Windows

windows/benchmark_win32.cmd

@@ -0,0 +1,21 @@
+@echo off
+setlocal
+
+set wav_file=t.wav
+set ac3_file=t.ac3
+set timer_exe=timer.exe
+
+set OutPath=output
+
+echo [aften_x86]
+%timer_exe% "%OutPath%/aften_x86/aften.exe" "%wav_file%" "%ac3_file%"
+echo [aften_x86_SSE]
+%timer_exe% "%OutPath%/aften_x86_SSE/aften.exe" "%wav_file%" "%ac3_file%"
+echo [aften_x86_SSE2]
+%timer_exe% "%OutPath%/aften_x86_SSE2/aften.exe" "%wav_file%" "%ac3_file%"
+echo [aften_x86_SSE3]
+%timer_exe% "%OutPath%/aften_x86_SSE3/aften.exe" "%wav_file%" "%ac3_file%"
+
+del /Q "%ac3_file%"
+
+endlocal

windows/benchmark_win64.cmd

@@ -0,0 +1,19 @@
+@echo off
+setlocal
+
+set wav_file=t.wav
+set ac3_file=t.ac3
+set timer_exe=timer.exe
+
+set OutPath=output
+
+echo [aften_AMD64]
+%timer_exe% "%OutPath%/aften_AMD64/aften.exe" "%wav_file%" "%ac3_file%"
+echo [aften_AMD64_SSE2]
+%timer_exe% "%OutPath%/aften_AMD64_SSE2/aften.exe" "%wav_file%" "%ac3_file%"
+echo [aften_AMD64_SSE3]
+%timer_exe% "%OutPath%/aften_AMD64_SSE3/aften.exe" "%wav_file%" "%ac3_file%"
+
+del /Q "%ac3_file%"
+
+endlocal

windows/build_intel.cmd

@@ -0,0 +1,410 @@
+@echo off
+setlocal
+
+rem
+rem USAGE: @call build_intel.cmd <compiler_version> <build_name> <optimizations> [<debug_flag>]
+rem
+
+title Building Aften Win32 and Win64 Binaries (C) 2006-2009 Wieslaw Soltes
+
+rem
+rem SELECT COMPILER
+rem
+
+rem Select proper compiler environment variables
+goto use_intel_compiler_%1
+
+:use_intel_compiler_11_1_054
+
+rem Set environment variables for Intel C++ Compiler v11.1.054 (x86 PGO, MMX, SSE, SSE2 and SSE3 Builds)
+@call "c:\Program Files (x86)\Intel\Compiler\11.1\054\bin\ia32\iclvars_ia32.bat"
+goto common_settings
+
+:use_intel_compiler_11_1_054_x64
+
+rem Set environment variables for Intel C++ Compiler v11.1.054 (x86-64, EM64T PGO, MMX, SSE, SSE2 and SSE3 Builds)
+@call "c:\Program Files (x86)\Intel\Compiler\11.1\054\bin\intel64\iclvars_intel64.bat"
+goto common_settings
+
+rem
+rem PREPARE BUILD NAMES
+rem
+
+:common_settings
+
+rem Set working directory path and output directory prefix
+set out_path=output
+
+rem Set output directory names for release binaries
+
+if /i "11_1_054_x64"=="%1" set build_type=AMD64
+if /i "11_1_054"=="%1" set build_type=x86
+
+if /i "DEFAULT"=="%3" (
+  set build_opt=
+) else (
+  set build_opt=_%3
+)
+
+if /i "DEBUG"=="%4" (
+  set build_opt=%build_opt%_DEBUG
+) else (
+  set build_opt=%build_opt%
+)
+
+set bin_wavfilter=wavfilter_%build_type%
+set bin_wavinfo=wavinfo_%build_type%
+set bin_wavrms=wavrms_%build_type%
+set bin_libaftendll=libaftendll_%build_type%%build_opt%
+set bin_aften=aften_%build_type%%build_opt%
+
+rem Set base names for output binaries
+set name_lib=libaften
+set name_dll=libaften
+set name_exe=aften
+
+rem
+rem PREPARE TOOLS
+rem
+
+rem Set command-line tools paths used for builds
+set cmd_icl=icl.exe
+set cmd_xilib=xilib.exe
+set cmd_xilink=xilink.exe
+
+rem
+rem PREPARE OPTIONS
+rem
+
+rem Set Compiler common command-line options
+set opt_icl_cmn=/c /TC /nologo /W3
+
+if /i "DEBUG"=="%4" (
+  set opt_icl_cmn=%opt_icl_cmn% /MTd
+) else (
+  set opt_icl_cmn=%opt_icl_cmn% /MT
+)
+
+set opt_icl_cmn=%opt_icl_cmn% /I "./" /I "../" /I "../libaften" /I "../libaften/x86/" /I "../pcm/" /Fo"%out_path%/" 
+
+if /i "DEBUG"=="%4" (
+  set opt_icl_cmn=%opt_icl_cmn% /D "_DEBUG"
+) else (
+  set opt_icl_cmn=%opt_icl_cmn% /D "NDEBUG"
+)
+
+set opt_icl_cmn=%opt_icl_cmn% /D "_CONSOLE" /D "_MBCS" /D "EMULATE_INTTYPES" /D "AFTEN_BUILD_LIBRARY" /D "MAX_NUM_THREADS=32" /D "HAVE_MM_MALLOC" /D "HAVE_CPU_CAPS_DETECTION" /D "HAVE_WINDOWS_THREADS" /D "_CRT_SECURE_NO_DEPRECATE"
+set opt_icl_cmn=%opt_icl_cmn% /Qwd177 /Qwd186 /Qwd188 /Qwd1478
+
+if /i "11_1_054"=="%1" set opt_icl_cmn=%opt_icl_cmn% /Gd /D "WIN32"
+if /i "11_1_054_x64"=="%1" set opt_icl_cmn=%opt_icl_cmn% /D "WIN32" /D "WIN64"
+
+rem Set Compiler optimization command-line options
+if /i "DEBUG"=="%4" (
+  set opt_icl_opt=%opt_icl_cmn% /Od /ZI /RTC1
+) else (
+  set opt_icl_opt=%opt_icl_cmn% /GA /Ox /Og /Ob1 /Ot     
+)
+
+if /i "11_1_054"=="%1" set opt_icl_opt=%opt_icl_opt% /Gd /Qipo4 /fp:fast /Qprec-div- /Qcomplex-limited-range /Qipo-jobs:8 /Qunroll-aggressive
+if /i "11_1_054_x64"=="%1" set opt_icl_opt=%opt_icl_opt% /Qipo4 /fp:fast /Qprec-div- /Qcomplex-limited-range /Qipo-jobs:8 /Qunroll-aggressive
+
+set opt_icl_opt=%opt_icl_opt% /D "HAVE_MMX" /D "HAVE_SSE" /D "HAVE_SSE2" /D "HAVE_SSE3"
+
+if /i "DEFAULT"=="%3" set opt_icl_opt=%opt_icl_opt% /G7
+if /i "SSE"=="%3" set opt_icl_opt=%opt_icl_opt% /G7 /arch:SSE
+if /i "SSE2"=="%3" set opt_icl_opt=%opt_icl_opt% /G7 /arch:SSE2
+if /i "SSE3"=="%3" set opt_icl_opt=%opt_icl_opt% /G7 /arch:SSE3
+
+set opt_icl_mmx=/D "USE_MMX"
+set opt_icl_sse=/D "USE_MMX" /D "USE_SSE"
+set opt_icl_sse2=/D "USE_MMX" /D "USE_SSE" /D "USE_SSE2"
+set opt_icl_sse3=/D "USE_MMX" /D "USE_SSE" /D "USE_SSE2" /D "USE_SSE3"
+
+rem Set Compiler PGO command-line options
+set opt_icl_pgo_gen=/Qprof-gen /Qprof_dir "%out_path%"
+set opt_icl_pgo_use=/Qprof_use /Qprof_dir "%out_path%"
+
+set opt_icl_lib=/D "_LIB"
+set opt_icl_dll=/D "_WINDLL"
+
+rem Set Library Manager command-line options
+set opt_xilib=/OUT:"%out_path%/%name_lib%.lib" /NOLOGO
+
+rem Set Linker command-line options
+set opt_xilink=/NOLOGO /INCREMENTAL:NO /OPT:REF /OPT:ICF /TLBID:1
+
+rem DEBUG!!!
+if /i "DEBUG"=="%4" set opt_xilink=%opt_xilink% /DEBUG
+
+if /i "11_1_054"=="%1" set opt_xilink=%opt_xilink% /MACHINE:IX86
+if /i "11_1_054_x64"=="%1" set opt_xilink=%opt_xilink% /MACHINE:X64
+
+set opt_xilink_exe=%opt_xilink% /OUT:"%out_path%/%name_exe%.exe" /SUBSYSTEM:CONSOLE "%out_path%\%name_lib%.lib"
+
+set opt_xilink_dll=%opt_xilink% /OUT:"%out_path%/%name_dll%.dll" /DLL /IMPLIB:"%out_path%\%name_lib%.lib"
+
+rem
+rem PREPARE SOURCES
+rem
+
+rem Set libaften sources
+
+set src_lib="../libaften/a52.c"
+set src_lib=%src_lib% "../libaften/a52enc.c"
+set src_lib=%src_lib% "../libaften/a52tab.c"
+set src_lib=%src_lib% "../libaften/bitalloc.c"
+set src_lib=%src_lib% "../libaften/bitio.c"
+set src_lib=%src_lib% "../libaften/convert.c"
+set src_lib=%src_lib% "../libaften/crc.c"
+set src_lib=%src_lib% "../libaften/dynrng.c"
+set src_lib=%src_lib% "../libaften/exponent.c"
+set src_lib=%src_lib% "../libaften/filter.c"
+set src_lib=%src_lib% "../libaften/mdct.c"
+set src_lib=%src_lib% "../libaften/util.c"
+set src_lib=%src_lib% "../libaften/window.c"
+set src_lib=%src_lib% "../libaften/x86/cpu_caps.c"
+
+rem Set MMX optimized sources
+set src_lib_mmx="../libaften/x86/exponent_mmx.c"
+
+rem Set SSE optimized sources
+set src_lib_sse="../libaften/x86/mdct_sse.c"
+set src_lib_sse=%src_lib_sse% "../libaften/x86/mdct_common_sse.c"
+set src_lib_sse=%src_lib_sse% "../libaften/x86/window_sse.c"
+
+rem Set SSE2 optimized sources
+set src_lib_sse2="../libaften/x86/exponent_sse2.c"
+
+rem Set SSE3 optimized sources
+set src_lib_sse3="../libaften/x86/mdct_sse3.c"
+
+rem Set PCM sources
+set src_pcm="../pcm/aiff.c"
+set src_pcm=%src_pcm% "../pcm/byteio.c"
+set src_pcm=%src_pcm% "../pcm/caff.c"
+set src_pcm=%src_pcm% "../pcm/convert.c"
+set src_pcm=%src_pcm% "../pcm/formats.c"
+set src_pcm=%src_pcm% "../pcm/pcm.c"
+set src_pcm=%src_pcm% "../pcm/pcm_io.c"
+set src_pcm=%src_pcm% "../pcm/pcmfile.c"
+set src_pcm=%src_pcm% "../pcm/raw.c"
+set src_pcm=%src_pcm% "../pcm/wav.c"
+
+rem Set Aften sources
+set src_exe="../aften/aften.c"
+set src_exe=%src_exe% "../aften/opts.c"
+set src_exe=%src_exe% %src_pcm%
+
+rem
+rem PREPARE OBJECTS
+rem
+
+rem Set libaften object files
+
+set obj_lib="%out_path%/a52.obj"
+set obj_lib=%obj_lib% "%out_path%/a52enc.obj"
+set obj_lib=%obj_lib% "%out_path%/a52tab.obj"
+set obj_lib=%obj_lib% "%out_path%/bitalloc.obj"
+set obj_lib=%obj_lib% "%out_path%/bitio.obj"
+set obj_lib=%obj_lib% "%out_path%/convert.obj"
+set obj_lib=%obj_lib% "%out_path%/crc.obj"
+set obj_lib=%obj_lib% "%out_path%/dynrng.obj"
+set obj_lib=%obj_lib% "%out_path%/exponent.obj"
+set obj_lib=%obj_lib% "%out_path%/filter.obj"
+set obj_lib=%obj_lib% "%out_path%/mdct.obj"
+set obj_lib=%obj_lib% "%out_path%/util.obj"
+set obj_lib=%obj_lib% "%out_path%/window.obj"
+set obj_lib=%obj_lib% "%out_path%/cpu_caps.obj"
+
+rem Set MMX object files
+set obj_lib_mmx=%obj_lib% "%out_path%/exponent_mmx.obj"
+
+rem Set SSE object files
+set obj_lib_sse=%obj_lib_mmx% "%out_path%/mdct_sse.obj"
+set obj_lib_sse=%obj_lib_sse% "%out_path%/mdct_common_sse.obj"
+set obj_lib_sse=%obj_lib_sse% "%out_path%/window_sse.obj"
+
+rem Set SSE2 object files
+set obj_lib_sse2=%obj_lib_sse% "%out_path%/exponent_sse2.obj"
+
+rem Set SSE3 object files
+set obj_lib_sse3=%obj_lib_sse2% "%out_path%/mdct_sse3.obj"
+
+rem Set PCM object files
+set obj_pcm="%out_path%/aiff.obj"
+set obj_pcm=%obj_pcm% "%out_path%/byteio.obj"
+set obj_pcm=%obj_pcm% "%out_path%/caff.obj"
+set obj_pcm=%obj_pcm% "%out_path%/convert.obj"
+set obj_pcm=%obj_pcm% "%out_path%/formats.obj"
+set obj_pcm=%obj_pcm% "%out_path%/pcm.obj"
+set obj_pcm=%obj_pcm% "%out_path%/pcm_io.obj"
+set obj_pcm=%obj_pcm% "%out_path%/pcmfile.obj"
+set obj_pcm=%obj_pcm% "%out_path%/raw.obj"
+set obj_pcm=%obj_pcm% "%out_path%/wav.obj"
+
+rem Set Aften object files
+set obj_exe="%out_path%/aften.obj"
+set obj_exe=%obj_exe% "%out_path%/opts.obj"
+set obj_exe=%obj_exe% %obj_pcm%
+
+rem
+rem CLEAN COMMANDS
+rem
+
+set cmd_clean_pgo_gen=del /Q
+set cmd_clean_pgo_gen=%cmd_clean_pgo_gen% "%out_path%\*.obj"
+set cmd_clean_pgo_gen=%cmd_clean_pgo_gen% "%out_path%\%name_lib%.lib"
+set cmd_clean_pgo_gen=%cmd_clean_pgo_gen% "%out_path%\%name_exe%.exe"
+set cmd_clean_pgo_gen=%cmd_clean_pgo_gen% "%out_path%\%name_exe%.lib"
+set cmd_clean_pgo_gen=%cmd_clean_pgo_gen% "%out_path%\%name_exe%.exp"
+
+set cmd_clean_pgo_use=del /Q
+set cmd_clean_pgo_use=%cmd_clean_pgo_use% "%out_path%\*.obj"
+set cmd_clean_pgo_use=%cmd_clean_pgo_use% "%out_path%\*.dpi"
+set cmd_clean_pgo_use=%cmd_clean_pgo_use% "%out_path%\*.dyn"
+set cmd_clean_pgo_use=%cmd_clean_pgo_use% "%out_path%\*.spi"
+set cmd_clean_pgo_use=%cmd_clean_pgo_use% "%out_path%\*.spl"
+set cmd_clean_pgo_use=%cmd_clean_pgo_use% "%out_path%\*.lock"
+
+set cmd_clean_pgo_use_exe=%cmd_clean_pgo_use% "%out_path%\%name_lib%.lib"
+
+rem
+rem SELECT OUTPUT BUILD
+rem
+
+:make_output_path
+
+rem Create output directory
+if not exist "%out_path%" mkdir "%out_path%"
+
+rem Go to selected build configuration
+if /i "%2"=="" goto all_done
+goto %2
+
+rem
+rem BUILD UTIL
+rem
+
+:wavfilter
+
+if not exist "%out_path%\%bin_wavfilter%\" mkdir "%out_path%\%bin_wavfilter%\"
+
+%cmd_icl% %opt_icl_opt% /I "../util" /I "../aften/" /I "../pcm/" "../util/wavfilter.c" "../libaften/filter.c" %src_pcm%
+%cmd_xilink% %opt_xilink% /OUT:"%out_path%/wavfilter.exe" /SUBSYSTEM:CONSOLE "%out_path%/wavfilter.obj" "%out_path%/filter.obj" %obj_pcm%
+
+del /Q "%out_path%\*.obj"
+move /Y "%out_path%\wavfilter.exe" "%out_path%\%bin_wavfilter%\"
+if /i "DEBUG"=="%4" move /Y "%out_path%\wavfilter.pdb" "%out_path%\%bin_wavfilter%\"
+
+goto all_done
+
+:wavinfo
+
+if not exist "%out_path%\%bin_wavinfo%\" mkdir "%out_path%\%bin_wavinfo%\"
+
+%cmd_icl%%opt_icl_opt% /I "../util" /I "../aften/" /I "../pcm/" "../util/wavinfo.c" %src_pcm%
+%cmd_xilink% %opt_xilink% /OUT:"%out_path%/wavinfo.exe" /SUBSYSTEM:CONSOLE "%out_path%/wavinfo.obj" %obj_pcm%
+
+del /Q "%out_path%\*.obj"
+move /Y "%out_path%\wavinfo.exe" "%out_path%\%bin_wavinfo%\"
+if /i "DEBUG"=="%4" move /Y "%out_path%\wavinfo.pdb" "%out_path%\%bin_wavinfo%\"
+
+goto all_done
+
+:wavrms
+
+if not exist "%out_path%\%bin_wavrms%\" mkdir "%out_path%\%bin_wavrms%\"
+
+%cmd_icl% %opt_icl_opt% /I "../util" /I "../aften/" /I "../pcm/" "../util/wavrms.c" %src_pcm%
+%cmd_xilink% %opt_xilink% /OUT:"%out_path%/wavrms.exe" /SUBSYSTEM:CONSOLE "%out_path%/wavrms.obj" %obj_pcm%
+
+del /Q "%out_path%\*.obj"
+move /Y "%out_path%\wavrms.exe" "%out_path%\%bin_wavrms%\"
+if /i "DEBUG"=="%4" move /Y "%out_path%\wavrms.pdb" "%out_path%\%bin_wavrms%\"
+
+goto all_done
+
+rem
+rem BUILD LIBAFTEN.DLL
+rem
+
+:libaftendll
+
+if not exist "%out_path%\%bin_libaftendll%\" mkdir "%out_path%\%bin_libaftendll%\"
+
+%cmd_icl% %opt_icl_opt% %opt_icl_pgo_gen% %src_lib% %opt_icl_dll%
+%cmd_icl% %opt_icl_opt% %opt_icl_mmx% %opt_icl_pgo_gen% %src_lib_mmx% %opt_icl_lib%
+%cmd_icl% %opt_icl_opt% %opt_icl_sse% %opt_icl_pgo_gen% %src_lib_sse% %opt_icl_lib%
+%cmd_icl% %opt_icl_opt% %opt_icl_sse2% %opt_icl_pgo_gen% %src_lib_sse2% %opt_icl_lib%
+%cmd_icl% %opt_icl_opt% %opt_icl_sse3% %opt_icl_pgo_gen% %src_lib_sse3% %opt_icl_lib%
+%cmd_xilink% %opt_xilink_dll% %obj_lib_sse3%
+%cmd_icl% %opt_icl_opt% %opt_icl_pgo_gen% %src_exe%
+%cmd_xilink% %opt_xilink_exe% %obj_exe%
+
+@call feedback.cmd "%out_path%\%name_exe%.exe"
+
+%cmd_clean_pgo_gen%
+
+%cmd_icl% %opt_icl_opt% %opt_icl_pgo_use% %src_lib% %opt_icl_dll%
+%cmd_icl% %opt_icl_opt% %opt_icl_mmx% %opt_icl_pgo_use% %src_lib_mmx% %opt_icl_lib%
+%cmd_icl% %opt_icl_opt% %opt_icl_sse% %opt_icl_pgo_use% %src_lib_sse% %opt_icl_lib%
+%cmd_icl% %opt_icl_opt% %opt_icl_sse2% %opt_icl_pgo_use% %src_lib_sse2% %opt_icl_lib%
+%cmd_icl% %opt_icl_opt% %opt_icl_sse3% %opt_icl_pgo_use% %src_lib_sse3% %opt_icl_lib%
+%cmd_xilink% %opt_xilink_dll% %obj_lib_sse3%
+%cmd_icl% %opt_icl_opt% %opt_icl_pgo_use% %src_exe%
+%cmd_xilink% %opt_xilink_exe% %obj_exe%
+
+%cmd_clean_pgo_use%
+
+move /Y "%out_path%\%name_dll%.dll" "%out_path%\%bin_libaftendll%\"
+move /Y "%out_path%\%name_dll%.lib" "%out_path%\%bin_libaftendll%\"
+move /Y "%out_path%\%name_dll%.exp" "%out_path%\%bin_libaftendll%\"
+move /Y "%out_path%\%name_exe%.exe" "%out_path%\%bin_libaftendll%\"
+if /i "DEBUG"=="%4" move /Y "%out_path%\%name_dll%.pdb" "%out_path%\%bin_libaftendll%\"
+if /i "DEBUG"=="%4" move /Y "%out_path%\%name_exe%.pdb" "%out_path%\%bin_libaftendll%\"
+
+goto all_done
+
+rem
+rem BUILD AFTEN.EXE
+rem
+
+:aften
+
+if not exist "%out_path%\%bin_aften%\" mkdir "%out_path%\%bin_aften%\"
+
+%cmd_icl% %opt_icl_opt% %opt_icl_pgo_gen% %src_lib% %opt_icl_lib%
+%cmd_icl% %opt_icl_opt% %opt_icl_mmx% %opt_icl_pgo_gen% %src_lib_mmx% %opt_icl_lib%
+%cmd_icl% %opt_icl_opt% %opt_icl_sse% %opt_icl_pgo_gen% %src_lib_sse% %opt_icl_lib%
+%cmd_icl% %opt_icl_opt% %opt_icl_sse2% %opt_icl_pgo_gen% %src_lib_sse2% %opt_icl_lib%
+%cmd_icl% %opt_icl_opt% %opt_icl_sse3% %opt_icl_pgo_gen% %src_lib_sse3% %opt_icl_lib%
+%cmd_xilib% %opt_xilib% %obj_lib_sse3%
+%cmd_icl% %opt_icl_opt% %opt_icl_pgo_gen% %src_exe%
+%cmd_xilink% %opt_xilink_exe% %obj_exe%
+
+@call feedback.cmd "%out_path%\%name_exe%.exe"
+
+%cmd_clean_pgo_gen%
+
+%cmd_icl% %opt_icl_opt% %opt_icl_pgo_use% %src_lib% %opt_icl_lib%
+%cmd_icl% %opt_icl_opt% %opt_icl_mmx% %opt_icl_pgo_use% %src_lib_mmx% %opt_icl_lib%
+%cmd_icl% %opt_icl_opt% %opt_icl_sse% %opt_icl_pgo_use% %src_lib_sse% %opt_icl_lib%
+%cmd_icl% %opt_icl_opt% %opt_icl_sse2% %opt_icl_pgo_use% %src_lib_sse2% %opt_icl_lib%
+%cmd_icl% %opt_icl_opt% %opt_icl_sse3% %opt_icl_pgo_use% %src_lib_sse3% %opt_icl_lib%
+%cmd_xilib% %opt_xilib% %obj_lib_sse3%
+%cmd_icl% %opt_icl_opt% %opt_icl_pgo_use% %src_exe%
+%cmd_xilink% %opt_xilink_exe% %obj_exe%
+
+%cmd_clean_pgo_use_exe%
+
+move /Y "%out_path%\%name_exe%.lib" "%out_path%\%bin_aften%\"
+move /Y "%out_path%\%name_exe%.exp" "%out_path%\%bin_aften%\"
+move /Y "%out_path%\%name_exe%.exe" "%out_path%\%bin_aften%\"
+if /i "DEBUG"=="%4" move /Y "%out_path%\%name_exe%.pdb" "%out_path%\%bin_aften%\"
+
+goto all_done
+
+:all_done
+
+endlocal

