Changes in Makefile

Changes in Makefile http://nxr.netbsd.org/rss/src/tests/sbin/Makefile en Copyright 2005 Java Verify that PR kern/52150 is no longer present. /src/tests/sbin/Makefile - 1.9 Thu Jun 25 17:08:32 UTC 2020 jruoho Add a test case for PR kern/53410. /src/tests/sbin/Makefile - 1.8 Thu Jun 25 15:01:35 UTC 2020 jruoho Add gpt tests /src/tests/sbin/Makefile - 1.7 Fri Dec 04 17:20:38 UTC 2015 christos Add testcase for PR/46743 /src/tests/sbin/Makefile - 1.6 Sat Jul 28 16:08:40 UTC 2012 njoly branches: 1.5.4; Add a test case for PR kern/44946. This tests that common first level sysctl nodes (ddb, hw, machdep, etc.) are not writable by a normal user. /src/tests/sbin/Makefile - 1.5 Mon May 09 17:53:54 UTC 2011 jruoho A test for non-critical/low PR bin/42179. /src/tests/sbin/Makefile - 1.4 Tue May 03 07:56:42 UTC 2011 jruoho Add a test for non-critical/low PR bin/43141. /src/tests/sbin/Makefile - 1.3 Tue May 03 06:13:06 UTC 2011 jruoho merge the bouyer-quota2 branch. This adds a new on-disk format to store disk quota usage and limits, integrated with ffs metadata. Usage is checked by fsck_ffs (no more quotacheck) and is covered by the WAPBL journal. Enabled with kernel option QUOTA2 (added where QUOTA was enabled in kernel config files), turned on with tunefs(8) on a per-filesystem basis. mount_mfs(8) can also turn quotas on. See http://mail-index.netbsd.org/tech-kern/2011/02/19/msg010025.html for details. /src/tests/sbin/Makefile - 1.2 Sun Mar 06 17:08:41 UTC 2011 bouyer branches: 1.1.2; Add some basic tests of resize_ffs(8). The 'grow' test does nothing more than create an empty file system, grow it, and makes sure fsck finds the result clean. The 'shrink' test does likewise for shrinking, but is an expected failure at the moment due to PR bin/44177. /src/tests/sbin/Makefile - 1.1 Tue Nov 30 23:17:27 UTC 2010 riz Snapshot of work in progress on a modernised disk quota system: - new quotactl syscall (versionned for backward compat), which takes as parameter a path to a mount point, and a prop_dictionary (in plistref format) describing commands and arguments. For each command, status and data are returned as a prop_dictionary. quota commands features will be added to take advantage of this, exporting quota data or getting quota commands as plists. - new on disk-format storage (all 64bit wide), integrated to metadata for ffs (and playing nicely with wapbl). Quotas are enabled on a ffs filesystem via superblock flags. tunefs(8) can enable or disable quotas. On a quota-enabled filesystem, fsck_ffs(8) will track per-uid/gid block and inode usages, and will check and update quotas in Pass 6. quota usage and limits are stored in unliked files (one for users, one for groups)l fsck_ffs(8) will create the files if needed, or free them if needed. This means that after enabling or disabling quotas on a filesystem; a fsck_ffs(8) run is required. quotacheck(8) is not needed any more, on a unclean shutdown fsck or journal replay will take care of fixing quotas. newfs(8) can create a ready-to-mount quota-enabled filesystem (superblock flags are set and quota inodes are created). Other new features or semantic changes: - default quota datas, applied to users or groups which don't already have a quota entry - per-user/group grace time (instead of a filesystem global one) - 0 really means "nothing allowed at all", not "no limit". If you want "no limit", set the limit to UQUAD_MAX (tools will understand "unlimited" and "-") A quota file is structured as follow: it starts with a header, containing a few per-filesystem values, and the default quota limits. Quota entries are linked together as a simple list, each entry has a pointer (as an offset withing the file) to the next. The header has a pointer to a list of free quota entries, and a hash table of in-use entries. The size of the hash table depends on the filesystem block size (header+hash table should fit in the first block). The file is not sparse and is a multiple of filesystem block size (when the free quota entry list is empty a new filesystem block is allocated). quota entries to not cross filesystem block boundaries. In memory, the kernel keeps a cache of recently used quota entries as a reference to the block number, and offset withing the block. The quota entry itself is keept in the buf cache. fsck_ffs(8), tunefs(8) and newfs(8) supports are completed (with related atf tests :) The kernel can update disk usage and report it via quotactl(2). Todo: enforce quotas limits (limits are not checked by kernel yet) update repquota, edquota and rpc.rquotad to the new world implement compat_50_quotactl ioctl. update quotactl(2) man page fsck_ffs required fixes so that allocating new blocks or inodes will properly update the superblock and cg sumaries. This was not an issue up to now because superblock and cg sumaries check happened last, but now allocations or frees can happen in pass 6. /src/tests/sbin/Makefile - 1.1.2.1 Thu Jan 20 14:25:04 UTC 2011 bouyer sync with head /src/tests/sbin/Makefile - 1.5.4.1 Tue Oct 30 19:00:07 UTC 2012 yamt