for file in `grep "* including the terms and conditions of this license text as well. \*" * -r --files-with-match `; do sed "s/\* including the terms and conditions of this license text as well. \*/* including the terms and conditions of this license text as well. */g" -i $file; done
This is a refactoring of target parsing that stores different types of
target specifications as different classes. The eventual intention is to
allow easy iteration over each specification for the purpose of IPv6
multicast host discovery.
This is simple IPv6 unicast ranges. For example,
nmap -6 en.wikipedia.org/120 -sn
The other, more complicated part of this overall change is automatic
multicast scanning of large local subnets. That part isn't done yet.
Some function declared parameters like this:
int f(const char * const s)
Where appropriate, I changed to
int f(const char *s)
The second const is a qualifier on the pointer itself; i.e., the value
of s may not be changed (may not be made to point to anything else)
within the function. This is probably not what was intended. The first
const is what prevents modifying things referenced through s.
"base address" from which a group of addresses were derived, for example
in "scanme.nmap.org/24", "scanme.nmap.org" would be the base address.
Use these methods to set the target name of that one host even when
addresses come from a netmask.
of "*.*.*.*" from working. Support for the CIDR /0 is now also
available. [Kris]
A sendto() or connect() to IPv4 addresses with a first octet of 0
(excluding 0.0.0.0 on some OS's) returns EINVAL. These addresses
are reserved for "self-identification" and should never go over the
wire (and at least on Linux a connect() to 0.0.0.0 gets redirected
to 127.0.0.1). I'm talking with Fyodor on whether or not to skip
*all* of these addresses.
On Windows, this ID has to be a numeric index. On Linux and some
other OS's, this ID can instead be an interface name. Some examples
of this syntax:
fe80::20f:b0ff:fec6:15af%2
fe80::20f:b0ff:fec6:15af%eth0
This was a lot simpler than the method I previously implemented and posted
to nmap-dev. Now I just extract the zone ID from the already available
getaddrinfo() data rather than parsing it out myself.
line, since this can differ from the reverse DNS results. It can be
particularly important when doing HTTP tests against virtual hosts.
The data can be accessed from target->HostName() from Nmap proper
and host.targetname from NSE scripts. The NSE HTTP library now uses
this for the Host header. Thanks to Sven Klemm for adding this
useful feature.
