%{
#include  "y.tab.h"
#include <stdio.h>
#include <stdlib.h>
#include "list.h"
 
extern int yylval ;
unsigned  lineCount=0, wordCount=0, etats=0,etiquettes=0	; 
//   gcc list.c ;lex mainEs.l ;  gcc  lex.yy.c -o mainEs   -lfl
 //garder espaces:
 //listEtats etat|etat,listEtats
 //{listEtats} {	printf(" listeEtats:%s",yytext); } ;
 
%}


space [ ]+|[\t]+
 //:espace=p5
etat nul|Q[0-9]*
 //etendre cette def 
etiquette [a-z][a-zA-Z0-9]*
virgule \,
eol \n



%%

{virgule}  {  printf("\nvirgul:%s",yytext); return VIRGULE ; }  
{etat}  {printf("\netat:%s",yytext);  return ETAT;  } 
{etiquette}  { etiquettes++; printf("\netiqt:%s",yytext);






{listLabels_p ptrLablCour;
listLabels_p  label1;
 printf("\n Labels");   
if(!(ptrLablCour=NULL) ) { /*    ptrLablCour = malloc (ptrLablCour)    */    ;/* pr ne pas en creer à chaq nouveau label */ 
	
	 ptrLablCour=(listLabels_t*)malloc(sizeof(listLabels_t));
	 if ( !ptrLablCour)
	 {
	     printf("\nAllocation impossible");ptrLablCour->val="0000";printf("\nptrLablCour->val=",ptrLablCour->val);/* test AP malloc*/}
     }
     if ( ptrLablCour== NULL)
         //AP malloc
	 printf("ici");
	 return -1;  
//   if (label1!=((listLabels_p)malloc(sizeof(struct listLabels_t))))
   
     if (!(label1=(struct listLabels *) malloc(sizeof(struct listLabels))))
	 abort();
     printf("\n         dacodac");
  //   printf("\nlbl1 non nul et lbl$3=%d",$3);
     label1->prec = NULL; 
     label1->val="poubl"; 
     //printf("\nyytext=%s",yytext);
     //  int b=3; printf("b=is%s",b);
     label1->suiv=NULL;  
     ptrLablCour->suiv=label1; 
     (label1->prec)=ptrLablCour;
     ptrLablCour=label1;   /*  attention const char*  */ /*  =ptrLablCour=ptrLablCour+1  */    /*p63*/
     printf("fin labls"); }











return LABEL; }
{space}  { printf("\nspace ");  return SPACE;  } 
{eol}  { printf("\neol"); return EOL;}
 /*p33*/

 
%%










main(){//p37
	//voir non deterministe
	

  listLabels_t * label1;
  printf("insertion label1");




	
	
	
	FILE * file		 ;
	
	if (!(file=fopen("dat.dat", "r") ))
	{
		printf("Erreur")			;
		abort()					;
	}
	
	yyin=file				;
	printf("\nLecture OK2")			;
	printf("\nlbl lv y1 ")			;
//	yylex()					;
	
	
	
	
	
	
	int choix =1				;
	while( choix != (-1))
	{
		printf("\nMENU******************************************************")			;
		printf( "\n1)prendre MT\n2)afer(MT)\n\n0)Interpreteur de commandes \n-1:Sortir\n") ;		
		scanf("%i", &choix)			;
		switch(choix ) 
		{ printf("in switch");
			case -1:exit(0)				;
			case 1:
			{
			 printf("\nchoix 1=get MT")			; //stdin 

			 while(!feof(yyin))
			 { printf("\n             WHILE:\n");
			     printf("\nbefore parse\n");
			     //yyparse();//p17
			     //yylex();
			     printf("\nafter parse");


			 }
printf("\nSyntaxe de dat.dat OK");
//adequation:mem nb de case d'1 ligne sur l autre:





listLabels label1;
listLabels    *  uneListLabels;
uneListLabels=&label1;
printf("\nuneListLabels=%i",   uneListLabels);
enumListLabel(uneListLabels);

			
			 break;
			}
			
			default :
			printf("default")			;
			break					;
		}
	}
	printf("sortie")			;
	return (EXIT_SUCCESS)			;
}





typedef struct  listLabels
{
    struct listLabels * prec;
    //char * nom[30];
    char *  val;
    struct listLabels * suiv; 
    // listLabels_t, *listLabels_p;
} listLabels_t, *listLabels_p;
//typedef struct listLabels    listLabels_t;