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handle files > 2GB correct.
Please distclean Win32 builds!
svn path=/trunk/; revision=19814
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patch and new files provide support for Catapult DCT2000
.out files to wiretap and ethereal.
This wiretap support (catapult_dct2000.c+h) appends a short header to
each packet giving some context, and a corresponding ethereal dissector
(packet-catapult-dct2000.c) parses this before passing the real payload
onto an existing ethereal dissector (for ethernet, ip, lapd, ppp,
frame-relay,...).
For now, there is only support for saving dct2000 files in their own
format, although I may add support for converting between dct2000 and
libpcap later.
updated version of these files and patch, now with support
for MTP2. Olivier's trace used the ANSI variant - the MTP2 and MTP3
decode fine with the right preferences set (although the ISUP dissector
reports a reserved/retired message type).
Witha a change to NOT to declare gboolean catapult_dct2000_board_ports_only;
as extern as MSVC choked on it.
svn path=/trunk/; revision=17862
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Add Support for reading of IBM iSeries (AS/400) Comms traces
svn path=/trunk/; revision=16588
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status field bits".
Check for "Internetwork analyzer" captures by checking the Sniffer
network type, and save that type rather than just an "ATM or not" flag
in the private data.
svn path=/trunk/; revision=16283
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has a checkbox "Compress with gzip"
currently limited to Ethereal and all the variants of libpcap filetypes only.
We might want to add output compression support to the other tools as well (tethereal, mergecap, ...).
We might also want to add support for the other filetypes, but this is only possible if the filetype functions doesn't use special output operations like fseek.
One bug is still left: if the input and output filetypes while saving are the same, Ethereal currently optimizes this by simply copy the binary file instead of using wiretap (so it will be faster but it will ignore the compress setting).
Don't know a good workaround for this, as I don't know a way to find out if the input file is currently compressed or not. One idea might be to use a heuristic on the filesize (compared to the packet size summmary). Another workaround I see is to remove this optimization, which is of course not the way I like to do it ...
svn path=/trunk/; revision=15804
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define "timezone" as "gint16", as it can be positive (west of
UTC) or negative (east of UTC);
update comments to refer to the new names for structure members;
say the precision of the time stamps is 1 nanosecond only if the
ticks per second is > 10 million;
fix the handling of files truncated exactly on a frame boundary.
svn path=/trunk/; revision=15739
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resolution (currently supported by Ethereal only). Support for both read and write was added.
The file format stays the same as the common libpcap format, only the lower part of the timestamp field uses nanoseconds instead of microseconds.
This file format uses the libpcap magic number 0xa1b23c4d.
svn path=/trunk/; revision=15623
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G_HAVE_GINT64.
Get rid of the floating-point stuff in the Etherpeek Classic file
reading code, just use 64-bit integers. Fix up the calculation of the
nanoseconds portion of the time stamp.
svn path=/trunk/; revision=15544
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- automatic adjustment depending on file format
- manual adjustment through menu items
save the setting in the recent file
svn path=/trunk/; revision=15534
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I've done more than a day to change the timestamp resolution from microseconds to nanoseconds. As I really don't want to loose those changes, I'm going to check in the changes I've done so far. Hopefully someone else will give me a helping hand with the things left ...
What's done: I've changed the timestamp resolution from usec to nsec in almost any place in the sources. I've changed parts of the implementation in nstime.s/.h and a lot of places elsewhere.
As I don't understand the editcap source (well, I'm maybe just too tired right now), hopefully someone else might be able to fix this soon.
Doing all those changes, we get native nanosecond timestamp resolution in Ethereal. After fixing all the remaining issues, I'll take a look how to display this in a convenient way...
As I've also changed the wiretap timestamp resolution from usec to nsec we might want to change the wiretap version number...
svn path=/trunk/; revision=15520
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these, ethereal does)
- change k12.atm.vci and k12.atm.vpi into atm.vci and atm.vpi
svn path=/trunk/; revision=14682
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There is still much to do, but at the very least it can import files allowing the user to choose which protocols handle the diferent sources.
svn path=/trunk/; revision=14606
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they have LF at the end of the line on UN*X and CR/LF on Windows;
hopefully this means that if a CR/LF version is checked in on Windows,
the CRs will be stripped so that they show up only when checked out on
Windows, not on UN*X.
svn path=/trunk/; revision=11400
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FCS at the end appears to depend on the network subtype value.
svn path=/trunk/; revision=10001
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addition to an error code, an error info string, for
WTAP_ERR_UNSUPPORTED, WTAP_ERR_UNSUPPORTED_ENCAP, and
WTAP_ERR_BAD_RECORD errors. Replace the error messages logged with
"g_message()" for those errors with g_strdup()ed or g_strdup_printf()ed
strings returned as the error info string, and change the callers of
those routines to, for those errors, put the info string into the
printed message or alert box for the error.
