Ubuntu
smuxi package

smuxi 0.8.9.1-3 source package in Ubuntu

Changelog

smuxi (0.8.9.1-3) unstable; urgency=low


  * [7cd3a08] Ignore secur32(.dll) ModuleRef for dh_clideps
  * [0055fc3] Added missing ncurses dllmap for smuxi-frontend-stfl.exe

 -- Mirco Bauer <email address hidden>  Sat, 07 Jan 2012 12:13:22 +0100

Upload details

Uploaded by:
Mirco Bauer
Uploaded to:
Sid
Original maintainer:
Mirco Bauer
Architectures:
all
Section:
gnome
Urgency:
Low Urgency

See full publishing history Publishing

Series Pocket Published Component Section

Builds

Precise: [FULLYBUILT] i386

Downloads

File Size SHA-256 Checksum
smuxi_0.8.9.1-3.dsc 2.3 KiB b634b89d4ee68274e2896f94205afdb9ec04bcc8b591ede5158e1894fb003d06
smuxi_0.8.9.1.orig.tar.gz 2.4 MiB b99891980554309109c1c04da7756d665f3bc61720113a3986cebfb03a6b6bda
smuxi_0.8.9.1-3.debian.tar.gz 10.8 KiB e190ee14c1c69de2d0598d89b3e57ef4f48d4295ae3a90a7f97f38b418e74121

Available diffs

No changes file available.

Binary packages built by this source

smuxi: graphical IRC client

 Smuxi is an irssi-inspired, flexible, user-friendly and cross-platform IRC
 client for sophisticated users, targeting the GNOME desktop.
 .
 Smuxi is based on the client-server model: The core application (engine) can
 be placed onto a server which is connected to the Internet around-the-clock;
 one or more frontends then connect to the core. This way, the connection to
 IRC can be kept up even when all frontends have been closed. The combination
 of screen and irssi served as example for this architecture.
 .
 Smuxi also supports the regular single application mode. This behaves like a
 typical IRC client; it doesn't need separate core management and utilizes a
 local engine that is used by the local frontend client.
 .
 This is a metapackage which depends on the default flavor of Smuxi, which is
 the GNOME frontend with Twitter and enhanced IRC support.

smuxi-engine: Engine library for Smuxi

 Smuxi is an irssi-inspired, flexible, user-friendly and cross-platform IRC
 client for sophisticated users, targeting the GNOME desktop.
 .
 Smuxi is based on the client-server model: The core application (engine) can
 be placed onto a server which is connected to the Internet around-the-clock;
 one or more frontends then connect to the core. This way, the connection to
 IRC can be kept up even when all frontends have been closed. The combination
 of screen and irssi served as example for this architecture.
 .
 Smuxi also supports the regular single application mode. This behaves like a
 typical IRC client; it doesn't need separate core management and utilizes a
 local engine that is used by the local frontend client.
 .
 This package contains the Smuxi engine, needed by Smuxi frontends or the
 standalone server.

smuxi-engine-irc: IRC engine for Smuxi

 Smuxi is an irssi-inspired, flexible, user-friendly and cross-platform IRC
 client for sophisticated users, targeting the GNOME desktop.
 .
 Smuxi is based on the client-server model: The core application (engine) can
 be placed onto a server which is connected to the Internet around-the-clock;
 one or more frontends then connect to the core. This way, the connection to
 IRC can be kept up even when all frontends have been closed. The combination
 of screen and irssi served as example for this architecture.
 .
 Smuxi also supports the regular single application mode. This behaves like a
 typical IRC client; it doesn't need separate core management and utilizes a
 local engine that is used by the local frontend client.
 .
 This package contains the IRC engine for Smuxi.

smuxi-engine-twitter: Twitter engine for Smuxi

 Smuxi is an irssi-inspired, flexible, user-friendly and cross-platform IRC
 client for sophisticated users, targeting the GNOME desktop.
 .
 Smuxi is based on the client-server model: The core application (engine) can
 be placed onto a server which is connected to the Internet around-the-clock;
 one or more frontends then connect to the core. This way, the connection to
 IRC can be kept up even when all frontends have been closed. The combination
 of screen and irssi served as example for this architecture.
 .
 Smuxi also supports the regular single application mode. This behaves like a
 typical IRC client; it doesn't need separate core management and utilizes a
 local engine that is used by the local frontend client.
 .
 This package contains the Twitter engine for Smuxi. This plugin allows you
 to receive and post tweets to the Twitter microblogging service. It
 supports the friends timeline, replies view, and direct messages.