windows/build_win32_debug.cmd

@@ -0,0 +1,32 @@
+@echo off
+setlocal
+
+rem Win32 builds
+rem Available Intel C++ Compiler versions: 11_1_054
+
+set icl_version=11_1_054
+set OutPath=output
+
+@call build_intel.cmd %icl_version% wavfilter DEFAULT DEBUG
+@call build_intel.cmd %icl_version% wavinfo DEFAULT DEBUG
+@call build_intel.cmd %icl_version% wavrms DEFAULT DEBUG
+
+@call build_intel.cmd %icl_version% libaftendll DEFAULT DEBUG
+@call build_intel.cmd %icl_version% libaftendll SSE DEBUG
+@call build_intel.cmd %icl_version% libaftendll SSE2 DEBUG
+@call build_intel.cmd %icl_version% libaftendll SSE3 DEBUG
+
+@call build_intel.cmd %icl_version% aften DEFAULT DEBUG
+@call build_intel.cmd %icl_version% aften SSE DEBUG
+@call build_intel.cmd %icl_version% aften SSE2 DEBUG
+@call build_intel.cmd %icl_version% aften SSE3 DEBUG
+
+rem Copy additional files for binary package 
+copy /Y ..\libaften\aften.h %OutPath%
+copy /Y ..\COPYING %OutPath%
+copy /Y "help\*.txt" %OutPath%
+
+:build_done
+
+endlocal
+pause

windows/build_win32_release.cmd

@@ -0,0 +1,32 @@
+@echo off
+setlocal
+
+rem Win32 builds
+rem Available Intel C++ Compiler versions: 11_1_054
+
+set icl_version=11_1_054
+set OutPath=output
+
+@call build_intel.cmd %icl_version% wavfilter DEFAULT
+@call build_intel.cmd %icl_version% wavinfo DEFAULT
+@call build_intel.cmd %icl_version% wavrms DEFAULT
+
+@call build_intel.cmd %icl_version% libaftendll DEFAULT
+@call build_intel.cmd %icl_version% libaftendll SSE
+@call build_intel.cmd %icl_version% libaftendll SSE2
+@call build_intel.cmd %icl_version% libaftendll SSE3
+
+@call build_intel.cmd %icl_version% aften DEFAULT
+@call build_intel.cmd %icl_version% aften SSE
+@call build_intel.cmd %icl_version% aften SSE2
+@call build_intel.cmd %icl_version% aften SSE3
+
+rem Copy additional files for binary package 
+copy /Y ..\libaften\aften.h %OutPath%
+copy /Y ..\COPYING %OutPath%
+copy /Y "help\*.txt" %OutPath%
+
+:build_done
+
+endlocal
+pause

windows/build_win64_debug.cmd

@@ -0,0 +1,30 @@
+@echo off
+setlocal
+
+rem Win64 builds
+rem Available Intel C++ Compiler versions: 11_1_054_x64
+
+set icl_version=11_1_054_x64
+set OutPath=output
+
+@call build_intel.cmd %icl_version% wavfilter DEFAULT DEBUG
+@call build_intel.cmd %icl_version% wavinfo DEFAULT DEBUG
+@call build_intel.cmd %icl_version% wavrms DEFAULT DEBUG
+
+@call build_intel.cmd %icl_version% libaftendll DEFAULT DEBUG
+@call build_intel.cmd %icl_version% libaftendll SSE2 DEBUG
+@call build_intel.cmd %icl_version% libaftendll SSE3 DEBUG
+
+@call build_intel.cmd %icl_version% aften DEFAULT DEBUG
+@call build_intel.cmd %icl_version% aften SSE2 DEBUG
+@call build_intel.cmd %icl_version% aften SSE3 DEBUG
+
+rem Copy additional files for binary package
+copy /Y ..\libaften\aften.h %OutPath%
+copy /Y ..\COPYING %OutPath%
+copy /Y "help\*.txt" %OutPath%
+
+:build_done
+
+endlocal
+pause

windows/build_win64_release.cmd

@@ -0,0 +1,30 @@
+@echo off
+setlocal
+
+rem Win64 builds
+rem Available Intel C++ Compiler versions: 11_1_054_x64
+
+set icl_version=11_1_054_x64
+set OutPath=output
+
+@call build_intel.cmd %icl_version% wavfilter DEFAULT
+@call build_intel.cmd %icl_version% wavinfo DEFAULT
+@call build_intel.cmd %icl_version% wavrms DEFAULT
+
+@call build_intel.cmd %icl_version% libaftendll DEFAULT
+@call build_intel.cmd %icl_version% libaftendll SSE2
+@call build_intel.cmd %icl_version% libaftendll SSE3
+
+@call build_intel.cmd %icl_version% aften DEFAULT
+@call build_intel.cmd %icl_version% aften SSE2
+@call build_intel.cmd %icl_version% aften SSE3
+
+rem Copy additional files for binary package
+copy /Y ..\libaften\aften.h %OutPath%
+copy /Y ..\COPYING %OutPath%
+copy /Y "help\*.txt" %OutPath%
+
+:build_done
+
+endlocal
+pause

windows/feedback.cmd

@@ -0,0 +1,24 @@
+@echo off
+setlocal
+
+rem Currently using this wave file:
+rem http://www-mmsp.ece.mcgill.ca/Documents/AudioFormats/WAVE/Samples/Microsoft/6_Channel_ID.wav
+rem Mono WAV files are extracted from 6_Channel_ID.wav WAV file
+
+set WavFiles=c:\DOWNLOADS\DOCS\DEV\WAV
+set WavFiles_Mono=c:\DOWNLOADS\DOCS\DEV\WAV\MONO
+
+set EncoderExe=%1
+set EncoderOptions=feedback.txt
+set OutputFile=temp.ac3
+
+FOR /F "tokens=*" %%i IN (%EncoderOptions%) DO (
+  echo [ Multi channel input WAV, used encoder options: %%i ]
+  %EncoderExe% %%i "%WavFiles%\6_Channel_ID.wav" "%OutputFile%"
+  del "%OutputFile%"
+  echo [ Multi mono input WAV, used encoder options: %%i ]
+  %EncoderExe% %%i -ch_fl "%WavFiles_Mono%\FL.wav" -ch_fr "%WavFiles_Mono%\FR.wav" -ch_fc "%WavFiles_Mono%\C.wav" -ch_lfe "%WavFiles_Mono%\LFE.wav" -ch_sl "%WavFiles_Mono%\SL.wav" -ch_sr "%WavFiles_Mono%\SR.wav" "%OutputFile%"
+  del "%OutputFile%"
+)
+
+endlocal

windows/feedback.txt

@@ -0,0 +1,17 @@
+-threads 1
+-threads 2
+-fba 1
+-fba 1 -exps 32
+-exps 1
+-exps 32
+-s 1
+-q 240
+-q 240 -fba 1
+-q 240 -exps 32
+-q 240 -fba 1 -exps 32
+-q 240 -fba 1 -exps 1
+-q 240 -s 1
+-nosimd sse3
+-nosimd sse2,sse3
+-nosimd sse,sse2,sse3
+-nosimd mmx,sse,sse2,sse3

windows/help/help_aften.txt

@@ -0,0 +1,149 @@
+
+Aften: A/52 audio encoder
+Version git
+(c) 2006-2009 Justin Ruggles, Prakash Punnoor, et al.
+
+usage: aften [options] <input.wav> <output.ac3>
+options:
+    [-h]           Print out list of commandline options
+    [-longhelp]    Print out commandline option details
+    [-version]     Print out the build version
+    [-v #]         Verbosity (controls output to console)
+                       0 = quiet mode
+                       1 = show average stats (default)
+                       2 = show each frame's stats
+    [-threads #]   Number of parallel threads to use
+                       0 = detect number of CPUs (default)
+    [-nosimd X]    Comma-separated list of SIMD instruction sets not to use
+                       Available sets are mmx, sse, sse2, sse3 and altivec.
+                       No spaces are allowed between the sets and the commas.
+    [-b #]         CBR bitrate in kbps (default: about 96kbps per channel)
+    [-q #]         VBR quality [0 - 1023] (default: 240)
+    [-fba #]       Fast bit allocation (default: 0)
+                       0 = more accurate encoding
+                       1 = faster encoding
+    [-exps #]      Exponent strategy search size (default: 8)
+                       1 to 32 (lower is faster, higher is better quality)
+    [-pad #]       Start-of-stream padding
+                       0 = no padding
+                       1 = 256 samples of padding (default)
+    [-w #]         Bandwidth
+                       0 to 60 = fixed bandwidth (28%-99% of full bandwidth)
+                      -1 = fixed adaptive bandwidth (default)
+                      -2 = variable adaptive bandwidth
+    [-wmin #]      Minimum bandwidth [0 - 60] (default: 0)
+    [-wmax #]      Maximum bandwidth [0 - 60] (default: 60)
+    [-m #]         Stereo rematrixing
+                       0 = independent L+R channels
+                       1 = mid/side rematrixing (default)
+    [-s #]         Block switching
+                       0 = use only 512-point MDCT (default)
+                       1 = selectively use 256-point MDCT
+    [-cmix #]      Center mix level
+                       0 = -3.0 dB (default)
+                       1 = -4.5 dB
+                       2 = -6.0 dB
+    [-smix #]      Surround mix level
+                       0 = -3 dB (default)
+                       1 = -6 dB
+                       2 = 0
+    [-dsur #]      Dolby Surround mode
+                       0 = not indicated (default)
+                       1 = not Dolby surround encoded
+                       2 = Dolby surround encoded
+    [-dnorm #]     Dialog normalization [0 - 31] (default: 31)
+    [-dynrng #]    Dynamic Range Compression profile
+                       0 = Film Light
+                       1 = Film Standard
+                       2 = Music Light
+                       3 = Music Standard
+                       4 = Speech
+                       5 = None (default)
+    [-acmod #]     Audio coding mode (overrides wav header)
+                       0 = 1+1 (Ch1,Ch2)
+                       1 = 1/0 (C)
+                       2 = 2/0 (L,R)
+                       3 = 3/0 (L,R,C)
+                       4 = 2/1 (L,R,S)
+                       5 = 3/1 (L,R,C,S)
+                       6 = 2/2 (L,R,SL,SR)
+                       7 = 3/2 (L,R,C,SL,SR)
+    [-lfe #]       Specify use of LFE channel (overrides wav header)
+                       0 = LFE channel is not present
+                       1 = LFE channel is present
+    [-chconfig X]  Specify channel configuration (overrides wav header)
+                       1+1 = (Ch1,Ch2)
+                       1/0 = (C)
+                       2/0 = (L,R)
+                       3/0 = (L,R,C)
+                       2/1 = (L,R,S)
+                       3/1 = (L,R,C,S)
+                       2/2 = (L,R,SL,SR)
+                       3/2 = (L,R,C,SL,SR)
+                       adding "+LFE" indicates use of the LFE channel
+    [-ch_X file]   Add a mono file to the input list as the channel specified
+                       ch_fl  = Front Left
+                       ch_fc  = Front Center
+                       ch_fr  = Front Right
+                       ch_sl  = Surround Left
+                       ch_s   = Surround
+                       ch_sr  = Surround Right
+                       ch_m1  = Dual Mono Channel 1
+                       ch_m2  = Dual Mono Channel 2
+                       ch_lfe = LFE
+    [-raw_fmt X]   Raw audio input sample format (default: s16_le)
+                       One of the pre-defined sample formats:
+                       u8, s8, s16_le, s16_be, s20_le, s20_be, s24_le, s24_be,
+                       s32_le, s32_be, float_le, float_be, double_le, double_be
+    [-raw_sr #]    Raw audio input sample rate (default: 48000)
+    [-raw_ch #]    Raw audio input channels (default: 1)
+    [-chmap #]     Channel mapping order of input audio
+                       0 = WAVE mapping (default)
+                       1 = AC-3 mapping
+                       2 = MPEG mapping
+    [-readtoeof #] Read input WAVE audio data until the end-of-file
+                       0 = use data size in header (default)
+                       1 = read data until end-of-file
+    [-bwfilter #]  Specify use of the bandwidth low-pass filter
+                       0 = do not apply filter (default)
+                       1 = apply filter
+    [-dcfilter #]  Specify use of the DC high-pass filter
+                       0 = do not apply filter (default)
+                       1 = apply filter
+    [-lfefilter #] Specify use of the LFE low-pass filter
+                       0 = do not apply filter (default)
+                       1 = apply filter
+    [-xbsi1 #]     Specify use of extended bitstream info 1
+                       0 = do not write xbsi1
+                       1 = write xbsi1
+    [-dmixmod #]   Preferred stereo downmix mode
+                       0 = not indicated (default)
+                       1 = Lt/Rt downmix preferred
+                       2 = Lo/Ro downmix preferred
+    [-ltrtcmix #]  Lt/Rt center mix level
+    [-ltrtsmix #]  Lt/Rt surround mix level
+    [-lorocmix #]  Lo/Ro center mix level
+    [-lorosmix #]  Lo/Ro surround mix level
+                       0 = +3.0 dB
+                       1 = +1.5 dB
+                       2 =  0.0 dB
+                       3 = -1.5 dB
+                       4 = -3.0 dB (default)
+                       5 = -4.5 dB
+                       6 = -6.0 dB
+                       7 = -inf dB
+    [-xbsi2 #]     Specify use of extended bitstream info 2
+                       0 = do not write xbsi2
+                       1 = write xbsi2
+    [-dsurexmod #] Dolby Surround EX mode
+                       0 = not indicated (default)
+                       1 = Not Dolby Surround EX encoded
+                       2 = Dolby Surround EX encoded
+    [-dheadphon #] Dolby Headphone mode
+                       0 = not indicated (default)
+                       1 = Not Dolby Headphone encoded
+                       2 = Dolby Headphone encoded
+    [-adconvtyp #] A/D converter type
+                       0 = Standard (default)
+                       1 = HDCD
+

