Thac's RPMs for Mandrake9.2

My Index rpms for Mandrake9.2

My Networking rpms for Mandrake9.2

My Monitoring rpms for Mandrake9.2

My Sound rpms for Mandrake9.2

My HamRadio rpms for Mandrake9.2

My Smartcard rpms for Mandrake9.2

My Graphics rpms for Mandrake9.2

My Webb rpms for Mandrake9.2

Type this in a console as root, to add my RPMS to the urpmi database.
urpmi.addmedia thacs.rpms http://www.mde.djura.org/9.2/RPMS with hdlist.cz

Check this page to add some more RPM resources to the urpmi database.
Like contrib and PLF theese two is what i use frequently as needed dependencys
From now on is contrib and PLF required i will not add the dependency rpms to my site anymore.
Easy urpmi config for Mandrake

SimpleCDR-X makes use of many common CD and audio manipulation tools,
namely CDRecord and its accompanying programs, CDRDAO for Disc at Once copying, CD Paranoia,
Blade Encode, LAME, OGG Vorbis, MAD MPEG Audio Decoder, and mpg123.
SimpleCDR-X also supports on-the-fly CD ripping to MP3 or OGG Vorbis format with no intermediate WAV files.
This is my SimplCDR-X rpm and the needed tools which is not included in Mandrake9.2.

• My SimpleCDR-X-1.3.2 RPM here
• My SimpleCDR-X-1.3.2 SRPM here
• My bladenc-0.94.2 RPM here
• My bladeenc-0.94.2 SRPM here
• My vcdimager-0.7.19 RPM here
• My libvcd0-0.7.19 RPM here
• My libvcd0-devel-0.7.19 RPM here
• My libvcd0-static-devel-0.7.19 RPM here
• My vcdimager-0.7.19 SRPM here
• My libcdio-apps-0.64 RPM here
• My libcdio0-0.64 RPM here
• My libcdio0-devel-0.64 RPM here
• My libcdio0-static-devel-0.64 RPM here
• My libcdio0-0.64 SRPM here
• My libcddb-apps-0.9.4 RPM here
• My libcddb0-0.9.4 RPM here
• My libcddb0-devel-0.9.4 RPM here
• My libcddb0-static-devel-0.9.4 RPM here
• My libcddb0-0.9.4 SRPM here

gEDA project is working on producing a full GPL'd suite of Electronic Design Automation tools.
These tools are used for electrical circuit design, schematic capture, simulation, prototyping, and production. This is my gEDA rpm and the needed tools which is not included in Mandrake9.2.
It is built on the latest sources and is built with the documentation which need additional packages Icons2 and noweb.
gEDA spice-sdb is about performing circuit design and SPICE simulation
using the gEDA environment on Linux.

• My geda-20040111 RPM here
• My geda-gnetlist-20040111 RPM here
• My geda-gschem-20040111 RPM here
• My geda-gsymcheck-20040111 RPM here
• My geda-symbols-20040111 RPM here
• My geda-utils-20040111 RPM here
• My geda-docs-20040111 RPM here
• My geda-examples-20040111 RPM here
• My geda-spice-20030321 RPM here
• My gEDA_Spice_HOWTO-20030725 RPM here
• My libgeda20-20040111 RPM here
• My libgeda20-devel-20040111 RPM here
• My libgeda-data-20040111 RPM here
• My libgdgeda6-2.0.15 RPM here
• My libgdgeda6-devel-2.0.15 RPM here
• My geda-20040111SRPM here
• My geda-gnetlist-20040111 SRPM here
• My geda-gschem-20040111 SRPM here
• My geda-gsymcheck-20040111 SRPM here
• My geda-symbols-20040111 SRPM here
• My geda-utils-20040111 SRPM here
• My geda-docs-20040111 SRPM here
• My geda-examples-20040111 SRPM here
• My geda-spice-20030321 SRPM here
• My gEDA_Spice_HOWTO-20030725 SRPM here
• My libgeda20-20040111 SRPM here
• My libgdgeda6-2.0.15 SRPM here
  
• My Icon2-9.3.2 RPM here
• My Icon2-docs-9.3.2 RPM here
• My Icon2-samples-9.3.2 RPM here
• My Icon2-9.3.2 SRPM here
• My noweb-2.10a RPM here
• My noweb-examples-2.10a RPM here
• My noweb-2.10a SRPM here

Gerber Viewer gerbv is a viewer for Gerber files. Gerber files are generated from PCB CAD
system and sent to PCB manufacturers as basis for the manufacturing process.

