Free nintendo ds software for linux

KWiideo is a video encoder for the mjpeg codec, which is supported by the Nintendo Wii.

You can use mencoder or ffmpeg as encoder. If you want to add subtitles you have to use mencoder, because ffmpeg cant add srt files to videos (maybe ffmpeg can do it, but didnt found a function for it).

You can set the quality of the output video using the quality slider. Available values 1 (best quality, largest files) to 30 (poor quality, small files). An other way to change the quality is setting the bitrate. High bitrates create better quality, but the filesize increase. It is not possible to use the quality slider and the bitrate setting function at the same time. Changing the bitrate seems not to work with mencoder and mjpeg as codec, you better take the quality slider when you use mencoder as encoder.

For splitting the video, you need avisplit. Comments are welcome.

RT-Thread is a real-time operating system. It is designed specifically for small memory footprint platforms. The kernel supports the tranditional RTOS services, such as multiple threads, semaphores, mutexes, event flags, mailboxes, etc.
RT-Thread project also provides a C-expression interpreter shell, from which a programmer can access kernel variables and invoke system functions.
Main features:
Kernel Object System
- There is a kernel object system, which can access and manage all of the kernel objects. Kernel objects include most of the facilities in the kernel, for example, thread, semaphore etc. Kernel objects can be static objects, whose memory is allocated in compiling. It can be dynamic objects as well, whose memory is allocated from system heaps in runtime. Through the kernel object system, RT-Thread operating system can be independent from the memory management system and greatly enhance the scalability of the system.
Multi-Task/Thread Scheduling
- RT-Thread operating system supports multi-task systems, which are based on thread scheduling. The scheduling algorithm used in RT-Thread operating system is a full preemptive priority-based scheduling algorithm. It supports 256 priority levels, in which 0 is the highest and 255 the lowest. The 255th priority is used for idle thread. The scheduling algorithm also supports threads running at same priority level. The shared time-slice round-robin scheduling is used for this case. The time of scheduler to determine the next highest ready thread is determinant. The number of threads in the system is unlimited, only related with RAM.
Synchronization Mechanisms
- RT-Thread operating system supports the traditional semaphore and mutex. Mutex objects use inherited priority to prevent priority reversion. The semaphore release action is safe for interrupt service routine. Moreover, the block queue for thread to obtain semaphore or mutex can be sorted by priority or FIFO.
Inter-Thread Communication
- RT-Thread operating systems supports event/fast event, mail box and message queue. The event mechanism is used to awake a thead by setting one or more corresponding bit of a binary number when an event ocurs. The fast event supports event thread queue. Once a one bit event occurs, the corresponding blocked thread can be found out timing accurately, then will be waked up. In mailbox, a mail length is fixed to 4 byte, which is more effective than message queue. The send action for communication facilities is also safe for interrupt service routine.
Clock and Timer
- In default, the system uses clock tick to implement shared time-slice scheduling. The timing sensitivity of thread is implemented by timers. The timer can be set as one-shot or periodic timeout.
Memory Management
- RT-Thread operating system supports two types memory management: static memory pool management and dynamic memory heap management. The time to allocate a memory block from the memory pool is determinant and when the memory pool is empty, the allocated thread can be blocked (or immediately return, or waiting for sometime to return, which are determined by a timeout parameter). When other thread releases memory blocks to this memory pool, the blocked thread is wake up.
Enhancements:
- More porting was done to Samsung S3C44b0 CPU, AMTEL AT91SAM7S64, Nintendo DS, and Intel i386.

Jaune project is a Java-like compiler for small systems.
Jaune is a compiler and set of libraries that can be used to write programs in the Java language for small devices.
It includes a basic set of class libraries, garbage collector, and set of examples that can be run on the Nintendo GameBoy.
Main features:
- All of the object-oriented features of the Java language.
- A conservative, compiler directed garbage collector.
- Sufficient base class support for implementing most of the niceties of the Java libraries.
- Native implementations of the Object, String and StringBuffer classes for speed.
- A very straight forward native code interface.

SlimServer on DiskStation is an add-on package to the Synology DiskStation family of PowerPC based NAS devices providing the environment to run SlimDevices SlimServer on it.

This project integrates into the DS administrative Web interface and comes with various user-friendly tools and scripts to maintain the installation.

It supports all currently official features of Slimserver, such as Asian character display and on-the-fly transcoding of various music file formats. Popular third party plugins are supported as well.

PictoChat sniffer allows you to spy live on PictoChat communications between Nintendo DS gaming consoles.

Requires a 802.11 device with support for monitor mode and Radiotap (tested only under FreeBSD with the p54u driver). Based upon GTK2 and libpcap.

