This also seeds ccache and ensures that you have all the proper build dependencies. Just to check that the regression hasn't already been fixed in a very recent patch, you will probably want to compile Wine. Now that you have a bleeding-edge copy of the source code, we can begin testing. If you are behind a firewall, you may also need to replace git: with http: in the remote address. The Wine source tree is large (hundreds of megabytes) so downloading and initializing the repository will take some time. With git and ccache installed, you should be able to clone the Wine source code to a directory of your choice ("wine-git" is used in this page's examples) with the following command: You can probably find ccache using your distro's package manager. To save lots of time during the regression testing, you might want to consider installing ccache, which can cache some compilation steps to avoid redundant work.
#Wiki regress install#
For example, to install git in Ubuntu use: If git is not installed, download and install it using your distribution's package manager. To begin, first make sure git is installed on your system and you are using version 1.4.1 or newer (should only be an issue with very old/stable distros): That's not often going to be possible, but when it is, it's easier than running a real regression test. įor instance, was narrowed down by looking at. If you have some idea of which components in Wine are failing, you can skim the automated test results for recent builds of Wine at. One possibility is that the failure has been caught by Wine's suite of automatic ConformanceTests. The Wine codebase is not small and takes some time to build so if you can pin down the problem patch by other means, you could save significant time and effort. 4.4 Disabling tests to speed up compilation.4.3 Disabling optimization to speed up compilation.1.4 Regressions between wine-staging versions.
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