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support for registering fields after all the protocol
registration routines are called (i.e., adding fields to the
named field tree as they're registered);
fix the GTK 2.x version of the field list dialog to show the
correct name.
svn path=/trunk/; revision=8248
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"proto_construct_dfilter_string()", to more accurately reflect what it
does.
Give it, and "proto_can_match_selected()", an "epan_dissect_t *"
argument, which replaces the raw data pointer argument to
"proto_construct_dfilter_string()".
For fields that don't have a type we can directly filter on, we don't
support filtering on the field as raw data if:
the "epan_dissect_t *" argument is null;
the data source tvbuff for the field isn't the tvbuff for the
"epan_dissect_t" in question (i.e., it's in the result of a
reassembly, and "frame[N:M]" can't get at it).
Trim the length the raw data in the case of such a field to the length
of the tvbuff for the "epan_dissect_t" in question, so we don't go past
it. Fetch the raw data bytes to match from that tvbuff.
Have "proto_construct_dfilter_string()" return a null pointer if it
can't construct the filter string, and have "protocolinfo_packet()" in
the tap-protocolinfo tap ignore a field if
"proto_construct_dfilter_string()" can't construct a filter string for
it - and have it pass NULL as the "epan_dissect_t *", for now. If
somebody decides it makes sense to dump out a "frame[N:M] =" value for
non-registered fields, it can be changed to pass "edt".
svn path=/trunk/; revision=7635
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given a tvbuff/offset pair referring to the byte past the end of the
item. Use it in one place in the SMB dissector (there are plenty of
other places where it could be used as well).
svn path=/trunk/; revision=7603
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to be using it for stuff that should be hex, and for stuff that should
be Boolean. Use BASE_DEC if it should be decimal, BASE_HEX if it should
be hex, and make it Boolean if it should be Boolean.
svn path=/trunk/; revision=7053
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pointer, and put "const" into the casts in "VALS()" and "TFS()" macros,
so we don't un-constify pointers to "value_string" arrays and
"true_false_string" structures.
Make some things "const" to keep the compiler happy with the previous
change.
svn path=/trunk/; revision=6684
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winapi_cleanup tool written by Patrik Stridvall for the wine
project.
svn path=/trunk/; revision=6116
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floating-point numbers, and display all the significant digits for both
single-precision and double-precision floating-point numbers in the
protocol tree, not just what "%g" does (6 digits).
Put in comments explaining how the length of filter strings is computed,
and fix some of the computations.
svn path=/trunk/; revision=6081
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equivalents for the epan/ directory but leave winsock2.h in inet_pton.c
and inet_ntop.c for now (can't estimate the consequences).
svn path=/trunk/; revision=5928
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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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the argument is "fields", dump out a table of the fields, as we
currently do; if the argument is "protocols", dump out a table of the
protocols.
svn path=/trunk/; revision=5462
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move the code from "dfilter_lookup_token()" into
"proto_registrar_get_byname()", and get rid of "dfilter_lookup_token()"
and have its callers call "proto_registrar_get_byname()" instead.
svn path=/trunk/; revision=5287
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Clean up some white space, and one non-extern declaration in
"epan/proto.h".
svn path=/trunk/; revision=5201
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ETT_NONE entry.
Initialize the "tree_type" field of a "field_info" structure to -1,
meaning "this has not been given a subtree". Add checks before using
that field that it's in range. That way, you have to create a subtree
before putting protocol tree items under another item.
We allocate the "tree_is_expanded" array when we've registered all
dissectors; there's no need to allocate it while we're registering
dissectors and, in fact, doing so means we leak memory (the memory for
the version we allocated while registering dissectors).
svn path=/trunk/; revision=5068
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"data source" has a name and a top-level tvbuff, and frames can have a
list of data sources associated with them.
Use the tvbuff pointer to determine which data source is the data source
for a given field; this means we don't have to worry about multiple data
sources with the same name - the only thing the name does is label the
notebook tab for the display of the data source, and label the hex dump
of the data source in print/Tethereal output.
