forbidden by current policy to call "ldconfig" at this
time. When a package is installed or upgraded, "postinst
configure" runs after the new files are safely on-disk.
- The postinst can also be called to recover from a failed
- upgrade. This happens before any new files are unpacked,
- so there is no reason to call "ldconfig" at this point.
- For a package that is being removed, prerm is called with
- all the files intact, so calling ldconfig is useless. The
- other calls to "prerm" happen in the case of upgrade at a
- time when all the files of the old package are on-disk, so
- again calling "ldconfig" is pointless. If An installed
- shared lib has been removed from the system just before
- "postrm remove" is run. This is the proper time to call
- "ldconfig" to notify the system of that fact. The postrm
- can be called at several other times. At the time of
- "postrm purge", "postrm abort-install", or "postrm
+ Since it is perfectly safe to invoke ldconfig
+ unconditionally in a postinst, it is OK for a package to
+ simply put ldconfig in its postinst without checking the
+ argument. The postinst can also be called to recover from
+ a failed upgrade. This happens before any new files are
+ unpacked, so there is no reason to call "ldconfig" at this
+ point. For a package that is being removed, prerm is
+ called with all the files intact, so calling ldconfig is
+ useless. The other calls to "prerm" happen in the case of
+ upgrade at a time when all the files of the old package
+ are on-disk, so again calling "ldconfig" is pointless. If
+ An installed shared lib has been removed from the system
+ just before "postrm remove" is run. This is the proper
+ time to call "ldconfig" to notify the system of that fact.
+ The postrm can be called at several other times. At the
+ time of "postrm purge", "postrm abort-install", or "postrm
abort-upgrade", calling "ldconfig" is useless because the
shared lib files are not on-disk. However, when "postrm"
is invoked with arguments "upgrade", "failed-upgrade", or