Difference between revisions of "Sage Cross Reference Table of Wishes and Availability"

From YobiWiki
Jump to navigation Jump to search
m
m
Line 24: Line 24:
 
| align="left" colspan="8"|Block cipher algorithms
 
| align="left" colspan="8"|Block cipher algorithms
 
|-
 
|-
| Serpent || || || || || ||[http://psionicist.online.fr/code/]
+
| Serpent || || || || || ||[http://psionicist.online.fr/code/][http://www.cl.cam.ac.uk/~fms27/serpent/serpent.py.html]
 
|-
 
|-
 
| Blowfish || || C || C || || ||[http://www.4dsolutions.net/cgi-bin/py2html.cgi?script=/ocn/python/blowfish.py] [http://www.michaelgilfix.com/files/blowfish.py] [http://ivoras.sharanet.org/projects/blowfish.html]
 
| Blowfish || || C || C || || ||[http://www.4dsolutions.net/cgi-bin/py2html.cgi?script=/ocn/python/blowfish.py] [http://www.michaelgilfix.com/files/blowfish.py] [http://ivoras.sharanet.org/projects/blowfish.html]

Revision as of 15:52, 25 September 2008

Back to SAGE & cryptology

Legend

  • C: wrapped C code
  • Py: pure python code
  • Sage: sage code
Sage optional packages other python packages python code
available
PyCrypto PyOpenSSL M2Crypto TLS Lite
Block Ciphers
Block cipher algorithms
Serpent [1][2]
Blowfish C C [3] [4] [5]
Twofish [6]
Idea C C
DES C C [7]
3DES C C [8]
AES C C Py [9] [10]tlslite implementation
Present
Modes of operation
CMAC
XCBC book*
CBC-MAC book*
CCM
GCM
ECB C C
CBC C C Py
CTR C
LRW
XTS [11]
MDC-2
Paddings
bit padding
zeros
PKCS7 C
PKCS12
ISO 10126
ANSI X.923
Stream Ciphers
RC4 C C Py [12]
A5/1 A5/2
SNOW2 SNOW3G
HC-128
RABBIT
Salsa 20/12
SOSEMANUK
F-FCSR
Grain
MICKEY
Trivium
LFSR Sage
Shrinking generator Sage
Self-Shrinking generator
One-way Functions
MD5 Py C C [13]
SHA Family Py C (SHA-1 & 256) C (only SHA1) [14]
Whirlpool [15]
RipeMD C C (ripemd-160) [16]
MDC-2
RadioGatun
Davies-Meyer
Matyas-Meyer-Oseas
Miyaguchi-Preneel
HMAC Py C*** Py
NMAC
KDF family
PBKDF2 C*** [17]
Public-key cryptography
Misc
ECC
all coordinate sys.
cf EFD
Other
RSA C** C (PKCS1) Py [18] [19]
DSA C C
ElGamal C
DH C
XTR
Paillier
NTRUE
Pseudo-random generators
cf NIST
Mersenne Twister Py
Cryptanalysis tools
Entropy finder: [20] and [21] then [22]

/**Check if PKCS#1 v1.5/v2.1 and if CTR
/***See EVP.py
book*: C-code available in Oreilly's OpenSSL book