dtags | Command-line tool for tagging directories | Command Line Interface library

Find the solution for parallel execution with cucumber 7 and serenity junit 4. Below pom.xml is tested and working to execute parallel. According to this pom.xml to execute two ways:

1. locally - add to your runner in tags tag you want to run and then execute this command mvn clean verify

2. mvn clean verify -Dtags="@yourtagHere"

Working pom.xml:

Setting the variable CC is insufficient- you also need to set LDSHARED as well. Your pip install command should look like:

Just to share, not sure it will help you. However it shows that in standard conditions it is possible to use the conda gcc as described in the documentation instead of the system gcc.

By setting DT_RUNPATH you are telling the loader that each of your binaries is linked with all of its dependencies.

But that isn't true for libC.so -- it (apparently) doesn't have DT_RUNPATH of its own.

I can link the libraries C and D statically, ... But is there a better way?

Yes: link libC.so with correct DT_RUNPATH (if libC.so and libD.so are in the same directory, then -Wl,-rpath,\$ORIGIN will work for libC.so as well).

Update:

The problem is that I may not have the source or the properly compiled object files of libC

In that cause you should use RPATH instead of RUNPATH. Unlike the latter, the former applies to the object itself and to all dependencies of that object.

In other words, using --enable-new-dtags is wrong in this case -- you want the opposite.

In this case, there is no solution (besides static linking); correct?

The other solution (besides using RPATH) is to set LD_LIBRARY_PATH in the environment.

Update 2:

Difference between RPATH and RUNPATH

The difference is explained in the ld.so man page:

From your build output it seems that some of the valhalla libraries depend on each other, and those dependencies are not reflected in your CMakeLists.txt. For example, the Tyr library seems to depend at least on the Baldr, Loki, Thor and Odin libraries (as can be seen from the names of the undefined symbols you get). To reflect this dependency you should add something like this to your CMakeLists.txt file:

I had to convert the crt file to der format first

To link against libxcb.so (or other libraries), you'd need to have this very file present (ie. not libxcb.so.1 or other specific versions).

Because that's usually only needed for development purposes, Alpine provides these symlinks in the -dev packages.

Running

Recompile rpy2 locally, with a linker flag to explicate which R library to link to.

Inspired by the blog post https://thomas-cokelaer.info/blog/2012/01/installing-rpy2-with-different-r-version-already-installed/ I decided to recompile rpy2 from source, and supply the R path as an environment variable to the compilation.

Linux kernel devices trees are located in :