Consider a directory configured as:
drwx-ws---+ 2 henson cpp 3 Jan 23 12:35 dropbox/
user:henson:rwxpdDaARWcC--:f-i----:allow
owner@:--------------:f-i----:allow
group@:--------------:f-i----:allow
everyone@:--------------:f-i----:allow
owner@:rwxpdDaARWcC--:-di----:allow
group:cpp:-wx-----------:-------:allow
owner@:rwxpdDaARWcC--:-------:allow
A new file created in this directory ends up looking like:
rw-r--r-+ 1 astudent cpp 0 Jan 23 12:39 testfile
user:henson:rw-pdDaARWcC--:------I:allow
owner@:--------------:------I:allow
group@:--------------:------I:allow
everyone@:--------------:------I:allow
owner@:rw-p--aARWcCos:-------:allow
group@:r-----a-R-c--s:-------:allow
everyone@:r-----a-R-c--s:-------:allow
with extraneous group@ and everyone@ entries allowing read access that
shouldn't exist.
Per Albert Lee on the zfs mailing list:
"aclinherit=passthrough/passthrough-x should still
ignore the requested mode when an inheritable ACE for owner@ group@,
or everyone@ is present in the parent directory.
It appears there was an oversight in my fix for
https://www.illumos.org/issues/6764 which made calling zfs_acl_chmod
from zfs_acl_inherit unconditional. I think the parent ACL check for
aclinherit=passthrough needs to be reintroduced in zfs_acl_inherit."
We have a large number of faculty who use dropbox directories like the example
to have students submit projects. All of these directories are now allowing