void main() { int item; printf("enter the value to be insert into the list:\n"); scanf("%d",&item); inserting(item); display(); }
void main() { int item,loc; printf("Enter the value to be insert into the list:\n"); scanf("%d",&item); printf("Enter the location at which %d to be inserted:\n",item); scanf("%d",&loc); inserting(item,loc); display(); }
int main(int argc, char const *argv[]) { struct Table T1; init(&T1); bool output; for (int i = 0; i < 10; i++) { output = inserting(i, &T1); } output = delete(5, &T1); output = delete(1, &T1); output = lookup(5, &T1); return 0; }
void main() { int item, i=1,n; printf(" Linked List\n ==========="); do { printf("\nEnter your choice..\n1.Insert a node \n2.Display \n3.Search a element \n4.Exit\n"); scanf("%d",&n); switch(n) { case 1:inserting();break; case 2:display();break; case 3:search();break; case 4:i=0; } } while(i==1); }
int RBS(const exlcm_sync_t * msg) /***************************************************************************** * Input : * Output : * Function : ******************************************************************************/ { struct timeval tv; // create timestruct exlcm_sync_t my_data; // create a struct to LCM switch(msg->operation) // statemachine of handling LCM packets { case BEACONSENDER: // case when beacon message is recieved tv = get_localrealtime(); // get timestamp for received packets rbs.realtime = (double)tv.tv_sec + (double)tv.tv_usec / (double)1000000; // calculate time in sec my_data = construct_msg(NODE,ALL_NODES,RECIEVER_TO_RECIEVER,rbs.realtime); // define send struct exlcm_sync_t_publish(lcm, SYNC_CHANNEL, &my_data); // publish the struct print_info(msg); // print all approprivately informations break; case RECIEVER_TO_RECIEVER: // case when nodes inform each other if(msg->sender != NODE) // ONly run RBS for others nodes { //printf("---------------- RECEIVER TO REVEVER SENDER ------------------------\n"); handle_linkedlist(msg); // handle list with packets if(inserting(msg, REMOTETIME, sample_remoterealtime(msg))) // inserting time for remote nodes printf("FAILURE IN INSERTING REMOTETIME \n"); if(getting(msg, DATASIZE, ZERO) == ZERO & rbs.nodes[msg->sender].reach_max == ZERO) // this is also run the first time { rbs.realtime_0 = rbs.realtime; // first time for current stored if(inserting(msg, LOCALTIME, 0)) // store realtime in nodes printf("FAILURE IN INSERTING REMOTETIME first run \n"); } else { if(inserting(msg, SCALETIME, rbs.realtime - rbs.realtime_0)) // store scalerealtime in nodes printf("FAILURE IN INSERTING SCALETIME \n"); } if(inserting(msg, LOCALTIME, rbs.realtime)) // store realtime in nodes printf("FAILURE IN INSERTING REALTIME \n"); if(inserting(msg, OFFSET, sample_remoterealtime(msg) - rbs.realtime)) // store offset (remote - current) printf("FAILURE IN INSERTING OFFSET \n"); mean_offset(rbs.nodes[msg->sender].end); // calculate meanoffset if(rbs.nodes[msg->sender].end->next != NULL) // skip first sample leastsquarelinarregression(rbs.nodes[msg->sender].end); // calculate leastsquareregression //printf("----------------END RECEIVER TO REVEVER SENDER ------------------------\n"); print_info(msg); // print all approprivately informations rbs.nodes[msg->sender].n++; // count x increment } break; default: break; } return 0; }