RTG is a flexible, scalable, high-performance SNMP statistics monitoring
system. It is designed for enterprises and service providers who need to
collect time-series SNMP data from a large number of targets quickly. All
collected data is inserted into a relational database that provides a common
interface for applications to generate complex queries and reports. RTG
includes utilities that generate configuration and target files, traffic
reports, 95th percentile reports and graphical data plots. These utilities may
be used to produce a web-based interface to the data.
The unique features of RTG are:
* Runs as a daemon, incurring no cron or kernel startup overhead
* Written entirely in C for speed, incurring no interpreter overhead
* Multi-threaded for asynchronous polling and database insertion
* Inserts data into a relational database where complex queries and reports
may be generated
* Performs no data averaging in order to support billing, etc.
* Can poll at sub-one-minute intervals
bchunk is a Unix/C rewrite of the fine BinChunker software for some
non-Unix systems.
binchunker converts a CD image in a ".bin / .cue" format
(sometimes ".raw / .cue") to a set of .iso and .cdr tracks. The
bin/cue format is used by some non-Unix cd-writing software, but
is not supported on most other cd-writing programs.
The .iso track contains an ISO file system, which can be mounted
through a vn device on FreeBSD systems, or written on a CD-R
using cdrecord. The .cdr tracks are in the native CD audio format. (pcm)
They can be either written on a CD-R using cdrecord -audio, or
converted to WAV (or any other sound format for that matter)
using sox.
This directory contains three versions of the linuxdoc DTD.
The first, original.dtd, is the original untouched DTD from the
SGML-tools version 0.99.13 toolkit. The second, freebsd-1.0.dtd, has
been slightly modified to (a) remove bogus shortref maps, and (b)
add a PART element. The third, freebsd-1.1.dtd adds a manref element.
Using the supplied catalog file with James Clark's SP parser,
documents beginning like this:
<!doctype linuxdoc system>
will automatically use the original DTD, while these:
<!doctype linuxdoc public "-//FreeBSD//DTD linuxdoc//EN">
<!doctype linuxdoc public "-//FreeBSD//DTD linuxdoc 1.0//EN">
will use the FreeBSD DTD, version 1.0 and this:
<!doctype linuxdoc public "-//FreeBSD//DTD linuxdoc 1.1//EN">
will use the FreeBSD DTD, version 1.1.
January 17, 1998
jfieber@FreeBSD.org
DateTime::Event::Zodiac returns the latin zodiac name or alternatively
the unicode zodiac symbol for the given date. The zodiac may be calculated
using either fixed dates or using the longitude/position of the sun.
Flexmock is a mock/stub/spy library for Python.
Its API is inspired by a Ruby library of the same name.
However, it is not a goal of Python Flexmock to be a clone of
the Ruby version. Instead, the focus is on providing full support
for testing Python programs and making the creation of fake
objects as unobtrusive as possible.
As a result, Python Flexmock removes a number of redandancies in
the Ruby Flexmock API, alters some defaults, and introduces a
number of Python-only features.
Flexmock declarations are structured to read more like English
sentences than API calls, and it is possible to chain them
together in any order to achieve high degree of expressiveness
in a single line of code.
Qfsm is a graphical editor for finite state machines written in C++ using Qt.
Finite state machines are a model to describe complex objects or systems in
terms of the states they may be in. In practice they can used to create
regular expressions, scanners or other program code.
Current features of Qfsm are:
- Creation, editing, loading and saving of binary and ASCII machines
- Drawing of states and transitions
- Binary and ASCII condition codes
- Setting of a start state and end states
- Zooming
- Cut, copy & paste inside Qfsm
- Printing of diagrams
- Multiple windows
- Integrity check
- Interactive simulation
- AHDL/VHDL export
- State table export (Latex, HTML)
ZooKeeper is a distributed, open-source coordination service for
distributed applications. It exposes a simple set of primitives that
distributed applications can build upon to implement higher level
services for synchronization, configuration maintenance, and groups
and naming. It is designed to be easy to program to, and uses a data
model styled after the familiar directory tree structure of file
systems. It runs in Java and has bindings for both Java and C.
Coordination services are notoriously hard to get right. They are
especially prone to errors such as race conditions and deadlock. The
motivation behind ZooKeeper is to relieve distributed applications the
responsibility of implementing coordination services from scratch.
Nathive is a libre software image editor, similar to Adobe Photoshop,
Corel Photo-Paint or The GIMP, but focused on usability, logic and
providing a smooth learning curve for everyone. The project run in
the Gnome desktop environment and anyone is welcome to collaborate
on it with code, translations or ideas.
This project is in the alpha phase, so it is an incomplete work,
unfit for the end user yet. The intention is to achieve a professional
graphic editor progressively without giving up initial usability.
Nathive is written from scratch in C using GTK+, and is designed
to be simple, lightweight, and easy to install and use.
Motsognir is a robust, reliable and easy to install open-source gopher server
for Unix-like systems (Linux, BSD, and anything else POSIX-compliant).
The Motsognir gopher server is meant to be used for small projects (like home
servers), but should scale well on bigger architectures as well. All the
configuration is done via a single configuration file, which has very
reasonable defaults. That makes Motsognir easily maintainable, and allows the
administrator to have a full knowledge of what features are allowed/enabled on
the server. Motsognir supports server-side CGI applications and PHP scripts, is
plainly compatible with UTF-8 filesystems, and is entirely written in ANSI C
without external dependencies.
DSSI (pronounced "dizzy") is an API for audio processing plugins,
particularly useful for software synthesis plugins with user
interfaces.
DSSI is an open and well-documented specification developed for use
in Linux audio applications, although portable to other platforms.
It may be thought of as LADSPA-for-instruments, or something
comparable to VSTi.
DSSI consists of a C language API for use by plugins and hosts,
based on the LADSPA API, and an OSC (Open Sound Control) API for
use in user interface to host communications. The DSSI specification
consists of an RFC which describes the background for the proposal
and defines the OSC part of the specification, and a documented
header file which defines the C API.