this port on sparc.
- Set CXX=${CC} to get rid of libstdc++ in order to improve stability
under heavy load; From: FreeBSD.
- Build mysqld statically by default, enable InnoDB by default too.
- Replace max FLAVOR with bdb FLAVOR and only enable it on i386 for now
until it can be tested on other archs.
- Add comment to MySQL to indicate that this install of MySQL is from the
OpenBSD port/package.
- Add RUN_DEPENDS on p5-Msql-Mysql for some of the Perl-based MySQL
scripts.
- Set the mysql account to be apart of the daemon login class.
---
perl module for validating XML
XML::Checker is a different ways to validating XML documents, it
provides several classes :
- XML::Checker
- XML::Checker::Parser
- XML::DOM::ValParser
---
This package contains regular expressions for the following XML
tokens: BaseChar, Ideographic, Letter, Digit, Extender, CombiningChar,
NameChar, EntityRef, CharRef, Reference, Name, NmToken, and AttValue.
Maintainer : ports@OpenBSD.org
ps. This module will be uses in the update of p5-XML-DOM. Contacting
avsm@
---
libxml-perl is a collection of smaller Perl modules, scripts, and
documents for working with XML in Perl. p5-libxml software works
in combination with XML::Parser, PerlSAX, XML::DOM, XML::Grove and
others.
Maintainer : ports@OpenBSD.org
ps. This module will be uses in the update of p5-XML-DOM. contacting
avsm@
---
python tool for generate Python API documents
HappyDoc is a tool for extracting documentation from Python source
code. It differs from other such applications by the fact that it
uses the parse tree for a module to derive the information and does
not import the module.
WWW: http://happydoc.sf.net/
---
python module to handle IPv4 and IPv6 address
IPy is a module for handling IPv4 and IPv6 -Addresses and Networks
in a fashion similar to perl's Net::IP and friends. The IP class
allows a comfortable parsing and handling for most notations in use
for IPv4 and IPv6 Addresses and Networks.
WWW: http://c0re.jp:80/c0de/IPy/
---
CryptKit is a developer's toolkit implementing several of the most
modern and efficient cryptographic algorithms. The kit is primarily
written in ANSI C for speed and subsequently wrapped with SWIG for
ease of use in python.
CryptKit is small and fast, mainly because it implements excellent
algorithms: Rijndael (AES), SHA 256 bits, Elliptic Curve PKI,
Diffie-Hellman key exchange and Nyberg-Ruppel signature/verification.
These modules are combined to provide a faster, lighter and easier
to use secure socket alternative to SSL. CryptKit is not compatible
with SSL. Whereas SSL aims to support a wide variety of algorithms
that essentially perform the same task ( like DES/RC4/RC2 or MD5/SHA
), CryptKit takes the minimalist approach of implementing only one
version of each crypto primitve. Great care went into selecting the
best of what was available.
WWW: http://eevolved.com/cryptkit/
