Differences

This shows you the differences between two versions of the page.

--- build:compiling_avidemux [2010/04/14 04:01]
j.m
+++ build:compiling_avidemux [2010/04/17 09:00]
j.m
@@ Line 63: / Line 63: @@
   - <code>cmake .</code> (the dot is required)
   - <code>make</code>
-For more information, see the [[http://www.avidemux.org/admForum/viewtopic.php?id=3281|Switch to CMAKE in progress]] thread in the Avidemux forum.
 === Old method (Avidemux 2.3 and older) ===
@@ Line 273: / Line 271: @@
 == MinGW ==
-  - Extract the contents of each MinGW tarball (binutils, gcc-core, gcc-g++, mingw-runtime, mingw-utils, w32api) to a folder on your hard-drive, e.g. C:DevMinGW.
+  - Extract the contents of each MinGW tarball (binutils, gcc-core, gcc-g++, mingw-runtime, mingw-utils, w32api) to a folder on your hard-drive, e.g. <nowiki>C:\Dev\MinGW</nowiki>.
 == MSYS ==
-  - Run the MSYS installer (e.g. MSYS-1.0.11-2004.04.30-1.exe) and follow the install wizard.  Choose an appropriate destination folder, e.g. C:Devmsys.
+  - Run the MSYS installer (e.g. MSYS-1.0.11-2004.04.30-1.exe) and follow the install wizard.  Choose an appropriate destination folder, e.g. <nowiki>C:\Dev\msys</nowiki>.
   - Agree to the post install process.
   - State that MinGW is installed.
@@ Line 299: / Line 297: @@
 == Netwide Assembler ==
-  - Extract the contents of the NASM zip file to an appropriate folder, e.g. C:Program FilesNasm.
+  - Extract the contents of the NASM zip file to an appropriate folder, e.g. <nowiki>C:\Program Files\Nasm</nowiki>.
   - Make a copy of **nasmw.exe** and rename it to **nasm.exe** in the Nasm folder.  (The optional components expect the filename to be nasm.exe but the Win32 version of NASM has a filename of nasmw.exe)
   - Copy **nasm.exe** to the MinGW **bin** folder.
@@ Line 316: / Line 314: @@
   - Choose the **Directories** tab.
   - Select **Executable Files** from the **Show Directories For** dropdown box.
-  - Add the path for NASM, e.g. C:Program FilesNasm.
+  - Add the path for NASM, e.g. <nowiki>C:\Program Files\Nasm</nowiki>.
 === Downloading source code from SVN ===
@@ Line 328: / Line 326: @@
   - Click **OK** to download the source code.
-==== Avidemux Dependencies ====
+==== Avidemux dependencies ====
 === Download Dependencies ===
@@ Line 374: / Line 372: @@
 |:::                       |libsdl-dev                |SDL-devel-1.2.11-VC6.zip  |:::                                                            |
 |Xvid                      |xvid                      |xvidcore-1.1.2.tar.gz     |[[http://www.xvid.org/|Xvid website]]                          |
+=== Install Dependencies ===
+== Expat ==
+  - Extract the files **xmlparse.dll** and **xmltok.dll** from the expat zip file to the MinGW **bin** folder.
+  - Copy **xmlparse.dll** as **libexpat.dll**.
+== GTK+ ==
+  - Extract the contents of each zip file (atk, atk-dev, cairo, cairo-dev, fontconfig, fontconfig-dev, freetype, freetype-lib, gettext, gettext-dev, glib, glib-dev, gtk+, gtk+-dev, libiconv, libpng, libpng-lib, pango, pango-dev) to the MinGW folder.
+== Libxml2 ==
+  - Extract the contents of the libxml2 zip file to a temporary folder.
+  - Move the libxml2 **bin**, **include** and **lib** folders to the corresponding MinGW folders.
+== Netscape Portable Runtime ==
+  - Extract the contents of the nspr zip file to a folder, e.g. <nowiki>C:\Dev</nowiki>.
+  - Copy **libnspr4.dll** from the NSPR **lib** folder to the MinGW **bin** folder.
+== Pthreads-w32 v1 ==
+  - Run the Pthreads-w32 exe to extract required files to a temporary folder.
