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These are instructions on how to build Code::Blocks under Apple Mac OS X.They have been tested under Mac OS X version 10.4 (PowerPC and Intel),and should work similarly on the newer Mac OS X 10.5 and 10.6 as well.

We will be building everything from scratch using the source code, andnot use any available package managers likeMacPorts,Fink,Gentoo orRPM.Packaging can be done later, once it has reached a more stable release.

Installing Code::Blocks In a console window, become root and then execute the following command: yum install codeblocks Running Code::Blocks In the Applications Pull Down Menu, go to Programming and click on: Code::Blocks IDE or Open a console window and then execute the following command: codeblocks. Install Code Blocks, GCC compiler & run your first C program – Windows 10: Install Code Blocks on Mac OS X and run your first C program: How to use Code Blocks – Familiarizing yourself with the IDE: Arithmetic operators in C – Full explanation with examples and tutorials: Switch Case statements in C – Full explanation with examples.

Update: building for MacPorts can be found at the end of the document.

  • 2Check Autotools versions
  • 7Build wxWidgets
  • 8Bundle library for Mac
  • 10Build CodeBlocks from SVN
  • 11Bundle application for Mac
    • 11.1Way One: Mac OS (resource)
    • 11.2Way Two: NeXT (bundle)
  • 13Install with MacPorts

Install Developer Tools

If they didn't come bundled with Mac OS X, get the Xcode Tools (or Developer Tools for older Mac OS X) from or from your install disk.

This will install Apple versions of:

  • (GNU Compilers)
  • (GNU Debugger)
  • (GNU Make)

Apple regularly pulls all older links in order to promote newer Mac OS X, but all theold developer tools can be downloaded from ADC at

You need a (free) developer registration with Apple first, in order to log in there.For Mac OS X 10.4, you want (at least) Xcode 2.2, since earlier versions were buggy.

Check Autotools versions

Depending on your OS version, you might need to download and compile new versions of these:

  • (GNU Autoconf)
  • (GNU Automake)
  • (GNU Libtool)

Check what you have, with --version (note that GNU libtool is called 'glibtool' on Mac OS X)

Currently Code::Blocks requires versions:

  • autoconf 2.50+
  • automake 1.7+ (1.9+ needed in order to build the dist tarball)
  • libtool 1.4+ (1.5.8+ highly recommended to get some bug fixes)

Automake example

For Mac OS X 10.4, you will only need an upgraded (local) installation of automake 1.9.x.

You can download 'automake-1.9.6.tar.gz' and configure and install it with something like:

Since it's now known as 'automake-1.9', it won't interfere with the regular 'automake'

If you would rather have the new version to be called when calling 'automake', let it install into /usr/local and put /usr/local/bin before /usr/bin in your PATH.

Libtool example

Download libtool source. The following instructions will overwrite your current version of libtool with the one you just downloaded.

Note that this will replace the system version of glibtool, which might have some compatibility issues with building other software.

FYI: Universal Binaries

If you are building for Mac OS X 10.4 or later, you might want to build 'Universal Binaries 'These are binaries that contain code for both PowerPC ('ppc' arch) and Intel ('i386' arch)

The basic flags that needs to be added are:

(You only need the sysroot parameter on PowerPC Macintosh, not on a Intel Macintosh)The '-arch i386 -arch ppc' is what tells the compiler to build a 'universal' (or 'fat') binary.

Usually it's easiest to build one version for 'powerpc-apple-darwin8',and one version for 'i686-apple-darwin8', and then merge them with 'lipo'

Some caveats:

  • pre-compiled headers might fail with a 'no main' error. If they do, add a -c to only compile them
  • when cross-compiling, tools like auto_revision might fail to build. copy these from a native build
  • the Tiger compilers might crash from time to time, but that is only to be expected (it seems)..

See Technical Note TN2137: Building Universal Binaries from 'configure'-based Open Source Projects

FYI: Compilers

When building for older versions of the SDK, you want to make sure to use the same compiler.

