I have an old executable that\'s scheduled for the scrap heap, but it\'s not there yet. It relies on some libs that have been removed from my environment, but I have some st
There is a more universal tool than chrpath called patchelf. It was originally created for use in making packages for Nix and NixOS (packaging system and a GNU/Linux distribution).
In case there is no rpath in a binary (here called rdsamp), chrpath fails:
chrpath -r '$ORIGIN/../lib64' rdsamp
rdsamp: no rpath or runpath tag found.
On the other hand,
patchelf --set-rpath '$ORIGIN/../lib64' rdsamp
succeeds just fine.
This worked for me, replacing XORIGIN with $ORIGIN.
chrpath -r '\$\ORIGIN/../lib64' httpd
There is a tool called chrpath which can do this - it's probably available in your distribution's packages.
Just like @user7610 said, the right way to go is the patchelf tool.
But, I feel that I can give a more comprehensive answer, covering all the commands one needs to do exactly that.
For a comprehensive article on the subject, click here
First of all, many developers talk about RPATH, but they actually mean RUNPATH. These are two different optional dynamic sections, and the loader handles them very differently. You can read more about the difference between them in the link I mentioned before.
For now, just remember:
RUNPATH is set, RPATH is ignoredRPATH is deprecated and should be avoidedRUNPATH is preferred because it can be overridden by LD_LIBRARY_PATHSee the current R[UN]PATH
readelf -d <path-to-elf> | egrep "RPATH|RUNPATH"
Clear the R[UN]PATH
patchelf --remove-rpath <path-to-elf>
Notes:
RPATH and RUNPATHAdd values to R[UN]PATH
patchelf [--force-rpath] --set-rpath "<desired-rpath>" <path-to-elf>
Notes:
<desired-path> is a comma separated directories list, e.g: /my/libs:/my/other/libs--force-rpath, sets RPATH, otherwise sets RUNPATH