of servicing connections on its own. The programmer writes an
initialization function and a function to service connections, then
compiles and links his or her code against the library to create a complete
multi-process TCP server.
WWW: http://www.mammothcheese.ca/
--
James Bailie <jimmy@mammothcheese.ca>
http://www.mammothcheese.ca
PR: ports/150704
Submitted by: James Bailie <jimmy at mammothcheese.ca>
last commit.
The original problem is port was broken on amd64 when you have CFLAGS= defined
on make.conf. On last commit i thought it was fixed, but no, i don't know why
but it was building without define LUA_USE_LINUX and the binary generated was
wrong.
I figured out just using GMAKE fixes everything, it respect CFLAGS= when you
have, add -fPIC for amd64 and use correct defines for building, so, lets use
gmake to build this port for now.
Pointyhats to: garga@
General purpose Computer algebra system by Bernard Parisse released
under GPLv3. The french documentation by Renee De Graeve is for non
commercial use only.
it consists of:
- a C++ library (libgiac). It is build on C and C++ libraries:
PARI, NTL (arithmetic), CoCoA (Groebner basis), GSL (numerics),
GMP (big integers), MPFR (bigfloats) and provides algorithms for
basic polynomial operations (product, GCD) and symbolic
computations (simplifications, limits/series, symbolic
integration, sommation, ...). The library can be configured to
accept Maple or TI syntax to ease the transition for users of
these systems.
- a command line interpreter (icas or giac). It can be called from texmacs.
- a FLTK-based GUI (xcas). It is a GUI for symbolic computation
with several modules added: 2-d and 3-d graphics, dynamic 2-d and
3-d geometry (exact or numeric), spreadsheet, programming
environment.
WWW: http://www-fourier.ujf-grenoble.fr/~parisse/giac.html
PR: ports/150395
Submitted by: Han Frederic <han at math.jussieu.fr>
your own server that uses the same technology as Speedtest.net.
WWW: http://www.speedtest.net/mini.php
PR: ports/150716
Submitted by: Grytsuk Anton <gx@bsdplanet.ru>
TCP, SCTP and DCCP transport protocols over IPv4 and IPv6.
It simultaneously transmits bidirectional flows to an endpoint
and measures the resulting flow bandwidths and QoS. The
results are written as vector and scalar files. The vector
files can e.g. be used to create plots of the results.
WWW: http://www.iem.uni-due.de/~dreibh/netperfmeter/
PR: ports/148994
Approved by: tabthorpe (mentor)
