From xouille@club-internet.fr Mon Jun 7 15:12:43 1999 MIME-Version: 1.0 From: "[** iso-8859-1 charset **] François PHILIPPE" To: Subject: [** iso-8859-1 charset **] projet de Théorie des Langages 1998-99 de ESCOFFIER Nico las Date: Mon, 7 Jun 1999 14:57:05 +0200 Content-Type: multipart/mixed; boundary="----=_NextPart_000_005F_01BEB0F6.026D1820" X-Priority: 3 X-MSMail-Priority: Normal X-MimeOLE: Produced By Microsoft MimeOLE V4.71.1712.3 Message en plusieurs parties et au format MIME. ------=_NextPart_000_005F_01BEB0F6.026D1820 Content-Type: multipart/alternative; boundary="----=_NextPart_001_0060_01BEB0F6.026D1820" ------=_NextPart_001_0060_01BEB0F6.026D1820 Content-Type: text/plain; charset="iso-8859-1" Content-Transfer-Encoding: quoted-printable ESCOFFIER Nicolas DEUG MIAS 2=B0 ann=E9e groupe 4 Je vous envoie comme convenu mon projet de Th=E9orie des Langages. Pouvez-vous confirmer la r=E9ception de ce courier. Merci d'avance. =20 = N.Escoffier ------=_NextPart_001_0060_01BEB0F6.026D1820 Content-Type: text/html; charset="iso-8859-1" Content-Transfer-Encoding: quoted-printable

ESCOFFIER Nicolas

DEUG MIAS 2=B0 ann=E9e

groupe 4

Je vous envoie comme convenu mon projet = de Th=E9orie=20 des Langages.

Pouvez-vous confirmer la r=E9ception de = ce=20 courier.

Merci d'avance.

=20 = =20 = =20 = =20 = N.Escoffier

------=_NextPart_001_0060_01BEB0F6.026D1820-- ------=_NextPart_000_005F_01BEB0F6.026D1820 Content-Type: application/octet-stream; name="fact.gal" Content-Transfer-Encoding: 7bit Content-Disposition: attachment; filename="fact.gal" PROGRAMME VARiables i:entier n:entier y:entier FIN ecrirec('n'); ecrirec('='); ecrirec('?'); n:=lire; y:=1; i:=0; TANTQUE ( i opmult %right opneg moinsU %type Ty %type M Malors Msinon Mtantque Mfaire =20 %type I Li %% P : programme Dv Li fin {seek( PCode,Position-1 ); read( PCode,PInstru ); IF ( PInstru.Operation<>RET ) = THEN BEGIN Reprendre( $3,Position ); Em1( ERREUR ); END; $3:=3DListe0; yyaccept;} ; Dv : /* vide */ {Recherche:=3Dtrue;} | variables Lid fin {Recherche:=3Dtrue;} ; Lid : id ':' Ty {CompleterTable( $1,$3 ); Em( RES,$3 );} | Lid id ':' Ty {CompleterTable( $2,$4 ); Em( RES,$4 );} ; Ty : entier {$$:=3D1;} | tableau '[' nb ']' {IF ( $3<0 ) THEN BEGIN writeln('ligne ',yylineno,' = : ',yytext); writeln('ERREUR! Tableau de = dimension <1.'); Em1( ERREUR ); halt( 1 ); END ELSE $$:=3D$3;} | error {writeln('ligne ',yylineno,' : = ',yytext); writeln('ERREUR! Type = incorrect.'); Em1( ERREUR ); yyabort;} ; Li : I {$$:=3D$1;} | Li M I {$$:=3D$3;} | error {writeln('ligne ',yylineno,' : = ',yytext); writeln('ERREUR! Liste = d`instructions incorrecte.'); Em1( ERREUR ); yyabort;} ; I : V affect E {Em1( STO ); $$:=3DListe0;} | si E Malors Li fin {L1:=3DListe1( $3 = );$$:=3DConcatener( L1,$4 ); Reprendre( L1,Position );} | si E Malors Li Msinon Li fin {L1:=3DListe1( $3 = );Reprendre( L1,$5+1 ); L1:=3DListe1( $5 = );$$:=3DConcatener( L1,$6 ); Reprendre( L1,Position = );} | Mtantque E Mfaire Li fin {Em( UJP,$1 = );L1:=3DListe1( $3 ); $$:=3DConcatener( = L1,$4 );Reprendre( L1,Position );} | ecrire '(' E ')' {Em1( PECRIRE ); $$:=3DListe0;} | ecrirec '(' car ')' {Em( PECRIREC,$3 ); = $$:=3DListe0;} | retourne {Em1( RET ); $$:=3DListe0;} | error {writeln('ligne ',yylineno,' : = ',yytext); writeln('ERREUR! Instruction = incorrecte.'); Em1( ERREUR );yyabort;} ; V : id {IF ( Table[$1].Dim=3D1 ) THEN Em( LDC,$1 ) ELSE BEGIN writeln('ligne = ',yylineno,' : ',yytext); writeln('ERREUR! = Identificateur de type tableau.'); Em1( ERREUR ); halt( 1 ); END;} | id '[' ES ']' {Em( CHK,Table[$1].Dim ); Em( LDC,Table[$1].Depl ); Em1( ADD );} | error {writeln('ligne ',yylineno,' : = ',yytext); writeln('ERREUR! Identificateur = incorrect.'); Em1( ERREUR );yyabort;} ; E : ES {} | ES oprel ES {Em1( $2 );} | error {writeln('ligne ',yylineno,' : = ',yytext); writeln('ERREUR! Expression = incorrecte.'); Em1( ERREUR );yyabort;} ; ES : T {} | ES opadd T {Em1( $2 );} | ES '-' T {Em1( SUB );} ; T : F {} | T opmult F {Em1( $2 );} ; F : '(' E ')' {} | '-' F %prec moinsU {Em1( NEG );} | non F {Em1( LNEG );} | id '[' ES ']' {Em( CHK,Table[$1].Dim ); Em( LDC,Table[$1].Depl ); Em1( ADD ); Em1( MOV );} | lire {Em1( PLIRE );}=20 | id {IF ( Table[$1].Dim=3D1 ) THEN Em( LDO,Table[$1].Depl ) ELSE BEGIN writeln('ligne = ',yylineno,' : ',yytext); writeln('ERREUR! = Identificateur de dimension >1.'); Em1( ERREUR ); halt( 1 ); END;} | nb {Em( LDC,$1 );} ; M : ';' {$$:=3DPosition;} ; Malors : alors {$$:=3DPosition; Em1( FJP );} ; Msinon : sinon {$$:=3DPosition; Em1( UJP );} ; Mtantque : tantque {$$:=3DPosition;} ; Mfaire : faire {$$:=3DPosition; Em1( FJP );} ; %% {$I C:\Gal\Gallex.pas} (* chemin d'acc=E8s =E0 l'analyseur lexical = *) (* D=E9clarations utiles pour r=E9colter le nom du fichier =E0 = traduire et pour construire le nom du fichier contenant la traduction. *) VAR Fichier:pathstr; Repertoire:dirstr; Nom:namestr; Extension:extstr; BEGIN clrscr; close( yyinput ); (* v=E9rifie si LexLib a effectivement ouvert = yyinput *) IF ( paramcount=3D0 ) THEN (* d=E9termine si un chemin d`acc=E8s = =E0 =E9t=E9 sp=E9cifi=E9 *) BEGIN writeln('Entrer le programme au clavier: '); writeln; reset( yyinput ); Fichier:=3Dfexpand( 'ECRAN' ); (* d=E9termine le nom du = fichier de sortie *) fsplit(Fichier,Repertoire,Nom,Extension); END ELSE BEGIN Fichier:=3Dfexpand( paramstr( 1 ) ); fsplit( Fichier,Repertoire,Nom,Extension ); IF Nom+Extension=3D'' THEN BEGIN writeln('Commande: GAL NomDuFichier[.GAL]'); halt( 1 ); END; IF Extension=3D'' THEN Extension:=3D'.GAL'; {$I-} assign( yyinput,Repertoire+nom+Extension ); reset( yyinput ); {$I+} IF IOresult<>0 THEN BEGIN write('ERREUR! Impossible d`ouvrir le fichier: '); write( Repertoire+Nom+Extension ); halt( 1 ); END; END; {$I-} assign( PCode,Repertoire+Nom+'.PCO' ); rewrite( PCode ); {$I+} IF ( IOresult<>0 ) THEN BEGIN writeln('ERREUR! Impossible d`ouvrir le fichier pour la = traduction.'); halt( 1 ); END; (* si on est arriv=E9 ici: les fichiers sont bien = ouverts *) Longueur:=3D0; Recherche:=3Dfalse; Em( INIT,1 ); (* d=E9but oblig=E9 d'un P-Code *) IF ( yyparse=3D0 ) THEN BEGIN writeln; writeln('Traduction terminee.'); END; close( PCode ); END.=20 ------=_NextPart_000_005F_01BEB0F6.026D1820 Content-Type: application/x-msdownload; name="Gal.exe" Content-Transfer-Encoding: base64 Content-Disposition: attachment; filename="Gal.exe" TVrgADkAaAFcAFcJV6kJDABAAAAsHAAAHAAAAAgAAAA+AAAAYgAAAGoAAAB6AAAAlQAAAKIAAACn AAAAwgAAAOIAAADuAAAANAEAAK0BAADfAQAA5AEAAPMBAAD7AQAAHgIAACMCAAAyAgAAOgIAAGIC AABnAgAAlQMAALUDAAC6AwAAyQMAANEDAAAfBAAAJAUAADIFAAA/BQAATAUAAFEFAABWBQAAaAUA AG0FAAByBQAAgQUAALgFAADGBQAA0wUAAOAFAADlBQAA6gUAAPwFAAABBgAABgYAABIGAACKBgAA mAYAAKUGAACyBgAAtwYAALwGAADOBgAA0wYAANgGAADkBgAAPAkAAEoJAABXCQAAZAkAAGkJAABu CQAAgAkAAIUJAACKCQAAlgkAAPUJAAADCgAAEAoAAB0KAAAiCgAAJwoAADkKAAA+CgAAQwoAAFIK 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. error Dv goto 3 state 3: P : programme Dv _ Li fin error shift 9 retourne shift 10 id shift 11 si shift 12 tantque shift 13 ecrire shift 14 ecrirec shift 15 . error V goto 5 Li goto 6 I goto 7 Mtantque goto 8 state 4: Dv : variables _ Lid fin id shift 17 . error Lid goto 16 state 5: I : V _ affect E affect shift 18 . error state 6: P : programme Dv Li _ fin Li : Li _ M I ';' shift 20 fin shift 21 . error M goto 19 state 7: Li : I _ (9) . reduce 9 state 8: I : Mtantque _ E Mfaire Li fin '(' shift 27 '-' shift 28 error shift 29 id shift 30 nb shift 31 lire shift 32 . error non goto 22 F goto 23 T goto 24 ES goto 25 E goto 26 state 9: *** conflicts: reduce 11, reduce 19 on ';' reduce 11, reduce 19 on sinon reduce 11, reduce 19 on fin Li : error _ (11) I : error _ (19) V : error _ (22) ';' reduce 11 sinon reduce 11 fin reduce 11 affect reduce 22 . error state 10: I : retourne _ (18) . reduce 18 state 11: V : id _ (20) V : id _ '[' ES ']' '[' shift 33 affect reduce 20 . error state 12: I : si _ E Malors Li fin I : si _ E Malors Li Msinon Li fin '(' shift 27 '-' shift 28 error shift 29 id shift 30 nb shift 31 lire shift 32 . error non goto 22 F goto 23 T goto 24 ES goto 25 E goto 34 state 13: Mtantque : tantque _ (41) . reduce 41 state 14: I : ecrire _ '(' E ')' '(' shift 35 . error state 15: I : ecrirec _ '(' car ')' '(' shift 36 . error state 16: Dv : variables Lid _ fin Lid : Lid _ id ':' Ty id shift 37 fin shift 38 . error state 17: Lid : id _ ':' Ty ':' shift 39 . error state 18: I : V affect _ E '(' shift 27 '-' shift 28 error shift 29 id shift 30 nb shift 31 lire shift 32 . error non goto 22 F goto 23 T goto 24 ES goto 25 E goto 40 state 19: Li : Li M _ I error shift 42 retourne shift 10 id shift 11 si shift 12 tantque shift 13 ecrire shift 14 ecrirec shift 15 . error V goto 5 I goto 41 Mtantque goto 8 state 20: M : ';' _ (38) . reduce 38 state 21: P : programme Dv Li fin _ (1) . reduce 1 state 22: F : non _ F '(' shift 27 '-' shift 28 id shift 30 nb shift 31 lire shift 32 . error non goto 22 F goto 43 state 23: T : F _ (29) . reduce 29 state 24: ES : T _ (26) T : T _ opmult F opmult shift 44 ')' reduce 26 '-' reduce 26 ';' reduce 26 ']' reduce 26 alors reduce 26 sinon reduce 26 faire reduce 26 fin reduce 26 oprel reduce 26 opadd reduce 26 . error state 25: E : ES _ (23) E : ES _ oprel ES ES : ES _ opadd T ES : ES _ '-' T '-' shift 45 oprel shift 46 opadd shift 47 ')' reduce 23 ';' reduce 23 alors reduce 23 sinon reduce 23 faire reduce 23 fin reduce 23 . error state 26: I : Mtantque E _ Mfaire Li fin faire shift 49 . error Mfaire goto 48 state 27: F : '(' _ E ')' '(' shift 27 '-' shift 28 error shift 29 id shift 30 nb shift 31 lire shift 32 . error non goto 22 F goto 23 T goto 24 ES goto 25 E goto 50 state 28: F : '-' _ F '(' shift 27 '-' shift 28 id shift 30 nb shift 31 lire shift 32 . error non goto 22 F goto 51 state 29: E : error _ (25) . reduce 25 state 30: F : id _ '[' ES ']' F : id _ (36) '[' shift 52 ')' reduce 36 '-' reduce 36 ';' reduce 36 ']' reduce 36 alors reduce 36 sinon reduce 36 faire reduce 36 fin reduce 36 oprel reduce 36 opadd reduce 36 opmult reduce 36 . error state 31: F : nb _ (37) . reduce 37 state 32: F : lire _ (35) . reduce 35 state 33: V : id '[' _ ES ']' '(' shift 27 '-' shift 28 id shift 30 nb shift 31 lire shift 32 . error non goto 22 F goto 23 T goto 24 ES goto 53 state 34: I : si E _ Malors Li fin I : si E _ Malors Li Msinon Li fin alors shift 55 . error Malors goto 54 state 35: I : ecrire '(' _ E ')' '(' shift 27 '-' shift 28 error shift 29 id shift 30 nb shift 31 lire shift 32 . error non goto 22 F goto 23 T goto 24 ES goto 25 E goto 56 state 36: I : ecrirec '(' _ car ')' car shift 57 . error state 37: Lid : Lid id _ ':' Ty ':' shift 58 . error state 38: Dv : variables Lid fin _ (3) . reduce 3 state 39: Lid : id ':' _ Ty error shift 60 entier shift 61 tableau shift 62 . error Ty goto 59 state 40: I : V affect E _ (12) . reduce 12 state 41: Li : Li M I _ (10) . reduce 10 state 42: I : error _ (19) V : error _ (22) ';' reduce 19 sinon reduce 19 fin reduce 19 affect reduce 22 . error state 43: F : non F _ (33) . reduce 33 state 44: T : T opmult _ F '(' shift 27 '-' shift 28 id shift 30 nb shift 31 lire shift 32 . error non goto 22 F goto 63 state 45: ES : ES '-' _ T '(' shift 27 '-' shift 28 id shift 30 nb shift 31 lire shift 32 . error non goto 22 F goto 23 T goto 64 state 46: E : ES oprel _ ES '(' shift 27 '-' shift 28 id shift 30 nb shift 31 lire shift 32 . error non goto 22 F goto 23 T goto 24 ES goto 65 state 47: ES : ES opadd _ T '(' shift 27 '-' shift 28 id shift 30 nb shift 31 lire shift 32 . error non goto 22 F goto 23 T goto 66 state 48: I : Mtantque E Mfaire _ Li fin error shift 9 retourne shift 10 id shift 11 si shift 12 tantque shift 13 ecrire shift 14 ecrirec shift 15 . error V goto 5 Li goto 67 I goto 7 Mtantque goto 8 state 49: Mfaire : faire _ (42) . reduce 42 state 50: F : '(' E _ ')' ')' shift 68 . error state 51: F : '-' F _ (32) . reduce 32 state 52: F : id '[' _ ES ']' '(' shift 27 '-' shift 28 id shift 30 nb shift 31 lire shift 32 . error non goto 22 F goto 23 T goto 24 ES goto 69 state 53: V : id '[' ES _ ']' ES : ES _ opadd T ES : ES _ '-' T '-' shift 45 ']' shift 70 opadd shift 47 . error state 54: I : si E Malors _ Li fin I : si E Malors _ Li Msinon Li fin error shift 9 retourne shift 10 id shift 11 si shift 12 tantque shift 13 ecrire shift 14 ecrirec shift 15 . error V goto 5 Li goto 71 I goto 7 Mtantque goto 8 state 55: Malors : alors _ (39) . reduce 39 state 56: I : ecrire '(' E _ ')' ')' shift 72 . error state 57: I : ecrirec '(' car _ ')' ')' shift 73 . error state 58: Lid : Lid id ':' _ Ty error shift 60 entier shift 61 tableau shift 62 . error Ty goto 74 state 59: Lid : id ':' Ty _ (4) . reduce 4 state 60: Ty : error _ (8) . reduce 8 state 61: Ty : entier _ (6) . reduce 6 state 62: Ty : tableau _ '[' nb ']' '[' shift 75 . error state 63: T : T opmult F _ (30) . reduce 30 state 64: ES : ES '-' T _ (28) T : T _ opmult F opmult shift 44 ')' reduce 28 '-' reduce 28 ';' reduce 28 ']' reduce 28 alors reduce 28 sinon reduce 28 faire reduce 28 fin reduce 28 oprel reduce 28 opadd reduce 28 . error state 65: E : ES oprel ES _ (24) ES : ES _ opadd T ES : ES _ '-' T '-' shift 45 opadd shift 47 ')' reduce 24 ';' reduce 24 alors reduce 24 sinon reduce 24 faire reduce 24 fin reduce 24 . error state 66: ES : ES opadd T _ (27) T : T _ opmult F opmult shift 44 ')' reduce 27 '-' reduce 27 ';' reduce 27 ']' reduce 27 alors reduce 27 sinon reduce 27 faire reduce 27 fin reduce 27 oprel reduce 27 opadd reduce 27 . error state 67: I : Mtantque E Mfaire Li _ fin Li : Li _ M I ';' shift 20 fin shift 76 . error M goto 19 state 68: F : '(' E ')' _ (31) . reduce 31 state 69: F : id '[' ES _ ']' ES : ES _ opadd T ES : ES _ '-' T '-' shift 45 ']' shift 77 opadd shift 47 . error state 70: V : id '[' ES ']' _ (21) . reduce 21 state 71: I : si E Malors Li _ fin I : si E Malors Li _ Msinon Li fin Li : Li _ M I ';' shift 20 sinon shift 79 fin shift 80 . error Msinon goto 78 M goto 19 state 72: I : ecrire '(' E ')' _ (16) . reduce 16 state 73: I : ecrirec '(' car ')' _ (17) . reduce 17 state 74: Lid : Lid id ':' Ty _ (5) . reduce 5 state 75: Ty : tableau '[' _ nb ']' nb shift 81 . error state 76: I : Mtantque E Mfaire Li fin _ (15) . reduce 15 state 77: F : id '[' ES ']' _ (34) . reduce 34 state 78: I : si E Malors Li Msinon _ Li fin error shift 9 retourne shift 10 id shift 11 si shift 12 tantque shift 13 ecrire shift 14 ecrirec shift 15 . error V goto 5 Li goto 82 I goto 7 Mtantque goto 8 state 79: Msinon : sinon _ (40) . reduce 40 state 80: I : si E Malors Li fin _ (13) . reduce 13 state 81: Ty : tableau '[' nb _ ']' ']' shift 83 . error state 82: I : si E Malors Li Msinon Li _ fin Li : Li _ M I ';' shift 20 fin shift 84 . error M goto 19 state 83: Ty : tableau '[' nb ']' _ (7) . reduce 7 state 84: I : si E Malors Li Msinon Li fin _ (14) . reduce 14 3 reduce/reduce conflicts. ------=_NextPart_000_005F_01BEB0F6.026D1820 Content-Type: application/octet-stream; name="Gal.pas" Content-Transfer-Encoding: quoted-printable Content-Disposition: attachment; filename="Gal.pas" (* Yacc parser template (TP Yacc V3.0), V1.2 6-17-91 AG *) (* global definitions: *) (* ESCOFFIER Nicolas gr. 4 *) USES crt,dos,YaccLib,LexLib; (* Codage des 27 P-Op=E9rations *) CONST (* Op=E9rations arithm=E9tiques *) ADD=3D1; SUB=3D2; MUL=3D3; NEG=3D4; (* Op=E9rations bool=E9ennes *) ET=3D5; OU=3D6; LNEG=3D7; (* Expressions bool=E9ennes *) EQU=3D8; GEQ=3D9; LEQ=3D10; LES=3D11; GRT=3D12; NEQ=3D13; (* Adressage et transfert de donn=E9es *) LDC=3D14; LDO=3D15; STO=3D16; MOV=3D17; (* Test de domaine *) CHK=3D18; (* Entr=E9es et sorties *) PECRIRE=3D19; PECRIREC=3D27; PLIRE=3D20; (* Branchement *) UJP=3D21; FJP=3D22; (* Initialisation *) INIT=3D23; (* R=E9servation de place *) RES=3D24; (* Fin de programme *) RET=3D25; ERREUR=3D26; (* D=E9clarations relatives =E0 la table des symboles *) CONST TMax=3D500; (* longueur maximale de la table *) TYPE Symbole=3Drecord (* caract=E9rise un identificateur *) Nom:string[25]; Dim:integer; Depl:integer; (* emplacement dans la table des symboles *) END; VAR Table:array [0..TMax] of Symbole; (* ensemble des identificateurs = du fichier d`entr=E9e *) Longueur:integer; (* nombre d`identificateurs d=E9clar=E9s dans = le fichier d`entr=E9e *) Recherche:boolean; (* d=E9termine si on utilise Rechercher ou = Ranger *) PROCEDURE CompleterTable ( Place,Dimension:integer ); (* met =E0 jour la table des symboles en compl=E9tant la dimension et l`emplacement de l`identificateur se trouvant =E0 Place dans la table des symboles *) BEGIN Table[Place].Dim:=3DDimension; Table[Place].Depl:=3DPlace; Longueur:=3DLongueur+Dimension; END; (* Les fonctions Ranger et Rechercher sont d=E9clar=E9es dans GALLEX.L = *) (* D=E9clarations relatives au fichier de P-Code *) TYPE PInstruction=3Drecord (* d=E9fini une P-Instruction *) Operation:integer; Argument:longint; END; Liste=3D^CListe; (* ensemble des adresses des variables *) CListe=3Drecord Adresse:longint; Suivant:Liste; END; VAR PCode:file of PInstruction; (* fichier de sortie apr=E8s = traduction *) PInstru:PInstruction; L1:Liste; PROCEDURE Em ( VOperation:integer;VArgument:longint ); (* =E9met une P-instruction =E0 la fin du fichier assign=E9 au P-Code *) VAR V:PInstruction; BEGIN V.Operation:=3DVOperation; V.Argument:=3DVArgument; write( PCode,V ); END; PROCEDURE Em1 ( VOperation:integer ); (* =E9met une P-Instruction sans argument =E0 la fin du fichier assign=E9 au P-Code *) BEGIN Em( VOperation,0 ); END; FUNCTION Position :longint; (* renvoie la position de la t=EAte de lecture/=E9criture dans le fichier assign=E9 au P-Code *) BEGIN Position:=3Dfilepos( PCode ); END; FUNCTION Liste0 :Liste; (* renvoie une liste vide *) BEGIN Liste0:=3Dnil; END; FUNCTION Liste1 ( P:longint ):Liste; (* renvoie une liste =E0 un seul =E9l=E9ment *) VAR L:Liste; BEGIN new( L ); L^.Adresse:=3Dp; L^.Suivant:=3Dnil; Liste1:=3DL; END; FUNCTION Concatener ( L1,L2:Liste ):Liste; (* renvoie la concat=E9nation de deux listes *) VAR Q:Liste; BEGIN Q:=3DL1; IF ( Q=3Dnil ) THEN Q:=3DL2 ELSE BEGIN WHILE ( Q^.Suivant<>nil ) DO Q:=3DQ^.Suivant; Q^.Suivant:=3DL2; END; Concatener:=3DQ; END; PROCEDURE Reprendre ( VAR L:Liste;VAdresse:longint ); (* compl=E8te les P-Instructions de branchements en mettant =E0 jour leur argument dans le fichier assign=E9 au P-Code *) VAR FinFichier:longint; V:PInstruction; BEGIN IF ( L<>nil ) THEN BEGIN FinFichier:=3DPosition; seek( PCode,L^.Adresse ); read( PCode,V ); V.Argument:=3DVAdresse; seek( PCode,L^.Adresse ); write( PCode,V ); L:=3DL^.Suivant; seek( PCode,FinFichier ); END; END; const programme =3D 257; const retourne =3D 258; const variables =3D 259; const id =3D 260; const entier =3D 261; const tableau =3D 262; const nb =3D 263; const si =3D 264; const alors =3D 265; const sinon =3D 266; const tantque =3D 267; const faire =3D 268; const ecrire =3D 269; const ecrirec =3D 270; const lire =3D 271; const fin =3D 272; const car =3D 273; const affect =3D 274; const oprel =3D 275; const opadd =3D 276; const opmult =3D 277; const opneg =3D 278; const moinsU =3D 279; type YYSType =3D record case Integer of 1 : ( yyListe : Liste ); 2 : ( yyinteger : integer ); 3 : ( yylongint : longint ); end(*YYSType*); var yylval : YYSType; function yylex : Integer; forward; function yyparse : Integer; var yystate, yysp, yyn : Integer; yys : array [1..yymaxdepth] of Integer; yyv : array [1..yymaxdepth] of YYSType; yyval : YYSType; procedure yyaction ( yyruleno : Integer ); (* local definitions: *) begin (* actions: *) case yyruleno of 1 : begin seek( PCode,Position-1 ); read( PCode,PInstru ); IF ( PInstru.Operation<>RET ) THEN BEGIN Reprendre( yyv[yysp-1].yyListe,Position ); Em1( ERREUR ); END; yyv[yysp-1].yyListe:=3DListe0; yyaccept; end; 2 : begin Recherche:=3Dtrue; end; 3 : begin Recherche:=3Dtrue; end; 4 : begin CompleterTable( yyv[yysp-2].yyinteger,yyv[yysp-0].yyinteger ); Em( RES,yyv[yysp-0].yyinteger ); end; 5 : begin CompleterTable( yyv[yysp-2].yyinteger,yyv[yysp-0].yyinteger ); Em( RES,yyv[yysp-0].yyinteger ); end; 6 : begin yyval.yyinteger:=3D1; end; 7 : begin IF ( yyv[yysp-1].yyinteger<0 ) THEN