Add messages for cases where those errors were returned without printing
an additional message.
Nobody uses the error code from "cf_read()" - "cf_read()" puts up the
alert box itself for failures; get rid of the error code, so it just
returns a success/failure indication.
Rename "file_read_error_message()" to "cf_read_error_message()", as it
handles read errors from Wiretap, and have it take an error info string
as an argument. (That handles a lot of the work of putting the info
string into the error message.)
Make some variables in "ascend-grammar.y" static.
Check the return value of "erf_read_header()" in "erf_seek_read()".
Get rid of an unused #define in "i4btrace.c".
svn path=/trunk/; revision=9852
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svn path=/trunk/; revision=9558
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files.
svn path=/trunk/; revision=8900
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swap the "captured length" and "length" fields, to the open-file code;
store a tri-state (definitely swapped, definitely not swapped, maybe
swapped) value in the per-capture-file-format information for libpcap
format, and use that when processing packets.
svn path=/trunk/; revision=8774
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0 means "there is no FCS in the packet data", 4 means "there is an FCS
in the packet data", -1 means "I don't know whether there's an FCS in
the packet data, guess based on the packet size".
Assume that Ethernet encapsulated inside other protocols has no FCS, by
having the "eth" dissector assume that (and not check for an Ethernet
pseudo-header).
Have "ethertype()" take an argument giving the FCS size; pass 0 when
appropriate.
Fix up Wiretap routines to set the pseudo-header. This means we no
longer use the "generic" seek-and-read routine, so get rid of it.
svn path=/trunk/; revision=8574
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svn path=/trunk/; revision=8272
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svn path=/trunk/; revision=8097
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svn path=/trunk/; revision=8096
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agents.
svn path=/trunk/; revision=8093
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record might indicate an ISDN capture; treat that as an indication that
a capture is an ISDN capture.
svn path=/trunk/; revision=6893
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have a bogus record length for type 4 records, but earlier 4.x versions,
and 5.x versions, don't.
svn path=/trunk/; revision=6880
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number.
Put in some commented-out code to deal with some end-of-packet crud in
some ISDN captures - not all ISDN captures have it, so we can't
unconditionally slice it out.
svn path=/trunk/; revision=6867
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pointers, so cast them to "const guint8 *".
svn path=/trunk/; revision=6678
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bunch of those captures.
svn path=/trunk/; revision=6536
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WTAP_ENCAP_ISDN encapsulation type, which includes a pseudo-header
giving the direction (user-to-network or network-to-user) and the
channel number.
Add a new circuit type, using the ISDN channel number as the circuit ID.
Add an ISDN dissector to put the direction and channel number into the
protocol tree and to call the appropriate dissector for the payload
based on the channel (LAPD for the D channel; V.120, PPP, or data for B
channels, based on some heuristics).
svn path=/trunk/; revision=6521
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builds with zlib - "zlib.h", alas, includes <winsock.h>, and you can't
include <winsock.h> before including <winsock2.h> (at least you can
include <winsock2.h> before including <winsock.h>; thank heaven for
small favors).
svn path=/trunk/; revision=6427
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winapi_cleanup tool written by Patrik Stridvall for the wine
project.
svn path=/trunk/; revision=6115
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svn path=/trunk/; revision=5926
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All files:
- Replace types from sys/types.h by those from glib.h
- Replace ntoh family of macros from netinet/in.h and winsock2.h
by g_ntoh family from glib.h
- Remove now unneeded includes of sys/types.h, netinet/in.h and
winsock2.h
wtap.h
Move includes to the top
svn path=/trunk/; revision=5909
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<packet32.h> includes <winsock2.h>; we include that rather than
<winsock.h>, to avoid errors due to conflicting declarations in
<winsock.h> and <winsock2.h>.
svn path=/trunk/; revision=5742
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returns radio information such as signal strength, channel, and data
rate in a pseudo-header. Add that pseudo-header.