windows/help/help_long_aften.txt

@@ -0,0 +1,386 @@
+
+Aften: A/52 audio encoder
+Version git
+(c) 2006-2009 Justin Ruggles, Prakash Punnoor, et al.
+
+usage: aften [options] <input.wav> <output.ac3>
+options:
+
+CONSOLE OUTPUT OPTIONS
+
+    [-h]           Print out list of commandline options.
+
+    [-longhelp]    Print out commandline option details.
+
+    [-version]     Print out the build version.
+
+    [-v #]         Verbosity
+                       This controls the level of console output to stderr.
+                       0 - Quiet Mode. No output to stderr.
+                       1 - Shows a running average of encoding statistics.
+                           This is the default setting.
+                       2 - Shows the statistics for each frame.
+
+ENCODING OPTIONS
+
+    [-threads #]   Number of threads
+                       Aften can use multiple threads to speed up encoding.
+                       By default, Aften uses one thread for each logical CPU
+                       your system has, but you can override this value.  A
+                       value of 0 is the default and indicates that Aften
+                       should try to detect the number of CPUs.
+
+    [-nosimd X]    Comma-separated list of SIMD instruction sets not to use
+                       Aften will auto-detect available SIMD instruction sets
+                       for your CPU, so you shouldn't need to disable sets
+                       explicitly - unless for speed or debugging reasons.
+                       Available sets are mmx, sse, sse2, sse3 and altivec.
+                       No spaces are allowed between the sets and the commas.
+                       Example: -nosimd sse2,sse3
+
+    [-b #]         CBR bitrate in kbps
+                       CBR mode is selected by default. This option allows for
+                       setting the fixed bitrate. The default bitrate depends
+                       on the number of channels (not including LFE).
+                       mono      =  96 kbps
+                       stereo    = 192 kbps
+                       3-channel = 256 kbps
+                       4-channel = 384 kbps
+                       5-channel = 448 kbps
+
+    [-q #]         VBR quality
+                       A value 0 to 1023 which corresponds to SNR offset, where
+                       q=240 equates to an SNR offset of 0.  240 is the default
+                       value.  This scale will most likely be replaced in the
+                       future with a better quality measurement.
+
+    [-fba #]      Fast bit allocation
+                       Fast bit allocation is a less-accurate search method
+                       for CBR bit allocation.  It only narrows down the SNR
+                       value to within 16 of the optimal value.  The result
+                       is lower overall quality, but faster encoding.  This
+                       may not give the same results each time when using
+                       parallel encoding.
+
+    [-exps #]     Exponent strategy search size
+                       The encoder determines the best combination of
+                       exponent strategies for a frame by searching through
+                       a list of pre-defined exponent strategies.  This option
+                       controls the size of the list to be searched.  The
+                       value can range from 1 (lower quality but faster) to
+                       32 (higher quality but slower).  The default value is 8.
+
+    [-pad #]      Start-of-stream padding
+                       The AC-3 format uses an overlap/add cycle for encoding
+                       each block.  By default, Aften pads the delay buffer
+                       with a block of silence to avoid inaccurate encoding
+                       of the first frame of audio.  If this behavior is not
+                       wanted, it can be disabled.  The pad value can be a
+                       1 (default) to use padding or 0 to not use padding.
+
+    [-w #]         Bandwidth
+                       The bandwidth setting corresponds to the high-frequency
+                       cutoff.  Specifically, it sets the highest frequency bin
+                       which is encoded.  The AC-3 format uses a 512-point MDCT
+                       which gives 256 frequency levels from 0 to 1/2 of the
+                       samplerate.  The formula to give the number of coded
+                       frequency bins from bandwidth setting is:
+                       (w * 3) + 73, which gives a range of 73 to 253
+                       I hope to replace this setting with one where the user
+                       specifies the actual cutoff frequency rather than the
+                       bandwidth code.
+                       There are 2 special values, -1 and -2.
+                       When -1 is used, Aften automatically selects what
+                       it thinks is an appropriate bandwidth.  This is the
+                       default setting.
+                       When -2 is used, a bandwidth is chosen for each frame
+                       based on CBR frame size and a target quality of 240.
+                       Variable bandwidth cannot be used with VBR mode.
+
+    [-wmin #]      Minimum bandwidth
+                       For variable bandwidth mode (-2), this option sets the
+                       minimum value for the bandwidth code.  This allows the
+                       user to avoid a harsh cutoff frequency by sacrificing
+                       general audio quality.  The default value is 0.
+
+    [-wmax #]      Maximum bandwidth
+                       For variable bandwidth mode (-2), this option sets the
+                       maximum value for the bandwidth code.  This can be used
+                       to speed up encoding by using a lower value than 60,
+                       which is the default.
+
+    [-m #]         Stereo rematrixing
+                       Using stereo rematrixing can increase quality by
+                       removing redundant information between the left and
+                       right channels.  This technique is common in audio
+                       encoding, and is sometimes called mid/side encoding.
+                       When this setting is turned on, Aften adaptively turns
+                       rematrixing on or off for each of 4 frequency bands for
+                       each block.  When this setting is turned off,
+                       rematrixing is not used for any blocks. The default
+                       value is 1.
+
+    [-s #]         Block switching
+                       The AC-3 format allows for 2 different types of MDCT
+                       transformations to translate from time-domain to
+                       frequency-domain.  The default is a 512-point transform,
+                       which gives better frequency resolution.  There is also
+                       a 256-point transform, which gives better time
+                       resolution.  The specification gives a suggested method
+                       for determining when to use the 256-point transform.
+                       When block switching is turned on, Aften uses the spec
+                       method for selecting the 256-point MDCT.  When it is
+                       turned off, only the 512-point MDCT is used, which is
+                       faster.  Block switching is turned off by default.
+
+BITSTREAM INFO METADATA
+
+    [-cmix #]      Center mix level
+                       When three front channels are in use, this code
+                       indicates the nominal down mix level of the center
+                       channel with respect to the left and right channels.
+                       0 = -3.0 dB (default)
+                       1 = -4.5 dB
+                       2 = -6.0 dB
+
+    [-smix #]      Surround mix level
+                       If surround channels are in use, this code indicates
+                       the nominal down mix level of the surround channels.
+                       0 = -3 dB (default)
+                       1 = -6 dB
+                       2 = 0
+
+    [-dsur #]      Dolby Surround mode
+                       When operating in the two channel mode, this code
+                       indicates whether or not the program has been encoded in
+                       Dolby Surround.  This information is not used by the
+                       AC-3 decoder, but may be used by other portions of the
+                       audio reproduction equipment.
+                       0 = not indicated (default)
+                       1 = not Dolby surround encoded
+                       2 = Dolby surround encoded
+
+DYNAMIC RANGE COMPRESSION AND DIALOG NORMALIZATION
+
+    [-dynrng #]    Dynamic Range Compression profile
+                       Dynamic Range Compression allows for the final output
+                       dynamic range to be limited without sacrificing quality.
+                       The full dynamic range audio is still encoded, but a
+                       code is given for each block which tells the decoder to
+                       adjust the output volume for that block.  The encoder
+                       must analyze the input audio to determine the best way
+                       to compress the dynamic range based on the loudness and
+                       type of input (film, music, speech).
+                       0 = Film Light
+                       1 = Film Standard
+                       2 = Music Light
+                       3 = Music Standard
+                       4 = Speech
+                       5 = None (default)
+
+    [-dnorm #]     Dialog normalization [0 - 31] (default: 31)
+                       The dialog normalization value sets the average dialog
+                       level.  The value is typically constant for a particular
+                       audio program.  The decoder has a target output dialog
+                       level of -31dB, so if the dialog level is specified as
+                       being -31dB already (default), the output volume is not
+                       altered.  Otherwise, the overall output volume is
+                       decreased so that the dialog level is adjusted down to
+                       -31dB.
+
+INPUT OPTIONS
+
+    By default, information about the input file, such as the channel
+    configuration and data size, is determined by the input file wav header.
+    However, the basic WAVE format is limited in that it can only support
+    up to 4 GB of data and cannot specify all channel layouts possible in the
+    AC-3 format.  The acmod, lfe, and chconfig options allow the user to
+    explicitly select the desired channel layout.  This only controls the
+    interpretation of the input, so no downmixing or upmixing is done.  The
+    readtoeof option overrides the header and lets the user specify that Aften
+    should keep reading data until the end-of-file.
+
+    [-acmod #]     Audio coding mode (overrides wav header)
+                       0 = 1+1 (Ch1,Ch2)
+                       1 = 1/0 (C)
+                       2 = 2/0 (L,R)
+                       3 = 3/0 (L,R,C)
+                       4 = 2/1 (L,R,S)
+                       5 = 3/1 (L,R,C,S)
+                       6 = 2/2 (L,R,SL,SR)
+                       7 = 3/2 (L,R,C,SL,SR)
+
+    [-lfe #]       Specify use of LFE channel (overrides wav header)
+                       0 = LFE channel is not present
+                       1 = LFE channel is present
+
+    [-chconfig X]  Specify channel configuration (overrides wav header)
+                       1+1 = (Ch1,Ch2)
+                       1/0 = (C)
+                       2/0 = (L,R)
+                       3/0 = (L,R,C)
+                       2/1 = (L,R,S)
+                       3/1 = (L,R,C,S)
+                       2/2 = (L,R,SL,SR)
+                       3/2 = (L,R,C,SL,SR)
+                       adding "+LFE" indicates use of the LFE channel
+
+    [-ch_X file]   Add a mono file to the input list as the channel specified
+                       These parameters are used to specify multiple mono
+                       source files instead of a single multi-channel source
+                       file.  Only valid AC-3 combinations are allowed.  The
+                       acmod, lfe, chconfig, and chmap parameters are all
+                       ignored if multi-mono inputs are used.
+                       ch_fl  = Front Left
+                       ch_fc  = Front Center
+                       ch_fr  = Front Right
+                       ch_sl  = Surround Left
+                       ch_s   = Surround
+                       ch_sr  = Surround Right
+                       ch_m1  = Dual Mono Channel 1
+                       ch_m2  = Dual Mono Channel 2
+                       ch_lfe = LFE
+
+    [-raw_fmt X]   Raw audio input sample format (default: s16_le)
+                       This options specifies the sample format when using
+                       raw audio input.  Using this option forces Aften to
+                       treat the input as raw audio.  The choices for the
+                       pre-defined sample formats are:
+                       u8, s8, s16_le, s16_be, s20_le, s20_be, s24_le, s24_be,
+                       s32_le, s32_be, float_le, float_be, double_le, double_be
+
+    [-raw_sr #]    Raw audio input sample rate (default: 48000)
+                       Using this option forces Aften to treat the input as
+                       raw audio.
+
+    [-raw_ch #]    Raw audio input channels (default: 1)
+                       Using this option forces Aften to treat the input as
+                       raw audio.
+
+    [-chmap #]     Channel mapping order of input audio
+                       Some programs create WAVE files which use a channel
+                       mapping other than the standard WAVE mapping.  This
+                       option allows the user to specify if the input file
+                       uses WAVE, AC-3, or MPEG channel mapping.  The MPEG
+                       channel mapping is used by DTS and by MPEG-2/4 formats
+                       such as MP2 and AAC.
+                       0 = WAVE mapping (default)
+                       1 = AC-3 mapping
+                       2 = MPEG mapping
+
+    [-readtoeof #] Read input WAVE audio data until the end-of-file.
+                       This overrides the data size in the WAVE header, and
+                       can be useful for streaming input or files larger than
+                       4 GB.
+                       0 = use data size in header (default)
+                       1 = read data until end-of-file
+
+INPUT FILTERS
+
+    [-bwfilter #]  Specify use of the bandwidth low-pass filter
+                       The bandwidth low-pass filter pre-filters the input
+                       audio before converting to frequency-domain.  This
+                       smooths the cutoff frequency transition for slightly
+                       better quality.  When used with variable bandwidth
+                       mode, the maximum bandwidth setting used as the cutoff
+                       frequency.
+                       0 = do not apply filter (default)
+                       1 = apply filter
+
+    [-dcfilter #]  Specify use of the DC high-pass filter
+                       The DC high-pass filter is listed as optional by the
+                       AC-3 specification.  The implementation, as suggested,
+                       is a single pole filter at 3 Hz.
+                       0 = do not apply filter (default)
+                       1 = apply filter
+
+    [-lfefilter #] Specify use of the LFE low-pass filter
+                       The LFE low-pass filter is recommended by the AC-3
+                       specification.  The cutoff is 120 Hz.  The specification
+                       recommends an 8th order elliptic filter, but instead,
+                       Aften uses a Butterworth 2nd order cascaded direct
+                       form II filter.
+                       0 = do not apply filter (default)
+                       1 = apply filter
+
+ALTERNATE BIT STREAM SYNTAX
+
+    The alternate bit stream syntax allows for encoding additional metadata by
+    adding 1 or 2 extended bitstream info sections to each frame.
+
+    [-xbsi1 #]     Specify use of extended bitstream info 1
+                       Extended bitstream info 1 contains the dmixmod,
+                       ltrtcmix, ltrtsmix, lorocmix, and lorosmix fields.  If
+                       this option is turned on, all these values are written
+                       to the output stream.
+                       0 = do not write xbsi1
+                       1 = write xbsi1
+
+    [-dmixmod #]   Preferred stereo downmix mode
+                       This code indicates the type of stereo downmix preferred
+                       by the mastering engineer, and can be optionally used,
+                       overridden, or ignored by the decoder.
+                       0 = not indicated (default)
+                       1 = Lt/Rt downmix preferred
+                       2 = Lo/Ro downmix preferred
+
+    The 4 mix level options below all use the same code table:
+                       0 = +3.0 dB
+                       1 = +1.5 dB
+                       2 =  0.0 dB
+                       3 = -1.5 dB
+                       4 = -3.0 dB (default)
+                       5 = -4.5 dB
+                       6 = -6.0 dB
+                       7 = -inf dB
+
+    [-ltrtcmix #]  Lt/Rt center mix level
+                       This code indicates the nominal down mix level of the
+                       center channel with respect to the left and right
+                       channels in an Lt/Rt downmix.
+
+    [-ltrtsmix #]  Lt/Rt surround mix level
+                       This code indicates the nominal down mix level of the
+                       surround channels with respect to the left and right
+                       channels in an Lt/Rt downmix.
+
+    [-lorocmix #]  Lo/Ro center mix level
+                       This code indicates the nominal down mix level of the
+                       center channel with respect to the left and right
+                       channels in an Lo/Ro downmix.
+
+    [-lorosmix #]  Lo/Ro surround mix level
+                       This code indicates the nominal down mix level of the
+                       surround channels with respect to the left and right
+                       channels in an Lo/Ro downmix.
+
+    [-xbsi2 #]     Specify use of extended bitstream info 2
+                       Extended bitstream info 2 contains the dsurexmod,
+                       dheadphon, and adconvtyp fields.  If this option is
+                       turned on, all these values are written to the output
+                       stream.  These options are not used by the AC-3 decoder,
+                       but may be used by other portions of the audio
+                       reproduction equipment.
+                       0 = do not write xbsi2
+                       1 = write xbsi2
+
+    [-dsurexmod #] Dolby Surround EX mode
+                       This code indicates whether or not the program has been
+                       encoded in Dolby Surround EX.
+                       0 = not indicated (default)
+                       1 = Not Dolby Surround EX encoded
+                       2 = Dolby Surround EX encoded
+
+    [-dheadphon #] Dolby Headphone mode
+                       This code indicates whether or not the program has been
+                       Dolby Headphone-encoded.
+                       0 = not indicated (default)
+                       1 = Not Dolby Headphone encoded
+                       2 = Dolby Headphone encoded
+
+    [-adconvtyp #] A/D converter type
+                       This code indicates the type of A/D converter technology
+                       used to capture the PCM audio.
+                       0 = Standard (default)
+                       1 = HDCD
+

windows/help/help_wavfilter.txt

@@ -0,0 +1 @@
+usage: wavfilter <lp | hp> <cutoff> <in.wav> <out.wav>

windows/help/help_wavinfo.txt

@@ -0,0 +1 @@
+usage: wavinfo [test.wav]

windows/help/help_wavrms.txt

@@ -0,0 +1,6 @@
+WavRMS: utility program to calculate AC-3 dialnorm.
+(c) 2006-2007 Justin Ruggles, et al.
+
+usage: wavrms <test.wav> [<start> [<end>]]
+    use '-' to input from stdin.
+    unit for start and end is seconds.