BEGIN writeln('ligne ',yylineno,' : ',yytext); writeln('ERREUR! Tableau de dimension <1.'); Em1( ERREUR ); halt( 1 ); END ELSE yyval.yyinteger:=3Dyyv[yysp-1].yyinteger; end; 8 : begin writeln('ligne ',yylineno,' : ',yytext); writeln('ERREUR! Type incorrect.'); Em1( ERREUR ); yyabort; end; 9 : begin yyval.yyListe:=3Dyyv[yysp-0].yyListe; end; 10 : begin yyval.yyListe:=3Dyyv[yysp-0].yyListe; end; 11 : begin writeln('ligne ',yylineno,' : ',yytext); writeln('ERREUR! Liste d`instructions incorrecte.'); Em1( ERREUR ); yyabort; end; 12 : begin Em1( STO ); yyval.yyListe:=3DListe0; end; 13 : begin L1:=3DListe1( yyv[yysp-2].yylongint = );yyval.yyListe:=3DConcatener( L1,yyv[yysp-1].yyListe ); Reprendre( L1,Position ); end; 14 : begin L1:=3DListe1( yyv[yysp-4].yylongint );Reprendre( = L1,yyv[yysp-2].yylongint+1 ); L1:=3DListe1( yyv[yysp-2].yylongint = );yyval.yyListe:=3DConcatener( L1,yyv[yysp-1].yyListe ); Reprendre( L1,Position ); end; 15 : begin Em( UJP,yyv[yysp-4].yylongint );L1:=3DListe1( = yyv[yysp-2].yylongint ); yyval.yyListe:=3DConcatener( L1,yyv[yysp-1].yyListe = );Reprendre( L1,Position ); end; 16 : begin Em1( PECRIRE ); yyval.yyListe:=3DListe0; end; 17 : begin Em( PECRIREC,yyv[yysp-1].yyinteger ); yyval.yyListe:=3DListe0; end; 18 : begin Em1( RET ); yyval.yyListe:=3DListe0; end; 19 : begin writeln('ligne ',yylineno,' : ',yytext); writeln('ERREUR! Instruction incorrecte.'); Em1( ERREUR );yyabort; end; 20 : begin IF ( Table[yyv[yysp-0].yyinteger].Dim=3D1 ) THEN Em( LDC,yyv[yysp-0].yyinteger ) ELSE BEGIN writeln('ligne ',yylineno,' : ',yytext); writeln('ERREUR! Identificateur de type tableau.'); Em1( ERREUR ); halt( 1 ); END; end; 21 : begin Em( CHK,Table[yyv[yysp-3].yyinteger].Dim ); Em( LDC,Table[yyv[yysp-3].yyinteger].Depl ); Em1( ADD ); end; 22 : begin writeln('ligne ',yylineno,' : ',yytext); writeln('ERREUR! Identificateur incorrect.'); Em1( ERREUR );yyabort; end; 23 : begin =20 end; 24 : begin Em1( yyv[yysp-1].yyinteger ); end; 25 : begin writeln('ligne ',yylineno,' : ',yytext); writeln('ERREUR! Expression incorrecte.'); Em1( ERREUR );yyabort; end; 26 : begin =20 end; 27 : begin Em1( yyv[yysp-1].yyinteger ); end; 28 : begin Em1( SUB ); end; 29 : begin =20 end; 30 : begin Em1( yyv[yysp-1].yyinteger ); end; 31 : begin =20 end; 32 : begin Em1( NEG ); end; 33 : begin Em1( LNEG ); end; 34 : begin Em( CHK,Table[yyv[yysp-3].yyinteger].Dim ); Em( LDC,Table[yyv[yysp-3].yyinteger].Depl ); Em1( ADD ); Em1( MOV ); end; 35 : begin Em1( PLIRE ); end; 36 : begin IF ( Table[yyv[yysp-0].yyinteger].Dim=3D1 ) THEN Em( LDO,Table[yyv[yysp-0].yyinteger].Depl ) ELSE BEGIN writeln('ligne ',yylineno,' : ',yytext); writeln('ERREUR! Identificateur de dimension >1.'); Em1( ERREUR ); halt( 1 ); END; end; 37 : begin Em( LDC,yyv[yysp-0].yyinteger ); end; 38 : begin yyval.yylongint:=3DPosition; end; 39 : begin yyval.yylongint:=3DPosition; Em1( FJP ); end; 40 : begin yyval.yylongint:=3DPosition; Em1( UJP ); end; 41 : begin yyval.yylongint:=3DPosition; end; 42 : begin yyval.yylongint:=3DPosition; Em1( FJP ); end; end; end(*yyaction*); (* parse table: *) type YYARec =3D record sym, act : Integer; end; YYRRec =3D record len, sym : Integer; end; const yynacts =3D 225; yyngotos =3D 80; yynstates =3D 85; yynrules =3D 42; yya : array [1..yynacts] of YYARec =3D ( { 0: } ( sym: 257; act: 2 ), { 1: } ( sym: 0; act: 0 ), { 2: } ( sym: 259; act: 4 ), ( sym: 256; act: -2 ), ( sym: 258; act: -2 ), ( sym: 260; act: -2 ), ( sym: 264; act: -2 ), ( sym: 267; act: -2 ), ( sym: 269; act: -2 ), ( sym: 270; act: -2 ), { 3: } ( sym: 256; act: 9 ), ( sym: 258; act: 10 ), ( sym: 260; act: 11 ), ( sym: 264; act: 12 ), ( sym: 267; act: 13 ), ( sym: 269; act: 14 ), ( sym: 270; act: 15 ), { 4: } ( sym: 260; act: 17 ), { 5: } ( sym: 274; act: 18 ), { 6: } ( sym: 59; act: 20 ), ( sym: 272; act: 21 ), { 7: } { 8: } ( sym: 40; act: 27 ), ( sym: 45; act: 28 ), ( sym: 256; act: 29 ), ( sym: 260; act: 30 ), ( sym: 263; act: 31 ), ( sym: 271; act: 32 ), { 9: } ( sym: 59; act: -11 ), ( sym: 266; act: -11 ), ( sym: 272; act: -11 ), ( sym: 274; act: -22 ), { 10: } { 11: } ( sym: 91; act: 33 ), ( sym: 274; act: -20 ), { 12: } ( sym: 40; act: 27 ), ( sym: 45; act: 28 ), ( sym: 256; act: 29 ), ( sym: 260; act: 30 ), ( sym: 263; act: 31 ), ( sym: 271; act: 32 ), { 13: } { 14: } ( sym: 40; act: 35 ), { 15: } ( sym: 40; act: 36 ), { 16: } ( sym: 260; act: 37 ), ( sym: 272; act: 38 ), { 17: } ( sym: 58; act: 39 ), { 18: } ( sym: 40; act: 27 ), ( sym: 45; act: 28 ), ( sym: 256; act: 29 ), ( sym: 260; act: 30 ), ( sym: 263; act: 31 ), ( sym: 271; act: 32 ), { 19: } ( sym: 256; act: 42 ), ( sym: 258; act: 10 ), ( sym: 260; act: 11 ), ( sym: 264; act: 12 ), ( sym: 267; act: 13 ), ( sym: 269; act: 14 ), ( sym: 270; act: 15 ), { 20: } { 21: } { 22: } ( sym: 40; act: 27 ), ( sym: 45; act: 28 ), ( sym: 260; act: 30 ), ( sym: 263; act: 31 ), ( sym: 271; act: 32 ), { 23: } { 24: } ( sym: 277; act: 44 ), ( sym: 41; act: -26 ), ( sym: 45; act: -26 ), ( sym: 59; act: -26 ), ( sym: 93; act: -26 ), ( sym: 265; act: -26 ), ( sym: 266; act: -26 ), ( sym: 268; act: -26 ), ( sym: 272; act: -26 ), ( sym: 275; act: -26 ), ( sym: 276; act: -26 ), { 25: } ( sym: 45; act: 45 ), ( sym: 275; act: 46 ), ( sym: 276; act: 47 ), ( sym: 41; act: -23 ), ( sym: 59; act: -23 ), ( sym: 265; act: -23 ), ( sym: 266; act: -23 ), ( sym: 268; act: -23 ), ( sym: 272; act: -23 ), { 26: } ( sym: 268; act: 49 ), { 27: } ( sym: 40; act: 27 ), ( sym: 45; act: 28 ), ( sym: 256; act: 29 ), ( sym: 260; act: 30 ), ( sym: 263; act: 31 ), ( sym: 271; act: 32 ), { 28: } ( sym: 40; act: 27 ), ( sym: 45; act: 28 ), ( sym: 260; act: 30 ), ( sym: 263; act: 31 ), ( sym: 271; act: 32 ), { 29: } { 30: } ( sym: 91; act: 52 ), ( sym: 41; act: -36 ), ( sym: 45; act: -36 ), ( sym: 59; act: -36 ), ( sym: 93; act: -36 ), ( sym: 265; act: -36 ), ( sym: 266; act: -36 ), ( sym: 268; act: -36 ), ( sym: 272; act: -36 ), ( sym: 275; act: -36 ), ( sym: 276; act: -36 ), ( sym: 277; act: -36 ), { 31: } { 32: } { 33: } ( sym: 40; act: 27 ), ( sym: 45; act: 28 ), ( sym: 260; act: 30 ), ( sym: 263; act: 31 ), ( sym: 271; act: 32 ), { 34: } ( sym: 265; act: 55 ), { 35: } ( sym: 40; act: 27 ), ( sym: 45; act: 28 ), ( sym: 256; act: 29 ), ( sym: 260; act: 30 ), ( sym: 263; act: 31 ), ( sym: 271; act: 32 ), { 36: } ( sym: 273; act: 57 ), { 37: } ( sym: 58; act: 58 ), { 38: } { 39: } ( sym: 256; act: 60 ), ( sym: 261; act: 61 ), ( sym: 262; act: 62 ), { 40: } { 41: } { 42: } ( sym: 59; act: -19 ), ( sym: 266; act: -19 ), ( sym: 272; act: -19 ), ( sym: 274; act: -22 ), { 43: } { 44: } ( sym: 40; act: 27 ), ( sym: 45; act: 28 ), ( sym: 260; act: 30 ), ( sym: 263; act: 31 ), ( sym: 271; act: 32 ), { 45: } ( sym: 40; act: 27 ), ( sym: 45; act: 28 ), ( sym: 260; act: 30 ), ( sym: 263; act: 31 ), ( sym: 271; act: 32 ), { 46: } ( sym: 40; act: 27 ), ( sym: 45; act: 28 ), ( sym: 260; act: 30 ), ( sym: 263; act: 31 ), ( sym: 271; act: 32 ), { 47: } ( sym: 40; act: 27 ), ( sym: 45; act: 28 ), ( sym: 260; act: 30 ), ( sym: 263; act: 31 ), ( sym: 271; act: 32 ), { 48: } ( sym: 256; act: 9 ), ( sym: 258; act: 10 ), ( sym: 260; act: 11 ), ( sym: 264; act: 12 ), ( sym: 267; act: 13 ), ( sym: 269; act: 14 ), ( sym: 270; act: 15 ), { 49: } { 50: } ( sym: 41; act: 68 ), { 51: } { 52: } ( sym: 40; act: 27 ), ( sym: 45; act: 28 ), ( sym: 260; act: 30 ), ( sym: 263; act: 31 ), ( sym: 271; act: 32 ), { 53: } ( sym: 45; act: 45 ), ( sym: 93; act: 70 ), ( sym: 276; act: 47 ), { 54: } ( sym: 256; act: 9 ), ( sym: 258; act: 10 ), ( sym: 260; act: 11 ), ( sym: 264; act: 12 ), ( sym: 267; act: 13 ), ( sym: 269; act: 14 ), ( sym: 270; act: 15 ), { 55: } { 56: } ( sym: 41; act: 72 ), { 57: } ( sym: 41; act: 73 ), { 58: } ( sym: 256; act: 60 ), ( sym: 261; act: 61 ), ( sym: 262; act: 62 ), { 59: } { 60: } { 61: } { 62: } ( sym: 91; act: 75 ), { 63: } { 64: } ( sym: 277; act: 44 ), ( sym: 41; act: -28 ), ( sym: 45; act: -28 ), ( sym: 59; act: -28 ), ( sym: 93; act: -28 ), ( sym: 265; act: -28 ), ( sym: 266; act: -28 ), ( sym: 268; act: -28 ), ( sym: 272; act: -28 ), ( sym: 275; act: -28 ), ( sym: 276; act: -28 ), { 65: } ( sym: 45; act: 45 ), ( sym: 276; act: 47 ), ( sym: 41; act: -24 ), ( sym: 59; act: -24 ), ( sym: 265; act: -24 ), ( sym: 266; act: -24 ), ( sym: 268; act: -24 ), ( sym: 272; act: -24 ), { 66: } ( sym: 277; act: 44 ), ( sym: 41; act: -27 ), ( sym: 45; act: -27 ), ( sym: 59; act: -27 ), ( sym: 93; act: -27 ), ( sym: 265; act: -27 ), ( sym: 266; act: -27 ), ( sym: 268; act: -27 ), ( sym: 272; act: -27 ), ( sym: 275; act: -27 ), ( sym: 276; act: -27 ), { 67: } ( sym: 59; act: 20 ), ( sym: 272; act: 76 ), { 68: } { 69: } ( sym: 45; act: 45 ), ( sym: 93; act: 77 ), ( sym: 276; act: 47 ), { 70: } { 71: } ( sym: 59; act: 20 ), ( sym: 266; act: 79 ), ( sym: 272; act: 80 ), { 72: } { 73: } { 74: } { 75: } ( sym: 263; act: 81 ), { 76: } { 77: } { 78: } ( sym: 256; act: 9 ), ( sym: 258; act: 10 ), ( sym: 260; act: 11 ), ( sym: 264; act: 12 ), ( sym: 267; act: 13 ), ( sym: 269; act: 14 ), ( sym: 270; act: 15 ), { 79: } { 80: } { 81: } ( sym: 93; act: 83 ), { 82: } ( sym: 59; act: 20 ), ( sym: 272; act: 84 ) { 83: } { 84: } ); yyg : array [1..yyngotos] of YYARec =3D ( { 0: } ( sym: -10; act: 1 ), { 1: } { 2: } ( sym: -11; act: 3 ), { 3: } ( sym: -13; act: 5 ), ( sym: -9; act: 6 ), ( sym: -8; act: 7 ), ( sym: -6; act: 8 ), { 4: } ( sym: -12; act: 16 ), { 5: } { 6: } ( sym: -3; act: 19 ), { 7: } { 8: } ( sym: -18; act: 22 ), ( sym: -17; act: 23 ), ( sym: -16; act: 24 ), ( sym: -15; act: 25 ), ( sym: -14; act: 26 ), { 9: } { 10: } { 11: } { 12: } ( sym: -18; act: 22 ), ( sym: -17; act: 23 ), ( sym: -16; act: 24 ), ( sym: -15; act: 25 ), ( sym: -14; act: 34 ), { 13: } { 14: } { 15: } { 16: } { 17: } { 18: } ( sym: -18; act: 22 ), ( sym: -17; act: 23 ), ( sym: -16; act: 24 ), ( sym: -15; act: 25 ), ( sym: -14; act: 40 ), { 19: } ( sym: -13; act: 5 ), ( sym: -8; act: 41 ), ( sym: -6; act: 8 ), { 20: } { 21: } { 22: } ( sym: -18; act: 22 ), ( sym: -17; act: 43 ), { 23: } { 24: } { 25: } { 26: } ( sym: -7; act: 48 ), { 27: } ( sym: -18; act: 