Dulwich is a Python implement of the Git file formats and protocols.
It provides a standalone implementation that doesn't depend on the
presence of Git itself.
* added Axlon and Mosaic RAM expansions for Atari 400/800
* added emulation of 1400XL, 1450XLD, MIO and Black Box
* added support of .PRO copy-protected disk images
* implemented tape loading with variable bitrates
* implemented cassette writing via hardware registers
* added switching between NTSC and PAL color palettes
* added emulation of XEP80 and a prototype 80 column card
for the Atari 1090 (SDL only currently)
* added emulation of CX85 numeric keyboard (Java and SDL only)
* event recording added (-record, -playback): save your game walkthrough
using the "-record mygame.dat" and later impress your friends by
your game skills or highest score using the "-playback mygame.dat"
* NTSC Filter option added to UI
* -directmouse added to SDL and X11 (used for -mouse pad or koala)
* monitor supports arrow keys - e.g. up-arrow for history
* SDL: interpolated scanlines (use -scanlinesnoint to disable)
* SDL: added -mouse, -mousespeed, -grabmouse (also Alt+M)
* SDL: visual configuration of keyboard joysticks layout in the UI
(F1 -> Controller Configuration -> Define layout)
default mapping changed to 4,8,6,5 (joy0) and A,W,D,S (joy1)
* R: device can be serial-only, network-only or both (selectable)
* R: device now supported on MS Windows and Dreamcast as well
* a completely new port to Java using NestedVM, running also as an applet
* Falcon/TT: removed Devpac dependency in asm files (now gcc friendly)
KDE 4.3.3 has a number of improvements that will make your life just a
little bit better. Some of KWin's effects have been smoothed and freed
of visual glitches, JuK should now be more stable, KDE PIM has seen its
share of improvements while in the back-rooms of KDE, the developers are
working hard on porting all applications to the new Akonadi storage and
cache.
2274 7.2.268 crash when using Python to set cursor beyond end of line
7128 7.2.269 add --startuptime so that slow startup can be analysed
2281 7.2.270 ":@c" does not execute everything if the c register has a CR
2649 7.2.271 Motif GUI: Using freed memory when making a choice
2582 7.2.272 "_.svz" is not recognized as a swap file
3404 7.2.273 crash when redirirecting to unknown array
3749 7.2.274 syntax folding doesn't work properly when adding a comment
2717 7.2.275 warning for unused argument and comparing signed and unsigned
1875 7.2.276 crash when setting 'isprint' to a small bullet
1937 7.2.277 CTRL-Y in a diff'ed window may move cursor outside of window
2312 7.2.278 using magic number in the folding code
3413 7.2.279 invalid memory read with visual mode "r"
6656 7.2.280 a redraw in a custom statusline with %! may cause a crash
2241 7.2.281 'cursorcolumn' highlighting is wrong in diff mode
1584 7.2.282 a fold can't be closed
2030 7.2.283 GTK: changing font doesn't keep the window maximized
1572 7.2.284 two windows on a buffer + folding: display error after change
Main changes:
* irc is now a plugin
* irc: remove kernel info in CTCP VERSION reply
* relay: add relay plugin (network communication between WeeChat and remote
application)
* logger: add logger plugin with new features: backlog, level for messages to
log
* plugins: add some other plugins: alias, demo, fifo, tcl, xfer
* api: new plugin API with many new functions: hooks, buffer management and
nicklist, bars, configuration files, network, infos/infolists, lists, upgrade
* gui: new display engine, with prefix and message for each line
* gui: add new type of buffer, with free content
* gui: fix display bug with some weird UTF-8 chars
* core: improve main loop: higher timout in select(), less CPU usage
* core: new name for configuration files (*.conf instead of *.rc)
Allegraud.
OpenFst is a library for constructing, combining, optimizing, and
searching weighted finite-state transducers (FSTs). Weighted
finite-state transducers are automata where each transition has an
input label, an output label, and a weight. The more familiar
finite-state acceptor is represented as a transducer with each
transition's input and output label equal. Finite-state acceptors
are used to represent sets of strings (specifically, regular or
rational sets); finite-state transducers are used to represent
binary relations between pairs of strings (specifically, rational
transductions). The weights can be used to represent the cost of
taking a particular transition.
This library was developed by contributors from Google Research
and NYU's Courant Institute. It is intended to be comprehensive,
flexible, efficient and scale well to large problems. it has been
extensively tested. It is an open source project distributed under
the Apache license.
