============================================== 'gschem and Friends' Electronic Design Suite ============================================== Copyright (C) 1998-2019 gEDA Developers Introduction ============ The GPL Electronic Design Automation (gEDA) project has produced and continues working on a full GPL'd suite and toolkit of Electronic Design Automation tools. These tools are used for electrical circuit design, schematic capture, simulation, prototyping, and production. Currently, the gEDA project offers a mature suite of free software applications for electronics design, including schematic capture, attribute management, bill of materials (BOM) generation, netlisting into over 20 netlist formats, analog and digital simulation, and printed circuit board (PCB) layout. The gEDA project was started because of the lack of free EDA tools for POSIX systems with the primary purpose of advancing the state of free hardware or open source hardware. The suite is mainly being developed on the GNU/Linux platform with some development effort going into making sure the tools run on other platforms as well. The gEDA/gaf suite (this package) provides schematic capture, netlisting, bill of materials generation, and many other features. Tools in the gEDA suite ======================= The major components of the gEDA suite are: `libgeda' A library of functions for manipulating gEDA schematics and symbols. `gschem' A schematic editor. `gattrib' A spreadsheet-like program for bulk editing of component attributes. `gnetlist' A highly-flexible, hierarchy-aware utility which parses schematics to generate a number of outputs, including netlists for a wide variety of PCB layout tools. It can also generate bills of materials and DRC reports for your schematics. `gsch2pcb' A command-line utility for streamlining the workflow where `PCB' and `gschem' are used together. `gsymcheck' A utility for checking for common errors in schematic symbol files. `gaf' A utility for interactive and batch mode working with gEDA Scheme API, exporting schematics into various formats, and configuring all the programs of the suite. `xorn' A commmand-line utility working with the new Python API which converts gEDA files between formats and extracts embedded symbols and pixmaps from a schematic. Installation ============ The information in this section is intended to supplement the information in the `INSTALL' file. Dependencies ------------ In order to compile gEDA from the distributed source archives, you *must* have the following tools and libraries installed: - A C/C++ compiler and standard library (GCC/glibc are recommended). - The `pkg-config' tool for managing shared libraries. - Guile ("GNU's Ubiquitous Intelligent Language for Extensions"), version 2.0.0 or later. - GTK+ (the Gimp Toolkit), version 2.18.0 or later. - GNU `gettext', version 0.18 or newer. - The `lex' tool for generating lexical scanners. The `flex' implementation recommended. - The `awk' tool for data processing. GNU Awk (`gawk') is recommended. - The CPython interpreter, version 2.7, including the development headers. The following tools and libraries are *highly recommended*: - GNU `troff' (`groff'). - The freedesktop.org MIME info database. - The freedesktop.org utilities for manipulating .desktop files. - The FAM or Gamin daemon and corresponding `libfam' or `libgamin' client library (Gamin is recommended). If this is available, gschem will detect if files have been changed on disk by another application. The following tools and libraries are optional: - The `doxygen' API documentation tool. This is required for building the gEDA developer API documentation, not for the regular user documentation. - `Inkscape' or `ImageMagic' for svg to png or pdf conversion This is required for building the gEDA developer API documentation, not for the regular user documentation. - `Graphviz' for drawing directed graphs. This is required for building the gEDA developer API documentation, not for the regular user documentation. Troubleshooting dependencies ---------------------------- "I've installed the `libfoo' library, but `./configure' isn't picking it up!" Many modern operating system distributions split a library into two packages: 1. a `libfoo' package, which contains the files necessary to *run* programs which use `libfoo'. 2. a `libfoo-dev' or `libfoo-devel' package, which contains the files necessary to *compile* programs which use `libfoo'. If you're having problems, make sure that you have all of the necessary `dev' or `devel' packages installed. Installation from a source archive ---------------------------------- First extract the archive to a sensible place: tar -xzvf gEDA-gaf-.tar.gz && cd gEDA-gaf- Run the configuration script. You'll probably want to specify silent rules and a custom directory to install gEDA to, for example: ./configure --prefix=$HOME/geda --enable-silent-rules You can then compile gEDA: make And install it (if you used a `--prefix' outside your $HOME directory, you may need to run this as root): make install For more information on installing gEDA, see the `INSTALL' document. Installation from the git repository ------------------------------------ gEDA uses the `git' version control system. If you wish to try out the very latest version of gEDA, you will need to install some extra tools *in addition to* the ones listed above: - The `git' version control tool, version 1.6 or newer. - GNU Automake, version 1.11.0 or newer. - GNU Autoconf, version 2.60 or newer. - GNU Libtool. - GNU Texinfo documentation system. Note that on some distributions the TeX support for Texinfo is packaged separately. Once you have these installed, you need to clone the gEDA `git' repository: git clone git://git.geda-project.org/geda-gaf.git To generate the configure script, run: ./autogen.sh You can then procede to configure and build gEDA as described above. For more information on working with the gEDA `git' repository, see . Building gEDA developer API documentation ========================================= Several of the gEDA libraries and applications have doxygen API documentation available. To generate the API documentation from the source code, install doxygen (see `Dependencies' above). Next, add `--enable-doxygen' to your configure command line, i.e.: ./configure --enable-doxygen To compile the documentation (quite a slow process), run: make doxygen The documentation can then be found in: */docs/html/index.html The PDF version of the documentation isn't generated by default. If you want it, you have to build it explicitly, e.g.: cd $(srcdir)/libgeda/docs/latex && make Getting help ============ There are several ways to get help with installing and using gEDA: - The gEDA website has more extensive information on the gEDA tools, and links to some successful projects which use gEDA. - The gEDA documentation wiki contains a large amount of helpful information. A static copy is included with this distribution; see the `docs/wiki/index.html' file. The wiki is accessible online at . - If the resources above didn't help you resolve your problem, or you are having a *design* problem that you want to get help with, consider subscribing to and posting your question to the `geda-user' mailing list. - Alternatively, you can add your question to the gEDA Answers page on Launchpad. - If you have discovered a bug, have a feature request, or have written a patch to gEDA, please create an item on the gEDA Bugs page on Launchpad. License ======= gEDA/gaf (this package) is freely distributable under the GNU Public License (GPL) version 2.0 or (at your option) any later version. See the `COPYING' file for the full text of the license. The programs and associated files are: Copyright (C) 1998-2013 by Ales Hvezda and the respective original authors. See the `AUTHORS' file for a more extensive list of contributors to gEDA. .. Local Variables: mode: text End: