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Translations of this page: Translators, please see Discussion page. Wine is available thanks to the work of many people around the world. See Acknowledgements and Wine History. Wine increases the usefulness of Linux, makes it easier for users to switch to free operating systems, and for Windows developers to make applications that work on them. This greatly raises Linux marketshare, drawing more commercial and community developers to Linux.

There is a lot of confusion about this, particularly caused by people getting Wine's name wrong and calling it WINdows Emulator. When users think of an emulator, they tend to think of things like game console emulators or virtualization software.

However, Wine is a compatibility layer - it runs Windows applications in much the same way Windows does. There is no inherent loss of speed due to "emulation" when using Wine, nor is there a need to open Wine before running your application. That said, Wine can be thought of as a Windows emulator in much the same way that Windows Vista can be thought of as a Windows XP emulator: Thinking of Wine as just an emulator is really forgetting about the other things it is.

Wine's "emulator" is really just a binary loader that allows Windows applications to interface with the Wine API replacement. Wine is the base of the project, where most of the work is being done. Wine is not perfect, but tens of thousands of people nevertheless use "vanilla" Wine successfully to run a large number of Windows programs.

Unlike the biweekly Wine releases, CrossOver releases are rigorously tested for compatibility with CodeWeavers' supported applications in order to prevent "regressions".

CodeWeavers employs a large proportion of the Wine developers and provides a great deal of leadership for the project. All improvements to Wine eventually work their way into CrossOver.

Cedega formerly WineX is a product from a company called TransGaming. TransGaming based their product on Wine back in when Wine had a different license, closed their source code, and rebranded their version as specialized for gamers. In the years since Cedega was originally created from Wine, development on Wine and Cedega have continued mostly independently. TransGaming currently gives back very little code to Wine. Cedega is not "Wine with more apple application support 32 bit and 64 bit both installed memory support" - because Wine has had years of development since Cedega was made, and many games actually run better under Wine than under Cedega.

Currently, Wine has more advanced Direct3D support than Cedega, but Cedega still has more advanced copy protection support due to TransGaming's licensing of closed source apple application support 32 bit and 64 bit both installed memory from a handful of copy protection companies. Unlike CrossOver, most improvements to Wine don't get into Cedega due to the license differences between Cedega and Wine.

Normally you do not have to use the command line to use Wine in Linux. You can use a graphical interface for most things, much like on Windows. In many cases you can right-click an installer and select "Open with Wine", or just double-click it. You can start installed programs using the shortcut icon or menu. However, there are several situations when you might need to use the command line.

The most common reason is to get debug output when your program does not run apple application support 32 bit and 64 bit both installed memory. You might also want to use utilities such as regedit that do not have menu shortcuts note that you can create them using whatever tools your DE provides. This does not hold true for Mac OS X Wine usage, which is all command line currently, unless you use a third party application. Thousands of applications work well. As a general rule, simpler or older applications tend to work well, and the latest versions of complex applications or games tend to not work well yet.

See the Wine Application Database for details on individual applications. If your application is rated Silver, Gold or Platinum, you're probably okay; if it's rated Bronze or Garbage, Wine isn't really apple application support 32 bit and 64 bit both installed memory to run it for most users. If there aren't any reports using a recent version of Wine, however, your best bet is to simply try and see. If it doesn't work, it probably isn't your fault, Wine is not yet complete.

Ask for help on the forum if you get stuck. You can contribute programming or documentation skills, or monetary or equipment donations, to aid the Wine developers in reaching their goals. One area where every Wine user can contribute to this project is by sending high quality bug reports to our Bugzilla and helping the developers with any followup questions that they may have about your bug.

It is impossible and impractical for a developer to have a copy of every program on the market, so we need your help even after your apple application support 32 bit and 64 bit both installed memory bug report. If a developer has a good idea what might be causing the bug, he or she may ask if you can try a patch and see if it fixes the problem.

If the patch works and then makes its way into our main development tree, the bug report will be closed, your help will be appreciated by everyone and your problem will be fixed. For a list of ideas of how you can help, please consult the Contribute section of the main page. Bug reports should be submitted to our online Bugzilla system. To increase developer productivity and facilitate a resolution to submitted bugs, please read the Wiki article on Bugs. High quality bug reports are an essential part of making Wine better.

