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- Define __PIDL__ when preprocessing IDL files.
- Remove a couple of useless defines from rpcecho.idl
rpcecho.idl now works in both pidl and midl
(althought pidl is a bit pedantic and gives two warnings)
The main difference in this new version is the extra data structure generated
between the IDL data structure and the NDR parser:
IDL -> NDR -> { ndr_parser, ndr_header, eparser, etc }
This makes the ndr_parser.pm internals much more sane.
Other changes include:
- Remove unnecessary calls with NDR_BUFFERS (for example, GUID doesn't have any buffers, just scalars) as well as some (unnecessary) nested setting of flags.
- Parse array loops in the C code rather then calling ndr_pull_array(). This allows us to have, for example, arrays of pointers or arrays of pointers to arrays, etc..
- Use if() {} rather then if () goto foo; everywhere
- NDR_IN no longer implies LIBNDR_FLAG_REF_ALLOC
- By default, top level pointers are now "ref" (as is the default in
most other IDL compilers). This can be overridden using the
default_pointer_top() property.
- initial work on new ethereal parser generators by Alan DeKok and me
- pidl now writes errors in the standard format used by compilers, which
is parsable by most editors
- ability to warn about the fact that pidl extension(s) have been used,
useful for making sure IDL files work with other IDL compilers.
oh, and there's probably some other things I can't think of right now..
The ODL module can convert an ODL structure to an IDL structure so that:
- The COM subsystem can use the ODL structure
- The DCE/RPC subsystem can use the IDL structure
'declare bitmap foo1;'
'declare enum foo2;'
and also allow
typedef [public] bitmap ...
typedef [public] enum ...
you need to a forward declaration of bitmaps and enums
when you want to use them in another idl file,
and you need to make the real declaration to be public
see the next commit to samr.idl and netlogon.idl
metze
The torture test DCOM-SIMPLE now successfully does an
IStream_Read and a IStream_Write call.
This test can now be run successfully against the "Simple DCOM" Visual
Studio example.
(You have to quote out line 337 in pidl. pidl complains if the variable
that contains the array size follows the array. I still need to fix this
properly)
Next goals:
- Clean up code
- Server side support
- Support custom marshalling
- Support DCOM interfaces in files other then dcom.idl
- Support for sending over the object UUID in DCERPC calls
- Simple torture test for the DCOM "Simple" object
- Generate extra argument for "object" interfaces in pidl
- Some stubs for common DCOM functions
describes a COM class. A coclass is the implementation of one or more
interfaces. It has a UUID referred to as it's CLSID (Class ID).
Also adding an example coclass called "CoffeeMachine". You can give
it a string (or a cup, whatever you like ;-) and it will fill it with
"COFFEE" (kind of the like the echo pipe is for regular RPC). CoffeeMachine's
Windows implementation already works, a torture test for Samba will follow
soon.
- Support for "object oriented" interfaces in pidl
- Support for inherited interfaces in pidl
- Simplification of the support for properties on an interface
- Start on dcom rpc torture tests
precedence rules
* build a standalone parser. When we come to distributing Samba4 we
can just include idl.pm and other developers won't need Parse::Yapp
installed
* avoid the recursive make in most cases in build_idl.sh
makes pidl about 3x faster, and also gives us much better error
reporting and a more standard grammer definition that will be much
easier to code in lex/yacc if we want to do so at a later
date. (Parse::Yapp uses essentially the same grammer file as lex/yacc)
It also means we no longer need Parse::RecDescent, which should make
pidl much more portable.
