89 lines
3.8 KiB
OCaml
89 lines
3.8 KiB
OCaml
%{
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(* Partie recopiee dans le fichier CaML genere. *)
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(* Ouverture de modules exploites dans les actions *)
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(* Declarations de types, de constantes, de fonctions, d'exceptions exploites dans les actions *)
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%}
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/* Declaration des unites lexicales et de leur type si une valeur particuliere leur est associee */
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%token UL_MODEL
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%token UL_ACCOUV UL_ACCFER
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%token UL_SYSTEM
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%token UL_BLOCK
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%token UL_FLOW UL_FROM UL_TO
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%token UL_IN UL_OUT
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%token UL_INT UL_FLOAT UL_BOOLEAN
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%token UL_PAROUV UL_PARFER
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%token UL_CROOUV UL_CROFER
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%token UL_PTV UL_VIRG UL_PT2 UL_PT
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/* Defini le type des donnees associees a l'unite lexicale */
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%token <string> UL_IDENT
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%token <string> UL_PORT
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%token <int> UL_ENTIER
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/* Unite lexicale particuliere qui represente la fin du fichier */
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%token UL_FIN
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/* Type renvoye pour le nom terminal document */
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%type <unit> modele
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/* Le non terminal document est l'axiome */
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%start modele
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%% /* Regles de productions */
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modele : UL_MODEL UL_IDENT UL_ACCOUV loop_element UL_ACCFER UL_FIN { (print_endline "modele : UL_MODEL IDENT { loop_element } UL_FIN ") }
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element : bloc { (print_endline "element : bloc") }
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| systeme { (print_endline "element : systeme") }
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| flot { (print_endline "element : flot") }
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loop_element : /* Lambda */ { (print_endline "loop_element : /* Lambda */") }
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| element loop_element { (print_endline "loop_element : element loop_element") }
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bloc : UL_BLOCK UL_IDENT parametres UL_PTV { (print_endline "bloc : UL_BLOCK UL_IDENT parametres UL_PTV") }
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systeme : UL_SYSTEM UL_IDENT parametres UL_ACCOUV loop_element UL_ACCFER { (print_endline "systeme : UL_SYSTEM UL_IDENT parametres UL_ACCOUV loop_element UL_ACCFER") }
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parametres : UL_PAROUV port loop_port UL_PARFER { (print_endline "parametres : UL_PAROUV port loop_port UL_PARFER") }
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loop_port : /* Lambda */ { (print_endline "loop_port : /* Lambda */") }
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| UL_VIRG port loop_port { (print_endline "loop_port : UL_VIRG port loop_port") }
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port : UL_PORT UL_PT2 in_or_out type_ { (print_endline "port : UL_PORT UL_PT2 in_or_out type_") }
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in_or_out : UL_IN { (print_endline "in_or_out : UL_IN") }
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| UL_OUT { (print_endline "in_or_out : UL_OUT") }
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type_ : select_type option_entiers { (print_endline "type_ : select_type option_entiers") }
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select_type : UL_INT { (print_endline "select_type : UL_INT") }
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| UL_FLOAT { (print_endline "select_type : UL_FLOAT") }
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| UL_BOOLEAN { (print_endline "select_type : UL_BOOLEAN") }
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option_entiers : /* Lambda */ { (print_endline "option_entiers : /* Lambda */") }
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| UL_CROOUV UL_ENTIER loop_entier UL_CROFER { (print_endline "option_entiers : UL_CROOUV UL_ENTIER loop_entier UL_CROFER") }
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loop_entier : /* Lambda */ { (print_endline "loop_entier : /* Lambda */") }
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| UL_VIRG UL_ENTIER loop_entier { (print_endline "loop_entier : UL_VIRG UL_ENTIER loop_entier") }
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flot : UL_FLOW UL_PORT UL_FROM option_ident UL_PORT UL_TO option_loop_ident_port UL_PTV { (print_endline "flot : UL_FLOW UL_PORT UL_FROM option_ident UL_PORT UL_TO option_loop_ident_port UL_PTV") }
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option_ident : /* Lambda */ { (print_endline "option_ident : /* Lambda */") }
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| UL_IDENT UL_PT { (print_endline "option_ident : UL_IDENT UL_PT") }
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ident_port : option_ident UL_PORT { (print_endline "ident_port : option_ident UL_PORT") }
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loop_ident_port : /* Lambda */ { (print_endline "loop_ident_port : /* Lambda */") }
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| UL_VIRG ident_port loop_ident_port { (print_endline "loop_ident_port : UL_IDENT UL_PT") }
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option_loop_ident_port : /* Lambda */ { (print_endline "option_loop_ident_port : /* Lambda */") }
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| ident_port loop_ident_port { (print_endline "option_loop_ident_port : ident_port loop_ident_port") }
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%%
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