Please note that you should generally avoid submitting bug reports if you have used any third party applications or native DLL overrides. In addition to this wikicheck the Apple application support 32 bit and 64 bit both installed memory HQ Documentation and the users forum. If you're an ISV looking at porting an application with Winelib you can also try wine-devel. For help with a specific application, search the Application Databasea place where users share their experiences by submitting test data, tips and tricks, and asking questions.

Knowledgeable Wine users hang out there, and often developers will lurk there too. See IRC for more important information. Wine, along with the operating system you use to run it, generally requires less disk space and memory than Windows itself.

If you're not currently running a Windows application, Wine won't consume any resources at all other than about 20 megabytes of disk space. Ideally, if an application runs fine in Windows, it should run fine on the same hardware using Wine, provided native drivers for your hardware are installed and equivalent to the Windows drivers.

Open source Linux graphics drivers in particular are often inadequate to run games that work fine on the same hardware in Windows. If there is no native driver for your hardware, Wine will not be able to use it.

One example is that the ntfsv3 drivers do not support shared-write mmap, a feature that cannot be emulated and is used by applications such as Steam. One other point is that Wine is a weird application in ways and some programs work better on case-insensitive filesystems see Case Insensitive Filenames for more details.

Until recently with projects such as Wayland, serious alternatives to x11drv weren't even on the horizon so development has focused on X. However, Wine's interface with the graphics driver is designed to be abstract so supporting future graphics systems will hopefully be straight-forward. Use the version that works best with the particular applications you want to run. In most cases, this will be the latest development version; however, in some cases it may take some experimenting to find it.

Wine development is rapid, with new releases in the development branch every two weeks or so. Functionality will usually be best with the most recent development version, however, there are cases where changes to existing code in Wine cause applications that worked well in older versions to not work in the new one these are called regressionsas well as problems caused by the introduction of new, but as-yet-incomplete and untested, functions.

A good rule of thumb is to start with the version of Wine installed with your distro and see if that works with the applications you want to use.

If it does, good! If it doesn't, upgrade. If you find an existing bug marked STAGED, this means there is a patch for the problem in wine-staging the experimental branchand you should try the latest version in that branch. If there are known bugs without a STAGED patch or easy workaround, upgrade to the most recent version of Wine known to work for your application.

While Wine does have a "stable" branch, the term "stable" refers to the branch as a whole, which is infrequently updated, and for the minor stable releases only with bugfixes promised not to break functionality. Users of a development or staging release can achieve the same degree of stability by simply not upgrading.

Note that user support for the stable branch is limited to the ability to file AppDB test reports. The current stable, development, and staging releases are listed on the WineHQ home page. Consult your distro's support channels for help using your package manager and interpreting any error messages you may be apple application support 32 bit and 64 bit both installed memory if you're having problems with distro packages.

Yes, but you will have to build Wine yourself see Building Wineas it is not possible to have multiple distro packages installed. The easiest way to do this is to run Wine from the build directory don't do make install. If you want to actually install multiple versions, use --prefix when building Wine to designate a different install directory for each version, e. On Linux, even this step is not enough: Note that regardless of whether you install multiple versions or run them from the build directory, you will still have to designate which version of Wine you wish to use when running applications.

It is also recommended that applications being run with different Wine versions be installed into separate wineprefixes. WineHQ binary packages are available for 64 bit, and most major distros package it for users. Normally, installation should be as simple as installing the Wine package for your distribution through your package manager. Check the Download page. If you are building Wine from source, see Building Wine for instructions on how to build 32 bit Wine on a 64 bit system and instructions on how to build 64 bit Wine in a shared WoW64 setup.

WineHQ Ubuntu packages going back to wine If you have replaced the customized distro that came preinstalled on your netbook Xandros, Linpus, etc. If you are still using Xandros eeePCLinpus Acer Aspire One or any other customized distro, you will have to ask on your netbook's support forum. Only other users of those distros can advise you on what, if any, binary packages will apple application support 32 bit and 64 bit both installed memory on your system, where to find them, and how to install them.

You can also try building Wine from source following the instructions in Building Winebut you will still need to consult your netbook's support forum regarding satisfying dependencies on your particular system. No, not even in Linux. The Darwine project was an effort to do just that, but it has not been maintained in many years.

Uninstalling Wine itself will not revert your Wine settings or uninstall your Windows apps, which are permanently stored in your user's home directory. Do not uninstall Wine if you only wish to remove all of your settings and apps. For instructions on removing your Wine settings and apps, see How do I wipe the virtual Windows apple application support 32 bit and 64 bit both installed memory To uninstall 64 bit applications, including wine-mono, you need to run it with wine

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Vuforia applications must be deployed to a device to run; they cannot be run in the iOS simulator. You can enroll here: We have tested Vuforia with XCode 4.