+  - Copy the contents of the **Pre-built.1include** folder to the MinGW **include** folder.
+  - Copy all **a** and **lib** files from the **Pre-built.1lib** folder to the MinGW **lib** folder.
+  - Copy all **dll** files from the **Pre-built.1lib** folder to the MinGW **bin** folder.
+== Zlib ==
+  - Extract the contents of the zlib zip file to the MinGW folder.
+  - Copy **zdll.lib** in the MinGW **lib** folder as **z.lib**.
+  - Move **zlib1.dll** from the MinGW folder to the MinGW **bin** folder.
+== SpiderMonkey ==
+  - Extract the contents of the tarball to a folder, e.g. <nowiki>C:\Dev</nowiki>.
+  - Build Spidermonkey using Microsoft Visual C++ or MinGW:
+//Using Microsoft Visual C++ 6.0://
+    * a. Open the **js.mak** file in the Spridermonkey **src** folder with a text editor.
+    * b. Update the compiler options to refer to the Netscape Portable Runtime by replacing all occurrences of: <code>CPP_PROJ=</code> with (includes a trailing space): <code>CPP_PROJ=/I c:\devnspr-4.4.1\include /D "JS_THREADSAFE"  </code>
+    * c. Update the linker options to refer to the Netscape Portable Runtime by replacing all occurrences of: <code>LINK32_FLAGS=</code> with (includes a trailing space): <code>LINK32_FLAGS=/libpath:c:devnspr-4.4.1lib libnspr4.lib  </code>
+    * d. Save the file and close the editor.
+    * e. Start a command prompt and run **VCVARS32.BAT** from the Visual C++ **bin** folder. <code>"C:\Program Files\Microsoft Visual StudioVC98\Bin\VCVARS32.BAT"</code>
+    * f. Change directory to the Spidermonkey **src** folder. <code>cdDevjssrc</code>
+    * g. Run **NMAKE** on **js.mak** using the **jsshell – Win32 Release** configuration. <code>nmake /f js.mak CFG="jsshell - Win32 Release"</code>
+    * h. Close the command prompt.
+    * i. Start MSYS.
+    * j. Change directory to the Spidermonkey **srcRelease** folder. <code>cd /c/Dev/js/src/Release</code>
+    * k. Using **pexports**, create a module-definition file for the newly created **js32.dll**: <code>pexports js32.dll > js32.def</code>
+    * l. Use **dlltool** to produce a **libjs** import library. <code>dlltool -d js32.def -l /mingw/lib/libjs.a</code>
+    * m. Move **js32.dll** to the MinGW **bin** folder. <code>mv js32.dll /mingw/bin</code>
+    * n. Close MSYS.
+//Using MinGW://
+    * a. Create a text file named **makefile** in the Spidermonkey **src/fdlibm** folder.
+    * b. Paste the following script into **makefile**: <code make># Project: fdlibm
+CC = gcc.exe
+SRCDIR = /c/dev/js/src/fdlibm
+OBJECTS= \
+$(SRCDIR)/w_sqrt.o \
+$(SRCDIR)/e_pow.o \
+$(SRCDIR)/e_sqrt.o \
+$(SRCDIR)/k_standard.o \
+$(SRCDIR)/s_atan.o \
+$(SRCDIR)/s_finite.o \
+$(SRCDIR)/s_isnan.o \
+$(SRCDIR)/s_matherr.o \
+$(SRCDIR)/s_rint.o \
+$(SRCDIR)/s_scalbn.o \
+$(SRCDIR)/w_atan2.o \
+$(SRCDIR)/e_atan2.o \
+$(SRCDIR)/s_fabs.o \
+$(SRCDIR)/s_copysign.o \
+$(SRCDIR)/w_pow.o \
+$(SRCDIR)/s_lib_version.o
+LIBS = -llibm
+BIN  = fdlibm.lib
+CFLAGS = -DJS_THREADSAFE -D_IEEE_LIBM -DWIN32 -D_WINDOWS -s
+.c.o: $(CC) -c $(CFLAGS) -o $@ $*.c
+$(BIN): $(OBJECTS)
+	ar r $(BIN) $(OBJECTS)
+	ranlib $(BIN)</code>
+    * c. Make sure all indentations in the script are tabbed and not spaced.  Also ensure **SRCDIR** is correctly set to the Spridermonkey **srcfdlibm** folder.
