just define WS_DLL_PUBLIC_NOEXTERN inside the ifdefs, and define
WS_DLL_PUBLIC as WS_DLL_PUBLIC_NOEXTERN followed by "extern".
Then rename WS_DLL_PUBLIC_NOEXTERN to WS_DLL_PUBLIC_DEF, to clarify that
it's what should be used for definitions; at least on Windows, you
*have* to use it when declaring arrays without a size, and, whilst you
might be able to use WS_DLL_PUBLIC for definitions of functions and
perhaps data definitions other than no-size arrays, it might be clearer
to rename WS_DLL_PUBLIC to WS_DLL_PUBLIC_DECL and use it only for
declarations.
svn path=/trunk/; revision=50334
Try to convince Coverity that the passed in item pointer is appreciated,
but not used.
This time see if it pleases the Windows compiler too.
svn path=/trunk/; revision=47217
"const char *", as it is now expected to be. Regenerate the dissectors.
Update the URL for OmniOrb.
In README.parlay, use idl2wrs in the sample command.
svn path=/trunk/; revision=46765
Updated wireshark_gen.py to generate hf_ variables for all of the IDL "types". The "simple" types use proto_tree_add_* (not text), while the "complex" types use the GIOP dissector API. checkhf.pl generates some warnings because (some of) the hf_ variables are being generated for the "complex" types, but are not being used. That will be done in Part 2.
expert_add_info_format now linked to a real item instead of being attached to a duplicative proto_tree_add_text(). This cleaned up literally thousands of unnecessary proto_tree_add_text()s
svn path=/trunk/; revision=45472
The idl2wrs generated dissectors don't follow the convention of using the
filter name registered with the protocol as the start of any display filter
name. This patch fixes that.
svn path=/trunk/; revision=44325
template_get_CDR_string (in wireshark_gen.py) did. This eliminates another
whole pile of function-local variables in packet-parlay.c.
Unfortunately it doesn't seem to speed up compilation (or eliminate the
variable tracking size limit problem). But it does eliminate a lot of
lines of code...
svn path=/trunk/; revision=43610
(several of the) get_CDR_*() functions: instead call the function directly
in the proto_tree_add_text() calls.
Eliminate a lot of global variables that are only later used in (a single)
strcmp().
All the GIOP dissectors are built-in now; don't include the (#if'd out) plugin
registration code in the generated dissector.
Try to clean up the formatting of the generated code a bit.
Regenerate the IDL dissectors; as noted in r39932, this seems to involve a
lot of function re-ordering in packet-parlay.c (making the delta bigger).
These changes decrease the time to compile packet-parlay.c by, on my system,
about half. But it still complains:
variable tracking size limit exceeded with -fvar-tracking-assignments, retrying without
and it still takes "too long."
svn path=/trunk/; revision=43609
corba dissector generator improvement
Patch 2 : create a defaulf field hf_operationrequest which provides the requested operation on both the resquest and the reply messages.
From me :
Regenerate GIOP Plugins
svn path=/trunk/; revision=40038
corba dissector generator improvement
Patch 1 : field names is used in dissection instead of "enum value" which is not clear
From me :
Regenerate GIOP Plugins
svn path=/trunk/; revision=40037
"representation" - we already use "representation" to refer to the text
representation of fields.
Change some routines with an endianness argument to make it a
representation argument instead;
svn path=/trunk/; revision=32929
from which to choose; use that for protocol fields in some protocols
(modify the CORBA generator to use it, and manually update the generated
CORBA dissectors accordingly).
svn path=/trunk/; revision=32777
routines and routines using those routines. GLib might use different
modifiers for 64-bit quantities than the platform's C library does.
svn path=/trunk/; revision=21990
Alexis La Goutte