/* -*- mode: C++; tab-width: 4 -*- */
/* ===================================================================== *\
	Copyright (c) 2000-2001 Palm, Inc. or its subsidiaries.
	All rights reserved.

	This file is part of the Palm OS Emulator.

	This program is free software; you can redistribute it and/or modify
	it under the terms of the GNU General Public License as published by
	the Free Software Foundation; either version 2 of the License, or
	(at your option) any later version.
\* ===================================================================== */

#ifndef EmPalmStructs_h
#define EmPalmStructs_h

#include "EmMemory.h"			// EmMemGet8, EmMemPut8, EmMem_memcpy, etc.
#include "EmPalmStructs.i"
#include "HostControl.h"		// HostControlSelectorType, etc.

#include <stddef.h>				// ptrdiff_t

/*
	The Palm OS Emulator interacts closely with legacy Palm OS data
	structures.  These data structures are laid out by the compilers
	designed for the Palm OS.  However, the Palm OS Emulator -- which needs
	to access these structures at times -- is NOT necessarily compiled with
	a compiler that lays out the structures in a compatible fashion.  Thus,
	if the emulator needs to muck with, say, a variable of EventType, it
	can't merely create one and have at it.  Nor can it get a pointer to
	one, cast it to an EventType*, and have at it.  There's just no guarantee
	that the compiler used to build Poser will put the fields in the same
	places that the Palm OS expects it, or that the architecture will
	support accessing fields in those places.

	To solve this problem, for each Palm OS struct Poser wants to
	manipulate, it creates two parallel "Rep" classes: an "Alias" class and
	a "Proxy" class.  These Rep classes appear and act as much as the
	original struct as possible.  However, behind the scenes C++ magic
	allows Poser to access the data in a manner that is guaranteed to be
	binary-compatible with the Palm OS structs, regardless of what platform
	it's running on and what compiler it was built with.

	Aliases and Proxies are very similar to each other in the way the user
	interacts with them.  The have fields which, when used as an lvalue,
	will store the proferred data in the correct memory location and with
	the correct endianness and, when used as an rvalue, will produce the
	necessary value, fetching the data from the correct memory location and
	byteswapping it if necessary.

	Aliases and Proxies differ in their backing store.  An Alias class is
	initialized with a pointer to some buffer that already exists.  This
	buffer may exist as a Poser variable or as a buffer in the emulated Palm
	OS space.  All data accesses are made against that provided buffer. 
	When an Alias is created from another Alias, they both end up pointing
	to the same space.  If one Alias is used to modify the buffer, the
	second Alias will also reflect that change.

	Proxies, on the other hand, are more stand-alone.  They provide their
	own buffers as a backing store.  Copying one Proxy to another or
	creating one Proxy from another results in a new independent object. 
	After the copy has been made, modifying one object does not affect the
	second.

	Aliases are not only handy for wrapping a chunk of data that was
	generated elsewhere, but they are also essential for providing an "array
	operator" (that is, "operator[]") for both kinds of Rep classes.  That
	operator returns an Alias that points to the right location in memory. 
	If we didn't have Aliases -- for instance, we only had Proxies -- then
	the Proxy returned by operator[] could not be used to modify the backing
	store, since it's independent of the backing store used by the object
	that created it.

	Proxies, on the other hand, are handy when you need to treat an object
	more like a real-live struct.  Proxies can be copied and put into
	STL-like collections without having to worry about the lifetime of the
	object they were created from.

	Let's look at the Alias class for EventType:

		template <class A>
		class EmAliasEventType
		{
			public:
				typedef typename A::ptr_type ptr_type;

				EmAliasEventType (ptr_type);
				EmAliasEventType (const EmAliasEventType&);

				ptr_type GetPtr (void) const;
				static size_t GetSize (void);
				
				EmAliasEventType<A>& operator= (const EmAliasEventType<A>&);
				EmAliasEventType<A> operator[] (int);

			private:
				EmAliasEventType (void);

				EmAliasEventType<A>& operator= (const bool);
				EmAliasEventType<A>& operator= (const char);
				EmAliasEventType<A>& operator= (const unsigned char);
				EmAliasEventType<A>& operator= (const unsigned short);
				EmAliasEventType<A>& operator= (const unsigned int);
				EmAliasEventType<A>& operator= (const unsigned long);
				EmAliasEventType<A>& operator= (const signed char);
				EmAliasEventType<A>& operator= (const signed short);
				EmAliasEventType<A>& operator= (const signed int);
				EmAliasEventType<A>& operator= (const signed long);
				EmAliasEventType<A>& operator= (const void*);
				
				ptr_type fPtr;

			public:
				EmAliasInt16<A> eType;
				EmAliasBoolean<A> penDown;
				EmAliasUInt8<A> tapCount;
				EmAliasInt16<A> screenX;
				EmAliasInt16<A> screenY;
				EmAliasEventTypeData<A> data;
		};

	This is a template class parameterized with a data accessor.  This data
	accessor has static methods for reading and writing 1-, 2-, and 4-byte
	values.  In this module, we define two such accessors.  One, called LAS
	for Local Address Space, accesses Big Endian values in Poser's address
	space.  The second, called PAS for Palm Address Space, accesses Big
	Endian values in the emulated address space.

	There are two constructors.  The first constructor takes a pointer to an
	appropriately-sized buffer that already exists -- all reads and write
	take place against that buffer.  The second constructor is the copy
	constructor.  It copies the pointer used by the original object.  After
	the copy, if the original object modifies the data in the backing store,
	the copy with reflect that change, too.

	GetPtr returns the pointer to the buffer backing the struct.  The return
	type of this function is based on the class the proxy class is
	instantiated with.  It is void* if used with LAS, and emuptr if used
	with PAS.

	GetSize returns the size of the represented struct, in this case
	EventType, which is 24 bytes long.

	An assignment operator is provided to perform a memberwise copy
	operation.

	An array operator is provided to return Alias objects that point to the
	appropriately index location in memory.

	Following these standard methods are the fields.  These fields are also
	Alias classes, initialized with the base pointer passed into the
	EmAliasEventType constructor plus an appropriate offset.

	Now let's take a look at a Proxy class:

		class EmProxyEventType
		{
			public:
				typedef void ptr_type;

				EmProxyEventType (void);
				EmProxyEventType (const EmProxyEventType&);

				ptr_type GetPtr (void) const;
				static size_t GetSize (void);

				EmProxyEventType& operator= (const EmProxyEventType&);
				EmAliasEventType<LAS> operator[] (int);

			private:
				EmProxyEventType& operator= (const bool);
				EmProxyEventType& operator= (const char);
				EmProxyEventType& operator= (const unsigned char);
				EmProxyEventType& operator= (const unsigned short);
				EmProxyEventType& operator= (const unsigned int);
				EmProxyEventType& operator= (const unsigned long);
				EmProxyEventType& operator= (const signed char);
				EmProxyEventType& operator= (const signed short);
				EmProxyEventType& operator= (const signed int);
				EmProxyEventType& operator= (const signed long);
				EmProxyEventType<& operator= (const void*);
				
				char fLocalData[24];

			public:
				EmAliasInt16<LAS> eType;
				EmAliasBoolean<LAS> penDown;
				EmAliasUInt8<LAS> tapCount;
				EmAliasInt16<LAS> screenX;
				EmAliasInt16<LAS> screenY;
				EmAliasEventTypeData<LAS> data;
		};

	As you can see, this Proxy class is almost the same as an Alias class.
	However:

	*	Instead of having an fPtr field to hold the pointer to the data
		buffer, it has an fLocalData field that holds the data itself.

