void troca_bloq_to_ready(void) {
PCB pcb_bloq;
int pid_bloq = verifica_waiters();
while(pid_bloq>-1) {
printf("procurando waiters ### %d ###",pid_bloq); // debug
if(busca_pcb(&fifo_bloqs,pid_bloq,&pcb_bloq)!=-1) { // armazena pcb que vai ser liberado na variavel
remove_pcb(&fifo_bloqs,pid_bloq); // exclui determinado PCB da lista de bloqueados
insere_fifo(&fifo_aptos[pcb_bloq.prio], pcb_bloq);
}
pid_bloq = verifica_waiters();
}
}
/**
Procedure: commandCleanup
Purpose: Free Memory that is still allocated
Parameters: None
Return value: None
Calls: sys_free_mem, errorCheck
Globals: error
Errors: None
**/
void commandCleanup(){
//int error = sys_free_mem(userCommand); //!NOTE! - Display Errors
//error = errorCheck(error);
//printf("The error number is %d.\n", error); //test3------------------------------------------
LLitem * tempCurr;
int queueInt= 0;
if(queueInt == 0 || queueInt == 4){
tempCurr = head4;
if(tempCurr != NULL){
do{
error = remove_pcb(tempCurr->val);
if(error !=0){
break;
}
else{
error = free_pcb(tempCurr->val);
if(error != 0){
break;
}
else{
tempCurr = tempCurr->next;
}
}
}while(tempCurr != head4 && tempCurr != NULL);
}
}
if(queueInt == 0 || queueInt == 5){
tempCurr = head5;
if(tempCurr != NULL){
do{
error = remove_pcb(tempCurr->val);
if(error !=0){
break;
}
else{
error = free_pcb(tempCurr->val);
if(error != 0){
break;
}
else{
tempCurr = tempCurr->next;
}
}
}while(tempCurr != head5&& tempCurr != NULL);
}
}
if(queueInt == 0 || queueInt == 6){
tempCurr = head6;
if(tempCurr != NULL){
do{
error = remove_pcb(tempCurr->val);
if(error !=0){
break;
}
else{
error = free_pcb(tempCurr->val);
if(error != 0){
break;
}
else{
tempCurr = tempCurr->next;
}
}
}while(tempCurr != head6&& tempCurr != NULL);
}
}
if(queueInt == 0 || queueInt == 7){
tempCurr = head7;
if(tempCurr != NULL){
do{
error = remove_pcb(tempCurr->val);
if(error !=0){
break;
}
else{
error = free_pcb(tempCurr->val);
if(error != 0){
break;
}
else{
tempCurr = tempCurr->next;
}
}
}while(tempCurr != head7&& tempCurr != NULL);
}
}
}//end commandCleanup