diff --git a/src/z80free/Z80free_codesED.c b/src/z80free/Z80free_codesED.c
index 7254172..bc1af38 100644
--- a/src/z80free/Z80free_codesED.c
+++ b/src/z80free/Z80free_codesED.c
@@ -631,7 +631,7 @@ int Z80free_codesED (Z80FREE *processor,byte opcode) {
 		return (12);
 	break;
 	case 163: // OUTI
-		/*OUTI, OUTD, OTIR and OTDR first uses B and then decrement it*/
+		/*OUTI, OUTD, OTIR and OTDR first decrements B and then uses it*/
 		processor->Rm.br.B=Z80free_doIncDec(processor,processor->Rm.br.B,1);
 		Z80free_Out(processor->Rm.wr.BC,Z80free_Rd(processor->Rm.wr.HL));
 		processor->Rm.wr.HL++;
diff --git a/src/z80free/z80free_gencode.py b/src/z80free/z80free_gencode.py
index 93b5453..9ba7d14 100644
--- a/src/z80free/z80free_gencode.py
+++ b/src/z80free/z80free_gencode.py
@@ -1,1308 +1,1308 @@
-#!/usr/bin/env python
-# -*- coding: UTF-8 -*-
-
-# Copyright 2008-2009 (C) Raster Software Vigo (Sergio Costas)
-
-# This file is part of Z80Free
-#
-# Z80Free 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 3 of the License, or
-# (at your option) any later version.
-#
-# Z80Free 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, see <http://www.gnu.org/licenses/>.
-
-import sys
-
-class generic_parser:
-
-
-	def get_code_from_one_param(self,element,bits):
-	
-		""" Returns nbits,read,write,condition
-		
-			Parses the ELEMENT string and, if its a register, a number or a memory access,
-			returns in READ a piece of C code that allows to get that value; in WRITE a
-			piece of code that allows to store a value there (if applicable, None if not
-			valid) and NONE in CONDITION.
-			
-			if ELEMENT is a condition (like check ZERO, CARRY...), it returns None in READ
-			and WRITE, and in CONDITION a piece of C code which returns TRUE (1) if that
-			condition is true, or FALSE (0) if it is false.
-			
-			When the string has an ambiguous size (like (nn) in LD A,(nn) ), this function
-			will use BITS to know how many bits has to use. But if BITS is 0 it means
-			that the main class still doesn't know how many bits the current instruction
-			is using, so this function must return 0 in NBITS. But if it can determine
-			the true bit size (both because it's a fixed size element, like a register,
-			or because BITS contains a value different of 0) then it must returns that
-			size.
-			
-			If the combination of ELEMENT and BITS is unknown, it must call
-			
-				self.unknown_param()
-				
-			to show an error and stop the parsing process
-			"""
-	
-		raise TypeError('Abstract method z80parser.get_code_from_one_param called')
-
-
-	def create_code(self,ncode,tst1,tst2,opcode,code_read,code_write,condition,bits):
-		
-		""" Writes C code for the opcode OPCODE, with the list CODE_READ containing 
-			C code for read each one of the parameters, the list CODE_WRITE containing
-			C code for write each one of the parameters, CONDITION containing a C code
-			string to check if the condition is TRUE or FALSE (or containing NONE if
-			the opcode is unconditional), and all parameters having a wide of BITS bits.
-			NCODE is the decimal code asigned to this opcode, and TST1 and TST2 are the
-			TStates used by this opcode to run (the first when the condition is True,
-			and the second when the condition is False).
-			
-			If this method returns False the main class will assume that it hasn't
-			added the C code to return the number of TStates, and will add a line with
-			the code RETURN (TST1); after it; but if it returns True, the class will
-			assume that the C code inserted already returns the number of TStates, and
-			won't add the RETURN line.
-			
-			This is an abstract method, and must be implemented in the class
-			derived from this one.
-			
-			If the combination of OPCODE and BITS is unknown, it must call
-			
-				self.unknown_opcode()
-				
-			to show an error and stop the parsing process
-			
-		"""
-			
-		raise TypeError('Abstract method z80parser.create_code called')
-
-
-	def write_start_code(self,filename,file_out):
-		
-		""" Writes the first part of the C code for the file """
-
-		raise TypeError('Abstract method z80parser.write_start_code called')
-
-
-	def write_end_code(self,filename,file_out):
-		
-		""" Writes the first part of the C code for the file """
-
-		raise TypeError('Abstract method z80parser.write_end_code called')
-
-
-	def license(self):
-		
-		""" writes the license terms. It must be always the GPL """
-
-		if self.copyright_year==None:
-			raise TypeError('Copyright year not defined')
-		
-		if self.copyright_author==None:
-			raise TypeError('Copyright author not defined')
-		
-		if self.copyright_program_name==None:
-			raise TypeError('Copyright program name not defined')
-
-		self.file_out.write('/*\n')
-		self.file_out.write(' * Copyright (C) '+str(self.copyright_year)+' '+str(self.copyright_author)+'\n')
-		self.file_out.write(' * This file is part of '+str(self.copyright_program_name)+'\n')
-		self.file_out.write(' *\n')
-		self.file_out.write(' * '+str(self.copyright_program_name)+' is free software; you can redistribute it and/or modify\n')
-		self.file_out.write(' * it under the terms of the GNU General Public License as published by\n')
-		self.file_out.write(' * the Free Software Foundation; either version 3 of the License, or\n')
-		self.file_out.write(' * (at your option) any later version.\n')
-		self.file_out.write(' *\n')
-		self.file_out.write(' * '+str(self.copyright_program_name)+' is distributed in the hope that it will be useful,\n')
-		self.file_out.write(' * but WITHOUT ANY WARRANTY; without even the implied warranty of\n')
-		self.file_out.write(' * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the\n')
-		self.file_out.write(' * GNU General Public License for more details.\n')
-		self.file_out.write(' *\n')
-		self.file_out.write(' * You should have received a copy of the GNU General Public License\n')
-		self.file_out.write(' * along with this program.  If not, see <http://www.gnu.org/licenses/>.\n')
-		self.file_out.write(' * \n')
-		self.file_out.write(' */')
-
-
-	def __init__(self,filename):
-		
-		self.line_number=0
-		self.curr_element=""
-		self.curr_bits=0
-		self.curr_opcode=""
-		self.curr_instruction=""
-		self.filename=filename
-		self.file_in=open(filename+".txt","r")
-		self.file_out=open(filename+".c","w")
-
-		self.license() # the code generated by z80free_gencode.py is ALWAYS GPL
-		self.file_out.write('\n\n')
-		self.write_start_code()
-		self.file_out.write('\tswitch(opcode) {\n')
-		while True:
-			if self.proccess_line()==False:
-				break
-		self.file_out.write('\t}\n\n')			
-		self.write_end_code()
-		self.file_out.close()
-		self.file_in.close()
-
-
-	def proccess_line(self):
-		
-		while True:
-			ncode,tst1,tst2,opcode,params=self.get_parts()
-			if ncode==None:
-				return False
-			if tst1!=0:
-				break
-				
-		code_read,code_write,condition,bits=self.get_code_from_params(params)
-		self.file_out.write("\tcase "+str(ncode)+": // "+self.curr_instruction+"\n")
-		self.curr_opcode=opcode
-		self.curr_bits=bits
-		tst_done=self.create_code(ncode,tst1,tst2,opcode,code_read,code_write,condition,bits)
-		if tst_done==False:
-			self.file_out.write("\t\treturn ("+str(tst1)+");\n")
-		self.file_out.write("\tbreak;\n")
-
-
-	def unknown_opcode(self):
-		
-		self.show_error("Unknown opcode "+str(self.curr_opcode)+" for "+str(self.curr_bits)+" bits wide while processing "+str(self.curr_instruction))
-
-
-	def unknown_param(self):
-		
-		self.show_error("Unknown parameter "+str(self.curr_element)+" for "+str(self.curr_bits)+" bits wide while processing "+str(self.curr_instruction))
-
-
-	def show_error(self,msg_error):
-
-		print
-		print "Syntax error while processing file "+self.filename+".txt"
-		print "at line "+str(self.line_number)+" when processing instruction "+self.curr_instruction
-		print msg_error
-		print "Check the file and run again"
-		print
-		self.file_out.close()
-		self.file_in.close()
-		sys.exit(1)
-
-
-	def get_parts(self):
-		
-		""" Gets the parts from a file line: number code, TStates OPCODE and parameters """
-		
-		while True:
-			line=self.file_in.readline()
-			self.line_number+=1
-			if line=="":
-				return None,0,0,"",""
-			if (line[0]!="#") and (line!="\n"):
-				break
-	
-		if line[-1]=="\n":
-			line=line[:-1]
-		l_ncode=int(line[0:2],16)
-		pos=line[3:].find("\t") # find the separator between the TStates and the OPCODE
-		if (line[3]=="\t") or (line[3]=="*") or (pos==-1): # if there are no TStates nor OPCODE, its an empty entry
-			return l_ncode,0,0,"",""
-	
-		tstates=line[3:pos+3]
-		pos2=tstates.find("/") # check if there are two TState values
-		if pos2==-1:
-			l_tst1=int(tstates)
-			l_tst2=int(tstates)
-		else:
-			l_tst1=int(tstates[:pos2]) # tstates if the condition is True
-			l_tst2=int(tstates[pos2+1:]) # tstates if the condition is False
-		l_opcode=line[pos+4:]
-		self.curr_instruction=l_opcode
-		pos=l_opcode.find(" ")
-		if pos!=-1: # there are parameters
-			l_params=l_opcode[pos+1:]
-			l_opcode=l_opcode[:pos]
-		else:
-			l_params=""
-	
-		return l_ncode,l_tst1,l_tst2,l_opcode,l_params
-	
-	
-	def get_code_from_params(self,params):
-		
-		""" Returns the C code to read or write the params, and the code for the condition
-			Return two lists, an string and an integer. The first list contains the C code to
-			read each parameter; the second list the C code to write each parameter; the
-			string returns the string which checks the condition (None if there's no condition)
-			and the integer indicates when the operators are 8 or 16 bit wide.
-			
-			If it finds a set of parameters that can't parse, it prints it and exits
-			
-			It uses the virtual method get_code_from_one_param(element,bits) to parse
-			each parameter
-		"""
-		
-		bits=0
-		
-		if params=="":
-			return [],[],None,0
-		
-		bits_found=False
-		list_params=params.split(",")
-		while bits_found==False:
-			bits_found=True
-			read_code=[]
-			write_code=[]
-			condition=None
-			for element in list_params:
-				# a parameter's bit wide can be ambiguous (like (nn) in LD A,(nn) or
-				# LD HL,(nn) ) so we try to read it passing the currently known bit wide,
-				# and the function must returns the true wide if it's unambiguous (like A, HL...)
-				# the true wide if passed a correct wide, or 0 if the current bit wide is
-				# unknown and the parameter is ambiguous. So in the case of
-				# LD A,(nn) we do only one pass to get the wide, but in the case of
-				# LD (nn),A we do two passes, because the first parameter is ambiguous
-				# in size
-				self.curr_bits=bits
-				self.curr_element=element
-				nbits,read,write,p_condition=self.get_code_from_one_param(element,bits)
-				if p_condition!=None: # this parameter is a condition
-					condition=p_condition
-					continue
-				if nbits==0:
-					bits_found=False
-				else:
-					if bits==0:
-						bits=nbits
-					if bits!=nbits:
-						self.show_error("Mixed bit wide parameters (8 and 16 bit parameters in the same line)")
-				
-				read_code.append(read)
-				write_code.append(write)
-			if (bits==0) and (bits_found==False):
-				self.show_error("All parameters are ambiguous: "+str(params))
-		
-		return read_code,write_code,condition,bits
-
-
-class z80_parser(generic_parser):
-
-	def __init__(self,filename):
-		
-		self.copyright_year="2008-2009"
-		self.copyright_author="Sergio Costas (Raster Software Vigo)"
-		self.copyright_program_name="Z80Free"
-		generic_parser.__init__(self, filename)
-
-
-	def get_code_from_one_param(self,element,bits):
-	
-		""" Returns nbits,read,write,condition """
-		
-		if element=="AF":
-			return 16,"processor->Rm.wr.AF","processor->Rm.wr.AF=@DATA@;",None
-		if element=="AF'":
-			return 16,"processor->Ra.wr.AF","processor->Ra.wr.AF=@DATA@;",None
-		if element=="BC":
-			return 16,"processor->Rm.wr.BC","processor->Rm.wr.BC=@DATA@;",None
-		if element=="DE":
-			return 16,"processor->Rm.wr.DE","processor->Rm.wr.DE=@DATA@;",None
-		if element=="HL":
-			return 16,"processor->Rm.wr.HL","processor->Rm.wr.HL=@DATA@;",None
-		if element=="SP":
-			return 16,"processor->Rm.wr.SP","processor->Rm.wr.SP=@DATA@;",None
-		
-		if element=="IX":
-			return 16,"processor->Rm.wr.IX","processor->Rm.wr.IX=@DATA@;",None
-		if element=="IY":
-			return 16,"processor->Rm.wr.IY","processor->Rm.wr.IY=@DATA@;",None
-		
-		if element=="(IX+d)":
-			if bits==0:
-				return 0,None,None,None
-			elif bits==8:
-				if (self.codes=="DDCB") or (self.codes=="FDCB"):
-					return 8,"Z80free_Rd(Z80free_addr_relativeXDCB(processor,processor->Rm.wr.IX,d1))","Z80free_Wr(Z80free_addr_relativeXDCB(processor,processor->Rm.wr.IX,d1),@DATA@);",None
-				else:
-					return 8,"Z80free_Rd(Z80free_addr_relative(processor,processor->Rm.wr.IX))","Z80free_Wr(Z80free_addr_relative(processor,processor->Rm.wr.IX),@DATA@);",None
