module Promelaparser_withexps: sig
.. end
type
token =
| |
PROMELA_OR |
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PROMELA_AND |
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PROMELA_NOT |
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PROMELA_TRUE |
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PROMELA_FALSE |
| |
PROMELA_NEVER |
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PROMELA_IF |
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PROMELA_FI |
| |
PROMELA_GOTO |
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PROMELA_SKIP |
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PROMELA_LABEL of string |
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PROMELA_INT of string |
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PROMELA_COLON |
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PROMELA_SEMICOLON |
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PROMELA_DOUBLE_COLON |
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PROMELA_LBRACE |
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PROMELA_RBRACE |
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PROMELA_LPAREN |
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PROMELA_RPAREN |
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PROMELA_RIGHT_ARROW |
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PROMELA_EQ |
| |
PROMELA_LT |
| |
PROMELA_GT |
| |
PROMELA_LE |
| |
PROMELA_GE |
| |
PROMELA_NEQ |
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PROMELA_PLUS |
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PROMELA_MINUS |
| |
PROMELA_DIV |
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PROMELA_STAR |
| |
PROMELA_MODULO |
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PROMELA_DOT |
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PROMELA_LEFT_SQUARE |
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PROMELA_RIGHT_SQUARE |
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PROMELA_CALLOF of string |
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PROMELA_RETURNOF of string |
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PROMELA_CALLORRETURNOF of string |
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EOF |
| |
PROMELA_FUNC |
val observed_states : (string, Promelaast.state) Hashtbl.t
val observed_vars : (string, string) Hashtbl.t
val observed_funcs : (string, string) Hashtbl.t
val observed_expressions : (string, Cil_types.exp * string * Cil_types.predicate) Hashtbl.t
type
observed_expr =
| |
Func_ret of string |
| |
Func_param of string * string list |
| |
Only_vars |
val observed_expr_is_param : observed_expr Pervasives.ref
val ident_count : int Pervasives.ref
val get_fresh_ident : unit -> string
val new_exp : Cil_types.exp_node -> Cil_types.exp
val yytransl_const : int array
val yytransl_block : int array
val yylhs : string
val yylen : string
val yydefred : string
val yydgoto : string
val yysindex : string
val yyrindex : string
val yygindex : string
val yytablesize : int
val yytable : string
val yycheck : string
val yynames_const : string
val yynames_block : string
val yyact : (Parsing.parser_env -> Obj.t) array
val yytables : Parsing.parse_tables
val promela : (Lexing.lexbuf -> token) ->
Lexing.lexbuf ->
Promelaast.buchautomata * (string, string) Hashtbl.t *
(string, string) Hashtbl.t