Mingw 64 download

Table of ContentsOverviewAboutBinary Snapshotsvcpkg portmsys2 MinGW-w64 32bit/64bit packageBuild from SourceSupported EnvironmentsUSB 3.x Support.NET supportHow to use libusb on WindowsDriver InstallationDevelopment ConsiderationsKnown RestrictionsDevelopment LinksOverviewAboutThis page details the specifics of the Windows backend part of libusb, which helps developers easily communicate with USB devices on Windows.Currently it supports the WinUSB and HID drivers for generic USB device access as well as the libusb-win32 and libusbK drivers.Please note that libusb-win32 and libusbK are separate projects. libusb-win32 is a Windows-only project which provides a libusb-0.1 API compatible library for Windows and the associated kernel driver libusb0.sys. libusbK is a Windows only project which provides a new set of API for Windows (supporting WinUSB, libusb0.sys and libusbk.sys) and kernel driver libusbK.sys.Binary SnapshotsPre-built binary snapshots are provided in the Sourceforge files directory along with the source code archive. Since 1.0.21 release, they are also at the GitHub release page.The pre-built Windows binaries are provided AS IS for your convenience, generated for the following environments:Microsoft Visual Studio; MS32 (32 bit) and MS64 (64 bit) directoriesMinGW -> MinGW32 (32 bit) and MinGW64 (64 bit) directories. Note that these archives are provided in the 7z format so you may have to install ​7-zip.vcpkg portvcpkg now includes libusb ports.Installing and building libusb via vcpkg:You can download and install libusb using the vcpkg dependency manager: git clone cd vcpkg .\bootstrap-vcpkg.bat .\vcpkg integrate install .\vcpkg install libusbThe libusb port in vcpkg is kept up to date by Microsoft team members and community contributors. If the version is out of date, please create an issue or pull request on the vcpkg repository.msys2 MinGW-w64 32bit/64bit packagemsys2 has a libusb package. Please contact the msys2 project if you encountered issues with the msys2 package. It is recommended to use pkg-config (libusb-1.0.pc) on MSYS2 or other MinGW-w64 distributions. Reference: how to use libusb under MinGW-w64?Build from

Clion and SDL2 SetupIt's been so hard to find a decent guide about how to set up Clion and SDL2, so I made one for my future self and forsome random person on internet who find this. I hope it helps you.We are going to use the bundled MinGw 64 bits version that comes with Clion, if you use 32 bits version you shouldreplace the CMakeLists.txt file with the proper directories paths.Note: This project was tested on Windows 64 bits.Fast setupAll the files needed to make it work are already uploaded. You just need to open with it Clion and start coding.Download or clone the repositorygit clone it with Clion and click Ok to the Project Wizard.(Optional) Rename the project. To do it you must change PROJECT_NAME ONLY in line 2 of CMaLists.txt.Compile and run it. Everything went well if you see a purple window with exit code '0'.Manual setupDownload the latest SDL Development Libraries (MinGW version)Download the SDL2 Cmake ScriptsCreate a cmake/modules directory in your project root and unzip all cmake scripts there.Unzip the SDL Development libraries in your project root, rename the folder to 'SDL2'Mark the SDL2 folder as excluded in Clion (Optional)Download the CMakeLists.txt from this repository and copy it to your project.(Optional) Rename the project editing line 2 (PROJECT_NAME) in line 2.Copy the SDL2.dll from the SDL2 folder into your cmake-build-debug folder:For 64 bits version it's located at x86_64-w65-mingw32/bin/SDL2.dllFor 32 bits version it's located at i686-w64-mingw32/bin/SDL2.dllModify the main.cpp signature to look like:int main (int argc, char*