-		
-		if element=="(IY+d)":
-			if bits==0:
-				return 0,None,None,None
-			elif bits==8:
-				if (self.codes=="DDCB") or (self.codes=="FDCB"):
-					return 8,"Z80free_Rd(Z80free_addr_relativeXDCB(processor,processor->Rm.wr.IY,d1))","Z80free_Wr(Z80free_addr_relativeXDCB(processor,processor->Rm.wr.IY,d1),@DATA@);",None
-				else:
-					return 8,"Z80free_Rd(Z80free_addr_relative(processor,processor->Rm.wr.IY))","Z80free_Wr(Z80free_addr_relative(processor,processor->Rm.wr.IY),@DATA@);",None
-		
-		if element=="IX+d":
-			if bits==0:
-				return 0,None,None,None
-			elif bits==8:
-				return 8,"Z80free_addr_relative(processor,processor->Rm.wr.IX)",None,None
-
-		if element=="IY+d":
-			if bits==0:
-				return 0,None,None,None
-			elif bits==8:
-				return 8,"Z80free_addr_relative(processor,processor->Rm.wr.IY)",None,None
-		
-		if element=="b(IX+d)":
-			if (self.codes=="DDCB") or (self.codes=="FDCB"):
-				return 8,"Z80free_Rd(Z80free_addr_relativeXDCB(processor,processor->Rm.wr.IX,d1))","Z80free_Wr(Z80free_addr_relativeXDCB(processor,processor->Rm.wr.IX,d1),@DATA@);",None
-			else:
-				return 8,"Z80free_Rd(Z80free_addr_relative(processor,processor->Rm.wr.IX))","Z80free_Wr(Z80free_addr_relative(processor,processor->Rm.wr.IX),@DATA@);",None
-
-
-		if element=="b(IY+d)":
-			if (self.codes=="DDCB") or (self.codes=="FDCB"):
-				return 8,"Z80free_Rd(Z80free_addr_relativeXDCB(processor,processor->Rm.wr.IY,d1))","Z80free_Wr(Z80free_addr_relativeXDCB(processor,processor->Rm.wr.IY,d1),@DATA@);",None
-			else:
-				return 8,"Z80free_Rd(Z80free_addr_relative(processor,processor->Rm.wr.IY))","Z80free_Wr(Z80free_addr_relative(processor,processor->Rm.wr.IY),@DATA@);",None
-		
-		if element=="nn":
-			return 16,"Z80free_read_param_16(processor)",None,None
-		if element=="n":
-			return 8,"Z80free_read_param_8(processor)",None,None
-		
-		if element=="(nn)":
-			if bits==0:
-				return 0,None,None,None
-			elif bits==8:
-				return 8,"Z80free_Rd(Z80free_read_param_16(processor))","Z80free_Wr(Z80free_read_param_16(processor),@DATA@);",None
-			elif bits==16:
-				return 16,"Z80free_read16(Z80free_read_param_16(processor))","Z80free_write16(Z80free_read_param_16(processor),@DATA@);",None
-		
-		if element=="(BC)":
-			if bits==0:
-				return 0,None,None,None
-			elif bits==8:
-				return 8,"Z80free_Rd(processor->Rm.wr.BC)","Z80free_Wr(processor->Rm.wr.BC,@DATA@);",None
-			elif bits==16:
-				return 16,"Z80free_read16(processor->Rm.wr.BC)","Z80free_write16(processor->Rm.wr.BC,@DATA@);",None
-		if element=="(DE)":
-			if bits==0:
-				return 0,None,None,None
-			elif bits==8:
-				return 8,"Z80free_Rd(processor->Rm.wr.DE)","Z80free_Wr(processor->Rm.wr.DE,@DATA@);",None
-			elif bits==16:
-				return 16,"Z80free_read16(processor->Rm.wr.DE)","Z80free_write16(processor->Rm.wr.DE,@DATA@);",None
-		if element=="(HL)":
-			if bits==0:
-				return 0,None,None,None
-			elif bits==8:
-				return 8,"Z80free_Rd(processor->Rm.wr.HL)","Z80free_Wr(processor->Rm.wr.HL,@DATA@);",None
-			elif bits==16:
-				return 16,"Z80free_read16(processor->Rm.wr.HL)","Z80free_write16(processor->Rm.wr.HL,@DATA@);",None
-		if element=="(SP)":
-			if bits==0:
-				return 0,None,None,None
-			elif bits==16:
-				return 16,"Z80free_read16(processor->Rm.wr.SP)","Z80free_write16(processor->Rm.wr.SP,@DATA@);",None
-		if element=="b(HL)":
-			return 8,"Z80free_Rd(processor->Rm.wr.HL)","Z80free_Wr(processor->Rm.wr.HL,@DATA@);",None
-		
-		if element=="I":
-			return 8,"Z80free_readI(processor)","processor->I=@DATA@;",None
-		if element=="R":
-			return 8,"Z80free_readR(processor)","Z80free_setR(processor,@DATA@);",None	
-		
-		if element=="A":
-			return 8,"processor->Rm.br.A","processor->Rm.br.A=@DATA@;",None
-		if element=="B":
-			return 8,"processor->Rm.br.B","processor->Rm.br.B=@DATA@;",None
-		if element=="C":
-			return 8,"processor->Rm.br.C","processor->Rm.br.C=@DATA@;",None
-		if element=="D":
-			return 8,"processor->Rm.br.D","processor->Rm.br.D=@DATA@;",None
-		if element=="E":
-			return 8,"processor->Rm.br.E","processor->Rm.br.E=@DATA@;",None
-		if element=="H":
-			return 8,"processor->Rm.br.H","processor->Rm.br.H=@DATA@;",None
-		if element=="L":
-			return 8,"processor->Rm.br.L","processor->Rm.br.L=@DATA@;",None
-		if element=="IXH":
-			return 8,"processor->Rm.br.IXh","processor->Rm.br.IXh=@DATA@;",None
-		if element=="IXL":
-			return 8,"processor->Rm.br.IXl","processor->Rm.br.IXl=@DATA@;",None
-		if element=="IYH":
-			return 8,"processor->Rm.br.IYh","processor->Rm.br.IYh=@DATA@;",None
-		if element=="IYL":
-			return 8,"processor->Rm.br.IYl","processor->Rm.br.IYl=@DATA@;",None
-		
-		if element=="0H":
-			return 16,"0",None,None
-		if element=="0":
-			return 8,"0",None,None
-		if element=="1":
-			return 8,"1",None,None
-		if element=="2":
-			return 8,"2",None,None
-		if element=="3":
-			return 8,"3",None,None
-		if element=="4":
-			return 8,"4",None,None
-		if element=="5":
-			return 8,"5",None,None
-		if element=="6":
-			return 8,"6",None,None
-		if element=="7":
-			return 8,"7",None,None
-		if element=="8H":
-			return 16,"8",None,None
-		if element=="10H":
-			return 16,"16",None,None
-		if element=="18H":
-			return 16,"24",None,None
-		if element=="20H":
-			return 16,"32",None,None
-		if element=="28H":
-			return 16,"40",None,None
-		if element=="30H":
-			return 16,"48",None,None
-		if element=="38H":
-			return 16,"56",None,None
-		
-		if element=="NZ":
-			return 0,None,None,"(0==(F_Z&processor->Rm.br.F))"
-		if element=="Z":
-			return 0,None,None,"(F_Z&processor->Rm.br.F)"
-		if element=="NC":
-			return 0,None,None,"(0==(F_C&processor->Rm.br.F))"
-		if element=="CF":
-			return 0,None,None,"(F_C&processor->Rm.br.F)"
-		if element=="PO":
-			return 0,None,None,"(0==(F_PV&processor->Rm.br.F))"
-		if element=="PE":
-			return 0,None,None,"(F_PV&processor->Rm.br.F)"
-		if element=="P":
-			return 0,None,None,"(0==(F_S&processor->Rm.br.F))"
-		if element=="M":
-			return 0,None,None,"(F_S&processor->Rm.br.F)"
-		
-		self.unknown_param()
-	
-
-	def create_code(self,ncode,tst1,tst2,opcode,code_read,code_write,condition,bits):
-		
-		""" Returns True if it has written the RETURN for returning the TStates """
-		
-		if opcode=="NOP":
-			return False
-		
-		if opcode=="LD2":
-				self.file_out.write("\t\ttmp2="+code_read[0]+";\n")
-				self.file_out.write("\t\tZ80free_Wr(tmp2,"+code_read[1]+");\n")
-				return False
-			
-		if opcode=="LD":
-			self.file_out.write("\t\t"+code_write[0].replace("@DATA@",code_read[1])+"\n")
-			return False
-
-		if opcode=="INC":
-			if bits==16:
-				self.file_out.write("\t\t"+code_write[0].replace("@DATA@","Z80free_doIncDec16(processor,"+code_read[0]+",0)")+"\n")
-				return False
-			elif bits==8:
-				self.file_out.write("\t\t"+code_write[0].replace("@DATA@","Z80free_doIncDec(processor,"+code_read[0]+",0)")+"\n")
-				return False
-
-		if opcode=="DEC":
-			if bits==16:
-				self.file_out.write("\t\t"+code_write[0].replace("@DATA@","Z80free_doIncDec16(processor,"+code_read[0]+",1)")+"\n")
-				return False
-			elif bits==8:
-				self.file_out.write("\t\t"+code_write[0].replace("@DATA@","Z80free_doIncDec(processor,"+code_read[0]+",1)")+"\n")
-				return False
-
-		if opcode=="RLCA":
-			self.file_out.write("\t\tprocessor->Rm.br.A=Z80free_doRLC(processor,0,processor->Rm.br.A);\n")
-			return False
-		
-		if opcode=="RRCA":
-			self.file_out.write("\t\tprocessor->Rm.br.A=Z80free_doRRC(processor,0,processor->Rm.br.A);\n")
-			return False
-		
-		if opcode=="EX":
-			self.file_out.write("\t\ttmp2="+code_read[0]+";\n")
-			self.file_out.write("\t\t"+code_write[0].replace("@DATA@",code_read[1])+"\n")
-			self.file_out.write("\t\t"+code_write[1].replace("@DATA@","tmp2")+"\n")
-			return False
-		
-		if opcode=="ADD":
-			if bits==16:
-				data="Z80free_doArithmetic16(processor,"+code_read[0]+","+code_read[1]+",0,0)"
-				self.file_out.write("\t\t"+code_write[0].replace("@DATA@",data)+"\n")
-				return False
-			elif bits==8:
-				data="Z80free_doArithmetic(processor,"+code_read[0]+","+code_read[1]+",0,0)"
-				self.file_out.write("\t\t"+code_write[0].replace("@DATA@",data)+"\n")
-				return False
-		
-		if opcode=="ADC":
-			if bits==16:
-				data="Z80free_doArithmetic16(processor,"+code_read[0]+","+code_read[1]+",1,0)"
-				self.file_out.write("\t\t"+code_write[0].replace("@DATA@",data)+"\n")
-				return False
-			elif bits==8:
-				data="Z80free_doArithmetic(processor,"+code_read[0]+","+code_read[1]+",1,0)"
-				self.file_out.write("\t\t"+code_write[0].replace("@DATA@",data)+"\n")
-				return False
-		
-		if opcode=="SUB":
-			if bits==16:
-				data="Z80free_doArithmetic16(processor,"+code_read[0]+","+code_read[1]+",0,1)"
-				self.file_out.write("\t\t"+code_write[0].replace("@DATA@",data)+"\n")
-				return False
-			elif bits==8:
-				data="Z80free_doArithmetic(processor,processor->Rm.br.A,"+code_read[0]+",0,1)"
-				self.file_out.write("\t\tprocessor->Rm.br.A="+data+";\n")
-				return False
-			
-		if opcode=="SBC":
-			if bits==16:
-				data="Z80free_doArithmetic16(processor,"+code_read[0]+","+code_read[1]+",1,1)"
-				self.file_out.write("\t\t"+code_write[0].replace("@DATA@",data)+"\n")
-				return False
-			elif bits==8:
-				data="Z80free_doArithmetic(processor,"+code_read[0]+","+code_read[1]+",1,1)"
-				self.file_out.write("\t\t"+code_write[0].replace("@DATA@",data)+"\n")
-				return False
-		
-		if opcode=="DJNZ":
-			self.file_out.write("\t\ttmp1="+code_read[0]+";\n")
-			self.file_out.write("\t\tprocessor->Rm.br.B--;\n")
-			self.file_out.write("\t\tif (processor->Rm.br.B) {\n")
-			self.file_out.write("\t\t\tZ80free_jump_relative(processor,tmp1);\n")
-			self.file_out.write("\t\t\treturn ("+str(tst1)+");\n")
-			self.file_out.write("\t\t} else {\n")
-			self.file_out.write("\t\t\treturn ("+str(tst2)+");\n")
-			self.file_out.write("\t\t}\n")
-			return True
-		
-		if opcode=="RLA":
-			self.file_out.write("\t\tprocessor->Rm.br.A=Z80free_doRL(processor,0,processor->Rm.br.A);\n")
-			return False
-		
-		if opcode=="RRA":
-			self.file_out.write("\t\tprocessor->Rm.br.A=Z80free_doRR(processor,0,processor->Rm.br.A);\n")
-			return False
-		
-		if opcode=="DAA":
-			self.file_out.write("\t\tZ80free_doDAA(processor);\n")
-			return False
-		
-		if opcode=="CPL":
-			self.file_out.write("\t\tprocessor->Rm.br.A=255-processor->Rm.br.A;\n")
-			self.file_out.write("\t\tZ80free_adjustFlags(processor,processor->Rm.br.A);\n")
-			self.file_out.write("\t\tZ80free_setFlag(processor,F_H);\n")
-			self.file_out.write("\t\tZ80free_setFlag(processor,F_N);\n")
-			return False
-		
-		if opcode=="SCF":
-			self.file_out.write("\t\tZ80free_setFlag(processor,F_C);\n")
-			self.file_out.write("\t\tZ80free_resFlag(processor,F_H);\n")
-			self.file_out.write("\t\tZ80free_resFlag(processor,F_N);\n")
-			self.file_out.write("\t\tZ80free_adjustFlags(processor,processor->Rm.br.A);\n")
-			return False
-
-		if opcode=="CCF":
-			self.file_out.write("\t\tZ80free_valFlag(processor,F_C,(~processor->Rm.br.F)&F_C);\n")
-			self.file_out.write("\t\tZ80free_resFlag(processor,F_N);\n")
-			self.file_out.write("\t\tZ80free_adjustFlags(processor,processor->Rm.br.A);\n")
-			return False
-		
-		if opcode=="HALT":
-			self.file_out.write("\t\tprocessor->PC--;\n")
-			self.file_out.write("\t\tprocessor->HALT=1;\n")
-			return False
-		
-		if opcode=="AND":
-			if bits==8:
-				self.file_out.write("\t\tZ80free_doAND(processor,"+code_read[0]+");\n")
-				return False
-		
-		if opcode=="OR":
-			if bits==8:
-				self.file_out.write("\t\tZ80free_doOR(processor,"+code_read[0]+");\n")
-				return False
-		
-		if opcode=="XOR":
-			if bits==8:
-				self.file_out.write("\t\tZ80free_doXOR(processor,"+code_read[0]+");\n")
-				return False
-			
-		if opcode=="CP":
-			if bits==8:
-				self.file_out.write("\t\ttmp1="+code_read[0]+";\n")
-				self.file_out.write("\t\tZ80free_doArithmetic(processor,processor->Rm.br.A,tmp1,0,1);\n")
-				self.file_out.write("\t\tZ80free_adjustFlags(processor,tmp1);\n")
-				return False
-		
-		if opcode=="JR":
-			self.file_out.write("\t\ttmp1="+code_read[0]+";\n")
-			if condition==None: # no condition, always jump
-				self.file_out.write("\t\tZ80free_jump_relative(processor,tmp1);\n")
-				return False
-			else:
-				self.file_out.write("\t\tif "+condition+" {\n")
-				self.file_out.write("\t\t\tZ80free_jump_relative(processor,tmp1);\n")
-				self.file_out.write("\t\t\treturn ("+str(tst1)+");\n")
-				self.file_out.write("\t\t} else {\n")
-				self.file_out.write("\t\t\treturn ("+str(tst2)+");\n")
-				self.file_out.write("\t\t}\n")
-				return True
-		
-		if opcode=="RET":
-			if condition==None:
-				self.file_out.write("\t\tprocessor->PC=Z80free_doPop(processor);\n")
-				return False
-			else:
-				self.file_out.write("\t\tif "+condition+" {\n")
