(* lexical analyzer template (TP Lex V3.0), V1.0 3-2-91 AG *) (* global definitions: *) { Copyright (c) 1998-2000 by Florian Klaempfl This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 675 Mass Ave, Cambridge, MA 02139, USA. ****************************************************************************} unit scan; {$H+} interface uses strings, h2plexlib,h2pyacclib; const version = '1.0.0'; type Char=system.char; ttyp = ( t_id, { p contains the string } t_arraydef, { } t_pointerdef, { p1 contains the definition if in type overrider or nothing for args } t_addrdef, t_void, { no field } t_dec, { } t_declist, { p1 is t_dec next if exists } t_memberdec, { p1 is type specifier p2 is declarator_list } t_structdef, { } t_memberdeclist, { p1 is memberdec next is next if it exist } t_procdef, { } t_uniondef, { } t_enumdef, { } t_enumlist, { } t_preop, { p contains the operator string p1 contains the right expr } t_bop, { p contains the operator string p1 contains the left expr p2 contains the right expr } t_arrayop, { p1 contains the array expr p2 contains the index expressions } t_callop, { p1 contains the proc expr p2 contains the index expressions } t_arg, { p1 contain the typedef p2 the declarator (t_dec) } t_arglist, { } t_funexprlist, { } t_exprlist, { p1 contains the expr next contains the next if it exists } t_ifexpr, { p1 contains the condition expr p2 contains the if branch p3 contains the else branch } t_funcname, { p1 contains the function dname p2 contains the funexprlist p3 possibly contains the return type } t_typespec, { p1 is the type itself p2 the typecast expr } t_size_specifier, { p1 expr for size } t_default_value, { p1 expr for value } t_statement_list, { p1 is the statement next is next if it exist } t_whilenode, t_fornode, t_dowhilenode, t_switchnode, t_gotonode, t_continuenode, t_breaknode ); const ttypstr: array[ttyp] of string = ( 't_id', 't_arraydef', 't_pointerdef', 't_addrdef', 't_void', 't_dec', 't_declist', 't_memberdec', 't_structdef', 't_memberdeclist', 't_procdef', 't_uniondef', 't_enumdef', 't_enumlist', 't_preop', 't_bop', 't_arrayop', 't_callop', 't_arg', 't_arglist', 't_funexprlist', 't_exprlist', 't_ifexpr', 't_funcname', 't_typespec', 't_size_specifier', 't_default_value', 't_statement_list', 't_whilenode', 't_fornode', 't_dowhilenode', 't_switchnode', 't_gotonode', 't_continuenode', 't_breaknode' ); type presobject = ^tresobject; tresobject = object typ : ttyp; p : pchar; next : presobject; p1,p2,p3 : presobject; { name of int/real, then no T prefix is required } intname : boolean; constructor init_no(t : ttyp); constructor init_one(t : ttyp;_p1 : presobject); constructor init_two(t : ttyp;_p1,_p2 : presobject); constructor init_three(t : ttyp;_p1,_p2,_p3 : presobject); constructor init_id(const s : string); constructor init_intid(const s : string); constructor init_bop(const s : string;_p1,_p2 : presobject); constructor init_preop(const s : string;_p1 : presobject); procedure setstr(const s:string); function str : string; function strlength : byte; function get_copy : presobject; { can this ve considered as a constant ? } function is_const : boolean; destructor done; end; tblocktype = (bt_type,bt_const,bt_var,bt_func,bt_no); var infile : string; outfile : text; c : char; aktspace : string; block_type : tblocktype; commentstr: string; const in_define : boolean = false; { True if define spans to the next line } cont_line : boolean = false; { 1 after define; 2 after the ID to print the first separating space } in_space_define : byte = 0; arglevel : longint = 0; {> 1 = ifdef level in a ifdef C++ block 1 = first level in an ifdef block 0 = not in an ifdef block -1 = in else part of ifdef block, process like we weren't in the block but skip the incoming end. > -1 = ifdef sublevel in an else block. } cplusblocklevel : LongInt = 0; function yylex : integer; function act_token : string; procedure internalerror(i : integer); function strpnew(const s : string) : pchar; procedure writetree(p: presobject); implementation uses h2poptions,converu; const newline = #10; procedure writeentry(p: presobject; var currentlevel: integer); begin if assigned(p^.p1) then begin WriteLn(' Entry p1[',ttypstr[p^.p1^.typ],']',p^.p1^.str); end; if assigned(p^.p2) then begin WriteLn(' Entry p2[',ttypstr[p^.p2^.typ],']',p^.p2^.str); end; if assigned(p^.p3) then begin WriteLn(' Entry p3[',ttypstr[p^.p3^.typ],']',p^.p3^.str); end; end; procedure writetree(p: presobject); var localp: presobject; localp1: presobject; currentlevel : integer; begin localp:=p; currentlevel:=0; while assigned(localp) do begin WriteLn('Entry[',ttypstr[localp^.typ],']',localp^.str); case localp^.typ of { Some arguments sharing the same type } t_arglist: begin localp1:=localp; while assigned(localp1) do begin writeentry(localp1,currentlevel); localp1:=localp1^.p1; end; end; end; localp:=localp^.next; end; end; procedure internalerror(i : integer); begin writeln('Internal error ',i,' in line ',yylineno); halt(1); end; procedure commenteof; begin writeln('unexpected EOF inside comment at line ',yylineno); end; procedure copy_until_eol; begin c:=get_char; while c<>newline do begin write(outfile,c); c:=get_char; end; end; procedure skip_until_eol; begin c:=get_char; while c<>newline do c:=get_char; end; function strpnew(const s : string) : pchar; var p : pchar; begin getmem(p,length(s)+1); strpcopy(p,s); strpnew:=p; end; function NotInCPlusBlock : Boolean; inline; begin NotInCPlusBlock := cplusblocklevel < 1; end; constructor tresobject.init_preop(const s : string;_p1 : presobject); begin typ:=t_preop; p:=strpnew(s); p1:=_p1; p2:=nil; p3:=nil; next:=nil; intname:=false; end; constructor tresobject.init_bop(const s : string;_p1,_p2 : presobject); begin typ:=t_bop; p:=strpnew(s); p1:=_p1; p2:=_p2; p3:=nil; next:=nil; intname:=false; end; constructor tresobject.init_id(const s : string); begin typ:=t_id; p:=strpnew(s); p1:=nil; p2:=nil; p3:=nil; next:=nil; intname:=false; end; constructor tresobject.init_intid(const s : string); begin typ:=t_id; p:=strpnew(s); p1:=nil; p2:=nil; p3:=nil; next:=nil; intname:=true; end; constructor tresobject.init_two(t : ttyp;_p1,_p2 : presobject); begin typ:=t; p1:=_p1; p2:=_p2; p3:=nil; p:=nil; next:=nil; intname:=false; end; constructor tresobject.init_three(t : ttyp;_p1,_p2,_p3 : presobject); begin typ:=t; p1:=_p1; p2:=_p2; p3:=_p3; p:=nil; next:=nil; intname:=false; end; constructor tresobject.init_one(t : ttyp;_p1 : presobject); begin typ:=t; p1:=_p1; p2:=nil; p3:=nil; next:=nil; p:=nil; intname:=false; end; constructor tresobject.init_no(t : ttyp); begin typ:=t; p:=nil; p1:=nil; p2:=nil; p3:=nil; next:=nil; intname:=false; end; procedure tresobject.setstr(const s : string); begin if assigned(p) then strdispose(p); p:=strpnew(s); end; function tresobject.str : string; begin str:=strpas(p); end; function tresobject.strlength : byte; begin if assigned(p) then strlength:=strlen(p) else strlength:=0; end; { can this ve considered as a constant ? } function tresobject.is_const : boolean; begin case typ of t_id,t_void : is_const:=true; t_preop : is_const:= ((str='-') or (str=' not ')) and p1^.is_const; t_bop : is_const:= p2^.is_const and p1^.is_const; else is_const:=false; end; end; function tresobject.get_copy : presobject; var newres : presobject; begin newres:=new(presobject,init_no(typ)); newres^.intname:=intname; if assigned(p) then newres^.p:=strnew(p); if assigned(p1) then newres^.p1:=p1^.get_copy; if assigned(p2) then newres^.p2:=p2^.get_copy; if assigned(p3) then newres^.p3:=p3^.get_copy; if assigned(next) then newres^.next:=next^.get_copy; get_copy:=newres; end; destructor tresobject.done; begin (* writeln('disposing ',byte(typ)); *) if assigned(p)then strdispose(p); if assigned(p1) then dispose(p1,done); if assigned(p2) then dispose(p2,done); if assigned(p3) then dispose(p3,done); if assigned(next) then dispose(next,done); end; function yylex : Integer; procedure yyaction ( yyruleno : Integer ); (* local definitions: *) begin (* actions: *) case yyruleno of 1: if NotInCPlusBlock then begin if not stripcomment then write(outfile,aktspace,'{'); repeat c:=get_char; case c of '*' : begin c:=get_char; if c='/' then begin if not stripcomment then write(outfile,' }'); c:=get_char; if c=newline then writeln(outfile); unget_char(c); flush(outfile); exit; end else begin if not stripcomment then write(outfile,'*'); unget_char(c) end; end; newline : begin if not stripcomment then begin writeln(outfile); write(outfile,aktspace); end; end; { Don't write this thing out, to avoid nested comments. } '{','}' : begin end; #0 : commenteof; else if not stripcomment then write(outfile,c); end; until false; flush(outfile); end else skip_until_eol; 2: if NotInCPlusBlock then begin commentstr:=''; if (in_define) and not (stripcomment) then begin commentstr:='{'; end else If not stripcomment then write(outfile,aktspace,'{'); repeat c:=get_char; case c of newline : begin unget_char(c); if not stripcomment then begin if in_define then begin commentstr:=commentstr+' }'; end else begin write(outfile,' }'); writeln(outfile); end; end; flush(outfile); exit; end; { Don't write this comment out, to avoid nested comment problems } '{','}' : begin end; #0 : commenteof; else if not stripcomment then begin if in_define then begin commentstr:=commentstr+c; end else write(outfile,c); end; end; until false; flush(outfile); end else skip_until_eol; 3: if NotInCPlusBlock then return(CSTRING) else skip_until_eol; 4: if NotInCPlusBlock then return(CSTRING) else skip_until_eol; 5: if NotInCPlusBlock then begin if win32headers then return(CSTRING) else return(256); end else skip_until_eol; 6: if NotInCPlusBlock then begin if win32headers then return(CSTRING) else return(256); end else skip_until_eol; 7: if NotInCPlusBlock then begin while yytext[length(yytext)] in ['L','U','l','u'] do Delete(yytext,length(yytext),1); return(NUMBER); end else skip_until_eol; 8: if NotInCPlusBlock then begin (* handle pre- and postfixes *) if copy(yytext,1,2)='0x' then begin delete(yytext,1,2); yytext:='$'+yytext; end; while yytext[length(yytext)] in ['L','U','l','u'] do Delete(yytext,length(yytext),1); return(NUMBER); end else skip_until_eol; 9: if NotInCPlusBlock then begin return(NUMBER); end else skip_until_eol; 10: if NotInCPlusBlock then begin if in_define then return(DEREF) else return(256); end else skip_until_eol; 11: if NotInCPlusBlock then return(MINUS) else skip_until_eol; 12: if NotInCPlusBlock then return(EQUAL) else skip_until_eol; 13: if NotInCPlusBlock then return(UNEQUAL) else skip_until_eol; 14: if NotInCPlusBlock then return(GTE) else skip_until_eol; 15: if NotInCPlusBlock then return(LTE) else skip_until_eol; 16: if NotInCPlusBlock then return(_SHR) else skip_until_eol; 17: if NotInCPlusBlock then return(STICK) else skip_until_eol; 18: if NotInCPlusBlock then return(_SHL) else skip_until_eol; 19: if NotInCPlusBlock then return(GT) else skip_until_eol; 20: if NotInCPlusBlock then return(LT) else skip_until_eol; 21: if NotInCPlusBlock then return(_OR) else skip_until_eol; 22: if NotInCPlusBlock then return(_AND) else skip_until_eol; 23: if NotInCPlusBlock then return(_NOT) else skip_until_eol; (* inverse, but handled as not operation *) 24: if NotInCPlusBlock then return(_NOT) else skip_until_eol; 25: if NotInCPlusBlock then return(_SLASH) else skip_until_eol; 26: if NotInCPlusBlock then return(_PLUS) else skip_until_eol; 27: if NotInCPlusBlock then return(QUESTIONMARK) else skip_until_eol; 28: if NotInCPlusBlock then return(COLON) else skip_until_eol; 29: if NotInCPlusBlock then return(COMMA) else skip_until_eol; 30: if NotInCPlusBlock then return(LECKKLAMMER) else skip_until_eol; 31: if NotInCPlusBlock then return(RECKKLAMMER) else skip_until_eol; 32: if NotInCPlusBlock then begin inc(arglevel); return(LKLAMMER); end else skip_until_eol; 33: if NotInCPlusBlock then begin dec(arglevel); return(RKLAMMER); end else skip_until_eol; 34: if NotInCPlusBlock then return(STAR) else skip_until_eol; 35: if NotInCPlusBlock then return(ELLIPSIS) else skip_until_eol; 36: if NotInCPlusBlock then if in_define then return(POINT) else return(256); 37: if NotInCPlusBlock then return(_ASSIGN) else skip_until_eol; 38: if NotInCPlusBlock then return(EXTERN) else skip_until_eol; 39: if NotInCPlusBlock then begin if Win32headers then return(STDCALL) else return(ID); end else begin skip_until_eol; end; 40: if NotInCPlusBlock then begin if not Win32headers then return(ID) else return(CDECL); end else begin skip_until_eol; end; 41: if NotInCPlusBlock then begin if not Win32headers then return(ID) else return(PASCAL); end else begin skip_until_eol; end; 42: if NotInCPlusBlock then begin if not Win32headers then return(ID) else return(_PACKED); end else begin skip_until_eol; end; 43: if NotInCPlusBlock then begin if not Win32headers then return(ID) else return(WINAPI); end else begin skip_until_eol; end; 44: if NotInCPlusBlock then begin if not palmpilot then return(ID) else return(SYS_TRAP); end else begin skip_until_eol; end; 45: if NotInCPlusBlock then begin if not Win32headers then return(ID) else return(WINGDIAPI); end else begin skip_until_eol; end; 46: if NotInCPlusBlock then begin if not Win32headers then return(ID) else return(CALLBACK); end else begin skip_until_eol; end; 47: if NotInCPlusBlock then begin if not Win32headers then return(ID) else return(CALLBACK); end else begin skip_until_eol; end; 48: if NotInCPlusBlock then return(VOID) else skip_until_eol; 49: if NotInCPlusBlock then return(VOID) else skip_until_eol; 50: begin if not stripinfo then writeln(outfile,'{ C++ extern C conditionnal removed }'); end; 51: begin if not stripinfo then writeln(outfile,'{ C++ extern C conditionnal removed }'); end; 52: begin if not stripinfo then writeln(outfile,'{ C++ end of extern C conditionnal removed }'); end; 53: begin if not stripinfo then writeln(outfile,'{ C++ end of extern C conditionnal removed }'); end; 54: begin Inc(cplusblocklevel); end; 55: begin Inc(cplusblocklevel); end; 56: begin if cplusblocklevel > 0 then Inc(cplusblocklevel) else begin if cplusblocklevel < 0 then Dec(cplusblocklevel); write(outfile,'{$ifdef '); copy_until_eol; writeln(outfile,'}'); flush(outfile); end; end; 57: begin if cplusblocklevel < -1 then begin