Media-autobuild_suiteBefore opening an issue, check if it's an issue directly from executing the suite. This isn't Doom9, reddit, stackoverflow or any other forum for general questions about the things being compiled. This script builds them, that's all.This source code is also mirrored in GitLab.Most git sources in the suite use GitHub, so if it's down, it's probably useless to run the suite at that time.DownloadClick here to download latest versionFor information about the compiler environment see the wiki, there you also have a example of how to compile your own tools.Included Tools And LibrariesInformation about FFmpeg external librariesFFmpeg (shared or static) with these libraries (all optional, but compiled by default unless said otherwise):Light build:amd amf encoders (built-in)cuda (built-in)cuda-llvm (built-in)cuvid (built-in)ffnvcodec (git)libaom (git)libdav1d (git)libfdk-aac (git)needs non-free license if not LGPLlibmp3lame (mingw-w64)libopus (mingw-w64)libvorbis (mingw-w64)libvpx (git)libx264 (git)libx265 (git)nvdec (built-in)nvenc (built-in)schannel with gmp (mingw-w64)enabled by default if openssl, libtls, mbedtls or gnutls aren't enabledgmp can be switched by gcrypt (mingw-w64) with --enable-gcryptsdl2 (git tag) (needed for ffplay)enabled by default, use --disable-sdl2 if unneededZeranoe-emulating build (in addition to Light)avisynthplus (needs avisynth dll installed)fontconfig (latest release)only one of these TLS libs (including schannel) can be enabled at once:openssl (mingw-w64)preferred to gnutls and to libtls if all three are in optionsneeds non-GPL licenselibtls (from libressl) (latest release)needs non-GPL licensembedtls (mingw-w64)preferred to gnutls if GPLv3 license is chosengnutls (3.8.9)libass (git)by default with DirectWrite backendif --enable-fontconfig, fontconfig backend includedwith harfbuzz (git)libbluray (git)BD-J support requires installation of Java JDKBD-J support after compilation probably only requires JRE (untested)libfreetype (latest release)libgsm (mingw-w64)libmfx (git)libmodplug (mingw-w64)libopencore-amr(nb/wb) (mingw-w64)libopenjpeg2 (mingw-w64)libopenmpt (git tag)librav1e (git)libsnappy (mingw-w64)libsoxr (git)libspeex (mingw-w64)libsrt (git)libsvtav1 (git)libtheora (mingw-w64)libtwolame (mingw-w64)libvidstab (git)libvmaf (git)libvo-amrwbenc (0.1.3)libwebp (git)libxml2 (mingw-w64)libxvid (git)libzimg (git)Full build (in addition to Zeranoe)chromaprint (mingw-w64)cuda filters (needs CUDA SDK installed)needs non-free licensedecklink (12.5.1)needs non-free licensefrei0r (git)ladspa (mingw-w64)libaribb24 (git)libbs2b (3.1.0)libcaca (mingw-w64)libcdio (mingw-w64)libcodec2 (git)libdavs2 (git)libflite (git)libfribidi (git)libglslang (git)libgme (0.6.3)libilbc (git)libjxl (git)libkvazaar (git)libmysofa (git)needed for sofalizer filterlibnpp (needs CUDA SDK installed)needs non-free licenselibopenh264 (official binaries)librist (git)librtmp (git)librubberband (git)libssh (broken)libsvthevc (git) (using non-upstream patch)libsvtvp9 (git) (using non-upstream patch)libtesseract (git)libuavs3d (git)libxavs (git)libxavs2 (git)libzmq (mingw-w64)libzvbi (git)openal (git)opencl (from system)opengl (from system)vapoursynth (R70)vulkan (git)other toolsaom (git)av1an (git)requires an installed or portable copy of 64-bit Python 3.12.x and Vapoursynthbmx (git)curl (git) with WinSSL/LibreSSL/OpenSSL/mbedTLS/GnuTLS backendcyanrip (git)dav1d (git)dssim (git)exhale (git)faac (git)fdk-aac (git)ffmbc (git) (unsupported)flac (git)gifski (git)with optional built-in video support (ffmpeg 6.1)haisrt tools (git)jo (git)jpeg-xl tools (git)jq (git)kvazaar (git)lame (3.100)libaacs (git) (shared)libavif (git) with following encoders/decoders:aom (enc/dec)dav1d (dec only)rav1e (enc only)svt-av1 (enc only)libheif (git) with following encoders/decoders:x265 (enc only)kvazaar (enc only)libde265 (dec only)aom (enc/dec)dav1d (dec only)svt-av1 (enc only)vvenc & vvdecuvg266 (enc only)libjpeg (enc/dec)openh264 (dec only)uncompressedlibbdplus (git) (shared)mediainfo cli (git)mp4box (git)mplayer (svn) (unsupported)mpv (git) including in addition to ffmpeg libs:Base build (ffmpegChoice=2 or 3)ANGLE Headers (git)requires ANGLE shared libraries from somewhere else (i.e. Chrome, Firefox) for gpu-context=angle supportlcms2 (mingw-w64)libass (git)libbluray (git)BD-J support requires installation of Java JDKBD-J support after compilation probably only requires JRE (untested)luajit (git)mujs (git)rubberband (git snapshot)uchardet (mingw-w64)vulkan, shaderc, spirv-cross, libplacebo (git)vapoursynth (R70)Full build (ffmpegChoice=4)dvdnav (git)libarchive (mingw-w64)shared libmpvopenal (git)opus-tools (git)rav1e (git)ripgrep (git)rtmpdump (git)sox (git)speex (git)svt-av1 (git)svt-hevc (git)tesseract (git)uvg266 (git)vlc (git) (broken)vvenc & vvdec (git)vorbis-tools (git)vpx (VP8 and