-				self.file_out.write("\t\t\tprocessor->PC=Z80free_doPop(processor);\n")
-				self.file_out.write("\t\t\treturn ("+str(tst1)+");\n")
-				self.file_out.write("\t\t} else {\n")
-				self.file_out.write("\t\t\treturn ("+str(tst2)+");\n")
-				self.file_out.write("\t\t}\n")
-				return True
-			
-		if opcode=="POP":
-			self.file_out.write("\t\t"+code_write[0].replace("@DATA@","Z80free_doPop(processor)")+"\n")
-			return False
-		
-		if opcode=="JP":
-			self.file_out.write("\t\ttmp2="+code_read[0]+";\n")
-			if condition==None:
-				self.file_out.write("\t\tprocessor->PC=tmp2;\n")
-				return False
-			else:
-				self.file_out.write("\t\tif "+condition+" {\n")
-				self.file_out.write("\t\t\tprocessor->PC=tmp2;\n")
-				self.file_out.write("\t\t\treturn ("+str(tst1)+");\n")
-				self.file_out.write("\t\t} else {\n")
-				self.file_out.write("\t\t\treturn ("+str(tst2)+");\n")
-				self.file_out.write("\t\t}\n")
-				return True
-		
-		if opcode=="CALL":
-			self.file_out.write("\t\ttmp2="+code_read[0]+";\n")
-			if condition==None:
-				self.file_out.write("\t\tZ80free_doPush(processor,processor->PC);\n")
-				self.file_out.write("\t\tprocessor->PC=tmp2;\n")
-				return False
-			else:
-				self.file_out.write("\t\tif "+condition+" {\n")
-				self.file_out.write("\t\t\tZ80free_doPush(processor,processor->PC);\n")
-				self.file_out.write("\t\t\tprocessor->PC=tmp2;\n")
-				self.file_out.write("\t\t\treturn ("+str(tst1)+");\n")
-				self.file_out.write("\t\t} else {\n")
-				self.file_out.write("\t\t\treturn ("+str(tst2)+");\n")
-				self.file_out.write("\t\t}\n")
-				return True
-		
-		if opcode=="PUSH":
-			self.file_out.write("\t\tZ80free_doPush(processor,"+code_read[0]+");\n")
-			return False
-		
-		if opcode=="RST":
-			self.file_out.write("\t\tZ80free_doPush(processor,processor->PC);\n")
-			self.file_out.write("\t\tprocessor->PC="+code_read[0]+";\n")
-			return False
-		
-		if opcode=="EXX":
-			self.file_out.write("\t\ttmp2=processor->Rm.wr.BC;\n")
-			self.file_out.write("\t\tprocessor->Rm.wr.BC=processor->Ra.wr.BC;\n")
-			self.file_out.write("\t\tprocessor->Ra.wr.BC=tmp2;\n")
-			self.file_out.write("\t\ttmp2=processor->Rm.wr.DE;\n")
-			self.file_out.write("\t\tprocessor->Rm.wr.DE=processor->Ra.wr.DE;\n")
-			self.file_out.write("\t\tprocessor->Ra.wr.DE=tmp2;\n")
-			self.file_out.write("\t\ttmp2=processor->Rm.wr.HL;\n")
-			self.file_out.write("\t\tprocessor->Rm.wr.HL=processor->Ra.wr.HL;\n")
-			self.file_out.write("\t\tprocessor->Ra.wr.HL=tmp2;\n")
-			return False
-		
-		if opcode=="IN":
-			if bits==8:
-				self.file_out.write("\t\ttmp2=((word)processor->Rm.br.A)<<8;\n")
-				self.file_out.write("\t\tprocessor->Rm.br.A=Z80free_In(tmp2+((word)Z80free_read_param_8(processor)));\n")
-				return False
-
-		if opcode=="IN_BC":
-			if bits==8:
-				self.file_out.write("\t\t"+code_write[0].replace("@DATA@","Z80free_In(processor->Rm.wr.BC)")+"\n")
-				self.file_out.write("\t\tZ80free_adjustFlagSZP (processor,"+code_read[0]+");\n")
-				self.file_out.write("\t\tZ80free_resFlag(processor,F_H|F_N);\n")
-				return False
-			elif bits==0:
-				self.file_out.write("\t\ttmp1=Z80free_In(processor->Rm.wr.BC);\n")
-				self.file_out.write("\t\tZ80free_adjustFlagSZP (processor,tmp1);\n")
-				self.file_out.write("\t\tZ80free_resFlag(processor,F_H|F_N);\n")
-				return False
-
-		if opcode=="OUT":
-			if bits==8:
-				self.file_out.write("\t\ttmp1=processor->Rm.br.A;\n")
-				self.file_out.write("\t\ttmp2=((word)tmp1)<<8;\n")
-				self.file_out.write("\t\tZ80free_Out(tmp2+((word)Z80free_read_param_8(processor)),tmp1);\n")
-				return False
-
-
-		if opcode=="OUT_BC":
-			if bits==8:
-				self.file_out.write("\t\tZ80free_Out(processor->Rm.wr.BC,"+code_read[0]+");\n")
-				return False
-		
-		if opcode=="DI":
-			self.file_out.write("\t\tprocessor->IFF1=0;\n")
-			self.file_out.write("\t\tprocessor->IFF2=0;\n")
-			return False
-		
-		if opcode=="EI":
-			self.file_out.write("\t\tprocessor->IFF1=2; /* this allows to delay one instruction the interrupts*/\n")
-			self.file_out.write("\t\tprocessor->IFF2=1;\n")
-			return False
-		
-		if opcode=="NEG":
-			self.file_out.write("\t\tprocessor->Rm.br.A=Z80free_doArithmetic(processor,0,processor->Rm.br.A,0,1);\n")
-			return False
-		
-		if opcode=="RETN":
-			self.file_out.write("\t\tprocessor->IFF1=(processor->IFF2 ? 2 : 0);\n")
-			self.file_out.write("\t\tprocessor->PC=Z80free_doPop(processor);\n")
-			return False
-		
-		if opcode=="RETI":
-			self.file_out.write("\t\tprocessor->IFF1=2;\n")
-			self.file_out.write("\t\tprocessor->IFF2=1;\n")
-			self.file_out.write("\t\tprocessor->PC=Z80free_doPop(processor);\n")
-			return False
-		
-		if opcode=="IM":
-			self.file_out.write("\t\tprocessor->IM="+code_read[0]+";\n")
-			return False
-		
-		if opcode=="RLD":
-			self.file_out.write("\t\tZ80free_doRLD(processor);\n")
-			return False
-
-		if opcode=="RRD":
-			self.file_out.write("\t\tZ80free_doRRD(processor);\n")
-			return False
-		
-		if opcode=="LDI":
-			self.file_out.write("\t\ttmp1=Z80free_Rd(processor->Rm.wr.HL++);\n")
-			self.file_out.write("\t\tZ80free_Wr(processor->Rm.wr.DE++,tmp1);\n")
-			self.file_out.write("\t\ttmp1+=processor->Rm.br.A;\n")
-			self.file_out.write("\t\tZ80free_valFlag(processor,F_3,tmp1&0x08);\n")
-			self.file_out.write("\t\tZ80free_valFlag(processor,F_5,tmp1&0x02);\n")
-			self.file_out.write("\t\tprocessor->Rm.wr.BC--;\n")
-			self.file_out.write("\t\tZ80free_resFlag(processor,F_H|F_N);\n")
-			self.file_out.write("\t\tif (processor->Rm.wr.BC)\n")
-			self.file_out.write("\t\t\tZ80free_setFlag(processor,F_PV);\n")
-			self.file_out.write("\t\telse\n")
-			self.file_out.write("\t\t\tZ80free_resFlag(processor,F_PV);\n")
-			return False
-		
-		if opcode=="CPI":
-			self.file_out.write("\t\ttmp2=F_C&processor->Rm.br.F;\n")
-			self.file_out.write("\t\ttmp1=Z80free_doArithmetic(processor,processor->Rm.br.A,Z80free_Rd(processor->Rm.wr.HL++),0,1);\n")
-			self.file_out.write("\t\tif (processor->Rm.br.F&F_H)\n")
-			self.file_out.write("\t\t\ttmp1--;\n")
-			self.file_out.write("\t\tZ80free_valFlag(processor,F_3,tmp1&0x08);\n")
-			self.file_out.write("\t\tZ80free_valFlag(processor,F_5,tmp1&0x02);\n")
-			self.file_out.write("\t\tZ80free_setFlag(processor,F_N);\n")
-			self.file_out.write("\t\tZ80free_valFlag(processor,F_C,tmp2);\n")
-			self.file_out.write("\t\tprocessor->Rm.wr.BC--;\n")
-			self.file_out.write("\t\tif (processor->Rm.wr.BC)\n")
-			self.file_out.write("\t\t\tZ80free_setFlag(processor,F_PV);\n")
-			self.file_out.write("\t\telse\n")
-			self.file_out.write("\t\t\tZ80free_resFlag(processor,F_PV);\n")
-			return False
-
-		if opcode=="INI":
-			self.file_out.write("\t\t/*INI, IND, INIR and INDR first decrement B and then uses it*/\n")
-			self.file_out.write("\t\tZ80free_Wr(processor->Rm.wr.HL,Z80free_In(processor->Rm.wr.BC));\n")
-			self.file_out.write("\t\tprocessor->Rm.wr.HL++;\n")
-			self.file_out.write("\t\tprocessor->Rm.br.B=Z80free_doIncDec(processor,processor->Rm.br.B,1);\n")
-			self.file_out.write("\t\tZ80free_valFlag(processor,F_N, 1);\n")
-			self.file_out.write("\t\tZ80free_valFlag(processor,F_Z, (processor->Rm.br.B == 0));\n")
-			return False
-		
-		if opcode=="OUTI":
-			self.file_out.write("\t\t/*OUTI, OUTD, OTIR and OTDR first uses B and then decrement it*/\n")
-			self.file_out.write("\t\tZ80free_Out(processor->Rm.wr.BC,Z80free_Rd(processor->Rm.wr.HL));\n")
-			self.file_out.write("\t\tprocessor->Rm.wr.HL++;\n")
-			self.file_out.write("\t\tprocessor->Rm.br.B=Z80free_doIncDec(processor,processor->Rm.br.B,1);\n")
-			return False
-
-		if opcode=="LDD":
-			self.file_out.write("\t\ttmp1=Z80free_Rd(processor->Rm.wr.HL--);\n")
-			self.file_out.write("\t\tZ80free_Wr(processor->Rm.wr.DE--,tmp1);\n")
-			self.file_out.write("\t\ttmp1+=processor->Rm.br.A;\n")
-			self.file_out.write("\t\tZ80free_valFlag(processor,F_3,tmp1&0x08);\n")
-			self.file_out.write("\t\tZ80free_valFlag(processor,F_5,tmp1&0x02);\n")
-			self.file_out.write("\t\tprocessor->Rm.wr.BC--;\n")
-			self.file_out.write("\t\tZ80free_resFlag(processor,F_H|F_N);\n")
-			self.file_out.write("\t\tif (processor->Rm.wr.BC)\n")
-			self.file_out.write("\t\t\tZ80free_setFlag(processor,F_PV);\n")
-			self.file_out.write("\t\telse\n")
-			self.file_out.write("\t\t\tZ80free_resFlag(processor,F_PV);\n")
-			return False
-
-		if opcode=="CPD":
-			self.file_out.write("\t\ttmp2=F_C&processor->Rm.br.F;\n")
-			self.file_out.write("\t\ttmp1=Z80free_doArithmetic(processor,processor->Rm.br.A,Z80free_Rd(processor->Rm.wr.HL--),0,1);\n")
-			self.file_out.write("\t\tif (processor->Rm.br.F&F_H)\n")
-			self.file_out.write("\t\t\ttmp1--;\n")
-			self.file_out.write("\t\tZ80free_valFlag(processor,F_3,tmp1&0x08);\n")
-			self.file_out.write("\t\tZ80free_valFlag(processor,F_5,tmp1&0x02);\n")
-			self.file_out.write("\t\tZ80free_setFlag(processor,F_N);\n")
-			self.file_out.write("\t\tZ80free_valFlag(processor,F_C,tmp2);\n")
-			self.file_out.write("\t\tprocessor->Rm.wr.BC--;\n")
-			self.file_out.write("\t\tif (processor->Rm.wr.BC)\n")
-			self.file_out.write("\t\t\tZ80free_setFlag(processor,F_PV);\n")
-			self.file_out.write("\t\telse\n")
-			self.file_out.write("\t\t\tZ80free_resFlag(processor,F_PV);\n")
-			return False
-
-		if opcode=="IND":
-			self.file_out.write("\t\tZ80free_Wr(processor->Rm.wr.HL,Z80free_In(processor->Rm.wr.BC));\n")
-			self.file_out.write("\t\tprocessor->Rm.br.B=Z80free_doIncDec(processor,processor->Rm.br.B,1);\n")
-			self.file_out.write("\t\tprocessor->Rm.wr.HL--;\n")
-			return False
-		
-		if opcode=="OUTD":
-			self.file_out.write("\t\tZ80free_Out(processor->Rm.wr.BC,Z80free_Rd(processor->Rm.wr.HL));\n")
-			self.file_out.write("\t\tprocessor->Rm.wr.HL--;\n")
-			self.file_out.write("\t\tprocessor->Rm.br.B=Z80free_doIncDec(processor,processor->Rm.br.B,1);\n")
-			return False
-
-		if opcode=="LDIR":
-			self.file_out.write("\t\ttmp1=Z80free_Rd(processor->Rm.wr.HL++);\n")
-			self.file_out.write("\t\tZ80free_Wr(processor->Rm.wr.DE++,tmp1);\n")
-			self.file_out.write("\t\tprocessor->Rm.wr.BC--;\n")
-			self.file_out.write("\t\tif (processor->Rm.wr.BC) {\n")
-			self.file_out.write("\t\t\tprocessor->PC-=2;\n")
-			self.file_out.write("\t\t\treturn ("+str(tst1)+");\n")
-			self.file_out.write("\t\t} else {\n")
-			self.file_out.write("\t\t\tZ80free_resFlag(processor,F_H|F_N|F_PV);\n")
-			self.file_out.write("\t\ttmp1+=processor->Rm.br.A;\n")
-			self.file_out.write("\t\tZ80free_valFlag(processor,F_3,tmp1&0x08);\n")
-			self.file_out.write("\t\tZ80free_valFlag(processor,F_5,tmp1&0x02);\n")
-			self.file_out.write("\t\t\treturn ("+str(tst2)+");\n")
-			self.file_out.write("\t\t}\n")
-			return True
-
-		if opcode=="CPIR":
-			self.file_out.write("\t\ttmp2=F_C&processor->Rm.br.F;\n")
-			self.file_out.write("\t\tZ80free_doArithmetic(processor,processor->Rm.br.A,Z80free_Rd(processor->Rm.wr.HL++),0,1);\n")
-			self.file_out.write("\t\tprocessor->Rm.wr.BC--;\n")
-			self.file_out.write("\t\tif ((processor->Rm.wr.BC)&&(!(processor->Rm.br.F&F_Z))) {\n")
-			self.file_out.write("\t\t\tprocessor->PC-=2;\n")
-			self.file_out.write("\t\t\treturn ("+str(tst1)+");\n")
-			self.file_out.write("\t\t} else {\n")
-			self.file_out.write("\t\t\tZ80free_resFlag(processor,F_H|F_N|F_PV|F_3|F_5);\n")
-			self.file_out.write("\t\tZ80free_valFlag(processor,F_C,tmp2);\n")
-			self.file_out.write("\t\t\treturn ("+str(tst2)+");\n")
-			self.file_out.write("\t\t}\n")
-			return True
-
-		if opcode=="INIR":
-			self.file_out.write("\t\tZ80free_Wr(processor->Rm.wr.HL,Z80free_In(processor->Rm.wr.BC));\n")
-			self.file_out.write("\t\tprocessor->Rm.br.B=Z80free_doIncDec(processor,processor->Rm.br.B,1);\n")
-			self.file_out.write("\t\tprocessor->Rm.wr.HL++;\n")
-			self.file_out.write("\t\tif (processor->Rm.br.B) {\n")
-			self.file_out.write("\t\t\tprocessor->PC-=2;\n")
-			self.file_out.write("\t\t\treturn ("+str(tst1)+");\n")
-			self.file_out.write("\t\t} else {\n")
-			self.file_out.write("\t\t\treturn ("+str(tst2)+");\n")
-			self.file_out.write("\t\t}\n")
-			return True
-		
-		if opcode=="OTIR":
-			self.file_out.write("\t\tZ80free_Out(processor->Rm.wr.BC,Z80free_Rd(processor->Rm.wr.HL));\n")
-			self.file_out.write("\t\tprocessor->Rm.wr.HL++;\n")
-			self.file_out.write("\t\tprocessor->Rm.br.B=Z80free_doIncDec(processor,processor->Rm.br.B,1);\n")
-			self.file_out.write("\t\tif (processor->Rm.br.B) {\n")
-			self.file_out.write("\t\t\tprocessor->PC-=2;\n")
-			self.file_out.write("\t\t\treturn ("+str(tst1)+");\n")
-			self.file_out.write("\t\t} else {\n")
-			self.file_out.write("\t\t\treturn ("+str(tst2)+");\n")
-			self.file_out.write("\t\t}\n")
-			return True
-
-		if opcode=="LDDR":
-			self.file_out.write("\t\ttmp1=Z80free_Rd(processor->Rm.wr.HL--);\n")
-			self.file_out.write("\t\tZ80free_Wr(processor->Rm.wr.DE--,tmp1);\n")
