Building from source - Revision history

Mmixlinus: /* Documentation */

2015-11-05T07:55:51Z

‎Documentation

2015-01-03T15:19:48Z

use tabber

2015-01-03T15:18:13Z

use tabber

2015-01-03T15:16:36Z

use tabber

2014-09-22T14:44:50Z

‎Building

2014-09-22T14:29:05Z

‎Building

2014-02-21T18:58:05Z

2014-02-21T18:57:06Z

2014-02-21T18:55:58Z

2013-10-04T01:56:45Z

‎Dependencies

@@ Line 238: / Line 238: @@
 ===Documentation===
-{{Note|The documentation for stable releases can be found online [http://www.cegui.org.uk/docs/current here]}}
+{{Note|The documentation for stable releases can be found online [http://static.cegui.org.uk/docs/ here]}}
 The documentation is written in doxygen format so you need [http://www.doxygen.org/ Doxygen] to build it. If you want to generate the nice class diagrams too, you need to install [http://graphviz.org/ Graphviz].

@@ Line 274: / Line 274: @@
 * Boost.Python
-<tabs>
+<tabber>
-<tab title="Windows">
+Windows=
 {{Todo|Windows dependencies notes}}
-</tab>
+|-|
-<tab title="Mac">
+Mac=
 {{Todo|Mac dependencies notes}}
-</tab>
+|-|
-<tab title="Arch Linux">
+Arch Linux=
 You need at least python2, boost, python-opengl, pyside (AUR), pyside-tools (AUR).
 {{Note|The packages from AUR may have been included in the ''[community]'' repository by now so check there first.}}
-</tab>
+|-|
-<tab title="Debian">
+Debian=
 ;Wheezy
@@ Line 292: / Line 292: @@
 {{CLI||sudo apt-get update}}
 {{CLI||sudo apt-get install cmake python-opengl pyside-tools boost-python}}
+|-|
-</tab>
+Fedora=
-<tab title="Fedora">
 You need boost-devel, python-devel, python-opengl, python-pyside, pyside-tools.
-</tab>
+|-|
-<tab title="Gentoo">
+Gentoo=
 You can use these supplied ebuilds:[https://bitbucket.org/ChrisTrenkamp/gentoo-ogre3d-tools]. Copy these ebuilds to your local overlay[http://en.gentoo-wiki.com/wiki/Overlay#Local_Overlays], add the necessary options to your package.keywords and package.use files, and run '''''emerge -av dev-util/ceed'''''
-</tab>
+</tabber>
-</tabs>
 ===Running===

@@ Line 228: / Line 228: @@
 It is possible to change this path without rebuilding, using the environment variable ''CEGUI_SAMPLE_DATAPATH''.
-<tabs>
+<tabber>
-<tab title="Linux">
+Linux=
 {{CLI|~/cegui/cegui_mk2/build|2=CEGUI_SAMPLE_DATAPATH=../source/datafiles bin/CEGUIDemo8-0.8}}
-</tab>
+|-|
-<tab title="Windows">
+Windows=
 {{CLI|C:\Users\User\cegui\cegui_mk2\build|2=SET CEGUI_SAMPLE_DATAPATH="C:\Users\User\cegui\cegui_mk2\source\datafiles"}}
 {{CLI|C:\Users\User\cegui\cegui_mk2\build|2=bin/CEGUIDemo8-0.8.exe}}
-</tab>
+</tabber>
-</tabs>
 ===Documentation===

@@ Line 207: / Line 207: @@
 The second (and last required) step is using the generated native makefiles to build it. This is specific to your build environment; you may need to open the generated solution with MSVC or Xcode, or simply issue the ''make'' command.
-<tabs>
+<tabber>
-<tab title="GNU Make">
+GNU Make=
 * You can speed ''make'' up significantly if you have a multi-core CPU by adding the ''-jN'' parameter, when N is the number of CPU cores on your machine.
 {{CLI|~/cegui/cegui_mk2/build|make -j4}}
 * Optionally, run ''make install'' to install the binaries and the shared datafiles on your system.
-</tab>
+|-|
-<tab title="MSVC">
+MSVC=
 {{Todo|MSVC notes}}
-</tab>
+|-|
-<tab title="Xcode">
+Xcode=
 {{Todo|Xcode notes}}
-</tab>
+</tabber>
-</tabs>
 ===Running the samples===

@@ Line 30: / Line 30: @@
 =Building=
-CEGUI uses [http://www.cmake.org/ CMake] as a build system. CMake is cross-platform and open source so it's available on many platforms. There are binaries available for Windows, Mac and Linux, although on Linux your distribution will most probably have a CMake package ready. Make sure you install version 2.8.12 before continuing.
+CEGUI uses [http://www.cmake.org/ CMake] as a build system. CMake is cross-platform and open source so it's available on many platforms. There are binaries available for Windows, Mac and Linux, although on Linux your distribution will most probably have a CMake package ready. Make sure you have some 2.8.X version installed because CMake 3.x.x will break with our scripts at the moment.
 {{Note|CMake does not build the code directly, it generates native makefiles and workspaces that can be used in the compiler environment of your choice.}}
 Thanks to CMake and CEGUI's modular design, configuring and building CEGUI is a breeze.

@@ Line 2: / Line 2: @@
 {{notice|message=This article is a work in progress and thus incomplete}}
-PLEASE use the documentation of your CEGUI version as your main source of information, e.g.: http://static.cegui.org.uk/docs/current/compiling.html
+==Official documentation==
 ==Stable Releases==

@@ Line 119: / Line 119: @@
 |- style="background: #f4e0e7;"
 | rowspan="1" | Regular Expression Module
-| Perl_Compatible_Regular_Expressions
+| Perl Compatible Regular Expressions (PCRE)
 | style="text-align: left;" | Default regular expression library and currently the only officially supported one. Uses the PCRE library.
@@ Line 127: / Line 127: @@
 | style="text-align: left;" | Provides lua bindings using tolua++.
 |- style="background: #fcf3e9;"
-| [Python
+| Python
 | style="text-align: left;" | Official Python bindings are available using [[PyCEGUI]]