writeln(outfile,'{$else}'); block_type:=bt_no; flush(outfile); end else case cplusblocklevel of 0 : begin writeln(outfile,'{$else}'); block_type:=bt_no; flush(outfile); end; 1 : cplusblocklevel := -1; -1 : cplusblocklevel := 1; end; end; 58: begin if cplusblocklevel > 0 then begin Dec(cplusblocklevel); end else begin case cplusblocklevel of 0 : begin writeln(outfile,'{$endif}'); block_type:=bt_no; flush(outfile); end; -1 : begin cplusblocklevel :=0; end else inc(cplusblocklevel); end; end; end; 59: begin if cplusblocklevel < -1 then begin if not stripinfo then write(outfile,'(*** was #elif ****)'); write(outfile,'{$else'); copy_until_eol; writeln(outfile,'}'); block_type:=bt_no; flush(outfile); end else case cplusblocklevel of 0 : begin if not stripinfo then write(outfile,'(*** was #elif ****)'); write(outfile,'{$else'); copy_until_eol; writeln(outfile,'}'); block_type:=bt_no; flush(outfile); end; 1 : cplusblocklevel := -1; -1 : cplusblocklevel := 1; end; end; 60: begin write(outfile,'{$undef'); copy_until_eol; writeln(outfile,'}'); flush(outfile); end; 61: begin write(outfile,'{$error'); copy_until_eol; writeln(outfile,'}'); flush(outfile); end; 62: if NotInCPlusBlock then begin write(outfile,'{$include'); copy_until_eol; writeln(outfile,'}'); flush(outfile); block_type:=bt_no; end else skip_until_eol; 63: begin if cplusblocklevel > 0 then Inc(cplusblocklevel) else begin if cplusblocklevel < 0 then Dec(cplusblocklevel); write(outfile,'{$if'); copy_until_eol; writeln(outfile,'}'); flush(outfile); block_type:=bt_no; end; end; 64: if NotInCPlusBlock then (* preprocessor line info *) repeat c:=get_char; case c of newline : begin unget_char(c); exit; end; #0 : commenteof; end; until false else skip_until_eol; 65: begin if not stripinfo then begin write(outfile,'(** unsupported pragma'); write(outfile,'#pragma'); copy_until_eol; writeln(outfile,'*)'); flush(outfile); end else skip_until_eol; block_type:=bt_no; end; 66: if NotInCPlusBlock then begin commentstr:=''; in_define:=true; in_space_define:=1; return(DEFINE); end else skip_until_eol; 67: if NotInCPlusBlock then return(_CHAR) else skip_until_eol; 68: if NotInCPlusBlock then return(UNION) else skip_until_eol; 69: if NotInCPlusBlock then return(ENUM) else skip_until_eol; 70: if NotInCPlusBlock then return(STRUCT) else skip_until_eol; 71: if NotInCPlusBlock then return(LGKLAMMER) else skip_until_eol; 72: if NotInCPlusBlock then return(RGKLAMMER) else skip_until_eol; 73: if NotInCPlusBlock then return(TYPEDEF) else skip_until_eol; 74: if NotInCPlusBlock then return(INT) else skip_until_eol; 75: if NotInCPlusBlock then return(SHORT) else skip_until_eol; 76: if NotInCPlusBlock then return(LONG) else skip_until_eol; 77: if NotInCPlusBlock then return(SIGNED) else skip_until_eol; 78: if NotInCPlusBlock then return(UNSIGNED) else skip_until_eol; 79: if NotInCPlusBlock then return(INT8) else skip_until_eol; 80: if NotInCPlusBlock then return(INT16) else skip_until_eol; 81: if NotInCPlusBlock then return(INT32) else skip_until_eol; 82: if NotInCPlusBlock then return(INT64) else skip_until_eol; 83: if NotInCPlusBlock then return(INT8) else skip_until_eol; 84: if NotInCPlusBlock then return(INT16) else skip_until_eol; 85: if NotInCPlusBlock then return(INT32) else skip_until_eol; 86: if NotInCPlusBlock then return(INT64) else skip_until_eol; 87: if NotInCPlusBlock then return(FLOAT) else skip_until_eol; 88: if NotInCPlusBlock then return(_CONST) else skip_until_eol; 89: if NotInCPlusBlock then return(_CONST) else skip_until_eol; 90: if NotInCPlusBlock then return(_FAR) else skip_until_eol; 91: if NotInCPlusBlock then return(_FAR) else skip_until_eol; 92: if NotInCPlusBlock then return(_NEAR) else skip_until_eol; 93: if NotInCPlusBlock then return(_NEAR) else skip_until_eol; 94: if NotInCPlusBlock then return(_HUGE) else skip_until_eol; 95: if NotInCPlusBlock then return(_HUGE) else skip_until_eol; 96: if NotInCPlusBlock then return(_WHILE) else skip_until_eol; 97: if NotInCPlusBlock then begin if in_space_define=1 then in_space_define:=2; return(ID); end else skip_until_eol; 98: if NotInCPlusBlock then return(SEMICOLON) else skip_until_eol; 99: if NotInCPlusBlock then begin if (arglevel=0) and (in_space_define=2) then begin in_space_define:=0; return(SPACE_DEFINE); end; end else skip_until_eol; 100: begin if in_define then begin in_space_define:=0; if cont_line then begin cont_line:=false; end else begin in_define:=false; if NotInCPlusBlock then return(NEW_LINE) else skip_until_eol end; end; end; 101: begin if in_define then begin cont_line:=true; end else begin writeln('Unexpected wrap of line ',yylineno); writeln('"',yyline,'"'); return(256); end; end; 102: begin writeln('Illegal character in line ',yylineno); writeln('"',yyline,'"'); return(256); end; end; end(*yyaction*); (* DFA table: *) type YYTRec = record cc : set of Char; s : Integer; end; const yynmarks = 345; yynmatches = 345; yyntrans = 644; yynstates = 371; yyk : array [1..yynmarks] of Integer = ( { 0: } { 1: } { 2: } 25, 102, { 3: } 102, { 4: } 102, { 5: } 97, 102, { 6: } 7, 9, 102, { 7: } 7, 9, 102, { 8: } 11, 102, { 9: } 37, 102, { 10: } 24, 102, { 11: } 19, 102, { 12: } 20, 102, { 13: } 102, { 14: } 21, 102, { 15: } 22, 102, { 16: } 23, 102, { 17: } 26, 102, { 18: } 27, 102, { 19: } 28, 102, { 20: } 29, 102, { 21: } 30, 102, { 22: } 31, 102, { 23: } 32, 102, { 24: } 33, 102, { 25: } 34, 102, { 26: } 36, 102, { 27: } 97, 102, { 28: } 97, 102, { 29: } 97, 102, { 30: } 97, 102, { 31: } 97, 102, { 32: } 97, 102, { 33: } 97, 102, { 34: } 97, 102, { 35: } 97, 102, { 36: } 97, 102, { 37: } 97, 102, { 38: } 71, 102, { 39: } 72, 102, { 40: } 97, 102, { 41: } 97, 102, { 42: } 97, 102, { 43: } 97, 102, { 44: } 97, 102, { 45: } 97, 102, { 46: } 97, 102, { 47: } 97, 102, { 48: } 97, 102, { 49: } 97, 102, { 50: } 97, 102, { 51: } 97, 102, { 52: } 98, 102, { 53: } 99, 102, { 54: } 100, { 55: } 101, 102, { 56: } 102, { 57: } 1, { 58: } 2, { 59: } { 60: } 3, { 61: } { 62: } 4, { 63: } { 64: } { 65: } 97, { 66: } 7, 9, { 67: } 7, { 68: } 7, { 69: } { 70: } { 71: } 8, { 72: } 10, { 73: } 12, { 74: } 13, { 75: } 14, { 76: } 16, { 77: } 15, { 78: } 18, { 79: } 17, { 80: } { 81: } { 82: } { 83: } { 84: } { 85: } { 86: } { 87: } { 88: } 97, { 89: } 97, { 90: } 97, { 91: } 97, { 92: } 97, { 93: } 97, { 94: } 97, { 95: } 97, { 96: } 97, { 97: } 97, { 98: } 97, { 99: } 97, { 100: } 97, { 101: } 97, { 102: } 97, { 103: } 97, { 104: } 97, { 105: } 97, { 106: } 97, { 107: } 97, { 108: } 97, { 109: } 97, { 110: } 97, { 111: } 97, { 112: } 97, { 113: } 97, { 114: } 97, { 115: } 97, { 116: } 97, { 117: } 97, { 118: } { 119: } 5, { 120: } 6, { 121: } 7, { 122: } 9, { 123: } { 124: } 9, { 125: } 8, { 126: } 8, { 127: } 63, { 128: } { 129: } { 130: } { 131: } { 132: } { 133: } { 134: } { 135: } { 136: } { 137: } 35, { 138: } 97, { 139: } 97, { 140: } 97, { 141: } 97, { 142: } 97, { 143: } 97, { 144: } 97, { 145: } 97, { 146: } 97, { 147: } 97, { 148: } 97, { 149: } 97, { 150: } 97, { 151: } 97, { 152: } 97, { 153: } 97, { 154: } 97, { 155: } 97, { 156: } 97, { 157: } 97, { 158: } 97, { 159: } 74, 97, { 160: } 97, { 161: } 97, { 162: } 97, { 163: } 91, 97, { 164: } 90, 97, { 165: } 97, { 166: } 97, { 167: } 97, { 168: } 97, { 169: } 97, { 170: } 8, { 171: } { 172: } { 173: } 63, { 174: } { 175: } { 176: } { 177: } { 178: } { 179: } 64, { 180: } { 181: } { 182: } 97, { 183: } 69, 97, { 184: } 97, { 185: } 97, { 186: } 97, { 187: } 97, { 188: } 97, { 189: } 97, { 190: } 97, { 191: } 97, { 192: } 97, { 193: } 97, { 194: } 48, 97, { 195: } 49, 97, { 196: } 67, 97, { 197: } 97, { 198: } 97, { 199: } 97, { 200: } 97, { 201: } 97, { 202: } 97, { 203: } 97, { 204: } 83, 97, { 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} ( cc: [ '0'..'9','A'..'O','Q'..'Z','_','a'..'z' ]; s: 65), ( cc: [ 'P' ]; s: 293), { 281: } ( cc: [ '0'..'9','A'..'J','L'..'Z','_','a'..'z' ]; s: 65), ( cc: [ 'K' ]; s: 294), { 282: } ( cc: [ '0'..'9','A'..'O','Q'..'Z','_','a'..'z' ]; s: 65), ( cc: [ 'P' ]; s: 295), { 283: } ( cc: [ '0'..'9','A'..'X','Z','_','a'..'z' ]; s: 65), ( cc: [ 'Y' ]; s: 296), { 284: } ( cc: [ '0'..'9','A'..'Z','_','a'..'c','e'..'z' ]; s: 65), ( cc: [ 'd' ]; s: 297), { 285: } ( cc: [ '0'..'9','A'..'Z','_','a'..'z' ]; s: 65), { 286: } ( cc: [ '0'..'9','A'..'Z','_','a'..'z' ]; s: 65), { 287: } ( cc: [ '0'..'9','A'..'Z','_','a'..'z' ]; s: 65), { 288: } ( cc: [ '0'..'9','A'..'Z','_','a'..'z' ]; s: 65), { 289: } ( cc: [ #9,' ' ]; s: 289), ( cc: [ '_' ]; s: 274), ( cc: [ 'c' ]; s: 275), { 290: } ( cc: [ 'c' ]; s: 298), { 291: } ( cc: [ 'l' ]; s: 299), { 292: } { 293: } ( cc: [ '0'..'9','A'..'Z','_','a'..'z' ]; s: 65), { 294: } ( cc: [ '0'..'9','A'..'Z','_','a'..'z' ]; s: 65), { 295: } ( cc: [ '0'..'9','A'..'H','J'..'Z','_','a'..'z' ]; s: 65), ( cc: [ 'I' ]; s: 300), { 296: } ( cc: [ '0'..'9','A'..'Z','_','a'..'z' ]; s: 65), { 297: } ( cc: [ '0'..'9','A'..'Z','_','a'..'z' ]; s: 65), { 298: } ( cc: [ 'p' ]; s: 301), { 299: } ( cc: [ 'u' ]; s: 302), { 300: } ( cc: [ '0'..'9','A'..'Z','_','a'..'z' ]; s: 65), { 301: } ( cc: [ 'l' ]; s: 303), { 302: } ( cc: [ 's' ]; s: 304), { 303: } ( cc: [ 'u' ]; s: 305), { 304: } ( cc: [ 'p' ]; s: 306), { 305: } ( cc: [ 's' ]; s: 307), { 306: } ( cc: [ 'l' ]; s: 308), { 307: } ( cc: [ 'p' ]; s: 309), { 308: } ( cc: [ 'u' ]; s: 310), { 309: } ( cc: [ 'l' ]; s: 311), { 310: } ( cc: [ 's' ]; s: 312), { 311: } ( cc: [ 'u' ]; s: 313), { 312: } ( cc: [ #9,' ' ]; s: 312), ( cc: [ #10 ]; s: 314), { 313: } ( cc: [ 's' ]; s: 315), { 314: } ( cc: [ 'e' ]; s: 316), ( cc: [ '}' ]; s: 317), { 315: } ( cc: [ #9,' ' ]; s: 315), ( cc: [ #10 ]; s: 318), { 316: } ( cc: [ 'x' ]; s: 319), { 317: } ( cc: [ #10 ]; s: 320), { 318: } ( cc: [ 'e' ]; s: 321), ( cc: [ '}' ]; s: 322), { 319: } ( cc: [ 't' ]; s: 323), { 320: } ( cc: [ '#' ]; s: 324), { 321: } ( cc: [ 'x' ]; s: 325), { 322: } ( cc: [ #10 ]; s: 326), { 323: } ( cc: [ 'e' ]; s: 327), { 324: } ( cc: [ 'e' ]; s: 328), { 325: } ( cc: [ 't' ]; s: 329), { 326: } ( cc: [ '#' ]; s: 330), { 327: } ( cc: [ 'r' ]; s: 331), { 328: } ( cc: [ 'n' ]; s: 332), { 329: } ( cc: [ 'e' ]; s: 333), { 330: } ( cc: [ 'e' ]; s: 334), { 331: } ( cc: [ 'n' ]; s: 335), { 332: } ( cc: [ 'd' ]; s: 336), { 333: } ( cc: [ 'r' ]; s: 337), { 334: } ( cc: [ 'n' ]; s: 338), { 335: } ( cc: [ ' ' ]; s: 339), { 336: } ( cc: [ 'i' ]; s: 340), { 337: } ( cc: [ 'n' ]; s: 341), { 338: } ( cc: [ 'd' ]; s: 342), { 339: } ( cc: [ '"' ]; s: 343), { 340: } ( cc: [ 'f' ]; s: 344), { 341: } ( cc: [ ' ' ]; s: 345), { 342: } ( cc: [ 'i' ]; s: 346), { 343: } ( cc: [ 'C' ]; s: 347), { 344: } { 345: } ( cc: [ '"' ]; s: 348), { 346: } ( cc: [ 'f' ]; s: 349), { 347: } ( cc: [ '"' ]; s: 350), { 348: } ( cc: [ 'C' ]; s: 351), { 349: } { 350: } ( cc: [ ' ' ]; s: 352), { 351: } ( cc: [ '"' ]; s: 353), { 352: } ( cc: [ '{' ]; s: 354), { 353: } ( cc: [ ' ' ]; s: 355), { 354: } ( cc: [ #10 ]; s: 356), { 355: } ( cc: [ '{' ]; s: 357), { 356: } ( cc: [ '#' ]; s: 358), { 357: } ( cc: [ #10 ]; s: 359), { 358: } ( cc: [ 'e' ]; s: 360), { 359: } ( cc: [ '#' ]; s: 361), { 360: } ( cc: [ 'n' ]; s: 362), { 361: } ( cc: [ 'e' ]; s: 363), { 362: } ( cc: [ 'd' ]; s: 364), { 363: } ( cc: [ 'n' ]; s: 365), { 364: } ( cc: [ 'i' ]; s: 366), { 365: } ( cc: [ 'd' ]; s: 367), { 366: } ( cc: [ 'f' ]; s: 368), { 367: } ( cc: [ 'i' ]; s: 369), { 368: } { 369: } ( cc: [ 'f' ]; s: 370) { 370: } ); yykl : array [0..yynstates-1] of Integer = ( { 0: } 1, { 1: } 1, { 2: } 1, { 3: } 3, { 4: } 4, { 5: } 5, { 6: } 7, { 7: } 10, { 8: } 13, { 9: } 15, { 10: } 17, { 11: } 19, { 12: } 21, { 13: } 23, { 14: } 24, { 15: } 26, { 16: } 28, { 17: } 30, { 18: } 32, { 19: } 34, { 20: } 36, { 21: } 38, { 22: } 40, { 23: } 42, { 24: } 44, { 25: } 46, { 26: } 48, { 27: } 50, { 28: } 52, { 29: } 54, { 30: } 56, { 31: } 58, { 32: } 60, { 33: } 62, { 34: } 64, { 35: } 66, { 36: } 68, { 37: } 70, { 38: } 72, { 39: } 74, { 40: } 76, { 41: } 78, { 42: } 80, { 43: } 82, { 44: } 84, { 45: } 86, { 46: } 88, { 47: } 90, { 48: } 92, { 49: } 94, { 50: } 96, { 51: } 98, { 52: } 100, { 53: } 102, { 54: } 104, { 55: } 105, { 56: } 107, { 57: } 108, { 58: } 109, { 59: } 110, { 60: } 110, { 61: } 111, { 62: } 111, { 63: } 112, { 64: } 112, { 65: } 112, { 66: } 113, { 67: } 115, { 68: } 116, { 69: } 117, { 70: } 117, { 71: } 117, { 72: } 118, { 73: } 119, { 74: } 120, { 75: } 121, { 76: } 122, { 77: } 123, { 78: } 124, { 79: } 125, { 80: } 126, { 81: } 126, { 82: } 126, { 83: } 126, { 84: } 126, { 85: } 126, { 86: } 126, { 87: } 126, { 88: } 126, { 89: } 127, { 90: } 128, { 91: } 129, { 92: } 130, { 93: } 131, { 94: } 132, { 95: } 133, { 96: } 134, { 97: } 135, { 98: } 136, { 99: } 137, { 100: } 138, { 101: } 139, { 102: } 140, { 103: } 141, { 104: } 142, { 105: } 143, { 106: } 144, { 107: } 145, { 108: } 146, { 109: } 147, { 110: } 148, { 111: } 149, { 112: } 150, { 113: } 151, { 114: } 152, { 115: } 153, { 116: } 154, { 117: } 155, { 118: } 156, { 119: } 156, { 120: } 157, { 121: } 158, { 122: } 159, { 123: } 160, { 124: } 160, { 125: } 161, { 126: } 162, { 127: } 163, { 128: } 164, { 129: } 164, { 130: } 164, { 131: } 164, { 132: } 164, { 133: } 164, { 134: } 164, { 135: } 164, { 136: } 164, { 137: } 164, { 138: } 165, { 139: } 166, { 140: } 167, { 141: } 168, { 142: } 169, { 143: } 170, { 144: } 171, { 145: } 172, { 146: } 173, { 147: } 174, { 148: } 175, { 149: } 176, { 150: } 177, { 151: } 178, { 152: } 179, { 153: } 180, { 154: } 181, { 155: } 182, { 156: } 183, { 157: } 184, { 158: } 185, { 159: } 186, { 160: } 188, { 161: } 189, { 162: } 190, { 163: } 191, { 164: } 193, { 165: } 195, { 166: } 196, { 167: } 197, { 168: } 198, { 169: } 199, { 170: } 200, { 171: } 201, { 172: } 201, { 173: } 201, { 174: } 202, { 175: } 202, { 176: } 202, { 177: } 202, { 178: } 202, { 179: } 202, { 180: } 203, { 181: } 203, { 182: } 203, { 183: } 204, { 184: } 206, { 185: } 207, { 186: } 208, { 187: } 209, { 188: } 210, { 189: } 211, { 190: } 212, { 191: } 213, { 192: } 214, { 193: } 215, { 194: } 216, { 195: } 218, { 196: } 220, { 197: } 222, { 198: } 223, { 199: } 224, { 200: } 225, { 201: } 226, { 202: } 227, { 203: } 228, { 204: } 229, { 205: } 231, { 206: } 232, { 207: } 233, { 208: } 234, { 209: } 236, { 210: } 237, { 211: } 238, { 212: } 240, { 213: } 242, { 214: } 244, { 215: } 246, { 216: } 247, { 217: } 247, { 218: } 