	*	There is no constructor that accepts a pointer.  Instead, there
		is a public default constructor.

	*	It is not a template class.  Since the data is local, it is
		always accessed in a manner consistant with the LAS accessor.

	*	The copy constructor copies the data instead of the pointer.

	There are two sorts of Rep classes: primitive and aggregate.  Primitive
	Rep classes are responsible for the management of simple scalar types. 
	Aggregate Rep classes represent structs, and are composed of other
	primitive and aggregate Alias classes.  The biggest difference between
	primitive and aggregate Rep classes is the set of assignment operators
	clients are allowed to call.  For instance, you can assign integers to
	primitive Rep classes, but not to aggregate Rep classes

	EXAMPLE:

		Say you wanted to call void EvtAddEventToQueue (EventType*).
		You would use EmEventType as follows:

		EmProxyEventType	event;	// Use local buffer

		event.eType		= penDownEvent;
		event.penDown	= true;
		event.screenX	= 100;
		event.screenY	= 100;

		EvtAddEventToQueue((EventType*) event.GetPtr ());

	EFFICIENCY:

		There is some overhead using these classes instead of using structs
		directly.  At the very least, there's an additional level of
		redirection, as the fields accessed contain pointers to the actual
		data as opposed to the actual data itself.  Additionally, on Little
		Endian systems, there is the cost of byteswapping on every access. 
		Finally, there is the cost of calling and executing the proxy class
		constructor.

		In EmPalmStructs.cpp, there are two functions: Test1 and Test2.  The
		first accesses the struct SysPktRPC2Type using the proxy class, the
		second using the struct directly.

		On the Mac, using CW Pro 5.2 with optimizations on, Test1 is 88
		bytes, calls an out-of-line constructor, and each field access takes
		one additional level of indirection.  Test2 is 64 bytes.  The 24-byte
		difference is taken up by an additional 4 bytes for each of the
		assignments, and an additional 12 bytes to call the proxy class's
		constructor.

	LIMITATIONS:

	*	Can't take the adress of an EmFoo.  Will get *its* address
		instead of what you want (the address of the storage).  Instead,
		call GetPtr.

	*	Need explicit casts to extract the value in cases where the
		type is ambigous.  Classic case is "printf("%d", my_EmInt)".  The
		object will be pushed onto the stack, not the wrapped integer.

	*	Can't take the size of the object.  Instead, call GetSize.

	*	Can't call offsetof to get field offsets.  Instead, call
		offsetof_<fieldName>.  Note that this returns the offset of the most
		immediate struct.  That is, struct1.struct2.offsetof_field()
		returns the offset from the beginning of struct2 to field.
		Calling offsetof(StructType1, struct2.field) returns the offset
		from the beginning of struct1 to the field.

	*	Need a way to copy between classes instantiated with different
		address space objects.
*/

int		BadGetter (void);
void	BadSetter (void);

#if PLATFORM_MAC

#define PUT_BE_LONG(p, v)	*(uint32*) p = (v)
#define PUT_BE_SHORT(p, v)	*(uint16*) p = (v)
#define PUT_BE_BYTE(p, v)	*(uint8*) p = (v)

#define GET_BE_LONG(p)		(*(uint32*) p)
#define GET_BE_SHORT(p)		(*(uint16*) p)
#define GET_BE_BYTE(p)		(*(uint8*) p)

#else

#define PUT_BE_LONG(p, v)	 do { \
		((unsigned char*)(p))[0] = (unsigned char)(((unsigned long)(v)) >> 24);	\
		((unsigned char*)(p))[1] = (unsigned char)(((unsigned long)(v)) >> 16);	\
		((unsigned char*)(p))[2] = (unsigned char)(((unsigned long)(v)) >>  8);	\
		((unsigned char*)(p))[3] = (unsigned char)(((unsigned long)(v)) >>  0);	\
		} while(0)

#define PUT_BE_SHORT(p, v)	 do { \
		((unsigned char*)(p))[0] = (unsigned char)(((unsigned short)(v)) >> 8);	\
		((unsigned char*)(p))[1] = (unsigned char)(((unsigned short)(v)) >> 0);	\
		} while(0)

#define PUT_BE_BYTE(p, v)	 do { \
		((unsigned char*)(p))[0] = (unsigned char)(v);	\
		} while(0)

#define GET_BE_LONG(p)	(unsigned long)(\
		(((unsigned long)((unsigned char*)(p))[0]) << 24) |	\
		(((unsigned long)((unsigned char*)(p))[1]) << 16) |	\
		(((unsigned long)((unsigned char*)(p))[2]) <<  8) |	\
		(((unsigned long)((unsigned char*)(p))[3]) <<  0)	\
		)

#define GET_BE_SHORT(p)	(unsigned short)(\
		(((unsigned short)((unsigned char*)(p))[0]) <<  8) |	\
		(((unsigned short)((unsigned char*)(p))[1]) <<  0)	\
		)

#define GET_BE_BYTE(p)	(unsigned char)(\
		(((unsigned char)((unsigned char*)(p))[0]) <<  0)	\
		)

#endif


// Provide methods for getting and setting Big Endian data in Local Address Space

class LAS
{
	public:
		typedef void* ptr_type;

		inline static uint8		GetByte (ptr_type p)					{ return (uint8) GET_BE_BYTE (p); }
		inline static uint16	GetWord (ptr_type p)					{ return (uint16) GET_BE_SHORT (p); }
		inline static uint32	GetLong (ptr_type p)					{ return (uint32) GET_BE_LONG (p); }
		inline static void		PutByte (ptr_type p, const uint8 v)		{ PUT_BE_BYTE (p, v); }
		inline static void		PutWord (ptr_type p, const uint16 v)	{ PUT_BE_SHORT (p, v); }
		inline static void		PutLong (ptr_type p, const uint32 v)	{ PUT_BE_LONG (p, v); }

		inline static void		BlockCopy (ptr_type d, ptr_type s, size_t len)
																		{ memcpy (d, s, len); }

		inline static ptr_type	add (ptr_type p, ptrdiff_t diff)
																		{ return (ptr_type)(((size_t)p) + diff); }
		inline static ptrdiff_t	diff (ptr_type a, ptr_type b)
																		{ return (ptrdiff_t)(((ptrdiff_t)a) - (ptrdiff_t)b); }
};


