eth_get_pcap_devname as a wrapper.
In addition to the hardware address check, add a check of the textual interface
descriptions in order better to distinguish interfaces. It appears to me that
the pcap description (pdev->description) is the same as what is returned by a
call to PacketRequest with an OID of OID_GEN_FRIENDLY_NAME, so that's what I'm
comparing. That differs from OID_GEN_VENDOR_NAME, which is what you get in
ifrow.bDescr from GetIfTable.
We've found that simply comparing hardware addresses is not enough when using
Windows "teamed" (link-aggregated) interfaces. In a simple example, two NICs
are teamed together, leading to three interfaces visible to libdnet: the two
physical NICs and the virtual teamed interface. All three of these have the
same MAC address. What was happening was the eth0 interface was being assigned
to one of the physical NICs, packets were sent over it, but the replies were
not necessarily coming back to the same physical NIC.
a layer 4 protocol used mostly for telephony related applications.
This brings the following new features:
o SCTP INIT chunk port scan (-sY): open ports return an INIT-ACK
chunk, closed ones an ABORT chunk. This is the SCTP equivalent
of a TCP SYN stealth scan.
o SCTP COOKIE-ECHO chunk port scan (-sZ): open ports are silent,
closed ports return an ABORT chunk.
o SCTP INIT chunk ping probes (-PY): host discovery using SCTP
INIT chunk packets.
o SCTP-specific IP protocol scan (-sO -p sctp).
o SCTP-specific traceroute support (--traceroute).
o The ability to use the deprecated Adler32 algorithm as specified
in RFC 2960 instead of CRC32C from RFC 4960 (--adler32).
o 42 well-known SCTP ports were added to the nmap-services file.
Part of the work on SCTP support was kindly sponsored by
Compass Security AG, Switzerland. [Daniel Roethlisberger]
ltmain.sh, and missing from subdirectories. Autoconf automatically looks
in the parent directory for these files. I had to copy the files
depcomp, ltmain.sh, and missing into the root of the source tree.