+    * d. Create a text file named **makefile** in the Spidermonkey **src** folder.
+    * e. Paste the following script into **makefile**:<code make># Project: js32
+CC   = gcc.exe
+WINDRES = windres.exe
+RES  = js.res
+SRCDIR = /c/dev/js/src
+OBJECTS = \
+    $(SRCDIR)/jsapi.o \
+    $(SRCDIR)/jsarena.o \
+    $(SRCDIR)/jsarray.o \
+    $(SRCDIR)/jsatom.o \
+    $(SRCDIR)/jsbool.o \
+    $(SRCDIR)/jscntxt.o \
+    $(SRCDIR)/jsdate.o \
+    $(SRCDIR)/jsdbgapi.o \
+    $(SRCDIR)/jsdhash.o \
+    $(SRCDIR)/jsdtoa.o \
+    $(SRCDIR)/jsemit.o \
+    $(SRCDIR)/jsexn.o \
+    $(SRCDIR)/jsfun.o \
+    $(SRCDIR)/jsgc.o \
+    $(SRCDIR)/jshash.o \
+    $(SRCDIR)/jsinterp.o \
+    $(SRCDIR)/jslock.o \
+    $(SRCDIR)/jslog2.o \
+    $(SRCDIR)/jslong.o \
+    $(SRCDIR)/jsmath.o \
+    $(SRCDIR)/jsnum.o \
+    $(SRCDIR)/jsobj.o \
+    $(SRCDIR)/jsopcode.o \
+    $(SRCDIR)/jsparse.o \
+    $(SRCDIR)/jsprf.o \
+    $(SRCDIR)/jsregexp.o \
+    $(SRCDIR)/jsscan.o \
+    $(SRCDIR)/jsscope.o \
+    $(SRCDIR)/jsscript.o \
+    $(SRCDIR)/jsstr.o \
+    $(SRCDIR)/jsutil.o \
+    $(SRCDIR)/jsxdrapi.o \
+    $(SRCDIR)/prmjtime.o \
+    $(RES)
+LIBS =  --add-stdcall-alias -lfdlibm -lnspr4 -L./fdlibm -L/c/dev/nspr-4.4.1/lib
+BIN  = js.dll
+CFLAGS = -I/dev/nspr-4.4.1/include -DJS_THREADSAFE -DXP_WIN \
+-DEXPORT_JS_API -D_WINDOWS -DWIN32 -D_MINGW -s
+DLLWRAP=dllwrap.exe
+DEFFILE=libjs.def
+STATICLIB=libjs.a
+.c.o: $(CC) -c $(CFLAGS) -o $@ $*.c
+$(BIN): $(OBJECTS)
+	$(CC) -shared -o $@ \
+	-Wl,--output-def,$(DEFFILE) \
+	-Wl,--out-implib,$(STATICLIB) \
+	$(OBJECTS) \
+	$(LIBS)
+$(RES):
+	$(WINDRES) -i $(SRCDIR)/js3240.rc -I rc -o $(RES) -O coff</code>
+    * f. Make sure all indentations in the script are tabbed and not spaced.  Also ensure **LIBS** and **CFLAGS** are correctly set to the appropriate Netscape Portable Runtime subdirectories and **SRCDIR** is correctly set to the Spridermonkey **src** folder.
+    * g. Start MSYS.
+    * Make the fdlibm library. <code>cd /c/Dev/js/src/fdlibm
+make</code>
+    * i. Make the SpiderMonkey library. <code>cd /c/Dev/js/src
+make
+strip –-strip-all js.dll</code>
+    * j. Move **js.dll** to the MinGW **bin** folder and **libjs.a** to the MinGW **lib** folder. <code>mv /c/Dev/js/src/js.dll /mingw/bin
+mv /c/Dev/js/src/libjs.a /mingw/lib</code>
+    * k. Close MSYS.
+    *
+===Install optional libraries===
+== Aften ==
+  - Extract the contents of the Aften zip file to a temporary folder, e.g. <nowiki>C:\Dev</nowiki>.
+  - Move the Aften **bin**, **include** and **lib** subdirectories to the corresponding MinGW folders.