22 ), ( sym: -17; act: 23 ), ( sym: -16; act: 24 ), ( sym: -15; act: 25 ), ( sym: -14; act: 50 ), { 28: } ( sym: -18; act: 22 ), ( sym: -17; act: 51 ), { 29: } { 30: } { 31: } { 32: } { 33: } ( sym: -18; act: 22 ), ( sym: -17; act: 23 ), ( sym: -16; act: 24 ), ( sym: -15; act: 53 ), { 34: } ( sym: -4; act: 54 ), { 35: } ( sym: -18; act: 22 ), ( sym: -17; act: 23 ), ( sym: -16; act: 24 ), ( sym: -15; act: 25 ), ( sym: -14; act: 56 ), { 36: } { 37: } { 38: } { 39: } ( sym: -2; act: 59 ), { 40: } { 41: } { 42: } { 43: } { 44: } ( sym: -18; act: 22 ), ( sym: -17; act: 63 ), { 45: } ( sym: -18; act: 22 ), ( sym: -17; act: 23 ), ( sym: -16; act: 64 ), { 46: } ( sym: -18; act: 22 ), ( sym: -17; act: 23 ), ( sym: -16; act: 24 ), ( sym: -15; act: 65 ), { 47: } ( sym: -18; act: 22 ), ( sym: -17; act: 23 ), ( sym: -16; act: 66 ), { 48: } ( sym: -13; act: 5 ), ( sym: -9; act: 67 ), ( sym: -8; act: 7 ), ( sym: -6; act: 8 ), { 49: } { 50: } { 51: } { 52: } ( sym: -18; act: 22 ), ( sym: -17; act: 23 ), ( sym: -16; act: 24 ), ( sym: -15; act: 69 ), { 53: } { 54: } ( sym: -13; act: 5 ), ( sym: -9; act: 71 ), ( sym: -8; act: 7 ), ( sym: -6; act: 8 ), { 55: } { 56: } { 57: } { 58: } ( sym: -2; act: 74 ), { 59: } { 60: } { 61: } { 62: } { 63: } { 64: } { 65: } { 66: } { 67: } ( sym: -3; act: 19 ), { 68: } { 69: } { 70: } { 71: } ( sym: -5; act: 78 ), ( sym: -3; act: 19 ), { 72: } { 73: } { 74: } { 75: } { 76: } { 77: } { 78: } ( sym: -13; act: 5 ), ( sym: -9; act: 82 ), ( sym: -8; act: 7 ), ( sym: -6; act: 8 ), { 79: } { 80: } { 81: } { 82: } ( sym: -3; act: 19 ) { 83: } { 84: } ); yyd : array [0..yynstates-1] of Integer =3D ( { 0: } 0, { 1: } 0, { 2: } 0, { 3: } 0, { 4: } 0, { 5: } 0, { 6: } 0, { 7: } -9, { 8: } 0, { 9: } 0, { 10: } -18, { 11: } 0, { 12: } 0, { 13: } -41, { 14: } 0, { 15: } 0, { 16: } 0, { 17: } 0, { 18: } 0, { 19: } 0, { 20: } -38, { 21: } -1, { 22: } 0, { 23: } -29, { 24: } 0, { 25: } 0, { 26: } 0, { 27: } 0, { 28: } 0, { 29: } -25, { 30: } 0, { 31: } -37, { 32: } -35, { 33: } 0, { 34: } 0, { 35: } 0, { 36: } 0, { 37: } 0, { 38: } -3, { 39: } 0, { 40: } -12, { 41: } -10, { 42: } 0, { 43: } -33, { 44: } 0, { 45: } 0, { 46: } 0, { 47: } 0, { 48: } 0, { 49: } -42, { 50: } 0, { 51: } -32, { 52: } 0, { 53: } 0, { 54: } 0, { 55: } -39, { 56: } 0, { 57: } 0, { 58: } 0, { 59: } -4, { 60: } -8, { 61: } -6, { 62: } 0, { 63: } -30, { 64: } 0, { 65: } 0, { 66: } 0, { 67: } 0, { 68: } -31, { 69: } 0, { 70: } -21, { 71: } 0, { 72: } -16, { 73: } -17, { 74: } -5, { 75: } 0, { 76: } -15, { 77: } -34, { 78: } 0, { 79: } -40, { 80: } -13, { 81: } 0, { 82: } 0, { 83: } -7, { 84: } -14 ); yyal : array [0..yynstates-1] of Integer =3D ( { 0: } 1, { 1: } 2, { 2: } 3, { 3: } 11, { 4: } 18, { 5: } 19, { 6: } 20, { 7: } 22, { 8: } 22, { 9: } 28, { 10: } 32, { 11: } 32, { 12: } 34, { 13: } 40, { 14: } 40, { 15: } 41, { 16: } 42, { 17: } 44, { 18: } 45, { 19: } 51, { 20: } 58, { 21: } 58, { 22: } 58, { 23: } 63, { 24: } 63, { 25: } 74, { 26: } 83, { 27: } 84, { 28: } 90, { 29: } 95, { 30: } 95, { 31: } 107, { 32: } 107, { 33: } 107, { 34: } 112, { 35: } 113, { 36: } 119, { 37: } 120, { 38: } 121, { 39: } 121, { 40: } 124, { 41: } 124, { 42: } 124, { 43: } 128, { 44: } 128, { 45: } 133, { 46: } 138, { 47: } 143, { 48: } 148, { 49: } 155, { 50: } 155, { 51: } 156, { 52: } 156, { 53: } 161, { 54: } 164, { 55: } 171, { 56: } 171, { 57: } 172, { 58: } 173, { 59: } 176, { 60: } 176, { 61: } 176, { 62: } 176, { 63: } 177, { 64: } 177, { 65: } 188, { 66: } 196, { 67: } 207, { 68: } 209, { 69: } 209, { 70: } 212, { 71: } 212, { 72: } 215, { 73: } 215, { 74: } 215, { 75: } 215, { 76: } 216, { 77: } 216, { 78: } 216, { 79: } 223, { 80: } 223, { 81: } 223, { 82: } 224, { 83: } 226, { 84: } 226 ); yyah : array [0..yynstates-1] of Integer =3D ( { 0: } 1, { 1: } 2, { 2: } 10, { 3: } 17, { 4: } 18, { 5: } 19, { 6: } 21, { 7: } 21, { 8: } 27, { 9: } 31, { 10: } 31, { 11: } 33, { 12: } 39, { 13: } 39, { 14: } 40, { 15: } 41, { 16: } 43, { 17: } 44, { 18: } 50, { 19: } 57, { 20: } 57, { 21: } 57, { 22: } 62, { 23: } 62, { 24: } 73, { 25: } 82, { 26: } 83, { 27: } 89, { 28: } 94, { 29: } 94, { 30: } 106, { 31: } 106, { 32: } 106, { 33: } 111, { 34: } 112, { 35: } 118, { 36: } 119, { 37: } 120, { 38: } 120, { 39: } 123, { 40: } 123, { 41: } 123, { 42: } 127, { 43: } 127, { 44: } 132, { 45: } 137, { 46: } 142, { 47: } 147, { 48: } 154, { 49: } 154, { 50: } 155, { 51: } 155, { 52: } 160, { 53: } 163, { 54: } 170, { 55: } 170, { 56: } 171, { 57: } 172, { 58: } 175, { 59: } 175, { 60: } 175, { 61: } 175, { 62: } 176, { 63: } 176, { 64: } 187, { 65: } 195, { 66: } 206, { 67: } 208, { 68: } 208, { 69: } 211, { 70: } 211, { 71: } 214, { 72: } 214, { 73: } 214, { 74: } 214, { 75: } 215, { 76: } 215, { 77: } 215, { 78: } 222, { 79: } 222, { 80: } 222, { 81: } 223, { 82: } 225, { 83: } 225, { 84: } 225 ); yygl : array [0..yynstates-1] of Integer =3D ( { 0: } 1, { 1: } 2, { 2: } 2, { 3: } 3, { 4: } 7, { 5: } 8, { 6: } 8, { 7: } 9, { 8: } 9, { 9: } 14, { 10: } 14, { 11: } 14, { 12: } 14, { 13: } 19, { 14: } 19, { 15: } 19, { 16: } 19, { 17: } 19, { 18: } 19, { 19: } 24, { 20: } 27, { 21: } 27, { 22: } 27, { 23: } 29, { 24: } 29, { 25: } 29, { 26: } 29, { 27: } 30, { 28: } 35, { 29: } 37, { 30: } 37, { 31: } 37, { 32: } 37, { 33: } 37, { 34: } 41, { 35: } 42, { 36: } 47, { 37: } 47, { 38: } 47, { 39: } 47, { 40: } 48, { 41: } 48, { 42: } 48, { 43: } 48, { 44: } 48, { 45: } 50, { 46: } 53, { 47: } 57, { 48: } 60, { 49: } 64, { 50: } 64, { 51: } 64, { 52: } 64, { 53: } 68, { 54: } 68, { 55: } 72, { 56: } 72, { 57: } 72, { 58: } 72, { 59: } 73, { 60: } 73, { 61: } 73, { 62: } 73, { 63: } 73, { 64: } 73, { 65: } 73, { 66: } 73, { 67: } 73, { 68: } 74, { 69: } 74, { 70: } 74, { 71: } 74, { 72: } 76, { 73: } 76, { 74: } 76, { 75: } 76, { 76: } 76, { 77: } 76, { 78: } 76, { 79: } 80, { 80: } 80, { 81: } 80, { 82: } 80, { 83: } 81, { 84: } 81 ); yygh : array [0..yynstates-1] of Integer =3D ( { 0: } 1, { 1: } 1, { 2: } 2, { 3: } 6, { 4: } 7, { 5: } 7, { 6: } 8, { 7: } 8, { 8: } 13, { 9: } 13, { 10: } 13, { 11: } 13, { 12: } 18, { 13: } 18, { 14: } 18, { 15: } 18, { 16: } 18, { 17: } 18, { 18: } 23, { 19: } 26, { 20: } 26, { 21: } 26, { 22: } 28, { 23: } 28, { 24: } 28, { 25: } 28, { 26: } 29, { 27: } 34, { 28: } 36, { 29: } 36, { 30: } 36, { 31: } 36, { 32: } 36, { 33: } 40, { 34: } 41, { 35: } 46, { 36: } 46, { 37: } 46, { 38: } 46, { 39: } 47, { 40: } 47, { 41: } 47, { 42: } 47, { 43: } 47, { 44: } 49, { 45: } 52, { 46: } 56, { 47: } 59, { 48: } 63, { 49: } 63, { 50: } 63, { 51: } 63, { 52: } 67, { 53: } 67, { 54: } 71, { 55: } 71, { 56: } 71, { 57: } 71, { 58: } 72, { 59: } 72, { 60: } 72, { 61: } 72, { 62: } 72, { 63: } 72, { 64: } 72, { 65: } 72, { 66: } 72, { 67: } 73, { 68: } 73, { 69: } 73, { 70: } 73, { 71: } 75, { 72: } 75, { 73: } 75, { 74: } 75, { 75: } 75, { 76: } 75, { 77: } 75, { 78: } 79, { 79: } 79, { 80: } 79, { 81: } 79, { 82: } 80, { 83: } 80, { 84: } 80 ); yyr : array [1..yynrules] of YYRRec =3D ( { 1: } ( len: 4; sym: -10 ), { 2: } ( len: 0; sym: -11 ), { 3: } ( len: 3; sym: -11 ), { 4: } ( len: 3; sym: -12 ), { 5: } ( len: 4; sym: -12 ), { 6: } ( len: 1; sym: -2 ), { 7: } ( len: 4; sym: -2 ), { 8: } ( len: 1; sym: -2 ), { 9: } ( len: 1; sym: -9 ), { 10: } ( len: 3; sym: -9 ), { 11: } ( len: 1; sym: -9 ), { 12: } ( len: 3; sym: -8 ), { 13: } ( len: 5; sym: -8 ), { 14: } ( len: 7; sym: -8 ), { 15: } ( len: 5; sym: -8 ), { 16: } ( len: 4; sym: -8 ), { 17: } ( len: 4; sym: -8 ), { 18: } ( len: 1; sym: -8 ), { 19: } ( len: 1; sym: -8 ), { 20: } ( len: 1; sym: -13 ), { 21: } ( len: 4; sym: -13 ), { 22: } ( len: 1; sym: -13 ), { 23: } ( len: 1; sym: -14 ), { 24: } ( len: 3; sym: -14 ), { 25: } ( len: 1; sym: -14 ), { 26: } ( len: 1; sym: -15 ), { 27: } ( len: 3; sym: -15 ), { 28: } ( len: 3; sym: -15 ), { 29: } ( len: 1; sym: -16 ), { 30: } ( len: 3; sym: -16 ), { 31: } ( len: 3; sym: -17 ), { 32: } ( len: 2; sym: -17 ), { 33: } ( len: 2; sym: -17 ), { 34: } ( len: 4; sym: -17 ), { 35: } ( len: 1; sym: -17 ), { 36: } ( len: 1; sym: -17 ), { 37: } ( len: 1; sym: -17 ), { 38: } ( len: 1; sym: -3 ), { 39: } ( len: 1; sym: -4 ), { 40: } ( len: 1; sym: -5 ), { 41: } ( len: 1; sym: -6 ), { 42: } ( len: 1; sym: -7 ) ); const _error =3D 256; (* error token *) function yyact(state, sym : Integer; var act : Integer) : Boolean; (* search action table *) var k : Integer; begin k :=3D yyal[state]; while (k<=3Dyyah[state]) and (yya[k].sym<>sym) do inc(k); if k>yyah[state] then yyact :=3D false else begin act :=3D yya[k].act; yyact :=3D true; end; end(*yyact*); function yygoto(state, sym : Integer; var nstate : Integer) : Boolean; (* search goto table *) var k : Integer; begin k :=3D yygl[state]; while (k<=3Dyygh[state]) and (yyg[k].sym<>sym) do inc(k); if k>yygh[state] then yygoto :=3D false else begin nstate :=3D yyg[k].act; yygoto :=3D true; end; end(*yygoto*); label parse, next, error, errlab, shift, reduce, accept, abort; begin(*yyparse*) (* initialize: *) yystate :=3D 0; yychar :=3D -1; yynerrs :=3D 0; yyerrflag :=3D 0; yysp = :=3D 0; {$ifdef yydebug} yydebug :=3D true; {$else} yydebug :=3D false; {$endif} parse: (* push state and value: *) inc(yysp); if yysp>yymaxdepth then begin yyerror('yyparse stack overflow'); goto abort; end; yys[yysp] :=3D yystate; yyv[yysp] :=3D yyval; next: if (yyd[yystate]=3D0) and (yychar=3D-1) then (* get next symbol *) begin yychar :=3D yylex; if yychar<0 then yychar :=3D 0; end; if yydebug then writeln('state ', yystate, ', char ', yychar); (* determine parse action: *) yyn :=3D yyd[yystate]; if yyn<>0 then goto reduce; (* simple state *) (* no default action; search parse table *) if not yyact(yystate, yychar, yyn) then goto error else if yyn>0 then goto shift else if yyn<0 then goto reduce else goto accept; error: (* error; start error recovery: *) if yyerrflag=3D0 then yyerror('syntax error'); errlab: if yyerrflag=3D0 then inc(yynerrs); (* new error *) if yyerrflag<=3D2 then (* incomplete recovery; try = again *) begin yyerrflag :=3D 3; (* uncover a state with shift action on