There is currently only one supported way to build MKVToolNix forWindows: on Linux using a MinGW cross compiler. It is known that youcan also build it on Windows itself with the MinGW gcc compiler, butthat's not supported officially as I don't have such a setup myself.Earlier versions could still be built with Microsoft's Visual Studio /Visual C++ programs, and those steps were described here aswell. However, current MKVToolNix versions require many features ofthe C++11 and C++14 standards which Microsoft's compilers have hadspotty support for for a long time. Additionally the author doesn'tuse Visual C++ himself and couldn't provide project files for it.1. Building with a MinGW cross compiler1.1. PreparationsYou will need:a MinGW cross compilerroughly 4 GB of free space availableLuckily there's the M cross environment projectthat provides an easy-to-use way of setting up the cross-compilerand all required libraries.MXE is a fast-changing project. In order to provide a stable basis forcompilation, the author maintains his own fork. That fork also includesa couple of changes that cause libraries to be compiled only with thefeatures required by MKVToolNix saving compilation time and deploymentspace. In order to retrieve that fork, you need git. Then do thefollowing:git clone $HOME/mxeThe rest of this guide assumes that you've unpacked MXEinto the directory $HOME/mxe.1.2. Automatic build scriptMKVToolNix contains a script that can download, compile and installall required libraries into the directory $HOME/mxe.If the script does not work or you want to do everything yourself,you'll find instructions for manual compilation in section 1.3.1.2.1. Script configurationThe script is called packaging/windows/setup_cross_compilation_env.sh.It contains the following variables that can be adjusted to fit yourneeds:The architecture (64-bit vs 32-bit) that the binaries will be builtfor. The majority of users today run a 64-bit Windows, therefore 64 isthe default. If you run a 32-bit version of Windows, change this to 32.Base installation directoryNumber of processes to execute in parallel. Will be set to the numberof cores available if left empty.1.2.2. ExecutionFrom the MKVToolNix source directory run:./packaging/windows/setup_cross_compilation_env.shIf everything works fine, you'll end up with a configured MKVToolNixsource tree. You just have to run rake afterwards.1.3. Manual installationFirst you will need the MXE build scripts. Get them bydownloading them (see section 1.1. above) and unpacking them into$HOME/mxe.Next, build the required libraries (change MXE_TARGETS toi686-w64-mingw32.static if you need a 32-bit build instead of a 64-bitone, and increase JOBS if you have more than one core):cd $HOME/mxemake MXE_TARGETS=x86_64-w64-mingw32.static MXE_PLUGIN_DIRS=plugins/gcc9 \ JOBS=2 \ gettext libiconv zlib boost file flac lzo ogg pthreads vorbis cmark \ libdvdread qtbase qttranslationsAppend the installation directory to your PATH variable:export PATH=$PATH:$HOME/mxe/usr/binhash -rFinally, configure MKVToolNix (the host=… spec must match theMXE_TARGETS spec from above):cd $HOME/path/to/mkvtoolnix-sourcehost=x86_64-w64-mingw32.staticqtbin=$HOME/mxe/usr/${host}/qt5/bin./configure \ --host=${host} \ --enable-static-qt \ --with-moc=${qtbin}/moc --with-uic=${qtbin}/uic --with-rcc=${qtbin}/rcc \ --with-boost=$HOME/mxe/usr/${host}If everything works, build it:You're done.