+  - Open the file **aften.h** in the MinGW **include** folder with a text editor.
+  - Fix the incorrect usage of a reserved word by replacing: <code cpp>void *private;</code> with: <code cpp>void *_private;</code>
+  - 5. Save the file and close the editor.
+If you prefer to use a DLL rather than linking to a static library, also follow these steps:
+  - Start MSYS.
+  - Change directory to the MinGW **lib** folder. <code>cd /mingw/lib</code>
+  - Create **aften.dll** from the **libaften.a** static library. <code>a2dll libaften.a -o aften.dll</code>
+  - Remove all unnecessary symbols from aften.dll. <code>strip --strip-all aften.dll</code>
+  - Using **pexports**, create a module-definition file for the Aften runtime: <code>pexports aften.dll > aften.def</code>
+  - Use **dlltool** to produce a Aften import library. <code>dlltool -d aften.def -l libaften.a</code>
+  - Move **aften.dll** to the MinGW **bin** folder. <code>mv aften.dll /mingw/bin</code>
+  - 8. Close MSYS.
+== FAAC ==
+  - Extract the contents of the faac zip file to a temporary folder, e.g. <nowiki>C:\Dev</nowiki>.
+  - Open the header files **libfaac\frame.h** and **include\faac.h** with a text editor.
+  - Replace the following line in both files: <code cpp>#define FAACAPI __stdcall</code> with: <code cpp>#define FAACAPI __cdecl</code>
+  - Save both files and close the editor.
+  - Copy ***.h** in the FAAC **include** folder to the MinGW **include** folder.
+  - Build FAAC using Microsoft Visual C++ or MinGW:
+//Using Microsoft Visual C++ 6.0://
+    * a. Open the file **libfaac_dll.dsw** in the FAAC **libfaac** folder using Microsoft Visual C++ 6.0.
+    * b. Add Source Files that are missing from the project and remove Source File that no longer exist (add kiss_fft\ kiss_fft.c, kiss_fft\ kiss_fftr.c).
+    * c. Choose **Set Active Configuration** from the **Build** menu.
+    * d. Choose the **libfaac_dll – Win32 Release** project configuration.
+    * e. Choose **Settings** from the **Project** menu.
+    * f. Choose the **C/C++** tab.
+    * g. Select **Preprocessor** from the **Category** dropdown box.
+    * h. Add **..\include** to the **Additional include directories**.
+    * i. Click the **OK** button.
+    * j. Choose **Build libfaac.dll** from the **Build** menu.
+    * k. Close Microsoft Visual C++.
+    * l. Copy **libfaac.dll** in the FAAC **libfaac\ReleaseDLL** folder to the MinGW **bin** folder.
+    * m. Start MSYS.
+    * n. Using **pexports**, create a module-definition file for the FAAC runtime: <code>pexports /mingw/bin/libfaac.dll > libfaac.def</code>
+    * o. Use dlltool to produce a FAAC import library. <code>dlltool -d libfaac.def -l /mingw/lib/libfaac.a</code>
+    * p. Close MSYS.
+//Using MinGW://
+    * a. Start MSYS.
+    * b. Change directory to the FAAC **libfaac** folder. <code>cd /c/Dev/faac/libfaac</code>
+    * c. Compile source code and link **libfaac.dll**. <code>gcc –s –O3 –shared -I../include *.c -o /mingw/bin/libfaac.dll -Wl,--out-implib,/mingw/lib/libfaac.a –Wl,--add-stdcall-alias</code>
+    * d. Close MSYS.
+== FAAD ==
+  - Extract the contents of the FAAD zip file to a temporary folder, e.g. <nowiki>C:\Dev</nowiki>.
+  - Copy ***.h** in the FAAD **include** folder to the MinGW **include** folder.
+  - Build FAAD using Microsoft Visual C++ or MinGW:
+//Using Microsoft Visual C++ 6.0://
+    * a. Open the file **libfaad2_dll.dsw** in the FAAD **libfaad** folder using Microsoft Visual C++ 6.0.
+    * b. Remove **dither.c** from the project as it no longer exists.
