Correction, it doesn't fix the duplicated mount point issue, only
another special case, but at least that one completely.
** Description changed:
Binary package hint: mountall
I'm using pam_namespaces in my PAM configuration (mainly to have /tmp and
/var/tmp mapped into my encrypted $HOME,
so that private temp files do not end up on the not yet encrypted root
partition). However, having different namespaces
means that udisks will run in a different namespace than my user, so it will
mount removable drives (like DVD) in the
other namespace than mine - resulting in e.g. the file manager being unable
to open the newly mounted (but yet unreachable)
directory. To solve this, I created another /media mount point on /tmp and
was planning to call mount --make-shared on it,
to make these mounts show through. Googling a little, I found that
none /media tmpfs defaults,noexec,nodev,auto 0 0
none /media none make-shared 0 0
should solve my issue - which mount -a confirms to be correct. However,
mountall has two issues: it will ignore all lines
- except the last for the same mount point, and it will do nothing with fstype
= none, since such a file system is indeed unkown -
+ except the last for the same mount point, and it will do nothing with fstype
= none, since such a file system is indeed unknown -
it does not understand the special syntax.
** Description changed:
Binary package hint: mountall
I'm using pam_namespaces in my PAM configuration (mainly to have /tmp and
/var/tmp mapped into my encrypted $HOME,
- so that private temp files do not end up on the not yet encrypted root
partition). However, having different namespaces
- means that udisks will run in a different namespace than my user, so it will
mount removable drives (like DVD) in the
- other namespace than mine - resulting in e.g. the file manager being unable
to open the newly mounted (but yet unreachable)
- directory. To solve this, I created another /media mount point on /tmp and
was planning to call mount --make-shared on it,
- to make these mounts show through. Googling a little, I found that
+ so that private temp files do not end up on the not yet encrypted root
partition). However, having different namespaces means that udisks will run in
a different namespace than my user, so it will mount removable drives (like
DVD) in the other namespace than mine - resulting in e.g. the file manager
being unable to open the newly mounted (but yet unreachable) directory. To
solve this, I created another /media mount point on /tmp and was planning to
call mount --make-shared on it, to make these mounts show through. Googling a
little, I found that
none /media tmpfs defaults,noexec,nodev,auto 0 0
none /media none make-shared 0 0
- should solve my issue - which mount -a confirms to be correct. However,
mountall has two issues: it will ignore all lines
- except the last for the same mount point, and it will do nothing with fstype
= none, since such a file system is indeed unknown -
- it does not understand the special syntax.
+ should solve my issue - which mount -a confirms to be correct. However,
mountall has two issues: it will ignore all lines except the last for the same
mount point, and it will do nothing with fstype = none, since such a file
system is indeed unknown - it does not understand the special syntax.
** Description changed:
Binary package hint: mountall
- I'm using pam_namespaces in my PAM configuration (mainly to have /tmp and
/var/tmp mapped into my encrypted $HOME,
- so that private temp files do not end up on the not yet encrypted root
partition). However, having different namespaces means that udisks will run in
a different namespace than my user, so it will mount removable drives (like
DVD) in the other namespace than mine - resulting in e.g. the file manager
being unable to open the newly mounted (but yet unreachable) directory. To
solve this, I created another /media mount point on /tmp and was planning to
call mount --make-shared on it, to make these mounts show through. Googling a
little, I found that
+ I'm using pam_namespaces in my PAM configuration (mainly to have /tmp and
/var/tmp mapped into my encrypted $HOME, so that private temp files do not end
up on the not yet encrypted root partition). However, having different
namespaces means that udisks will run in a different namespace than my user, so
it will mount removable drives (like DVD) in the other namespace than mine -
resulting in e.g. the file manager being unable to open the newly mounted (but
yet unreachable) directory. To solve this, I created another /media mount point
on /tmp and was planning to call mount --make-shared on it, to make these
mounts show through. Googling a little, I found that
none /media tmpfs defaults,noexec,nodev,auto 0 0
none /media none make-shared 0 0
should solve my issue - which mount -a confirms to be correct. However,
mountall has two issues: it will
