it with metadata in the pkb structure.  This is required since UNDI will
want to be able to parse the link-layer header without destroying it.

separate from a network device (a link-layer concept).

those functions we are likely to need.

Still need to come up with a way of getting the linker to create
static lists using this linking mechanism.

Add 'raw' net_addr facility (needed for ARP).

kernel.

Removed obsolete struct arprequest from if_arp.h and put it in nic.c so
that nic.c will still compile.  ARP will very shortly be handled by
net/arp.c instead.

Ethernet-and-IPv4-only ARP module.  :)

Added iSCSI testing.

blocks.

the real pcap_inject in the case where we do have it.

be transmitted.

Added set_ipaddr().

libpcap are lacking the function.  For now, we always use the
substitute version, since there's no easy way to determine whether or
not we need it.

the first standalong uIP-based protocol module.

the definition of it uses offsetof(), and the two concepts are related.

yet, in order to allow prototester.c to compile.  It might be worth
changing all the uses of "%@" in printf to use "%s" and inet_ntoa
instead, in order to improve the portability of our code.

Exclude proto/uip, since uip.c and uip_arp.c both have global variables
called "c", which screws up doxygen's auto-generation of links to file
documentation when it encounters a file name such as "hello.c".

tcp.h.

linker_assert() defined as gPXE-specific.

prototester.

-Obinary build anyway, so it doesn't waste any space).

individual options.

Created the embryonic beginnings of a cleanly separated driver and
protocol stack API.

hijack daemon) and a functional but very ugly and very primitive
wrapper around uIP.

This passes proof-of-concept testing; it successfully initiates a TCP
connection and responds to pings.

uip-0.9/unix/uip_arch.c).