src - OpenBSD base system

Age	Commit message (Expand)	Author
2010-02-08	When initialising the chip actually set the hardware MAC address, thus	Joel Sing
2010-02-03	Use nitems.	Joel Sing
2009-11-24	Bring multicast/promisc handling in line with other network drives.	Joel Sing
2009-04-12	Remove erroneous spaces.	Joel Sing
2009-03-29	make various strings ("can't map mem space" and similar) more consistent	Stuart Henderson
2008-11-28	Eliminate the redundant bits of code for MTU and multicast handling	Brad Smith
2008-10-07	If we fail to read the MAC address from the eeprom, fallback to reading	Joel Sing
2008-10-02	First step towards cleaning up the Ethernet driver ioctl handling.	Brad Smith
2008-09-10	Convert timeout_add() calls using multiples of hz to timeout_add_sec()	Bret Lambert
2008-09-01	Finish the rest... ATL2 -> LII	Brad Smith
2008-07-17	Remove clause 3 from NetBSD license.	Joel Sing
2008-06-30	Teach lii(4) how to clean up after itself.	Joel Sing
2008-06-10	Rename access macros so that they match the driver name.	Joel Sing
2008-05-20	Add multicast support to lii(4), with suggestions/changes from brad@.	Joel Sing
2008-05-15	- Use pci_matchbyid().	Brad Smith
2008-05-13	The driver is called lii, not atl2. Change function and variable names to	Joel Sing
2008-04-03	Ensure that we wrap around to the start of the TXD buffer when incrementing	Joel Sing
2008-03-30	Add code to configure the vendor specific opcodes of the SPI Flash.	Joel Sing
2008-03-30	Enable setting of interrupt timers.	Joel Sing
2008-03-30	Pad the RXD buffer so that packets are aligned on a 128-byte boundary. This	Joel Sing
2008-01-05	even better attach message location	Theo de Raadt
2008-01-05	print info in attach before if_attach	Theo de Raadt
2008-01-04	read the hardware mac address into the drivers ac_enaddr thing rather than	David Gwynne
2008-01-04	we have pci_vpd_read now. get rid of the (bad) comment that left it out	David Gwynne
2007-12-31	use OpenBSD rcs id's	Jasper Lievisse Adriaanse
2007-12-31	lii(4) is a driver for the atheros l2 ethernet chip as found on the asus	David Gwynne