catkasce.blogg.se - Wine emulator debian

#WINE EMULATOR DEBIAN UPDATE#
#WINE EMULATOR DEBIAN FOR ANDROID#
#WINE EMULATOR DEBIAN MAC#

Debian and friends usually only keep stable releases in their repositories, so you can easily miss out on a lot. One thing I've found that's helped me get the most out of wine is to use the latest development versions.

#WINE EMULATOR DEBIAN MAC#

With it, GNU/Linux users (and Mac users, too!) can run Windows applications - many of them nearly flawlessly. Wine sometimes seems to get a bad wrap, but it really is an amazing project.

#WINE EMULATOR DEBIAN UPDATE#

UPDATE : It looks like wine-staging will soon be integrated into the main wine codebase!

#WINE EMULATOR DEBIAN FOR ANDROID#

Limbo is an Intel x86 PC Emulator for Android based on QEMU,also uses code from android-vnc-viewer and glib among others: Įltechs' ExaGear RPG ( ) allows x86 applications to run on Android using wine.UPDATE 2, :Since I initially posted this, Valve has released Proton and a whole lot has changed! Win86emu is Bochs and DOSBox based and run x86 Applications on Windows RT

Winulator ( Android APP) claims it is not wine-based, but does somewhat the same a Wine x86_2_ARM would do: Some x86-to-ARM translation strategies were also discussed: Īndroid running x86 wine and solitaire (by using ubuntu hack and binfmt) : There was some experience using Qemu to run the WINE x86 binary under Zaurus's ARM Debian: My and Vincents slides can be found here: FOSDEM2013įor Windows RT recompiled applications check: at xda-developersĮxamples of Winelib ports: - on OpenPandoraĮxample use of Qemu for running x86 code: Wine for PPC (per qemu usermode emulation)

running valgrind + wine on armv7l gives illegal opcode.

per dissonant compile time checks the testsuite expects the x86 value for cbWndExtra, whereas the code uses the pointer sizeĬurrently a work in progress - Austin English.

mshtml:* (FIXME: also applies to several others).

See Emulation Analyzed/Known Test Failures That's still pre-alpha/proof-of-concept and not part of official Wine, don't expect any success. When you're unsure if the Kernel you are using supports it, you can clone, make and run tpidrurw-test, it'll tell you if your Kernel is suitable. To run them you'll need a recent Wine and a Linux Kernel with the tpidrurw patch, it's included since Kernel 3.11-rc1. You can find a list of such ported applications at. Maybe you also should append something like:ĬFLAGS="-mcpu=yourcpu -g -O2" LDFLAGS="-mcpu=yourcpu" configure -host=arm-linux-gnueabihf host_alias=arm-linux-gnueabihf -with-wine-tools=./path/to/your/native/wine/build & make

Report bugs with winelib or Windows RT applications.Įvery toolchain with Thumb support should work as we are independent from the crti.o mode since wine-1.5.8Ĭompiling on the ARM Device is recommended:.

Fix test failures or analyse them, see below.

wine-gecko/ wine-mono ARM port (waiting for mingw-w64-arm).

libs/port/interlocked.c: maybe native operations.

Linux Kernel patched upstream for running Windows RT applications see Bug 31322.

Wine on ARM already gets packaged by Debian (since 1.7.35), Fedora, Maemo and openSUSE.

Already ported Putty to ARM as winelib application.

Meanwhile we support these new ARM PEs for win8! The original Motivation was to be able to run winelib-apps on ARM, that even was before it got public that win8 will run on ARM devices. Windows apps are mostly compiled for x86 and they won't run on ARM with bare Wine, likewise ARM applications won't run on x86(_64) with bare Wine, so this is not our motivation.