247, { 219: } 248, { 220: } 249, { 221: } 249, { 222: } 249, { 223: } 249, { 224: } 249, { 225: } 249, { 226: } 250, { 227: } 251, { 228: } 252, { 229: } 254, { 230: } 255, { 231: } 257, { 232: } 258, { 233: } 259, { 234: } 260, { 235: } 261, { 236: } 262, { 237: } 264, { 238: } 266, { 239: } 267, { 240: } 268, { 241: } 270, { 242: } 271, { 243: } 272, { 244: } 274, { 245: } 276, { 246: } 278, { 247: } 279, { 248: } 281, { 249: } 283, { 250: } 283, { 251: } 283, { 252: } 284, { 253: } 285, { 254: } 286, { 255: } 286, { 256: } 286, { 257: } 288, { 258: } 289, { 259: } 290, { 260: } 291, { 261: } 293, { 262: } 295, { 263: } 297, { 264: } 298, { 265: } 299, { 266: } 300, { 267: } 302, { 268: } 304, { 269: } 305, { 270: } 307, { 271: } 308, { 272: } 309, { 273: } 310, { 274: } 311, { 275: } 311, { 276: } 311, { 277: } 311, { 278: } 312, { 279: } 313, { 280: } 315, { 281: } 316, { 282: } 317, { 283: } 318, { 284: } 319, { 285: } 320, { 286: } 322, { 287: } 324, { 288: } 326, { 289: } 328, { 290: } 328, { 291: } 328, { 292: } 328, { 293: } 329, { 294: } 331, { 295: } 333, { 296: } 334, { 297: } 336, { 298: } 338, { 299: } 338, { 300: } 338, { 301: } 340, { 302: } 340, { 303: } 340, { 304: } 340, { 305: } 340, { 306: } 340, { 307: } 340, { 308: } 340, { 309: } 340, { 310: } 340, { 311: } 340, { 312: } 340, { 313: } 341, { 314: } 341, { 315: } 341, { 316: } 342, { 317: } 342, { 318: } 342, { 319: } 342, { 320: } 342, { 321: } 342, { 322: } 342, { 323: } 342, { 324: } 342, { 325: } 342, { 326: } 342, { 327: } 342, { 328: } 342, { 329: } 342, { 330: } 342, { 331: } 342, { 332: } 342, { 333: } 342, { 334: } 342, { 335: } 342, { 336: } 342, { 337: } 342, { 338: } 342, { 339: } 342, { 340: } 342, { 341: } 342, { 342: } 342, { 343: } 342, { 344: } 342, { 345: } 343, { 346: } 343, { 347: } 343, { 348: } 343, { 349: } 343, { 350: } 344, { 351: } 344, { 352: } 344, { 353: } 344, { 354: } 344, { 355: } 344, { 356: } 344, { 357: } 344, { 358: } 344, { 359: } 344, { 360: } 344, { 361: } 344, { 362: } 344, { 363: } 344, { 364: } 344, { 365: } 344, { 366: } 344, { 367: } 344, { 368: } 344, { 369: } 345, { 370: } 345 ); yykh : array [0..yynstates-1] of Integer = ( { 0: } 0, { 1: } 0, { 2: } 2, { 3: } 3, { 4: } 4, { 5: } 6, { 6: } 9, { 7: } 12, { 8: } 14, { 9: } 16, { 10: } 18, { 11: } 20, { 12: } 22, { 13: } 23, { 14: } 25, { 15: } 27, { 16: } 29, { 17: } 31, { 18: } 33, { 19: } 35, { 20: } 37, { 21: } 39, { 22: } 41, { 23: } 43, { 24: } 45, { 25: } 47, { 26: } 49, { 27: } 51, { 28: } 53, { 29: } 55, { 30: } 57, { 31: } 59, { 32: } 61, { 33: } 63, { 34: } 65, { 35: } 67, { 36: } 69, { 37: } 71, { 38: } 73, { 39: } 75, { 40: } 77, { 41: } 79, { 42: } 81, { 43: } 83, { 44: } 85, { 45: } 87, { 46: } 89, { 47: } 91, { 48: } 93, { 49: } 95, { 50: } 97, { 51: } 99, { 52: } 101, { 53: } 103, { 54: } 104, { 55: } 106, { 56: } 107, { 57: } 108, { 58: } 109, { 59: } 109, { 60: } 110, { 61: } 110, { 62: } 111, { 63: } 111, { 64: } 111, { 65: } 112, { 66: } 114, { 67: } 115, { 68: } 116, { 69: } 116, { 70: } 116, { 71: } 117, { 72: } 118, { 73: } 119, { 74: } 120, { 75: } 121, { 76: } 122, { 77: } 123, { 78: } 124, { 79: } 125, { 80: } 125, { 81: } 125, { 82: } 125, { 83: } 125, { 84: } 125, { 85: } 125, { 86: } 125, { 87: } 125, { 88: } 126, { 89: } 127, { 90: } 128, { 91: } 129, { 92: } 130, { 93: } 131, { 94: } 132, { 95: } 133, { 96: } 134, { 97: } 135, { 98: } 136, { 99: } 137, { 100: } 138, { 101: } 139, { 102: } 140, { 103: } 141, { 104: } 142, { 105: } 143, { 106: } 144, { 107: } 145, { 108: } 146, { 109: } 147, { 110: } 148, { 111: } 149, { 112: } 150, { 113: } 151, { 114: } 152, { 115: } 153, { 116: } 154, { 117: } 155, { 118: } 155, { 119: } 156, { 120: } 157, { 121: } 158, { 122: } 159, { 123: } 159, { 124: } 160, { 125: } 161, { 126: } 162, { 127: } 163, { 128: } 163, { 129: } 163, { 130: } 163, { 131: } 163, { 132: } 163, { 133: } 163, { 134: } 163, { 135: } 163, { 136: } 163, { 137: } 164, { 138: } 165, { 139: } 166, { 140: } 167, { 141: } 168, { 142: } 169, { 143: } 170, { 144: } 171, { 145: } 172, { 146: } 173, { 147: } 174, { 148: } 175, { 149: } 176, { 150: } 177, { 151: } 178, { 152: } 179, { 153: } 180, { 154: } 181, { 155: } 182, { 156: } 183, { 157: } 184, { 158: } 185, { 159: } 187, { 160: } 188, { 161: } 189, { 162: } 190, { 163: } 192, { 164: } 194, { 165: } 195, { 166: } 196, { 167: } 197, { 168: } 198, { 169: } 199, { 170: } 200, { 171: } 200, { 172: } 200, { 173: } 201, { 174: } 201, { 175: } 201, { 176: } 201, { 177: } 201, { 178: } 201, { 179: } 202, { 180: } 202, { 181: } 202, { 182: } 203, { 183: } 205, { 184: } 206, { 185: } 207, { 186: } 208, { 187: } 209, { 188: } 210, { 189: } 211, { 190: } 212, { 191: } 213, { 192: } 214, { 193: } 215, { 194: } 217, { 195: } 219, { 196: } 221, { 197: } 222, { 198: } 223, { 199: } 224, { 200: } 225, { 201: } 226, { 202: } 227, { 203: } 228, { 204: } 230, { 205: } 231, { 206: } 232, { 207: } 233, { 208: } 235, { 209: } 236, { 210: } 237, { 211: } 239, { 212: } 241, { 213: } 243, { 214: } 245, { 215: } 246, { 216: } 246, { 217: } 246, { 218: } 247, { 219: } 248, { 220: } 248, { 221: } 248, { 222: } 248, { 223: } 248, { 224: } 248, { 225: } 249, { 226: } 250, { 227: } 251, { 228: } 253, { 229: } 254, { 230: } 256, { 231: } 257, { 232: } 258, { 233: } 259, { 234: } 260, { 235: } 261, { 236: } 263, { 237: } 265, { 238: } 266, { 239: } 267, { 240: } 269, { 241: } 270, { 242: } 271, { 243: } 273, { 244: } 275, { 245: } 277, { 246: } 278, { 247: } 280, { 248: } 282, { 249: } 282, { 250: } 282, { 251: } 283, { 252: } 284, { 253: } 285, { 254: } 285, { 255: } 285, { 256: } 287, { 257: } 288, { 258: } 289, { 259: } 290, { 260: } 292, { 261: } 294, { 262: } 296, { 263: } 297, { 264: } 298, { 265: } 299, { 266: } 301, { 267: } 303, { 268: } 304, { 269: } 306, { 270: } 307, { 271: } 308, { 272: } 309, { 273: } 310, { 274: } 310, { 275: } 310, { 276: } 310, { 277: } 311, { 278: } 312, { 279: } 314, { 280: } 315, { 281: } 316, { 282: } 317, { 283: } 318, { 284: } 319, { 285: } 321, { 286: } 323, { 287: } 325, { 288: } 327, { 289: } 327, { 290: } 327, { 291: } 327, { 292: } 328, { 293: } 330, { 294: } 332, { 295: } 333, { 296: } 335, { 297: } 337, { 298: } 337, { 299: } 337, { 300: } 339, { 301: } 339, { 302: } 339, { 303: } 339, { 304: } 339, { 305: } 339, { 306: } 339, { 307: } 339, { 308: } 339, { 309: } 339, { 310: } 339, { 311: } 339, { 312: } 340, { 313: } 340, { 314: } 340, { 315: } 341, { 316: } 341, { 317: } 341, { 318: } 341, { 319: } 341, { 320: } 341, { 321: } 341, { 322: } 341, { 323: } 341, { 324: } 341, { 325: } 341, { 326: } 341, { 327: } 341, { 328: } 341, { 329: } 341, { 330: } 341, { 331: } 341, { 332: } 341, { 333: } 341, { 334: } 341, { 335: } 341, { 336: } 341, { 337: } 341, { 338: } 341, { 339: } 341, { 340: } 341, { 341: } 341, { 342: } 341, { 343: } 341, { 344: } 342, { 345: } 342, { 346: } 342, { 347: } 342, { 348: } 342, { 349: } 343, { 350: } 343, { 351: } 343, { 352: } 343, { 353: } 343, { 354: } 343, { 355: } 343, { 356: } 343, { 357: } 343, { 358: } 343, { 359: } 343, { 360: } 343, { 361: } 343, { 362: } 343, { 363: } 343, { 364: } 343, { 365: } 343, { 