+    * c. Update **libfaad2.def** to the following:<code>LIBRARY  libfaad2.dll
+EXPORTS
+;
+; libfaad exports
+;
+NeAACDecOpen                      @1
+NeAACDecGetCurrentConfiguration   @2
+NeAACDecSetConfiguration          @3
+NeAACDecInit                      @4
+NeAACDecInit2                     @5
+NeAACDecDecode                    @6
+NeAACDecClose                     @7
+NeAACDecGetErrorMessage           @8
+NeAACDecAudioSpecificConfig       @9
+NeAACDecPostSeekReset             @10</code>
+    * d. Choose **Set Active Configuration** from the **Build** menu.
+    * e. Choose the **libfaad_dll – Win32 Release** project configuration.
+    * f. Choose **Build libfaad2.dll** from the **Build** menu.
+    * g. Close Microsoft Visual C++.
+    * h. Copy **libfaad2.dll** in the FAAD **libfaad\ReleaseDLL** folder to the MinGW **bin** folder.
+    * i. Start MSYS.
+    * j. Using **pexports**, create a module-definition file for the FAAD runtime: <code>pexports /mingw/bin/libfaad2.dll > libfaad.def</code>
+    * k. Use **dlltool** to produce a FAAD import library. <code>dlltool -d libfaad.def -l /mingw/lib/libfaad.a</code>
+    * l. Close MSYS.
+//Using MinGW://
+    * a. Start MSYS.
+    * b. Change directory to the FAAD **libfaad** folder. <code>cd /c/Dev/faad2/libfaad</code>
+    * c. Compile source code and link **libfaad2.dll**. <code>gcc –s –O3 -DHAVE_MEMCPY=1 -DHAVE_STRING_H=1 –DHAVE_STDINT_H=1 -I"." *.c -shared -o /mingw/bin/libfaad2.dll -Wl,--out-implib,/mingw/lib/libfaad.a</code>
+    * d. Close MSYS.
+== LAME ==
+  - Extract the contents of the lame tarball to a temporary folder, e.g. <nowiki>C:\Dev</nowiki>.
+  - Start MSYS.
+  - Change directory to the lame folder. <code>cd /c/dev/lame-3.97</code>
+  - Execute the following commands: <code>./configure --prefix=/mingw
+make
+make install</code>
+  - Remove all unnecessary symbols from libmp3lame-0.dll. <code>strip --strip-all /mingw/bin/libmp3lame-0.dll</code>
+  - Close MSYS.
+== Libdca ==
+  - Extract the contents of the libdca tarball to a temporary folder, e.g. <nowiki>C:\Dev</nowiki>.
+  - Start MSYS.
+  - Change directory to the libdca folder. <code>cd /c/dev/libdts-0.0.2</code>
+  - Execute the following commands: <code>./configure --prefix=/mingw
+make
+make install</code>
+  - Close MSYS.
+  - Copy **dts_internal.h** in the **libdts** folder to the MinGW **include** folder.
+If you prefer to use a DLL rather than linking to a static library, also follow these steps:
+  - Start MSYS.
+  - Change directory to the MinGW **lib** folder. <code>cd /mingw/lib</code>
+  - Create **dts.dll** from the **libdts.a** static library. <code>a2dll libdts.a -o dts.dll</code>
+  - Remove all unnecessary symbols from dts.dll. <code>strip --strip-all dts.dll</code>
+  - Using **pexports**, create a module-definition file for the dts runtime: <code>pexports dts.dll > dts.def</code>
+  - Use **dlltool** to produce a dts import library. <code>dlltool -d dts.def -l libdts.a</code>
+  - Move **dts.dll** to the MinGW **bin** folder. <code>mv dts.dll /mingw/bin</code>
+  - 8. Close MSYS.
+== Ogg Vorbis ==
+  - Extract the contents of the Ogg and Vorbis zip files to the same temporary folder, e.g. <nowiki>C:\Dev</nowiki>.
+  - Build Ogg Vorbis using Microsoft Visual C++ or MinGW:
+//Using Microsoft Visual C++ 6.0://
+    * a. Rename the Ogg folder to **ogg**.
+    * b. Open the file **ogg.dsw** in the Ogg **win32** folder using Microsoft Visual C++ 6.0.
+    * c. Choose **Set Active Configuration** from the **Build** menu.
+    * d. Choose the **ogg_dynamic – Win32 Release** project configuration.
