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Pavol Rusnak 07d1c22730
refactor code -> bignum.c/h
11 years ago
speed-stm32 refactor code -> bignum.c/h 11 years ago
.gitignore implement RFC 6979 11 years ago
AUTHORS import sources 11 years ago
LICENSE import sources 11 years ago
Makefile refactor code -> bignum.c/h 11 years ago
README implement RFC 6979 11 years ago
bignum.c refactor code -> bignum.c/h 11 years ago
bignum.h refactor code -> bignum.c/h 11 years ago
ecdsa.c refactor code -> bignum.c/h 11 years ago
ecdsa.h refactor code -> bignum.c/h 11 years ago
hmac.c add hmac-sha256/512 11 years ago
hmac.h add hmac-sha256/512 11 years ago
rand.c use /dev/urandom in example 11 years ago
rand.h use /dev/urandom in example 11 years ago
secp256k1.c import sources 11 years ago
secp256k1.h refactor code -> bignum.c/h 11 years ago
sha2.c refactor code -> bignum.c/h 11 years ago
sha2.h use sha2 implementation by Aaron D. Gifford 11 years ago
test-rfc6979.c refactor code -> bignum.c/h 11 years ago
test-speed.c reorganize code in speed tests 11 years ago
test-verify.c ecdsa_get_public_key and ecdsa_verify methods 11 years ago

README

MicroECDSA
==========

Heavily optimized ECDSA (secp256k1) signer for embedded devices.

Distibuted under MIT License.

Notes
-----

a) the signer only understands secp256k1 elliptic curve

b) there are executables:
   * test-rfc6979
     - check RFC 6979 algorithm for generating deterministic K
   * test-speed
     - check signing speed (sign 100x and compute speed from duration)
   * test-verify
     - generate random messages and private keys
     - check signature validity against OpenSSL (call verify method)

c) directory speed-stm32 contains project for deploying the code
   on STM32 microcontroller and checking signing speed there