// Provide methods for getting and setting Big Endian data in Palm Addres Space

class PAS
{
	public:
		typedef emuptr ptr_type;

		inline static uint8		GetByte (ptr_type p)					{ return (uint8) EmMemGet8 (p); }
		inline static uint16	GetWord (ptr_type p)					{ return (uint16) EmMemGet16 (p); }
		inline static uint32	GetLong (ptr_type p)					{ return (uint32) EmMemGet32 (p); }
		inline static void		PutByte (ptr_type p, const uint8 v)		{ EmMemPut8 (p, v); }
		inline static void		PutWord (ptr_type p, const uint16 v)	{ EmMemPut16 (p, v); }
		inline static void		PutLong (ptr_type p, const uint32 v)	{ EmMemPut32 (p, v); }

		inline static void		BlockCopy (ptr_type d, ptr_type s, size_t len)
																		{ EmMem_memcpy (d, s, len); }

		inline static ptr_type	add (ptr_type p, ptrdiff_t diff)
																		{ return (ptr_type)(((size_t)p) + diff); }
		inline static ptrdiff_t diff (ptr_type a, ptr_type b)
																		{ return (ptrdiff_t)(((ptrdiff_t)a) - (ptrdiff_t)b); }
};


// ======================================================================
// Macro for creating the class that wraps up simple types.
// ======================================================================

#define DECLARE_SCALAR_ALIAS(type, asType)											\
																					\
	template <class A>																\
	class EmAlias##type																\
	{																				\
		public:																		\
			typedef typename A::ptr_type ptr_type;									\
																					\
								EmAlias##type (ptr_type);							\
								EmAlias##type (const EmAlias##type<A>&);			\
																					\
			ptr_type			GetPtr	(void) const	{ return fPtr; }			\
			static size_t		GetSize (void)			{ return sizeof (asType); }	\
																					\
			EmAlias##type<A>&	operator= (const bool);								\
			EmAlias##type<A>&	operator= (const char);								\
																					\
			EmAlias##type<A>&	operator= (const unsigned char);					\
			EmAlias##type<A>&	operator= (const unsigned short);					\
			EmAlias##type<A>&	operator= (const unsigned int);						\
			EmAlias##type<A>&	operator= (const unsigned long);					\
																					\
			EmAlias##type<A>&	operator= (const signed char);						\
			EmAlias##type<A>&	operator= (const signed short);						\
			EmAlias##type<A>&	operator= (const signed int);						\
			EmAlias##type<A>&	operator= (const signed long);						\
																					\
			EmAlias##type<A>&	operator= (const void*);							\
			EmAlias##type<A>&	operator= (const EmAlias##type<A>&);				\
																					\
								operator type (void) const;							\
																					\
			EmAlias##type<A>	operator[] (int);									\
			const EmAlias##type<A>	operator[] (int) const;							\
																					\
		private:																	\
								EmAlias##type (void);								\
																					\
			ptr_type			fPtr;												\
	};

#define DECLARE_SCALAR_PROXY(type, asType)											\
																					\
	class EmProxy##type																\
	{																				\
		public:																		\
			typedef void* ptr_type;													\
																					\
								EmProxy##type (void);								\
								EmProxy##type (const EmProxy##type&);				\
																					\
			ptr_type			GetPtr	(void) const	{ return (ptr_type) &fLocalData; }	\
			static size_t		GetSize (void)			{ return sizeof (asType); }	\
																					\
			EmProxy##type&		operator= (const bool);								\
			EmProxy##type&		operator= (const char);								\
																					\
			EmProxy##type&		operator= (const unsigned char);					\
			EmProxy##type&		operator= (const unsigned short);					\
			EmProxy##type&		operator= (const unsigned int);						\
			EmProxy##type&		operator= (const unsigned long);					\
																					\
			EmProxy##type&		operator= (const signed char);						\
			EmProxy##type&		operator= (const signed short);						\
			EmProxy##type&		operator= (const signed int);						\
			EmProxy##type&		operator= (const signed long);						\
																					\
			EmProxy##type&		operator= (const void*);							\
			EmProxy##type&		operator= (const EmProxy##type&);					\
																					\
								operator type (void) const;							\
																					\
			EmAlias##type<LAS>	operator[] (int);									\
			const EmAlias##type<LAS>	operator[] (int) const;						\
																					\
		private:																	\
			struct {																\
				char			_bytes[sizeof (asType)];							\
			} fLocalData;															\
	};

#define DECLARE_SCALAR_CLASSES(type, asType)										\
	DECLARE_SCALAR_ALIAS(type, asType)												\
	DECLARE_SCALAR_PROXY(type, asType)

#define DEFINE_SCALAR_ALIAS(type, asType)											\
																					\
	template <class A>																\
	INLINE_ EmAlias##type<A>::EmAlias##type (void) :								\
		fPtr ((ptr_type) NULL)														\
	{																				\
	}																				\
																					\
	template <class A>																\
	INLINE_ EmAlias##type<A>::EmAlias##type (ptr_type p) :							\
		fPtr (p)																	\
	{																				\
	}																				\
																					\
	template <class A>																\
	INLINE_ EmAlias##type<A>::EmAlias##type (const EmAlias##type<A>& that) :		\
		fPtr (that.GetPtr ())														\
	{																				\
	}																				\
																					\
	MAKE_ONE_SCALAR_ALIAS_ASSIGNMENT_OPERATOR(type, asType, bool)					\
	MAKE_ONE_SCALAR_ALIAS_ASSIGNMENT_OPERATOR(type, asType, char)					\
	MAKE_ONE_SCALAR_ALIAS_ASSIGNMENT_OPERATOR(type, asType, signed char)			\
	MAKE_ONE_SCALAR_ALIAS_ASSIGNMENT_OPERATOR(type, asType, signed short)			\
	MAKE_ONE_SCALAR_ALIAS_ASSIGNMENT_OPERATOR(type, asType, signed int)				\
	MAKE_ONE_SCALAR_ALIAS_ASSIGNMENT_OPERATOR(type, asType, signed long)			\
	MAKE_ONE_SCALAR_ALIAS_ASSIGNMENT_OPERATOR(type, asType, unsigned char)			\
	MAKE_ONE_SCALAR_ALIAS_ASSIGNMENT_OPERATOR(type, asType, unsigned short)			\
	MAKE_ONE_SCALAR_ALIAS_ASSIGNMENT_OPERATOR(type, asType, unsigned int)			\
	MAKE_ONE_SCALAR_ALIAS_ASSIGNMENT_OPERATOR(type, asType, unsigned long)			\
	MAKE_ONE_SCALAR_ALIAS_ASSIGNMENT_OPERATOR(type, asType, const void*)			\
	MAKE_ONE_SCALAR_ALIAS_ASSIGNMENT_OPERATOR(type, asType, const EmAlias##type<A>&)\
																					\
	template <class A>																\
	INLINE_ EmAlias##type<A>::operator type (void) const							\
	{																				\
		if (sizeof (asType) == 1)													\
			return (type) A::GetByte((ptr_type) fPtr);								\
																					\
		if (sizeof (asType) == 2)													\
			return (type) A::GetWord((ptr_type) fPtr);								\
																					\
		if (sizeof (asType) == 4)													\
			return (type) A::GetLong((ptr_type) fPtr);								\
																					\
		return (type) BadGetter ();													\
	}																				\
																					\
	template <class A>																\
	INLINE_ EmAlias##type<A> EmAlias##type<A>::operator [] (int index)				\
	{																				\
		return EmAlias##type<A> ((ptr_type) (((char*) this->GetPtr ()) + index * this->GetSize ()));	\
	}																				\
																					\
	template <class A>																\
	INLINE_ const EmAlias##type<A> EmAlias##type<A>::operator [] (int index) const	\
	{																				\
		return EmAlias##type<A> ((ptr_type) (((char*) this->GetPtr ()) + index * this->GetSize ()));	\
	}