+    * e. Choose **Build ogg.dll** from the **Build** menu.
+    * f. Close Microsoft Visual C++.
+    * g. Copy **ogg.dll** in the Ogg **win32\Dynamic_Release** folder to the MinGW **bin** folder.
+    * h. Copy the Ogg **include\ogg** folder to the MinGW **include** folder.
+    * i. Open the file **vorbis.dsw** in the Vorbis **win32** folder using Microsoft Visual C++ 6.0.
+    * j. Choose **Set Active Configuration** from the **Build** menu.
+    * k. Choose the **vorbis_dynamic – Win32 Release** project configuration.
+    * l. Choose **Build vorbis.dll** from the **Build** menu.
+    * m. Repeat steps j – l to build **vorbisenc.dll** and **vorbisfile.dll** using the **vorbisenc_dynamic – Win32 Release** and **vorbisfile_dynamic – Win32 Release** project configurations.
+    * n. Close Microsoft Visual C++.
+    * o. Copy **vorbis.dll** in the Vorbis **win32\Vorbis_Dynamic_Release** folder to the MinGW **bin** folder.
+    * p. Copy **vorbisenc.dll** in the Vorbis **win32\VorbisEnc_Dynamic_Release** folder to the MinGW **bin** folder.
+    * q. Copy **vorbisfile.dll** in the Vorbis **win32\VorbisFile_Dynamic_Release** folder to the MinGW **bin** folder.
+    * Copy the Vorbis **include\vorbis** folder to the MinGW **include** folder.
+    * s. Start MSYS.
+    * t. Using **pexports**, create a module-definition file for the Ogg Vorbis runtimes: <code>pexports /mingw/bin/vorbis.dll > vorbis.def
+pexports /mingw/bin/vorbisenc.dll > vorbisenc.def</code>
+    * u. Use **dlltool** to produce Ogg Vorbis import libraries. <code>dlltool -d vorbis.def -l /mingw/lib/libvorbis.a
+dlltool -d vorbisenc.def -l /mingw/lib/libvorbisenc.a</code>
+    * v. Close MSYS.
+//Using MinGW://
+    * a. Start MSYS.
+    * b. Change directory to the Ogg folder. <code>cd /c/dev/libogg-1.1.3</code>
+    * c. Execute the following commands: <code>./configure --prefix=/mingw
+make
+make install</code>
+    * d. Change directory to the Vorbis folder. <code>cd /c/dev/libvorbis-1.1.2</code>
+    * e. Execute the following commands: <code>./configure --prefix=/mingw LIBS="-L/mingw/lib –logg"
+make
+make install</code>
+    * f. Close MSYS.
+== Simple DirectMedia Layer ==
+  - Extract the contents of the SDL zip file to a temporary folder, e.g. <nowiki>C:\Dev</nowiki>.
+  - Start MSYS.
+  - Change directory to the SDL folder. <code>cd /c/dev/sdl-1.2.11</code>
+  - Execute the following commands: <code>./configure --prefix=/mingw
+make
+make install</code>
+  - 5. Close MSYS.
+. If you prefer a Microsoft Visual C++ compiled runtime, extract **SDL.dll** in the SDL-dev zip file to the MinGW **bin** folder. Alternatively, compile the supplied **SDL.dsw** using Microsoft Visual C++ 6.0.
+== x264 ==
+  - Using Tortoise SVN, download the latest x264 source code from: <code>svn://svn.videolan.org/x264/trunk</code>
+  - Open the file **configure** in the x264 folder with a text editor.
+  - Update the following lines: <code>if cc_check pthread.h -lpthread "pthread_create(0,0,0,0);" ; then
+      pthread="yes"
+      libpthread="-lpthread"</code> to: <code>if cc_check pthread.h –lpthread**GC1** "pthread_create(0,0,0,0);" ; then
+      pthread="yes"
+      libpthread="-lpthread**GC1**"</code>
+  - Save the file and close the editor.
+  - Open the file **Makefile** in the x264 folder with a text editor.