-			self.file_out.write("\t\tprocessor->Rm.wr.BC--;\n")
-			self.file_out.write("\t\tif (processor->Rm.wr.BC) {\n")
-			self.file_out.write("\t\t\tprocessor->PC-=2;\n")
-			self.file_out.write("\t\t\treturn ("+str(tst1)+");\n")
-			self.file_out.write("\t\t} else {\n")
-			self.file_out.write("\t\t\tZ80free_resFlag(processor,F_H|F_N|F_PV);\n")
-			self.file_out.write("\t\ttmp1+=processor->Rm.br.A;\n")
-			self.file_out.write("\t\tZ80free_valFlag(processor,F_3,tmp1&0x08);\n")
-			self.file_out.write("\t\tZ80free_valFlag(processor,F_5,tmp1&0x02);\n")
-			self.file_out.write("\t\t\treturn ("+str(tst2)+");\n")
-			self.file_out.write("\t\t}\n")
-			return True
-
-		if opcode=="CPDR":
-			self.file_out.write("\t\ttmp2=F_C&processor->Rm.br.F;\n")
-			self.file_out.write("\t\tZ80free_doArithmetic(processor,processor->Rm.br.A,Z80free_Rd(processor->Rm.wr.HL--),0,1);\n")
-			self.file_out.write("\t\tprocessor->Rm.wr.BC--;\n")
-			self.file_out.write("\t\tif ((processor->Rm.wr.BC)&&(!(processor->Rm.br.F&F_Z))) {\n")
-			self.file_out.write("\t\t\tprocessor->PC-=2;\n")
-			self.file_out.write("\t\t\treturn ("+str(tst1)+");\n")
-			self.file_out.write("\t\t} else {\n")
-			self.file_out.write("\t\t\tZ80free_resFlag(processor,F_H|F_N|F_PV|F_3|F_5);\n")
-			self.file_out.write("\t\tZ80free_valFlag(processor,F_C,tmp2);\n")
-			self.file_out.write("\t\t\treturn ("+str(tst2)+");\n")
-			self.file_out.write("\t\t}\n")
-			return True
-
-		if opcode=="INDR":
-			self.file_out.write("\t\tZ80free_Wr(processor->Rm.wr.HL,Z80free_In(processor->Rm.wr.BC));\n")
-			self.file_out.write("\t\tprocessor->Rm.br.B=Z80free_doIncDec(processor,processor->Rm.br.B,1);\n")
-			self.file_out.write("\t\tprocessor->Rm.wr.HL--;\n")
-			self.file_out.write("\t\tif (processor->Rm.br.B) {\n")
-			self.file_out.write("\t\t\tprocessor->PC-=2;\n")
-			self.file_out.write("\t\t\treturn ("+str(tst1)+");\n")
-			self.file_out.write("\t\t} else {\n")
-			self.file_out.write("\t\t\treturn ("+str(tst2)+");\n")
-			self.file_out.write("\t\t}\n")
-			return True
-		
-		if opcode=="OTDR":
-			self.file_out.write("\t\tZ80free_Out(processor->Rm.wr.BC,Z80free_Rd(processor->Rm.wr.HL));\n")
-			self.file_out.write("\t\tprocessor->Rm.wr.HL--;\n")
-			self.file_out.write("\t\tprocessor->Rm.br.B=Z80free_doIncDec(processor,processor->Rm.br.B,1);\n")
-			self.file_out.write("\t\tif (processor->Rm.br.B) {\n")
-			self.file_out.write("\t\t\tprocessor->PC-=2;\n")
-			self.file_out.write("\t\t\treturn ("+str(tst1)+");\n")
-			self.file_out.write("\t\t} else {\n")
-			self.file_out.write("\t\t\treturn ("+str(tst2)+");\n")
-			self.file_out.write("\t\t}\n")
-			return True
-
-		if opcode=="RLC":
-			self.file_out.write("\t\t"+code_write[0].replace("@DATA@","Z80free_doRLC(processor,1,"+code_read[0]+")")+"\n")
-			return False
-		
-		if opcode=="LD_RLC":
-			self.file_out.write("\t\ttmp1=Z80free_doRLC(processor,1,"+code_read[1]+");\n")
-			self.file_out.write("\t\t"+code_write[0].replace("@DATA@","tmp1")+"\n")
-			self.file_out.write("\t\t"+code_write[1].replace("@DATA@","tmp1")+"\n")
-			return False
-		
-		if opcode=="RRC":
-			self.file_out.write("\t\t"+code_write[0].replace("@DATA@","Z80free_doRRC(processor,1,"+code_read[0]+")")+"\n")
-			return False
-		
-		if opcode=="LD_RRC":
-			self.file_out.write("\t\ttmp1=Z80free_doRRC(processor,1,"+code_read[1]+");\n")
-			self.file_out.write("\t\t"+code_write[0].replace("@DATA@","tmp1")+"\n")
-			self.file_out.write("\t\t"+code_write[1].replace("@DATA@","tmp1")+"\n")
-			return False
-		
-		if opcode=="RL":
-			self.file_out.write("\t\t"+code_write[0].replace("@DATA@","Z80free_doRL(processor,1,"+code_read[0]+")")+"\n")
-			return False
-		
-		if opcode=="LD_RL":
-			self.file_out.write("\t\ttmp1=Z80free_doRL(processor,1,"+code_read[1]+");\n")
-			self.file_out.write("\t\t"+code_write[0].replace("@DATA@","tmp1")+"\n")
-			self.file_out.write("\t\t"+code_write[1].replace("@DATA@","tmp1")+"\n")
-			return False
-		
-		if opcode=="RR":
-			self.file_out.write("\t\t"+code_write[0].replace("@DATA@","Z80free_doRR(processor,1,"+code_read[0]+")")+"\n")
-			return False
-		
-		if opcode=="LD_RR":
-			self.file_out.write("\t\ttmp1=Z80free_doRR(processor,1,"+code_read[1]+");\n")
-			self.file_out.write("\t\t"+code_write[0].replace("@DATA@","tmp1")+"\n")
-			self.file_out.write("\t\t"+code_write[1].replace("@DATA@","tmp1")+"\n")
-			return False
-		
-		if opcode=="SLA":
-			self.file_out.write("\t\t"+code_write[0].replace("@DATA@","Z80free_doSL(processor,0,"+code_read[0]+")")+"\n")
-			return False
-		
-		if opcode=="LD_SLA":
-			self.file_out.write("\t\ttmp1=Z80free_doSL(processor,0,"+code_read[1]+");\n")
-			self.file_out.write("\t\t"+code_write[0].replace("@DATA@","tmp1")+"\n")
-			self.file_out.write("\t\t"+code_write[1].replace("@DATA@","tmp1")+"\n")
-			return False
-		
-		if opcode=="SRA":
-			self.file_out.write("\t\t"+code_write[0].replace("@DATA@","Z80free_doSR(processor,1,"+code_read[0]+")")+"\n")
-			return False
-		
-		if opcode=="LD_SRA":
-			self.file_out.write("\t\ttmp1=Z80free_doSR(processor,1,"+code_read[1]+");\n")
-			self.file_out.write("\t\t"+code_write[0].replace("@DATA@","tmp1")+"\n")
-			self.file_out.write("\t\t"+code_write[1].replace("@DATA@","tmp1")+"\n")
-			return False
-		
-		if opcode=="SLL":
-			self.file_out.write("\t\t"+code_write[0].replace("@DATA@","Z80free_doSL(processor,1,"+code_read[0]+")")+"\n")
-			return False
-		
-		if opcode=="LD_SLL":
-			self.file_out.write("\t\ttmp1=Z80free_doSL(processor,1,"+code_read[1]+");\n")
-			self.file_out.write("\t\t"+code_write[0].replace("@DATA@","tmp1")+"\n")
-			self.file_out.write("\t\t"+code_write[1].replace("@DATA@","tmp1")+"\n")
-			return False
-		
-		if opcode=="SRL":
-			self.file_out.write("\t\t"+code_write[0].replace("@DATA@","Z80free_doSR(processor,0,"+code_read[0]+")")+"\n")
-			return False
-		
-		if opcode=="LD_SRL":
-			self.file_out.write("\t\ttmp1=Z80free_doSR(processor,0,"+code_read[1]+");\n")
-			self.file_out.write("\t\t"+code_write[0].replace("@DATA@","tmp1")+"\n")
-			self.file_out.write("\t\t"+code_write[1].replace("@DATA@","tmp1")+"\n")
-			return False
-		
-		if opcode=="BIT":
-			self.file_out.write("\t\tZ80free_doBIT(processor,"+code_read[0]+","+code_read[1]+");\n")
-			return False
-		
-		if opcode=="RES":
-			self.file_out.write("\t\t"+code_write[1].replace("@DATA@","Z80free_doSetRes(processor,0,"+code_read[0]+","+code_read[1]+")")+"\n")
-			return False
-		
-		if opcode=="LD_RES":
-			self.file_out.write("\t\ttmp1=Z80free_doSetRes(processor,0,"+code_read[1]+","+code_read[2]+");\n")
-			self.file_out.write("\t\t"+code_write[2].replace("@DATA@","tmp1")+"\n")
-			self.file_out.write("\t\t"+code_write[0].replace("@DATA@","tmp1")+"\n")
-			return False
-		
-		if opcode=="SET":
-			self.file_out.write("\t\t"+code_write[1].replace("@DATA@","Z80free_doSetRes(processor,1,"+code_read[0]+","+code_read[1]+")")+"\n")
-			return False
-		
-		if opcode=="LD_SET":
-			self.file_out.write("\t\ttmp1=Z80free_doSetRes(processor,1,"+code_read[1]+","+code_read[2]+");\n")
-			self.file_out.write("\t\t"+code_write[2].replace("@DATA@","tmp1")+"\n")
-			self.file_out.write("\t\t"+code_write[0].replace("@DATA@","tmp1")+"\n")
-			return False
-		
-		if opcode=="DEFAULT":
-			self.file_out.write("\t\treturn (Z80free_codes(processor,opcode));\n")
-			return True
-		
-		self.unknown_opcode()
-
-
-class parser_XX(z80_parser):
-	
-	def __init__(self,filename):
-
-		self.codes="XX"		
-		z80_parser.__init__(self,filename)
-
-
-	def write_start_code(self):
-		
-		""" Writes the first part of the C code for the file """
-
-		self.file_out.write('#include "Z80free.h"\n\n')
-		self.file_out.write('int '+self.filename+' (Z80FREE *processor,byte opcode) {\n')
-		self.file_out.write('\tstatic byte tmp1;\n')
-		self.file_out.write('\tstatic word tmp2;\n')
-		self.file_out.write('\n')
-		
-		
-	def write_end_code(self):
-		
-		""" writes the last part of the C code for the file """
-		
-		self.file_out.write('\treturn -1;\n')
-		self.file_out.write('}\n')
-
-
-class parser_CB(z80_parser):
-	
-	def __init__(self,filename):
-		
-		self.codes="CB"
-		z80_parser.__init__(self,filename)
-
-
-	def write_start_code(self):
-		
-		""" Writes the first part of the C code for the file """
-		
-		self.file_out.write('#include "Z80free.h"\n\n')
-		self.file_out.write('int '+self.filename+' (Z80FREE *processor,byte opcode) {\n')
-		#self.file_out.write('\tstatic byte tmp1;\n')
-		#self.file_out.write('\tstatic word tmp2;\n')
-		self.file_out.write('\n')
-		
-		
-	def write_end_code(self):
-		
-		""" writes the last part of the C code for the file """
-		
-		self.file_out.write('\treturn -1;\n')
-		self.file_out.write('}\n')
-
-
-class parser_ED(z80_parser):
-	
-	def __init__(self,filename):
-
-		self.codes="ED"		
-		z80_parser.__init__(self,filename)
-
-
-	def write_start_code(self):
-		
-		""" Writes the first part of the C code for the file """
-	
-		self.file_out.write('#include "Z80free.h"\n\n')
-		self.file_out.write('int '+self.filename+' (Z80FREE *processor,byte opcode) {\n')
-		self.file_out.write('\tstatic byte tmp1;\n')
-		self.file_out.write('\tstatic byte tmp2;\n')
-		self.file_out.write('\n')
-		
-		
-	def write_end_code(self):
-		
-		""" writes the last part of the C code for the file """
-		
-		self.file_out.write('\treturn -1;\n')
-		self.file_out.write('}\n')
-
-
-class parser_DD(z80_parser):
-	
-	def __init__(self,filename):
-
-		self.codes="DD"		
-		z80_parser.__init__(self,filename)
-
-
-	def write_start_code(self):
-		
-		""" Writes the first part of the C code for the file """
-	
-		self.file_out.write('#include "Z80free.h"\n\n')
-		self.file_out.write('int '+self.filename+' (Z80FREE *processor,byte opcode) {\n')
-		self.file_out.write('\tstatic byte tmp1;\n')
-		self.file_out.write('\tstatic word tmp2;\n')
-		self.file_out.write('\n')
-		
-		
-	def write_end_code(self):
-		
-		""" writes the last part of the C code for the file """
-		
-		self.file_out.write('\treturn -1;\n')
-		self.file_out.write('}\n')
-
-
-class parser_FD(z80_parser):
-	
-	def __init__(self,filename):
-
-		self.codes="FD"		
-		z80_parser.__init__(self, filename)
-
-
-	def write_start_code(self):
-		
-		""" Writes the first part of the C code for the file """
-		
-		self.file_out.write('#include "Z80free.h"\n\n')
-		self.file_out.write('int '+self.filename+' (Z80FREE *processor,byte opcode) {\n')
-		self.file_out.write('\tstatic byte tmp1;\n')
-		self.file_out.write('\tstatic word tmp2;\n')
-		self.file_out.write('\n')
-		
-		
-	def write_end_code(self):
-		
-		""" writes the last part of the C code for the file """
-		
-		self.file_out.write('\treturn -1;\n')
-		self.file_out.write('}\n')
-
-
-class parser_DDCB(z80_parser):
-	
-	def __init__(self,filename):
-
-		self.codes="DDCB"		
-		z80_parser.__init__(self, filename)
-
-
-	def write_start_code(self):
-		
-		""" Writes the first part of the C code for the file """
-		
-		self.file_out.write('#include "Z80free.h"\n\n')
-		self.file_out.write('int '+self.filename+' (Z80FREE *processor,byte d1) {\n')
-		self.file_out.write('\tstatic byte tmp1;\n')
-		#self.file_out.write('\tstatic word tmp2;\n')
-		self.file_out.write('\tstatic byte opcode;\n')
-		self.file_out.write('\topcode=Z80free_Rd(processor->PC++);\n')
-		self.file_out.write('\n')
-		
-		
-	def write_end_code(self):
-		
-		""" writes the last part of the C code for the file """
-		
-		self.file_out.write('\treturn -1;\n')
-		self.file_out.write('}\n')
-
-
-class parser_FDCB(z80_parser):
-	
-	def __init__(self,filename):
-
-		self.codes="FDCB"		
-		z80_parser.__init__(self, filename)
-
-
-	def write_start_code(self):
-		
-		""" Writes the first part of the C code for the file """
-		
-		self.file_out.write('#include "Z80free.h"\n\n')
-		self.file_out.write('int '+self.filename+' (Z80FREE *processor,byte d1) {\n')
-		self.file_out.write('\tstatic byte tmp1;\n')
-		#self.file_out.write('\tstatic word tmp2;\n')
-		self.file_out.write('\tstatic byte opcode;\n')
-		self.file_out.write('\topcode=Z80free_Rd(processor->PC++);\n')
-		self.file_out.write('\n')
-		
-		
-	def write_end_code(self):
-		
-		""" writes the last part of the C code for the file """
-		
-		self.file_out.write('\treturn -1;\n')
-		self.file_out.write('}\n')
-
-
-aparser=parser_XX("Z80free_codes")
-aparser=parser_CB("Z80free_codesCB")
-aparser=parser_DD("Z80free_codesDD")
-aparser=parser_DDCB("Z80free_codesDDCB")
-aparser=parser_ED("Z80free_codesED")
-aparser=parser_FD("Z80free_codesFD")
-aparser=parser_FDCB("Z80free_codesFDCB")
-
+#!/usr/bin/env python
+# -*- coding: UTF-8 -*-
+
+# Copyright 2008-2009 (C) Raster Software Vigo (Sergio Costas)
+
+# This file is part of Z80Free
+#
+# Z80Free 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 3 of the License, or
+# (at your option) any later version.
