to the MD include/cpu.h.
Also make sure that grf_cvreg.h includes cpu.h as it is needed by Xamiga
in xsrc/xfree/xc/programs/Xserver/hw/netbsd/amiga/s3/amigaCV.h.
it currently complains about an unknown command and prints a usage if the
password is entered wrong:
...
Choose an option; RETURN for default; SPACE to stop countdown.
Option 1 will be chosen in 0 seconds.
Password: *
Password: *
Password: *
unknown command
commands are:
boot [xdNx:][filename] [-12acdqsvxz]
(ex. "hd0a:netbsd.old -s"
ls [path]
dev xd[N[x]]:
consdev {pc|com[0123]|com[0123]kbd|auto}
modules {enabled|disabled}
load {path_to_module}
multiboot [xdNx:][filename] [<args>]
help|?
quit
Choose an option; RETURN for default; SPACE to stop countdown.
Option 1 will be chosen in 0 seconds.
...
This is confusing, plus someone may use it to determine bits of
information about the system. What should happen instead is that the user
is informed that the password is wrong:
...
Choose an option; RETURN for default; SPACE to stop countdown.
Option 1 will be chosen in 0 seconds.
Password: ****
Password: ****
Password: ****
Wrong password.
Choose an option; RETURN for default; SPACE to stop countdown.
...
Implement the latter behaviour.
on the amount of physical memory and limited by NMBCLUSTERS if present.
Architectures without direct mapping also limit it based on the kmem_map
size, which is used as backing store. On i386 and ARM, the maximum KVA
used for mbuf clusters is limited to 64MB by default.
The old default limits and limits based on GATEWAY have been removed.
key_registered_sb_max is hard-wired to a value derived from 2048
clusters.
virtual mappings to access them.
- with the above fxied, kill SCHIZO_BUS_SPACE_BROKEN, and introduce
an options CHEETAH for now, that disables the SPITFIRE code in locore.
- merge schizo_init() into schizo_attach() and clean up the softc a bit.
with this we are only one more step away from GENERIC booting on USIII
machines.
amiga_membarrier() enforces a reorder protection on memory read/writes.
amiga_cpu_sync() makes sure the instruction pipelines are flushed.
Both macros may be used in all amiga device drivers for compatibility with
amigappc. For the start I fixed some SCSI drivers.
cbiiisc and ahsc were tested and seem to work really fast with DMA now.
Some stability problems with amigappc remain nevertheless (spontaneous
kernel DSI traps with high CPU/SCSI load).
and no longer on IRQ 0-13.
Fixed interrupt levels in amigappc_install_handlers() (IPL_SOFTxxx was very
bad!).
Compilation with all (most?) amiga devices was tested and fixed.
Some smaller fixes.
Status:
With Cybervision64 and A3000 SBIC SCSI (with DMA disabled) the system
reaches multiuser!
Lots of problems left...
sp_tlb_flush_pte_usiii() and switchtoctx_us()/switchtoctx_usiii() and
implement the latter while i'm here. it works ... sometimes i think,
but also sometimes panics/hangs.
- fix a comment in sparc64_ipi_flush_pte_usiii()
- sparc64_ipi_flush_pte() becomes sparc64_ipi_flush_pte_us() and
sparc64_ipi_flush_pte_usiii()
- add some commented out code to disable interrupts and raise the traplevel
in sparc64_ipi_flush_pte_usiii()
- cache_flush_phys() was missing a little of code in the cheetah case
in a bunch more cases
- make sparc64_ipi_halt_thiscpu() and sparc64_ipi_pause_thiscpu() return void,
their callers never checked anyway.
- remove prototypes for sparc64_ipi_flush_ctx() and sparc64_ipi_flush_all(),
there are no such functions