+  - Replace the following lines: <code make>libx264.a: .depend $(OBJS) $(OBJASM)
+ 	ar rc libx264.a $(OBJS) $(OBJASM)
+ 	ranlib libx264.a
+$(SONAME): .depend $(OBJS) $(OBJASM)
+	$(CC) -shared -o $@ $(OBJS) $(OBJASM) -Wl,-soname,$(SONAME) $(LDFLAGS)</code> with: <code make>ifeq ($(SYS),MINGW)
+	$(CC) -shared -Wl,--out-implib,libx264.a -o libx264.dll $(OBJS) $(OBJASM) $(LDFLAGS)
+else
+	libx264.a: .depend $(OBJS) $(OBJASM)
+		ar rc libx264.a $(OBJS) $(OBJASM)
+		ranlib libx264.a
+	$(SONAME): .depend $(OBJS) $(OBJASM)
+		$(CC) -shared -o $@ $(OBJS) $(OBJASM) -Wl,-soname,$(SONAME) $(LDFLAGS)
+endif</code>
+  - Save the file and close the editor.
+  - Start MSYS.
+  - Change directory to the x264 folder. <code>cd /c/dev/x264</code>
+  - Execute the following commands: <code>./configure --prefix=/mingw --enable-pthread –-enable-avis-input --enable-shared
+make
+make install</code>
+  - Copy **libx264.dll** to the MinGW **bin** folder. <code>cp libx264.dll /mingw/bin</code>
+  - Close MSYS.
+== Xvid ==
+  - Extract the contents of the Xvid tarball to a temporary folder, e.g. <nowiki>C:\Dev</nowiki>.
+  - Build Xvid using Microsoft Visual C++ or MinGW:
+// Using Microsoft Visual C++ 6.0://
+    * a. Open the file **xvidcore.dsw** in the Xvid **build\Win32** folder using Microsoft Visual C++ 6.0.
+    * b. Choose **Set Active Configuration** from the **Build** menu.
+    * c. Choose the **libxvidcore – Win32 Release** project configuration.
+    * d. Choose **Build xvidcore.dll** from the **Build** menu.
+    * e. Close Microsoft Visual C++.
+    * f. Copy the **xvidcore.dll** file from the Xvid **build\Win32\bin** folder to the MinGW **bin** folder.
+    * g. Copy the **xvidcore.dll.a** file from the Xvid **build\Win32\bin** folder to the MinGW **lib** folder.
+    * h. Copy the **xvid.h** file from the Xvid **src** folder to the MinGW **include** folder.
+//Using MinGW://
+    * a. Start MSYS.
+    * b. Change directory to the Xvid **build\generic** folder. <code>cd /c/dev/xvid-1.1.2/build/generic</code>
+    * c. Execute the following commands: <code>./configure --prefix=/mingw
+make
+make install</code>
+    * d. Close MSYS.
+==== Build Avidemux ====
+  - Using Tortoise SVN, download the latest Avidemux source code. Alternatively, download and extract the latest Avidemux source code tarball.
+  - Start MSYS.
+  - Change directory to the Avidemux source code folder. <code>cd /c/dev/avidemux</code>
+  - Execute the following command: <code>make –f makefile.dist</code> If make fails with an **AM_GNU_GETTEXT** error, execute the following commands: <code>cp ./m4/*.m4 /mingw/share/aclocal
+make –f makefile.dist</code>
+  - Run **configure** referencing the Spidermonkey **src** folder and then perform a **make**: <code>./configure –-with-jsapi-include=/c/dev/js/src
+make</code>
+  - The make will fail.  Run the make again but capture the output to a text file. <code> ./avidemux/dolink</code>
+  - Open the **dolink** file in the Avidemux **avidemux** folder with a text editor.
+  - Remove all lines from the file apart from the one starting with: <code>/bin/sh ../libtool</code>
+  - Include **.\xpm\adm.o** in the list of library object files. This will add the avidemux icon to the resulting executable.
+  - Move all **–l** parameters to the end of the line.