smuxi-engine-xmpp: XMPP / Jabber / GTalk / Facebook Chat engine for Smuxi

 Smuxi is an irssi-inspired, flexible, user-friendly and cross-platform IRC
 client for sophisticated users, targeting the GNOME desktop.
 .
 Smuxi is based on the client-server model: The core application (engine) can
 be placed onto a server which is connected to the Internet around-the-clock;
 one or more frontends then connect to the core. This way, the connection to
 IRC can be kept up even when all frontends have been closed. The combination
 of screen and irssi served as example for this architecture.
 .
 Smuxi also supports the regular single application mode. This behaves like a
 typical IRC client; it doesn't need separate core management and utilizes a
 local engine that is used by the local frontend client.
 .
 This package contains the XMPP engine for Smuxi. This plugin allows you
 to receive and send messages on XMPP, Jabber, GTalk and the Facebook chat.

smuxi-frontend: Frontend library for Smuxi

 Smuxi is an irssi-inspired, flexible, user-friendly and cross-platform IRC
 client for sophisticated users, targeting the GNOME desktop.
 .
 Smuxi is based on the client-server model: The core application (engine) can
 be placed onto a server which is connected to the Internet around-the-clock;
 one or more frontends then connect to the core. This way, the connection to
 IRC can be kept up even when all frontends have been closed. The combination
 of screen and irssi served as example for this architecture.
 .
 Smuxi also supports the regular single application mode. This behaves like a
 typical IRC client; it doesn't need separate core management and utilizes a
 local engine that is used by the local frontend client.
 .
 This package contains the base library for all Smuxi frontends.

smuxi-frontend-gnome: GNOME frontend for Smuxi

 Smuxi is an irssi-inspired, flexible, user-friendly and cross-platform IRC
 client for sophisticated users, targeting the GNOME desktop.
 .
 Smuxi is based on the client-server model: The core application (engine) can
 be placed onto a server which is connected to the Internet around-the-clock;
 one or more frontends then connect to the core. This way, the connection to
 IRC can be kept up even when all frontends have been closed. The combination
 of screen and irssi served as example for this architecture.
 .
 Smuxi also supports the regular single application mode. This behaves like a
 typical IRC client; it doesn't need separate core management and utilizes a
 local engine that is used by the local frontend client.
 .
 This package contains the GNOME frontend of Smuxi, it can run either standalone
 using a local engine or connect to a running remote engine (server).

smuxi-frontend-gnome-irc: IRC support for GNOME frontend for Smuxi

 Smuxi is an irssi-inspired, flexible, user-friendly and cross-platform IRC
 client for sophisticated users, targeting the GNOME desktop.
 .
 Smuxi is based on the client-server model: The core application (engine) can
 be placed onto a server which is connected to the Internet around-the-clock;
 one or more frontends then connect to the core. This way, the connection to
 IRC can be kept up even when all frontends have been closed. The combination
 of screen and irssi served as example for this architecture.
 .
 Smuxi also supports the regular single application mode. This behaves like a
 typical IRC client; it doesn't need separate core management and utilizes a
 local engine that is used by the local frontend client.
 .
 This package contains enhanced IRC support for the GNOME frontend of Smuxi.

smuxi-frontend-stfl: STFL frontend for Smuxi (experimental)

 Smuxi is an irssi-inspired, flexible, user-friendly and cross-platform IRC
 client for sophisticated users, targeting the GNOME desktop.
 .
 Smuxi is based on the client-server model: The core application (engine) can
 be placed onto a server which is connected to the Internet around-the-clock;
 one or more frontends then connect to the core. This way, the connection to
 IRC can be kept up even when all frontends have been closed. The combination
 of screen and irssi served as example for this architecture.
 .
 Smuxi also supports the regular single application mode. This behaves like a
 typical IRC client; it doesn't need separate core management and utilizes a
 local engine that is used by the local frontend client.
 .
 This package contains the experimental STFL frontend of Smuxi, it can run
 either standalone using a local engine or connect to a running
 remote engine (server).
 .
 STFL is a library that uses ncurses to draw text based user interface using
 a markup language (like Glade for GTK+). This frontend is in early alpha state
 and lacks a lot of interface features and likes to crash.

smuxi-server: Server application for Smuxi

 Smuxi is an irssi-inspired, flexible, user-friendly and cross-platform IRC
 client for sophisticated users, targeting the GNOME desktop.
 .
 Smuxi is based on the client-server model: The core application (engine) can
 be placed onto a server which is connected to the Internet around-the-clock;
 one or more frontends then connect to the core. This way, the connection to
 IRC can be kept up even when all frontends have been closed. The combination
 of screen and irssi served as example for this architecture.
 .
 Smuxi also supports the regular single application mode. This behaves like a
 typical IRC client; it doesn't need separate core management and utilizes a
 local engine that is used by the local frontend client.
 .
 This package contains the standalone server of Smuxi, it doesn't need any GUI.
 The Smuxi frontends can connect to a running server via the network.