The Notable Improvements of GNOME 2.22
Michael Larabel writes "Phoronix has up a list compiling eight of the most interesting improvements on track for GNOME 2.22. These improvements include the Epiphany browser switching to the WebKit back-end, transition effects inside the Evince document viewer, a new GNOME application for taking photos and recording videos from web cameras followed by applying special effects, a mouse tweaking module for improved accessibility, and a new GNOME VNC client. On the multimedia end, GNOME 2.22 has a few new features appended to the Totem movie player and the Rhythmbox player. Totem can now search and play YouTube videos and connect to a MythTV server and watch past recordings or view live TV. Rhythmbox now can utilize FM radio tuners, integration with new lyric sites, improved Podcast feed support, and even has support for communicating with newer Sony PSPs. There will also be a standalone Flash player and flash previewing support from the file browser in this release."
The main reason I like gnome is that its a fast window manager with a low cruft index. This looks to me like Gnome trying too hard, and adding too many capabilities to what is, so far as I understand it, just a window manager. Why, for example include vnc? It's not like seperate client/servers for this task aren't available, and most are pretty good.
Is all this new stuff going to slow it down, that's the thing that interests me. If the team have too many things to maintain, just how good a job can they do?
Any chance that they've removed the dependency on Microsoft's patented .NET technologies via Mono?
(Yes, I know you can manually remove bits of the Gnome environment to get rid of Mono; but the Gnome environment by default includes Mono.)
GCHQ Quantum Insert installed. If only our tongues were made of glass, how much more careful we would be when we speak
Maybe because he's used them. As somebody who was written (and maintained) large programs in both PyGTK and PyQt, I must say that these projects are a great argument in favor of using plain C.
The PyGTK project, for the past several years, has released an update to its bindings within a month of the corresponding GTK+ library. PyQt's last version lagged by about a year. (Not a good sign.) Long after the Qt people had gone to Qt 4.0, we were stuck with PyQt for Qt 3.3, because that's the latest stable release. (It was even hard to get PyQt fixes, because the few PyQt developers spent almost all of their time trying to get PyQt 4 out the door.)
PyGTK has always done just what I expected it to. In PyQt, we always seemed to have trouble with object lifetimes. Qt tried to be just a bit too clever with C++ destructors and object lifetimes and such, and it just didn't translate into HLLs. Between this, and needing to pass C++ method signatures (as a string!) to signal handlers, you really had to write C++-in-Python. It's not really possible to write PyQt code without constantly thinking about the C++ layer. In GTK, I never thought about C: I just wrote Python with a Python GUI library.
I also find the phrase "quirky C required for Gtk+" funny. The C used by GTK+ has always seemed perfectly normal to me. If you want quirky, take a look at the "meta-object compiler" (yet another preprocessor!) that Qt's C++ uses.