error token *) while (yysp>0) and not ( yyact(yys[yysp], _error, yyn) and (yyn>0) ) do begin if yydebug then if yysp>1 then writeln('error recovery pops state ', yys[yysp], ', = uncovers ', yys[yysp-1]) else writeln('error recovery fails ... abort'); dec(yysp); end; if yysp=3D0 then goto abort; (* parser has fallen from stack; = abort *) yystate :=3D yyn; (* simulate shift on error *) goto parse; end else (* no shift yet; discard symbol = *) begin if yydebug then writeln('error recovery discards char ', yychar); if yychar=3D0 then goto abort; (* end of input; abort *) yychar :=3D -1; goto next; (* clear lookahead char and try = again *) end; shift: (* go to new state, clear lookahead character: *) yystate :=3D yyn; yychar :=3D -1; yyval :=3D yylval; if yyerrflag>0 then dec(yyerrflag); goto parse; reduce: (* execute action, pop rule from stack, and go to next state: *) if yydebug then writeln('reduce ', -yyn); yyflag :=3D yyfnone; yyaction(-yyn); dec(yysp, yyr[-yyn].len); if yygoto(yys[yysp], yyr[-yyn].sym, yyn) then yystate :=3D yyn; (* handle action calls to yyaccept, yyabort and yyerror: *) case yyflag of yyfaccept : goto accept; yyfabort : goto abort; yyferror : goto errlab; end; goto parse; accept: yyparse :=3D 0; exit; abort: yyparse :=3D 1; exit; end(*yyparse*); {$I A:\Gallex.pas} (* chemin d'acc=E8s =E0 l'analyseur lexical *) (* D=E9clarations utiles pour r=E9colter le nom du fichier =E0 = traduire et pour construire le nom du fichier contenant la traduction. *) VAR Fichier:pathstr; Repertoire:dirstr; Nom:namestr; Extension:extstr; BEGIN clrscr; close( yyinput ); (* v=E9rifie si LexLib a effectivement ouvert = yyinput *) IF ( paramcount=3D0 ) THEN (* d=E9termine si un chemin d`acc=E8s = =E0 =E9t=E9 sp=E9cifi=E9 *) BEGIN writeln('Entrer le programme au clavier: '); writeln; reset( yyinput ); Fichier:=3Dfexpand( 'ECRAN' ); (* d=E9termine le nom du = fichier de sortie *) fsplit(Fichier,Repertoire,Nom,Extension); END ELSE BEGIN Fichier:=3Dfexpand( paramstr( 1 ) ); fsplit( Fichier,Repertoire,Nom,Extension ); IF Nom+Extension=3D'' THEN BEGIN writeln('Commande: GAL NomDuFichier[.GAL]'); halt( 1 ); END; IF Extension=3D'' THEN Extension:=3D'.GAL'; {$I-} assign( yyinput,Repertoire+nom+Extension ); reset( yyinput ); {$I+} IF IOresult<>0 THEN BEGIN write('ERREUR! Impossible d`ouvrir le fichier: '); write( Repertoire+Nom+Extension ); halt( 1 ); END; END; {$I-} assign( PCode,Repertoire+Nom+'.PCO' ); rewrite( PCode ); {$I+} IF ( IOresult<>0 ) THEN BEGIN writeln('ERREUR! Impossible d`ouvrir le fichier pour la = traduction.'); halt( 1 ); END; (* si on est arriv=E9 ici: les fichiers sont bien = ouverts *) Longueur:=3D0; Recherche:=3Dfalse; Em( INIT,1 ); (* d=E9but oblig=E9 d'un P-Code *) IF ( yyparse=3D0 ) THEN BEGIN writeln; writeln('Traduction terminee.'); END; close( PCode ); END. ------=_NextPart_000_005F_01BEB0F6.026D1820 Content-Type: application/octet-stream; name="gal.y" Content-Transfer-Encoding: quoted-printable Content-Disposition: attachment; filename="gal.y" %{ (* ESCOFFIER Nicolas gr. 4 *) USES crt,dos,YaccLib,LexLib; (* Codage des 27 P-Op=E9rations *) CONST (* Op=E9rations arithm=E9tiques *) ADD=3D1; SUB=3D2; MUL=3D3; NEG=3D4; (* Op=E9rations bool=E9ennes *) ET=3D5; OU=3D6; LNEG=3D7; (* Expressions bool=E9ennes *) EQU=3D8; GEQ=3D9; LEQ=3D10; LES=3D11; GRT=3D12; NEQ=3D13; (* Adressage et transfert de donn=E9es *) LDC=3D14; LDO=3D15; STO=3D16; MOV=3D17; (* Test de domaine *) CHK=3D18; (* Entr=E9es et sorties *) PECRIRE=3D19; PECRIREC=3D27; PLIRE=3D20; (* Branchement *) UJP=3D21; FJP=3D22; (* Initialisation *) INIT=3D23; (* R=E9servation de place *) RES=3D24; (* Fin de programme *) RET=3D25; ERREUR=3D26; (* D=E9clarations relatives =E0 la table des symboles *) CONST TMax=3D500; (* longueur maximale de la table *) TYPE Symbole=3Drecord (* caract=E9rise un identificateur *) Nom:string[25]; Dim:integer; Depl:integer; (* emplacement dans la table des symboles *) END; VAR Table:array [0..TMax] of Symbole; (* ensemble des identificateurs = du fichier d`entr=E9e *) Longueur:integer; (* nombre d`identificateurs d=E9clar=E9s dans = le fichier d`entr=E9e *) Recherche:boolean; (* d=E9termine si on utilise Rechercher ou = Ranger *) PROCEDURE CompleterTable ( Place,Dimension:integer ); (* met =E0 jour la table des symboles en compl=E9tant la dimension et l`emplacement de l`identificateur se trouvant =E0 Place dans la table des symboles *) BEGIN Table[Place].Dim:=3DDimension; Table[Place].Depl:=3DPlace; Longueur:=3DLongueur+Dimension; END; (* Les fonctions Ranger et Rechercher sont d=E9clar=E9es dans GALLEX.L = *) (* D=E9clarations relatives au fichier de P-Code *) TYPE PInstruction=3Drecord (* d=E9fini une P-Instruction *) Operation:integer; Argument:longint; END; Liste=3D^CListe; (* ensemble des adresses des variables *) CListe=3Drecord Adresse:longint; Suivant:Liste; END; VAR PCode:file of PInstruction; (* fichier de sortie apr=E8s = traduction *) PInstru:PInstruction; L1:Liste; PROCEDURE Em ( VOperation:integer;VArgument:longint ); (* =E9met une P-instruction =E0 la fin du fichier assign=E9 au P-Code *) VAR V:PInstruction; BEGIN V.Operation:=3DVOperation; V.Argument:=3DVArgument; write( PCode,V ); END; PROCEDURE Em1 ( VOperation:integer ); (* =E9met une P-Instruction sans argument =E0 la fin du fichier assign=E9 au P-Code *) BEGIN Em( VOperation,0 ); END; FUNCTION Position :longint; (* renvoie la position de la t=EAte de lecture/=E9criture dans le fichier assign=E9 au P-Code *) BEGIN Position:=3Dfilepos( PCode ); END; FUNCTION Liste0 :Liste; (* renvoie une liste vide *) BEGIN Liste0:=3Dnil; END; FUNCTION Liste1 ( P:longint ):Liste; (* renvoie une liste =E0 un seul =E9l=E9ment *) VAR L:Liste; BEGIN new( L ); L^.Adresse:=3Dp; L^.Suivant:=3Dnil; Liste1:=3DL; END; FUNCTION Concatener ( L1,L2:Liste ):Liste; (* renvoie la concat=E9nation de deux listes *) VAR Q:Liste; BEGIN Q:=3DL1; IF ( Q=3Dnil ) THEN Q:=3DL2 ELSE BEGIN WHILE ( Q^.Suivant<>nil ) DO Q:=3DQ^.Suivant; Q^.Suivant:=3DL2; END; Concatener:=3DQ; END; PROCEDURE Reprendre ( VAR L:Liste;VAdresse:longint ); (* compl=E8te les P-Instructions de branchements en mettant =E0 jour leur argument dans le fichier assign=E9 au P-Code *) VAR FinFichier:longint; V:PInstruction; BEGIN IF ( L<>nil ) THEN BEGIN FinFichier:=3DPosition; seek( PCode,L^.Adresse ); read( PCode,V ); V.Argument:=3DVAdresse; seek( PCode,L^.Adresse ); write( PCode,V ); L:=3DL^.Suivant; seek( PCode,FinFichier ); END; END; %} %token programme retourne variables id entier tableau nb si alors sinon tantque faire ecrire ecrirec lire fin car %right affect %nonassoc oprel %left opadd '-' %left opmult %right opneg moinsU %type Ty %type M Malors Msinon Mtantque Mfaire =20 %type I Li %% P : programme Dv Li fin {seek( PCode,Position-1 ); read( PCode,PInstru ); IF ( PInstru.Operation<>RET ) = THEN BEGIN Reprendre( $3,Position ); Em1( ERREUR ); END; $3:=3DListe0; yyaccept;} ; Dv : /* vide */ {Recherche:=3Dtrue;} | variables Lid fin {Recherche:=3Dtrue;} ; Lid : id ':' Ty {CompleterTable( $1,$3 ); Em( RES,$3 );} | Lid id ':' Ty {CompleterTable( $2,$4 ); Em( RES,$4 );} ; Ty : entier {$$:=3D1;} | tableau '[' nb ']' {IF ( $3<0 ) THEN BEGIN writeln('ligne ',yylineno,' = : ',yytext); writeln('ERREUR! Tableau de = dimension <1.'); Em1( ERREUR ); halt( 1 ); END ELSE $$:=3D$3;} | error {writeln('ligne ',yylineno,' : = ',yytext); writeln('ERREUR! Type = incorrect.'); Em1( ERREUR ); yyabort;} ; Li : I {$$:=3D$1;} | Li M I {$$:=3D$3;} | error {writeln('ligne ',yylineno,' : = ',yytext); writeln('ERREUR! Liste = d`instructions incorrecte.'); Em1( ERREUR ); yyabort;} ; I : V affect E {Em1( STO ); $$:=3DListe0;} | si E Malors Li fin {L1:=3DListe1( $3 = );$$:=3DConcatener( L1,$4 ); Reprendre( L1,Position );} | si E Malors Li Msinon Li fin {L1:=3DListe1( $3 = );Reprendre( L1,$5+1 ); L1:=3DListe1( $5 = );$$:=3DConcatener( L1,$6 ); Reprendre( L1,Position = );} | Mtantque E Mfaire Li fin {Em( UJP,$1 = );L1:=3DListe1( $3 ); $$:=3DConcatener( = L1,$4 );Reprendre( L1,Position );} | ecrire '(' E ')' {Em1( PECRIRE ); $$:=3DListe0;} | ecrirec '(' car ')' {Em( PECRIREC,$3 ); = $$:=3DListe0;} | retourne {Em1( RET ); $$:=3DListe0;} | error {writeln('ligne ',yylineno,' : = ',yytext); writeln('ERREUR! Instruction = incorrecte.'); Em1( ERREUR );yyabort;} ; V : id {IF ( Table[$1].Dim=3D1 ) THEN Em( LDC,$1 ) ELSE BEGIN writeln('ligne = ',yylineno,' : ',yytext); writeln('ERREUR! = Identificateur de type tableau.'); Em1( ERREUR ); halt( 1 ); END;} | id '[' ES ']' {Em( CHK,Table[$1].Dim ); Em( LDC,Table[$1].Depl ); Em1( ADD );} | error {writeln('ligne ',yylineno,' : = ',yytext); writeln('ERREUR! Identificateur = incorrect.'); Em1( ERREUR );yyabort;} ; E : ES {} | ES oprel ES {Em1( $2 );} | error {writeln('ligne ',yylineno,' : = ',yytext); writeln('ERREUR! Expression = incorrecte.'); Em1( ERREUR );yyabort;} ; ES : T {} | ES opadd T {Em1( $2 );} | ES '-' T {Em1( SUB );} ; T : F {} | T opmult F {Em1( $2 );} ; F : '(' E ')' {} | '-' F %prec moinsU {Em1( NEG );} | non F {Em1( LNEG );} | id '[' ES ']' {Em( CHK,Table[$1].Dim ); Em( LDC,Table[$1].Depl ); Em1( ADD ); Em1( MOV );} | lire {Em1( PLIRE );}=20 | id {IF ( Table[$1].Dim=3D1 ) THEN Em( LDO,Table[$1].Depl ) ELSE BEGIN writeln('ligne = ',yylineno,' : ',yytext); writeln('ERREUR! = Identificateur de dimension >1.'); Em1( ERREUR ); halt( 1 ); END;} | nb {Em( LDC,$1 );} ; M : ';' {$$:=3DPosition;} ; Malors : alors {$$:=3DPosition; Em1( FJP );} ; Msinon : sinon {$$:=3DPosition; Em1( UJP );} ; Mtantque : tantque {$$:=3DPosition;} ; Mfaire : faire {$$:=3DPosition; Em1( FJP );} ; %% {$I A:\Gallex.pas} (* chemin d'acc=E8s =E0 l'analyseur lexical *) (* D=E9clarations utiles pour r=E9colter le nom du fichier =E0 = traduire et pour construire le nom du fichier contenant la traduction. *) VAR Fichier:pathstr; Repertoire:dirstr; Nom:namestr; Extension:extstr; BEGIN clrscr; close( yyinput ); (* v=E9rifie si LexLib a effectivement ouvert = yyinput *) IF ( paramcount=3D0 ) THEN (* d=E9termine si un chemin d`acc=E8s = =E0 =E9t=E9 sp=E9cifi=E9 *) BEGIN writeln('Entrer le programme au clavier: '); writeln; reset( yyinput ); Fichier:=3Dfexpand( 'ECRAN' ); (* d=E9termine le nom du = fichier de sortie *) fsplit(Fichier,Repertoire,Nom,Extension); END ELSE BEGIN Fichier:=3Dfexpand( paramstr( 1 ) ); fsplit( Fichier,Repertoire,Nom,Extension ); IF Nom+Extension=3D'' THEN BEGIN writeln('Commande: GAL NomDuFichier[.GAL]'); halt( 1 ); END; IF Extension=3D'' THEN Extension:=3D'.GAL'; {$I-} assign( yyinput,Repertoire+nom+Extension ); reset( yyinput ); {$I+} IF IOresult<>0 THEN BEGIN write('ERREUR! Impossible d`ouvrir le fichier: '); write( Repertoire+Nom+Extension ); halt( 1 ); END; END; {$I-} assign( PCode,Repertoire+Nom+'.PCO' ); rewrite( PCode ); {$I+} IF ( IOresult<>0 ) THEN BEGIN writeln('ERREUR! Impossible d`ouvrir le fichier pour la = traduction.'); halt( 1 ); END; (* si on est arriv=E9 ici: les fichiers sont bien = ouverts *) Longueur:=3D0; Recherche:=3Dfalse; Em( INIT,1 ); (* d=E9but oblig=E9 d'un P-Code *) IF ( yyparse=3D0 ) THEN BEGIN writeln; writeln('Traduction terminee.'); END; close( PCode ); END.