#define DEFINE_SCALAR_PROXY(type, asType)											\
																					\
	INLINE_ EmProxy##type::EmProxy##type (void)										\
	{																				\
	}																				\
																					\
	INLINE_ EmProxy##type::EmProxy##type (const EmProxy##type& that)				\
	{																				\
		*this = (asType) (type) that;												\
	}																				\
																					\
	MAKE_ONE_SCALAR_PROXY_ASSIGNMENT_OPERATOR(type, asType, bool)					\
	MAKE_ONE_SCALAR_PROXY_ASSIGNMENT_OPERATOR(type, asType, char)					\
	MAKE_ONE_SCALAR_PROXY_ASSIGNMENT_OPERATOR(type, asType, signed char)			\
	MAKE_ONE_SCALAR_PROXY_ASSIGNMENT_OPERATOR(type, asType, signed short)			\
	MAKE_ONE_SCALAR_PROXY_ASSIGNMENT_OPERATOR(type, asType, signed int)				\
	MAKE_ONE_SCALAR_PROXY_ASSIGNMENT_OPERATOR(type, asType, signed long)			\
	MAKE_ONE_SCALAR_PROXY_ASSIGNMENT_OPERATOR(type, asType, unsigned char)			\
	MAKE_ONE_SCALAR_PROXY_ASSIGNMENT_OPERATOR(type, asType, unsigned short)			\
	MAKE_ONE_SCALAR_PROXY_ASSIGNMENT_OPERATOR(type, asType, unsigned int)			\
	MAKE_ONE_SCALAR_PROXY_ASSIGNMENT_OPERATOR(type, asType, unsigned long)			\
	MAKE_ONE_SCALAR_PROXY_ASSIGNMENT_OPERATOR(type, asType, const void*)			\
	MAKE_ONE_SCALAR_PROXY_ASSIGNMENT_OPERATOR(type, asType, const EmProxy##type&)	\
																					\
	INLINE_ EmProxy##type::operator type (void) const								\
	{																				\
		if (sizeof (asType) == 1)													\
			return (type) LAS::GetByte((ptr_type) &fLocalData);						\
																					\
		if (sizeof (asType) == 2)													\
			return (type) LAS::GetWord((ptr_type) &fLocalData);						\
																					\
		if (sizeof (asType) == 4)													\
			return (type) LAS::GetLong((ptr_type) &fLocalData);						\
																					\
		return (type) BadGetter ();													\
	}																				\
																					\
	INLINE_ EmAlias##type<LAS> EmProxy##type::operator [] (int index)				\
	{																				\
		return EmAlias##type<LAS> ((ptr_type) (((char*) this->GetPtr ()) + index * this->GetSize ()));	\
	}																				\
																					\
	INLINE_ const EmAlias##type<LAS> EmProxy##type::operator [] (int index) const	\
	{																				\
		return EmAlias##type<LAS> ((ptr_type) (((char*) this->GetPtr ()) + index * this->GetSize ()));	\
	}

#define DEFINE_SCALAR_CLASSES(type, asType)											\
	DEFINE_SCALAR_ALIAS(type, asType)												\
	DEFINE_SCALAR_PROXY(type, asType)

// Macro that creates the implementation for an assignment operator for simple types.

#define MAKE_ONE_SCALAR_ALIAS_ASSIGNMENT_OPERATOR(type, asType, rhs_type)			\
																					\
	template <class A>																\
	INLINE_ EmAlias##type<A>& EmAlias##type<A>::operator= (rhs_type val)			\
	{																				\
		if (sizeof (asType) == 1)		A::PutByte (this->GetPtr (), (unsigned char) (asType) val);		\
		else if (sizeof (asType) == 2)	A::PutWord (this->GetPtr (), (unsigned short) (asType) val);	\
		else if (sizeof (asType) == 4)	A::PutLong (this->GetPtr (), (unsigned long) (asType) val);		\
		else BadSetter ();															\
																					\
		return *this;																\
	}

#define MAKE_ONE_SCALAR_PROXY_ASSIGNMENT_OPERATOR(type, asType, rhs_type)			\
																					\
	INLINE_ EmProxy##type& EmProxy##type::operator= (rhs_type val)					\
	{																				\
		if (sizeof (asType) == 1)		LAS::PutByte (this->GetPtr (), (unsigned char) (asType) val);	\
		else if (sizeof (asType) == 2)	LAS::PutWord (this->GetPtr (), (unsigned short) (asType) val);	\
		else if (sizeof (asType) == 4)	LAS::PutLong (this->GetPtr (), (unsigned long) (asType) val);	\
		else BadSetter ();															\
																					\
		return *this;																\
	}


// ======================================================================
// Macro for creating the class that wraps up aggregate types.
// ======================================================================

#define DECLARE_STRUCT_ALIAS(type, size, FOR_EACH_FIELD)							\
																					\
	template <class A>																\
	class EmAlias##type																\
	{																				\
		public:																		\
			typedef typename A::ptr_type ptr_type;									\
																					\
								EmAlias##type	(ptr_type);							\
								EmAlias##type	(const EmAlias##type&);				\
																					\
			ptr_type			GetPtr	(void) const	{ return fPtr; }			\
			static size_t		GetSize	(void)			{ return size; }			\
																					\
			EmAlias##type<A>&	operator= (const EmAlias##type<A>&);				\
																					\
			EmAlias##type<A>	operator[] (int);									\
			const EmAlias##type<A>	operator[] (int) const;							\
																					\
		private:																	\
								EmAlias##type	(void);								\
																					\
			ptr_type			fPtr;												\
																					\
		public:																		\
			FOR_EACH_FIELD(DECLARE_FIELD_ALIAS)										\
			FOR_EACH_FIELD(DECLARE_FIELD_OFFSET)									\
	};

#define DECLARE_STRUCT_PROXY(type, size, FOR_EACH_FIELD)							\
																					\
	class EmProxy##type																\
	{																				\
		public:																		\
			typedef void* ptr_type;													\
																					\
								EmProxy##type	(void);								\
								EmProxy##type	(const EmProxy##type&);				\
																					\
			ptr_type			GetPtr	(void) const	{ return (ptr_type) &fLocalData; }	\
			static size_t		GetSize	(void)			{ return size; }			\
																					\
			EmProxy##type&		operator= (const EmProxy##type&);					\
																					\
			EmAlias##type<LAS>	operator[] (int);									\
			const EmAlias##type<LAS>	operator[] (int) const;						\
																					\
		private:																	\
			struct {																\
				char			_bytes[size];										\
			} fLocalData;															\
																					\
		public:																		\
			FOR_EACH_FIELD(DECLARE_FIELD_PROXY)										\
			FOR_EACH_FIELD(DECLARE_FIELD_OFFSET)									\
	};

#define DECLARE_STRUCT_CLASSES(type, size, FOR_EACH_FIELD)							\
	DECLARE_STRUCT_ALIAS(type, size, FOR_EACH_FIELD)								\
	DECLARE_STRUCT_PROXY(type, size, FOR_EACH_FIELD)

