Do not say that one should extract etc.tgz into a temporary directory
before running postinstall, postinstall does it itself.
Mention that sysinst runs "postinstall fix".
Pay closer attention to the TSIH value that is assigned by the target -
rather than a simple (session id + 1) value, which cycles after 16 sessions
are used, use a central counter, and increment that whenever a TSIH is
apportioned. This fixes some problems for me with multiple targets being
ignored, and only the first target being used. Tested with the Microsoft
initiator, and the embryonic NetBSD initiator.
Use more enumerated types, rather than cpp definitions.
Use enumerated types also in preference to magic numbers.
In the iSCSI test harness, use the -t argument to specify a disk target
exported by the NetBSD iSCSI target. This allows us to test for the
situation outlined above.
Add my copyright to the test harness - there's no Intel code left anymore.
Modify the way initiator login and logout information is presented to the
user. This is only of concern to people who use this with the target in
non-detached (non-daemon) mode.
Get rid of the MODE_SENSE_10 and MODE_SELECT_10 cases in the disk switch,
since they do not return responses in the correct format yet.
arch (rump)", so emulate it. But this is suboptimal. The crux of
the problem seems to be that types.h contains both information on
the machine architecture (which we want) as well as other defines
such as __HAVE_CPU_COUNTER (which we don't want).
alternative to the (vastly superior ;) continuation model. This
is very preliminary stuff and not compiled by default (which it
even won't do without some other patches I cannot commit yet).
The raison d'commit of the patch is a snippet which ensures proper
in-order dispatching of all operations, including those which don't
require a response. Previously many of them would be dispatched
simultaneosly, e.g. fsync and reclaim on the same node, which
obviously isn't all that nice for correct operation.
argument. Use this and replace the inline assembly (mul + div using the
64bit intermediate result) with normal 32bit multiplication and
division. The compiler can turn the division into a multiplication and
shift, making it even cheaper then the original assembly. For extreme
long delays, just use 64bit arithmetic.
