In this level you will be working with control flow manipulation. This involves using instructions

to both indirectly and directly control the special register $`$rip$`,$ the instruction pointer.

You will use instructions such as: jmp$,$ call, cmp$,$ and their alternatives to implement the requested behavior.

Recall that for all jumps, there are three types:

Relative jumps

Absolute jumps

Indirect jumps

In this level we will ask you to do a relative jump.

You will need to fill space in your code with something to make this relative jump possible.

We suggest using the $`$nop$`$ instruction. It's $1$ byte long and very predictable.

In fact, the as assembler that we're using has a handy $.$rept directive that you can use to

repeat assembly instructions some number of times:

Useful instructions for this level:

jmp $($reg$1|$ addr $|$ offset$)$ ; nop

Hint: for the relative jump, lookup how to use $`$labels$`$ in x$86.$

Using the above knowledge, perform the following:

Make the first instruction in your code a jmp

Make that jmp a relative jump to $0$x$51$ bytes from the current position

At the code location where the relative jump will redirect control flow set rax to $0$x$1$