windows/help/readme.txt

@@ -0,0 +1,74 @@
+Aften Windows Win32 and Win64 builds by Wiesław Šoltés <wieslaw.soltes@gmail.com>
+
+Win32 and Win64 builds website:
+
+ https://github.com/wieslawsoltes/wavtoac3encoder
+
+What is Aften:
+
+ Aften is an audio encoder which generates compressed audio streams 
+ based on ATSC A/52 specification. This type of audio is also known 
+ as AC-3 or Dolby® Digital and is one of the audio codecs used in DVD-Video content.
+
+ Aften, Copyright (c) 2006-2007 Justin Ruggles <justinruggles@bellsouth.net>
+                      2006-2007 Prakash Punnoor <prakash@punnoor.de>
+
+ http://aften.sourceforge.net/
+
+Win32 Builds (x86):
+
+ .\wavfilter_x86\wavfilter.exe           - x86 ICL Build
+ .\wavinfo_x86\wavinfo.exe               - x86 ICL Build
+ .\wavrms_x86\wavrms.exe                 - x86 ICL Build
+ .\libaftendll_x86\libaften.dll          - x86 ICL PGO Build with Parallelization Enabled
+ .\libaftendll_x86_SSE\libaften.dll      - x86 ICL PGO SSE Build with Parallelization Enabled
+ .\libaftendll_x86_SSE2\libaften.dll     - x86 ICL PGO SSE2 Build with Parallelization Enabled
+ .\libaftendll_x86_SSE3\libaften.dll     - x86 ICL PGO SSE3 Build with Parallelization Enabled
+ .\aften_x86\aften.exe                   - x86 ICL PGO Build with Parallelization Enabled
+ .\aften_x86_SSE\aften.exe               - x86 ICL PGO SSE Build with Parallelization Enabled
+ .\aften_x86_SSE2\aften.exe              - x86 ICL PGO SSE2 Build with Parallelization Enabled
+ .\aften_x86_SSE3\aften.exe              - x86 ICL PGO SSE3 Build with Parallelization Enabled
+ 
+Win64 Builds (AMD64):
+
+ .\wavfilter_AMD64\wavfilter.exe         - AMD64 ICL Build
+ .\wavinfo_AMD64\wavinfo.exe             - AMD64 ICL Build
+ .\wavrms_AMD64\wavrms.exe               - AMD64 ICL Build
+ .\libaftendll_AMD64\libaften.dll        - AMD64 ICL PGO Build with Parallelization Enabled
+ .\libaftendll_AMD64_SSE2\libaften.dll   - AMD64 ICL PGO SSE2 Build with Parallelization Enabled
+ .\libaftendll_AMD64_SSE3\libaften.dll   - AMD64 ICL PGO SSE3 Build with Parallelization Enabled
+ .\aften_AMD64\aften.exe                 - AMD64 ICL PGO Build with Parallelization Enabled
+ .\aften_AMD64_SSE2\aften.exe            - AMD64 ICL PGO SSE2 Build with Parallelization Enabled
+ .\aften_AMD64_SSE3\aften.exe            - AMD64 ICL PGO SSE3 Build with Parallelization Enabled
+
+Glossary:
+
+ ICL	- Intel C++ Compiler
+ PGO	- Profile-Guided Optimizations by Intel C++ Compiler (http://www.intel.com/)
+ IPO	- Interprocedural Optimization by Intel C++ Compiler (http://www.intel.com/)
+ MMX	- Assembly Opimizations for MMX (http://en.wikipedia.org/wiki/MMX)
+ SSE	- Assembly Opimizations for SSE (http://en.wikipedia.org/wiki/Streaming_SIMD_Extensions)
+ SSE2	- Assembly Opimizations for SSE2 (http://en.wikipedia.org/wiki/SSE2)
+ SSE3	- Assembly Opimizations for SSE2 (http://en.wikipedia.org/wiki/SSE3)
+ x86	- Binaries for 32-bit microprocessor architecture (http://en.wikipedia.org/wiki/X86), and
+	  used under Miscorsoft Windows 32 bit operating systems.
+ AMD64	- Binaries for 64-bit microprocessor architecture (http://en.wikipedia.org/wiki/AMD64),
+	  used under Miscorsoft Windows 64 bit operating systems.
+
+ Find more about Intel C++ Compiler: http://www.intel.com/cd/software/products/asmo-na/eng/compilers/cwin/279578.htm
+
+Notes:
+ 
+ Win32 builds will run under Win64 operating systems but Win64 will not run under Win32 OS's.
+ SSE, SSE2 and SSE3 builds require compatible CPU's. Use http://www.cpuid.com/cpuz.php 
+ program to check if your hardware is compatible with specific build.
+
+ SSE3 builds include SSE3, SSE2, SSE and MMX optimizations.
+ SSE2 builds include SSE2, SSE and MMX optimizations.
+ SSE builds include SSE, MMX optimizations.
+
+ For each libaften.dll build there is libaften.exp and libaften.lib available,
+ to use it in your software.
+
+Thanks,
+Wiesław Šoltés

windows/output/COPYING

@@ -0,0 +1,504 @@
+		  GNU LESSER GENERAL PUBLIC LICENSE
+		       Version 2.1, February 1999
+
+ Copyright (C) 1991, 1999 Free Software Foundation, Inc.
+     51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA
+ Everyone is permitted to copy and distribute verbatim copies
+ of this license document, but changing it is not allowed.
+
+[This is the first released version of the Lesser GPL.  It also counts
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+ the version number 2.1.]
+
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+
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+
+  13. The Free Software Foundation may publish revised and/or new
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+
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+		     END OF TERMS AND CONDITIONS
+
+           How to Apply These Terms to Your New Libraries
+
+  If you develop a new library, and you want it to be of the greatest
+possible use to the public, we recommend making it free software that
+everyone can redistribute and change.  You can do so by permitting
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+    Copyright (C) <year>  <name of author>
+
+    This library is free software; you can redistribute it and/or
+    modify it under the terms of the GNU Lesser General Public
+    License as published by the Free Software Foundation; either
+    version 2 of the License, or (at your option) any later version.
+
+    This library is distributed in the hope that it will be useful,
+    but WITHOUT ANY WARRANTY; without even the implied warranty of
+    MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU
+    Lesser General Public License for more details.
+
+    You should have received a copy of the GNU Lesser General Public
+    License along with this library; if not, write to the Free Software
+    Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA 02110-1301 USA
+
+Also add information on how to contact you by electronic and paper mail.
+
+You should also get your employer (if you work as a programmer) or your
+school, if any, to sign a "copyright disclaimer" for the library, if
+necessary.  Here is a sample; alter the names:
+
+  Yoyodyne, Inc., hereby disclaims all copyright interest in the
+  library `Frob' (a library for tweaking knobs) written by James Random Hacker.
+
+  <signature of Ty Coon>, 1 April 1990
+  Ty Coon, President of Vice
+
+That's all there is to it!
+
+

windows/output/aften.h

@@ -0,0 +1,159 @@
+/**
+ * Aften: A/52 audio encoder
+ * Copyright (c) 2006-2007 Justin Ruggles
+ *               2006-2007 Prakash Punnoor <prakash@punnoor.de>
+ *
+ * Based on "The simplest AC3 encoder" from FFmpeg
+ * Copyright (c) 2000 Fabrice Bellard.
+ *
+ * This library is free software; you can redistribute it and/or
+ * modify it under the terms of the GNU Lesser General Public
+ * License as published by the Free Software Foundation; either
+ * version 2 of the License, or (at your option) any later version.
+ *
+ * This library is distributed in the hope that it will be useful,
+ * but WITHOUT ANY WARRANTY; without even the implied warranty of
+ * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU
+ * Lesser General Public License for more details.
+ *
+ * You should have received a copy of the GNU Lesser General Public
+ * License along with this library; if not, write to the Free Software
+ * Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA
+ */
+
+/**
+ * @file aften.h
+ * libaften public header for function declarations
+ */
+
+#ifndef AFTEN_H
+#define AFTEN_H
+
+#ifdef __cplusplus
+extern "C" {
+#endif
+
+#include "aften-types.h"
+
+#if defined(_WIN32) && !defined(_XBOX)
+ #if defined(AFTEN_BUILD_LIBRARY)
+  #define AFTEN_API __declspec(dllexport)
+ #else
+  #define AFTEN_API __declspec(dllimport)
+ #endif
+#else
+ #if defined(AFTEN_BUILD_LIBRARY) && defined(HAVE_GCC_VISIBILITY)
+  #define AFTEN_API __attribute__((visibility("default")))
+ #else
+  #define AFTEN_API extern
+ #endif
+#endif
+
+/**
+ * @defgroup encoding Main encoding functions
+ * @{
+ */
+
+/**
+ * Gets the libaften version string.
+ */
+AFTEN_API const char *aften_get_version(void);
+
+/**
+ * Sets the parameters for an encoding context to their default values.
+ * @param s The encoding context
+ */
+AFTEN_API void aften_set_defaults(AftenContext *s);
+
+/**
+ * Initializes an encoding context.
+ * This must be called before any calls to @c aften_encode_frame
+ * @param s The encoding context
+ * @return Returns 0 on success, non-zero on failure.
+ */
+AFTEN_API int aften_encode_init(AftenContext *s);
+
+/**
+ * Encodes a single AC-3 frame.
+ * @param s    The encoding context
+ * @param[out] frame_buffer Pointer to output frame data
+ * @param[in]  samples      Pointer to input audio samples
+ * @param[in]  count        Number of input audio samples (per channel);
+ * must be equal to A52_SAMPLES_PER_FRAME, less than A52_SAMPLES_PER_FRAME
+ * for the last frame, and equal to 0 while flushing
+ * @return Returns the number of bytes written to @p frame_buffer, or returns
+ * a negative value on error.
+ */
+AFTEN_API int aften_encode_frame(AftenContext *s, unsigned char *frame_buffer,
+                                 const void *samples, int count);
+
+/**
+ * Sets the parameters in the context @p s to their default values.
+ * @param s The encoding context
+ * @return Returns a negative value on error.
+ */
+AFTEN_API int aften_encode_close(AftenContext *s);
+
+/** @} end encoding functions */
+
+/**
+ * @defgroup utility Utility functions
+ * @{
+ */
+
+/**
+ * Determines the proper A/52 acmod and lfe parameters based on the
+ * number of channels and the WAVE_FORMAT_EXTENSIBLE channel mask.  If the
+ * chmask value has the high bit set to 1 (e.g. 0xFFFFFFFF), then the default
+ * plain WAVE channel selection is assumed.
+ * @param[in]  ch      number of channels
+ * @param[in]  chmask  channel mask
+ * @param[out] acmod   pointer to audio coding mode
+ * @param[out] lfe     pointer to LFE flag
+ * @return On error, the @p acmod and @p lfe output params are set to -1 and
+ * the function returns -1;  on success, the @p acmod and @p lfe params are set
+ * to appropriate values and the function returns 0.
+ */
+AFTEN_API int aften_wav_channels_to_acmod(int ch, unsigned int chmask,
+                                          int *acmod, int *lfe);
+
+/**
+ * Takes a channel-interleaved array of audio samples, where the channel order
+ * is the default WAV order. The samples are rearranged to the proper A/52
+ * channel order based on the @p acmod and @p lfe parameters.
+ * @param     samples  array of interleaved audio samples
+ * @param[in] n        number of samples in the array
+ * @param[in] ch       number of channels
+ * @param[in] fmt      sample format
+ * @param[in] acmod    audio coding mode
+ */
+AFTEN_API void aften_remap_wav_to_a52(void *samples, int n, int ch,
+                                      A52SampleFormat fmt, int acmod);
+
+/**
+ * Takes a channel-interleaved array of audio samples, where the channels are
+ * in MPEG order. The samples are rearranged to the proper A/52 channel order
+ * based on the @p acmod parameter.
+ * @param     samples  array of interleaved audio samples
+ * @param[in] n        number of samples in the array
+ * @param[in] ch       number of channels
+ * @param[in] fmt      sample format
+ * @param[in] acmod    audio coding mode
+ */
+AFTEN_API void aften_remap_mpeg_to_a52(void *samples, int n, int ch,
+                                       A52SampleFormat fmt, int acmod);
+
+/**
+ * Tells whether libaften was configured to use floats or doubles
+ */
+AFTEN_API FloatType aften_get_float_type(void);
+
+/** @} end utility functions */
+
+#undef AFTEN_API
+
+#if defined(__cplusplus)
+}
+#endif
+
+#endif /* AFTEN_H */

