* iface/gspn/gspn.cc, iface/gspn/gspn.hh: New files. * iface/gspn/Makefile.am (libspotgspn_la_SOURCES): Add them.
104 lines
3.3 KiB
C
104 lines
3.3 KiB
C
#ifndef __GSPN_LIB_H__
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#define __GSPN_LIB_H__
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/* Header file defining functions for Spot API */
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#include <stdlib.h>
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#ifdef __cplusplus
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extern "C" {
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#endif
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/* -------------- Interface type definitions -------------- */
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typedef unsigned long AtomicProp;
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typedef AtomicProp * pAtomicProp;
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typedef enum {STATE_PROP,EVENT_PROP} AtomicPropKind;
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typedef AtomicPropKind * pAtomicPropKind;
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typedef unsigned long State;
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typedef State * pState;
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typedef struct EventPropSucc {
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State s;
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AtomicProp p;
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} EventPropSucc;
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#define EVENT_TRUE 0
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/* ----------------- Utility Functions --------------------*/
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/* Initialize data structures to work with model and properties
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MANDATORY : should be called before any other function in this library
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Non 0 return correspond to errors in initialization
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Call with arguments similar to WNRG/WNSRG/WNERG
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*/
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int initialize (int argc, char **argv);
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/* Close and cleanup after using the library */
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int finalize (void);
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/* ----------------- Property related Functions ----------------*/
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/* Returns the index of the property given as "name"
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Non zero return = error codes */
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int prop_index (const char * name, pAtomicProp propindex);
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/* Returns the type of "prop" in "kind"
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non zero return = error codes
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*/
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int prop_kind (const AtomicProp prop, pAtomicPropKind kind);
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/* ------------------ State Space Exploration -----------------*/
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/* Returns the identifier of the initial marking state */
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int initial_state (pState M0);
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/* Given a state "s" and a list of "props_size" property indexes
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"props" checks the truth value of every atomic property in "props"
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and returns in "truth" the truth value of these properties in the
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same order as the input, ONE CHAR PER TRUTH VALUE
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(i.e. sizeof(truth[]) = props_size).
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NB : the vector "truth" is allocated in this function
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*/
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int satisfy (const State s, const AtomicProp props [],
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unsigned char ** truth, size_t props_size);
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/* free the "truth" vector allocated by satisfy
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!!! NB: Don't forget to call me, or you will get a memory leak !!!
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*/
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int satisfy_free (unsigned char * truth);
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/* Calculates successors of a state "s" that can be reached by
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verifying at least one event property specified in
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"enabled_events". In our first implementation enabled events is
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discarded, and ALL successors will be returned. This behavior is
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also obtained by giving "TRUE" in the list of enabled events. Each
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successor is returned in a struct that gives the Event property
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verified by the transition fired to reach this marking; If a
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marking is reached by firing a transition observed by more than one
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event property, it will be returned in many copies: i.e. E1 and E2
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observe different firngs of transition t1; M1 is reached from M0
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by firing t1 with a binding observable by both E1 and E2 : succ
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(M0, [E1,E2] , ...) will return {[M1,E1],[M1,E2]}
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NB : "succ" vector is allocated in the function, use succ_free for
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memory release
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*/
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int succ (const State s,
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const AtomicProp enabled_events [], size_t enabled_events_size,
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EventPropSucc ** succ, size_t * succ_size);
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/* free the "succ" vector allocated by succ
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!!! NB: Don't forget to call me, or you will get a memory leak !!!
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*/
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int succ_free (EventPropSucc * succ);
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#ifdef __cplusplus
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}
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#endif /* __cplusplus */
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#endif /* __GSPN_LIB_H__ */
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