/*
* Function to set the sub state of state machine
*
* \param state Sub state to be set
* \param arg arguments to be set as part of set sub state
*/
void peer_search_initiator_set_sub_state(uint8_t state, void *arg)
{
peer_search_initiator_state_t new_state = (peer_search_initiator_state_t)state;
void (*handler_func_exit)(void);
void (*handler_func_init)(void * arg);
handler_func_exit = peer_search_initiator_state_table[node_info.sub_state].peer_state_exit;
/* Exit the old state */
if (new_state && handler_func_exit)
{
handler_func_exit();
}
/* Change and welcome to new sub state */
node_info.sub_state = new_state;
handler_func_init = peer_search_initiator_state_table[new_state].peer_state_init;
if (handler_func_init)
{
handler_func_init(arg);
}
}
/*
* \brief Function to set the main state of state machine
*
* \param state main state to be set
* \param arg argument passed in the state
*/
void set_main_state(main_state_t state, void *arg)
{
void (*handler_func_exit)(void);
void (*handler_func_init)(void *arg);
void (*handler_sub_state_set)(uint8_t state, void *arg);
handler_func_exit
= state_table[node_info.main_state].func_main_state_exit;
/* Exit the old state if not init state */
if (handler_func_exit && state) {
handler_func_exit();
}
/* Nullify all the previous tx call backs. In case of change in main
* state
* TX call back prevention is taken care here. If the state has sub
* states
* TX call back during sub state change must be taken care during sub
* state
* set exclusively
*/
node_info.transmitting = false;
/* Welcome to new state */
node_info.main_state = state;
handler_func_init = state_table[state].func_main_state_init;
/* Do init for new state and then change state */
if (handler_func_init) {
handler_func_init(arg);
}
handler_sub_state_set = state_table[state].func_sub_state_set;
if (handler_sub_state_set) {
handler_sub_state_set(0, arg);
}
}