windows/output/help_aften.txt

@@ -0,0 +1,149 @@
+
+Aften: A/52 audio encoder
+Version git
+(c) 2006-2009 Justin Ruggles, Prakash Punnoor, et al.
+
+usage: aften [options] <input.wav> <output.ac3>
+options:
+    [-h]           Print out list of commandline options
+    [-longhelp]    Print out commandline option details
+    [-version]     Print out the build version
+    [-v #]         Verbosity (controls output to console)
+                       0 = quiet mode
+                       1 = show average stats (default)
+                       2 = show each frame's stats
+    [-threads #]   Number of parallel threads to use
+                       0 = detect number of CPUs (default)
+    [-nosimd X]    Comma-separated list of SIMD instruction sets not to use
+                       Available sets are mmx, sse, sse2, sse3 and altivec.
+                       No spaces are allowed between the sets and the commas.
+    [-b #]         CBR bitrate in kbps (default: about 96kbps per channel)
+    [-q #]         VBR quality [0 - 1023] (default: 240)
+    [-fba #]       Fast bit allocation (default: 0)
+                       0 = more accurate encoding
+                       1 = faster encoding
+    [-exps #]      Exponent strategy search size (default: 8)
+                       1 to 32 (lower is faster, higher is better quality)
+    [-pad #]       Start-of-stream padding
+                       0 = no padding
+                       1 = 256 samples of padding (default)
+    [-w #]         Bandwidth
+                       0 to 60 = fixed bandwidth (28%-99% of full bandwidth)
+                      -1 = fixed adaptive bandwidth (default)
+                      -2 = variable adaptive bandwidth
+    [-wmin #]      Minimum bandwidth [0 - 60] (default: 0)
+    [-wmax #]      Maximum bandwidth [0 - 60] (default: 60)
+    [-m #]         Stereo rematrixing
+                       0 = independent L+R channels
+                       1 = mid/side rematrixing (default)
+    [-s #]         Block switching
+                       0 = use only 512-point MDCT (default)
+                       1 = selectively use 256-point MDCT
+    [-cmix #]      Center mix level
+                       0 = -3.0 dB (default)
+                       1 = -4.5 dB
+                       2 = -6.0 dB
+    [-smix #]      Surround mix level
+                       0 = -3 dB (default)
+                       1 = -6 dB
+                       2 = 0
+    [-dsur #]      Dolby Surround mode
+                       0 = not indicated (default)
+                       1 = not Dolby surround encoded
+                       2 = Dolby surround encoded
+    [-dnorm #]     Dialog normalization [0 - 31] (default: 31)
+    [-dynrng #]    Dynamic Range Compression profile
+                       0 = Film Light
+                       1 = Film Standard
+                       2 = Music Light
+                       3 = Music Standard
+                       4 = Speech
+                       5 = None (default)
+    [-acmod #]     Audio coding mode (overrides wav header)
+                       0 = 1+1 (Ch1,Ch2)
+                       1 = 1/0 (C)
+                       2 = 2/0 (L,R)
+                       3 = 3/0 (L,R,C)
+                       4 = 2/1 (L,R,S)
+                       5 = 3/1 (L,R,C,S)
+                       6 = 2/2 (L,R,SL,SR)
+                       7 = 3/2 (L,R,C,SL,SR)
+    [-lfe #]       Specify use of LFE channel (overrides wav header)
+                       0 = LFE channel is not present
+                       1 = LFE channel is present
+    [-chconfig X]  Specify channel configuration (overrides wav header)
+                       1+1 = (Ch1,Ch2)
+                       1/0 = (C)
+                       2/0 = (L,R)
+                       3/0 = (L,R,C)
+                       2/1 = (L,R,S)
+                       3/1 = (L,R,C,S)
+                       2/2 = (L,R,SL,SR)
+                       3/2 = (L,R,C,SL,SR)
+                       adding "+LFE" indicates use of the LFE channel
+    [-ch_X file]   Add a mono file to the input list as the channel specified
+                       ch_fl  = Front Left
+                       ch_fc  = Front Center
+                       ch_fr  = Front Right
+                       ch_sl  = Surround Left
+                       ch_s   = Surround
+                       ch_sr  = Surround Right
+                       ch_m1  = Dual Mono Channel 1
+                       ch_m2  = Dual Mono Channel 2
+                       ch_lfe = LFE
+    [-raw_fmt X]   Raw audio input sample format (default: s16_le)
+                       One of the pre-defined sample formats:
+                       u8, s8, s16_le, s16_be, s20_le, s20_be, s24_le, s24_be,
+                       s32_le, s32_be, float_le, float_be, double_le, double_be
+    [-raw_sr #]    Raw audio input sample rate (default: 48000)
+    [-raw_ch #]    Raw audio input channels (default: 1)
+    [-chmap #]     Channel mapping order of input audio
+                       0 = WAVE mapping (default)
+                       1 = AC-3 mapping
+                       2 = MPEG mapping
+    [-readtoeof #] Read input WAVE audio data until the end-of-file
+                       0 = use data size in header (default)
+                       1 = read data until end-of-file
+    [-bwfilter #]  Specify use of the bandwidth low-pass filter
+                       0 = do not apply filter (default)
+                       1 = apply filter
+    [-dcfilter #]  Specify use of the DC high-pass filter
+                       0 = do not apply filter (default)
+                       1 = apply filter
+    [-lfefilter #] Specify use of the LFE low-pass filter
+                       0 = do not apply filter (default)
+                       1 = apply filter
+    [-xbsi1 #]     Specify use of extended bitstream info 1
+                       0 = do not write xbsi1
+                       1 = write xbsi1
+    [-dmixmod #]   Preferred stereo downmix mode
+                       0 = not indicated (default)
+                       1 = Lt/Rt downmix preferred
+                       2 = Lo/Ro downmix preferred
+    [-ltrtcmix #]  Lt/Rt center mix level
+    [-ltrtsmix #]  Lt/Rt surround mix level
+    [-lorocmix #]  Lo/Ro center mix level
+    [-lorosmix #]  Lo/Ro surround mix level
+                       0 = +3.0 dB
+                       1 = +1.5 dB
+                       2 =  0.0 dB
+                       3 = -1.5 dB
+                       4 = -3.0 dB (default)
+                       5 = -4.5 dB
+                       6 = -6.0 dB
+                       7 = -inf dB
+    [-xbsi2 #]     Specify use of extended bitstream info 2
+                       0 = do not write xbsi2
+                       1 = write xbsi2
+    [-dsurexmod #] Dolby Surround EX mode
+                       0 = not indicated (default)
+                       1 = Not Dolby Surround EX encoded
+                       2 = Dolby Surround EX encoded
+    [-dheadphon #] Dolby Headphone mode
+                       0 = not indicated (default)
+                       1 = Not Dolby Headphone encoded
+                       2 = Dolby Headphone encoded
+    [-adconvtyp #] A/D converter type
+                       0 = Standard (default)
+                       1 = HDCD
+