+#
+# Z80Free 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, see <http://www.gnu.org/licenses/>.
+
+import sys
+
+class generic_parser:
+
+
+	def get_code_from_one_param(self,element,bits):
+	
+		""" Returns nbits,read,write,condition
+		
+			Parses the ELEMENT string and, if its a register, a number or a memory access,
+			returns in READ a piece of C code that allows to get that value; in WRITE a
+			piece of code that allows to store a value there (if applicable, None if not
+			valid) and NONE in CONDITION.
+			
+			if ELEMENT is a condition (like check ZERO, CARRY...), it returns None in READ
+			and WRITE, and in CONDITION a piece of C code which returns TRUE (1) if that
+			condition is true, or FALSE (0) if it is false.
+			
+			When the string has an ambiguous size (like (nn) in LD A,(nn) ), this function
+			will use BITS to know how many bits has to use. But if BITS is 0 it means
+			that the main class still doesn't know how many bits the current instruction
+			is using, so this function must return 0 in NBITS. But if it can determine
+			the true bit size (both because it's a fixed size element, like a register,
+			or because BITS contains a value different of 0) then it must returns that
+			size.
+			
+			If the combination of ELEMENT and BITS is unknown, it must call
+			
+				self.unknown_param()
+				
+			to show an error and stop the parsing process
+			"""
+	
+		raise TypeError('Abstract method z80parser.get_code_from_one_param called')
+
+
+	def create_code(self,ncode,tst1,tst2,opcode,code_read,code_write,condition,bits):
+		
+		""" Writes C code for the opcode OPCODE, with the list CODE_READ containing 
+			C code for read each one of the parameters, the list CODE_WRITE containing
+			C code for write each one of the parameters, CONDITION containing a C code
+			string to check if the condition is TRUE or FALSE (or containing NONE if
+			the opcode is unconditional), and all parameters having a wide of BITS bits.
+			NCODE is the decimal code asigned to this opcode, and TST1 and TST2 are the
+			TStates used by this opcode to run (the first when the condition is True,
+			and the second when the condition is False).
+			
+			If this method returns False the main class will assume that it hasn't
+			added the C code to return the number of TStates, and will add a line with
+			the code RETURN (TST1); after it; but if it returns True, the class will
+			assume that the C code inserted already returns the number of TStates, and
+			won't add the RETURN line.
+			
+			This is an abstract method, and must be implemented in the class
+			derived from this one.
+			
+			If the combination of OPCODE and BITS is unknown, it must call
+			
+				self.unknown_opcode()
+				
+			to show an error and stop the parsing process
+			
+		"""
+			
+		raise TypeError('Abstract method z80parser.create_code called')
+
+
+	def write_start_code(self,filename,file_out):
+		
+		""" Writes the first part of the C code for the file """
+
+		raise TypeError('Abstract method z80parser.write_start_code called')
+
+
+	def write_end_code(self,filename,file_out):
+		
+		""" Writes the first part of the C code for the file """
+
+		raise TypeError('Abstract method z80parser.write_end_code called')
+
+
+	def license(self):
+		
+		""" writes the license terms. It must be always the GPL """
+
+		if self.copyright_year==None:
+			raise TypeError('Copyright year not defined')
+		
+		if self.copyright_author==None:
+			raise TypeError('Copyright author not defined')
+		
+		if self.copyright_program_name==None:
+			raise TypeError('Copyright program name not defined')
+
+		self.file_out.write('/*\n')
+		self.file_out.write(' * Copyright (C) '+str(self.copyright_year)+' '+str(self.copyright_author)+'\n')
+		self.file_out.write(' * This file is part of '+str(self.copyright_program_name)+'\n')
+		self.file_out.write(' *\n')
+		self.file_out.write(' * '+str(self.copyright_program_name)+' is free software; you can redistribute it and/or modify\n')
+		self.file_out.write(' * it under the terms of the GNU General Public License as published by\n')
+		self.file_out.write(' * the Free Software Foundation; either version 3 of the License, or\n')
+		self.file_out.write(' * (at your option) any later version.\n')
+		self.file_out.write(' *\n')
+		self.file_out.write(' * '+str(self.copyright_program_name)+' is distributed in the hope that it will be useful,\n')
+		self.file_out.write(' * but WITHOUT ANY WARRANTY; without even the implied warranty of\n')
+		self.file_out.write(' * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the\n')
+		self.file_out.write(' * GNU General Public License for more details.\n')
+		self.file_out.write(' *\n')
+		self.file_out.write(' * You should have received a copy of the GNU General Public License\n')
+		self.file_out.write(' * along with this program.  If not, see <http://www.gnu.org/licenses/>.\n')
+		self.file_out.write(' * \n')
+		self.file_out.write(' */')
+
+
+	def __init__(self,filename):
+		
+		self.line_number=0
+		self.curr_element=""
+		self.curr_bits=0
+		self.curr_opcode=""
+		self.curr_instruction=""
+		self.filename=filename
+		self.file_in=open(filename+".txt","r")
+		self.file_out=open(filename+".c","w")
+
+		self.license() # the code generated by z80free_gencode.py is ALWAYS GPL
+		self.file_out.write('\n\n')
+		self.write_start_code()
+		self.file_out.write('\tswitch(opcode) {\n')
+		while True:
+			if self.proccess_line()==False:
+				break
+		self.file_out.write('\t}\n\n')			
+		self.write_end_code()
+		self.file_out.close()
+		self.file_in.close()
+
+
+	def proccess_line(self):
+		
+		while True:
+			ncode,tst1,tst2,opcode,params=self.get_parts()
+			if ncode==None:
+				return False
+			if tst1!=0:
+				break
+				
+		code_read,code_write,condition,bits=self.get_code_from_params(params)
+		self.file_out.write("\tcase "+str(ncode)+": // "+self.curr_instruction+"\n")
+		self.curr_opcode=opcode
+		self.curr_bits=bits
+		tst_done=self.create_code(ncode,tst1,tst2,opcode,code_read,code_write,condition,bits)
+		if tst_done==False:
+			self.file_out.write("\t\treturn ("+str(tst1)+");\n")
+		self.file_out.write("\tbreak;\n")
+
+
+	def unknown_opcode(self):
+		
+		self.show_error("Unknown opcode "+str(self.curr_opcode)+" for "+str(self.curr_bits)+" bits wide while processing "+str(self.curr_instruction))
+
+
+	def unknown_param(self):
+		
+		self.show_error("Unknown parameter "+str(self.curr_element)+" for "+str(self.curr_bits)+" bits wide while processing "+str(self.curr_instruction))
+
+
+	def show_error(self,msg_error):
+
+		print
+		print "Syntax error while processing file "+self.filename+".txt"
+		print "at line "+str(self.line_number)+" when processing instruction "+self.curr_instruction
+		print msg_error
+		print "Check the file and run again"
+		print
+		self.file_out.close()
+		self.file_in.close()
+		sys.exit(1)
+
+
+	def get_parts(self):
+		
+		""" Gets the parts from a file line: number code, TStates OPCODE and parameters """
+		
+		while True:
+			line=self.file_in.readline()
+			self.line_number+=1
+			if line=="":
+				return None,0,0,"",""
+			if (line[0]!="#") and (line!="\n"):
+				break
+	
+		if line[-1]=="\n":
+			line=line[:-1]
+		l_ncode=int(line[0:2],16)
+		pos=line[3:].find("\t") # find the separator between the TStates and the OPCODE
+		if (line[3]=="\t") or (line[3]=="*") or (pos==-1): # if there are no TStates nor OPCODE, its an empty entry
+			return l_ncode,0,0,"",""
+	
+		tstates=line[3:pos+3]
+		pos2=tstates.find("/") # check if there are two TState values
+		if pos2==-1:
+			l_tst1=int(tstates)
+			l_tst2=int(tstates)
+		else:
+			l_tst1=int(tstates[:pos2]) # tstates if the condition is True
+			l_tst2=int(tstates[pos2+1:]) # tstates if the condition is False
+		l_opcode=line[pos+4:]
+		self.curr_instruction=l_opcode
+		pos=l_opcode.find(" ")
+		if pos!=-1: # there are parameters
+			l_params=l_opcode[pos+1:]
+			l_opcode=l_opcode[:pos]
+		else:
+			l_params=""
+	
+		return l_ncode,l_tst1,l_tst2,l_opcode,l_params
+	
+	
+	def get_code_from_params(self,params):
+		
+		""" Returns the C code to read or write the params, and the code for the condition
+			Return two lists, an string and an integer. The first list contains the C code to
+			read each parameter; the second list the C code to write each parameter; the
+			string returns the string which checks the condition (None if there's no condition)
+			and the integer indicates when the operators are 8 or 16 bit wide.
+			
+			If it finds a set of parameters that can't parse, it prints it and exits
+			
+			It uses the virtual method get_code_from_one_param(element,bits) to parse
+			each parameter
+		"""
+		
+		bits=0
+		
+		if params=="":
+			return [],[],None,0
+		
+		bits_found=False
+		list_params=params.split(",")
+		while bits_found==False:
+			bits_found=True
+			read_code=[]
+			write_code=[]
+			condition=None
+			for element in list_params:
+				# a parameter's bit wide can be ambiguous (like (nn) in LD A,(nn) or
+				# LD HL,(nn) ) so we try to read it passing the currently known bit wide,
+				# and the function must returns the true wide if it's unambiguous (like A, HL...)
+				# the true wide if passed a correct wide, or 0 if the current bit wide is
+				# unknown and the parameter is ambiguous. So in the case of
+				# LD A,(nn) we do only one pass to get the wide, but in the case of
+				# LD (nn),A we do two passes, because the first parameter is ambiguous
+				# in size
+				self.curr_bits=bits
+				self.curr_element=element
+				nbits,read,write,p_condition=self.get_code_from_one_param(element,bits)
+				if p_condition!=None: # this parameter is a condition
+					condition=p_condition
+					continue
+				if nbits==0:
+					bits_found=False
+				else:
+					if bits==0:
+						bits=nbits
+					if bits!=nbits:
+						self.show_error("Mixed bit wide parameters (8 and 16 bit parameters in the same line)")
+				
+				read_code.append(read)
+				write_code.append(write)
+			if (bits==0) and (bits_found==False):
+				self.show_error("All parameters are ambiguous: "+str(params))
+		
+		return read_code,write_code,condition,bits
+
+
+class z80_parser(generic_parser):
+
+	def __init__(self,filename):
+		
+		self.copyright_year="2008-2009"
+		self.copyright_author="Sergio Costas (Raster Software Vigo)"
+		self.copyright_program_name="Z80Free"
+		generic_parser.__init__(self, filename)
+
+
+	def get_code_from_one_param(self,element,bits):
+	
+		""" Returns nbits,read,write,condition """
+		
+		if element=="AF":
+			return 16,"processor->Rm.wr.AF","processor->Rm.wr.AF=@DATA@;",None
+		if element=="AF'":
+			return 16,"processor->Ra.wr.AF","processor->Ra.wr.AF=@DATA@;",None
+		if element=="BC":
+			return 16,"processor->Rm.wr.BC","processor->Rm.wr.BC=@DATA@;",None
+		if element=="DE":
+			return 16,"processor->Rm.wr.DE","processor->Rm.wr.DE=@DATA@;",None
+		if element=="HL":
+			return 16,"processor->Rm.wr.HL","processor->Rm.wr.HL=@DATA@;",None
+		if element=="SP":
+			return 16,"processor->Rm.wr.SP","processor->Rm.wr.SP=@DATA@;",None
+		
+		if element=="IX":
+			return 16,"processor->Rm.wr.IX","processor->Rm.wr.IX=@DATA@;",None
+		if element=="IY":
+			return 16,"processor->Rm.wr.IY","processor->Rm.wr.IY=@DATA@;",None
+		
+		if element=="(IX+d)":
+			if bits==0:
+				return 0,None,None,None
+			elif bits==8:
+				if (self.codes=="DDCB") or (self.codes=="FDCB"):
+					return 8,"Z80free_Rd(Z80free_addr_relativeXDCB(processor,processor->Rm.wr.IX,d1))","Z80free_Wr(Z80free_addr_relativeXDCB(processor,processor->Rm.wr.IX,d1),@DATA@);",None
+				else:
+					return 8,"Z80free_Rd(Z80free_addr_relative(processor,processor->Rm.wr.IX))","Z80free_Wr(Z80free_addr_relative(processor,processor->Rm.wr.IX),@DATA@);",None
+		
+		if element=="(IY+d)":
+			if bits==0:
+				return 0,None,None,None
+			elif bits==8:
+				if (self.codes=="DDCB") or (self.codes=="FDCB"):
+					return 8,"Z80free_Rd(Z80free_addr_relativeXDCB(processor,processor->Rm.wr.IY,d1))","Z80free_Wr(Z80free_addr_relativeXDCB(processor,processor->Rm.wr.IY,d1),@DATA@);",None
+				else:
+					return 8,"Z80free_Rd(Z80free_addr_relative(processor,processor->Rm.wr.IY))","Z80free_Wr(Z80free_addr_relative(processor,processor->Rm.wr.IY),@DATA@);",None
+		
+		if element=="IX+d":
+			if bits==0:
+				return 0,None,None,None
+			elif bits==8:
+				return 8,"Z80free_addr_relative(processor,processor->Rm.wr.IX)",None,None
+
+		if element=="IY+d":
+			if bits==0:
+				return 0,None,None,None