Compiling for WindowsCompiling for Windows is supported using GNU-like compilers (GCC/Clang). Clangis compatible with both the w64-windows-gnu MinGW-w64and pc-windows-msvc Windows SDKtargets. It supports the production of both 32-bit and 64-bit binaries and issuitable for building on Windows as well as cross-compiling from Linux and Cygwin.Although it is possible to build a complete MinGW-w64 toolchain yourself, thereare build environments and scripts available to simplify the process, such asMSYS2 on Windows or a packaged toolchain provided by your favorite Linuxdistribution. Note that MinGW-w64 environments included in Linux distributionscan vary in versions. As a general guideline, mpv only supports the MinGW-w64toolchain version included in the latest Ubuntu LTS release.mpv employs Meson for building, and the process is the same as any standard Mesoncompilation.For the most up-to-date reference on build scripts, you can refer tobuild.yml,which builds and tests all supported configurations: MinGW-w64, Windows SDK,and MSYS2 builds.Cross-compilationWhen cross-compiling, it is recommended to use a Meson --cross-file to set up thecross-compiling environment. For a basic example, please refer toCross-compilation.Alternatively, consider using mpv-winbuild-cmake,which bootstraps a MinGW-w64 toolchain and builds mpv along with its dependencies.Example with MesonCreate cross-file.txt with definitions for your toolchain and target platform.Refer to x86_64-w64-mingw32.txtas a directly usable example.Important: Beware of pkg-config usage. By default, it uses build machinefiles for dependency detection, even when --cross-file is used. It mustbe configured correctly. Refer to pkg_config_libdir and sys_rootin the documentationfor proper setup. In this example pkg-config is not used/required.Initialize subprojects. This step is optional; other methods are alsoavailable to provide the necessary dependencies. subprojects/libplacebo.wrap[wrap-git]url = = masterdepth = 1clone-recursive = trueEOFcat subprojects/libass.wrap[wrap-git]revision = masterurl = = 1EOF# For FFmpeg, use Meson's build system port; alternatively, you can compile# the upstream version yourself. See subprojects/ffmpeg.wrap[wrap-git]url = = meson-7.1depth = 1[provide]libavcodec = libavcodec_deplibavdevice = libavdevice_deplibavfilter = libavfilter_deplibavformat = libavformat_deplibavutil = libavutil_deplibswresample = libswresample_deplibswscale = libswscale_depEOF"># Update the subprojects database from Meson's WrapDB.meson wrap update-db# Explicitly download wraps as nested projects may have older versions of them.meson wrap install expatmeson wrap install harfbuzzmeson wrap install libpngmeson wrap install zlib# Add wraps for mpv's required dependenciesmkdir -p subprojectscat EOF > subprojects/libplacebo.wrap[wrap-git]url = = masterdepth = 1clone-recursive = trueEOFcat EOF > subprojects/libass.wrap[wrap-git]revision = masterurl = = 1EOF# For FFmpeg, use Meson's build system port; alternatively, you can compile# the upstream version yourself. See EOF > subprojects/ffmpeg.wrap[wrap-git]url = = meson-7.1depth = 1[provide]libavcodec = libavcodec_deplibavdevice = libavdevice_deplibavfilter = libavfilter_deplibavformat = libavformat_deplibavutil = libavutil_deplibswresample = libswresample_deplibswscale = libswscale_depEOFBuildmeson setup -Ddefault_library=static -Dprefer_static=true \ -Dc_link_args='-static' -Dcpp_link_args='-static' \