windows/output/help_long_aften.txt

@@ -0,0 +1,386 @@
+
+Aften: A/52 audio encoder
+Version git
+(c) 2006-2009 Justin Ruggles, Prakash Punnoor, et al.
+
+usage: aften [options] <input.wav> <output.ac3>
+options:
+
+CONSOLE OUTPUT OPTIONS
+
+    [-h]           Print out list of commandline options.
+
+    [-longhelp]    Print out commandline option details.
+
+    [-version]     Print out the build version.
+
+    [-v #]         Verbosity
+                       This controls the level of console output to stderr.
+                       0 - Quiet Mode. No output to stderr.
+                       1 - Shows a running average of encoding statistics.
+                           This is the default setting.
+                       2 - Shows the statistics for each frame.
+
+ENCODING OPTIONS
+
+    [-threads #]   Number of threads
+                       Aften can use multiple threads to speed up encoding.
+                       By default, Aften uses one thread for each logical CPU
+                       your system has, but you can override this value.  A
+                       value of 0 is the default and indicates that Aften
+                       should try to detect the number of CPUs.
+
+    [-nosimd X]    Comma-separated list of SIMD instruction sets not to use
+                       Aften will auto-detect available SIMD instruction sets
+                       for your CPU, so you shouldn't need to disable sets
+                       explicitly - unless for speed or debugging reasons.
+                       Available sets are mmx, sse, sse2, sse3 and altivec.
+                       No spaces are allowed between the sets and the commas.
+                       Example: -nosimd sse2,sse3
+
+    [-b #]         CBR bitrate in kbps
+                       CBR mode is selected by default. This option allows for
+                       setting the fixed bitrate. The default bitrate depends
+                       on the number of channels (not including LFE).
+                       mono      =  96 kbps
+                       stereo    = 192 kbps
+                       3-channel = 256 kbps
+                       4-channel = 384 kbps
+                       5-channel = 448 kbps
+
+    [-q #]         VBR quality
+                       A value 0 to 1023 which corresponds to SNR offset, where
+                       q=240 equates to an SNR offset of 0.  240 is the default
+                       value.  This scale will most likely be replaced in the
+                       future with a better quality measurement.
+
+    [-fba #]      Fast bit allocation
+                       Fast bit allocation is a less-accurate search method
+                       for CBR bit allocation.  It only narrows down the SNR
+                       value to within 16 of the optimal value.  The result
+                       is lower overall quality, but faster encoding.  This
+                       may not give the same results each time when using
+                       parallel encoding.
+
+    [-exps #]     Exponent strategy search size
+                       The encoder determines the best combination of
+                       exponent strategies for a frame by searching through
+                       a list of pre-defined exponent strategies.  This option
+                       controls the size of the list to be searched.  The
+                       value can range from 1 (lower quality but faster) to
+                       32 (higher quality but slower).  The default value is 8.
+
+    [-pad #]      Start-of-stream padding
+                       The AC-3 format uses an overlap/add cycle for encoding
+                       each block.  By default, Aften pads the delay buffer
+                       with a block of silence to avoid inaccurate encoding
+                       of the first frame of audio.  If this behavior is not
+                       wanted, it can be disabled.  The pad value can be a
+                       1 (default) to use padding or 0 to not use padding.
+
+    [-w #]         Bandwidth
+                       The bandwidth setting corresponds to the high-frequency
+                       cutoff.  Specifically, it sets the highest frequency bin
+                       which is encoded.  The AC-3 format uses a 512-point MDCT
+                       which gives 256 frequency levels from 0 to 1/2 of the
+                       samplerate.  The formula to give the number of coded
+                       frequency bins from bandwidth setting is:
+                       (w * 3) + 73, which gives a range of 73 to 253
+                       I hope to replace this setting with one where the user
+                       specifies the actual cutoff frequency rather than the
+                       bandwidth code.
+                       There are 2 special values, -1 and -2.
+                       When -1 is used, Aften automatically selects what
+                       it thinks is an appropriate bandwidth.  This is the
+                       default setting.
+                       When -2 is used, a bandwidth is chosen for each frame
+                       based on CBR frame size and a target quality of 240.
+                       Variable bandwidth cannot be used with VBR mode.
+
+    [-wmin #]      Minimum bandwidth
+                       For variable bandwidth mode (-2), this option sets the
+                       minimum value for the bandwidth code.  This allows the
+                       user to avoid a harsh cutoff frequency by sacrificing
+                       general audio quality.  The default value is 0.
+
+    [-wmax #]      Maximum bandwidth
+                       For variable bandwidth mode (-2), this option sets the
+                       maximum value for the bandwidth code.  This can be used
+                       to speed up encoding by using a lower value than 60,
+                       which is the default.
+
+    [-m #]         Stereo rematrixing
+                       Using stereo rematrixing can increase quality by
+                       removing redundant information between the left and
+                       right channels.  This technique is common in audio
+                       encoding, and is sometimes called mid/side encoding.
+                       When this setting is turned on, Aften adaptively turns
+                       rematrixing on or off for each of 4 frequency bands for
+                       each block.  When this setting is turned off,
+                       rematrixing is not used for any blocks. The default
+                       value is 1.
+
+    [-s #]         Block switching
+                       The AC-3 format allows for 2 different types of MDCT
+                       transformations to translate from time-domain to
+                       frequency-domain.  The default is a 512-point transform,
+                       which gives better frequency resolution.  There is also
+                       a 256-point transform, which gives better time
+                       resolution.  The specification gives a suggested method
+                       for determining when to use the 256-point transform.
+                       When block switching is turned on, Aften uses the spec
+                       method for selecting the 256-point MDCT.  When it is
+                       turned off, only the 512-point MDCT is used, which is
+                       faster.  Block switching is turned off by default.
+
+BITSTREAM INFO METADATA
+
+    [-cmix #]      Center mix level
+                       When three front channels are in use, this code
+                       indicates the nominal down mix level of the center
+                       channel with respect to the left and right channels.
+                       0 = -3.0 dB (default)
+                       1 = -4.5 dB
+                       2 = -6.0 dB
+
+    [-smix #]      Surround mix level
+                       If surround channels are in use, this code indicates
+                       the nominal down mix level of the surround channels.
+                       0 = -3 dB (default)
+                       1 = -6 dB
+                       2 = 0
+
+    [-dsur #]      Dolby Surround mode
+                       When operating in the two channel mode, this code
+                       indicates whether or not the program has been encoded in
+                       Dolby Surround.  This information is not used by the
+                       AC-3 decoder, but may be used by other portions of the
+                       audio reproduction equipment.
+                       0 = not indicated (default)
+                       1 = not Dolby surround encoded
+                       2 = Dolby surround encoded
+
+DYNAMIC RANGE COMPRESSION AND DIALOG NORMALIZATION
+
+    [-dynrng #]    Dynamic Range Compression profile
+                       Dynamic Range Compression allows for the final output
+                       dynamic range to be limited without sacrificing quality.
+                       The full dynamic range audio is still encoded, but a
+                       code is given for each block which tells the decoder to
+                       adjust the output volume for that block.  The encoder
+                       must analyze the input audio to determine the best way
+                       to compress the dynamic range based on the loudness and
+                       type of input (film, music, speech).
+                       0 = Film Light
+                       1 = Film Standard
+                       2 = Music Light
+                       3 = Music Standard
+                       4 = Speech
+                       5 = None (default)
+
+    [-dnorm #]     Dialog normalization [0 - 31] (default: 31)
+                       The dialog normalization value sets the average dialog
+                       level.  The value is typically constant for a particular
+                       audio program.  The decoder has a target output dialog
+                       level of -31dB, so if the dialog level is specified as
+                       being -31dB already (default), the output volume is not
+                       altered.  Otherwise, the overall output volume is
+                       decreased so that the dialog level is adjusted down to
+                       -31dB.
+
+INPUT OPTIONS
+
+    By default, information about the input file, such as the channel
+    configuration and data size, is determined by the input file wav header.
+    However, the basic WAVE format is limited in that it can only support
+    up to 4 GB of data and cannot specify all channel layouts possible in the
+    AC-3 format.  The acmod, lfe, and chconfig options allow the user to
+    explicitly select the desired channel layout.  This only controls the
+    interpretation of the input, so no downmixing or upmixing is done.  The
+    readtoeof option overrides the header and lets the user specify that Aften
+    should keep reading data until the end-of-file.
+
+    [-acmod #]     Audio coding mode (overrides wav header)
+                       0 = 1+1 (Ch1,Ch2)
+                       1 = 1/0 (C)
+                       2 = 2/0 (L,R)
+                       3 = 3/0 (L,R,C)
+                       4 = 2/1 (L,R,S)
+                       5 = 3/1 (L,R,C,S)
+                       6 = 2/2 (L,R,SL,SR)
+                       7 = 3/2 (L,R,C,SL,SR)
+
+    [-lfe #]       Specify use of LFE channel (overrides wav header)
+                       0 = LFE channel is not present
+                       1 = LFE channel is present
+
+    [-chconfig X]  Specify channel configuration (overrides wav header)
+                       1+1 = (Ch1,Ch2)
+                       1/0 = (C)
+                       2/0 = (L,R)
+                       3/0 = (L,R,C)
+                       2/1 = (L,R,S)
+                       3/1 = (L,R,C,S)
+                       2/2 = (L,R,SL,SR)
+                       3/2 = (L,R,C,SL,SR)
+                       adding "+LFE" indicates use of the LFE channel
+
+    [-ch_X file]   Add a mono file to the input list as the channel specified
+                       These parameters are used to specify multiple mono
+                       source files instead of a single multi-channel source
+                       file.  Only valid AC-3 combinations are allowed.  The
+                       acmod, lfe, chconfig, and chmap parameters are all
+                       ignored if multi-mono inputs are used.
+                       ch_fl  = Front Left
+                       ch_fc  = Front Center
+                       ch_fr  = Front Right
+                       ch_sl  = Surround Left
+                       ch_s   = Surround
+                       ch_sr  = Surround Right
+                       ch_m1  = Dual Mono Channel 1
+                       ch_m2  = Dual Mono Channel 2
+                       ch_lfe = LFE
+
+    [-raw_fmt X]   Raw audio input sample format (default: s16_le)
+                       This options specifies the sample format when using
+                       raw audio input.  Using this option forces Aften to
+                       treat the input as raw audio.  The choices for the
+                       pre-defined sample formats are:
+                       u8, s8, s16_le, s16_be, s20_le, s20_be, s24_le, s24_be,
+                       s32_le, s32_be, float_le, float_be, double_le, double_be
+
+    [-raw_sr #]    Raw audio input sample rate (default: 48000)
+                       Using this option forces Aften to treat the input as
+                       raw audio.
+
+    [-raw_ch #]    Raw audio input channels (default: 1)
+                       Using this option forces Aften to treat the input as
+                       raw audio.
+
+    [-chmap #]     Channel mapping order of input audio
+                       Some programs create WAVE files which use a channel
+                       mapping other than the standard WAVE mapping.  This
+                       option allows the user to specify if the input file
+                       uses WAVE, AC-3, or MPEG channel mapping.  The MPEG
+                       channel mapping is used by DTS and by MPEG-2/4 formats
+                       such as MP2 and AAC.
+                       0 = WAVE mapping (default)
+                       1 = AC-3 mapping
+                       2 = MPEG mapping
+
+    [-readtoeof #] Read input WAVE audio data until the end-of-file.
+                       This overrides the data size in the WAVE header, and
+                       can be useful for streaming input or files larger than
+                       4 GB.
+                       0 = use data size in header (default)
+                       1 = read data until end-of-file
+
+INPUT FILTERS
+
+    [-bwfilter #]  Specify use of the bandwidth low-pass filter
+                       The bandwidth low-pass filter pre-filters the input
+                       audio before converting to frequency-domain.  This
+                       smooths the cutoff frequency transition for slightly
+                       better quality.  When used with variable bandwidth
+                       mode, the maximum bandwidth setting used as the cutoff
+                       frequency.
+                       0 = do not apply filter (default)
+                       1 = apply filter
+
+    [-dcfilter #]  Specify use of the DC high-pass filter
+                       The DC high-pass filter is listed as optional by the
+                       AC-3 specification.  The implementation, as suggested,
+                       is a single pole filter at 3 Hz.
+                       0 = do not apply filter (default)
+                       1 = apply filter
+
+    [-lfefilter #] Specify use of the LFE low-pass filter
+                       The LFE low-pass filter is recommended by the AC-3
+                       specification.  The cutoff is 120 Hz.  The specification
+                       recommends an 8th order elliptic filter, but instead,
+                       Aften uses a Butterworth 2nd order cascaded direct
+                       form II filter.
+                       0 = do not apply filter (default)
+                       1 = apply filter
+
+ALTERNATE BIT STREAM SYNTAX
+
+    The alternate bit stream syntax allows for encoding additional metadata by
+    adding 1 or 2 extended bitstream info sections to each frame.
+
+    [-xbsi1 #]     Specify use of extended bitstream info 1
+                       Extended bitstream info 1 contains the dmixmod,
+                       ltrtcmix, ltrtsmix, lorocmix, and lorosmix fields.  If
+                       this option is turned on, all these values are written
+                       to the output stream.
+                       0 = do not write xbsi1
+                       1 = write xbsi1
+
+    [-dmixmod #]   Preferred stereo downmix mode
+                       This code indicates the type of stereo downmix preferred
+                       by the mastering engineer, and can be optionally used,
+                       overridden, or ignored by the decoder.
+                       0 = not indicated (default)
+                       1 = Lt/Rt downmix preferred
+                       2 = Lo/Ro downmix preferred
+
+    The 4 mix level options below all use the same code table:
+                       0 = +3.0 dB
+                       1 = +1.5 dB
+                       2 =  0.0 dB
+                       3 = -1.5 dB
+                       4 = -3.0 dB (default)
+                       5 = -4.5 dB
+                       6 = -6.0 dB
+                       7 = -inf dB
+
+    [-ltrtcmix #]  Lt/Rt center mix level
+                       This code indicates the nominal down mix level of the
+                       center channel with respect to the left and right
+                       channels in an Lt/Rt downmix.
+
+    [-ltrtsmix #]  Lt/Rt surround mix level
+                       This code indicates the nominal down mix level of the
+                       surround channels with respect to the left and right
+                       channels in an Lt/Rt downmix.
+
+    [-lorocmix #]  Lo/Ro center mix level
+                       This code indicates the nominal down mix level of the
+                       center channel with respect to the left and right
+                       channels in an Lo/Ro downmix.
+
+    [-lorosmix #]  Lo/Ro surround mix level
+                       This code indicates the nominal down mix level of the
+                       surround channels with respect to the left and right
+                       channels in an Lo/Ro downmix.
+
+    [-xbsi2 #]     Specify use of extended bitstream info 2
+                       Extended bitstream info 2 contains the dsurexmod,
+                       dheadphon, and adconvtyp fields.  If this option is
+                       turned on, all these values are written to the output
+                       stream.  These options are not used by the AC-3 decoder,
+                       but may be used by other portions of the audio
+                       reproduction equipment.
+                       0 = do not write xbsi2
+                       1 = write xbsi2
+
+    [-dsurexmod #] Dolby Surround EX mode
+                       This code indicates whether or not the program has been
+                       encoded in Dolby Surround EX.
+                       0 = not indicated (default)
+                       1 = Not Dolby Surround EX encoded
+                       2 = Dolby Surround EX encoded
+
+    [-dheadphon #] Dolby Headphone mode
+                       This code indicates whether or not the program has been
+                       Dolby Headphone-encoded.
+                       0 = not indicated (default)
+                       1 = Not Dolby Headphone encoded
+                       2 = Dolby Headphone encoded
+
+    [-adconvtyp #] A/D converter type
+                       This code indicates the type of A/D converter technology
+                       used to capture the PCM audio.
+                       0 = Standard (default)
+                       1 = HDCD
+

windows/output/help_wavfilter.txt

@@ -0,0 +1 @@
+usage: wavfilter <lp | hp> <cutoff> <in.wav> <out.wav>

windows/output/help_wavinfo.txt

@@ -0,0 +1 @@
+usage: wavinfo [test.wav]

windows/output/help_wavrms.txt

@@ -0,0 +1,6 @@
+WavRMS: utility program to calculate AC-3 dialnorm.
+(c) 2006-2007 Justin Ruggles, et al.
+
+usage: wavrms <test.wav> [<start> [<end>]]
+    use '-' to input from stdin.
+    unit for start and end is seconds.

windows/output/readme.txt

@@ -0,0 +1,74 @@
+Aften Windows Win32 and Win64 builds by Wiesław Šoltés <wieslaw.soltes@gmail.com>
+
+Win32 and Win64 builds website:
+
+ https://github.com/wieslawsoltes/wavtoac3encoder
+
+What is Aften:
+
+ Aften is an audio encoder which generates compressed audio streams 
+ based on ATSC A/52 specification. This type of audio is also known 
+ as AC-3 or Dolby® Digital and is one of the audio codecs used in DVD-Video content.
+
+ Aften, Copyright (c) 2006-2007 Justin Ruggles <justinruggles@bellsouth.net>
+                      2006-2007 Prakash Punnoor <prakash@punnoor.de>
+
+ http://aften.sourceforge.net/
+
+Win32 Builds (x86):
+
+ .\wavfilter_x86\wavfilter.exe           - x86 ICL Build
+ .\wavinfo_x86\wavinfo.exe               - x86 ICL Build
+ .\wavrms_x86\wavrms.exe                 - x86 ICL Build
+ .\libaftendll_x86\libaften.dll          - x86 ICL PGO Build with Parallelization Enabled
+ .\libaftendll_x86_SSE\libaften.dll      - x86 ICL PGO SSE Build with Parallelization Enabled
+ .\libaftendll_x86_SSE2\libaften.dll     - x86 ICL PGO SSE2 Build with Parallelization Enabled
+ .\libaftendll_x86_SSE3\libaften.dll     - x86 ICL PGO SSE3 Build with Parallelization Enabled
+ .\aften_x86\aften.exe                   - x86 ICL PGO Build with Parallelization Enabled
+ .\aften_x86_SSE\aften.exe               - x86 ICL PGO SSE Build with Parallelization Enabled
+ .\aften_x86_SSE2\aften.exe              - x86 ICL PGO SSE2 Build with Parallelization Enabled
+ .\aften_x86_SSE3\aften.exe              - x86 ICL PGO SSE3 Build with Parallelization Enabled
+ 
+Win64 Builds (AMD64):
+
+ .\wavfilter_AMD64\wavfilter.exe         - AMD64 ICL Build
+ .\wavinfo_AMD64\wavinfo.exe             - AMD64 ICL Build
+ .\wavrms_AMD64\wavrms.exe               - AMD64 ICL Build
+ .\libaftendll_AMD64\libaften.dll        - AMD64 ICL PGO Build with Parallelization Enabled
+ .\libaftendll_AMD64_SSE2\libaften.dll   - AMD64 ICL PGO SSE2 Build with Parallelization Enabled
+ .\libaftendll_AMD64_SSE3\libaften.dll   - AMD64 ICL PGO SSE3 Build with Parallelization Enabled
+ .\aften_AMD64\aften.exe                 - AMD64 ICL PGO Build with Parallelization Enabled
+ .\aften_AMD64_SSE2\aften.exe            - AMD64 ICL PGO SSE2 Build with Parallelization Enabled
+ .\aften_AMD64_SSE3\aften.exe            - AMD64 ICL PGO SSE3 Build with Parallelization Enabled
+
+Glossary:
+
+ ICL	- Intel C++ Compiler
+ PGO	- Profile-Guided Optimizations by Intel C++ Compiler (http://www.intel.com/)
+ IPO	- Interprocedural Optimization by Intel C++ Compiler (http://www.intel.com/)
+ MMX	- Assembly Opimizations for MMX (http://en.wikipedia.org/wiki/MMX)
+ SSE	- Assembly Opimizations for SSE (http://en.wikipedia.org/wiki/Streaming_SIMD_Extensions)
+ SSE2	- Assembly Opimizations for SSE2 (http://en.wikipedia.org/wiki/SSE2)
+ SSE3	- Assembly Opimizations for SSE2 (http://en.wikipedia.org/wiki/SSE3)
+ x86	- Binaries for 32-bit microprocessor architecture (http://en.wikipedia.org/wiki/X86), and
+	  used under Miscorsoft Windows 32 bit operating systems.
+ AMD64	- Binaries for 64-bit microprocessor architecture (http://en.wikipedia.org/wiki/AMD64),
+	  used under Miscorsoft Windows 64 bit operating systems.
+
+ Find more about Intel C++ Compiler: http://www.intel.com/cd/software/products/asmo-na/eng/compilers/cwin/279578.htm
+
+Notes:
+ 
+ Win32 builds will run under Win64 operating systems but Win64 will not run under Win32 OS's.
+ SSE, SSE2 and SSE3 builds require compatible CPU's. Use http://www.cpuid.com/cpuz.php 
+ program to check if your hardware is compatible with specific build.
+
+ SSE3 builds include SSE3, SSE2, SSE and MMX optimizations.
+ SSE2 builds include SSE2, SSE and MMX optimizations.
+ SSE builds include SSE, MMX optimizations.
+
+ For each libaften.dll build there is libaften.exp and libaften.lib available,
+ to use it in your software.
+
+Thanks,
+Wiesław Šoltés