#define DEFINE_STRUCT_ALIAS(type, size, FOR_EACH_FIELD)								\
																					\
	template <class A>																\
	INLINE_ EmAlias##type<A>::EmAlias##type (void) :								\
		fPtr ((ptr_type) NULL)														\
		FOR_EACH_FIELD(MAKE_MEMBER_INITIALIZER_ALIAS)								\
	{																				\
	}																				\
																					\
	template <class A>																\
	INLINE_ EmAlias##type<A>::EmAlias##type (ptr_type p) :							\
		fPtr (p)																	\
		FOR_EACH_FIELD(MAKE_MEMBER_INITIALIZER_ALIAS)								\
	{																				\
	}																				\
																					\
	template <class A>																\
	INLINE_ EmAlias##type<A>::EmAlias##type (const EmAlias##type<A>& that) :		\
		fPtr (that.fPtr)															\
		FOR_EACH_FIELD(MAKE_MEMBER_INITIALIZER_ALIAS)								\
	{																				\
	}																				\
																					\
	template <class A>																\
	INLINE_ EmAlias##type<A>& EmAlias##type<A>::operator= (const EmAlias##type<A>& val)	\
	{																				\
		if (this != &val)															\
		{																			\
			A::BlockCopy (this->GetPtr (), val.GetPtr (), this->GetSize ());		\
		}																			\
																					\
		return *this;																\
	}																				\
																					\
	template <class A>																\
	INLINE_ EmAlias##type<A> EmAlias##type<A>::operator [] (int index)				\
	{																				\
		return EmAlias##type<A> ((ptr_type) (((char*) this->GetPtr ()) + index * this->GetSize ()));	\
	}																				\
																					\
	template <class A>																\
	INLINE_ const EmAlias##type<A> EmAlias##type<A>::operator [] (int index) const	\
	{																				\
		return EmAlias##type<A> ((ptr_type) (((char*) this->GetPtr ()) + index * this->GetSize ()));	\
	}

#define DEFINE_STRUCT_PROXY(type, size, FOR_EACH_FIELD)								\
																					\
	INLINE_ EmProxy##type::EmProxy##type (void) :									\
		fLocalData ()																\
		FOR_EACH_FIELD(MAKE_MEMBER_INITIALIZER_PROXY)								\
	{																				\
	}																				\
																					\
	INLINE_ EmProxy##type::EmProxy##type (const EmProxy##type& that) :				\
		fLocalData ()																\
		FOR_EACH_FIELD(MAKE_MEMBER_INITIALIZER_PROXY)								\
	{																				\
		*this = that;																\
	}																				\
																					\
	INLINE_ EmProxy##type& EmProxy##type::operator= (const EmProxy##type& val)		\
	{																				\
		if (this != &val)															\
		{																			\
			LAS::BlockCopy (this->GetPtr (), val.GetPtr (), this->GetSize ());		\
		}																			\
																					\
		return *this;																\
	}																				\
																					\
	INLINE_ EmAlias##type<LAS> EmProxy##type::operator [] (int index)				\
	{																				\
		return EmAlias##type<LAS> ((ptr_type) (((char*) this->GetPtr ()) + index * this->GetSize ()));	\
	}																				\
																					\
	INLINE_ const EmAlias##type<LAS> EmProxy##type::operator [] (int index) const	\
	{																				\
		return EmAlias##type<LAS> ((ptr_type) (((char*) this->GetPtr ()) + index * this->GetSize ()));	\
	}

#define DEFINE_STRUCT_CLASSES(type, size, FOR_EACH_FIELD)							\
	DEFINE_STRUCT_ALIAS(type, size, FOR_EACH_FIELD)									\
	DEFINE_STRUCT_PROXY(type, size, FOR_EACH_FIELD)

// Macro for creating the data member that acts as a proxy for the data
// we're wrapping up.

#define DECLARE_FIELD_ALIAS(field_offset, field_type, field_name)					\
																					\
	EmAlias##field_type<A>	field_name;


#define DECLARE_FIELD_PROXY(field_offset, field_type, field_name)					\
																					\
	EmAlias##field_type<LAS>	field_name;


#define DECLARE_FIELD_OFFSET(field_offset, field_type, field_name)					\
																					\
	static size_t	offsetof_##field_name (void) { return field_offset; }


// Macros for creating the data member initializers in the constructors

#define MAKE_MEMBER_INITIALIZER_ALIAS(field_offset, field_type, field_name)			\
																					\
	, field_name((ptr_type) (((char*) fPtr) + field_offset))


#define MAKE_MEMBER_INITIALIZER_PROXY(field_offset, field_type, field_name)			\
																					\
	, field_name((ptr_type) (((char*) this->GetPtr ()) + field_offset))




typedef uint8	UIOptionsType;
typedef uint8	ScrOperation;

#define FOR_EACH_SCALAR_1(DO_TO_SCALAR)				\
	DO_TO_SCALAR (char, char)						\
	DO_TO_SCALAR (Int8, Int8)						\
	DO_TO_SCALAR (UInt8, UInt8)						\
	DO_TO_SCALAR (Int16, Int16)						\
	DO_TO_SCALAR (UInt16, UInt16)					\
	DO_TO_SCALAR (Int32, Int32)						\
	DO_TO_SCALAR (UInt32, UInt32)					\


#define FOR_EACH_SCALAR_2(DO_TO_SCALAR)				\
	DO_TO_SCALAR (Boolean, uint8)					\
	DO_TO_SCALAR (Char, uint8)						\
	DO_TO_SCALAR (ControlStyleType, uint8)			\
	DO_TO_SCALAR (Coord, uint16)					\
	DO_TO_SCALAR (DmResID, uint16)					\
	DO_TO_SCALAR (emuptr, emuptr)					\
	DO_TO_SCALAR (Err, uint16)						\
	DO_TO_SCALAR (FontID, uint8)					\
	DO_TO_SCALAR (FormObjectKind, uint8)			\
	DO_TO_SCALAR (LocalID, uint32)					\


#define FOR_EACH_SCALAR_3(DO_TO_SCALAR)				\
	DO_TO_SCALAR (NetIPAddr, uint32)				\
	DO_TO_SCALAR (PatternType, uint8)				\
	DO_TO_SCALAR (ScrOperation, uint8)				\
	DO_TO_SCALAR (SlkPktHeaderChecksum, uint8)		\
	DO_TO_SCALAR (UnderlineModeType, uint8)			\
	DO_TO_SCALAR (UndoMode, uint8)					\
	DO_TO_SCALAR (UIOptionsType, uint8)				\
	DO_TO_SCALAR (WChar, uint16)					\


#define FOR_EACH_SCALAR_4(DO_TO_SCALAR)				\
	DO_TO_SCALAR (HostControlSelectorType, uint16)	\
	DO_TO_SCALAR (HostBoolType, int32)				\
	DO_TO_SCALAR (HostClockType, int32)				\
	DO_TO_SCALAR (HostErrType, int32)				\
	DO_TO_SCALAR (HostIDType, int32)				\
	DO_TO_SCALAR (HostPlatformType, int32)			\
	DO_TO_SCALAR (HostSignalType, int32)			\
	DO_TO_SCALAR (HostSizeType, int32)				\
	DO_TO_SCALAR (HostTimeType, int32)				\


