Bar is a simple tool to copy a stream of data and print a display for the user
on stderr showing (a) the ammount of data passed, (b) the throughput of the
data transfer, and (c) the transfer time, or, if the total size of the data
stream is known, the estimated time remaining, what percentage of the data
transfer has been completed, and a progress bar.
This is mnemonic keyboard that covers entire IPA (International
Phonetic Alphabet) Unicode 5 range, written in Keyman keyboard
language. The keyboard is developed by SIL Non-Roman Script Initiative
(NRSI).
This port installs the keyboard so that it can be used through SCIM or
IBus KMFL IMEngine (textproc/scim-kmfl-imengine, textproc/ibus-kmfl).
This keyboard is provided under SIL International X11-style License
(http://scripts.sil.org/X11License).
NetSPoC is a tool for security managment of large computer networks with
different security domains. It generates configuration files for packet
filters controlling the borders of security domains.
NetSPoC provides its own language for describing security policy and topology
of a network. The security policy is a set of rules that state which packets
are allowed to pass the network and which not. NetSPoC is topology aware: a
rule for traffic from A to B is automatically applied to all managed packet
filters on the path from A to B.
Currently NetSPoC generates ACLs and static routing entries for Cisco routers
and PIX firewalls. Support for network address translation and IPSec has not
been implemented yet.
Non-Uniform Rational B-Splines (NURBS) are parametric functions which can
represent any type of curves or surfaces. This C++ library hides the basic
mathematics of NURBS, allowing the user to focus on the more challenging
parts of their projects.
The NURBS++ package includes a matrix library, an image manipulation
library, a numerical library and a NURBS library.
This library is copyrighted under the terms of the LGPL by its author,
Phillipe Lavoie <lavoie@zeus.genie.uottawa.ca>.
The Sippy RTPproxy is a high-performance software proxy for RTP streams that
can work together with SIP Express Router (SER), OpenSER or Sippy B2BUA or
any other SIP proxy or SIP B2BUA capable of rewriting SDP bodies in SIP
messages that it relays.
The main purpose of RTPproxy is to make the communication between SIP user
agents behind NAT(s) (Network Address Translator) possible. Several cases
exists when direct end-to-end communication is not possible and RTP streams
have to be relayed through another host. The RTPproxy can be used to setup
such a relaying host.
Originally created for handling NAT scenarious it can also act as a generic
media relay as well as gateway RTP sessions between IPv4 and IPv6 networks.
It can also perform number of additional functions, including call recording,
playing pre-encoded announcements, real-time stream copying and RTP payload
reframing.
Tools for the conversion to and from UTF-8 Unicode encoding. Note that
RFC-2277 mandates that all "protocols" MUST handle UTF-8 properly.
- utrans converts text files created using any 8-bit character
map into UTF-8;
- uhtrans converts UTF-8 files into 7-bit ASCII with anything
else formatted as an HTML-style tags, e.g. Ӓ (decimal);
- hutrans converts 7-bit ASCII files with HTML-style tags, to UTF-8,
thus complementing the functionality of hutrans;
- ptrans converts UTF-8 files into 8-bit text using any
8-bit character map, thus complementing utrans.
Additionally, tuc is installed if not found. Tuc converts text files
between the DOS/Windows and the Unix formats.
This port depends on ports/converters/libutf-8.
Further details: RFC 2277, and RFC 2279.
This module converts strings from and to 2-byte Unicode UCS2 format.
All mappings happen via 2 byte UTF16 encodings, not via 1 byte UTF8
encoding. To convert between UTF8 and UTF16 use Unicode::String.
For historical reasons this module coexists with Unicode::Map8.
Please use Unicode::Map8 unless you need to care for >1 byte character
sets, e.g. chinese GB2312. Anyway, if you stick to the basic
functionality (see documentation) you can use both modules equivalently.
Practically this module will disappear from earth sooner or later as
Unicode mapping support needs somehow to get into perl's core. If you
like to work on this field please don't hesitate contacting Gisle Aas
and check out the mailing list perl-unicode!
This is yet another ANSI/Turbo Pascal to C/C++ converter together
with BGI graphics library emulation for X Window System.
Converter recognizes Pascal dialects which are compatible with
Turbo Pascal 4.0/5.0 and ISO Pascal standard - IEC 7185:1990(E)
(including conformant arrays). Now it is tuned for Oregon Pascal-2
V2.1 which has few extensions to standard Pascal.
Converter can produce both C++ and C output.
Now PTOC recognizes Turbo Pascal's extensions, such as units,
strings, some special types and operations. Turbo Pascal
extensions are supported only for C++ language.
Also emulation libraries of Borland Graphics Interface (BGI) for
X Window System included in this distribution (BGI emulators can
be also used without converter for C programs using BGI).
WebStone is free benchmarking tool for web servers available from
Mindcraft. The version available here has been SSL enabled, so secure
web servers can be benchmarked using our version. In addition to the
default configuration parameters, the following can be specified:
1. SSL_VERSION: SSLv2, SSLv23 or SSLv3 (default SSLv3)
2. SSL_CIPHER(SSL preferred cipher): use ssl ciphers specified in
ssl[2,3].h, e.g RC4-SHA, IDEA-CBC-SHA, DH-DSS-DES-CBC3-SHA
(default EDH-RSA-DES-CBC3-SHA). Specifying an SSLv2 cipher in
SSLv3 mode won't work (and vice versa)
3. SSL_CACHE_MODE(client cache mode): ON, OFF (default OFF)
4. SSL_MIX(percentage HTTPS connections, remaining connections are
filled in with HTTP connections): 0.0-1.0 (default 1.0)
5. HTTPS_PORT: port (default 8443)
This program is a very basic interface to Paul Vixie's RBL filter. The
basic idea of the filter is that when someone is blacklisted for an email
abuse, a new domain name is resolved in the form of
"a.b.c.d.rbl.maps.vix.com", where "a.b.c.d" is actually the IP address
"d.c.b.a". For example, if the IP address 127.0.0.2 were listed as a
blacklisted address, "2.0.0.127.rbl.maps.vix.com" would have a DNS entry
(this is a real example; that address is in place as a verification
mechanism).
For more information about the RBL blacklist, please take a look at
http://maps.vix.com/rbl/ . For more information about BIND, drop by
http://www.isc.org/bind.html . The official home page for rblcheck is at
http://www.xnet.com/~emarshal/rblcheck/ .
Any ideas, bugfixes, or porting notes should be sent to me at
"emarshal@logic.net". Don't bug the MAPS people about this; they didn't
write it, and probably wouldn't like getting a bunch of mail about it.