=20 ------=_NextPart_000_005F_01BEB0F6.026D1820 Content-Type: application/octet-stream; name="Gallex.bak" Content-Transfer-Encoding: quoted-printable Content-Disposition: attachment; filename="Gallex.bak" %{ (* ESCOFFIER Nicolas gr. 4 *) TYPE Chaine=3Dstring[25]; VAR Code:integer; (* pour la proc=E9dure standart Val *) (* D=E9claration des fonctions Ranger et Rechercher *) (* Les variables Table et Longueur sont d=E9finies dans GAL.Y Les autres d=E9clarations sont faites dans GAL.Y *) FUNCTION Rechercher ( S:Chaine;VAR Place:integer ):boolean; (* recherche la chaine de carct=E8re S dans la table des symboles : -si S est d=E9ja pr=E9sente alors elle renvoie TRUE -sinon, elle renvoie FALSE *) VAR Trouve:boolean; I:integer; BEGIN I:=3D0; Trouve:=3Dfalse; WHILE ( I<=3DLongueur ) AND ( I<=3DTMax ) AND NOT( Trouve ) DO BEGIN IF Table[I].Nom=3DS THEN BEGIN Trouve:=3Dtrue; Place:=3DI; END; I:=3DI+1; END; =20 Rechercher:=3DTrouve; END; FUNCTION Ranger ( S:Chaine ):boolean; (* range si necessaire la chaine de caract=E8res S dans la table des symboles: -si S est d=E9ja pr=E9sente alors elle renvoie FALSE et ne modifie pas la table -sinon, elle renvoie TRUE et range effectivement S =E0 la fin de la table *) VAR Empl:integer; BEGIN Ranger:=3Dfalse; Empl:=3D0; IF NOT( Rechercher( S,Empl ) ) THEN BEGIN IF ( Longueur=3D" begin yylval.yyinteger :=3D GEQ; return( oprel ); = end; "<=3D" begin yylval.yyinteger :=3D LEQ; return( oprel ); = end; "<" begin yylval.yyinteger :=3D LES; return( oprel ); = end; ">" begin yylval.yyinteger :=3D GRT; return( oprel ); = end; "<>" begin yylval.yyinteger :=3D NEQ; return( oprel ); = end; ":=3D" return( affect );=20 [" "\t\n]+ ; [0-9]+ begin val( yytext,yylval.yyinteger,Code ); if ( Code=3D0 ) then return( nb ) else begin writeln('ligne ',yylineno,' : ',yytext); writeln('ERREUR! Entier incorrect.'); Em1( ERREUR ); halt( 1 ); end; end; [A-Za-z][A-Za-z0-9]* begin if NOT( Recherche ) then begin Ranger( yytext ); end else begin if NOT( Rechercher( = yytext,yylval.yyinteger ) ) then begin writeln('ligne ',yylineno,' : = ',yytext); writeln('ERREUR! Identificateur = inconnu.'); Em1( ERREUR ); halt( 1 ); end; end; return( id ); end; ";"|":"|"-"|"("|")"|"["|"]" returnc( yytext[1] ); . begin writeln('ligne ',yylineno,' : ',yytext); writeln('ERREUR de syntaxe!'); Em1( ERREUR ); halt( 1 ); end; %% ------=_NextPart_000_005F_01BEB0F6.026D1820 Content-Type: application/octet-stream; name="gallex.l" Content-Transfer-Encoding: quoted-printable Content-Disposition: attachment; filename="gallex.l" %{ (* ESCOFFIER Nicolas gr. 4 *) TYPE Chaine=3Dstring[25]; VAR Code:integer; (* pour la proc=E9dure standard Val *) (* D=E9claration des fonctions Ranger et Rechercher *) (* Les variables Table et Longueur sont d=E9finies dans GAL.Y Les autres d=E9clarations sont faites dans GAL.Y *) FUNCTION Rechercher ( S:Chaine;VAR Place:integer ):boolean; (* recherche la chaine de carct=E8re S dans la table des symboles : -si S est d=E9ja pr=E9sente alors elle renvoie TRUE -sinon, elle renvoie FALSE *) VAR Trouve:boolean; I:integer; BEGIN I:=3D0; Trouve:=3Dfalse; WHILE ( I<=3DLongueur ) AND ( I<=3DTMax ) AND NOT( Trouve ) DO BEGIN IF Table[I].Nom=3DS THEN BEGIN Trouve:=3Dtrue; Place:=3DI; END; I:=3DI+1; END; =20 Rechercher:=3DTrouve; END; FUNCTION Ranger ( S:Chaine ):boolean; (* range si necessaire la chaine de caract=E8res S dans la table des symboles: -si S est d=E9ja pr=E9sente alors elle renvoie FALSE et ne modifie pas la table -sinon, elle renvoie TRUE et range effectivement S =E0 la fin de la table *) VAR Empl:integer; BEGIN Ranger:=3Dfalse; Empl:=3D0; IF NOT( Rechercher( S,Empl ) ) THEN BEGIN IF ( Longueur=3D" begin yylval.yyinteger :=3D GEQ; return( oprel ); = end; "<=3D" begin yylval.yyinteger :=3D LEQ; return( oprel ); = end; "<" begin yylval.yyinteger :=3D LES; return( oprel ); = end; ">" begin yylval.yyinteger :=3D GRT; return( oprel ); = end; "<>" begin yylval.yyinteger :=3D NEQ; return( oprel ); = end; ":=3D" return( affect );=20 [" "\t\n]+ ; [0-9]+ begin val( yytext,yylval.yyinteger,Code ); if ( Code=3D0 ) then return( nb ) else begin writeln('ligne ',yylineno,' : ',yytext); writeln('ERREUR! Entier incorrect.'); Em1( ERREUR ); halt( 1 ); end; end; [A-Za-z][A-Za-z0-9]* begin yytext :=3D Maj( yytext ); (* Mets yytext en majuscule de sorte que = tous les identificateurs seront trait=E9s en = majuscules *) if NOT( Recherche ) then begin Ranger( yytext ); end else begin if NOT( Rechercher( = yytext,yylval.yyinteger ) ) then begin writeln('ligne ',yylineno,' : = ',yytext); writeln('ERREUR! Identificateur = inconnu.'); Em1( ERREUR ); halt( 1 ); end; end; return( id ); end; ";"|":"|"-"|"("|")"|"["|"]" returnc( yytext[1] ); . begin writeln('ligne ',yylineno,' : ',yytext); writeln('ERREUR de syntaxe!'); Em1( ERREUR ); halt( 1 ); end; %% ------=_NextPart_000_005F_01BEB0F6.026D1820 Content-Type: application/octet-stream; name="Gallex.lst" Content-Transfer-Encoding: 7bit Content-Disposition: attachment; filename="Gallex.lst" 0 : [^\000\t\n "'-+\-0->A-[\]a-z] : 25 [\t "] : 24 '\n' : 20 '\'' : 11 [()\-;[\]] : 23 '*' : 15 '+' : 14 [0-9] : 21 ':' : 19 '<' : 18 '=' : 16 '>' : 17 [Aa] : 9 [B-DG-KMQUW-Zb-dg-kmquw-z] : 22 [Ee] : 6 [Ff] : 5 [Ll] : 10 [Nn] : 12 [Oo] : 13 [Pp] : 2 [Rr] : 3 [Ss] : 8 [Tt] : 7 [Vv] : 4 1 : [^\000\t\n "'-+\-0->A-[\]a-z] : 25 [\t "] : 24 '\n' : 20 '\'' : 11 [()\-;[\]] : 23 '*' : 15 '+' : 14 [0-9] : 21 ':' : 19 '<' : 18 '=' : 16 '>' : 17 [Aa] : 9 [B-DG-KMQUW-Zb-dg-kmquw-z] : 22 [Ee] : 6 [Ff] : 5 [Ll] : 10 [Nn] : 12 [Oo] : 13 [Pp] : 2 [Rr] : 3 [Ss] : 8 [Tt] : 7 [Vv] : 4 2* : 30 32 [0-9A-QS-Za-qs-z] : 27 [Rr] : 26 3* : 30 32 [0-9A-DF-Za-df-z] : 27 [Ee] : 28 4* : 30 32 [0-9B-Zb-z] : 27 [Aa] : 29 5* : 30 32 [0-9B-HJ-Zb-hj-z] : 27 [Aa] : 31 [Ii] : 30 6* : 30 32 [0-9ABD-MO-SU-Zabd-mo-su-z] : 27 [Cc] : 33 [Nn] : 32 [Tt] : 34 7* : 30 32 [0-9B-Zb-z] : 27 [Aa] : 35 8* : 30 32 [0-9A-HJ-Za-hj-z] : 27 [Ii] : 36 9* : 30 32 [0-9A-KM-Za-km-z] : 27 [Ll] : 37 10* : 30 32 [0-9A-HJ-Za-hj-z] : 27 [Ii] : 38 11* : 32 . : 39 '\n' : 40 12* : 30 32 [0-9A-NP-Za-np-z] : 27 [Oo] : 41 13* : 30 32 [0-9A-TV-Za-tv-z] : 27 [Uu] : 42 14* : 18 32 15* : 19 32 16* : 21 32 17* : 25 32 '=' : 43 18* : 24 32 '=' : 44 '>' : 45 19* : 31 32 '=' : 46 20* : 28 [\t\n "] : 20 21* : 29 32 [0-9] : 47 22* : 30 32 [0-9A-Za-z] : 27 23* : 31 32 24* : 28 32 [\t\n "] : 20 25* : 32 26* : 30 [0-9A-NP-Za-np-z] : 27 [Oo] : 48 27* : 30 [0-9A-Za-z] : 27 28* : 30 [0-9A-SU-Za-su-z] : 27 [Tt] : 49 29* : 30 [0-9A-QS-Za-qs-z] : 27 [Rr] : 50 30* : 30 [0-9A-MO-Za-mo-z] : 27 [Nn] : 51 31* : 30 [0-9A-HJ-Za-hj-z] : 27 [Ii] : 52 32* : 30 [0-9A-SU-Za-su-z] : 27 [Tt] : 53 33* : 30 [0-9A-QS-Za-qs-z] : 27 [Rr] : 54 34* : 20 30 [0-9A-Za-z] : 27 35* : 30 [0-9AC-MO-Zac-mo-z] : 27 [Bb] : 55 [Nn] : 56 36* : 7 30 [0-9A-MO-Za-mo-z] : 27 [Nn] : 57 37* : 30 [0-9A-NP-Za-np-z] : 27 [Oo] : 58 38* : 30 [0-9A-QS-Za-qs-z] : 27 [Rr] : 59 39 : '\'' : 60 40 : '\'' : 60 41* : 30 [0-9A-MO-Za-mo-z] : 27 [Nn] : 61 42* : 17 30 [0-9A-Za-z] : 27 43* : 22 44* : 23 45* : 26 46* : 27 47* : 29 [0-9] : 47 48* : 30 [0-9A-FH-Za-fh-z] : 27 [Gg] : 62 49* : 30 [0-9A-NP-Za-np-z] : 27 [Oo] : 63 50* : 30 [0-9A-HJ-Za-hj-z] : 27 [Ii] : 64 51* : 4 30 [0-9A-Za-z] : 27 52* : 30 [0-9A-QS-Za-qs-z] : 27 [Rr] : 65 53* : 30 [0-9A-HJ-Za-hj-z] : 27 [Ii] : 66 54* : 30 [0-9A-HJ-Za-hj-z] : 27 [Ii] : 67 55* : 30 [0-9A-KM-Za-km-z] : 27 [Ll] : 68 56* : 30 [0-9A-SU-Za-su-z] : 27 [Tt] : 69 57* : 30 [0-9A-NP-Za-np-z] : 27 [Oo] : 70 58* : 30 [0-9A-QS-Za-qs-z] : 27 [Rr] : 71 59* : 30 [0-9A-DF-Za-df-z] : 27 [Ee] : 72 60* : 15 61* : 16 30 [0-9A-Za-z] : 27 62* : 30 [0-9A-QS-Za-qs-z] : 27 [Rr] : 73 63* : 30 [0-9A-TV-Za-tv-z] : 27 [Uu] : 74 64* : 30 [0-9B-Zb-z] : 27 [Aa] : 75 65* : 30 [0-9A-DF-Za-df-z] : 27 [Ee] : 76 66* : 30 [0-9A-DF-Za-df-z] : 27 [Ee] : 77 67* : 30 [0-9A-QS-Za-qs-z] : 27 [Rr] : 78 68* : 30 [0-9A-DF-Za-df-z] : 27 [Ee] : 79 69* : 30 [0-9A-PR-Za-pr-z] : 27 [Qq] : 80 70* : 30 [0-9A-MO-Za-mo-z] : 27 [Nn] : 81 71* : 30 [0-9A-RT-Za-rt-z] : 27 [Ss] : 82 72* : 13 30 [0-9A-Za-z] : 27 73* : 30 [0-9B-Zb-z] : 27 [Aa] : 83 74* : 30 [0-9A-QS-Za-qs-z] : 27 [Rr] : 84 75* : 30 [0-9AC-Zac-z] : 27 [Bb] : 85 76* : 11 30 [0-9A-Za-z] : 27 77* : 30 [0-9A-QS-Za-qs-z] : 27 [Rr] : 86 78* : 30 [0-9A-DF-Za-df-z] : 27 [Ee] : 87 79* : 30 [0-9B-Zb-z] : 27 [Aa] : 88 80* : 30 [0-9A-TV-Za-tv-z] : 27 [Uu] : 89 81* : 9 30 [0-9A-Za-z] : 27 82* : 8 30 [0-9A-Za-z] : 27 83* : 30 [0-9A-LN-Za-ln-z] : 27 [Mm] : 90 84* : 30 [0-9A-MO-Za-mo-z] : 27 [Nn] : 91 85* : 30 [0-9A-KM-Za-km-z] : 27 [Ll] : 92 86* : 5 30 [0-9A-Za-z] : 27 87* : 12 30 [0-9ABD-Zabd-z] : 27 [Cc] : 93 88* : 30 [0-9A-TV-Za-tv-z] : 27 [Uu] : 94 89* : 30 [0-9A-DF-Za-df-z] : 27 [Ee] : 95 90* : 30 [0-9A-LN-Za-ln-z] : 27 [Mm] : 96 91* : 30 [0-9A-DF-Za-df-z] : 27 [Ee] : 97 92* : 30 [0-9A-DF-Za-df-z] : 27 [Ee] : 98 93* : 14 30 [0-9A-Za-z] : 27 94* : 6 30 [0-9A-Za-z] : 27 95* : 10 30 [0-9A-Za-z] : 27 96* : 30 [0-9A-DF-Za-df-z] : 27 [Ee] : 99 97* : 2 30 [0-9A-Za-z] : 27 98* : 30 [0-9A-RT-Za-rt-z] : 27 [Ss] : 100 99* : 1 30 [0-9A-Za-z] : 