Free file sharing client software for linux

DeleGate is a multi-purpose application level gateway, or a proxy server which runs on multiple platforms (Unix, Windows, MacOS X and OS/2). DeleGate mediates communication of various protocols (HTTP, FTP, NNTP, SMTP, POP, Telnet, SOCKS, etc.), applying cache and conversion for mediated data, controlling access from clients and routing toward servers.
DeleGate translates protocols between clients and servers, applying SSL(TLS) to arbitrary protocols, merging several servers into a single server view with aliasing and filtering.
Born as a tiny proxy for Gopher in March 1994, it has steadily grown into a general purpose proxy server. Besides beeing a proxy, DeleGate can be used as a simple origin server for some protocols (HTTP, FTP and NNTP).
Main features:
- UNBOUND PROXY: A user can select target servers arbitrarily in ad hoc way showing destination in user level data specific to the protocol of the client.
- BOUND PROXY: An administrator of DeleGate can specify which destination server is used depending on accessing client.
- CACHE: A message data transferred on a protocol is cached in its inherent format and shared among DeleGate as gateway servers of different protocols.
- CONNECTION SHARING: An established connection to a server in anonymous user can be reused and shared among multiple clients.
- DATA CONVERSION: DeleGate has several built-in data conversion filters which can be applied to a specific part of data in a message on each protocol.
- PROTOCOL CONVERSION: A client of a protocol can talk with servers of other protocols via DeleGate.
- AUTHENTICATION / SECURE PROTOCOL CONVERSION: DeleGate can relay between a non-SSL client and a SSL server, or between a SSL-client and a non-SSL server.
- ACCESS CONTROL: Accesses to be permitted to pass DeleGate are described by a set of triples of destination protocol, destination server and source client.
- LOGGING: Detailed logging of DeleGate actions and protocol dependent logging in standard formats.
- AUTOMATIC INVOCATION: DeleGate can be invoked automatically on demand or at the startup time of the host system.
- RESOLVER CONTROL: You can control the combination and sequence of multiple resolution mechanisms, independently of platforms.
- ROUTING CONTROL: A route toward the server can be selected from alternatives depending on protocol, server and client (host and user).
- MOUNTING SERVERS: Multiple target servers of multiple protocols can be merged into a single server of a protocol, with resource name filtering and aliasing.
- PROXY ON DEMAND: Automatically invoked proxy just for the current session.
- ORIGIN SERVER: You can use DeleGate as simple origin servers for several protocols.
- EXTENSION BY USERS: You can attach your own graphic images, messages, and programs to DeleGate without modifiying the DeleGate program.
- TCP WRAPPER: You can use DeleGate like inetd + TCPwrapper which make your own filter program work as a server with access control.
- SCHEDULER: You can use DeleGate like crond which invokes specified commands at specified timing.
- MULTI-PLATFORM: DeleGate runs on multiple platforms and can be compiled from a common source program without any platform dependent configuration.
Whats New in 9.6.3 Alpha Development Release:
- This release fixes frozen threads or broken data which could be caused with thread based implementations of SSL and gzip filters.

MLdonkey is a multi-platform multi-networks peer-to-peer client. Originally, MLdonkey was the first open-source client to access the eDonkey network. The protocol was reverse-engeneered using an efficient protocol sniffer, Pandora .
Currently, with eDonkey , it supports several large networks, such as Overnet , Bittorrent , Gnutella (Bearshare, Limewire,etc), Gnutella2 (Shareaza), Fasttrack (Kazaa, Imesh, Grobster), Soulseek (beta), Direct-Connect (alpha), and Opennap (alpha). Networks can be enabled/disabled, searches are performed in parallel on all enabled networks, but each file is only downloaded from one network (wait for next release !), but from multiple clients concurrently.
MLdonkey runs as a daemon on the computer. It can be controlled using several interfaces: the simplest one is telnet (telnet 127.0.0.1 4000), a more interesting one is a WEB server (http://127.0.0.1:4080/), and a binary protocol allows access using more elaborate Graphical Interfaces (see the GUIs available on your system at the bottom of the page). MLdonkey comes by default with a GTK interface. All these interfaces can be used locally, or remotely (after disabling security restrictions).
MLdonkey is written in Objective-Caml , a powerful language that runs on most Operating Systems.
Enhancements:
- Ocaml 3.10.0 is now the default compiler
- do not compile unmaintained Gnutella/G2 by default
- non-EDK: Discover WAN IP
- Swarmer: Optional linear downloadBT: Improve UTF8 support
- BT: Support user_commit_dir when seeding
- BT: Fix country-based IP blocking

pita is client-server music player. A daemon process, pitad, maintains a queue of files which it plays through the sound system.

Various clients manipulate the daemon, adding songs, moving through the queue, etc.

Tiny ERP Web client is a Turbogears/AJAX interface for the enterprise management software Tiny ERP.

The project supports all features of the GTK client and connects to the Tiny ERP server using XML-RPC.

ConMan is a serial console management program designed to support a large number of console devices and simultaneous users. The project supports local serial devices, remote terminal servers (via the telnet protocol), and external processes (e.g., using Expect to control connections over telnet, ssh, or IPMI Serial-Over-LAN).
Its features include logging (and optionally timestamping) console device output to file, connecting to consoles in monitor (R/O) or interactive (R/W) mode, allowing clients to share or steal console write privileges, and broadcasting client output to multiple consoles.
Main features:
- logging (and optionally timestamping) console device output to file
- connecting to consoles in monitor (R/O) or interactive (R/W) mode
- allowing clients to share or steal console write privileges
- broadcasting client output to multiple consoles
Enhancements:
- A console script was added for Sun ILOM.
- Minor fixes were made to the existing console scripts.

checksysreport project can perform some automatic tests against a directory containing an untarred Red Hat Enterprise Linux sysreport.
You will need a valid Red Hat Network login in order to use it, as it fetches information from RHN using the RHN API (see https://rhn.redhat.com/rpc/api/).
A graphical tool, yadarh, is also included: it uses the cache generated by checksysreport to display RPMs in a given channel and lets you browse them to have a list of errata and new entries in changelogs that come with other versions of the same package.
Enhancements:
Checksysreport 1.0 comes with a server and a client side so several clients can share a common cache repository.
- There is a checksysreport-server package that share its cache to checksysreport clients using postgresql.
- The server also accept sysreports to analyse from a web page.
- A cosmetic bug when copying changelogs diff in yadarh has been fixed.
- Fetching data from rhn is threaded.
- Client can be configured to use a satellite instead of rhn.redhat.com
- Makefile works for 108.redhat.coms svn
- Cleaner packaging, thanks to David Juran.