+  - Add the following parameters to the end of the line: <code>-llibxml2 -lwinmm -lwsock32</code>
+  - The final result should look something like this:<code>/bin/sh ../libtool --silent --mode=link g++ -g -I.. -I../ADM_lavutil -IADM_library -I../ADM_library  \
+-D_LARGEFILE_SOURCE -D_FILE_OFFSET_BITS=64 -g -O2 -mno-cygwin -mms-bitfields -O2 -falign-loops=16  \
+-o avidemux2.exe   \
+-L/mingw/lib \
+\
+guiplay.o gui_savenew.o gui_navigate.o gtk_gui.o callbacks.o \
+avilist.o main.o prefs.o ADM_guiBitrate.o ADM_pp.o ADM_memsupport.o \
+gui_autodrive.o GUI_jobs.o ADM_dialog/DIA_quota.o \
+ADM_lavcodec/libavcodec.a ADM_lavcodec/libpostproc/libpostproc.a \
+./ADM_script/libADM_script.a ./ADM_editor/libADM_editor.a \
+./ADM_library/libADM_library.a ./ADM_openDML/libADM_openDML.a \
+./oplug_ogm/liboplug_ogm.a ./ADM_audiocodec/libADM_audiocodec.a \
+./ADM_audio/libADM_audio.a ./oplug_avi/liboplug_avi.a \
+./oplug_mp4/liboplug_mp4.a ./oplug_mpeg/liboplug_mpeg.a \
+./oplug_mpegFF/liboplug_mpegFF.a ./ADM_mplex/libADM_mplex.a \
+./ADM_lavformat/libADM_lavformat.a ./ADM_lavutil/libADM_lavutil.a \
+./ADM_lvemux/libADM_lvemux.a ./ADM_filter/libADM_filter.a \
+./ADM_video/libADM_video.a   ./ADM_encoder/libADM_encoder.a \
+./ADM_codecs/libADM_codecs.a ./ADM_vp32/libADM_vp32.a \
+./ADM_audiofilter/libADM_audiofilter.a ./libtoolame/liblibtoolame.a \
+./ADM_gui2/libADM_gui2.a ./ADM_libswscale/libswscale.a \
+./mpeg2enc/libmpeg2enc.a ./ADM_liba52/libADM_liba52.a \
+./ADM_libMad/libADM_mad.a ./ADM_inpics/libADM_inpics.a  \
+./ADM_3gp/libADM_3gp.a ./ADM_avsproxy/libADM_avsproxy.a \
+./ADM_matroska/libADM_matroska.a ./ADM_asf/libADM_asf.a \
+./ADM_h263/libADM_h263.a ./ADM_nuv/libADM_nuv.a \
+./ADM_ogm/libADM_ogm.a ./ADM_audiodevice/libADM_audiodevice.a \
+./ADM_xvidratectl/libADM_xvidratectl.a ./ADM_requant/libADM_requant.a \
+./ADM_ocr/libADM_ocr.a ./ADM_mpegdemuxer/libADM_mpegdemuxer.a \
+./ADM_audio/libADM_audio.a ./ADM_toolkit/libADM_toolkit.a \
+./ADM_dialog/libADM_dialog.a ./libMpeg2Dec/liblibMpeg2Dec.a \
+./ADM_tray/libADM_tray.a ./ADM_colorspace/libADM_colorspace.a \
+ADM_lavcodec/libavcodec.a ./ADM_lavutil/libADM_lavutil.a \
+./ADM_lavcodec/libpostproc/libpostproc.a ./ADM_library/libADM_library.a \
+./ADM_toolkit/libADM_toolkit.a ./libass/libass.a   \
+./xpm/adm.o \
+\
+-luuid -ljs -lfontconfig -lmp3lame -lvorbis -lvorbisenc -lfaac -lfaad \
+-ldts -lxvidcore -lpng -lx264 -laften -lmingw32 -lSDLmain -lSDL \
+-mwindows -user32 -lpthreadGC1 -lgtk-win32-2.0 -lgdk-win32-2.0 -limm32 \
+-lshell32 -lole32 -latk-1.0 -lgdk_pixbuf-2.0 -lpangowin32-1.0 -lgdi32 \
+-lpangocairo-1.0 -lpango-1.0 -lcairo -lgobject-2.0 -lgmodule-2.0 \
+-lglib-2.0 -lintl -liconv -lgthread-2.0 -lfreetype -lz -llibxml2 \
+-lwinmm -lwsock32</code>
+  - Link Avidemux2.exe and strip all unnecessary symbols. <code>cd avidemux
+dolink
+strip –-strip-all avidemux2.exe</code>
+  - Run avidemux2.exe <code>avidemux2</code>

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