similar to: MSBuild incremental builds are broken with LLVM 6 (and beyond)

Okay, so trying a straight compile of the Python interpreter with clang-cl, I used the following commands: cd \python-2.7.10\pcbuild copy C:\llvm\build\Release\bin\clang-cl.exe cl.exe rd /q /s amd64 rd /q /s win32-temp-debug rd /q /s win32-temp-release rd /q /s x64-temp-debug rd /q /s x64-temp-release msbuild /p:Configuration=Release /v:diag /fileLogger pcbuild.sln (The second line is the one

I'm trying to compile some large programs with clang on Windows (with a view to compiling to bit code and then running some whole program optimisations on the bit code). Take for example the Python 2.7 interpreter: As is typically the case, the usual build procedure involves running msbuild which invokes the Microsoft compiler. The most obvious procedure would then be to substitute

I think MSBuild isn't capable of re-running cmake and then reloading the project files when CMakeLists.txt changes. It re-runs cmake, but then continues the build with the stale projects. That probably explains the "PipSqueek.cxx doesn't exist" errors. As for the link error, it could also be caused by things like a file rename not getting picked up by MSBuild. The fix is

With VS2013 I found that editing a CMakeLists.txt file caused CMake to be re-run successfully and the build to also continue successfully, but since I switched to VS2015 the CMake re-run occurs - apparently successfully, but more often than not the build failed afterwards from either the IDE and from MSBuild. Since I seldom change the CMakeLists.txt files, I simply do a clean CMake configuration

I'm trying to build LLVM 3.5.1 on Windows, almost successfully; the remaining stumbling block is getting static linking for release builds. The problem is that the .vcxproj is interpreted by msbuild to compile with the /MD option instead of /MT, as detailed in: https://stackoverflow.com/questions/28262372/getting-msbuild-to-use-mt-staticrelease Haven't got any answers on that question,

What kind of missing symbols are you getting? I had to work around dependencies for a Mingw32 build. See https://reviews.llvm.org/D44650 On Wed, May 16, 2018, 13:13 via llvm-dev <llvm-dev at lists.llvm.org> wrote: > I have the git monorepo, and Visual Studio 2015. I am finding that > running a build from the command line with msbuild (as a nightly job) > invariably fails on the

I have the git monorepo, and Visual Studio 2015. I am finding that running a build from the command line with msbuild (as a nightly job) invariably fails on the first try, and succeeds on a retry. The first msbuild command looks like this: msbuild ALL_BUILD.vcxproj /p:Configuration="RelWithDebInfo" /m:6 /t:Rebuild This appears to compile everything okay, but invariably fails with

>From my own experience this is what I think happens when building the whole solution through Visual Studio's UI. This also happens for building individual projects. I assume something similar happens when building via the command-line, but I rarely do that, so I can't be certain. 1) Visual Studio/MSBuild (I don't know which, but probably MSBuild) determines the dependency graph of

msbuild is is able to re-run cmake if a CMakeLists.txt changes. CMake adds a special project "ZERO_CHECK" that does this. However, I am not sure it runs when invoking on the individual projects instead of the solution. Try the cmake --build command, which should output the following: > cmake --build . --target opt CMake is re-running because

I was hoping to not have to build LLVM myself, especially on Windows. Can anybody help me with the Windows installer? Failing that, I find the directions for how to compile on Windows hard to follow? Can I build using Cygwin? Regards, Eric On 9/29/14, 8:11 AM, Rafael Auler wrote: > I'm not sure about the Windows installer, but if you build and install > LLVM for Windows from the

It looks like building ZERO_CHECK first to reconstruct the project files as needed, then running msbuild a second time to do the actual build, has solved the problem. At least, last night's run didn't take the usual two tries. Running msbuild twice is a little bit simpler than running cmake explicitly, the way I have my scripts set up, but I'm sure that would work as well. Thanks

I replaced all instances of "$(Platform)" with "x64" for the x64 .props file and it still fails, so it looks like that guess was wrong as well. Regards, Eric On 9/29/14, 2:11 PM, Eric Mader wrote: > Quoting doesn't seem to make a difference. Strangely, the Win32 > toolset seems to work. (Where "work" means that clang runs and > produces a bunch of

I'm getting compile errors because size_t is getting redefined. My "forced include file" starts with: #if BUILDING_FOR_WINDOWS #define NOMINMAX /* deal with the fact that windef.h also defines BOOL */ #define BOOL WINBOOL #include <windows.h> #include <intrin.h> #undef BOOL #endif Looking at the preprocessor expansion of a typical .cpp file, I see that crtdefs.h

Here are a couple of representative errors. C:\Dev\upstream\gitmono is where I keep my clone. "C:\Dev\upstream\gitmono\wbuild\ALL_BUILD.vcxproj" (Rebuild target) (1) -> "C:\Dev\upstream\gitmono\wbuild\unittests\Support\DynamicLibrary\SecondLib.vcxproj" (default target) (170:2) -> c1xx : fatal error C1083: Cannot open source file:

Open the file toolset-vs2013.props and you'll understand what's happening and where the path is set. It tries to fetch the LLVM installation path from the Windows registry. Just fix this (maybe editing your registry or editing the .props file, whatever suits you best). On Mon, Sep 29, 2014 at 5:33 PM, Eric Mader <emader at gmx.us> wrote: > I copied the x64 toolsets by hand and

Your install dir has a whitespace. Have you tried quoting? e.g. <LLVMInstallDir>"C:\Program Files (x86)\LLVM"</LLVMInstallDir> Best regards, Rafael Auler On Mon, Sep 29, 2014 at 7:38 PM, Eric Mader <emader at gmx.us> wrote: > I changed tooset-vs2013.props to this: > > <Project xmlns="http://schemas.microsoft.com/developer/msbuild/2003" >

Hello, I am sending the following proposal to discuss issues and solutions regarding data races in concurrent ThinLTO processes. This caught my attention when we encountered a race condition in ThinLTO with caching. While looking into how ThinLTO deals with the problem of cache files reads/writes/deletes I spotted a lot of problems: some of them are related to data races, others - to

We inject a typedef for size_t here: http://llvm.org/viewvc/llvm-project/cfe/trunk/lib/Sema/Sema.cpp?revision=218230&view=markup#l206 The typedef type is determined by calling getSizeType(). SizeType is (relevantly) calculated in two places: X86_64 http://llvm.org/viewvc/llvm-project/cfe/trunk/lib/Basic/Targets.cpp?revision=218666&view=markup#l3512 X86_32

Hi Reid, I copied the x64 toolsets by hand; they got installed to C:\Program Files (x86)\LLVM\tools\msbuild\x64; they just didn't get moved correctly by install.bat. I just verified that the LLVM-vs2013 toolset.props is correct. If it is a bitness problem, perhaps I'm failing to define something correctly? Regards, Eric On 9/30/14, 11:29 AM, Reid Kleckner wrote: > This looks

> Have you tried compiling it yourself? I just installed git for the first time and downloaded all of the latest source code packages directly from the site. I'm getting the following every time I try to (re)build any of the projects: 1>------ Build started: Project: opus, Configuration: Release Win32 ------ 1> fatal: Not a git repository: 'C:\My