27 100* : 3 30 [0-9A-Za-z] : 27 ------=_NextPart_000_005F_01BEB0F6.026D1820 Content-Type: application/octet-stream; name="Gallex.pas" Content-Transfer-Encoding: quoted-printable Content-Disposition: attachment; filename="Gallex.pas" (* lexical analyzer template (TP Lex V3.0), V1.0 3-2-91 AG *) (* global definitions: *) (* ESCOFFIER Nicolas gr. 4 *) TYPE Chaine=3Dstring[25]; VAR Code:integer; (* pour la proc=E9dure standard Val *) (* D=E9claration des fonctions Ranger et Rechercher *) (* Les variables Table et Longueur sont d=E9finies dans GAL.Y Les autres d=E9clarations sont faites dans GAL.Y *) FUNCTION Rechercher ( S:Chaine;VAR Place:integer ):boolean; (* recherche la chaine de carct=E8re S dans la table des symboles : -si S est d=E9ja pr=E9sente alors elle renvoie TRUE -sinon, elle renvoie FALSE *) VAR Trouve:boolean; I:integer; BEGIN I:=3D0; Trouve:=3Dfalse; WHILE ( I<=3DLongueur ) AND ( I<=3DTMax ) AND NOT( Trouve ) DO BEGIN IF Table[I].Nom=3DS THEN BEGIN Trouve:=3Dtrue; Place:=3DI; END; I:=3DI+1; END; =20 Rechercher:=3DTrouve; END; FUNCTION Ranger ( S:Chaine ):boolean; (* range si necessaire la chaine de caract=E8res S dans la table des symboles: -si S est d=E9ja pr=E9sente alors elle renvoie FALSE et ne modifie pas la table -sinon, elle renvoie TRUE et range effectivement S =E0 la fin de la table *) VAR Empl:integer; BEGIN Ranger:=3Dfalse; Empl:=3D0; IF NOT( Rechercher( S,Empl ) ) THEN BEGIN IF ( Longueur' ]; s: 17), ( cc: [ 'A','a' ]; s: 9), ( cc: [ 'B'..'D','G'..'K','M','Q','U','W'..'Z','b'..'d', 'g'..'k','m','q','u','w'..'z' ]; s: 22), ( cc: [ 'E','e' ]; s: 6), ( cc: [ 'F','f' ]; s: 5), ( cc: [ 'L','l' ]; s: 10), ( cc: [ 'N','n' ]; s: 12), ( cc: [ 'O','o' ]; s: 13), ( cc: [ 'P','p' ]; s: 2), ( cc: [ 'R','r' ]; s: 3), ( cc: [ 'S','s' ]; s: 8), ( cc: [ 'T','t' ]; s: 7), ( cc: [ 'V','v' ]; s: 4), { 1: } ( cc: [ #1..#8,#11..#31,'!','#'..'&',',','.','/', '?','@','\','^'..'`','{'..#255 ]; s: 25), ( cc: [ #9,' ','"' ]; s: 24), ( cc: [ #10 ]; s: 20), ( cc: [ '''' ]; s: 11), ( cc: [ '(',')','-',';','[',']' ]; s: 23), ( cc: [ '*' ]; s: 15), ( cc: [ '+' ]; s: 14), ( cc: [ '0'..'9' ]; s: 21), ( cc: [ ':' ]; s: 19), ( cc: [ '<' ]; s: 18), ( cc: [ '=3D' ]; s: 16), ( cc: [ '>' ]; s: 17), ( cc: [ 'A','a' ]; s: 9), ( cc: [ 'B'..'D','G'..'K','M','Q','U','W'..'Z','b'..'d', 'g'..'k','m','q','u','w'..'z' ]; s: 22), ( cc: [ 'E','e' ]; s: 6), ( cc: [ 'F','f' ]; s: 5), ( cc: [ 'L','l' ]; s: 10), ( cc: [ 'N','n' ]; s: 12), ( cc: [ 'O','o' ]; s: 13), ( cc: [ 'P','p' ]; s: 2), ( cc: [ 'R','r' ]; s: 3), ( cc: [ 'S','s' ]; s: 8), ( cc: [ 'T','t' ]; s: 7), ( cc: [ 'V','v' ]; s: 4), { 2: } ( cc: [ '0'..'9','A'..'Q','S'..'Z','a'..'q','s'..'z' ]; s: 27), ( cc: [ 'R','r' ]; s: 26), { 3: } ( cc: [ '0'..'9','A'..'D','F'..'Z','a'..'d','f'..'z' ]; s: 27), ( cc: [ 'E','e' ]; s: 28), { 4: } ( cc: [ '0'..'9','B'..'Z','b'..'z' ]; s: 27), ( cc: [ 'A','a' ]; s: 29), { 5: } ( cc: [ '0'..'9','B'..'H','J'..'Z','b'..'h','j'..'z' ]; s: 27), ( cc: [ 'A','a' ]; s: 31), ( cc: [ 'I','i' ]; s: 30), { 6: } ( cc: [ '0'..'9','A','B','D'..'M','O'..'S','U'..'Z', 'a','b','d'..'m','o'..'s','u'..'z' ]; s: 27), ( cc: [ 'C','c' ]; s: 33), ( cc: [ 'N','n' ]; s: 32), ( cc: [ 'T','t' ]; s: 34), { 7: } ( cc: [ '0'..'9','B'..'Z','b'..'z' ]; s: 27), ( cc: [ 'A','a' ]; s: 35), { 8: } ( cc: [ '0'..'9','A'..'H','J'..'Z','a'..'h','j'..'z' ]; s: 27), ( cc: [ 'I','i' ]; s: 36), { 9: } ( cc: [ '0'..'9','A'..'K','M'..'Z','a'..'k','m'..'z' ]; s: 27), ( cc: [ 'L','l' ]; s: 37), { 10: } ( cc: [ '0'..'9','A'..'H','J'..'Z','a'..'h','j'..'z' ]; s: 27), ( cc: [ 'I','i' ]; s: 38), { 11: } ( cc: [ #1..#9,#11..#255 ]; s: 39), ( cc: [ #10 ]; s: 40), { 12: } ( cc: [ '0'..'9','A'..'N','P'..'Z','a'..'n','p'..'z' ]; s: 27), ( cc: [ 'O','o' ]; s: 41), { 13: } ( cc: [ '0'..'9','A'..'T','V'..'Z','a'..'t','v'..'z' ]; s: 27), ( cc: [ 'U','u' ]; s: 42), { 14: } { 15: } { 16: } { 17: } ( cc: [ '=3D' ]; s: 43), { 18: } ( cc: [ '=3D' ]; s: 44), ( cc: [ '>' ]; s: 45), { 19: } ( cc: [ '=3D' ]; s: 46), { 20: } ( cc: [ #9,#10,' ','"' ]; s: 20), { 21: } ( cc: [ '0'..'9' ]; s: 47), { 22: } ( cc: [ '0'..'9','A'..'Z','a'..'z' ]; s: 27), { 23: } { 24: } ( cc: [ #9,#10,' ','"' ]; s: 20), { 25: } { 26: } ( cc: [ '0'..'9','A'..'N','P'..'Z','a'..'n','p'..'z' ]; s: 27), ( cc: [ 'O','o' ]; s: 48), { 27: } ( cc: [ '0'..'9','A'..'Z','a'..'z' ]; s: 27), { 28: } ( cc: [ '0'..'9','A'..'S','U'..'Z','a'..'s','u'..'z' ]; s: 27), ( cc: [ 'T','t' ]; s: 49), { 29: } ( cc: [ '0'..'9','A'..'Q','S'..'Z','a'..'q','s'..'z' ]; s: 27), ( cc: [ 'R','r' ]; s: 50), { 30: } ( cc: [ '0'..'9','A'..'M','O'..'Z','a'..'m','o'..'z' ]; s: 27), ( cc: [ 'N','n' ]; s: 51), { 31: } ( cc: [ '0'..'9','A'..'H','J'..'Z','a'..'h','j'..'z' ]; s: 27), ( cc: [ 'I','i' ]; s: 52), { 32: } ( cc: [ '0'..'9','A'..'S','U'..'Z','a'..'s','u'..'z' ]; s: 27), ( cc: [ 'T','t' ]; s: 53), { 33: } ( cc: [ '0'..'9','A'..'Q','S'..'Z','a'..'q','s'..'z' ]; s: 27), ( cc: [ 'R','r' ]; s: 54), { 34: } ( cc: [ '0'..'9','A'..'Z','a'..'z' ]; s: 27), { 35: } ( cc: [ '0'..'9','A','C'..'M','O'..'Z','a','c'..'m', 'o'..'z' ]; s: 27), ( cc: [ 'B','b' ]; s: 55), ( cc: [ 'N','n' ]; s: 56), { 36: } ( cc: [ '0'..'9','A'..'M','O'..'Z','a'..'m','o'..'z' ]; s: 27), ( cc: [ 'N','n' ]; s: 57), { 37: } ( cc: [ '0'..'9','A'..'N','P'..'Z','a'..'n','p'..'z' ]; s: 27), ( cc: [ 'O','o' ]; s: 58), { 38: } ( cc: [ '0'..'9','A'..'Q','S'..'Z','a'..'q','s'..'z' ]; s: 27), ( cc: [ 'R','r' ]; s: 59), { 39: } ( cc: [ '''' ]; s: 60), { 40: } ( cc: [ '''' ]; s: 60), { 41: } ( cc: [ '0'..'9','A'..'M','O'..'Z','a'..'m','o'..'z' ]; s: 27), ( cc: [ 'N','n' ]; s: 61), { 42: } ( cc: [ '0'..'9','A'..'Z','a'..'z' ]; s: 27), { 43: } { 44: } { 45: } { 46: } { 47: } ( cc: [ '0'..'9' ]; s: 47), { 48: } ( cc: [ '0'..'9','A'..'F','H'..'Z','a'..'f','h'..'z' ]; s: 27), ( cc: [ 'G','g' ]; s: 62), { 49: } ( cc: [ '0'..'9','A'..'N','P'..'Z','a'..'n','p'..'z' ]; s: 27), ( cc: [ 'O','o' ]; s: 63), { 50: } ( cc: [ '0'..'9','A'..'H','J'..'Z','a'..'h','j'..'z' ]; s: 27), ( cc: [ 'I','i' ]; s: 64), { 51: } ( cc: [ '0'..'9','A'..'Z','a'..'z' ]; s: 27), { 52: } ( cc: [ '0'..'9','A'..'Q','S'..'Z','a'..'q','s'..'z' ]; s: 27), ( cc: [ 'R','r' ]; s: 65), { 53: } ( cc: [ '0'..'9','A'..'H','J'..'Z','a'..'h','j'..'z' ]; s: 27), ( cc: [ 'I','i' ]; s: 66), { 54: } ( cc: [ '0'..'9','A'..'H','J'..'Z','a'..'h','j'..'z' ]; s: 27), ( cc: [ 'I','i' ]; s: 67), { 55: } ( cc: [ '0'..'9','A'..'K','M'..'Z','a'..'k','m'..'z' ]; s: 27), ( cc: [ 'L','l' ]; s: 68), { 56: } ( cc: [ '0'..'9','A'..'S','U'..'Z','a'..'s','u'..'z' ]; s: 27), ( cc: [ 'T','t' ]; s: 69), { 57: } ( cc: [ '0'..'9','A'..'N','P'..'Z','a'..'n','p'..'z' ]; s: 27), ( cc: [ 'O','o' ]; s: 70), { 58: } ( cc: [ '0'..'9','A'..'Q','S'..'Z','a'..'q','s'..'z' ]; s: 27), ( cc: [ 'R','r' ]; s: 71), { 59: } ( cc: [ '0'..'9','A'..'D','F'..'Z','a'..'d','f'..'z' ]; s: 27), ( cc: [ 'E','e' ]; s: 72), { 60: } { 61: } ( cc: [ '0'..'9','A'..'Z','a'..'z' ]; s: 27), { 62: } ( cc: [ '0'..'9','A'..'Q','S'..'Z','a'..'q','s'..'z' ]; s: 27), ( cc: [ 'R','r' ]; s: 73), { 63: } ( cc: [ '0'..'9','A'..'T','V'..'Z','a'..'t','v'..'z' ]; s: 27), ( cc: [ 'U','u' ]; s: 74), { 64: } ( cc: [ '0'..'9','B'..'Z','b'..'z' ]; s: 27), ( cc: [ 'A','a' ]; s: 75), { 65: } ( cc: [ '0'..'9','A'..'D','F'..'Z','a'..'d','f'..'z' ]; s: 27), ( cc: [ 'E','e' ]; s: 76), { 66: } ( cc: [ '0'..'9','A'..'D','F'..'Z','a'..'d','f'..'z' ]; s: 27), ( cc: [ 'E','e' ]; s: 77), { 67: } ( cc: [ '0'..'9','A'..'Q','S'..'Z','a'..'q','s'..'z' ]; s: 27), ( cc: [ 'R','r' ]; s: 78), { 68: } ( cc: [ '0'..'9','A'..'D','F'..'Z','a'..'d','f'..'z' ]; s: 27), ( cc: [ 'E','e' ]; s: 79), { 69: } ( cc: [ '0'..'9','A'..'P','R'..'Z','a'..'p','r'..'z' ]; s: 27), ( cc: [ 'Q','q' ]; s: 80), { 70: } ( cc: [ '0'..'9','A'..'M','O'..'Z','a'..'m','o'..'z' ]; s: 27), ( cc: [ 'N','n' ]; s: 81), { 71: } ( cc: [ '0'..'9','A'..'R','T'..'Z','a'..'r','t'..'z' ]; s: 27), ( cc: [ 'S','s' ]; s: 82), { 72: } ( cc: [ '0'..'9','A'..'Z','a'..'z' ]; s: 27), { 73: } ( cc: [ '0'..'9','B'..'Z','b'..'z' ]; s: 27), ( cc: [ 'A','a' ]; s: 83), { 74: } ( cc: [ '0'..'9','A'..'Q','S'..'Z','a'..'q','s'..'z' ]; s: 27), ( cc: [ 'R','r' ]; s: 84), { 75: } ( cc: [ '0'..'9','A','C'..'Z','a','c'..'z' ]; s: 27), ( cc: [ 'B','b' ]; s: 85), { 76: } ( cc: [ '0'..'9','A'..'Z','a'..'z' ]; s: 27), { 77: } ( cc: [ '0'..'9','A'..'Q','S'..'Z','a'..'q','s'..'z' ]; s: 27), ( cc: [ 'R','r' ]; s: 86), { 78: } ( cc: [ '0'..'9','A'..'D','F'..'Z','a'..'d','f'..'z' ]; s: 27), ( cc: [ 'E','e' ]; s: 87), { 79: } ( cc: [ '0'..'9','B'..'Z','b'..'z' ]; s: 27), ( cc: [ 'A','a' ]; s: 88), { 80: } ( cc: [ '0'..'9','A'..'T','V'..'Z','a'..'t','v'..'z' ]; s: 27), ( cc: [ 'U','u' ]; s: 89), { 81: } ( cc: [ '0'..'9','A'..'Z','a'..'z' ]; s: 27), { 82: } ( cc: [ '0'..'9','A'..'Z','a'..'z' ]; s: 27), { 83: } ( cc: [ '0'..'9','A'..'L','N'..'Z','a'..'l','n'..'z' ]; s: 27), ( cc: [ 'M','m' ]; s: 90), { 84: } ( cc: [ '0'..'9','A'..'M','O'..'Z','a'..'m','o'..'z' ]; s: 27), ( cc: [ 'N','n' ]; s: 91), { 85: } ( cc: [ '0'..'9','A'..'K','M'..'Z','a'..'k','m'..'z' ]; s: 27), ( cc: [ 'L','l' ]; s: 92), { 86: } ( cc: [ '0'..'9','A'..'Z','a'..'z' ]; s: 27), { 87: } ( cc: [ '0'..'9','A','B','D'..'Z','a','b','d'..'z' ]; s: 27), ( cc: [ 'C','c' ]; s: 93), { 88: } ( cc: [ '0'..'9','A'..'T','V'..'Z','a'..'t','v'..'z' ]; s: 27), ( cc: [ 'U','u' ]; s: 94), { 89: } ( cc: [ '0'..'9','A'..'D','F'..'Z','a'..'d','f'..'z' ]; s: 27), ( cc: [ 'E','e' ]; s: 95), { 90: } ( cc: [ '0'..'9','A'..'L','N'..'Z','a'..'l','n'..'z' ]; s: 27), ( cc: [ 'M','m' ]; s: 96), { 91: } ( cc: [ '0'..'9','A'..'D','F'..'Z','a'..'d','f'..'z' ]; s: 27), ( cc: [ 'E','e' ]; s: 97), { 92: } ( cc: [ '0'..'9','A'..'D','F'..'Z','a'..'d','f'..'z' ]; s: 27), ( cc: [ 'E','e' ]; s: 98), { 93: } ( cc: [ '0'..'9','A'..'Z','a'..'z' ]; s: 27), { 94: } ( cc: [ '0'..'9','A'..'Z','a'..'z' ]; s: 27), { 95: } ( cc: [ '0'..'9','A'..'Z','a'..'z' ]; s: 27), { 96: } ( cc: [ '0'..'9','A'..'D','F'..'Z','a'..'d','f'..'z' ]; s: 27), ( cc: [ 'E','e' ]; s: 99), { 97: } ( cc: [ '0'..'9','A'..'Z','a'..'z' ]; s: 27), { 98: } ( cc: [ '0'..'9','A'..'R','T'..'Z','a'..'r','t'..'z' ]; s: 