Carnegie Mellon University. Full RAID implementation, including
levels 0, 1, 4, 5, 6, parity logging, and a few other goodies.
Ported to NetBSD by Greg Oster.
raidctl is our userland configuration tool for RAIDframe.
Carnegie Mellon University. Full RAID implementation, including
levels 0, 1, 4, 5, 6, parity logging, and a few other goodies.
Ported to NetBSD by Greg Oster.
First cut at a reasonable man-page.
Carnegie Mellon University. Full RAID implementation, including
levels 0, 1, 4, 5, 6, parity logging, and a few other goodies.
Ported to NetBSD by Greg Oster.
attempt results in the up and down arrows not repeating in the X server.
The keyboard division table is modified to place the Right-Shift keycode
into division 6 along with the Left-Shift and Control. A corresponding
change to the X server lk201 keyboard handler is also required.
a fifo of component buffers, and free them if ccdbuffer() fails. Once
all component buffers are build, run through the fifo and fire off the
requests to the components.
better mirroring solution.
The ccd driver will stay, even in the presence of RAIDframe, for applications
where just RAID-0 is needed (much smaller code footprint).
Document that only the 8 least significant bits are used in the key generation
and that the return value is (key_t)-1
[this is to fix K&R vs. ansi compilation and lint warnings]
if the chip is reset while transmitting.
XXX
This occurs at boot time because the SIOCADDMULTI always resets the interface
when adding the `all hosts groups' -- usually while the ARP packet is being
transmitted. All drivers should be fixed to not reset the interface when
changing the multicast filter, if possible.
GC all of the backward branch code (which wasn't used).
Separate the a.out stuff into a separate .h file.
Some other random cleanup.
Leave the arm_preserved_register() hack for now.
