is available in lang/py-mx-base and all the dependent ports seem to
work fine with py-mx-base.
The removal of py-mxProxy was approved by Johann Visagie
<johann@egenetics.com>.
According to my tests it is *amazingly* efficient - it gave me about 10%
memory saving (SIZE in the top(1)) for the large processes like X and jre
without any measureable performance saturation.
Moreover, due to not very clear for me reasons Python benchmark (pybench)
is about 60% (!!!) faster with this allocator comparing to the libc one.
Obviously we should investigate this further and if there is no error
then tune either Python or our own malloc.
Alternatively we may evaluate a possibility to make it (or part of it) our
default malloc(), because it is friendly licensed and actively maintained.
Among four submissions, this commit based on the port sent by
Ernst de Haan <ernst@jollem.com> at ports/24291.
PR: 21435, 23368, 24291
Submitted by: Leo Kim <leo@florida.sarang.net>,
Dave Glowacki <dglo@ssec.wisc.edu>,
Sean Blakey <sean@beastie.bellevue.virtualtek.com>,
Ernst de Haan <ernst@jollem.com>
Also thanks to: Palle Girgensohn <girgen@partitur.se>,
Richard Stockley <rws@procopia.demon.co.uk>,
Kees Jan Koster <kjkoster@kjkoster.org>
It features an user friendly IDE, project wizard, generation of GNU
makefiles and automake/autoconf skeletons, fast run-time source parsing
with syntax coloring and autoformating of C, Fortran, and Eiffel sources.
CvsGui features
WinCvs is written in C++ using the Microsoft MFC.
MacCvs is written in C++ using Metrowerks PowerPlant.
gCvs is written in C++ using GNU gtk+.
They are using the latest cvs source code.
They are making cvs easier for the novice.
They are increasing the power of cvs by providing an high-end interface.
The project is growing because it is supported and developed
by several cvs users.
WWW: http://cvsgui.sourceforge.net/
The State Threads is a small application library which provides a
foundation for writing fast and highly scalable Internet applications
(such as web servers, proxy servers, mail transfer agents, and so on) on
UNIX-like platforms. It combines the simplicity of the multithreaded
programming paradigm, in which one thread supports each simultaneous
connection, with the performance and scalability of an event-driven
state machine architecture. In other words, this library offers a
threading API for structuring an Internet application as a state
machine.
The State Threads library is a derivative of the Netscape Portable
Runtime library (NSPR).
WWW: http://oss.sgi.com/projects/state-threads/
PR: 25189
Submitted by: tobez@tobez.org (Anton Berezin)
- textproc added in category (like astyle)
Ccdoc is a tool for extracting comments from C++ source code and presenting it
in HTML format, very similar to Java's JavaDoc tool. The tagging used in ccdoc
is very similar to that of Javadoc, with adaptations for the C++ specifics, of
course. Ccdoc supports extracting comments from both header and implementation
files.
In contrast to most other C++ doc'ing applications, ccdoc analyses the code
before it has been run through the pre-processor, so things such as macros can
actually be included in the documentation.
It's usage is not quite as straight forward as JavaDoc's, but considering the
quality of the output, it is well worth the effort.
WWW: http://www.joelinoff.com/ccdoc/
PR: 22794
Submitted by: lonewolf@flame.org
I was planning to rename pyncurses into more appropriate py-ncurses
before committing it out, but forgot to do so. Therefore delete
pyncurses and readd it back as py-ncurses.
Py-ncurses is a Ncurses binding for Python.
PR: 18633
Submitted by: adsharma@sharams.dhs.org
AutoGen is a tool designed for generating program files that contain
repetitive text with varied substitutions. Its goal is to simplify the
maintenance of programs that contain large amounts of repetitious text.
This is especially valuable if there are several blocks of such text that
must be kept synchronized.
Understand can parse a C/C++ project helping reverse engineer it
[begin snip from the www site]
Understand parses any sized C or C++ project to help you reverse
engineer, document and understand it and thus maintain it better.
It supports K&R C, ANSI C, or C++ source code. Projects can contain
mixed C/C++ code as well. The parser is efficient, fast, and can
handle very large projects. Very little is needed to get started
- just aim it at your source tree. Optionally (and for more parsing
accuracy) add any externally defined macro definitions and include
paths. All of this is done from the GUI - you should be able to do
an initial analysis of your project in a few minutes.
Understand for C++ quickly documents Class inheritance hierarchies
(Base Class and Derived Classes), Call and CallBy Trees, Include
and Include By Trees, as well as where and how everything in your
source code is used (cross reference). Understand for C++ creates
detailed automatic documentation about your source code in HTML
and text reports Using the PERL and C API you can write your own
documentation generators.
[end snip from the www site]
You need a limited time period license to run the product in
evaluation mode. One can be obtained in the www site. A permanent
license can be purchased there too.
- Instalation issues:
This port has a hardcoded directory structure which is required to
run it. Therefore, some measures are necessary to install it under
FreeBSD following handbook rules'
1) All files but binaries are installed according to hier(7)
2) A fake structure is created under ${PREFIX}/lib/understand_c to
please the program and soft links are made there to the correct
locations under hier(7)
3) The binaries are installed under ${PREFIX}/lib/understand_c/bin
and a wrapper is installed under ${PREFIX}/bin pointing to the fake
structure
4) Since a license is required to run the program, warnings are
issued when either it is installed or a package is added
5) Since the legal status is still being debated with the developers,
it will be marked as RESTRICTED for the time being and LEGAL
will be updated accordingly