27), ( cc: [ 'S','s' ]; s: 100), { 99: } ( cc: [ '0'..'9','A'..'Z','a'..'z' ]; s: 27), { 100: } ( cc: [ '0'..'9','A'..'Z','a'..'z' ]; s: 27) ); yykl : array [0..yynstates-1] of Integer =3D ( { 0: } 1, { 1: } 1, { 2: } 1, { 3: } 3, { 4: } 5, { 5: } 7, { 6: } 9, { 7: } 11, { 8: } 13, { 9: } 15, { 10: } 17, { 11: } 19, { 12: } 20, { 13: } 22, { 14: } 24, { 15: } 26, { 16: } 28, { 17: } 30, { 18: } 32, { 19: } 34, { 20: } 36, { 21: } 37, { 22: } 39, { 23: } 41, { 24: } 43, { 25: } 45, { 26: } 46, { 27: } 47, { 28: } 48, { 29: } 49, { 30: } 50, { 31: } 51, { 32: } 52, { 33: } 53, { 34: } 54, { 35: } 56, { 36: } 57, { 37: } 59, { 38: } 60, { 39: } 61, { 40: } 61, { 41: } 61, { 42: } 62, { 43: } 64, { 44: } 65, { 45: } 66, { 46: } 67, { 47: } 68, { 48: } 69, { 49: } 70, { 50: } 71, { 51: } 72, { 52: } 74, { 53: } 75, { 54: } 76, { 55: } 77, { 56: } 78, { 57: } 79, { 58: } 80, { 59: } 81, { 60: } 82, { 61: } 83, { 62: } 85, { 63: } 86, { 64: } 87, { 65: } 88, { 66: } 89, { 67: } 90, { 68: } 91, { 69: } 92, { 70: } 93, { 71: } 94, { 72: } 95, { 73: } 97, { 74: } 98, { 75: } 99, { 76: } 100, { 77: } 102, { 78: } 103, { 79: } 104, { 80: } 105, { 81: } 106, { 82: } 108, { 83: } 110, { 84: } 111, { 85: } 112, { 86: } 113, { 87: } 115, { 88: } 117, { 89: } 118, { 90: } 119, { 91: } 120, { 92: } 121, { 93: } 122, { 94: } 124, { 95: } 126, { 96: } 128, { 97: } 129, { 98: } 131, { 99: } 132, { 100: } 134 ); yykh : array [0..yynstates-1] of Integer =3D ( { 0: } 0, { 1: } 0, { 2: } 2, { 3: } 4, { 4: } 6, { 5: } 8, { 6: } 10, { 7: } 12, { 8: } 14, { 9: } 16, { 10: } 18, { 11: } 19, { 12: } 21, { 13: } 23, { 14: } 25, { 15: } 27, { 16: } 29, { 17: } 31, { 18: } 33, { 19: } 35, { 20: } 36, { 21: } 38, { 22: } 40, { 23: } 42, { 24: } 44, { 25: } 45, { 26: } 46, { 27: } 47, { 28: } 48, { 29: } 49, { 30: } 50, { 31: } 51, { 32: } 52, { 33: } 53, { 34: } 55, { 35: } 56, { 36: } 58, { 37: } 59, { 38: } 60, { 39: } 60, { 40: } 60, { 41: } 61, { 42: } 63, { 43: } 64, { 44: } 65, { 45: } 66, { 46: } 67, { 47: } 68, { 48: } 69, { 49: } 70, { 50: } 71, { 51: } 73, { 52: } 74, { 53: } 75, { 54: } 76, { 55: } 77, { 56: } 78, { 57: } 79, { 58: } 80, { 59: } 81, { 60: } 82, { 61: } 84, { 62: } 85, { 63: } 86, { 64: } 87, { 65: } 88, { 66: } 89, { 67: } 90, { 68: } 91, { 69: } 92, { 70: } 93, { 71: } 94, { 72: } 96, { 73: } 97, { 74: } 98, { 75: } 99, { 76: } 101, { 77: } 102, { 78: } 103, { 79: } 104, { 80: } 105, { 81: } 107, { 82: } 109, { 83: } 110, { 84: } 111, { 85: } 112, { 86: } 114, { 87: } 116, { 88: } 117, { 89: } 118, { 90: } 119, { 91: } 120, { 92: } 121, { 93: } 123, { 94: } 125, { 95: } 127, { 96: } 128, { 97: } 130, { 98: } 131, { 99: } 133, { 100: } 135 ); yyml : array [0..yynstates-1] of Integer =3D ( { 0: } 1, { 1: } 1, { 2: } 1, { 3: } 3, { 4: } 5, { 5: } 7, { 6: } 9, { 7: } 11, { 8: } 13, { 9: } 15, { 10: } 17, { 11: } 19, { 12: } 20, { 13: } 22, { 14: } 24, { 15: } 26, { 16: } 28, { 17: } 30, { 18: } 32, { 19: } 34, { 20: } 36, { 21: } 37, { 22: } 39, { 23: } 41, { 24: } 43, { 25: } 45, { 26: } 46, { 27: } 47, { 28: } 48, { 29: } 49, { 30: } 50, { 31: } 51, { 32: } 52, { 33: } 53, { 34: } 54, { 35: } 56, { 36: } 57, { 37: } 59, { 38: } 60, { 39: } 61, { 40: } 61, { 41: } 61, { 42: } 62, { 43: } 64, { 44: } 65, { 45: } 66, { 46: } 67, { 47: } 68, { 48: } 69, { 49: } 70, { 50: } 71, { 51: } 72, { 52: } 74, { 53: } 75, { 54: } 76, { 55: } 77, { 56: } 78, { 57: } 79, { 58: } 80, { 59: } 81, { 60: } 82, { 61: } 83, { 62: } 85, { 63: } 86, { 64: } 87, { 65: } 88, { 66: } 89, { 67: } 90, { 68: } 91, { 69: } 92, { 70: } 93, { 71: } 94, { 72: } 95, { 73: } 97, { 74: } 98, { 75: } 99, { 76: } 100, { 77: } 102, { 78: } 103, { 79: } 104, { 80: } 105, { 81: } 106, { 82: } 108, { 83: } 110, { 84: } 111, { 85: } 112, { 86: } 113, { 87: } 115, { 88: } 117, { 89: } 118, { 90: } 119, { 91: } 120, { 92: } 121, { 93: } 122, { 94: } 124, { 95: } 126, { 96: } 128, { 97: } 129, { 98: } 131, { 99: } 132, { 100: } 134 ); yymh : array [0..yynstates-1] of Integer =3D ( { 0: } 0, { 1: } 0, { 2: } 2, { 3: } 4, { 4: } 6, { 5: } 8, { 6: } 10, { 7: } 12, { 8: } 14, { 9: } 16, { 10: } 18, { 11: } 19, { 12: } 21, { 13: } 23, { 14: } 25, { 15: } 27, { 16: } 29, { 17: } 31, { 18: } 33, { 19: } 35, { 20: } 36, { 21: } 38, { 22: } 40, { 23: } 42, { 24: } 44, { 25: } 45, { 26: } 46, { 27: } 47, { 28: } 48, { 29: } 49, { 30: } 50, { 31: } 51, { 32: } 52, { 33: } 53, { 34: } 55, { 35: } 56, { 36: } 58, { 37: } 59, { 38: } 60, { 39: } 60, { 40: } 60, { 41: } 61, { 42: } 63, { 43: } 64, { 44: } 65, { 45: } 66, { 46: } 67, { 47: } 68, { 48: } 69, { 49: } 70, { 50: } 71, { 51: } 73, { 52: } 74, { 53: } 75, { 54: } 76, { 55: } 77, { 56: } 78, { 57: } 79, { 58: } 80, { 59: } 81, { 60: } 82, { 61: } 84, { 62: } 85, { 63: } 86, { 64: } 87, { 65: } 88, { 66: } 89, { 67: } 90, { 68: } 91, { 69: } 92, { 70: } 93, { 71: } 94, { 72: } 96, { 73: } 97, { 74: } 98, { 75: } 99, { 76: } 101, { 77: } 102, { 78: } 103, { 79: } 104, { 80: } 105, { 81: } 107, { 82: } 109, { 83: } 110, { 84: } 111, { 85: } 112, { 86: } 114, { 87: } 116, { 88: } 117, { 89: } 118, { 90: } 119, { 91: } 120, { 92: } 121, { 93: } 123, { 94: } 125, { 95: } 127, { 96: } 128, { 97: } 130, { 98: } 131, { 99: } 133, { 100: } 135 ); yytl : array [0..yynstates-1] of Integer =3D ( { 0: } 1, { 1: } 25, { 2: } 49, { 3: } 51, { 4: } 53, { 5: } 55, { 6: } 58, { 7: } 62, { 8: } 64, { 9: } 66, { 10: } 68, { 11: } 70, { 12: } 72, { 13: } 74, { 14: } 76, { 15: } 76, { 16: } 76, { 17: } 76, { 18: } 77, { 19: } 79, { 20: } 80, { 21: } 81, { 22: } 82, { 23: } 83, { 24: } 83, { 25: } 84, { 26: } 84, { 27: } 86, { 28: } 87, { 29: } 89, { 30: } 91, { 31: } 93, { 32: } 95, { 33: } 97, { 34: } 99, { 35: } 100, { 36: } 103, { 37: } 105, { 38: } 107, { 39: } 109, { 40: } 110, { 41: } 111, { 42: } 113, { 43: } 114, { 44: } 114, { 45: } 114, { 46: } 114, { 47: } 114, { 48: } 115, { 49: } 117, { 50: } 119, { 51: } 121, { 52: } 122, { 53: } 124, { 54: } 126, { 55: } 128, { 56: } 130, { 57: } 132, { 58: } 134, { 59: } 136, { 60: } 138, { 61: } 138, { 62: } 139, { 63: } 141, { 64: } 143, { 65: } 145, { 66: } 147, { 67: } 149, { 68: } 151, { 69: } 153, { 70: } 155, { 71: } 157, { 72: } 159, { 73: } 160, { 74: } 162, { 75: } 164, { 76: } 166, { 77: } 167, { 78: } 169, { 79: } 171, { 80: } 173, { 81: } 175, { 82: } 176, { 83: } 177, { 84: } 179, { 85: } 181, { 86: } 183, { 87: } 184, { 88: } 186, { 89: } 188, { 90: } 190, { 91: } 192, { 92: } 194, { 93: } 196, { 94: } 197, { 95: } 198, { 96: } 199, { 97: } 201, { 98: } 202, { 99: } 204, { 100: } 205 ); yyth : array [0..yynstates-1] of Integer =3D ( { 0: } 24, { 1: } 48, { 2: } 50, { 3: } 52, { 4: } 54, { 5: } 57, { 6: } 61, { 7: } 63, { 8: } 65, { 9: } 67, { 10: } 69, { 11: } 71, { 12: } 73, { 13: } 75, { 14: } 75, { 15: } 75, { 16: } 75, { 17: } 76, { 18: } 78, { 19: } 79, { 20: } 80, { 21: } 81, { 22: } 82, { 23: } 82, { 24: } 83, { 25: } 83, { 26: } 85, { 27: } 86, { 28: } 88, { 29: } 90, { 30: } 92, { 31: } 94, { 32: } 96, { 33: } 98, { 34: } 99, { 35: } 102, { 36: } 104, { 37: } 106, { 38: } 108, { 39: } 109, { 40: } 110, { 41: } 112, { 42: } 113, { 43: } 113, { 44: } 113, { 45: } 113, { 46: } 113, { 47: } 114, { 48: } 116, { 49: } 118, { 50: } 120, { 51: } 121, { 52: } 123, { 53: } 125, { 54: } 127, { 55: } 129, { 56: } 131, { 57: } 133, { 58: } 135, { 59: } 137, { 60: } 137, { 61: } 138, { 62: } 140, { 63: } 142, { 64: } 144, { 65: } 146, { 66: } 148, { 67: } 150, { 68: } 152, { 69: } 154, { 70: } 156, { 71: } 158, { 72: } 159, { 73: } 161, { 74: } 163, { 75: } 165, { 76: } 166, { 77: } 168, { 78: } 170, { 79: } 172, { 80: } 174, { 81: } 175, { 82: } 176, { 83: } 178, { 84: } 180, { 85: } 182, { 86: } 183, { 87: } 185, { 88: } 187, { 89: } 189, { 90: } 191, { 91: } 193, { 92: } 195, { 93: } 196, { 94: } 197, { 95: } 198, { 96: } 200, { 97: } 201, { 98: } 203, { 99: } 204, { 100: } 205 ); var yyn : Integer; label start, scan, action; begin start: (* initialize: *) yynew; scan: (* mark positions and matches: *) for yyn :=3D yykl[yystate] to yykh[yystate] do yymark(yyk[yyn]); for yyn :=3D 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 :=3D yytl[yystate]; while (yyn<=3Dyyth[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 :=3D 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 :=3D yyretval; end(*yylex*); ------=_NextPart_000_005F_01BEB0F6.026D1820 Content-Type: application/octet-stream; name="max.gal" Content-Transfer-Encoding: 7bit Content-Disposition: attachment; filename="max.gal" PROGRAMme VARiables x:entier y:entier max:entier fin ecrirec('x'); ecrirec('='); ecrirec('?'); x:=lire; ecrirec('y'); ecrirec('='); ecrirec('?'); y:=lire; SI x > y ALORS max := x SINON max := y FIN; ecrirec('M'); ecrirec('a'); ecrirec('x'); ecrirec('('); ecrire(x); ecrirec(','); ecrire(y); ecrirec(')'); ecrirec('='); ecrire(max); retourne FIN ------=_NextPart_000_005F_01BEB0F6.026D1820 Content-Type: application/octet-stream; name="nmod2.gal" Content-Transfer-Encoding: 7bit Content-Disposition: attachment; filename="nmod2.gal" programme variables n:entier i:entier quitter:entier tab:tableau[100] fin n:=0; i:=0; tantque n<100 faire si n=2*i alors tab[n]:=0; i:=i+1 sinon tab[n]:=1 fin; n:=n+1 fin; quitter:=0; tantque quitter=0 faire n:=100; tantque (n>=100) ou (n<0) faire ecrirec('n'); ecrirec('='); ecrirec('('); ecrirec('<'); ecrirec('1'); ecrirec('0'); ecrirec('0'); ecrirec(')'); ecrirec('?'); n:=lire fin; ecrire(n); ecrirec(' '); ecrirec('m'); ecrirec('o'); ecrirec('d'); ecrirec(' '); ecrirec('2'); ecrirec('='); ecrire(tab[n]); ecrirec(' '); quitter:=2; tantque (quitter<>0) et (quitter<>1) faire ecrirec('q'); ecrirec('u'); ecrirec('i'); ecrirec('t'); ecrirec('t'); ecrirec('e'); ecrirec('r'); ecrirec('('); ecrirec('O'); ecrirec('-'); ecrirec('1'); ecrirec('/'); ecrirec('N'); ecrirec('-'); ecrirec('0'); ecrirec(')'); ecrirec('?'); quitter:=lire fin fin; retourne fin ------=_NextPart_000_005F_01BEB0F6.026D1820 Content-Type: application/msword; name="Projet TL 99.doc" 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