+			elif bits==8:
+				return 8,"Z80free_addr_relative(processor,processor->Rm.wr.IY)",None,None
+		
+		if element=="b(IX+d)":
+			if (self.codes=="DDCB") or (self.codes=="FDCB"):
+				return 8,"Z80free_Rd(Z80free_addr_relativeXDCB(processor,processor->Rm.wr.IX,d1))","Z80free_Wr(Z80free_addr_relativeXDCB(processor,processor->Rm.wr.IX,d1),@DATA@);",None
+			else:
+				return 8,"Z80free_Rd(Z80free_addr_relative(processor,processor->Rm.wr.IX))","Z80free_Wr(Z80free_addr_relative(processor,processor->Rm.wr.IX),@DATA@);",None
+
+
+		if element=="b(IY+d)":
+			if (self.codes=="DDCB") or (self.codes=="FDCB"):
+				return 8,"Z80free_Rd(Z80free_addr_relativeXDCB(processor,processor->Rm.wr.IY,d1))","Z80free_Wr(Z80free_addr_relativeXDCB(processor,processor->Rm.wr.IY,d1),@DATA@);",None
+			else:
+				return 8,"Z80free_Rd(Z80free_addr_relative(processor,processor->Rm.wr.IY))","Z80free_Wr(Z80free_addr_relative(processor,processor->Rm.wr.IY),@DATA@);",None
+		
+		if element=="nn":
+			return 16,"Z80free_read_param_16(processor)",None,None
+		if element=="n":
+			return 8,"Z80free_read_param_8(processor)",None,None
+		
+		if element=="(nn)":
+			if bits==0:
+				return 0,None,None,None
+			elif bits==8:
+				return 8,"Z80free_Rd(Z80free_read_param_16(processor))","Z80free_Wr(Z80free_read_param_16(processor),@DATA@);",None
+			elif bits==16:
+				return 16,"Z80free_read16(Z80free_read_param_16(processor))","Z80free_write16(Z80free_read_param_16(processor),@DATA@);",None
+		
+		if element=="(BC)":
+			if bits==0:
+				return 0,None,None,None
+			elif bits==8:
+				return 8,"Z80free_Rd(processor->Rm.wr.BC)","Z80free_Wr(processor->Rm.wr.BC,@DATA@);",None
+			elif bits==16:
+				return 16,"Z80free_read16(processor->Rm.wr.BC)","Z80free_write16(processor->Rm.wr.BC,@DATA@);",None
+		if element=="(DE)":
+			if bits==0:
+				return 0,None,None,None
+			elif bits==8:
+				return 8,"Z80free_Rd(processor->Rm.wr.DE)","Z80free_Wr(processor->Rm.wr.DE,@DATA@);",None
+			elif bits==16:
+				return 16,"Z80free_read16(processor->Rm.wr.DE)","Z80free_write16(processor->Rm.wr.DE,@DATA@);",None
+		if element=="(HL)":
+			if bits==0:
+				return 0,None,None,None
+			elif bits==8:
+				return 8,"Z80free_Rd(processor->Rm.wr.HL)","Z80free_Wr(processor->Rm.wr.HL,@DATA@);",None
+			elif bits==16:
+				return 16,"Z80free_read16(processor->Rm.wr.HL)","Z80free_write16(processor->Rm.wr.HL,@DATA@);",None
+		if element=="(SP)":
+			if bits==0:
+				return 0,None,None,None
+			elif bits==16:
+				return 16,"Z80free_read16(processor->Rm.wr.SP)","Z80free_write16(processor->Rm.wr.SP,@DATA@);",None
+		if element=="b(HL)":
+			return 8,"Z80free_Rd(processor->Rm.wr.HL)","Z80free_Wr(processor->Rm.wr.HL,@DATA@);",None
+		
+		if element=="I":
+			return 8,"Z80free_readI(processor)","processor->I=@DATA@;",None
+		if element=="R":
+			return 8,"Z80free_readR(processor)","Z80free_setR(processor,@DATA@);",None	
+		
+		if element=="A":
+			return 8,"processor->Rm.br.A","processor->Rm.br.A=@DATA@;",None
+		if element=="B":
+			return 8,"processor->Rm.br.B","processor->Rm.br.B=@DATA@;",None
+		if element=="C":
+			return 8,"processor->Rm.br.C","processor->Rm.br.C=@DATA@;",None
+		if element=="D":
+			return 8,"processor->Rm.br.D","processor->Rm.br.D=@DATA@;",None
+		if element=="E":
+			return 8,"processor->Rm.br.E","processor->Rm.br.E=@DATA@;",None
+		if element=="H":
+			return 8,"processor->Rm.br.H","processor->Rm.br.H=@DATA@;",None
+		if element=="L":
+			return 8,"processor->Rm.br.L","processor->Rm.br.L=@DATA@;",None
+		if element=="IXH":
+			return 8,"processor->Rm.br.IXh","processor->Rm.br.IXh=@DATA@;",None
+		if element=="IXL":
+			return 8,"processor->Rm.br.IXl","processor->Rm.br.IXl=@DATA@;",None
+		if element=="IYH":
+			return 8,"processor->Rm.br.IYh","processor->Rm.br.IYh=@DATA@;",None
+		if element=="IYL":
+			return 8,"processor->Rm.br.IYl","processor->Rm.br.IYl=@DATA@;",None
+		
+		if element=="0H":
+			return 16,"0",None,None
+		if element=="0":
+			return 8,"0",None,None
+		if element=="1":
+			return 8,"1",None,None
+		if element=="2":
+			return 8,"2",None,None
+		if element=="3":
+			return 8,"3",None,None
+		if element=="4":
+			return 8,"4",None,None
+		if element=="5":
+			return 8,"5",None,None
+		if element=="6":
+			return 8,"6",None,None
+		if element=="7":
+			return 8,"7",None,None
+		if element=="8H":
+			return 16,"8",None,None
+		if element=="10H":
+			return 16,"16",None,None
+		if element=="18H":
+			return 16,"24",None,None
+		if element=="20H":
+			return 16,"32",None,None
+		if element=="28H":
+			return 16,"40",None,None
+		if element=="30H":
+			return 16,"48",None,None
+		if element=="38H":
+			return 16,"56",None,None
+		
+		if element=="NZ":
+			return 0,None,None,"(0==(F_Z&processor->Rm.br.F))"
+		if element=="Z":
+			return 0,None,None,"(F_Z&processor->Rm.br.F)"
+		if element=="NC":
+			return 0,None,None,"(0==(F_C&processor->Rm.br.F))"
+		if element=="CF":
+			return 0,None,None,"(F_C&processor->Rm.br.F)"
+		if element=="PO":
+			return 0,None,None,"(0==(F_PV&processor->Rm.br.F))"
+		if element=="PE":
+			return 0,None,None,"(F_PV&processor->Rm.br.F)"
+		if element=="P":
+			return 0,None,None,"(0==(F_S&processor->Rm.br.F))"
+		if element=="M":
+			return 0,None,None,"(F_S&processor->Rm.br.F)"
+		
+		self.unknown_param()
+	
+
+	def create_code(self,ncode,tst1,tst2,opcode,code_read,code_write,condition,bits):
+		
+		""" Returns True if it has written the RETURN for returning the TStates """
+		
+		if opcode=="NOP":
+			return False
+		
+		if opcode=="LD2":
+				self.file_out.write("\t\ttmp2="+code_read[0]+";\n")
+				self.file_out.write("\t\tZ80free_Wr(tmp2,"+code_read[1]+");\n")
+				return False
+			
+		if opcode=="LD":
+			self.file_out.write("\t\t"+code_write[0].replace("@DATA@",code_read[1])+"\n")
+			return False
+
+		if opcode=="INC":
+			if bits==16:
+				self.file_out.write("\t\t"+code_write[0].replace("@DATA@","Z80free_doIncDec16(processor,"+code_read[0]+",0)")+"\n")
+				return False
+			elif bits==8:
+				self.file_out.write("\t\t"+code_write[0].replace("@DATA@","Z80free_doIncDec(processor,"+code_read[0]+",0)")+"\n")
+				return False
+
+		if opcode=="DEC":
+			if bits==16:
+				self.file_out.write("\t\t"+code_write[0].replace("@DATA@","Z80free_doIncDec16(processor,"+code_read[0]+",1)")+"\n")
+				return False
+			elif bits==8:
+				self.file_out.write("\t\t"+code_write[0].replace("@DATA@","Z80free_doIncDec(processor,"+code_read[0]+",1)")+"\n")
+				return False
+
+		if opcode=="RLCA":
+			self.file_out.write("\t\tprocessor->Rm.br.A=Z80free_doRLC(processor,0,processor->Rm.br.A);\n")
+			return False
+		
+		if opcode=="RRCA":
+			self.file_out.write("\t\tprocessor->Rm.br.A=Z80free_doRRC(processor,0,processor->Rm.br.A);\n")
+			return False
+		
+		if opcode=="EX":
+			self.file_out.write("\t\ttmp2="+code_read[0]+";\n")
+			self.file_out.write("\t\t"+code_write[0].replace("@DATA@",code_read[1])+"\n")
+			self.file_out.write("\t\t"+code_write[1].replace("@DATA@","tmp2")+"\n")
+			return False
+		
+		if opcode=="ADD":
+			if bits==16:
+				data="Z80free_doArithmetic16(processor,"+code_read[0]+","+code_read[1]+",0,0)"
+				self.file_out.write("\t\t"+code_write[0].replace("@DATA@",data)+"\n")
+				return False
+			elif bits==8:
+				data="Z80free_doArithmetic(processor,"+code_read[0]+","+code_read[1]+",0,0)"
+				self.file_out.write("\t\t"+code_write[0].replace("@DATA@",data)+"\n")
+				return False
+		
+		if opcode=="ADC":
+			if bits==16:
+				data="Z80free_doArithmetic16(processor,"+code_read[0]+","+code_read[1]+",1,0)"
+				self.file_out.write("\t\t"+code_write[0].replace("@DATA@",data)+"\n")
+				return False
+			elif bits==8:
+				data="Z80free_doArithmetic(processor,"+code_read[0]+","+code_read[1]+",1,0)"
+				self.file_out.write("\t\t"+code_write[0].replace("@DATA@",data)+"\n")
+				return False
+		
+		if opcode=="SUB":
+			if bits==16:
+				data="Z80free_doArithmetic16(processor,"+code_read[0]+","+code_read[1]+",0,1)"
+				self.file_out.write("\t\t"+code_write[0].replace("@DATA@",data)+"\n")
+				return False
+			elif bits==8:
+				data="Z80free_doArithmetic(processor,processor->Rm.br.A,"+code_read[0]+",0,1)"
+				self.file_out.write("\t\tprocessor->Rm.br.A="+data+";\n")
+				return False
+			
+		if opcode=="SBC":
+			if bits==16:
+				data="Z80free_doArithmetic16(processor,"+code_read[0]+","+code_read[1]+",1,1)"
+				self.file_out.write("\t\t"+code_write[0].replace("@DATA@",data)+"\n")
+				return False
+			elif bits==8:
+				data="Z80free_doArithmetic(processor,"+code_read[0]+","+code_read[1]+",1,1)"
+				self.file_out.write("\t\t"+code_write[0].replace("@DATA@",data)+"\n")
+				return False
+		
+		if opcode=="DJNZ":
+			self.file_out.write("\t\ttmp1="+code_read[0]+";\n")
+			self.file_out.write("\t\tprocessor->Rm.br.B--;\n")
+			self.file_out.write("\t\tif (processor->Rm.br.B) {\n")
+			self.file_out.write("\t\t\tZ80free_jump_relative(processor,tmp1);\n")
+			self.file_out.write("\t\t\treturn ("+str(tst1)+");\n")
+			self.file_out.write("\t\t} else {\n")
+			self.file_out.write("\t\t\treturn ("+str(tst2)+");\n")
+			self.file_out.write("\t\t}\n")
+			return True
+		
+		if opcode=="RLA":
+			self.file_out.write("\t\tprocessor->Rm.br.A=Z80free_doRL(processor,0,processor->Rm.br.A);\n")
+			return False
+		
+		if opcode=="RRA":
+			self.file_out.write("\t\tprocessor->Rm.br.A=Z80free_doRR(processor,0,processor->Rm.br.A);\n")
+			return False
+		
+		if opcode=="DAA":
+			self.file_out.write("\t\tZ80free_doDAA(processor);\n")
+			return False
+		
+		if opcode=="CPL":
+			self.file_out.write("\t\tprocessor->Rm.br.A=255-processor->Rm.br.A;\n")
+			self.file_out.write("\t\tZ80free_adjustFlags(processor,processor->Rm.br.A);\n")
+			self.file_out.write("\t\tZ80free_setFlag(processor,F_H);\n")
+			self.file_out.write("\t\tZ80free_setFlag(processor,F_N);\n")
+			return False
+		
+		if opcode=="SCF":
+			self.file_out.write("\t\tZ80free_setFlag(processor,F_C);\n")
+			self.file_out.write("\t\tZ80free_resFlag(processor,F_H);\n")
+			self.file_out.write("\t\tZ80free_resFlag(processor,F_N);\n")
+			self.file_out.write("\t\tZ80free_adjustFlags(processor,processor->Rm.br.A);\n")
+			return False
+
+		if opcode=="CCF":
+			self.file_out.write("\t\tZ80free_valFlag(processor,F_C,(~processor->Rm.br.F)&F_C);\n")
+			self.file_out.write("\t\tZ80free_resFlag(processor,F_N);\n")
+			self.file_out.write("\t\tZ80free_adjustFlags(processor,processor->Rm.br.A);\n")
+			return False
+		
+		if opcode=="HALT":
+			self.file_out.write("\t\tprocessor->PC--;\n")
+			self.file_out.write("\t\tprocessor->HALT=1;\n")
+			return False
+		
+		if opcode=="AND":
+			if bits==8:
+				self.file_out.write("\t\tZ80free_doAND(processor,"+code_read[0]+");\n")
+				return False
+		
+		if opcode=="OR":
+			if bits==8:
+				self.file_out.write("\t\tZ80free_doOR(processor,"+code_read[0]+");\n")
+				return False
+		
+		if opcode=="XOR":
+			if bits==8:
+				self.file_out.write("\t\tZ80free_doXOR(processor,"+code_read[0]+");\n")
+				return False
+			
+		if opcode=="CP":
+			if bits==8:
+				self.file_out.write("\t\ttmp1="+code_read[0]+";\n")
+				self.file_out.write("\t\tZ80free_doArithmetic(processor,processor->Rm.br.A,tmp1,0,1);\n")
+				self.file_out.write("\t\tZ80free_adjustFlags(processor,tmp1);\n")
+				return False
+		
+		if opcode=="JR":
+			self.file_out.write("\t\ttmp1="+code_read[0]+";\n")
+			if condition==None: # no condition, always jump
+				self.file_out.write("\t\tZ80free_jump_relative(processor,tmp1);\n")
+				return False
+			else:
+				self.file_out.write("\t\tif "+condition+" {\n")
+				self.file_out.write("\t\t\tZ80free_jump_relative(processor,tmp1);\n")
+				self.file_out.write("\t\t\treturn ("+str(tst1)+");\n")
+				self.file_out.write("\t\t} else {\n")
+				self.file_out.write("\t\t\treturn ("+str(tst2)+");\n")
+				self.file_out.write("\t\t}\n")
+				return True
+		
+		if opcode=="RET":
+			if condition==None:
+				self.file_out.write("\t\tprocessor->PC=Z80free_doPop(processor);\n")
+				return False
+			else:
+				self.file_out.write("\t\tif "+condition+" {\n")
+				self.file_out.write("\t\t\tprocessor->PC=Z80free_doPop(processor);\n")
+				self.file_out.write("\t\t\treturn ("+str(tst1)+");\n")
+				self.file_out.write("\t\t} else {\n")
+				self.file_out.write("\t\t\treturn ("+str(tst2)+");\n")
+				self.file_out.write("\t\t}\n")
+				return True
+			
+		if opcode=="POP":
+			self.file_out.write("\t\t"+code_write[0].replace("@DATA@","Z80free_doPop(processor)")+"\n")
