015	0x99
0x00000016	0x11
0x00000017	0x23
0x00000018	0x45
0x00000019	0x00
0x0000001A	0xFF
0x0000001B	0x00
0x0000001C	0xAA
0x0000001D	0xBB
0x0000001E	0x1C
0x0000001F	0x2F
0x00000020	0x55
0x00000021	0x44
0x00000022	0xFB

(b) Based on the given memory map, what is the result of the LEGv8 instruction LDUR X1, [X3, #4] if the machine is in little-endian byte orders, where X3 = 0x00000010. (i.e. what is the value of X1).

X1 = ___________

(c) Show on the memory map the result of the following instruction

STUR X2, [X0, #-8]

where X0 = 0x0000001C, X2 has the value of 0xFFEE00A80C003352 (i.e. show the content changes of the corresponding memory cells). Assume that this is a big endian machine.