so we'll know when it's time to switch from 'slow' command mode to normal.
Change some settings for configuration printfs and debug levels. Redo the
internal ispscsicmd return definitions and let isp_cmd translate them as
approrpriate to NetBSD values. Remove the inline functions from here- they're
now in isp_inline.h. Put in the start of the correct SWIZZLE/UNSWIZZLE
functions.
Redo how we start commands- do a 'slow' start function which then
looks to see when we're done the configuration process at which point
it *then* enables sync/wide mode. Set the max openings amount to the
true max openings- not a synthetic. Add a timeout driven command requeue
function so that Loop Down events well freeze things until a later point
in time where they might be restarted.
isp_fastpost_complete function to include a handle. Do some
isr register debouncing. Use new inline functions for xflist
handle storage. Remove isp_dumpxflist function. Do some fixups
of NVRAM from some broken cards. Use Full Login after LIP option
for FC cards if f/w < 1.17 - there's a f/w bug that causes the
port database to not be actually refreshed for local loop devices!
Do the appropriate endian swizzling for the ICB. Ditto for SNS structures
(these are no-ops until UltraSparc PCI needs them).
defines to get max luns for a card. Make sure the RESULT_QUEUE_LEN is not less
than 64- I've seen breakage with that. Move the temp port database stuff
into the softc (ick). Remove most of the target mode stuff. Make xflist
storage an external outer layer thing (since it will now be allocated based
upon the maximum commands that this HBA can support rather than request
queue size).
back into the packet. (ip_output() clears it since ipsec reuses that
packet field in the output path. by putting it back, we're going to
pretend we're back on the input path now).
the correct "read eeprom" opcode on the RoadRunner (which has a larger
EEPROM, and thus needs a different opcode to make room for the larger
offsets).
- Reset and enable the MII before probing for PHYs, and reset and enable
the MII in epinit().
- Be more conservative when resetting the interface after a transmit error.
Based on PR #8331, from Ryoji KATO.
Closer on 3c574, probably will work fine with the 3CCFEM556BI (which
won't have an older rev TDK Semi PHY, and which was tested by the author
of the PR).
make ntfs_ntref() real function and properly lock ip->i_interlock when
updating ip->i_usecount
g/c ntfs_uustricmp()
make ntfs_uastr[i]cmp() static, rename arguments to be a bit more mnemonic
add couple of casts to NTFS_TOUPPER() and ntfs_uastr[i]cmp() - this
corrects couple of cases when open()/stat() failed for
files which apparently existed and even showed in ls output
ntfs_ntlookup(): initialize ip properly if ntnode is found in hash table,
so that debug prints doesn't print garbage in that case
some whitespace policy
With nfsv2, the nfsm_reply() macro always causes the service routine
to return if error was nonzero.
With nfsv3, we can keep going after nfsm_reply() without returning,
but nqnfsrv_getlease() didn't take this into account, so add a
return(0) after each error-case nfsm_reply(0).
stack-allocate a sockaddr_storage for the temporary sockaddr rather
than putting it in an mbuf.
neighbor discovery wants to delete expired ifa's from a timeout
handler. allowing rtinit(RTM_DELETE, ...) to run at interrupt level
allows this to work.
i think we can afford the extra ~128 bytes of stack depth ..
shared by several fnodes when the file is simultaneonsly opened by
several callers and different "attributes" (a.k.a. resource forks)
are requested. They have been converted to use lockmgr()-style locking.
guard the setting and checking of i_usecount by simplelock; as
situation where there would be several users of same ntnode is
extremery rare, it's not worth the efford to change the code to
hold the (exclusive) lock only when it's needed
* in struct fnode, g/c f_dev & f_type (former is already in ntnode,
latter is in parent vnode), move f_devvp from struct fnode into
struct ntnode (no reason this should be copied in each fnode)
do a gross hack which allows seemingly-broken quantum drives to function
with this driver. The gross hack is to disable tagged queueing completely
when QUEUE FULL is received. That costs performance on drives which
do tagged queueing properly and which return QUEUE FULL, but given the way
this driver works it's seems to be the only thing short of significant
recoding which will make it function with the quantum drives in question.
2. pull in a fix from FreeBSD:
revision 1.18
date: 1999/09/17 18:04:14; author: wpaul; state: Exp; lines: +3 -3
Remember to account for ETHER_ALIGN when setting the maxmimum packet
length for mini receive ring. The max length was MHLEN, however the mbufs
are actually shortened to MHLEN - ETHER_ALIGN to force payload alignment.
mjacob