Declarations of functions with implementations in reactor.c and reactor_threaded.c.
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| void | _lf_advance_tag (environment_t *env, tag_t next_tag) |
| | Advance from the current tag to the next.
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| event_t * | _lf_create_dummy_events (environment_t *env, tag_t tag) |
| | Create a dummy event with the specified tag.
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| bool | _lf_initialize_timer (environment_t *env, trigger_t *timer) |
| | Initialize the given timer.
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| bool | _lf_initialize_timers (environment_t *env) |
| | Initialize all the timers in the environment.
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| void | _lf_initialize_trigger_objects () |
| | Generated function that produces a table containing all triggers (i.e., inputs, timers, and actions).
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| trigger_handle_t | _lf_insert_reactions_for_trigger (environment_t *env, trigger_t *trigger, lf_token_t *token) |
| | Insert reactions triggered by trigger to the reaction queue.
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| void | _lf_invoke_reaction (environment_t *env, reaction_t *reaction, int worker) |
| | Invoke the specified reaction on the specified worker in the specified environment.
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| void | _lf_pop_events (environment_t *env) |
| | Pop all events from event_q with tag equal to current tag.
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| trigger_handle_t | _lf_schedule_at_tag (environment_t *env, trigger_t *trigger, tag_t tag, lf_token_t *token) |
| | Schedule an event at a specific tag (time, microstep).
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| trigger_handle_t | _lf_schedule_copy (environment_t *env, void *action, interval_t offset, void *value, size_t length) |
| | Schedule an action to occur with the specified value and time offset with a copy of the specified value.
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| trigger_handle_t | _lf_schedule_token (environment_t *env, void *action, interval_t extra_delay, lf_token_t *token) |
| | Schedule the specified action at a later tag with the specified token as a payload.
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| void | _lf_start_time_step (environment_t *env) |
| | Perform whatever is needed to start a time step.
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| void | _lf_trigger_reaction (environment_t *env, reaction_t *reaction, int worker_number) |
| | Trigger the specified reaction on the specified worker in the specified environment.
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| void | _lf_trigger_shutdown_reactions (environment_t *env) |
| | Trigger all the shutdown reactions in the specified environment.
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| void | _lf_trigger_startup_reactions (environment_t *env) |
| | Trigger all the startup reactions in the specified environment.
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| void | initialize_global () |
| | Initialize global variables and start tracing before calling the _lf_initialize_trigger_objects() function.
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| index_t | lf_combine_deadline_and_level (interval_t deadline, int level) |
| | Combine a deadline and a level into a single index for sorting in the reaction queue.
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| void | lf_create_environments (void) |
| | Create and initialize the required number of environments for the program.
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| void | lf_free (struct allocation_record_t **head) |
| | Free memory on the specified allocation record (a self struct).
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| event_t * | lf_get_new_event (environment_t *env) |
| | Get a new event.
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| void | lf_recycle_event (environment_t *env, event_t *e) |
| | Recycle the given event.
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| void | lf_replace_token (event_t *event, lf_token_t *token) |
| | Replace the token on the specified event with the specified token and free the old token.
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| void | lf_set_default_command_line_options (void) |
| | Generated function that optionally sets default command-line options.
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| void | lf_terminate_execution (environment_t *env) |
| | Function that is called when the program is about to exit.
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| int | process_args (int argc, const char *argv[]) |
| | Process the command-line arguments.
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| void | schedule_output_reactions (environment_t *env, reaction_t *reaction, int worker) |
| | Schedule the output reactions for the specified reaction in the specified environment.
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| void | termination (void) |
| | Perform final wrap-up on exit.
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Declarations of functions with implementations in reactor.c and reactor_threaded.c.
- Author
- Edward A. Lee
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Marten Lohstroh
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Soroush Bateni
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Mehrdad Niknami
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Alexander Schulz-Rosengarten
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Erling Rennemo Jellum
The functions declared in this file, as opposed to the ones in reactor.h, are not meant to be called by application programmers. They should be viewed as private functions that make up the C runtime. In some cases, the implementation of these functions is in reactor_common.c, and in other cases, alternative implementations are provided in reactor.c and reactor_threaded.c. A third possibility is that the function is code generated.