Encode this code snippet into ARMv8 machine code. Use binary (base 2) to write your encoded...

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Encode this code snippet into ARMv8 machine code. Use binary (base 2) to write your encoded instructions, one per line. Carefully count bits in your output! If you omit a bit in an otherwise correct answer, you will not receive full credit. You're welcome to put spaces in your output to help you count or keep fields straight. For instance, the first line (with spaces between each field) is encoded thus: 10001011000 11111 000000 01010 01100 Do not include the first (SUB) instruction in your output, since we've done it for you. Your answer should encode 5 instructions, beginning with the CBZ instruction. start_init: SUB X12, X10, XZR CBZ X12, end_init STUR X10, [X11, #0] SUBI X10, X10, #1 ADDI X11, X11, #8 B start_init end_init: Encode this code snippet into ARMv8 machine code. Use binary (base 2) to write your encoded instructions, one per line. Carefully count bits in your output! If you omit a bit in an otherwise correct answer, you will not receive full credit. You're welcome to put spaces in your output to help you count or keep fields straight. For instance, the first line (with spaces between each field) is encoded thus: 10001011000 11111 000000 01010 01100 Do not include the first (SUB) instruction in your output, since we've done it for you. Your answer should encode 5 instructions, beginning with the CBZ instruction. start_init: SUB X12, X10, XZR CBZ X12, end_init STUR X10, [X11, #0] SUBI X10, X10, #1 ADDI X11, X11, #8 B start_init end_init:

Answer rating: 100% (QA)

Solution So D2 Sto LBD3 HI D4 ... View the full answer