+			return False
+		
+		if opcode=="JP":
+			self.file_out.write("\t\ttmp2="+code_read[0]+";\n")
+			if condition==None:
+				self.file_out.write("\t\tprocessor->PC=tmp2;\n")
+				return False
+			else:
+				self.file_out.write("\t\tif "+condition+" {\n")
+				self.file_out.write("\t\t\tprocessor->PC=tmp2;\n")
+				self.file_out.write("\t\t\treturn ("+str(tst1)+");\n")
+				self.file_out.write("\t\t} else {\n")
+				self.file_out.write("\t\t\treturn ("+str(tst2)+");\n")
+				self.file_out.write("\t\t}\n")
+				return True
+		
+		if opcode=="CALL":
+			self.file_out.write("\t\ttmp2="+code_read[0]+";\n")
+			if condition==None:
+				self.file_out.write("\t\tZ80free_doPush(processor,processor->PC);\n")
+				self.file_out.write("\t\tprocessor->PC=tmp2;\n")
+				return False
+			else:
+				self.file_out.write("\t\tif "+condition+" {\n")
+				self.file_out.write("\t\t\tZ80free_doPush(processor,processor->PC);\n")
+				self.file_out.write("\t\t\tprocessor->PC=tmp2;\n")
+				self.file_out.write("\t\t\treturn ("+str(tst1)+");\n")
+				self.file_out.write("\t\t} else {\n")
+				self.file_out.write("\t\t\treturn ("+str(tst2)+");\n")
+				self.file_out.write("\t\t}\n")
+				return True
+		
+		if opcode=="PUSH":
+			self.file_out.write("\t\tZ80free_doPush(processor,"+code_read[0]+");\n")
+			return False
+		
+		if opcode=="RST":
+			self.file_out.write("\t\tZ80free_doPush(processor,processor->PC);\n")
+			self.file_out.write("\t\tprocessor->PC="+code_read[0]+";\n")
+			return False
+		
+		if opcode=="EXX":
+			self.file_out.write("\t\ttmp2=processor->Rm.wr.BC;\n")
+			self.file_out.write("\t\tprocessor->Rm.wr.BC=processor->Ra.wr.BC;\n")
+			self.file_out.write("\t\tprocessor->Ra.wr.BC=tmp2;\n")
+			self.file_out.write("\t\ttmp2=processor->Rm.wr.DE;\n")
+			self.file_out.write("\t\tprocessor->Rm.wr.DE=processor->Ra.wr.DE;\n")
+			self.file_out.write("\t\tprocessor->Ra.wr.DE=tmp2;\n")
+			self.file_out.write("\t\ttmp2=processor->Rm.wr.HL;\n")
+			self.file_out.write("\t\tprocessor->Rm.wr.HL=processor->Ra.wr.HL;\n")
+			self.file_out.write("\t\tprocessor->Ra.wr.HL=tmp2;\n")
+			return False
+		
+		if opcode=="IN":
+			if bits==8:
+				self.file_out.write("\t\ttmp2=((word)processor->Rm.br.A)<<8;\n")
+				self.file_out.write("\t\tprocessor->Rm.br.A=Z80free_In(tmp2+((word)Z80free_read_param_8(processor)));\n")
+				return False
+
+		if opcode=="IN_BC":
+			if bits==8:
+				self.file_out.write("\t\t"+code_write[0].replace("@DATA@","Z80free_In(processor->Rm.wr.BC)")+"\n")
+				self.file_out.write("\t\tZ80free_adjustFlagSZP (processor,"+code_read[0]+");\n")
+				self.file_out.write("\t\tZ80free_resFlag(processor,F_H|F_N);\n")
+				return False
+			elif bits==0:
+				self.file_out.write("\t\ttmp1=Z80free_In(processor->Rm.wr.BC);\n")
+				self.file_out.write("\t\tZ80free_adjustFlagSZP (processor,tmp1);\n")
+				self.file_out.write("\t\tZ80free_resFlag(processor,F_H|F_N);\n")
+				return False
+
+		if opcode=="OUT":
+			if bits==8:
+				self.file_out.write("\t\ttmp1=processor->Rm.br.A;\n")
+				self.file_out.write("\t\ttmp2=((word)tmp1)<<8;\n")
+				self.file_out.write("\t\tZ80free_Out(tmp2+((word)Z80free_read_param_8(processor)),tmp1);\n")
+				return False
+
+
+		if opcode=="OUT_BC":
+			if bits==8:
+				self.file_out.write("\t\tZ80free_Out(processor->Rm.wr.BC,"+code_read[0]+");\n")
+				return False
+		
+		if opcode=="DI":
+			self.file_out.write("\t\tprocessor->IFF1=0;\n")
+			self.file_out.write("\t\tprocessor->IFF2=0;\n")
+			return False
+		
+		if opcode=="EI":
+			self.file_out.write("\t\tprocessor->IFF1=2; /* this allows to delay one instruction the interrupts*/\n")
+			self.file_out.write("\t\tprocessor->IFF2=1;\n")
+			return False
+		
+		if opcode=="NEG":
+			self.file_out.write("\t\tprocessor->Rm.br.A=Z80free_doArithmetic(processor,0,processor->Rm.br.A,0,1);\n")
+			return False
+		
+		if opcode=="RETN":
+			self.file_out.write("\t\tprocessor->IFF1=(processor->IFF2 ? 2 : 0);\n")
+			self.file_out.write("\t\tprocessor->PC=Z80free_doPop(processor);\n")
+			return False
+		
+		if opcode=="RETI":
+			self.file_out.write("\t\tprocessor->IFF1=2;\n")
+			self.file_out.write("\t\tprocessor->IFF2=1;\n")
+			self.file_out.write("\t\tprocessor->PC=Z80free_doPop(processor);\n")
+			return False
+		
+		if opcode=="IM":
+			self.file_out.write("\t\tprocessor->IM="+code_read[0]+";\n")
+			return False
+		
+		if opcode=="RLD":
+			self.file_out.write("\t\tZ80free_doRLD(processor);\n")
+			return False
+
+		if opcode=="RRD":
+			self.file_out.write("\t\tZ80free_doRRD(processor);\n")
+			return False
+		
+		if opcode=="LDI":
+			self.file_out.write("\t\ttmp1=Z80free_Rd(processor->Rm.wr.HL++);\n")
+			self.file_out.write("\t\tZ80free_Wr(processor->Rm.wr.DE++,tmp1);\n")
+			self.file_out.write("\t\ttmp1+=processor->Rm.br.A;\n")
+			self.file_out.write("\t\tZ80free_valFlag(processor,F_3,tmp1&0x08);\n")
+			self.file_out.write("\t\tZ80free_valFlag(processor,F_5,tmp1&0x02);\n")
+			self.file_out.write("\t\tprocessor->Rm.wr.BC--;\n")
+			self.file_out.write("\t\tZ80free_resFlag(processor,F_H|F_N);\n")
+			self.file_out.write("\t\tif (processor->Rm.wr.BC)\n")
+			self.file_out.write("\t\t\tZ80free_setFlag(processor,F_PV);\n")
+			self.file_out.write("\t\telse\n")
+			self.file_out.write("\t\t\tZ80free_resFlag(processor,F_PV);\n")
+			return False
+		
+		if opcode=="CPI":
+			self.file_out.write("\t\ttmp2=F_C&processor->Rm.br.F;\n")
+			self.file_out.write("\t\ttmp1=Z80free_doArithmetic(processor,processor->Rm.br.A,Z80free_Rd(processor->Rm.wr.HL++),0,1);\n")
+			self.file_out.write("\t\tif (processor->Rm.br.F&F_H)\n")
+			self.file_out.write("\t\t\ttmp1--;\n")
+			self.file_out.write("\t\tZ80free_valFlag(processor,F_3,tmp1&0x08);\n")
+			self.file_out.write("\t\tZ80free_valFlag(processor,F_5,tmp1&0x02);\n")
+			self.file_out.write("\t\tZ80free_setFlag(processor,F_N);\n")
+			self.file_out.write("\t\tZ80free_valFlag(processor,F_C,tmp2);\n")
+			self.file_out.write("\t\tprocessor->Rm.wr.BC--;\n")
+			self.file_out.write("\t\tif (processor->Rm.wr.BC)\n")
+			self.file_out.write("\t\t\tZ80free_setFlag(processor,F_PV);\n")
+			self.file_out.write("\t\telse\n")
+			self.file_out.write("\t\t\tZ80free_resFlag(processor,F_PV);\n")
+			return False
+
+		if opcode=="INI":
+			self.file_out.write("\t\t/*INI, IND, INIR and INDR first decrement B and then uses it*/\n")
+			self.file_out.write("\t\tZ80free_Wr(processor->Rm.wr.HL,Z80free_In(processor->Rm.wr.BC));\n")
+			self.file_out.write("\t\tprocessor->Rm.wr.HL++;\n")
+			self.file_out.write("\t\tprocessor->Rm.br.B=Z80free_doIncDec(processor,processor->Rm.br.B,1);\n")
+			self.file_out.write("\t\tZ80free_valFlag(processor,F_N, 1);\n")
+			self.file_out.write("\t\tZ80free_valFlag(processor,F_Z, (processor->Rm.br.B == 0));\n")
+			return False
+		
+		if opcode=="OUTI":
+			self.file_out.write("\t\t/*OUTI, OUTD, OTIR and OTDR first decrements B and then uses it*/\n")
+			self.file_out.write("\t\tprocessor->Rm.br.B=Z80free_doIncDec(processor,processor->Rm.br.B,1);\n")
+			self.file_out.write("\t\tZ80free_Out(processor->Rm.wr.BC,Z80free_Rd(processor->Rm.wr.HL));\n")
+			self.file_out.write("\t\tprocessor->Rm.wr.HL++;\n")
+			return False
+
+		if opcode=="LDD":
+			self.file_out.write("\t\ttmp1=Z80free_Rd(processor->Rm.wr.HL--);\n")
+			self.file_out.write("\t\tZ80free_Wr(processor->Rm.wr.DE--,tmp1);\n")
+			self.file_out.write("\t\ttmp1+=processor->Rm.br.A;\n")
+			self.file_out.write("\t\tZ80free_valFlag(processor,F_3,tmp1&0x08);\n")
+			self.file_out.write("\t\tZ80free_valFlag(processor,F_5,tmp1&0x02);\n")
+			self.file_out.write("\t\tprocessor->Rm.wr.BC--;\n")
+			self.file_out.write("\t\tZ80free_resFlag(processor,F_H|F_N);\n")
+			self.file_out.write("\t\tif (processor->Rm.wr.BC)\n")
+			self.file_out.write("\t\t\tZ80free_setFlag(processor,F_PV);\n")
+			self.file_out.write("\t\telse\n")
+			self.file_out.write("\t\t\tZ80free_resFlag(processor,F_PV);\n")
+			return False
+
+		if opcode=="CPD":
+			self.file_out.write("\t\ttmp2=F_C&processor->Rm.br.F;\n")
+			self.file_out.write("\t\ttmp1=Z80free_doArithmetic(processor,processor->Rm.br.A,Z80free_Rd(processor->Rm.wr.HL--),0,1);\n")
+			self.file_out.write("\t\tif (processor->Rm.br.F&F_H)\n")
+			self.file_out.write("\t\t\ttmp1--;\n")
+			self.file_out.write("\t\tZ80free_valFlag(processor,F_3,tmp1&0x08);\n")
+			self.file_out.write("\t\tZ80free_valFlag(processor,F_5,tmp1&0x02);\n")
+			self.file_out.write("\t\tZ80free_setFlag(processor,F_N);\n")
+			self.file_out.write("\t\tZ80free_valFlag(processor,F_C,tmp2);\n")
+			self.file_out.write("\t\tprocessor->Rm.wr.BC--;\n")
+			self.file_out.write("\t\tif (processor->Rm.wr.BC)\n")
+			self.file_out.write("\t\t\tZ80free_setFlag(processor,F_PV);\n")
+			self.file_out.write("\t\telse\n")
+			self.file_out.write("\t\t\tZ80free_resFlag(processor,F_PV);\n")
+			return False
+
+		if opcode=="IND":
+			self.file_out.write("\t\tZ80free_Wr(processor->Rm.wr.HL,Z80free_In(processor->Rm.wr.BC));\n")
+			self.file_out.write("\t\tprocessor->Rm.br.B=Z80free_doIncDec(processor,processor->Rm.br.B,1);\n")
+			self.file_out.write("\t\tprocessor->Rm.wr.HL--;\n")
+			return False
+		
+		if opcode=="OUTD":
+			self.file_out.write("\t\tprocessor->Rm.br.B=Z80free_doIncDec(processor,processor->Rm.br.B,1);\n")
+			self.file_out.write("\t\tZ80free_Out(processor->Rm.wr.BC,Z80free_Rd(processor->Rm.wr.HL));\n")
+			self.file_out.write("\t\tprocessor->Rm.wr.HL--;\n")
+			return False
+
+		if opcode=="LDIR":
+			self.file_out.write("\t\ttmp1=Z80free_Rd(processor->Rm.wr.HL++);\n")
+			self.file_out.write("\t\tZ80free_Wr(processor->Rm.wr.DE++,tmp1);\n")
+			self.file_out.write("\t\tprocessor->Rm.wr.BC--;\n")
+			self.file_out.write("\t\tif (processor->Rm.wr.BC) {\n")
+			self.file_out.write("\t\t\tprocessor->PC-=2;\n")
+			self.file_out.write("\t\t\treturn ("+str(tst1)+");\n")
+			self.file_out.write("\t\t} else {\n")
+			self.file_out.write("\t\t\tZ80free_resFlag(processor,F_H|F_N|F_PV);\n")
+			self.file_out.write("\t\ttmp1+=processor->Rm.br.A;\n")
+			self.file_out.write("\t\tZ80free_valFlag(processor,F_3,tmp1&0x08);\n")
+			self.file_out.write("\t\tZ80free_valFlag(processor,F_5,tmp1&0x02);\n")
+			self.file_out.write("\t\t\treturn ("+str(tst2)+");\n")
+			self.file_out.write("\t\t}\n")
+			return True
+
+		if opcode=="CPIR":
+			self.file_out.write("\t\ttmp2=F_C&processor->Rm.br.F;\n")
+			self.file_out.write("\t\tZ80free_doArithmetic(processor,processor->Rm.br.A,Z80free_Rd(processor->Rm.wr.HL++),0,1);\n")
+			self.file_out.write("\t\tprocessor->Rm.wr.BC--;\n")
+			self.file_out.write("\t\tif ((processor->Rm.wr.BC)&&(!(processor->Rm.br.F&F_Z))) {\n")
+			self.file_out.write("\t\t\tprocessor->PC-=2;\n")
+			self.file_out.write("\t\t\treturn ("+str(tst1)+");\n")
+			self.file_out.write("\t\t} else {\n")
+			self.file_out.write("\t\t\tZ80free_resFlag(processor,F_H|F_N|F_PV|F_3|F_5);\n")
+			self.file_out.write("\t\tZ80free_valFlag(processor,F_C,tmp2);\n")
+			self.file_out.write("\t\t\treturn ("+str(tst2)+");\n")
+			self.file_out.write("\t\t}\n")
+			return True
+
+		if opcode=="INIR":
+			self.file_out.write("\t\tZ80free_Wr(processor->Rm.wr.HL,Z80free_In(processor->Rm.wr.BC));\n")
+			self.file_out.write("\t\tprocessor->Rm.br.B=Z80free_doIncDec(processor,processor->Rm.br.B,1);\n")
+			self.file_out.write("\t\tprocessor->Rm.wr.HL++;\n")
+			self.file_out.write("\t\tif (processor->Rm.br.B) {\n")
+			self.file_out.write("\t\t\tprocessor->PC-=2;\n")
+			self.file_out.write("\t\t\treturn ("+str(tst1)+");\n")
+			self.file_out.write("\t\t} else {\n")
+			self.file_out.write("\t\t\treturn ("+str(tst2)+");\n")
+			self.file_out.write("\t\t}\n")
+			return True
+		
+		if opcode=="OTIR":
+			self.file_out.write("\t\tprocessor->Rm.br.B=Z80free_doIncDec(processor,processor->Rm.br.B,1);\n")
+			self.file_out.write("\t\tZ80free_Out(processor->Rm.wr.BC,Z80free_Rd(processor->Rm.wr.HL));\n")
+			self.file_out.write("\t\tprocessor->Rm.wr.HL++;\n")
+			self.file_out.write("\t\tif (processor->Rm.br.B) {\n")
+			self.file_out.write("\t\t\tprocessor->PC-=2;\n")
+			self.file_out.write("\t\t\treturn ("+str(tst1)+");\n")
+			self.file_out.write("\t\t} else {\n")
+			self.file_out.write("\t\t\treturn ("+str(tst2)+");\n")
+			self.file_out.write("\t\t}\n")
+			return True
+
+		if opcode=="LDDR":
+			self.file_out.write("\t\ttmp1=Z80free_Rd(processor->Rm.wr.HL--);\n")
+			self.file_out.write("\t\tZ80free_Wr(processor->Rm.wr.DE--,tmp1);\n")
+			self.file_out.write("\t\tprocessor->Rm.wr.BC--;\n")
