Free twinkle 1.1 software for linux

tipxd is an IPX tunneling daemon which snoops on a local network for IPX 802.3 traffic, packages it and sends it over one or many TCP/IP connections to tipxd running on remote machines where it is unpacked and sent via the local network. This, in effect, makes the IPX networks appear as if all IPX peers were on the same physical hub. This program makes easier the playing of games where TCP/IP connections are not possible(for example where the two IPX machines are both behind firewalls), and the join Novell Netware Networks, share Windows Drives, etc.

By default, tipxd looks for the configuration file /etc/tipxd.conf, unless this is overidden with the -f option. This file is a very simple record format. Each record has a texttt{BEGIN} and texttt{END} statement, and tags which can occur between them to assign values for that record.

wmalms monitors data obtained from a sensor chip: temperature, fan speed, voltage.

It can be used as a dockable/swallowed applet with Window Maker, BlackBox and clones (incl. FluxBox), or any window manager that supports swallowing, including gnome, kde(kpanel)-1, fvwm and clones.

Alternatively, you can run wmalms as a normal window with any window manager

wmalms is designed to suit any hardware supported by lm_sensors.

It provides a wide range of customized features, including window appearance, order and representation of sensor data, refresh frequency, alarm mode, etc.

I started developing wmalms, after I tried several other sensor monitors, and neither worked for me.

KPovModeler is a modeling and composition program for creating POV-Ray scenes in KDE.
For most of the modelers, POV-Ray is nothing but a rendering engine and they bring a lot of limitations to the innate possibilities of POV-Ray scripted language. This is not the case for KPovModeler which allows you to use all the features of POV-Ray through the translation of POV-Ray language into a graphical tree.
Almost all options of POV-Rays script language can be used within KPovModeler. "Almost" because variables, loop instructions, macros and some operators cant directly be, unfortunately.
On the other hand, KPovModeler allows you to include a part of a script with the "Raw POV-Ray" tool; such a raw code will only be taken into account by POV-Ray during the rendering stage.
Main features:
- Management of the scene through a graphical tree.
- Object modification with control points in a graphical view or direct manipulation of object attributes in a dialog
- Nonblocking scene rendering with OpenGL as wire frame views
- Freely configurable view layout with dock widgets
- Copy/paste and drag/drop of (a subset of) povray(!) code into and out of the object tree
- Undo and redo
- Scene rendering and texture preview with povray inside the program
- Support for almost all povray objects
- Support for all textures
- Prototypes (declarations) and references
- All projection modes of the camera
For modeling an object, it is not required to know POV-Rays script language. On the other hand, for creating textures refering to POV-Rays documentation will be difficult to avoid.
But to ease the work, it is possible to simply cut-and-paste a script from POV-Ray into KPovModeler. KPovModeler will then, if the script only makes use of known primitives, convert the pasted text and include it into the current scene.
In other words, if you dont know how to create an object or an effect with KPovModeler, you could always copy its example from POV-Rays documentation and experiment with it within KPovModeler.

CTShaper is a shell-script that helps setting up a traffic shaper, using Linuxs built-in network QoS (Quality of Service) infrastructure.

Have you ever noticed how your SSH/gaming sessions become sluggish when you start downloading something, or how your downloads slow down when you start uploading?

Have you ever been annoyed by other peoples downloads forcing you to wait ages while an email is being sent? Or making your web navigation painfully slow?

Well, if your outgoing link is managed by a Linux router/gateway, then you could benefit from using CTShaper.

CTShaper reduces link latency by preventing packet queues from getting too long on your side (your ADSL or Cable modem) and on your ISPs side (their routers). Long packet queues is what makes your uploads interfere with your downloads, and your downloads interfere with your SSH or gaming sessions.

Additionally, CTShaper sets up four traffic queues with different priorities and configurable flow rates (to have minimum bandwidth guarantees for each class). By default, only traffic with ToS (Type of Service) information gets prioritized (which could be enough, if lots of software had support for it, which they dont), but you can use your firewall (iptables, or an iptables frontend like FireHOL) to "mark" traffic.

The traffic shaper will then prioritize (outgoing) traffic based on those "marks". You can, for instance, give priority to SMTP and HTTP traffic. This will only affect outgoing HTTP and SMTP traffic, but thats enough to make your emails go out faster, and your web navigation more responsive.