Fork of ipxe; additional commands and features https://git.openslx.org/openslx-ng/ipxe.git/atom/src/interface?h=v0.9.6 2008-11-19T19:33:05+00:00 2008-11-19T19:33:05+00:00 Michael Brown 2008-11-19T19:33:05+00:00 urn:sha1:0ebbbb95fa03622423154a3e56251dd58832654d Remove various 32-bit assumptions scattered throughout the codebase. The code is still not necessarily 64-bit clean, but will at least compile. 2008-11-19T19:22:49+00:00 Michael Brown 2008-11-19T03:45:44+00:00 urn:sha1:3f85626fa95cb356a655d3538db6f05231f07003 EFI_STATUS is defined as an INTN, which maps to UINT32 (i.e. unsigned int) on i386 and UINT64 (i.e. unsigned long) on x86_64. This would require a cast each time the error status is printed. Add efi_strerror() to avoid this ickiness and simultaneously enable prettier reporting of EFI status codes. 2008-11-19T19:15:44+00:00 Michael Brown 2008-11-19T02:22:56+00:00 urn:sha1:b59e0cc56eb6d5f3b6f934722931f6919309ffd2 This brings us in to line with Linux definitions, and also simplifies adding x86_64 support since both platforms have 2-byte shorts, 4-byte ints and 8-byte long longs. 2008-11-18T22:27:02+00:00 Michael Brown 2008-11-18T22:27:02+00:00 urn:sha1:446b6d5fddb95901e8874475597c75ed3cacfdde The initial PXE implementation in Etherboot had the goal of being architecture-agnostic, but this goal has not been realised. 2008-11-08T05:30:30+00:00 Michael Brown 2008-11-08T02:18:30+00:00 urn:sha1:9a52ba0cfac0fffb39b5a4c148ec7641bcc38381 netdev_rx_err() and netdev_tx_complete_err() get passed the error code, but currently use it only in debug messages. Retain error numbers and frequencey counts for up to NETDEV_MAX_UNIQUE_ERRORS (4) different errors for each of TX and RX. This allows the "ifstat" command to report the reasons for TX/RX errors in most cases, even in non-debug builds. 2008-10-16T04:38:23+00:00 Michael Brown 2008-10-16T04:38:23+00:00 urn:sha1:c99b16c9749c26ff86864d636179b9b08f7dd33f This implementation is tested and working, but not currently tied in to the EFI build. 2008-10-16T04:13:40+00:00 Michael Brown 2008-10-15T03:17:48+00:00 urn:sha1:3a505dfc350cc9c720c170660f0c779ec32a4bfd EFI requires us to be able to specify the source address for individual transmitted packets, and to be able to extract the destination address on received packets. Take advantage of this to rationalise the push() and pull() methods so that push() takes a (dest,source,proto) tuple and pull() returns a (dest,source,proto) tuple. 2008-10-13T09:24:14+00:00 Michael Brown 2008-10-12T00:55:55+00:00 urn:sha1:81d92c6d34f9ce68f7c2bbd5b92352b3a631bcd0 We have EFI APIs for CPU I/O, PCI I/O, timers, console I/O, user access and user memory allocation. EFI executables are created using the vanilla GNU toolchain, with the EXE header handcrafted in assembly and relocations generated by a custom efilink utility. 2008-09-23T03:15:56+00:00 Michael Brown 2008-09-23T03:15:56+00:00 urn:sha1:a2f9bf70d75c94e7d7a0d67fe293b1300cb6fe27 At least one Dell system calls the UNDI loader entry point with the BIOS console disabled. The serial console is active only after a call to initialise(), so move the debug message in undi_loader() so that it can be displayed via the serial console. 2008-08-21T15:52:08+00:00 Michael Brown 2008-08-21T15:52:08+00:00 urn:sha1:0ffc3f6285cb39af55547243201783e418aff8b9