+			self.file_out.write("\t\tif (processor->Rm.wr.BC) {\n")
+			self.file_out.write("\t\t\tprocessor->PC-=2;\n")
+			self.file_out.write("\t\t\treturn ("+str(tst1)+");\n")
+			self.file_out.write("\t\t} else {\n")
+			self.file_out.write("\t\t\tZ80free_resFlag(processor,F_H|F_N|F_PV);\n")
+			self.file_out.write("\t\ttmp1+=processor->Rm.br.A;\n")
+			self.file_out.write("\t\tZ80free_valFlag(processor,F_3,tmp1&0x08);\n")
+			self.file_out.write("\t\tZ80free_valFlag(processor,F_5,tmp1&0x02);\n")
+			self.file_out.write("\t\t\treturn ("+str(tst2)+");\n")
+			self.file_out.write("\t\t}\n")
+			return True
+
+		if opcode=="CPDR":
+			self.file_out.write("\t\ttmp2=F_C&processor->Rm.br.F;\n")
+			self.file_out.write("\t\tZ80free_doArithmetic(processor,processor->Rm.br.A,Z80free_Rd(processor->Rm.wr.HL--),0,1);\n")
+			self.file_out.write("\t\tprocessor->Rm.wr.BC--;\n")
+			self.file_out.write("\t\tif ((processor->Rm.wr.BC)&&(!(processor->Rm.br.F&F_Z))) {\n")
+			self.file_out.write("\t\t\tprocessor->PC-=2;\n")
+			self.file_out.write("\t\t\treturn ("+str(tst1)+");\n")
+			self.file_out.write("\t\t} else {\n")
+			self.file_out.write("\t\t\tZ80free_resFlag(processor,F_H|F_N|F_PV|F_3|F_5);\n")
+			self.file_out.write("\t\tZ80free_valFlag(processor,F_C,tmp2);\n")
+			self.file_out.write("\t\t\treturn ("+str(tst2)+");\n")
+			self.file_out.write("\t\t}\n")
+			return True
+
+		if opcode=="INDR":
+			self.file_out.write("\t\tZ80free_Wr(processor->Rm.wr.HL,Z80free_In(processor->Rm.wr.BC));\n")
+			self.file_out.write("\t\tprocessor->Rm.br.B=Z80free_doIncDec(processor,processor->Rm.br.B,1);\n")
+			self.file_out.write("\t\tprocessor->Rm.wr.HL--;\n")
+			self.file_out.write("\t\tif (processor->Rm.br.B) {\n")
+			self.file_out.write("\t\t\tprocessor->PC-=2;\n")
+			self.file_out.write("\t\t\treturn ("+str(tst1)+");\n")
+			self.file_out.write("\t\t} else {\n")
+			self.file_out.write("\t\t\treturn ("+str(tst2)+");\n")
+			self.file_out.write("\t\t}\n")
+			return True
+		
+		if opcode=="OTDR":
+			self.file_out.write("\t\tprocessor->Rm.br.B=Z80free_doIncDec(processor,processor->Rm.br.B,1);\n")
+			self.file_out.write("\t\tZ80free_Out(processor->Rm.wr.BC,Z80free_Rd(processor->Rm.wr.HL));\n")
+			self.file_out.write("\t\tprocessor->Rm.wr.HL--;\n")
+			self.file_out.write("\t\tif (processor->Rm.br.B) {\n")
+			self.file_out.write("\t\t\tprocessor->PC-=2;\n")
+			self.file_out.write("\t\t\treturn ("+str(tst1)+");\n")
+			self.file_out.write("\t\t} else {\n")
+			self.file_out.write("\t\t\treturn ("+str(tst2)+");\n")
+			self.file_out.write("\t\t}\n")
+			return True
+
+		if opcode=="RLC":
+			self.file_out.write("\t\t"+code_write[0].replace("@DATA@","Z80free_doRLC(processor,1,"+code_read[0]+")")+"\n")
+			return False
+		
+		if opcode=="LD_RLC":
+			self.file_out.write("\t\ttmp1=Z80free_doRLC(processor,1,"+code_read[1]+");\n")
+			self.file_out.write("\t\t"+code_write[0].replace("@DATA@","tmp1")+"\n")
+			self.file_out.write("\t\t"+code_write[1].replace("@DATA@","tmp1")+"\n")
+			return False
+		
+		if opcode=="RRC":
+			self.file_out.write("\t\t"+code_write[0].replace("@DATA@","Z80free_doRRC(processor,1,"+code_read[0]+")")+"\n")
+			return False
+		
+		if opcode=="LD_RRC":
+			self.file_out.write("\t\ttmp1=Z80free_doRRC(processor,1,"+code_read[1]+");\n")
+			self.file_out.write("\t\t"+code_write[0].replace("@DATA@","tmp1")+"\n")
+			self.file_out.write("\t\t"+code_write[1].replace("@DATA@","tmp1")+"\n")
+			return False
+		
+		if opcode=="RL":
+			self.file_out.write("\t\t"+code_write[0].replace("@DATA@","Z80free_doRL(processor,1,"+code_read[0]+")")+"\n")
+			return False
+		
+		if opcode=="LD_RL":
+			self.file_out.write("\t\ttmp1=Z80free_doRL(processor,1,"+code_read[1]+");\n")
+			self.file_out.write("\t\t"+code_write[0].replace("@DATA@","tmp1")+"\n")
+			self.file_out.write("\t\t"+code_write[1].replace("@DATA@","tmp1")+"\n")
+			return False
+		
+		if opcode=="RR":
+			self.file_out.write("\t\t"+code_write[0].replace("@DATA@","Z80free_doRR(processor,1,"+code_read[0]+")")+"\n")
+			return False
+		
+		if opcode=="LD_RR":
+			self.file_out.write("\t\ttmp1=Z80free_doRR(processor,1,"+code_read[1]+");\n")
+			self.file_out.write("\t\t"+code_write[0].replace("@DATA@","tmp1")+"\n")
+			self.file_out.write("\t\t"+code_write[1].replace("@DATA@","tmp1")+"\n")
+			return False
+		
+		if opcode=="SLA":
+			self.file_out.write("\t\t"+code_write[0].replace("@DATA@","Z80free_doSL(processor,0,"+code_read[0]+")")+"\n")
+			return False
+		
+		if opcode=="LD_SLA":
+			self.file_out.write("\t\ttmp1=Z80free_doSL(processor,0,"+code_read[1]+");\n")
+			self.file_out.write("\t\t"+code_write[0].replace("@DATA@","tmp1")+"\n")
+			self.file_out.write("\t\t"+code_write[1].replace("@DATA@","tmp1")+"\n")
+			return False
+		
+		if opcode=="SRA":
+			self.file_out.write("\t\t"+code_write[0].replace("@DATA@","Z80free_doSR(processor,1,"+code_read[0]+")")+"\n")
+			return False
+		
+		if opcode=="LD_SRA":
+			self.file_out.write("\t\ttmp1=Z80free_doSR(processor,1,"+code_read[1]+");\n")
+			self.file_out.write("\t\t"+code_write[0].replace("@DATA@","tmp1")+"\n")
+			self.file_out.write("\t\t"+code_write[1].replace("@DATA@","tmp1")+"\n")
+			return False
+		
+		if opcode=="SLL":
+			self.file_out.write("\t\t"+code_write[0].replace("@DATA@","Z80free_doSL(processor,1,"+code_read[0]+")")+"\n")
+			return False
+		
+		if opcode=="LD_SLL":
+			self.file_out.write("\t\ttmp1=Z80free_doSL(processor,1,"+code_read[1]+");\n")
+			self.file_out.write("\t\t"+code_write[0].replace("@DATA@","tmp1")+"\n")
+			self.file_out.write("\t\t"+code_write[1].replace("@DATA@","tmp1")+"\n")
+			return False
+		
+		if opcode=="SRL":
+			self.file_out.write("\t\t"+code_write[0].replace("@DATA@","Z80free_doSR(processor,0,"+code_read[0]+")")+"\n")
+			return False
+		
+		if opcode=="LD_SRL":
+			self.file_out.write("\t\ttmp1=Z80free_doSR(processor,0,"+code_read[1]+");\n")
+			self.file_out.write("\t\t"+code_write[0].replace("@DATA@","tmp1")+"\n")
+			self.file_out.write("\t\t"+code_write[1].replace("@DATA@","tmp1")+"\n")
+			return False
+		
+		if opcode=="BIT":
+			self.file_out.write("\t\tZ80free_doBIT(processor,"+code_read[0]+","+code_read[1]+");\n")
+			return False
+		
+		if opcode=="RES":
+			self.file_out.write("\t\t"+code_write[1].replace("@DATA@","Z80free_doSetRes(processor,0,"+code_read[0]+","+code_read[1]+")")+"\n")
+			return False
+		
+		if opcode=="LD_RES":
+			self.file_out.write("\t\ttmp1=Z80free_doSetRes(processor,0,"+code_read[1]+","+code_read[2]+");\n")
+			self.file_out.write("\t\t"+code_write[2].replace("@DATA@","tmp1")+"\n")
+			self.file_out.write("\t\t"+code_write[0].replace("@DATA@","tmp1")+"\n")
+			return False
+		
+		if opcode=="SET":
+			self.file_out.write("\t\t"+code_write[1].replace("@DATA@","Z80free_doSetRes(processor,1,"+code_read[0]+","+code_read[1]+")")+"\n")
+			return False
+		
+		if opcode=="LD_SET":
+			self.file_out.write("\t\ttmp1=Z80free_doSetRes(processor,1,"+code_read[1]+","+code_read[2]+");\n")
+			self.file_out.write("\t\t"+code_write[2].replace("@DATA@","tmp1")+"\n")
+			self.file_out.write("\t\t"+code_write[0].replace("@DATA@","tmp1")+"\n")
+			return False
+		
+		if opcode=="DEFAULT":
+			self.file_out.write("\t\treturn (Z80free_codes(processor,opcode));\n")
+			return True
+		
+		self.unknown_opcode()
+
+
+class parser_XX(z80_parser):
+	
+	def __init__(self,filename):
+
+		self.codes="XX"		
+		z80_parser.__init__(self,filename)
+
+
+	def write_start_code(self):
+		
+		""" Writes the first part of the C code for the file """
+
+		self.file_out.write('#include "Z80free.h"\n\n')
+		self.file_out.write('int '+self.filename+' (Z80FREE *processor,byte opcode) {\n')
+		self.file_out.write('\tstatic byte tmp1;\n')
+		self.file_out.write('\tstatic word tmp2;\n')
+		self.file_out.write('\n')
+		
+		
+	def write_end_code(self):
+		
+		""" writes the last part of the C code for the file """
+		
+		self.file_out.write('\treturn -1;\n')
+		self.file_out.write('}\n')
+
+
+class parser_CB(z80_parser):
+	
+	def __init__(self,filename):
+		
+		self.codes="CB"
+		z80_parser.__init__(self,filename)
+
+
+	def write_start_code(self):
+		
+		""" Writes the first part of the C code for the file """
+		
+		self.file_out.write('#include "Z80free.h"\n\n')
+		self.file_out.write('int '+self.filename+' (Z80FREE *processor,byte opcode) {\n')
+		#self.file_out.write('\tstatic byte tmp1;\n')
+		#self.file_out.write('\tstatic word tmp2;\n')
+		self.file_out.write('\n')
+		
+		
+	def write_end_code(self):
+		
+		""" writes the last part of the C code for the file """
+		
+		self.file_out.write('\treturn -1;\n')
+		self.file_out.write('}\n')
+
+
+class parser_ED(z80_parser):
+	
+	def __init__(self,filename):
+
+		self.codes="ED"		
+		z80_parser.__init__(self,filename)
+
+
+	def write_start_code(self):
+		
+		""" Writes the first part of the C code for the file """
+	
+		self.file_out.write('#include "Z80free.h"\n\n')
+		self.file_out.write('int '+self.filename+' (Z80FREE *processor,byte opcode) {\n')
+		self.file_out.write('\tstatic byte tmp1;\n')
+		self.file_out.write('\tstatic byte tmp2;\n')
+		self.file_out.write('\n')
+		
+		
+	def write_end_code(self):
+		
+		""" writes the last part of the C code for the file """
+		
+		self.file_out.write('\treturn -1;\n')
+		self.file_out.write('}\n')
+
+
+class parser_DD(z80_parser):
+	
+	def __init__(self,filename):
+
+		self.codes="DD"		
+		z80_parser.__init__(self,filename)
+
+
+	def write_start_code(self):
+		
+		""" Writes the first part of the C code for the file """
+	
+		self.file_out.write('#include "Z80free.h"\n\n')
+		self.file_out.write('int '+self.filename+' (Z80FREE *processor,byte opcode) {\n')
+		self.file_out.write('\tstatic byte tmp1;\n')
+		self.file_out.write('\tstatic word tmp2;\n')
+		self.file_out.write('\n')
+		
+		
+	def write_end_code(self):
+		
+		""" writes the last part of the C code for the file """
+		
+		self.file_out.write('\treturn -1;\n')
+		self.file_out.write('}\n')
+
+
+class parser_FD(z80_parser):
+	
+	def __init__(self,filename):
+
+		self.codes="FD"		
+		z80_parser.__init__(self, filename)
+
+
+	def write_start_code(self):
+		
+		""" Writes the first part of the C code for the file """
+		
+		self.file_out.write('#include "Z80free.h"\n\n')
+		self.file_out.write('int '+self.filename+' (Z80FREE *processor,byte opcode) {\n')
+		self.file_out.write('\tstatic byte tmp1;\n')
+		self.file_out.write('\tstatic word tmp2;\n')
+		self.file_out.write('\n')
+		
+		
+	def write_end_code(self):
+		
+		""" writes the last part of the C code for the file """
+		
+		self.file_out.write('\treturn -1;\n')
+		self.file_out.write('}\n')
+
+
+class parser_DDCB(z80_parser):
+	
+	def __init__(self,filename):
+
+		self.codes="DDCB"		
+		z80_parser.__init__(self, filename)
+
+
+	def write_start_code(self):
+		
+		""" Writes the first part of the C code for the file """
+		
+		self.file_out.write('#include "Z80free.h"\n\n')
+		self.file_out.write('int '+self.filename+' (Z80FREE *processor,byte d1) {\n')
+		self.file_out.write('\tstatic byte tmp1;\n')
+		#self.file_out.write('\tstatic word tmp2;\n')
+		self.file_out.write('\tstatic byte opcode;\n')
+		self.file_out.write('\topcode=Z80free_Rd(processor->PC++);\n')
+		self.file_out.write('\n')
+		
+		
+	def write_end_code(self):
+		
+		""" writes the last part of the C code for the file """
+		
+		self.file_out.write('\treturn -1;\n')
+		self.file_out.write('}\n')
+
+
+class parser_FDCB(z80_parser):
+	
+	def __init__(self,filename):
+
+		self.codes="FDCB"		
+		z80_parser.__init__(self, filename)
+
+
+	def write_start_code(self):
+		
+		""" Writes the first part of the C code for the file """
+		
+		self.file_out.write('#include "Z80free.h"\n\n')
+		self.file_out.write('int '+self.filename+' (Z80FREE *processor,byte d1) {\n')
+		self.file_out.write('\tstatic byte tmp1;\n')
+		#self.file_out.write('\tstatic word tmp2;\n')
+		self.file_out.write('\tstatic byte opcode;\n')
+		self.file_out.write('\topcode=Z80free_Rd(processor->PC++);\n')
+		self.file_out.write('\n')
+		
+		
+	def write_end_code(self):
+		
+		""" writes the last part of the C code for the file """
+		
+		self.file_out.write('\treturn -1;\n')
+		self.file_out.write('}\n')
+
+
+aparser=parser_XX("Z80free_codes")
+aparser=parser_CB("Z80free_codesCB")
+aparser=parser_DD("Z80free_codesDD")
+aparser=parser_DDCB("Z80free_codesDDCB")
+aparser=parser_ED("Z80free_codesED")
+aparser=parser_FD("Z80free_codesFD")
+aparser=parser_FDCB("Z80free_codesFDCB")
+