for DEC-based chips, and to have tlp available for tulip clones. The change
in GENERIC is such that TLP_MATCH options are commented out (allowing de to
attach to DEC-based chips), and change in is INSTALL such that de is present
and TLP_MATCH options are commented out.
The addition of de in INSTALL increases its compressed size by about 17 KB.
Primarily the goal is to have INSTALL and GENERIC use the same device.
This will fix PR port-macppc/10779.
It has been tested with the 1.5.3_ALPHA GENERIC and INSTALL kernels on my
PowerMacintosh 7300 with a 21140A (now de, previously tlp) and a
Lite-On 82C115 (tlp).
de0 at pci0 dev 15 function 0
de0: interrupting at irq 25
de0: Asante 21140A [10-100Mb/s] pass 2.2
de0: address 00:00:94:a4:03:35
de0: enabling 10baseT port
tlp0 at pci0 dev 14 function 0: Lite-On 82C115 Ethernet, pass 2.5
tlp0: interrupting at irq 24
tlp0: Ethernet address 00:00:94:b6:16:ef
tlp0: 10baseT, 10baseT-FDX, 100baseTX, 100baseTX-FDX
export the label we use for that purpose, otherwise, that smart gas will
change it to a relative jump, which does basically nothing.
I can finally boot NetBSD/amiga ELF. (Yippee!)
While there, test if we are a 68851 before we invalidate the TLB,
instead of doing it between the TLB flush and the data cache flush.
an interrupt anyway, just in case. Otherwise, report the timout condition.
This works around a problem in my ibook if a key is pressed after boot
and before adb is configured, such as when booting with -d.
this fixes calling OF_finddevice() with invalid devices,
and as a result fixes booting with -d.
Apparently openfirmware expects persistence of sprg2 and/or sprg3
I suspect this is used when handling exceptions
translation, get rid of sbus_bus_addr. Since sbus_bus_addr is used by
framebuffer drivers that are shared with sparc64 we cannot just change
the callers to use BUS_ADDR() w/out coordinating the change with
sparc64 that uses a different calling protocol, so stub our
sbus_bus_addr to just return BUS_ADDR.
which will cause the values of tf_pc and tf_npc set here in cpu_fork()
to be restored and used to return to user space from sigreturn() eventually
(before that the tf_pc and tf_npc set in sendsig() will be used in
proc_trampoline()).
Also, the fork system call never uses the SYSCALL_G2RFLAG shortcut, so drop
the code handling that.
(instead of `tf_npc') contains the user-space return address. This ensures
entering the signal trampoline code correctly in case we take handled
signal during child_return().
