/* * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * Gem-graph client * * Finite state machine header * * * * Copyright © 2021 Libre en Communs * * Copyright © 2024 Jean Sirmai * * * * This file is part of Gem-graph. * * * * This program is free software: you can redistribute it and/or modify it * * under the terms of the GNU Affero General Public License * * as publishedby the Free Software Foundation, * * either version 3 of the License, or (at your option) any later version. * * * * This program is distributed in the hope that it will be useful, * * but WITHOUT ANY WARRANTY; without even the implied warranty of * * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. * * See the GNU Affero General Public License for more details. * * * * You should have received a copy of the GNU Affero General Public License * * along with this program. If not, see . * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * */ #pragma once #include #include #include /******************************************************************************/ /* S T A T E M A C H I N E */ /******************************************************************************/ // called by widgets through signal functions enum fsm_select_EXEC_EDIT { EXEC, EDIT }; enum fsm_select_STATE_RULES_DATA { SYNTH, STATE, RULES, DATA }; enum fsm_select_STORE_RESTORE_RESET { STORE, RESTORE, RESET }; enum fsm_measure_type {DATE_RULE_EXEC, RULE_EXEC_NB, OBJECT_NB, ELAPSED_TIME }; #define n_rules 128 // arbitrary #define n_objects 32 // arbitrary too, #define n_situations 128 // and so on... typedef struct tool_list {int value; struct tool_list *suiv;} tool_list ; typedef struct data_list {int value; struct data_list *suiv;} data_list ; typedef struct disp_list {int value; struct disp_list *suiv;} disp_list ; // --------------------------------------------------------------- WIP ------ typedef struct unit {int event; struct unit *prev; struct unit *next;} unit; typedef struct {unit *first; unit *last;} journal; // structure d'accès au journal void fsm_journal_init (journal *l); // initialise void fsm_journal_clear (journal *l); // vide tout le journal int fsm_journal_push_back (journal *l, int event); // ajoute un évènement en fin de journal int fsm_journal_push_front (journal *l, int event); // ajoute un évènement en début de journal int fsm_journal_pop_back (journal *l); // retire un évènement en fin de journal int fsm_journal_pop_front (journal *l); // retire un évènement en début de journal int fsm_journal_length (journal l); // nombre d'évènements dans le journal void fsm_journal_seek (journal *jj, int event); // recherche un évènement dans le journal void fsm_journal_view (journal l); // affiche tout le journal void fsm_journal_test(); // --------------------------------------------------------------- WIP ------ // ref: sudo cat /var/log/messages // --------------------------------------------------------------- WIP ------ void fsm_init(); // def: fsm/dispatch; call: main; void fsm_engine_init(); // def: fsm/engine/engine; call main void fsm_preferences_init(); // def: fsm/prefer; call: fsm/dispatch; void fsm_measures_list_init(); // def: fsm/measure/manage.c; call: fsm/dispatch; void fsm_results_list_init(); // def: fsm/results; call: fsm/dispatch; void fsm_displayable_list_init(); // def: fsm/prefer; call: fsm/dispatch; int fsm_get_exec_edit(); // def: fsm/dispatch; call: signal; // widget/state/dispatch; // widget/rules/selected/dispatch; int fsm_get_state_rules_data(); // def: fsm/dispatch; call: signal; void fsm_set_exec_edit (int value);// def: fsm/dispatch; call: signal; void fsm_set_state_rules_data (int value); // def: fsm/dispatch; call: signal; void fsm_store_restore_reset (int choice, int value);// def: prefer; call: signal; bool fsm_get_preferences_state(); // def: fsm/dispatch; call: - - - void fsm_set_preferences_state (bool value); // def: fsm/dispatch; call: signal; // fsm/prefer; void fsm_add_measure (char *measure_name); // def: fsm/measure/manage.c; // call: widget/measure/dispatch; void fsm_add_result (char *result_name); // def: fsm/result; call: - - - void fsm_add_displayable (char *displayable_name);// def: fsm/prefer; call: fsm/prefer; void fsm_reset_all_situations_transparencies_at_value (int value); // provisoire... // def: fsm/prefer; call: signal; void fsm_msg (int choice, int value, char *string, int sub_automaton); // def: fsm/dispatch; call: fsm/dispatch; // fsm/measure; // fsm/result; // --------------------------------------------------------------- WIP ------ // def: measure/tool_list call: measure/tool_list (about the following functions...) void fsm_tools_list_insert (tool_list **tl, int value); int fsm_tools_list_pop (tool_list **tl); int fsm_tools_list_length (tool_list *tl); void fsm_tools_list_clear (tool_list **tl); void fsm_tools_list_view (tool_list *tl); void fsm_tools_list_test(); // def: measure/manage; call: measure/manage; // def: fsm/measure/manage/; call: rule exec void fsm_rule_trig_measure (int rule_id, int object_id, int measure_id); // --------------------------------------------------------------- WIP ------ void fsm_add_data (data_list d, int *p_data, int *p_target); int fsm_get_data (data_list d, int from, int to); void fsm_remove_data (data_list d, int *p_data); // --------------------------------------------------------------- WIP ------ void fsm_disp_add_chart (disp_list d, int *p_chart); int fsm_disp_get_chart (disp_list d, int from, int to); void fsm_disp_remove_chart (disp_list d, int *p_chart);