Pingus is a free Lemmings clone for GNU/Linux and Windows covered under the GNU GPL. Pingus uses ClanLib and libxml and might also be usable on some other OSs like FreeBSD, but hasnt been tested there.

Pingus is mainly developed under GNU/Linux, thats why the Windows port is sometimes a bit behind.

Pingus has started at the end of 1998 with the simple goal to create a Free (as in freedom, not as in free beer) Lemmingstm clone. The Free means you get the sources and are allowed and encouraged to change and distribute them.

You basically get everything that I used to create this game. In the years it has grown than quite a bit over the original goal and become something more than just a clone, we have original artwork, a built-in level editor, new actions, multiplayer and a few other features.

If you dont know Lemmingstm, here comes a short introduction. Its a puzzle game developed in 1991 by DMA Design. The player takes command in the game of a bunch of small animals and has to guide them around in levels. Since the animals walk on their own, the player can only influence them by giving them commands, like build a bridge, dig a hole or redirect all animals in the other direction.

The goal of each level is to reach the exit, for fix multiple combination of commands are necessary. The game is presented in a 2D site view. For more information you might want to visit Lemmingstm fanpage

While Pingus is based on the idea of Lemmingstm, it has included some other ideas, which werent presented in the original Lemmingstm, like the worldmap or secret levels, which might be familiar from games the Super Mario World and other Nintendo games. We have also a few new actions, like the jumper which werent presented in the original game.

jrawio is a Service Provider Implementation for the Java ImageIO API. It provides the ability to read images coded in a digital "camera raw" format (such as NEF for Nikon or CRW/CR2 for Canon).
jrawio is to be pointed out that jrawio is implemented in 100% pure Java.
In simple words, a Camera RAW format is the dump of the data collected by the camera sensor, with basically no post-processing applied. While it has the pitfall of requiring heavy processing in order to achieve a displayable image, the basic advantage is that any transformatio applied to it is "reversible".
From this point of view a Camera RAW format can be thought as a "digital negative". But dont confuse this with Adobes Digital Negative format (.DNG), which is just the try to define a standard format of RAW images. Indeed every camera manufacturer (e.g. Nikon, Canon, ...) has its own format.
jrawio is presently a Release Candidate for v1.0, so its coming out of beta stage. Please refer also to the Release Notes for information about issues.
It has been tested with about 8,000 photos taken with Nikon D100 and D70 cameras and with about 250 samples of various cameras downloaded from the web. jrawio has been explicitly tested with the following models:
Canon CR2 Digital Rebel, EOS 1D MkII, EOS 1Ds MkII, EOS 350D
Canon CRW D30, EOD 10D, EOS 300D
Leica DNG R8, R9
Minolta MRW DiMAGE 5, DiMAGE 7i, DiMAGE 7Hi
Nikon NEF CoolPix 5400, CoolPix 5700, CoolPix 8700, CoolPix 8800, D1, D100, D1X, D200, D2H, D2X, D50, D70, D70s
Pentax PEF *ist D, *ist DL, *ist DS
Sony SRF F828
Enhancements:
- This release fixes bugs related to application integration.

Log::Log4perl::Appender::RRDs is a log to a RRDtool Archive.

SYNOPSIS

use Log::Log4perl qw(get_logger);
use RRDs;

my $DB = "myrrddb.dat";

RRDs::create(
$DB, "--step=1",
"DS:myvalue:GAUGE:2:U:U",
"RRA:MAX:0.5:1:120");

print time(), "n";

Log::Log4perl->init(qq{
log4perl.category = INFO, RRDapp
log4perl.appender.RRDapp = Log::Log4perl::Appender::RRDs
log4perl.appender.RRDapp.dbname = $DB
log4perl.appender.RRDapp.layout = Log::Log4perl::Layout::PatternLayout
log4perl.appender.RRDapp.layout.ConversionPattern = N:%m
});

my $logger = get_logger();

for(10, 15, 20, 25) {
$logger->info($_);
sleep 1;
}

Log::Log4perl::Appender::RRDs appenders facilitate writing data to RRDtool round-robin archives via Log4perl. For documentation on RRD and its Perl interface RRDs (which comes with the distribution), check out http://rrdtool.org.

Messages sent to Log4perls RRDs appender are expected to be numerical values (ints or floats), which then are used to run a rrdtool update command on an existing round-robin database. The name of this database needs to be set in the appenders dbname configuration parameter.

If theres more parameters you wish to pass to the update method, use the rrdupd_params configuration parameter:

log4perl.appender.RRDapp.rrdupd_params = --template=in:out

To read out the round robin database later on, use rrdtool fetch or rrdtool graph for graphic displays.