/* *	HT Editor *	analy_x86.h * *	Copyright (C) 1999-2002 Sebastian Biallas (sb@biallas.net) * *	This program is free software; you can redistribute it and/or modify *	it under the terms of the GNU General Public License version 2 as *	published by the Free Software Foundation. * *	This program is distributed in the hope that it will be useful, *	but WITHOUT ANY WARRANTY; without even the implied warranty of *	MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the *	GNU General Public License for more details. * *	You should have received a copy of the GNU General Public License *	along with this program; if not, write to the Free Software *	Foundation, Inc., 675 Mass Ave, Cambridge, MA 02139, USA. */#ifndef ANALY_X86_H#define ANALY_X86_H#include "analy.h"class AddressX86Flat32: public Address {public:	uint32 addr;	AddressX86Flat32(BuildCtorArg&a): Address(a) {};	AddressX86Flat32(uint32 a=0): addr(a) {};	virtual bool add(int offset);	virtual int byteSize();	virtual int compareTo(const Object *obj) const;	virtual int compareDelinear(Address *to);	virtual bool difference(int &result, Address *to);	virtual AddressX86Flat32 *clone() const;	virtual void getFromArray(const byte *array);	virtual void getFromCPUAddress(CPU_ADDR *ca);	virtual	bool getFromUInt64(uint64 u);	virtual void load(ObjectStream &s);	virtual ObjectID getObjectID() const;	virtual int parseString(const char *s, int length, Analyser *a);	virtual void putIntoArray(byte *array) const;	virtual void putIntoCPUAddress(CPU_ADDR *ca) const;	virtual	bool putIntoUInt64(uint64 &u) const;	virtual void store(ObjectStream &s) const;	virtual int stringify(char *s, int max_length, int format) const;	virtual int stringSize() const;};class AddressX86_1616: public Address {public:	uint16 seg;	uint16 addr;public:	AddressX86_1616(BuildCtorArg&a): Address(a) {};	AddressX86_1616(uint16 seg=0, uint16 addr=0);	virtual bool add(int offset);	virtual int byteSize();	virtual int compareTo(const Object *obj) const;	virtual int compareDelinear(Address *to);	virtual bool difference(int &result, Address *to);	virtual AddressX86_1616 *clone() const;	virtual void getFromArray(const byte *array);	virtual void getFromCPUAddress(CPU_ADDR *ca);	virtual	bool getFromUInt64(uint64 u);	virtual void load(ObjectStream &s);	virtual ObjectID getObjectID() const;	virtual int parseString(const char *s, int length, Analyser *a);	virtual void putIntoArray(byte *array) const;	virtual void putIntoCPUAddress(CPU_ADDR *ca) const;	virtual	bool putIntoUInt64(uint64 &u) const;	virtual void store(ObjectStream &s) const;	virtual int stringify(char *s, int max_length, int format) const;	virtual int stringSize() const;};class AddressX86_1632: public Address {public:	uint16 seg;	uint32 addr;public:	AddressX86_1632(BuildCtorArg&a): Address(a) {};	AddressX86_1632(uint16 seg=0, uint32 addr=0);	virtual bool add(int offset);	virtual int byteSize();	virtual int compareTo(const Object *obj) const;	virtual int compareDelinear(Address *obj);	virtual bool difference(int &result, Address *to);	virtual AddressX86_1632 *clone() const;	virtual void getFromArray(const byte *array);	virtual void getFromCPUAddress(CPU_ADDR *ca);	virtual	bool getFromUInt64(uint64 u);	virtual void load(ObjectStream &s);	virtual ObjectID getObjectID() const;	virtual int parseString(const char *s, int length, Analyser *a);	virtual void putIntoArray(byte *array) const;	virtual void putIntoCPUAddress(CPU_ADDR *ca) const;	virtual	bool putIntoUInt64(uint64 &u) const;	virtual void store(ObjectStream &s) const;	virtual int stringify(char *s, int max_length, int format) const;	virtual int stringSize() const;};#define ANALYX86DISASSEMBLER_FLAGS_16BIT		1#define ANALYX86DISASSEMBLER_FLAGS_SEGMENTED		2#define ANALYX86DISASSEMBLER_FLAGS_FLAT64		4#define ANALYX86DISASSEMBLER_FLAGS_VXD_X86DIS		8#define ANALYX86DISASSEMBLER_FLAGS_AMD64		16class AnalyX86Disassembler: public AnalyDisassembler {protected:		void		createUnasm();public:	int flags;				AnalyX86Disassembler() {};				AnalyX86Disassembler(BuildCtorArg&a): AnalyDisassembler(a) {};		void		init(Analyser *A, int flags);		void 		load(ObjectStream &f);	virtual	ObjectID	getObjectID() const;	virtual	Address		*branchAddr(OPCODE *opcode, branch_enum_t branchtype, bool examine);		Address		*createAddress(uint16 segment, uint64 offset);		uint16		getSegment(Address *addr);	virtual	void		examineOpcode(OPCODE *opcode);	virtual	branch_enum_t 	isBranch(OPCODE *opcode);	virtual	void		store(ObjectStream &f) const;};#endif