Scott David Daniels wrote:
Kris Kennaway wrote:
Thanks for the pointers, I think a C extension will end up being the
way to go, unless someone has beaten me to it and I just haven't found
it yet.
Depending on the pattern length you are targeting, it may be fastest to
increase the out-of-loop
Kris Kennaway wrote:
Thanks for the pointers, I think a C extension will end up being the way
to go, unless someone has beaten me to it and I just haven't found it yet.
Depending on the pattern length you are targeting, it may be fastest to
increase the out-of-loop work. For a 40-bit string, b
[EMAIL PROTECTED] wrote:
Kris Kennaway:
Unfortunately I didnt find anything else useful here yet :(
I see, I'm sorry, I have found hachoir quite nice in the past. Maybe
there's no really efficient way to do it with Python, but you can
create a compiled extension, so you can see if it's fast en
Kris Kennaway:
> Unfortunately I didnt find anything else useful here yet :(
I see, I'm sorry, I have found hachoir quite nice in the past. Maybe
there's no really efficient way to do it with Python, but you can
create a compiled extension, so you can see if it's fast enough for
your purposes.
To
[EMAIL PROTECTED] wrote:
Kris Kennaway:
I am trying to parse a bit-stream file format (bzip2) that does not have
byte-aligned record boundaries, so I need to do efficient matching of
bit substrings at arbitrary bit offsets.
Is there a package that can do this?
You may take a look at Hachoir or
Kris Kennaway:
> I am trying to parse a bit-stream file format (bzip2) that does not have
> byte-aligned record boundaries, so I need to do efficient matching of
> bit substrings at arbitrary bit offsets.
> Is there a package that can do this?
You may take a look at Hachoir or some other modules:
I am trying to parse a bit-stream file format (bzip2) that does not have
byte-aligned record boundaries, so I need to do efficient matching of
bit substrings at arbitrary bit offsets.
Is there a package that can do this? This one comes close:
http://ilan.schnell-web.net/prog/bitarray/
but it
