1UP

Base system is less than 800M, I've got one more spu.
In meantime I've wrote another tool to interface with bruteforge, more to come.

missing ln -s

upgrading to IBM OpenCL Development Kit for Linux on Power 0.3, restarting F12 troubles...
Specs says tested on:
Red Hat Enterprise Linux 5.5, 5.6 and 6.0;
SUSE® Linux Enterprise Server 11 SP 1;
I test Fedora12, ppc ends at 12.

Install logs tells you that all went fine, but xlcl start script fails!
To update succesfully invoke this missing parts:
cd /opt/ibmcmp/xlc/opencl/0.3/etc/
ln -s xlc.cfg.rhel.gcc444 xlc.cfg.rhel12.gcc444
ln -s /usr/lib/libIBMOpenCL.so /usr/lib/libOpenCL.so

A voice in a loop: "... upgrade, patch your firmware, free another spe, unlock all... "!

pmk, dissected

As seen, pyrit opencl does about 1200... i've wroted a kernel that grab data as seen here to get processed by kernel as uint4 vectors, theorically this should does x4, and it does!
What's the big news? Output data are verified with tested vectors against 8192 sha1 rounds, or better;
First 20 of 32 byte of pmk are good with mine implementation, I've now enough C/OpenCL basis to target the differents cl address spaces provided, made use of _local and async_worg_group_copy and maybe redesign the algo to do 20+12 in the same time!
I've gotta go now, this fucking work...

pause, read, start

Open the door to gameos means that some developers will start to know the Cell/BE and its architecture, we all know its potentials.
Of curse, we are seeking the return of linux, with one more spu for us.
Now that I've gain some C basis and finally nvidia-toolkit 3.2 can compile fine (the stock pyrit opencl kernel back to run on my cl_developing mobile 8400gs, I can't develop on PS3 only everytime) I'm back focusing to improve performance of OpenCL implementation of PMK hash on the Cell/BE, existing implementation computes 1200 pmk/s;
Correctly improve that is possible, we have tools.

Some stuff
WPA password cracking
fedora12-ps3 setup
Cell Architecture Explained
Hints from IBM forum
CUDA/OpenCL differences
OpenCL implementation of Sha1 hashing algo

...bruteforge has been C revamped!

I've completed the first C version, time to release;
All features of bruteforge 0.56 are implemented, with less skips, I've added full support to Extended ASCII Codes; (you can use your favourite 'èòàìù...')
bruteforge 0.6x, linux/elf386 here
documentation will be posted here

I was focused on a new function, the 'Filter Mode', from now you can pass your favourite wordlist to trim down over your favourite criteria mix...
So, not only generate wordlist in conditional way, but we can start filtering huge wordlists! (...this project seems moving like a squid...)

A diff about performance versions, I've done a simpe test, generating 100.000.000 words in a lowercasealpha, starting from 'a':
0.56 generates those in real 18m25.013s, doing 90.496 words/sec;
0.612 do the same job in real 0m24.451s, doing 4.089.812 words/sec;
In this test performance gain is 45.19x, I have no reason to maintain the python version,
anyway, script is open...