//! get parameter
var* sci_bert::get(int param)
{
var* p_var_ivec = new var_ivec; // create var_ivec;
ivec &iv = (dynamic_cast<var_ivec *>(p_var_ivec))->v; // alias to vector
var* p_var_bvec = new var_bvec; // create var_vec;
bvec &bv = (dynamic_cast<var_bvec *>(p_var_bvec))->v; // alias to bvect
switch (param)
{
case SCI_SIZE:
case SCI_LENGTH:
iv.set_length(1);
iv[0] = get_length();
return(p_var_ivec);
case SCI_STATE:
bv = get_state();
return(p_var_bvec);
case SCI_SYMBOL_SIZE:
iv.set_length(1);
iv[0] = get_symbol_size();
return(p_var_ivec);
case SCI_THRESHOLD:
iv = get_threshold();
return(p_var_ivec);
case SCI_BER_CNT:
iv = get_ber_cnt();
return(p_var_ivec);
case SCI_BIT_CNT:
iv = get_bit_cnt();
return(p_var_ivec);
case SCI_METRICS:
iv.set_length(1);
iv[0] = get_metrics();
return(p_var_ivec);
case SCI_FSM:
iv.set_length(1);
iv[0] = get_fsm();
return(p_var_ivec);
case SCI_OUTPUT:
iv.set_length(1);
iv[0] = get_output();
return(p_var_ivec);
default:
throw sci_exception ("sci_bert::get - unknown param", param);
}
};
void _cmps_ctor()
{
fsm_t* machine = get_fsm();
//CONSTRUCTING
//example:
//cmp_cmdexecutor_ctor();
//CONNECTING
PRINTING_CONNECT_COMPONENTS;
//example:
//CMP_CONNECT(get_cmp_recorder()->send, get_cmp_groupcounter()->receier);
}
void program(struct arg_int *time)
{
int sec = 0;
/*Firing the FSM so lanch the program*/
get_fsm()->fire(EVENT_SETUP, NULL); /* TODO: if you have a config file use the path instead of null */
get_fsm()->fire(EVENT_START, NULL);
//If time argument is given the program terminates itself automatically
if(time->count){
INFOPRINT("The program is going to be terminated %d sec later", *(time->ival));
}
while(running){
thread_sleep(1000);
if(time->count && *(time->ival) < ++sec){
break;
}
}
get_fsm()->fire(EVENT_STOP, NULL);
get_fsm()->fire(EVENT_SHUTDOWN, NULL);
}
fsm_states_t _fsm_halt_trans(int32_t event, void *arg)
{
CMP_DEF_THIS(fsm_t, get_fsm());
switch(event)
{
case EVENT_SETUP:
_cmps_ctor();
_sys_setup((char_t*) arg);
return STATE_HALT;
case EVENT_START:
_sys_start();
return STATE_RUN;
case EVENT_SHUTDOWN:
_sys_shutdown();
_cmps_dtor();
return STATE_HALT;
default:
WARNINGPRINT("The event (%s) you required doesn't have transition in the current state (%s)", this->event_str, this->state_str);
break;
}
return this->current;
}
void _cmps_ntrt_ctor()
{
fsm_t* machine = get_fsm();
cmp_sniffer_ctor();
cmp_evaluator_ctor();
cmp_recorder_ctor();
cmp_accumulator_ctor();
cmp_groupcounter_ctor();
cmp_cmdexecutor_ctor();
//Bind:
PRINTING_CONNECT_COMPONENTS;
CMP_CONNECT(get_cmp_sniffer()->send, get_cmp_evaluator()->sniff_receiver);
CMP_CONNECT(get_cmp_evaluator()->send, get_cmp_accumulator()->record_receiver);
CMP_CONNECT(get_cmp_accumulator()->send_record, get_cmp_evaluator()->record_receiver);
CMP_CONNECT(get_cmp_recorder()->features_requester, get_cmp_accumulator()->features_requester);
CMP_CONNECT(get_cmp_sniffer()->send2groupcounter, get_cmp_groupcounter()->sniff_receiver);
CMP_CONNECT(get_cmp_recorder()->groupcounter_requester, get_cmp_groupcounter()->record_requester);
}