Clean up a bunch of things discovered in the process of doing the above.
svn path=/trunk/; revision=4749
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typedef for "struct _value_string"; as such, the incomplete structure
declaration in "epan/proto.h" should declare "struct _value_string", not
"struct value_string", and casts and declarations in that header should
also use "struct _value_string", not "struct value_string".
svn path=/trunk/; revision=4699
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its declaration.
svn path=/trunk/; revision=4477
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Put a hash-table of "interesting" fields in the per-proto-tree data.
The dfilter code records which fields/protocols are "interesting" (by which
I mean, their value or existence is checked). Thus, the proto_tree routines
can create special arrays of field_info*'s that are ready for the dfilter
engine to use during a filter operation.
Also store the "proto_tree_is_visible" boolean, renamed "visible", in
the per-proto-tree data.
Move epan_dissect_t to its own header file to make #include dependencies
easier to handle.
Provide epan_dissect_fill_in_columns(), which accepts just the epan_dissect_t*
as an argument.
epan_dissect_new() needs to be followed by epan_dissect_run() for the
dissection to actually take place. Between those two calls,
epan_dissect_prime_dfilter() can be run 0, 1, or multiple times in order to
prime the empty proto_tree with the "intersesting" fields from the dfilter_t.
svn path=/trunk/; revision=4422
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the parent under which the field was registered.
This is the *unoptimized* version, to give developers something
to use while the optimized version is being created.
svn path=/trunk/; revision=4351
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take a dissector handle as an argument, rather than a pointer to a
dissector function and a protocol ID. Associate dissector handles with
dissector table entries.
svn path=/trunk/; revision=4308
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from being required by anyone other than packet-data.c.
It can now be accessed with call_dissector() with the name "data".
dissect_data is now also of dissect_t.
svn path=/trunk/; revision=4271
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which also takes a handle as an argument and thus doesn't call
dissect_data directly.
svn path=/trunk/; revision=4270
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structure, the check for a null tvbuff pointer in "alloc_field_info()",
and the "tvb_create_from_top()" macro; they're no longer needed, as
there's no non-tvbuffified dissector code remaining.
svn path=/trunk/; revision=4205
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It makes no difference if they really are function declarations;
however, in plugins, when building on OSes that don't let
dynamically-loaded modules access functions in the main program (e.g.,
Windows), when compiling a plugin, <plugin_api.h> defines the names of
those functions as (*pointer_name), so they turn into declarations of
pointer variables pointing to the functions in question, and, on
platforms with a def/ref model in the linker, if a plugin has more than
one source file that gets linked into the plugin, the linker may get
upset at two definitions of the same variable.
svn path=/trunk/; revision=4114
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dissectors and that's no longer needed.
svn path=/trunk/; revision=4112
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microseconds.
Fix some "signed vs. unsigned" comparison warnings.
svn path=/trunk/; revision=3934
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"proto_item_set_text()" except that it appends the result of the
formatting to the item's current text, rather than replacing the item's
current text. Use it in the DNS dissector.
svn path=/trunk/; revision=3880
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but, before you set the text, you throw an exception while putting stuff
under the subtree, you end up with an absolutely blank protocol tree
item, which is really gross. Instead of calling
"proto_tree_add_notext()", call "proto_tree_add_text()" with at least a
minimal label - yes, it does mean you do some work that will probably be
unnecessary, but, absent a scheme to arrange to do that work if it *is*
necessary (e.g., catching exceptions), the alternative is an ugly
protocol tree display.
svn path=/trunk/; revision=3879
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equal to 2, not just if it's equal to 2 - GCC 3.0 makes it 3, not 2....
svn path=/trunk/; revision=3765
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"header_field_info" structure, including the ones that are later set by
the routines to register fields.
svn path=/trunk/; revision=3561
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a "Match Selected" on it - we can't do a "Match Selected" if the field
has no value (e.g., FT_NULL) and has a length of 0.
If we unselect the current packet, we don't have a protocol tree, so we
don't have a currently selected field - clear the "Match Selected" menu
item and the display in the status line of information about the
currently selected field.
Move the low-level statusbar manipulation into "gtk/main.c", in routines
whose API doesn't expose anything GTK+-ish.
"close_cap_file()" calls one of those routines to clear out the status
bar, so it doesn't need to take a pointer to the statusbar widget as an
argument.