#define FOR_EACH_STRUCT_1(DO_TO_STRUCT)							\
	FOR_AbsRectType_STRUCT (DO_TO_STRUCT)						\
	FOR_PointType_STRUCT (DO_TO_STRUCT)							\
	FOR_RectangleType_STRUCT (DO_TO_STRUCT)						\
	FOR_RGBColorType_STRUCT (DO_TO_STRUCT)						\


#define FOR_EACH_STRUCT_2(DO_TO_STRUCT)							\
	FOR_BreakpointType_STRUCT (DO_TO_STRUCT)					\
	FOR_M68KRegsType_STRUCT (DO_TO_STRUCT)						\
																\
	FOR_UsbHwrType_STRUCT (DO_TO_STRUCT)						\
	FOR_HwrBatCmdReadType_STRUCT (DO_TO_STRUCT)					\
	FOR_HwrJerryPLDType_STRUCT (DO_TO_STRUCT)					\
	FOR_HwrLAPType_STRUCT (DO_TO_STRUCT)						\
	FOR_HwrMediaQ11xxType_STRUCT (DO_TO_STRUCT)					\
	FOR_HwrPalmI705PLDType_STRUCT (DO_TO_STRUCT)				\
	FOR_HwrSymbolASICType_STRUCT (DO_TO_STRUCT)					\
	FOR_SED1375RegsType_STRUCT (DO_TO_STRUCT)					\
	FOR_SED1376RegsType_STRUCT (DO_TO_STRUCT)					\
																\
	FOR_SysBatteryDataStructV1_STRUCT (DO_TO_STRUCT)			\
	FOR_SysBatteryDataStructV2_STRUCT (DO_TO_STRUCT)			\
	FOR_SysBatteryDataStructV3_STRUCT (DO_TO_STRUCT)			\
																\
	FOR_SysNVParamsType_STRUCT (DO_TO_STRUCT)					\


#define FOR_EACH_STRUCT_3(DO_TO_STRUCT)							\
	FOR_ClipboardItem_STRUCT (DO_TO_STRUCT)						\
	FOR_FieldUndoType_STRUCT (DO_TO_STRUCT)						\
	FOR_GraphicStateTypeV1_STRUCT (DO_TO_STRUCT)				\
	FOR_GraphicStateTypeV2_STRUCT (DO_TO_STRUCT)				\
	FOR_GraphicStateTypeV3_STRUCT (DO_TO_STRUCT)				\
	FOR_UIColorStateType_STRUCT (DO_TO_STRUCT)					\

  
#define FOR_EACH_STRUCT_4(DO_TO_STRUCT)							\
	FOR_UIGlobalsType_STRUCT (DO_TO_STRUCT)						\
	FOR_UIGlobalsTypeCommon_STRUCT (DO_TO_STRUCT)				\
	FOR_UIGlobalsTypeV1_STRUCT (DO_TO_STRUCT)					\
	FOR_UIGlobalsTypeV2_STRUCT (DO_TO_STRUCT)					\
	FOR_UIGlobalsTypeV3_STRUCT (DO_TO_STRUCT)					\
	FOR_UIGlobalsTypeV31_STRUCT (DO_TO_STRUCT)					\
	FOR_UIGlobalsTypeV32_STRUCT (DO_TO_STRUCT)					\
	FOR_UIGlobalsTypeV35_STRUCT (DO_TO_STRUCT)					\


#define FOR_EACH_STRUCT_5(DO_TO_STRUCT)							\
	FOR_M68KExcTableType_STRUCT (DO_TO_STRUCT)					\
	FOR_FixedGlobalsType_STRUCT (DO_TO_STRUCT)					\
	FOR_LowMemHdrType_STRUCT (DO_TO_STRUCT)						\
	FOR_SysAppInfoType_STRUCT (DO_TO_STRUCT)					\
	FOR_SysLibTblEntryType_STRUCT (DO_TO_STRUCT)				\
	FOR_PenBtnInfoType_STRUCT (DO_TO_STRUCT)					\
	FOR_SndCommandType_STRUCT (DO_TO_STRUCT)					\
																\
	FOR_kernel_info_task_STRUCT (DO_TO_STRUCT)					\
	FOR_kernel_info_semaphore_STRUCT (DO_TO_STRUCT)				\
	FOR_kernel_info_timer_STRUCT (DO_TO_STRUCT)					\
	FOR_SysKernelInfoType_STRUCT (DO_TO_STRUCT)					\


#define FOR_EACH_STRUCT_6(DO_TO_STRUCT)							\
	FOR_SlkPktFooterType_STRUCT (DO_TO_STRUCT)					\
	FOR_SlkPktHeaderType_STRUCT (DO_TO_STRUCT)					\
																\
	FOR_SysPktRPCParamType_STRUCT (DO_TO_STRUCT)				\
																\
	FOR_SysPktBodyType_STRUCT (DO_TO_STRUCT)					\
	FOR_SysPktContinueCmdType_STRUCT (DO_TO_STRUCT)				\
	FOR_SysPktDbgBreakToggleCmdType_STRUCT (DO_TO_STRUCT)		\
	FOR_SysPktDbgBreakToggleRspType_STRUCT (DO_TO_STRUCT)		\
	FOR_SysPktFindCmdType_STRUCT (DO_TO_STRUCT)					\
	FOR_SysPktFindRspType_STRUCT (DO_TO_STRUCT)					\
	FOR_SysPktGetBreakpointsCmdType_STRUCT (DO_TO_STRUCT)		\
	FOR_SysPktEmptyRspType_STRUCT (DO_TO_STRUCT)				\
	FOR_SysPktGetBreakpointsRspType_STRUCT (DO_TO_STRUCT)		\


#define FOR_EACH_STRUCT_7(DO_TO_STRUCT)							\
	FOR_SysPktGetTrapBreaksCmdType_STRUCT (DO_TO_STRUCT)		\
	FOR_SysPktGetTrapBreaksRspType_STRUCT (DO_TO_STRUCT)		\
	FOR_SysPktGetTrapConditionsCmdType_STRUCT (DO_TO_STRUCT)	\
	FOR_SysPktGetTrapConditionsRspType_STRUCT (DO_TO_STRUCT)	\
	FOR_SysPktReadMemCmdType_STRUCT (DO_TO_STRUCT)				\
	FOR_SysPktReadMemRspType_STRUCT (DO_TO_STRUCT)				\
	FOR_SysPktReadRegsCmdType_STRUCT (DO_TO_STRUCT)				\
	FOR_SysPktReadRegsRspType_STRUCT (DO_TO_STRUCT)				\
	FOR_SysPktRPC2Type_STRUCT (DO_TO_STRUCT)					\
	FOR_SysPktRPCType_STRUCT (DO_TO_STRUCT)						\
	FOR_SysPktRtnNameCmdType_STRUCT (DO_TO_STRUCT)				\


