Gtk+ tools and bindings to the avahi mDNS service discovery system.
Gtk+ tools and bindings to the avahi mDNS service discovery system.
mDNSResponder compatibility from Avavhi
Qt 4 bindings to the avahi mDNS service discovery system.
The C# interface to Avahi service discovery.
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
Service discovery on a local network -- this means that you can plug your
laptop or computer into a network and instantly be able to view other people
who you can chat with, find printers to print to or find files being shared.
This kind of technology is already found in MacOS X (branded 'Rendezvous',
'Bonjour' and sometimes 'ZeroConf') and is very convenient.
The net/avahi-gtk and net/avahi-gtk3 install same header, avahi-ui.h. To
avoid both ports to get conflict with the each others. Avoid both ports
to install avahi-ui.h then have both ports to depend on here.
Binkd is a Fidonet mailer designed to operate via TCP/IP networks.
As a FTN-compatible internet daemon, it makes possible efficient
utilization of TCP/IP protocol suite as a transport layer in
FTN-based (Fido Technology Network) networks.
The BIRD project aims to develop a fully functional dynamic IP routing daemon.
- Both IPv4 and IPv6
- Multiple routing tables
- BGP
- RIP
- OSPF
- LDP
- L3VPN
- Static routes
- Inter-table protocol
- Command-line interface
- Soft reconfiguration
- Powerful language for route filtering