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64edff948b
SIM (as is true for the 1280 and the 12160), then I have to have separate flags && status for *both* busses. *Whap*. Implement condition variables for coordination with some target mode events. It's nice to use these and not panic in obscure little places in the kernel like 'propagate_priority' just because we went to sleep holding a mutex, or some other absurd thing. Remove some bogus ISP_UNLOCK calls. *Whap*. No longer require that somebody do a lun enable on the wildcard device to enable target mode. They are, in fact, orthogonal. A wildcard open is a statement that somebody upstream is willing to accept commands which are otherwise unrouteable. Now, for QLogic regular SCSI target mode, this won't matter for a damn because we'll never see ATIOs for luns we haven't enabled (are listening for, if you will). But for SCCLUN fibre channel SCSI, we get all kinds of ATIOs. We can either reflect them back here with minimal info (which is isp_target.c:isp_endcmd() is for), or the wildcard device (nominally targbh) can handle them. Do further checking against firmware attributes to see whether we can, in fact, support target mode in Fibre Channel. For now, require SCCLUN f/w to supoprt FC target mode. This is an awful lot of change, but target mode *still* isn't quite right. MFC after: 4 weeks |
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| .. | ||
| isp_freebsd.c | ||
| isp_freebsd.h | ||
| isp_inline.h | ||
| isp_ioctl.h | ||
| isp_pci.c | ||
| isp_target.c | ||
| isp_target.h | ||
| isp_tpublic.h | ||
| isp.c | ||
| ispmbox.h | ||
| ispreg.h | ||
| ispvar.h | ||