*significantly* improve performance (100000 infos from ~5min to 25sec!)
Add a simple severity based filter mechanism.
replace // style comments by /**/
svn path=/trunk/; revision=15791
This way, the cygwin link.exe command will be behind the link.exe from MSVC.
Also added a definition of the docbook dir, floating around in my personal file for a while. This will be needed if the User's Guide is included in the NSIS installer later.
svn path=/trunk/; revision=15790
fragment size. The limit is conservatively set at 65536 bytes. It may
have to be increased. Fixes bug 421.
Add an entry to the release notes.
svn path=/trunk/; revision=15789
PATH contents one had before starting the build, that PATH is added to the new PATH variable 5 additional times
instead of 1.
I have made changes (supplied) to config.nmake that takes care of this
problem.
svn path=/trunk/; revision=15782
A new dissector - cimd dissector. CIMD stands for Computer Interface to Message Distribution and it's used to transfer short messages between applications and Nokia Short Message Service Center.
svn path=/trunk/; revision=15777
column-utils.h, and add it to expert.h, so we check the arguments to
"expert_add_info_format()", at least if the format argument is a
constant string.
Fix some more calls to "expert_add_info_format()" to pass it a format
string.
Don't record BoundsError exceptions as expert events - they merely
reflect a capture done with a snapshot length too short to capture all
of the packet (any case where it's caused by something else is a bug).
svn path=/trunk/; revision=15776
format string - the arbitrary string might contain "%" characters, so
the routine might then fetch arbitrary junk and try to use it as, for
example, a string pointer.
svn path=/trunk/; revision=15775
calls to "tvb_get_ipv4()" and "tvb_get_ipv6()".
Fix a call in the BGP dissector to properly fetch an IEEE floating-point
number.
Update some I-D info.
svn path=/trunk/; revision=15774
This is inconvenient, as most of the time (at least) I'm interested not only in the packets behind the newly selected one, but also to have some history *before* it.
So this change will scroll the packet list to have the selected packet after the first third of the packet list.
This change won't take effect if the new packet is already visible (only the selection is changed) or it's near the beginning or end of the packet list (so the whole beginning/end of the list is shown).
svn path=/trunk/; revision=15772
with some unrelated changes; it got rid of some calls to get IPv4/IPv6
addresses and add them to the protocol tree, replacing them with
proto_tree_add_item() calls, and fixed up the length of one protocol
tree item.
Note that we have (at least) three count 'em three different routines
for dissecting/displaying NSAPs (there might be more - I might have
missed some), and suggest that we might want to reduce that to one.
Update the URL for ICP values for IPv{4,6} addresses inside NSAPs.
Fix the offset in the call to add the IPv6 address part of an NSAP
containing such an address, and the length in the call adding the DSP
for an NSAP containing an IPv4 address.
Fix up indentation a bit.
svn path=/trunk/; revision=15766
in addition, I had to implement fragment_get_reassembled() in addition to fragment_get(), which works with reassembled_table
svn path=/trunk/; revision=15762
"unknown" for frame numbers. Note that in epan/frame_data.h, and make
the frame number in experts unsigned, and use 0 for "unknown", and
display it as an unsigned number - and, if it's 0, don't display it at
all.
Fix the signature of "expert_dlg_draw()" to match what a tap's draw
routine's signature is expected to be.
svn path=/trunk/; revision=15760
and that extract IPv6 addresses into a "struct e_in6_addr", with
tvb_get_ipv4() and tvb_get_ipv6() calls - except for some that we
remove, by using proto_tree_add_item(), rather than replacing.
Have epan/tvbuff.h include epan/ipv6-utils.h, to define "struct
e_in6_addr" (not necessary to declare the tvbuff routines, but including
it there means "struct e_in6_addr" is guaranteed to be defined before
those declarations, so we don't get compiler complaints if we define it
*after* those declarations).
svn path=/trunk/; revision=15758
as connection oriented (cn) and connectionless (dg) DCE/RPC uses different ways to handle defragmentation and this function is only used for dg
svn path=/trunk/; revision=15757
Please see: http://wiki.ethereal.com/Development/ExpertInfo for a complete overview of the intended feature and it's current state of implementation.
While I'm working on this, I've also added some more status result codes to the DCE/RPC and DCOM dissectors.
svn path=/trunk/; revision=15754
IPv6 addresses. Use "tvb_get_ipv4()" in the WINS Replication dissector,
so that it gets the right answer on little-endian *AND* big-endian
machines.
svn path=/trunk/; revision=15753
negative value, so we reject the packet as "not SIP".
Add a "dissect_sip_tcp_heur()" that's heuristic - it'll return FALSE if
the first packet doesn't look like SIP, but once it's dissected one
packet it'll just treat subsequent SIP packets as continuations if they
don't look right.
Clean up indentation a bit.
svn path=/trunk/; revision=15752
reassemble.c:
I had to change the way the reassemble code works if the dissector is telling that more fragments *will* follow. In this case the reassemble code shouldn't try to reassemble already at that time ...
I've also changed the way if a fragment was already seen or not, as it's not enough to check for the frame number, in the scenario described above.
Unfortunately both changes *might* broke other protocols from reassemble properly. I've checked with excessive TCP desegmentation and it's still working without any changes :-)
packet-dcerpc.c:
use a tvb subset to limit the "end of bytes" processed in a single fragment dissect run, as each fragment has it's own DCE/RPC header (and isn't part of the stub data of the previous packet).
svn path=/trunk/; revision=15744
Ulf Lamping