Use the "802.11 with radio information" encapsulation type for Wireless
Sniffer files; extract the radio information from where it appears to be
in the header.
Add dissector code for that encapsulation type.
Fix an error in the code to put radio information into the AiroPeek
tree.
Make the "wrapped" flag for NetXRay/Windows Sniffer captures a
"gboolean".
svn path=/trunk/; revision=5122
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Read in the entire packet, including the padding, and just tell our
caller about the non-padding part; that avoids doing a "file_seek()"
("fseek()"s are inefficient on some platforms, as they flush the
standard I/O buffers and do an "lseek()"), and would also let us supply
the padding to the caller if it turns out it's an FCS rather than
padding.
svn path=/trunk/; revision=5107
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"wtap_read()".
Add some additional error checks to the Sniffer file reader.
svn path=/trunk/; revision=4875
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an "err" argument that points to an "int" into which to put an error
code if it fails.
Check for errors in one call to it, and note that we should do so in
other places.
In the "wtap_seek_read()" call in the TCP graphing code, don't overwrite
"cfile.pseudo_header", and make the buffer into which we read the data
WTAP_MAX_PACKET_SIZE bytes, as it should be.
In some of the file readers for text files, check for errors from the
"parse the record header" and "parse the hex dump" routines when reading
sequentially.
In "csids_seek_read()", fix some calls to "file_error()" to check the
error on the random stream (that being what we're reading).
svn path=/trunk/; revision=4874
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of the capture, so change some names and comments.
svn path=/trunk/; revision=4563
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data structure attached to the "wtap" structure, rather than in a
pseudo-header structure; get rid of the EtherPeek pseudo-header
structure, as it's not actually used as a pseudo-header, it's just used
as private data for the EtherPeek reader.
Get rid of an extra level of indentation in switch statements.
svn path=/trunk/; revision=4561
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The second argument to g_ptr_array_free() does not indicate to
glib to free the objects that the pointers in the GPtrArray refer to,
but simply whether or not the free the block of pointers. We have
to free the objects ourselves.
svn path=/trunk/; revision=4391
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files to get that big.
From Thomas Wittwer and Matthias Nyffenegger:
Support for "ring buffer mode", wherein there's a ring buffer of N
capture files; as each capture file reaches its maximum size (the ring
buffer works only with a maximum capture file size specified), Ethereal
rolls over to the next capture file in the ring buffer, replacing
whatever packets might be in it with new packets.
svn path=/trunk/; revision=4323
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duration, from Thomas Wittwer and Matthias Nyffenegger.
svn path=/trunk/; revision=4322
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svn path=/trunk/; revision=4199
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can handle capture files bigger than 2GB.
svn path=/trunk/; revision=3993
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which we store it a "size_t", and then fix up the bugs that were
revealed by the compiler warnings that produced - "fwrite()" returns 0,
not a negative number, on an I/O error.
Fix up some other items to have type "size_t", or to have various
unsigned types, while we're at it, to squelch compiler warnings.
svn path=/trunk/; revision=3867
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svn path=/trunk/; revision=3028
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in some places use "guint64", on plaforms where it's available,
rather than floating point (we don't yet use it universally, as
we'd have to provide code to do 64-bit arithmetic on
platforms/compilers where 64-bit integral types aren't
supported);
use .838096 microseconds rather than 1 microseconds as the time
stamp units for NetXRay 2.x format, as those capture files seem
to use that time stamp (that's the Sniffer "PC" time stamp;
perhaps when Network Associates assimilated Cinco, they changed
the time stamp units).
svn path=/trunk/; revision=3027
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don't need to work around that.
The offset, for a given packet, at which "ascend_seek()" should start
searching for that packet's header must be computed separately from the
offset, for that packet, at which "ascend_seek()" should start searching
for the *next* packet - if the file is a "wdd" capture, and the packet
has a "Date:" header and a WD_DIALOUT_DISP header, the search for that
packet should start at the beginning of the "Date:" header, but the
search for the next packet should start after the WD_DIALOUT_DISP
header, as if we start it after the "Date:" header, the search will stop
at the packet's own WD_DIALOUT_DISP header, as a packet could have a
WD_DIALOUT_DISP header but no "Date:" header.
svn path=/trunk/; revision=2620
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svn path=/trunk/; revision=2448
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