"clear_tree_and_hex_views()" is purely a display-manipulating routine;
move it to "gtk/proto_draw.c".
Extract from "tree_view_unselect_row_cb()" an "unselect_field()" routine
to do all the work that needs to be done if the currently selected
protocol tree row is unselected, and call it if the currently selected
packet list row is unselected (if it's unselected, there *is* no
protocol tree, so no row can be selected), as well as from
"tree_view_unselect_row_cb()".
Before pushing a new field-description message onto the statusbar, pop
the old one off.
Get rid of an unused variable (set, but not used).
svn path=/trunk/; revision=3513
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allow the passing of register_all_protocols() and
register_all_protocol_handoffs() through epan_init() to proto_init().
This allows the removal of the compile time dependence of proto.c
on register.h. Modified dftest.c, tethereal.c, and gtk/main.c to
use the new style epan_init() and depend on register.h.
svn path=/trunk/; revision=3237
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to allow the lookup of proto_ids by filter_name.
svn path=/trunk/; revision=3235
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Tvbuffers changed to added the data source name,
GUI and printing code changed to support these changes
and display the multiple hex views.
svn path=/trunk/; revision=3165
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routines need it.
When a user clicks on a hex digit or on the corresponding character
(the "text dump" portion) in the hex dump, find the field in the
proto_tree that the byte corresponds to, expand the GtkCTree so that
the field is viewable, select the field, and center it vertically.
LanAlyzer has this feature, and I've missed it in Ethereal.
svn path=/trunk/; revision=3096
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fields with that name.
svn path=/trunk/; revision=3030
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into epan/ftypes.
Re-write display filter routines using Lemon parser instead of yacc.
Besides using a different tool, the new grammar is much simpler, while
the display filter engine itself is more powerful and more easily extended.
Add dftest executable, to test display filter "bytecode" generation.
Add option to "configure" to build dftest or randpkt, both of which are not
built by default.
Implement Ed Warnicke's ideas about dranges in the new display filter and
ftype code.
Remove type FT_TEXT_ONLY in favor of FT_NONE, and have protocols registered
as FT_PROTOCOL. Thus, FT_NONE is used only for simple labels in the proto tree,
while FT_PROTOCOL is used for protocols. This was necessary for being
able to make byte slices (ranges) out of protocols, like "frame[0:3]"
Win32 Makefile.nmake's will be added tonight.
svn path=/trunk/; revision=2967
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svn path=/trunk/; revision=2965
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be loaded and their initialization routines called in right after we
call the initialization routines for built-in dissectors, but don't call
their handoff registration routines yet, and then call the handoff
registration routines right after calling the handoff registration
routines for built-in dissectors.
Do all that in "proto_init()", rather than "epan_init()".
That way, we call all dissector registration routines together, and then
call all dissector handoff registration routines together; all the
registration routines are called before any handoff registration
routines, as is required, and, as "proto_init()" is called by
"epan_init()" before "dfilter_init()" is called, all filterable fields
have been registered before "dfilter_init()" is called, and no plugins
have to call "dfilter_init()" themselves to get their fields registered.
Remove pointers to "dfilter_init()" and "dfilter_cleanup()" from the
plugin address table, as plugins shouldn't be calling them any more, and
remove calls to them from plugins.
svn path=/trunk/; revision=2940
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protocols, in addition to adding structures to the list of filterable
fields. Give it an extra argument that specifies a "short name" for the
protocol, for use in such places as
pinfo->current_proto;
the dialog box for constructing filters;
the preferences tab for the protocol;
and so on (although we're not yet using it in all those places).
Make the preference name that appears in the preferences file and the
command line for the DIAMETER protocol "diameter", not "Diameter"; the
convention is that the name in question be all-lower-case.
Make some routines and variables that aren't exported static.
Update a comment in the ICP dissector to make it clear that the
dissector won't see fragments other than the first fragment of a
fragmented datagram.
svn path=/trunk/; revision=2810
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dissector call it through a handle, and make it static.
Give "dissect_data()" an "offset" argument, so dissectors can use it to
dissect part of the packet without having to cook up a new tvbuff.
Go back to using "dissect_data()" to dissect the data in an IPP request.
svn path=/trunk/; revision=2651
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svn path=/trunk/; revision=2458
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