I am currently trying to run Coverity Prevent and I believe I have everything set up appropriately on my windows 7 build machine. I have run it with AnthillPro and when my code finishes and gets to Coverity it says that everything was built fine and the only error I get is:
Warning: Cygwin pathname conversion ignored; no applicable
'bash'/'mount', 'cygpath', or registry keys found.
I have even tried to install Cygwin to see if this could rectify the problem and I still end up with the same error.
I am currently using AnthillPro 3.7 and Coverity 5.5.3. The build log says that I have warnings but no errors and that it hasn't emitted anything. I have tried to run a script directly from the machine (not server) itself and I have the same error as I do using the Coverity Prevent in Anthill
This is the only information I get at the bottom of the build log.
Run from AnthillPro:
Build time (cov-build overall): 00:00:17.753597
[WARNING] No files were emitted. This may be due to a problem with your configuration
or because no files were actually compiled by your build command.
Please make sure you have configured the compilers actually used in the compilation.
For more details, please look at:
d:\Coverity\Intermediate\AllToolsProjects.sln_pc_vs2010\build-log.txt
Run from Script:
The cov-build FAILED.
This may be because less than 90 percent of units were successfully compiled
Check for errors here:
D:\\Coverity\Scripts\build_AllToolsProjects.sln_pc_vs2010.bat
D:\\Coverity\Intermediate\AllToolsProjects.sln_pc_vs2010\build-log.txt
D:\\Coverity\Configuration\pc_vs2010
It sounds like you haven't configured the compiler - that's when you tell your Coverity Analysis installation which compiler you are using. devenv is not a compiler, cl.exe is.
Run the following command:
coverity-analysis-dir/bin/cov-configure --msvc
This will say that you are using the cl.exe compiler and it's of type msvc no matter where it's installed.
Then rerun your Coverity build and see if it captures more of your compilations.
Related
I have built llvm-13.0.1 from source using Visual Studio 17 2022 on Windows 11. When attempting to build llvm-sys (through external crate llvm-ir). It fails, saying:
error: No suitable version of LLVM was found system-wide or pointed to by LLVM_SYS_130_PREFIX.
I know llvm-config exists because I can use it from the command line, and it returns the correct version. I don't understand why this doesn't work. This might be a stupid question but I am really stuck.
I was also having this problem, trying to use llvm-sys on Windows. Here are some mistakes that I did that made it fail to compile just like yours.
Installation Prefix
Make sure that your LLVM installation path doesn't have any whitespace.
Mine was -DCMAKE_INSTALL_PREFIX=C:\Program Files (x86)\LLVM, which was their default install prefix. The whitespace in the installation path causes some errors when using it with llvm-sys. Later, I changed it to C:\LLVM and it worked.
Set Environment Variable
Set Environment Variable LLVM_SYS_<version>_PREFIX to the installed LLVM folder.
From CMD For LLVM-13.0.1
setx LLVM_SYS_130_PREFIX "<PATH TO LLVM WITHOUT WHITESPACE>" /M
Make sure that the variable is registered by using echo command
echo %LLVM_SYS_130_PREFIX%
It should output your registered path, not %LLVM_SYS_130_PREFIX%.
If it doesn’t output your path, restart the computer and try again and it should be working.
Now you should be good to go .....
Hope this helps :)
When I run the config file for installing GSL library for Windows 10 I get the following error:
error: Something went wrong bootstrapping makefile fragments for
automatic dependency tracking. If GNU make was not used, consider
re-running the configure script with MAKE="gmake" (or whatever is
necessary). You can also try re-running configure with the
'--disable-dependency-tracking' option to at least be able to build
the package (albeit without support for automatic dependency
tracking).
If I run ./config MAKE="gmake" I still get the error. I have searched in StackOverflow and on the web and still haven't found a solution.
I am working on a project that uses yocto project (bitbake) and an operating system using q++/qcc compiler. When I call bitbake to build my packages, it does not show the q++/qcc warning messages in the console log as well as the log file.
The only way I can see these warnings is when I run bitbake --verbose , but along with it, I get all the other log processes information. Is there any way to work around this issue such that I can only see the q++/qcc warnings that were detected during the compilation of the C++/C source files?
I'm using jhbuild to build and run gnome-music.
I'm having a successful build but when I run the command
jhbuild run gnome-music
I get the following error
One of the errors is
1.GstTag was imported without specifying a version first
The rest are in the link above.
I'm not sure how to proceed further,can someone help me out?(I'm using Ubuntu 17.04).
I'm following the steps given on:
https://github.com/GNOME/gnome-music
Gst just warns you against not mentioning a version number. Hence, that's not the error.
The error you are facing is regarding Tracker. As you are on Ubuntu distribution, you should know that Ubuntu disables Tracker by default. Hence jhbuild run gnome-music refuses to start. Tracker is a file-indexing service based on file's metadata.
However, Ubuntu is deciding to enable Tracker by default as many GNOME's core apps relies on it. Read here.
Enable Tracker and jhbuild will pick it up from the host system.
I’ve written a very small application in Go, and configured an AWS Linux AMI to host. The application is a very simple web server. I’ve installed Go on the Linux VM by following the instructions in the official documentation to the letter. My application runs as expected when invoked with the “go run main.go” command.
However, I receive an “Invalid argument” error when I attempt to manually launch the binary file generated as a result of running “go install”. Instead, if I run “go build” (which I understand to be essentially the same thing, with a few exceptions) and then invoke the resulting binary, the application launches as expected.
I’m invoking the file from within the $GOPATH/bin/ folder as follows:
./myapp
I’ve also added $GOPATH/bin to the $PATH variable.
I have also moved the binary from $GOPATH/bin/ to the src folder, and successfully run it from there.
The Linux instance is a 64-bit instance, and I have installed the corresponding Go 64-bit installation.
go build builds everything (that is, all dependent packages), then produces the resulting executable files and then discards the intermediate results (see this for an alternative take; also consider carefully reading outputs of go help build and go help install).
go install, on the contrary, uses precompiled versions of the dependent packages, if it finds them; otherwise it builds them as well, and installs under $PATH/pkg. Hence I might suggest that go install sees some outdated packages which screw the resulting build.
Consider running go install ./... in your $GOPATH/src.
Or may be just selective go install uri/of/the/package for each dependent package, and then retry building the executable.