Mac OS X 10.6 has GCC 4.2 as the default compiler, which won't work for the Mac OS X 10.4 SDK.


For the moment we are using 'ANSI' (--disable-unicode, default) for Mac OS X 10.3 and earlier,and 'UNICODE' (--enable-unicode, optional) for Mac OS X 10.4 and later.


FYI: 32-bit or 64-bit

Code::Blocks currently uses wxMac (wxOSX/Carbon), which is 32-bit only. So it's not possible to build for 'x86_64'.

When Code::Blocks (and requirements) has been updated to use wxOSX/Cocoa, then a 64-bit version might be built too.

Build wxWidgets

Download the source code

Download the tarball for the wxMac release:

Apply necessary patches

Don't forget to apply any released patches!

Configure and (GNU) Make

note: the easiest way to build a Universal Binary with wxWidgets isthe new flag: --enable-universal_binary (you need wxWidgets 2.6.4+)

Install into Destination

Bundle library for Mac

To avoid having the Code::Blocks user having to compile or install wxWidgets themselves,we can bundle it with our application so that it is contained in the application bundle.This could also be done by statically linking wxWidgets, but with dynamic linking we canshare the wxWidgets library between all applications using wxWidgets (not just Code::Blocks)

Way One: Library (dynamic)

To bundle our shared library with the application, we include it in 'MacOS' and change the path:

@executable_path will be replaced with e.g. /Developer/Applications/

Way Two: Framework (bundle)

To bundle our framework with the application, we include it in 'Frameworks' and change the path:

This way it will first look in the framework path (-F), and then in for the shared library path (-L) as usual.

Install Subversion client

On Mac OS X 10.4, you need to install the Subversion (svn) program:

Note: you need SVN for the Code::Blocks revision scripts to work!

Build CodeBlocks from SVN

Download the source code

Apply necessary patches

For a list of all available patches, see:

You might need to convert line endings from DOS to Unix first.

Bootstrap with Autotools

You need to use the newer version of automake (see above), for the 'bootstrap'. (OS X 10.5 users may have recent enough autotools so they may not need to install them)

Mono Fix

If you have the Mono.framework installed, then it probably set up a symlink like:

Code Blocks Mac Os X Compiler

Unless you have a 'proper' pkg-config installation the Code::Blocks configure will fail, so move this symbolic link aside.


Note: the easiest way to build a Universal Binary for Code::Blocks is to build once for PowerPC (-arch ppc) and once for Intel (-arch i386), and then merge them (with lipo) afterwards.

Note: You need to patch the location of the pre-compiled headers, or it will generate them in the same place for both arch.

Tiger Fix

There is a bug in the glibtool of Mac OS X 10.4, that fails to link C++ libs:

To work around this, you need to edit the generated 'libtool' script manually:

This bug has been fixed in GNU libtool 1.5.8 and later.

(GNU) Make

'nice' isn't strictly needed, it just makes the compile run at a lower process priority

For the Universal Binary build:

Install into Destination

'sudo' asks you for an admin password, in order to get install permissions

For the Universal Binary build:

Where 'lipomerge' is a custom shell script:

Bundle application for Mac

After building codeblocks in the regular Unix way, you need to bundle it with the iconsand various other info that it needs to make a regular stand-alone Macintosh application.

There are two ways of accomplishing this, old Mac OS-style resource or NeXT-style bundle.The old resources are handy while developing, while bundles are more suitable for release.

Note: You need to use either of these methods, or your application will launchin the background behind all other windows and will be unable to receive any events!

Way One: Mac OS (resource)

Handy while developing, as you don't need to create a whole bundle.

First we install the program to the PREFIX directory of your choice:

Note: on the Intel Macintoshes, the icon comes up as 'broken'(apparently it assumes that all apps with resforks are Classic)

Start the application with a small prefix shell wrapper like this:

You don't need the 'DYLD_LIBRARY_PATH' stuff,if you are installing to a system directory.