Also, follow the process to:. Once you have unarchived the file, Vuforia will be installed in a directory which will hereafter be referred to as the vuforia-sdk directory and which should look something like the image below:. We recommend developing your own applications outside of the SDK directory, to make it easier to upgrade to future versions of the SDK.

We are now going to build the Vuforia Samples application which shows detection and tracking of natural features using a variety of targets supported by Vuforia.

This section shows you how to build the project in XCode and deploy to the device. To set your bundle identifier so it matches the provisioning profile you have set up on the Apple Developer Provisioning Portal:. Use your device to look at the chips or stones printed target, and you should see a textured teapot centered on top of the target, grounded to the plane. The teapot will no longer appear on the Stones target. This is because the Tarmac image is stored in a different database.

Now, point your device towards the tarmac printed target and you will see the teapot again. This app shows how the SDK can detect and track a single image from a pre-defined set of images. The app also shows how to switch between databases without too much effort, as well as how to deal with camera settings, such as autofocus.

With a small code change, it can also be compiled to detect and track multiple images simultaneously. Changes in Vuforia 5. In particular, the newly released Vuforia Sample projects already come with the correct Xcode Build Settings to support both the bit armv7, armv7s and the bit arm64 modes.

You can obtain the Vuforia 4. If you are creating an app using Vuforia and iOS 8, you should also make sure to apply the same build settings to your own project, in order to be able to upload your App to the Apple App Store.

There are instructions for configuring Unity iOS 64bit builds at the end of this article. It is also recommended that you test your App on both at least one bit and one bit device, before submitting it to the App store; for example, the iPhone 5S is equipped with bit CPU, whereas the iPhone 4S has a bit chip.

An App must be able to correctly run on both platforms 32 and bit. You do not need to build two distinct apps, i. Vuforia does not introduces any additional requirements or constraints. The bit runtime uses a convention called ILP32, in which integers, long integers, and pointers are bit quantities. The bit runtime uses the LP64 convention; integers are bit quantities, and long integers and pointers are bit quantities. One of the most important and obvious recommendations stemming from the above is to avoid casting pointers to integers.

If your app code does cast pointers to integers, your code may behave correctly in bit mode but it may result in a crash or other runtime misbehavior when executed in bit mode, as soon as a pointer exceeds the bit scope. Also, an array containing elements of type long will be double its size in bytes when the code is built in bit mode, with respect to the bit case.

For large data arrays this may also result in a significantly increased memory usage. Keep this in mind when creating large arrays and choose the appropriate type; in many cases, bit integers may be sufficient to represent common data values. The NSInteger type is a bit integer in the bit runtime and a bit integer in the bit runtime.

CGFloat changes size in bit code. The CGFloat type changes to a bit floating point number. So use CGFloat consistently. For a complete guide on bit transition, please refer to the official iOS bit migration guidelines published in the Apple website:.

Unity 64bit support was original introduced in the Unity 4. This is the earliest version that can support the Vuforia iOS 64bit Unity extension. Follow the steps below to: Also, follow the process to: Create a Development Provisioning Profile using the App ID you created, and be sure to add the devices you wish to test. Download the provisioning profile to your computer and double-click it to install.

If you experience problems, it is a good idea to search the web for solutions, as there is plenty of advice available. Download the Vuforia Samples that come in a compressed archive and expand these into their own directory. Copy the samples into the Vuforia installation directory so it looks like this: Compiling and Running a Vuforia iOS Sample We are now going to build the Vuforia Samples application which shows detection and tracking of natural features using a variety of targets supported by Vuforia.

Vuforia applications do not build or work with the Simulator. You must select a device to build and run any Vuforia application. Ensure that your iOS device is connected to your computer via a USB cable and that XCode can recognize it as being usable for development as highlighted in the Organizer window by a green light next to it. Select the device via the dropdown selector at the top left of the XCode window as shown here: To enable bit in your project, we recommend using the default Xcode build setting of Standard architectures to build a single binary with both bit and bit code.

What does this mean for you Vuforia developers? Do I need to build two distinct apps? For a complete guide on bit transition, please refer to the official iOS bit migration guidelines published in the Apple website:

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