#define FOR_EACH_STRUCT_8(DO_TO_STRUCT)							\
	FOR_SysPktRtnNameRspType_STRUCT (DO_TO_STRUCT)				\
	FOR_SysPktSetBreakpointsCmdType_STRUCT (DO_TO_STRUCT)		\
	FOR_SysPktSetBreakpointsRspType_STRUCT (DO_TO_STRUCT)		\
	FOR_SysPktSetTrapBreaksCmdType_STRUCT (DO_TO_STRUCT)		\
	FOR_SysPktSetTrapConditionsCmdType_STRUCT (DO_TO_STRUCT)	\
	FOR_SysPktSetTrapConditionsRspType_STRUCT (DO_TO_STRUCT)	\
	FOR_SysPktStateCmdType_STRUCT (DO_TO_STRUCT)				\
	FOR_SysPktStateRspType_STRUCT (DO_TO_STRUCT)				\
	FOR_SysPktWriteMemCmdType_STRUCT (DO_TO_STRUCT)				\
	FOR_SysPktWriteMemRspType_STRUCT (DO_TO_STRUCT)				\
	FOR_SysPktWriteRegsCmdType_STRUCT (DO_TO_STRUCT)			\
	FOR_SysPktWriteRegsRspType_STRUCT (DO_TO_STRUCT)			\


#define FOR_EACH_STRUCT_9(DO_TO_STRUCT)							\
	FOR_RecordEntryType_STRUCT (DO_TO_STRUCT)					\
	FOR_RsrcEntryType_STRUCT (DO_TO_STRUCT)						\
	FOR_RecordListType_STRUCT (DO_TO_STRUCT)					\
	FOR_DatabaseHdrType_STRUCT (DO_TO_STRUCT)					\
	FOR_DatabaseDirEntryType_STRUCT (DO_TO_STRUCT)				\
	FOR_DatabaseDirType_STRUCT (DO_TO_STRUCT)					\
	FOR_DmOpenInfoType_STRUCT(DO_TO_STRUCT)						\
	FOR_DmAccessType_STRUCT(DO_TO_STRUCT)						\
	FOR_DmSearchStateType_STRUCT(DO_TO_STRUCT)					\
																\
	FOR_CardHeaderType_STRUCT(DO_TO_STRUCT)						\
	FOR_CardInfoType_STRUCT(DO_TO_STRUCT)						\
	FOR_StorageHeaderType_STRUCT(DO_TO_STRUCT)					\
																\
	FOR_ExgGoToType_STRUCT (DO_TO_STRUCT)						\
	FOR_ExgSocketType_STRUCT (DO_TO_STRUCT)						\
																\
	FOR_DlkDBCreatorList_STRUCT (DO_TO_STRUCT)					\
	FOR_DlkServerSessionType_STRUCT (DO_TO_STRUCT)				\


#define FOR_EACH_STRUCT_10(DO_TO_STRUCT)						\
	FOR_generic_STRUCT (DO_TO_STRUCT)							\
	FOR_penUp_STRUCT (DO_TO_STRUCT)								\
	FOR_keyDown_STRUCT (DO_TO_STRUCT)							\
	FOR_winEnter_STRUCT (DO_TO_STRUCT)							\
	FOR_winExit_STRUCT (DO_TO_STRUCT)							\
	FOR_tsmConfirm_STRUCT (DO_TO_STRUCT)						\
	FOR_tsmFepButton_STRUCT (DO_TO_STRUCT)						\
	FOR_tsmFepMode_STRUCT (DO_TO_STRUCT)						\
	FOR_ctlEnter_STRUCT (DO_TO_STRUCT)							\
	FOR_ctlSelect_STRUCT (DO_TO_STRUCT)							\
	FOR_ctlRepeat_STRUCT (DO_TO_STRUCT)							\
	FOR_ctlExit_STRUCT (DO_TO_STRUCT)							\
	FOR_fldEnter_STRUCT (DO_TO_STRUCT)							\
	FOR_fldHeightChanged_STRUCT (DO_TO_STRUCT)					\
	FOR_fldChanged_STRUCT (DO_TO_STRUCT)						\
	FOR_fldExit_STRUCT (DO_TO_STRUCT)							\
	FOR_lstEnter_STRUCT (DO_TO_STRUCT)							\
	FOR_lstExit_STRUCT (DO_TO_STRUCT)							\
	FOR_lstSelect_STRUCT (DO_TO_STRUCT)							\
	FOR_tblEnter_STRUCT (DO_TO_STRUCT)							\
	FOR_tblExit_STRUCT (DO_TO_STRUCT)							\
	FOR_tblSelect_STRUCT (DO_TO_STRUCT)							\
	FOR_frmLoad_STRUCT (DO_TO_STRUCT)							\
	FOR_frmOpen_STRUCT (DO_TO_STRUCT)							\
	FOR_frmGoto_STRUCT (DO_TO_STRUCT)							\
	FOR_frmClose_STRUCT (DO_TO_STRUCT)							\
	FOR_frmUpdate_STRUCT (DO_TO_STRUCT)							\
	FOR_frmTitleEnter_STRUCT (DO_TO_STRUCT)						\
	FOR_frmTitleSelect_STRUCT (DO_TO_STRUCT)					\
	FOR_attnIndicatorEnter_STRUCT (DO_TO_STRUCT)				\
	FOR_attnIndicatorSelect_STRUCT (DO_TO_STRUCT)				\
	FOR_daySelect_STRUCT (DO_TO_STRUCT)							\
	FOR_menu_STRUCT (DO_TO_STRUCT)								\
	FOR_popSelect_STRUCT (DO_TO_STRUCT)							\
	FOR_sclEnter_STRUCT (DO_TO_STRUCT)							\
	FOR_sclExit_STRUCT (DO_TO_STRUCT)							\
	FOR_sclRepeat_STRUCT (DO_TO_STRUCT)							\
	FOR_menuCmdBarOpen_STRUCT (DO_TO_STRUCT)					\
	FOR_menuOpen_STRUCT (DO_TO_STRUCT)							\
	FOR_gadgetEnter_STRUCT (DO_TO_STRUCT)						\
	FOR_gadgetMisc_STRUCT (DO_TO_STRUCT)						\
																\
	FOR_EventTypeData_STRUCT (DO_TO_STRUCT)						\
	FOR_EventType_STRUCT (DO_TO_STRUCT)							\


#define FOR_EACH_STRUCT_11(DO_TO_STRUCT)						\
	FOR_ROMDBRecordHeader1Type_STRUCT (DO_TO_STRUCT)			\
	FOR_ROMDBResourceHeader1Type_STRUCT (DO_TO_STRUCT)			\
	FOR_ROMDBHeader1Type_STRUCT (DO_TO_STRUCT)					\
	FOR_ROMCardHeader5Type_STRUCT (DO_TO_STRUCT)				\
	FOR_ROMStoreHeader4Type_STRUCT (DO_TO_STRUCT)				\
	FOR_ROMHeapHeader1Type_STRUCT (DO_TO_STRUCT)				\
	FOR_ROMHeapHeader2Type_STRUCT (DO_TO_STRUCT)				\
	FOR_ROMHeapHeader3Type_STRUCT (DO_TO_STRUCT)				\
	FOR_ROMDBDir1Type_STRUCT (DO_TO_STRUCT)						\
	FOR_ROMHeapChunkHdr2Type_STRUCT (DO_TO_STRUCT)				\
	FOR_ROMHeapChunkHdr1Type_STRUCT (DO_TO_STRUCT)				\
	FOR_ROMFtrFeatureType_STRUCT (DO_TO_STRUCT)					\
	FOR_ROMFtrCreatorType_STRUCT (DO_TO_STRUCT)					\
	FOR_ROMFtrTableType_STRUCT (DO_TO_STRUCT)					\


