as allocated by malloc()) versus all other errors, in particular
ENOBUFS (representing a lack of external buffer space, e.g. in a
device's TX queue or a user buffer).

standard and so don't belong in include/elf.h

Add debug autocolourisation to TFTP.

generic ELF loader, to be used by the multiboot code.

and get_memmap() in image/segment.c

architecture-dependent and is needed by the ELF code.

copy_{to,from}_phys.

strerror(rc) in their closed() methods without producing "Error
0x0000" when the connection is closed normally.

can't modify it).

were loaded from).  The code to identify this device isn't present yet,
but the code to act upon the knowledge is.

that we *can* place arrays in tables, which means we can force the
order within a table without having to resort to explicitly numbered
sections on everything.

names.

Add "dev" pointer in struct net_device to tie network interfaces back to a
hardware device.

Force natural alignment of data types in __table() macros.  This seems to
prevent gcc from taking the unilateral decision to occasionally increase
their alignment (which screws up the table packing).

udp_senddata() callback.  This will simplify any UDP protocols that don't
need the temporary buffer.

routing table entry just to fool ipv4.c any more.

to set up dummy routing entries.

transmissions.

of alloc_pkb() exhaustion when e.g. an iSCSI-booted DOS session is left
idle for a long time at the C:\ prompt and builds up a huge packet
backlog.

of the packet buffer.  Although pkbuffs are guaranteed to be at least
PKB_ZLEN bytes long, there's no guarantee that the data starts at the
start of the packet buffer.

Since we have to align data for rtl8139 anyway, and since the start of
the packet buffer is guaranteed to be aligned to PKB_ALIGN, we may as
well just shuffle the packet down so that it starts at the start of
the packet buffer.  This simultaneously aligns the packet and ensures
that there is enough room for the zero-padding.