• My gerbv-0.15 RPM here
• My gerbv-0.15 SRPM here

Gnucap is the Gnu Circuit Analysis Package.

• My gnucap-0.34 RPM here
• My gnucap-0.34 SRPM here

Gwave is a waveform viewer. Its purpose is for viewing analog data, such as the output from Spice-like simulations.

• My gwave-20031224 RPM here
• My gwave-20031224 SRPM here

GTKWave is VCD/EVCD/LXT/Synopsis .out format electronic waveform viewer built using the GTK+ toolkit.

• My gtkwave-1.3.24 RPM here
• My gtkwave-1.3.24 SRPM here
• My gtkwave-2.0.0pre3 RPM here
• My libgtkwave0-2.0.0pre3 RPM here
• My libgtkwave0-devel-2.0.0pre3 RPM here
• My gtkwave-2.0.0pre3 SRPM here

Icarus verilog is a a GPLed Verilog compiler.
Icarus Verilog includes a a parser that parses Verilog (plus extensions) and generates an internal netlist.
The netlist is passed to various processing steps that transform the design to more optimal/practical forms,br> then passed to a code generator for final output.
The processing steps and the code generator are selected by command line switches.
Added latest snapshot 20040220.

• My verilog-20040220 RPM here
• My libverilog-20040220 RPM here
• My libverilog-devel-20040220 RPM here
• My verilog-20040220 SRPM here

Icarus Verilog Interactive (IVI for short) is an interactive front-end to the superb verilog compiler/simulator.
The needed ivi-verilog is built to coexist with the standard iverilog.
Tcl/Tk Image Formats (TkImg) contains a collection of format handlers for the Tk photo image type, and a new image type, pixmaps.
I have built a new version of tcl/tk-8.4.2 that includes the needed headers needed to build tkimg.

• My ivi-0.4 RPM here
• My ivi-0.4 SRPM here
• My ivi-verilog-0.4 RPM here
• My libivi-verilog-0.4 RPM here
• My libivi-verilog-devel-0.4 RPM here
• My ivi-verilog-0.4 SRPM here
• My tkimg-1.3rc2 RPM here
• My tkimg-1.3rc2 SRPM here
• My tcllib-8.4.2 RPM here
• My itcl-8.4.2 RPM here
• My tix-8.4.2 RPM here
• My tclx-8.4.2 RPM here
• My expect-8.4.2 RPM here
• My tk-8.4.2 RPM here
• My tcl-8.4.2 RPM here
• My tcltk-8.4.2 SRPM here

Pcisim is a package that includes modules and a verilog library to support simulation of PCI systems.

• My libpcisim-static-0.20030916 RPM here
• My libpcisim-static-devel-0.20030916 RPM here
• My pcisim-0.20030916 SRPM here

Covered is a Verilog code coverage analysis tool that can be useful for determining how well a diagnostic test suite is covering the design under test.

• My covered-20030925 RPM here
• My covered-devel-20030925 RPM here
• My covered-20030925 SRPM here

Sdcc is a C compiler for 8051 class and similar microcontrollers.
The packge includes the compiler, assemblers and linkers, a device
simulator and a core library. The processors supported (to a varying
degree) include the 8051, avr, ds390, PIC, i186 and z80.

• My sdcc-2.4.0 RPM here
• My sdcc-2.4.0 SRPM here

ng-spice is both the name of a development project and the name of the developed software (hmm, strange isnt'it ?).
The ngspice project aims to build an open source GPLed mixed-mode/mixed-level circuit simulator. Advanced SPICE netlisting for gEDA
TclSpice is an improved version of Berkeley Spice designed to be used with the Tcl/Tk scripting language.
The project is open-source (BSD license) and based upon the NG-Spice source code base with many improvements.
I have also added a new version of ng-spice built from the enhanced tclspice source.

