8 projects tagged "Telnet"
Wapsh allows users to login to a Unix workstation using a WAP-capable mobile phone. Features include shortcuts (to save phone typing), input of control and other special characters, command history, and searching and scrolling through long shell output. Wapsh automatically adapts to the main WAP browsers (UP and Nokia), and uses configuration files to further tailor the system for specific phones. A corresponding HTML (Web) interface is also included.
DataReel is a free, cross-platform database and communications toolkit. It can be used to rapidly develop and deploy multi-threaded database and communications applications. The DataReel toolkit is composed of a modular C++ library designed to build cross-platform infrastructures for end-user applications, embedded systems, and reusable libraries. DataReel's unique modular design simplifies adaptation, allowing you to determine the level of complexity. DataReel makes Internet connectivity and database programming easy.
Zuul was yet another PHP frontend for mldonkey. It has been out-of-sync with current mldonkey development for some time, however, and exists now only as a reference for the more current fork of the project, Web-GMUI. Zuul is unlikely to function properly against any available mldonkey releases, so file releases are unavailable at this time. CVS from sourceforge is still available, however.
psyced is a distributed chat and messaging system based on the Protocol for SYnchronous Conferencing. PSYC is multicast and routed between servers and clients in a scalable and efficient way, but users can also comfortably use IRC clients, telnet, Web chat, WAP, or Jabber to enter the network. psyced also communicates with the network of Jabber/XMPP servers and hosts programmable chat rooms for all of these technologies at once. It also provides gateways to several IRC networks, but unlike IRC, everyone can run a server and be an equal member of the PSYC network. It supports PSYC, XMPP, IRC, TELNET, HTTP, Applet, SMTP, WAP, XML, RSS, and TLS.
Time Based Text allows the user to include more information in written text by saving the time delta between keystrokes and offering a way to reproduce it exactly how it has been written. It offers a protocol and reference implementation that is easily embeddable in applications using text-based human communication. The idea behind it is that email systems as well poetry and literature may benefit from a time-based approach to text. It comes with a portable C++ reference implementation to generate TBT messages and save them in HTML and DokuWiki (JSON), a Website to upload and exchange TBT poetry, plus various advanced TBT implementations in Javascript, Python, and Perl.
A .NET implementation of BCrypt, PHPass, and traditional crypt password algorithms.