Trying to get trap/leave to work properly but the whole WINS stuff seems over complicated with a lot of assembly in the middle and it's not working on my compiler. When the throw happens the debugger complains about uncaught exception when I'm definitly inside a catch implemented by our TRAP.
I think I'm going to come up with a much simplified trap/leave implementation for SYMC. On my prototype all that stuff was working fine in like 20 lines of C++.
// Copyright (c) 2002-2009 Nokia Corporation and/or its subsidiary(-ies).
// All rights reserved.
// This component and the accompanying materials are made available
// under the terms of the License "ARM EABI LICENCE.txt"
// which accompanies this distribution, and is available
// in kernel/eka/compsupp.
//
// Initial Contributors:
// Nokia Corporation - initial contribution.
//
// Contributors:
//
// Description:
// toplevel initialization/destruction routines for 'user side' code compiled
// with the ARMEDG compiler. intended for static linking
//
//
#include "cppinit.h"
NUKE_SYMBOL(__call_ctors(void));
NUKE_SYMBOL(__call_dtors(void));
extern "C" {
// linker symbols
__weak PFV C$$pi_ctorvec$$Base;
__weak PFV C$$pi_ctorvec$$Limit;
__weak void _fp_init(void);
// This calls each of the compiler constructed functions referenced from pi_ctorvec.
// These functions arrange to 'call' the appropriate constructor for the 'static' instance
// (in fact the call may be inlined). If the class of the instance has a destructor then
// compiler records that this object needs 'destructing' at 'exit' time. It does this by
// calling the function __cxa_atexit. We provide our own definition of this.
//
void __cpp_initialise(void)
{
void (*fp_init_fn)(void) = _fp_init;
if (fp_init_fn) fp_init_fn();
PFV * ctor_vec = &C$$pi_ctorvec$$Base;
PFV * ctor_limit = &C$$pi_ctorvec$$Limit;
for(; ctor_vec < ctor_limit; ctor_vec++) (RELOCATE(ctor_vec, PFV))();
}
}