• My ng-tclspice-0.2.15 RPM here
• My ng-tclspice-0.2.15 SRPM here
• My tclspice-0.2.15 RPM here
• My tclspice-0.2.15 SRPM here
• My tclreadline-2.1.0 RPM here
• My libtclreadline2.1-2.1.0 RPM here
• My libtclreadline2.1-devel-2.1.0 RPM here
• My tclreadline-2.1.0 SRPM here
• My tcllib-8.4.2 RPM here
• My itcl-8.4.2 RPM here
• My tix-8.4.2 RPM here
• My tclx-8.4.2 RPM here
• My expect-8.4.2 RPM here
• My tk-8.4.2 RPM here
• My tcl-8.4.2 RPM here
• My tcltk-8.4.2 SRPM here

Pcb is free software for designing printed circuit board layouts.
It has many features and is capable of professional-quality output.
Added the latest cvs version also 1.99p_040215.

• My pcb-1.99n RPM here
• My pcb-1.99n SRPM here
• My pcb-1.99p_040215 RPM here
• My pcb-1.99p_040215 SRPM here

XCircuit is a UNIX/X11 (and now Windows, if you have an X-Server running) program
for drawing publishable-quality electrical circuit schematic diagrams and related figures, and produce
circuit netlists through schematic capture. XCircuit regards circuits as inherently hierarchical, and
writes both hierarchical PostScript output and hierarchical SPICE netlists.
Circuit components are saved in and retrieved from libraries which are fully editable.
XCircuit does not separate artistic expression from circuit drawing; it maintains
flexiblity in style without compromising the power of schematic capture.
Moved to Tcl/Tk instead of Python.
XCircuit-3.2 includes the integration of automatic schematic capture (ASG).

• My xcircuit-tcl-3.2.15 RPM here
• My xcircuit-tcl-3.2.15 SRPM here
• My xcircuit-tcl-3.1.38 RPM here
• My xcircuit-tcl-3.1.38 SRPM here
• My tcllib-8.4.2 RPM here
• My itcl-8.4.2 RPM here
• My tix-8.4.2 RPM here
• My tclx-8.4.2 RPM here
• My expect-8.4.2 RPM here
• My tk-8.4.2 RPM here
• My tcl-8.4.2 RPM here
• My tcltk-8.4.2 SRPM here

The Chipmunk system Log is a graphical environment for entering circuit schematics, and for analog and digital circuit simulation.
This package has this 3 apps with changed naming to chipmunk-loged chipmunk-diglog and chipmunk-analog.
And added Mandrake Menu entrys for diglog,aanalog and loged

• My chipmunk-log-5.61 RPM here
• My chipmunk-log-5.61 SRPM here
• My chipmunk-webdoc-1.46 RPM here
• My chipmunk-webdoc-1.46 SRPM here
• My libpsys1-1.57 RPM here
• My libpsys1-devel-1.57 RPM here
• My libpsys1-1.57 SRPM here

Magic is a venerable VLSI layout tool, written in the 1980's at Berkeley by John Ousterhout,
now famous primarily for writing the scripting interpreter language Tcl.
Magic version 7.2 is compiled with Tcl that makes use of the optional Tcl/Tk package "BLT".
The same applies to irsim and netgen.
I had to change the names for 3 of magic manr files because of a naming conflict.
/man3/hash.3 to /man3/mhash.3
/man3/malloc.3 to /man3/mmalloc.3
/man3/string.3 to /man3/mstring.3

• My magic-7.2.62 RPM here
• My magic-7.2.62 SRPM here
• My irsim-9.6.11 RPM here
• My irsim-9.6.11 SRPM here
• My netgen-1.2.6 RPM here
• My netgen-1.2.6 SRPM here
• My tclreadline-2.1.0 RPM here
• My libtclreadline2.1-2.1.0 RPM here
• My libtclreadline2.1-devel-2.1.0 RPM here
• My tclreadline-2.1.0 SRPM here
• My tcllib-8.4.2 RPM here
• My itcl-8.4.2 RPM here
• My tix-8.4.2 RPM here
• My tclx-8.4.2 RPM here
• My expect-8.4.2 RPM here
• My tk-8.4.2 RPM here
• My tcl-8.4.2 RPM here
• My tcltk-8.4.2 SRPM here

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