366: } 343, { 367: } 343, { 368: } 344, { 369: } 344, { 370: } 345 ); yyml : array [0..yynstates-1] of Integer = ( { 0: } 1, { 1: } 1, { 2: } 1, { 3: } 3, { 4: } 4, { 5: } 5, { 6: } 7, { 7: } 10, { 8: } 13, { 9: } 15, { 10: } 17, { 11: } 19, { 12: } 21, { 13: } 23, { 14: } 24, { 15: } 26, { 16: } 28, { 17: } 30, { 18: } 32, { 19: } 34, { 20: } 36, { 21: } 38, { 22: } 40, { 23: } 42, { 24: } 44, { 25: } 46, { 26: } 48, { 27: } 50, { 28: } 52, { 29: } 54, { 30: } 56, { 31: } 58, { 32: } 60, { 33: } 62, { 34: } 64, { 35: } 66, { 36: } 68, { 37: } 70, { 38: } 72, { 39: } 74, { 40: } 76, { 41: } 78, { 42: } 80, { 43: } 82, { 44: } 84, { 45: } 86, { 46: } 88, { 47: } 90, { 48: } 92, { 49: } 94, { 50: } 96, { 51: } 98, { 52: } 100, { 53: } 102, { 54: } 104, { 55: } 105, { 56: } 106, { 57: } 107, { 58: } 108, { 59: } 109, { 60: } 109, { 61: } 110, { 62: } 110, { 63: } 111, { 64: } 111, { 65: } 111, { 66: } 112, { 67: } 114, { 68: } 115, { 69: } 116, { 70: } 116, { 71: } 116, { 72: } 117, { 73: } 118, { 74: } 119, { 75: } 120, { 76: } 121, { 77: } 122, { 78: } 123, { 79: } 124, { 80: } 125, { 81: } 125, { 82: } 125, { 83: } 125, { 84: } 125, { 85: } 125, { 86: } 125, { 87: } 125, { 88: } 125, { 89: } 126, { 90: } 127, { 91: } 128, { 92: } 129, { 93: } 130, { 94: } 131, { 95: } 132, { 96: } 133, { 97: } 134, { 98: } 135, { 99: } 136, { 100: } 137, { 101: } 138, { 102: } 139, { 103: } 140, { 104: } 141, { 105: } 142, { 106: } 143, { 107: } 144, { 108: } 145, { 109: } 146, { 110: } 147, { 111: } 148, { 112: } 149, { 113: } 150, { 114: } 151, { 115: } 152, { 116: } 153, { 117: } 154, { 118: } 155, { 119: } 156, { 120: } 157, { 121: } 158, { 122: } 159, { 123: } 160, { 124: } 160, { 125: } 161, { 126: } 162, { 127: } 163, { 128: } 164, { 129: } 164, { 130: } 164, { 131: } 164, { 132: } 164, { 133: } 164, { 134: } 164, { 135: } 164, { 136: } 164, { 137: } 164, { 138: } 165, { 139: } 166, { 140: } 167, { 141: } 168, { 142: } 169, { 143: } 170, { 144: } 171, { 145: } 172, { 146: } 173, { 147: } 174, { 148: } 175, { 149: } 176, { 150: } 177, { 151: } 178, { 152: } 179, { 153: } 180, { 154: } 181, { 155: } 182, { 156: } 183, { 157: } 184, { 158: } 185, { 159: } 186, { 160: } 188, { 161: } 189, { 162: } 190, { 163: } 191, { 164: } 193, { 165: } 195, { 166: } 196, { 167: } 197, { 168: } 198, { 169: } 199, { 170: } 200, { 171: } 201, { 172: } 201, { 173: } 201, { 174: } 202, { 175: } 202, { 176: } 202, { 177: } 202, { 178: } 202, { 179: } 202, { 180: } 203, { 181: } 203, { 182: } 203, { 183: } 204, { 184: } 206, { 185: } 207, { 186: } 208, { 187: } 209, { 188: } 210, { 189: } 211, { 190: } 212, { 191: } 213, { 192: } 214, { 193: } 215, { 194: } 216, { 195: } 218, { 196: } 220, { 197: } 222, { 198: } 223, { 199: } 224, { 200: } 225, { 201: } 226, { 202: } 227, { 203: } 228, { 204: } 229, { 205: } 231, { 206: } 232, { 207: } 233, { 208: } 234, { 209: } 236, { 210: } 237, { 211: } 238, { 212: } 240, { 213: } 242, { 214: } 244, { 215: } 246, { 216: } 247, { 217: } 247, { 218: } 247, { 219: } 248, { 220: } 249, { 221: } 249, { 222: } 249, { 223: } 249, { 224: } 249, { 225: } 249, { 226: } 250, { 227: } 251, { 228: } 252, { 229: } 254, { 230: } 255, { 231: } 257, { 232: } 258, { 233: } 259, { 234: } 260, { 235: } 261, { 236: } 262, { 237: } 264, { 238: } 266, { 239: } 267, { 240: } 268, { 241: } 270, { 242: } 271, { 243: } 272, { 244: } 274, { 245: } 276, { 246: } 278, { 247: } 279, { 248: } 281, { 249: } 283, { 250: } 283, { 251: } 283, { 252: } 284, { 253: } 285, { 254: } 286, { 255: } 286, { 256: } 286, { 257: } 288, { 258: } 289, { 259: } 290, { 260: } 291, { 261: } 293, { 262: } 295, { 263: } 297, { 264: } 298, { 265: } 299, { 266: } 300, { 267: } 302, { 268: } 304, { 269: } 305, { 270: } 307, { 271: } 308, { 272: } 309, { 273: } 310, { 274: } 311, { 275: } 311, { 276: } 311, { 277: } 311, { 278: } 312, { 279: } 313, { 280: } 315, { 281: } 316, { 282: } 317, { 283: } 318, { 284: } 319, { 285: } 320, { 286: } 322, { 287: } 324, { 288: } 326, { 289: } 328, { 290: } 328, { 291: } 328, { 292: } 328, { 293: } 329, { 294: } 331, { 295: } 333, { 296: } 334, { 297: } 336, { 298: } 338, { 299: } 338, { 300: } 338, { 301: } 340, { 302: } 340, { 303: } 340, { 304: } 340, { 305: } 340, { 306: } 340, { 307: } 340, { 308: } 340, { 309: } 340, { 310: } 340, { 311: } 340, { 312: } 340, { 313: } 341, { 314: } 341, { 315: } 341, { 316: } 342, { 317: } 342, { 318: } 342, { 319: } 342, { 320: } 342, { 321: } 342, { 322: } 342, { 323: } 342, { 324: } 342, { 325: } 342, { 326: } 342, { 327: } 342, { 328: } 342, { 329: } 342, { 330: } 342, { 331: } 342, { 332: } 342, { 333: } 342, { 334: } 342, { 335: } 342, { 336: } 342, { 337: } 342, { 338: } 342, { 339: } 342, { 340: } 342, { 341: } 342, { 342: } 342, { 343: } 342, { 344: } 342, { 345: } 343, { 346: } 343, { 347: } 343, { 348: } 343, { 349: } 343, { 350: } 344, { 351: } 344, { 352: } 344, { 353: } 344, { 354: } 344, { 355: } 344, { 356: } 344, { 357: } 344, { 358: } 344, { 359: } 344, { 360: } 344, { 361: } 344, { 362: } 344, { 363: } 344, { 364: } 344, { 365: } 344, { 366: } 344, { 367: } 344, { 368: } 344, { 369: } 345, { 370: } 345 ); yymh : array [0..yynstates-1] of Integer = ( { 0: } 0, { 1: } 0, { 2: } 2, { 3: } 3, { 4: } 4, { 5: } 6, { 6: } 9, { 7: } 12, { 8: } 14, { 9: } 16, { 10: } 18, { 11: } 20, { 12: } 22, { 13: } 23, { 14: } 25, { 15: } 27, { 16: } 29, { 17: } 31, { 18: } 33, { 19: } 35, { 20: } 37, { 21: } 39, { 22: } 41, { 23: } 43, { 24: } 45, { 25: } 47, { 26: } 49, { 27: } 51, { 28: } 53, { 29: } 55, { 30: } 57, { 31: } 59, { 32: } 61, { 33: } 63, { 34: } 65, { 35: } 67, { 36: } 69, { 37: } 71, { 38: } 73, { 39: } 75, { 40: } 77, { 41: } 79, { 42: } 81, { 43: } 83, { 44: } 85, { 45: } 87, { 46: } 89, { 47: } 91, { 48: } 93, { 49: } 95, { 50: } 97, { 51: } 99, { 52: } 101, { 53: } 103, { 54: } 104, { 55: } 105, { 56: } 106, { 57: } 107, { 58: } 108, { 59: } 108, { 60: } 109, { 61: } 109, { 62: } 110, { 63: } 110, { 64: } 110, { 65: } 111, { 66: } 113, { 67: } 114, { 68: } 115, { 69: } 115, { 70: } 115, { 71: } 116, { 72: } 117, { 73: } 118, { 74: } 119, { 75: } 120, { 76: } 121, { 77: } 122, { 78: } 123, { 79: } 124, { 80: } 124, { 81: } 124, { 82: } 124, { 83: } 124, { 84: } 124, { 85: } 124, { 86: } 124, { 87: } 124, { 88: } 125, { 89: } 126, { 90: } 127, { 91: } 128, { 92: } 129, { 93: } 130, { 94: } 131, { 95: } 132, { 96: } 133, { 97: } 134, { 98: } 135, { 99: } 136, { 100: } 137, { 101: } 138, { 102: } 139, { 103: } 140, { 104: } 141, { 105: } 142, { 106: } 143, { 107: } 144, { 108: } 145, { 109: } 146, { 110: } 147, { 111: } 148, { 112: } 149, { 113: } 150, { 114: } 151, { 115: } 152, { 116: } 153, { 117: } 154, { 118: } 155, { 119: } 156, { 120: } 157, { 121: } 158, { 122: } 159, { 123: } 159, { 124: } 160, { 125: } 161, { 126: } 162, { 127: } 163, { 128: } 163, { 129: } 163, { 130: } 163, { 131: } 163, { 132: } 163, { 133: } 163, { 134: } 163, { 135: } 163, { 136: } 163, { 137: } 164, { 138: } 165, { 139: } 166, { 140: } 167, { 141: } 168, { 142: } 169, { 143: } 170, { 144: } 171, { 145: } 172, { 146: } 173, { 147: } 174, { 148: } 175, { 149: } 176, { 150: } 177, { 