Common PREFIX Settings

Local: PREFIX=/usr/local

System: PREFIX=/usr

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MacPorts: PREFIX=/opt/local

Fink: PREFIX=/sw

Way Two: NeXT (bundle)

This does not involve resources, and is more relocatable.

Files needed:

  • codeblocks.plist (generated, rename to 'Info.plist')
  • (shell wrapper, rename to 'CodeBlocks')
  • app.icns (icons are available in src/src/resources/icons)

The MacOS program will just be a shell wrapper that calls 'bin/codeblocks', like above.Traditionally the bundle would include Frameworks and Resources, but we'll just avoid thosehere and use the regular 'lib' and 'share/codeblocks' instead (just as with a regular install). These temporary directories are listed in italic below, they're not really used in bundles..

Setup a hierarchy like this, and copy the files from the regular build/install and the above file list to it:

The CodeBlocks application can now be moved with the Finder, and started up like a regular Mac application. (the nightly build includes a more advanced Info.plist and more icons - for also mapping all the files that the application can open, like source code and header files and such)

Proper Application Bundling

To avoid the shell wrapper, the binary can now be moved from 'bin/codeblocks' to 'MacOS/CodeBlocks'. Helper files are moved from 'share/codeblocks' to 'Resources'. The dynamic libraries are moved from 'lib' to 'MacOS':

To avoid having to use a DYLD_LIBRARY_PATH, we rename the shared libraries (with the install_name_tool program) from e.g. /usr/local/lib/ to @executable_path/:

The libraries can have their names changed using the -id parameter:

You also need to change all of the loadable bundles for the plugins:

You can check the result, what libraries/frameworks it links to, with:

Optionally you can then repeat the process, for the wx library too..

Here is a full script to do the job.. It assumes to be executed at the same directory level as the directory that will receive all the stuff.. maybe enhanced but it is a first try that do work when packaging an OS X SVN build.

FYI: Darwin vs. Mac OS X

'Darwin is the UNIX technology-based foundation of Mac OS X.'

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'Pure Darwin' here refers to the Open Source version of the OS:

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(that is: Darwin using X11 instead of Aqua for the user interface)

Install with MacPorts

Install wxWidgets

You will need the wxWidgets library, install as port with:

If you want the X11/GTK version on Mac OS X, instead use:

Install Code::Blocks

After that is installed, you can install Code::Blocks with:

If you want the X11/GTK version on Mac OS X, instead use:

This will download the SVN trunk, and any dependencies:

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Note: to upgrade from SVN, you need to uninstall first:

This is both because all SVN versions are numbered '0',but also due to a bug in the Code::Blocks build scripts.

Running +aqua (wxMac) version

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After the build completes, you can start the program by:

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Note that the wxMac application bundle in 'MacPorts'is just a wrapper, with symbolic links to /opt/local..

Running +x11 (wxGTK) version

The non-bundled wxGTK version is instead started with:

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When running X11/wxGTK programs in Mac OS X, you can use'open-x11' to first start up and set up $DISPLAY:

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Code Blocks is an excellent programming option for C++. It consists of an open source, multiplatform integrated development environment that supports using multiple compilers, among which are: GCC (MingW / GNU GCC), MSVC++, Digital Mars, Borland C++ 5.5 and Open Watcom. The default compiler that this Code Blocks package comes with is MinGW.
Code Block’s functions can be expanded by using plug-ins. It has a fast, personalized construction system that doesn’t require makefiles and that allows you to carry out parallel constructions on systems with a multicore CPU.
The Code Blocks’ debugger supports the applying of breakpoints on the source code or on the data that the program operates, as well as the establishing of conditions and counters for said breakpoints. It is also possible to create defined inspections by the user. Another noteworthy characteristic are the customized memory dumps.
Finally, Code Blocks colors the open source syntax, includes “code folding” for C++ and XML languages, and has an interface with tabs, a class browser and a function to complete the source code.