#define FOR_EACH_STRUCT_12(DO_TO_STRUCT)						\
	FOR_ControlAttrType_STRUCT (DO_TO_STRUCT)					\
	FOR_ControlType_STRUCT (DO_TO_STRUCT)						\
	FOR_GraphicControlType_STRUCT (DO_TO_STRUCT)				\
	FOR_SliderControlType_STRUCT (DO_TO_STRUCT)					\
	FOR_BitmapTypeV2_STRUCT (DO_TO_STRUCT)						\
	FOR_BitmapTypeV3_STRUCT (DO_TO_STRUCT)						\
	FOR_FrameBitsType_STRUCT (DO_TO_STRUCT)						\
	FOR_WindowFlagsType_STRUCT (DO_TO_STRUCT)					\
	FOR_WindowType_STRUCT (DO_TO_STRUCT)						\
	FOR_FormObjListType_STRUCT (DO_TO_STRUCT)					\
	FOR_FormAttrType_STRUCT (DO_TO_STRUCT)						\
	FOR_FormType_STRUCT (DO_TO_STRUCT)							\
																\
	FOR_cjxln_STRUCT (DO_TO_STRUCT)								\
	FOR_cj_xgbh_STRUCT (DO_TO_STRUCT)							\
	FOR_cj_xsmb_STRUCT (DO_TO_STRUCT)							\


#define FOR_EACH_STRUCT_13(DO_TO_STRUCT)						\
	FOR_TimGlobalsType_STRUCT (DO_TO_STRUCT)					\
																\
	FOR_FormObjAttrType_STRUCT (DO_TO_STRUCT)					\
																\
	FOR_FormBitmapType_STRUCT (DO_TO_STRUCT)					\
	FOR_FormLineType_STRUCT (DO_TO_STRUCT)						\
	FOR_FormFrameType_STRUCT (DO_TO_STRUCT)						\
	FOR_FormRectangleType_STRUCT (DO_TO_STRUCT)					\
	FOR_FormTitleType_STRUCT (DO_TO_STRUCT)						\
	FOR_FormPopupType_STRUCT (DO_TO_STRUCT)						\
	FOR_FrmGraffitiStateType_STRUCT (DO_TO_STRUCT)				\
																\
	FOR_ScrollBarAttrType_STRUCT (DO_TO_STRUCT)					\
	FOR_ScrollBarType_STRUCT (DO_TO_STRUCT)						\
																\
	FOR_FormGadgetAttrType_STRUCT (DO_TO_STRUCT)				\
	FOR_FormGadgetType_STRUCT (DO_TO_STRUCT)					\
																\
	FOR_FormLabelType_STRUCT (DO_TO_STRUCT)						\
																\
	FOR_FieldAttrType_STRUCT (DO_TO_STRUCT)						\
	FOR_FieldType_STRUCT (DO_TO_STRUCT)							\
																\
	FOR_ListAttrType_STRUCT (DO_TO_STRUCT)						\
	FOR_ListType_STRUCT (DO_TO_STRUCT)							\
																\
	FOR_TableAttrType_STRUCT (DO_TO_STRUCT)						\
	FOR_TableType_STRUCT (DO_TO_STRUCT)							\


#define FOR_EACH_STRUCT_14(DO_TO_STRUCT)						\
	FOR_HostDirEntType_STRUCT (DO_TO_STRUCT)					\
	FOR_HostGremlinInfoType_STRUCT (DO_TO_STRUCT)				\
	FOR_HostStatType_STRUCT (DO_TO_STRUCT)						\
	FOR_HostTmType_STRUCT (DO_TO_STRUCT)						\
	FOR_HostUTimeType_STRUCT (DO_TO_STRUCT)						\
																\
	FOR_NetHostInfoType_STRUCT (DO_TO_STRUCT)					\
	FOR_NetHostInfoBufType_STRUCT (DO_TO_STRUCT)				\
	FOR_NetIOParamType_STRUCT (DO_TO_STRUCT)					\
	FOR_NetIOVecType_STRUCT (DO_TO_STRUCT)						\
	FOR_NetServInfoType_STRUCT (DO_TO_STRUCT)					\
	FOR_NetServInfoBufType_STRUCT (DO_TO_STRUCT)				\
	FOR_NetSocketAddrINType_STRUCT (DO_TO_STRUCT)				\
	FOR_NetSocketAddrRawType_STRUCT (DO_TO_STRUCT)				\
	FOR_NetSocketAddrType_STRUCT (DO_TO_STRUCT)					\


#if PLATFORM_MAC
	#define INLINE_SCALAR_IMPLEMENTATION	1
#else
	#define INLINE_SCALAR_IMPLEMENTATION	0
#endif

FOR_EACH_SCALAR_1 (DECLARE_SCALAR_CLASSES)
FOR_EACH_SCALAR_2 (DECLARE_SCALAR_CLASSES)
FOR_EACH_SCALAR_3 (DECLARE_SCALAR_CLASSES)
FOR_EACH_SCALAR_4 (DECLARE_SCALAR_CLASSES)

#if INLINE_SCALAR_IMPLEMENTATION

#undef INLINE_
#define INLINE_ inline

FOR_EACH_SCALAR_1 (DEFINE_SCALAR_CLASSES)
FOR_EACH_SCALAR_2 (DEFINE_SCALAR_CLASSES)
FOR_EACH_SCALAR_3 (DEFINE_SCALAR_CLASSES)
FOR_EACH_SCALAR_4 (DEFINE_SCALAR_CLASSES)

#undef INLINE_
#define INLINE_

#endif

FOR_EACH_STRUCT_1 (DECLARE_STRUCT_CLASSES)
FOR_EACH_STRUCT_2 (DECLARE_STRUCT_CLASSES)
FOR_EACH_STRUCT_3 (DECLARE_STRUCT_CLASSES)
FOR_EACH_STRUCT_4 (DECLARE_STRUCT_CLASSES)
FOR_EACH_STRUCT_5 (DECLARE_STRUCT_CLASSES)
FOR_EACH_STRUCT_6 (DECLARE_STRUCT_CLASSES)
FOR_EACH_STRUCT_7 (DECLARE_STRUCT_CLASSES)
FOR_EACH_STRUCT_8 (DECLARE_STRUCT_CLASSES)
FOR_EACH_STRUCT_9 (DECLARE_STRUCT_CLASSES)
FOR_EACH_STRUCT_10 (DECLARE_STRUCT_CLASSES)
FOR_EACH_STRUCT_11 (DECLARE_STRUCT_CLASSES)
FOR_EACH_STRUCT_12 (DECLARE_STRUCT_CLASSES)
FOR_EACH_STRUCT_13 (DECLARE_STRUCT_CLASSES)
FOR_EACH_STRUCT_14 (DECLARE_STRUCT_CLASSES)

#endif	// EmPalmStructs_h