magic numbers are vital for filesystem reference in kernel code to distinguish load order of partitions in a disk, and probably used for memory allocation, and permissions. The reason why the magic code exists among code itself seems a little redundant with type checking and garbage collection or proper inheritance.
I cannot fathom how complicated arbitrary code execution could get with multi byte characters that could use shift registers, null bytes and byte order marks with determinism in a NOP slide on a heap spray.
Filtering only printable user input helps but even bit map images can expose a heap to a sensitive registers that will execute some target specific generated shell code.
is this why big–pharma harvest blue bloods? i'm not sure i believe this hoopla about the tree of life.
but i'm interested in the biomedical applications from obscure species that feature bioluminescence, magic pheromones and how to test the quality of Eel I just put on back order.
i loved your italicized block. don't down vote this one.
Fortunately, HN has a feature to allow you to do that without polluting threads with useless comments: just click on the "timestamp" of the comment (next to the username) and then click on "favorite".
In the future, you can view all of your "favorite" comments from your profile page (click on your username in the top-rigtht of the page). As an added bonus, it's much easier than having to sift through your own comments to find that one specific thread you're looking for.
xdr was developed by sun, i don't think that is the issue here. I think it is the service that rpc doesn't recognize.
i'm assuming in this case it is rails under ruby or something using ssh or ssl that require secure and non-blocking calls to low order operations.
The issue is in the handling of the connection.
This is the issue i'm having right now with [the] wrapping [of] secure binary streams of [un]trusted data with authentic transport control.
