Hello,
I am pleased to announce the release of M2Crypto 0.01;
the package is available at http://www.post1.com/home/ngps
Following is the README:
The M2 Python Crypto Toolkit 0.01
-----------------------------------
The M2 Python Crypto Toolkit (M2Crypto) ==
Python www.python.org
+ OpenSSL www.openssl.org
+ SWIG www.swig.org
Python is an interpreted, dynamic-typing, object-oriented programming
language that is often compared to Perl, Scheme, Tcl or Java. SWIG -
Simplified Wrapper and Interface Generator - provides glue to link C/C++
libraries with the above-mentioned languages.
M2Crypto presents a Python interface to OpenSSL, via SWIG.
M2 stands for "me, too!"*
This release includes the following: DH, RSA, DSA, RC4, MD5, SHA1,
RIPEMD160, and the EVP interfaces for message digests, HMACs, and
symmetric ciphers. It requires Python 1.5.2, OpenSSL 0.9.4, and,
optionally, SWIG 1.1p5 or later. It has been tested under FreeBSD
2.x, Redhat Linux 5.2, and WinNT4. It should run anywhere Python
and OpenSSL run.
M2Crypto is released under a license similar to Python's. See LICENSE
for details.
For now, M2Crypto is intended to be a prototyping tool; it is _not_
for writing production crypto software.
In particular, note the following caveats:
1. There will be memory leaks, because of pointer ownership contention
between Python and SWIG. (These would be due to my misprogramming.)
2. There is no memory locking/clearing for keys, passphrases, etc.
3. The PRNG has no interface for CS**; it is unlikely to be CS***.
4. AFAIK, Python and OpenSSL have not been subjected to the full attention
of the Bugtraq crowd. M2Crypto's handling of active hostile input is
probably suspect.
Of course, I hope to address these in future.
Meanwhile, have fun! Your feedback is welcome.
Ng Pheng Siong
ngps@post1.com
* Similar software are Marc-Andre Lemburg's mxCrypto, and two (?)
Python interfaces to the SSL portion of SSLeay/OpenSSL.
** Continuous seeding.
*** Cryptographically strong.
--
Ng Pheng Siong <ngps@post1.com>
--
Ng Pheng Siong <ngps@post1.com>
I am pleased to announce the release of M2Crypto 0.01;
the package is available at http://www.post1.com/home/ngps
Following is the README:
The M2 Python Crypto Toolkit 0.01
-----------------------------------
The M2 Python Crypto Toolkit (M2Crypto) ==
Python www.python.org
+ OpenSSL www.openssl.org
+ SWIG www.swig.org
Python is an interpreted, dynamic-typing, object-oriented programming
language that is often compared to Perl, Scheme, Tcl or Java. SWIG -
Simplified Wrapper and Interface Generator - provides glue to link C/C++
libraries with the above-mentioned languages.
M2Crypto presents a Python interface to OpenSSL, via SWIG.
M2 stands for "me, too!"*
This release includes the following: DH, RSA, DSA, RC4, MD5, SHA1,
RIPEMD160, and the EVP interfaces for message digests, HMACs, and
symmetric ciphers. It requires Python 1.5.2, OpenSSL 0.9.4, and,
optionally, SWIG 1.1p5 or later. It has been tested under FreeBSD
2.x, Redhat Linux 5.2, and WinNT4. It should run anywhere Python
and OpenSSL run.
M2Crypto is released under a license similar to Python's. See LICENSE
for details.
For now, M2Crypto is intended to be a prototyping tool; it is _not_
for writing production crypto software.
In particular, note the following caveats:
1. There will be memory leaks, because of pointer ownership contention
between Python and SWIG. (These would be due to my misprogramming.)
2. There is no memory locking/clearing for keys, passphrases, etc.
3. The PRNG has no interface for CS**; it is unlikely to be CS***.
4. AFAIK, Python and OpenSSL have not been subjected to the full attention
of the Bugtraq crowd. M2Crypto's handling of active hostile input is
probably suspect.
Of course, I hope to address these in future.
Meanwhile, have fun! Your feedback is welcome.
Ng Pheng Siong
ngps@post1.com
* Similar software are Marc-Andre Lemburg's mxCrypto, and two (?)
Python interfaces to the SSL portion of SSLeay/OpenSSL.
** Continuous seeding.
*** Cryptographically strong.
--
Ng Pheng Siong <ngps@post1.com>
--
Ng Pheng Siong <ngps@post1.com>