da6e4b77bb
16-bit mode. Technically, pcn_probe() is destructive because once the chip goes into 32-bit mode, the only way to get it out again is a hardware reset. And once the device is in 32-bit mode, the lnc driver won't be able to talk to it. So if pcn_probe() is called before the lnc probe routine, and pcn_probe() rejects the chip as one it doesn't support, the lnc driver will be SOL. I don't like this. I think it's a design flaw that you can't switch the chip out of 32-bit mode once it's selected. The only 'right' solution is for the pcn driver to support all of the PCI devices in 32-bit mode, however I don't have samples of all the PCnet series cards for testing. |
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.. | ||
agp_ali.c | ||
agp_amd.c | ||
agp_i810.c | ||
agp_if.m | ||
agp_intel.c | ||
agp_sis.c | ||
agp_via.c | ||
agp.c | ||
agppriv.h | ||
agpreg.h | ||
agpvar.h | ||
alpm.c | ||
amd.c | ||
amd.h | ||
cy_pci.c | ||
cy_pcireg.h | ||
dc21040reg.h | ||
ide_pcireg.h | ||
if_ar_p.c | ||
if_dc.c | ||
if_dcreg.h | ||
if_de.c | ||
if_devar.h | ||
if_en_pci.c | ||
if_fxp.c | ||
if_fxpreg.h | ||
if_fxpvar.h | ||
if_mn.c | ||
if_pcn.c | ||
if_pcnreg.h | ||
if_rl.c | ||
if_rlreg.h | ||
if_sf.c | ||
if_sfreg.h | ||
if_sis.c | ||
if_sisreg.h | ||
if_sk.c | ||
if_skreg.h | ||
if_sr_p.c | ||
if_ste.c | ||
if_stereg.h | ||
if_ti.c | ||
if_tireg.h | ||
if_tl.c | ||
if_tlreg.h | ||
if_tx.c | ||
if_txvar.h | ||
if_vr.c | ||
if_vrreg.h | ||
if_wb.c | ||
if_wbreg.h | ||
if_wx.c | ||
if_wxreg.h | ||
if_wxvar.h | ||
if_xl.c | ||
if_xlreg.h | ||
intpm.c | ||
intpmreg.h | ||
isp_pci.c | ||
locate.pl | ||
meteor_reg.h | ||
meteor.c | ||
ncr.c | ||
ncrreg.h | ||
ohci_pci.c | ||
pci_compat.c | ||
pci_if.m | ||
pci.c | ||
pcib_if.m | ||
pcic_p.c | ||
pcic_p.h | ||
pcireg.h | ||
pcisupport.c | ||
pcivar.h | ||
scsiiom.c | ||
simos.c | ||
simos.h | ||
ti_fw2.h | ||
ti_fw.h | ||
uhci_pci.c | ||
xmaciireg.h | ||
xrpu.c |