Our stack pointer points to $0$x$7$ffee$92$efaf$0,$ and our base pointer points to $0$x$7$ffee$92$efbc$0.$

This means that we have $($decimal$)288-$byte words in our stack frame,

including the saved base pointer and the saved return address, for a

total of $224$ bytes.

The input buffer begins at $0$x$7$ffee$92$efb$30,$ partway through the stack frame,

$("$above$"$ it in the stack are other local variables used by the function$).$

Your input will be read into this buffer.

The buffer is $121$ bytes long, but the program will let you provide an arbitrarily

large input length, and thus overflow the buffer.

In this level, there is a "win" variable.

By default, the value of this variable is zero.

However, if you can set variable to $0$x$77648$c$65,$ the flag will be printed.

You can change this variable by overflowing the input buffer, but keep endianness in mind!

The "win" variable is stored at $0$x$7$ffee$92$efbac, $124$ bytes after the start of your input buffer