151: } 178, { 152: } 179, { 153: } 180, { 154: } 181, { 155: } 182, { 156: } 183, { 157: } 184, { 158: } 185, { 159: } 187, { 160: } 188, { 161: } 189, { 162: } 190, { 163: } 192, { 164: } 194, { 165: } 195, { 166: } 196, { 167: } 197, { 168: } 198, { 169: } 199, { 170: } 200, { 171: } 200, { 172: } 200, { 173: } 201, { 174: } 201, { 175: } 201, { 176: } 201, { 177: } 201, { 178: } 201, { 179: } 202, { 180: } 202, { 181: } 202, { 182: } 203, { 183: } 205, { 184: } 206, { 185: } 207, { 186: } 208, { 187: } 209, { 188: } 210, { 189: } 211, { 190: } 212, { 191: } 213, { 192: } 214, { 193: } 215, { 194: } 217, { 195: } 219, { 196: } 221, { 197: } 222, { 198: } 223, { 199: } 224, { 200: } 225, { 201: } 226, { 202: } 227, { 203: } 228, { 204: } 230, { 205: } 231, { 206: } 232, { 207: } 233, { 208: } 235, { 209: } 236, { 210: } 237, { 211: } 239, { 212: } 241, { 213: } 243, { 214: } 245, { 215: } 246, { 216: } 246, { 217: } 246, { 218: } 247, { 219: } 248, { 220: } 248, { 221: } 248, { 222: } 248, { 223: } 248, { 224: } 248, { 225: } 249, { 226: } 250, { 227: } 251, { 228: } 253, { 229: } 254, { 230: } 256, { 231: } 257, { 232: } 258, { 233: } 259, { 234: } 260, { 235: } 261, { 236: } 263, { 237: } 265, { 238: } 266, { 239: } 267, { 240: } 269, { 241: } 270, { 242: } 271, { 243: } 273, { 244: } 275, { 245: } 277, { 246: } 278, { 247: } 280, { 248: } 282, { 249: } 282, { 250: } 282, { 251: } 283, { 252: } 284, { 253: } 285, { 254: } 285, { 255: } 285, { 256: } 287, { 257: } 288, { 258: } 289, { 259: } 290, { 260: } 292, { 261: } 294, { 262: } 296, { 263: } 297, { 264: } 298, { 265: } 299, { 266: } 301, { 267: } 303, { 268: } 304, { 269: } 306, { 270: } 307, { 271: } 308, { 272: } 309, { 273: } 310, { 274: } 310, { 275: } 310, { 276: } 310, { 277: } 311, { 278: } 312, { 279: } 314, { 280: } 315, { 281: } 316, { 282: } 317, { 283: } 318, { 284: } 319, { 285: } 321, { 286: } 323, { 287: } 325, { 288: } 327, { 289: } 327, { 290: } 327, { 291: } 327, { 292: } 328, { 293: } 330, { 294: } 332, { 295: } 333, { 296: } 335, { 297: } 337, { 298: } 337, { 299: } 337, { 300: } 339, { 301: } 339, { 302: } 339, { 303: } 339, { 304: } 339, { 305: } 339, { 306: } 339, { 307: } 339, { 308: } 339, { 309: } 339, { 310: } 339, { 311: } 339, { 312: } 340, { 313: } 340, { 314: } 340, { 315: } 341, { 316: } 341, { 317: } 341, { 318: } 341, { 319: } 341, { 320: } 341, { 321: } 341, { 322: } 341, { 323: } 341, { 324: } 341, { 325: } 341, { 326: } 341, { 327: } 341, { 328: } 341, { 329: } 341, { 330: } 341, { 331: } 341, { 332: } 341, { 333: } 341, { 334: } 341, { 335: } 341, { 336: } 341, { 337: } 341, { 338: } 341, { 339: } 341, { 340: } 341, { 341: } 341, { 342: } 341, { 343: } 341, { 344: } 342, { 345: } 342, { 346: } 342, { 347: } 342, { 348: } 342, { 349: } 343, { 350: } 343, { 351: } 343, { 352: } 343, { 353: } 343, { 354: } 343, { 355: } 343, { 356: } 343, { 357: } 343, { 358: } 343, { 359: } 343, { 360: } 343, { 361: } 343, { 362: } 343, { 363: } 343, { 364: } 343, { 365: } 343, { 366: } 343, { 367: } 343, { 368: } 344, { 369: } 344, { 370: } 345 ); yytl : array [0..yynstates-1] of Integer = ( { 0: } 1, { 1: } 56, { 2: } 111, { 3: } 113, { 4: } 115, { 5: } 117, { 6: } 120, { 7: } 125, { 8: } 131, { 9: } 132, { 10: } 133, { 11: } 134, { 12: } 136, { 13: } 138, { 14: } 146, { 15: } 146, { 16: } 146, { 17: } 146, { 18: } 146, { 19: } 146, { 20: } 146, { 21: } 146, { 22: } 146, { 23: } 146, { 24: } 146, { 25: } 146, { 26: } 146, { 27: } 147, { 28: } 150, { 29: } 153, { 30: } 157, { 31: } 159, { 32: } 161, { 33: } 163, { 34: } 165, { 35: } 167, { 36: } 170, { 37: } 172, { 38: } 176, { 39: } 176, { 40: } 176, { 41: } 178, { 42: } 180, { 43: } 182, { 44: } 184, { 45: } 187, { 46: } 189, { 47: } 191, { 48: } 193, { 49: } 195, { 50: } 197, { 51: } 199, { 52: } 200, { 53: } 200, { 54: } 200, { 55: } 200, { 56: } 201, { 57: } 201, { 58: } 201, { 59: } 201, { 60: } 203, { 61: } 203, { 62: } 205, { 63: } 205, { 64: } 207, { 65: } 209, { 66: } 210, { 67: } 215, { 68: } 216, { 69: } 217, { 70: } 218, { 71: } 220, { 72: } 223, { 73: } 223, { 74: } 223, { 75: } 223, { 76: } 223, { 77: } 223, { 78: } 223, { 79: } 223, { 80: } 223, { 81: } 225, { 82: } 231, { 83: } 234, { 84: } 235, { 85: } 242, { 86: } 243, { 87: } 244, { 88: } 245, { 89: } 247, { 90: } 249, { 91: } 251, { 92: } 253, { 93: } 255, { 94: } 257, { 95: } 259, { 96: } 262, { 97: } 264, { 98: } 266, { 99: } 268, { 100: } 270, { 101: } 272, { 102: } 274, { 103: } 277, { 104: } 279, { 105: } 281, { 106: } 283, { 107: } 285, { 108: } 287, { 109: } 289, { 110: } 291, { 111: } 293, { 112: } 295, { 113: } 297, { 114: } 299, { 115: } 301, { 116: } 303, { 117: } 305, { 118: } 307, { 119: } 307, { 120: } 307, { 121: } 307, { 122: } 307, { 123: } 309, { 124: } 310, { 125: } 311, { 126: } 312, { 127: } 313, { 128: } 314, { 129: } 315, { 130: } 317, { 131: } 319, { 132: } 320, { 133: } 321, { 134: } 322, { 135: } 324, { 136: } 325, { 137: } 326, { 138: } 326, { 139: } 328, { 140: } 330, { 141: } 332, { 142: } 334, { 143: } 336, { 144: } 338, { 145: } 340, { 146: } 342, { 147: } 344, { 148: } 347, { 149: } 349, { 150: } 351, { 151: } 353, { 152: } 355, { 153: } 357, { 154: } 359, { 155: } 361, { 156: } 363, { 157: } 365, { 158: } 367, { 159: } 369, { 160: } 374, { 161: } 376, { 162: } 378, { 163: } 380, { 164: } 381, { 165: } 382, { 166: } 384, { 167: } 386, { 168: } 388, { 169: } 390, { 170: } 392, { 171: } 392, { 172: } 393, { 173: } 394, { 174: } 394, { 175: } 395, { 176: } 396, { 177: } 397, { 178: } 398, { 179: } 399, { 180: } 399, { 181: } 400, { 182: } 401, { 183: } 403, { 184: } 404, { 185: } 406, { 186: } 408, { 187: } 410, { 188: } 412, { 189: } 414, { 190: } 416, { 191: } 418, { 192: } 420, { 193: } 422, { 194: } 424, { 195: } 425, { 196: } 426, { 197: } 427, { 198: } 429, { 199: } 431, { 200: } 433, { 201: } 435, { 202: } 437, { 203: } 439, { 204: } 441, { 205: } 442, { 206: } 444, { 207: } 446, { 208: } 448, { 209: } 449, { 210: } 451, { 211: } 453, { 212: } 454, { 213: } 455, { 214: } 456, { 215: } 457, { 216: } 459, { 217: } 460, { 218: } 461, { 219: } 461, { 220: } 461, { 221: } 462, { 222: } 463, { 223: } 464, { 224: } 465, { 225: } 466, { 226: } 468, { 227: } 470, { 228: } 472, { 229: } 473, { 230: } 475, { 231: } 476, { 232: } 478, { 233: } 480, { 234: } 482, { 235: } 484, { 236: } 486, { 237: } 487, { 238: } 488, { 239: } 490, { 240: } 492, { 241: } 493, { 242: } 495, { 243: } 497, { 244: } 498, { 245: } 499, { 246: } 500, { 247: } 505, { 248: } 506, { 249: } 507, { 250: } 510, { 251: } 511, { 252: } 511, { 253: } 511, { 254: } 511, { 255: } 512, { 256: } 513, { 257: } 514, { 258: } 516, { 259: } 518, { 260: } 520, { 261: } 521, { 262: } 522, { 263: } 523, { 264: } 525, { 265: } 527, { 266: } 529, { 267: } 530, { 268: } 531, { 269: } 533, { 270: } 534, { 271: } 536, { 272: } 538, { 273: } 540, { 274: } 543, { 275: } 544, { 276: } 545, { 277: } 546, { 278: } 546, { 279: } 546, { 280: } 547, { 281: } 549, { 282: } 551, { 283: } 553, { 284: } 555, { 285: } 557, { 286: } 558, { 287: } 559, { 288: } 560, { 289: } 561, { 290: } 564, { 291: } 565, { 292: } 566, { 293: } 566, { 294: } 567, { 295: } 568, { 296: } 570, { 297: } 571, { 298: } 572, { 299: } 573, { 300: } 574, { 301: } 575, { 302: } 576, { 303: } 577, { 304: } 578, { 305: } 579, { 306: } 580, { 307: } 581, { 308: } 582, { 309: } 583, { 310: } 584, { 311: } 585, { 312: } 586, { 313: } 588, { 314: } 589, { 315: } 591, { 316: } 593, { 317: } 594, { 318: } 595, { 319: } 597, { 320: } 598, { 321: } 599, { 322: } 600, { 323: } 601, { 324: } 602, { 325: } 603, { 326: } 604, { 327: } 605, { 328: } 606, { 329: } 607, { 330: } 608, { 331: } 609, { 332: } 610, { 333: } 611, { 334: } 612, { 335: } 613, { 336: } 614, { 337: } 615, { 338: } 616, { 339: } 617, { 340: } 618, { 341: } 619, { 342: } 620, { 343: } 621, { 344: } 622, { 345: } 622, { 346: } 623, { 347: } 624, { 348: } 625, { 349: } 626, { 350: } 626, { 351: } 627, { 352: } 628, { 353: } 629, { 354: } 630, { 355: } 631, { 356: } 632, { 357: } 633, { 358: } 634, { 359: } 635, { 360: } 636, { 361: } 637, { 362: } 638, { 363: } 639, { 364: } 640, { 365: } 641, { 366: } 642, { 367: } 643, { 368: } 644, { 369: } 644, { 370: } 645 ); yyth : array [0..yynstates-1] of Integer = ( { 0: } 55, { 1: } 110, { 2: } 112, { 3: } 114, { 4: } 116, { 5: } 119, { 6: } 124, { 7: } 130, { 8: } 131, { 9: } 132, { 10: } 133, { 11: } 135, { 12: } 137, { 13: } 145, { 14: } 145, { 15: } 145, { 16: } 145, { 17: } 145, { 18: } 145, { 19: } 145, { 20: } 145, { 21: } 145, { 22: } 145, { 23: } 145, { 24: } 145, { 25: } 145, { 26: } 146, { 27: } 149, { 28: } 152, { 29: } 156, { 30: } 158, { 31: } 160, { 32: } 162, { 33: } 164, { 34: } 166, { 35: } 169, { 36: } 171, { 37: } 175, { 38: } 175, { 39: } 175, { 40: } 177, { 41: } 179, { 42: } 181, { 43: } 183, { 44: } 186, { 45: } 188, { 46: } 190, { 47: } 192, { 48: } 194, { 49: } 196, { 50: } 198, { 51: } 199, { 52: } 199, { 53: } 199, { 54: } 199, { 55: } 200, { 56: } 200, { 57: } 200, { 58: } 200, { 59: } 202, { 60: } 202, { 61: } 204, { 62: } 204, { 63: } 206, { 64: } 208, { 65: } 209, { 66: } 214, { 67: } 215, { 68: } 216, { 69: } 217, { 70: } 219, { 71: } 222, { 72: } 222, { 73: } 222, { 74: } 222, { 75: } 222, { 76: } 222, { 77: } 222, { 78: } 222, { 79: } 222, { 80: } 224, { 81: } 230, { 82: } 233, { 83: } 234, { 84: } 241, { 85: } 242, { 86: } 243, { 87: } 244, { 88: } 246, { 89: } 248, { 90: } 250, { 91: } 252, { 92: } 254, { 93: } 256, { 94: } 258, { 95: } 261, { 96: } 263, { 97: } 265, { 98: } 267, { 99: } 269, { 100: } 271, { 101: } 273, { 102: } 276, { 103: } 278, { 104: } 280, { 105: } 282, { 106: } 284, { 107: } 286, { 108: } 288, { 109: } 290, { 110: } 292, { 111: } 294, { 112: } 296, { 113: } 298, { 114: } 300, { 115: } 302, { 116: } 304, { 117: } 306, { 118: } 306, { 119: } 306, { 120: } 306, { 121: } 306, { 122: } 308, { 123: } 309, { 124: } 310, { 125: } 311, { 126: } 312, { 127: } 313, { 128: } 314, { 129: } 316, { 130: } 318, { 131: } 319, { 132: } 320, { 133: } 321, { 134: } 323, { 135: } 324, { 136: } 325, { 137: } 325, { 138: } 327, { 139: } 329, { 140: } 331, { 141: } 333, { 142: } 335, { 143: } 337, { 144: } 339, { 145: } 341, { 146: } 343, { 147: } 346, { 148: } 348, { 149: } 350, { 150: } 352, { 151: } 354, { 152: } 356, { 153: } 358, { 154: } 360, { 155: } 362, { 156: } 364, { 157: } 366, { 158: } 368, { 159: } 373, { 160: } 375, { 161: } 377, { 162: } 379, { 163: } 380, { 164: } 381, { 165: } 383, { 166: } 385, { 167: } 387, { 168: } 389, { 169: } 391, { 170: } 391, { 171: } 392, { 172: } 393, { 173: } 393, { 174: } 394, { 175: } 395, { 176: } 396, { 177: } 397, { 178: } 398, { 179: } 398, { 180: } 399, { 181: } 400, { 182: } 402, { 183: } 403, { 184: } 405, { 185: } 407, { 186: } 409, { 187: } 411, { 188: } 413, { 189: } 415, { 190: } 417, { 191: } 419, { 192: } 421, { 193: } 423, { 194: } 424, { 195: } 425, { 196: } 426, { 197: } 428, { 198: } 430, { 199: } 432, { 200: } 434, { 201: } 436, { 202: } 438, { 203: } 440, { 204: } 441, { 205: } 443, { 206: } 445, { 207: } 447, { 208: } 448, { 209: } 450, { 210: } 452, { 211: } 453, { 212: } 454, { 213: } 455, { 214: } 456, { 215: } 458, { 216: } 459, { 217: } 460, { 218: } 460, { 219: } 460, { 220: } 461, { 221: } 462, { 222: } 463, { 223: } 464, { 224: } 465, { 225: } 467, { 226: } 469, { 227: } 471, { 228: } 472, { 229: } 474, { 230: } 475, { 231: } 477, { 232: } 479, { 233: } 481, { 234: } 483, { 235: } 485, { 236: } 486, { 237: } 487, { 238: } 489, { 239: } 491, { 240: } 492, { 241: } 494, { 242: } 496, { 243: } 497, { 244: } 498, { 245: } 499, { 246: } 504, { 247: } 505, { 248: } 506, { 249: } 509, { 250: } 510, { 251: } 510, { 252: } 510, { 253: } 510, { 254: } 511, { 255: } 512, { 256: } 513, { 257: } 515, { 258: } 517, { 259: } 519, { 260: } 520, { 261: } 521, { 262: } 522, { 263: } 524, { 264: } 526, { 265: } 528, { 266: } 529, { 267: } 530, { 268: } 532, { 269: } 533, { 270: } 535, { 271: } 537, { 272: } 539, { 273: } 542, { 274: } 543, { 275: } 544, { 276: } 545, { 277: } 545, { 278: } 545, { 279: } 546, { 280: } 548, { 281: } 550, { 282: } 552, { 283: } 554, { 284: } 556, { 285: } 557, { 286: } 558, { 287: } 559, { 288: } 560, { 289: } 563, { 290: } 564, { 291: } 565, { 292: } 565, { 293: } 566, { 294: } 567, { 295: } 569, { 296: } 570, { 297: } 571, { 298: } 572, { 299: } 573, { 300: } 574, { 301: } 575, { 302: } 576, { 303: } 577, { 304: } 578, { 305: } 579, { 306: } 580, { 307: } 581, { 308: } 582, { 309: } 583, { 310: } 584, { 311: } 585, { 312: } 587, { 313: } 588, { 314: } 590, { 315: } 592, { 316: } 593, { 317: } 594, { 318: } 596, { 319: } 597, { 320: } 598, { 321: } 599, { 322: } 600, { 323: } 601, { 324: } 602, { 325: } 603, { 326: } 604, { 327: } 605, { 328: } 606, { 329: } 607, { 330: } 608, { 331: } 609, { 332: } 610, { 333: } 611, { 334: } 612, { 335: } 613, { 336: } 614, { 337: } 615, { 338: } 616, { 339: } 617, { 340: } 618, { 341: } 619, { 342: } 620, { 343: } 621, { 344: } 621, { 345: } 622, { 346: } 623, { 347: } 624, { 348: } 625, { 349: } 625, { 350: } 626, { 351: } 627, { 352: } 628, { 353: } 629, { 354: } 630, { 355: } 631, { 356: } 632, { 357: } 633, { 358: } 634, { 359: } 635, { 360: } 636, { 361: } 637, { 362: } 638, { 363: } 639, { 364: } 640, { 365: } 641, { 366: } 642, { 367: } 643, { 368: } 643, { 369: } 644, { 370: } 644 ); var yyn : Integer; label start, scan, action; begin start: (* initialize: *) yynew; scan: (* mark positions and matches: *) for yyn := yykl[yystate] to yykh[yystate] do yymark(yyk[yyn]); for yyn := yymh[yystate] downto yyml[yystate] do yymatch(yym[yyn]); if yytl[yystate]>yyth[yystate] then goto action; (* dead state *) (* get next character: *) yyscan; (* determine action: *) yyn := yytl[yystate]; while (yyn<=yyth[yystate]) and not (yyactchar in yyt[yyn].cc) do inc(yyn); if yyn>yyth[yystate] then goto action; (* no transition on yyactchar in this state *) (* switch to new state: *) yystate := yyt[yyn].s; goto scan; action: (* execute action: *) if yyfind(yyrule) then begin yyaction(yyrule); if yyreject then goto action; end else if not yydefault and yywrap() then begin yyclear; return(0); end; if not yydone then goto start; yylex := yyretval; end(*yylex*); function act_token : string; begin act_token:=yytext; end; end.