windows/package.cmd

@@ -0,0 +1,14 @@
+@echo off
+setlocal
+
+set PackageVersion=git-20091226-icl11_1_054
+set PackageSrc=aften-%PackageVersion%-src
+set PackageWin32=aften-%PackageVersion%-win32-bin
+set PackageWin64=aften-%PackageVersion%-win64-bin
+set Archiver_7Zip=C:\Program Files\7-Zip\7z.exe
+
+FOR /D %%i IN (%PackageSrc%;%PackageWin32%;%PackageWin64%) DO (
+  "%Archiver_7Zip%" a "%%i.zip" "%%i\*"
+)
+
+endlocal

windows/readme.txt

@@ -0,0 +1,23 @@
+Windows (Win32 and Win64) build environment for aften and libaften.
+
+Building aften and libaften using Intel C++ Compiler v11.1.054:
+
+  Configure paths in 'feedback.cmd' and 'build_intel.cmd' batch scripts to
+  match your system configuration and available compilers.
+
+  Run 'build_win32_release.cmd' batch script to create Win32 Release binaries.
+  Run 'build_win64_release.cmd' batch script to create Win64 Release binaries (req. Windows x64 version).
+
+  Run 'build_win32_debug.cmd' batch script to create Win32 Debug binaries.
+  Run 'build_win64_debug.cmd' batch script to create Win64 Debug binaries (req. Windows x64 version).
+
+Notes:
+
+ - Release binaries for windows are placed in 'output' sub-directories.
+
+ - Informations about each build can be found at 'help/readme.txt' file.
+
+ - Check 'build_intel.cmd' batch script to find more informations about the build system.
+
+Thanks,
+Wiesław Šoltés <wieslaw.soltes@gmail.com>

windows/stdint.h

@@ -0,0 +1,232 @@
+// ISO C9x  compliant stdint.h for Microsoft Visual Studio
+// Based on ISO/IEC 9899:TC2 Committee draft (May 6, 2005) WG14/N1124 
+// 
+//  Copyright (c) 2006-2008 Alexander Chemeris
+// 
+// Redistribution and use in source and binary forms, with or without
+// modification, are permitted provided that the following conditions are met:
+// 
+//   1. Redistributions of source code must retain the above copyright notice,
+//      this list of conditions and the following disclaimer.
+// 
+//   2. Redistributions in binary form must reproduce the above copyright
+//      notice, this list of conditions and the following disclaimer in the
+//      documentation and/or other materials provided with the distribution.
+// 
+//   3. The name of the author may be used to endorse or promote products
+//      derived from this software without specific prior written permission.
+// 
+// THIS SOFTWARE IS PROVIDED BY THE AUTHOR ``AS IS'' AND ANY EXPRESS OR IMPLIED
+// WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES OF
+// MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO
+// EVENT SHALL THE AUTHOR BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL,
+// SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO,
+// PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR PROFITS;
+// OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY OF LIABILITY, 
+// WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR
+// OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS SOFTWARE, EVEN IF
+// ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.
+// 
+///////////////////////////////////////////////////////////////////////////////
+
+#ifndef _MSC_VER // [
+#error "Use this header only with Microsoft Visual C++ compilers!"
+#endif // _MSC_VER ]
+
+#ifndef _MSC_STDINT_H_ // [
+#define _MSC_STDINT_H_
+
+#if _MSC_VER > 1000
+#pragma once
+#endif
+
+#include <limits.h>
+
+// For Visual Studio 6 in C++ mode wrap <wchar.h> include with 'extern "C++" {}'
+// or compiler give many errors like this:
+//   error C2733: second C linkage of overloaded function 'wmemchr' not allowed
+#if (_MSC_VER < 1300) && defined(__cplusplus)
+   extern "C++" {
+#endif 
+#     include <wchar.h>
+#if (_MSC_VER < 1300) && defined(__cplusplus)
+   }
+#endif
+
+// Define _W64 macros to mark types changing their size, like intptr_t.
+#ifndef _W64
+#  if !defined(__midl) && (defined(_X86_) || defined(_M_IX86)) && _MSC_VER >= 1300
+#     define _W64 __w64
+#  else
+#     define _W64
+#  endif
+#endif
+
+
+// 7.18.1 Integer types
+
+// 7.18.1.1 Exact-width integer types
+typedef __int8            int8_t;
+typedef __int16           int16_t;
+typedef __int32           int32_t;
+typedef __int64           int64_t;
+typedef unsigned __int8   uint8_t;
+typedef unsigned __int16  uint16_t;
+typedef unsigned __int32  uint32_t;
+typedef unsigned __int64  uint64_t;
+
+// 7.18.1.2 Minimum-width integer types
+typedef int8_t    int_least8_t;
+typedef int16_t   int_least16_t;
+typedef int32_t   int_least32_t;
+typedef int64_t   int_least64_t;
+typedef uint8_t   uint_least8_t;
+typedef uint16_t  uint_least16_t;
+typedef uint32_t  uint_least32_t;
+typedef uint64_t  uint_least64_t;
+
+// 7.18.1.3 Fastest minimum-width integer types
+typedef int8_t    int_fast8_t;
+typedef int16_t   int_fast16_t;
+typedef int32_t   int_fast32_t;
+typedef int64_t   int_fast64_t;
+typedef uint8_t   uint_fast8_t;
+typedef uint16_t  uint_fast16_t;
+typedef uint32_t  uint_fast32_t;
+typedef uint64_t  uint_fast64_t;
+
+// 7.18.1.4 Integer types capable of holding object pointers
+#ifdef _WIN64 // [
+   typedef __int64           intptr_t;
+   typedef unsigned __int64  uintptr_t;
+#else // _WIN64 ][
+   typedef _W64 int               intptr_t;
+   typedef _W64 unsigned int      uintptr_t;
+#endif // _WIN64 ]
+
+// 7.18.1.5 Greatest-width integer types
+typedef int64_t   intmax_t;
+typedef uint64_t  uintmax_t;
+
+
+// 7.18.2 Limits of specified-width integer types
+
+#if !defined(__cplusplus) || defined(__STDC_LIMIT_MACROS) // [   See footnote 220 at page 257 and footnote 221 at page 259
+
+// 7.18.2.1 Limits of exact-width integer types
+#define INT8_MIN     ((int8_t)_I8_MIN)
+#define INT8_MAX     _I8_MAX
+#define INT16_MIN    ((int16_t)_I16_MIN)
+#define INT16_MAX    _I16_MAX
+#define INT32_MIN    ((int32_t)_I32_MIN)
+#define INT32_MAX    _I32_MAX
+#define INT64_MIN    ((int64_t)_I64_MIN)
+#define INT64_MAX    _I64_MAX
+#define UINT8_MAX    _UI8_MAX
+#define UINT16_MAX   _UI16_MAX
+#define UINT32_MAX   _UI32_MAX
+#define UINT64_MAX   _UI64_MAX
+
+// 7.18.2.2 Limits of minimum-width integer types
+#define INT_LEAST8_MIN    INT8_MIN
+#define INT_LEAST8_MAX    INT8_MAX
+#define INT_LEAST16_MIN   INT16_MIN
+#define INT_LEAST16_MAX   INT16_MAX
+#define INT_LEAST32_MIN   INT32_MIN
+#define INT_LEAST32_MAX   INT32_MAX
+#define INT_LEAST64_MIN   INT64_MIN
+#define INT_LEAST64_MAX   INT64_MAX
+#define UINT_LEAST8_MAX   UINT8_MAX
+#define UINT_LEAST16_MAX  UINT16_MAX
+#define UINT_LEAST32_MAX  UINT32_MAX
+#define UINT_LEAST64_MAX  UINT64_MAX
+
+// 7.18.2.3 Limits of fastest minimum-width integer types
+#define INT_FAST8_MIN    INT8_MIN
+#define INT_FAST8_MAX    INT8_MAX
+#define INT_FAST16_MIN   INT16_MIN
+#define INT_FAST16_MAX   INT16_MAX
+#define INT_FAST32_MIN   INT32_MIN
+#define INT_FAST32_MAX   INT32_MAX
+#define INT_FAST64_MIN   INT64_MIN
+#define INT_FAST64_MAX   INT64_MAX
+#define UINT_FAST8_MAX   UINT8_MAX
+#define UINT_FAST16_MAX  UINT16_MAX
+#define UINT_FAST32_MAX  UINT32_MAX
+#define UINT_FAST64_MAX  UINT64_MAX
+
+// 7.18.2.4 Limits of integer types capable of holding object pointers
+#ifdef _WIN64 // [
+#  define INTPTR_MIN   INT64_MIN
+#  define INTPTR_MAX   INT64_MAX
+#  define UINTPTR_MAX  UINT64_MAX
+#else // _WIN64 ][
+#  define INTPTR_MIN   INT32_MIN
+#  define INTPTR_MAX   INT32_MAX
+#  define UINTPTR_MAX  UINT32_MAX
+#endif // _WIN64 ]
+
+// 7.18.2.5 Limits of greatest-width integer types
+#define INTMAX_MIN   INT64_MIN
+#define INTMAX_MAX   INT64_MAX
+#define UINTMAX_MAX  UINT64_MAX
+
+// 7.18.3 Limits of other integer types
+
+#ifdef _WIN64 // [
+#  define PTRDIFF_MIN  _I64_MIN
+#  define PTRDIFF_MAX  _I64_MAX
+#else  // _WIN64 ][
+#  define PTRDIFF_MIN  _I32_MIN
+#  define PTRDIFF_MAX  _I32_MAX
+#endif  // _WIN64 ]
+
+#define SIG_ATOMIC_MIN  INT_MIN
+#define SIG_ATOMIC_MAX  INT_MAX
+
+#ifndef SIZE_MAX // [
+#  ifdef _WIN64 // [
+#     define SIZE_MAX  _UI64_MAX
+#  else // _WIN64 ][
+#     define SIZE_MAX  _UI32_MAX
+#  endif // _WIN64 ]
+#endif // SIZE_MAX ]
+
+// WCHAR_MIN and WCHAR_MAX are also defined in <wchar.h>
+#ifndef WCHAR_MIN // [
+#  define WCHAR_MIN  0
+#endif  // WCHAR_MIN ]
+#ifndef WCHAR_MAX // [
+#  define WCHAR_MAX  _UI16_MAX
+#endif  // WCHAR_MAX ]
+
+#define WINT_MIN  0
+#define WINT_MAX  _UI16_MAX
+
+#endif // __STDC_LIMIT_MACROS ]
+
+
+// 7.18.4 Limits of other integer types
+
+#if !defined(__cplusplus) || defined(__STDC_CONSTANT_MACROS) // [   See footnote 224 at page 260
+
+// 7.18.4.1 Macros for minimum-width integer constants
+
+#define INT8_C(val)  val##i8
+#define INT16_C(val) val##i16
+#define INT32_C(val) val##i32
+#define INT64_C(val) val##i64
+
+#define UINT8_C(val)  val##ui8
+#define UINT16_C(val) val##ui16
+#define UINT32_C(val) val##ui32
+#define UINT64_C(val) val##ui64
+
+// 7.18.4.2 Macros for greatest-width integer constants
+#define INTMAX_C   INT64_C
+#define UINTMAX_C  UINT64_C
+
+#endif // __STDC_CONSTANT_MACROS ]
+
+
+#endif // _MSC_STDINT_H_ ]