v0.0.4

v0.0.3

added Adapted Pointcheval's scheme
implemented SHA512 from (https://polarssl.org)
BPU_*Malloc - now using TYPE **pointer and also BPU_*Free
implemented ASN1 key serialization using libtasn1 (external dependency) (https://www.gnu.org/software/libtasn1/) for mecs basic, Pointcheval's scheme, both with H matrix
some error checks fixed
added zero to support
added code and mecs parameters initialization
test enviroment reconfigured, now it creates snapshot of current workspace
some BUGs fixed
now possible to compile static or shared lib
compilation w/o print functions, enc, dec or keygen, CCA2 Pointchval's scheme

v0.0.2

module organization: crypto, math, code, prng
convention unified see doc
new context management: mecs, code and math context
memory usage reduction (heap peak) from 8 MiB to ~170 KiB with params m=11 t=50 w/o H
removed memory leaks
removed functions which are allocating memory inside for output (suffix A)
posibility to build with or w/o using H precomputed matrix by decription
added basic tests
removed Adapted CCA2 Pointcheval's scheme (TEMPORARLY)
no external dependecies

v0.0.1

Initial version - of BitPunch project
contains implementation of MECS using Goppa code
Patterson's alg. for decoding
dependencies on OpenSSL (sha)
Adapted CCA2 Pointcheval's scheme
some math function over gf2, gf2x, gf2xpoly like ext. eclidean, gen. of irreducible goppa poly...