void CloudBus::get_node_info(std::vector<GadgetronNodeInfo>& nodes)
{
update_node_info();
mtx_.acquire();
nodes = nodes_;
mtx_.release();
}
size_t CloudBus::get_number_of_nodes()
{
update_node_info();
size_t nodes;
mtx_.acquire();
nodes = nodes_.size();
mtx_.release();
return nodes;
}
/**
* Process a ping message
*
* \param[in] ping Ping to process
*/
static void
sup_process_ping(const sup_ping_t *ping)
{
sup_node_t *node;
#ifdef WITH_TRACE
__trace("<-- from node %u: incarnation=%hu", ping->sender, ping->incarnation);
sup_view_debug(&ping->view);
#endif
EXA_ASSERT(sup_check_ping(ping, 'R'));
node = sup_cluster_node(&cluster, ping->sender);
if (node == NULL)
{
/* First time the node is seen, let's add it to the cluster */
sup_cluster_add_node(&cluster, ping->sender);
node = sup_cluster_node(&cluster, ping->sender);
EXA_ASSERT(node);
}
if (node != self)
update_node_info(node, ping);
switch (self->view.state)
{
case SUP_STATE_UNKNOWN:
/* Can't possibly be in UNKNOWN state */
EXA_ASSERT(false);
break;
case SUP_STATE_CHANGE:
state_change_process_ping(ping);
break;
case SUP_STATE_ACCEPT:
state_accept_process_ping(ping);
break;
case SUP_STATE_COMMIT:
state_commit_process_ping(ping);
break;
}
}
int main(int argc,char *argv[])
{
node_t node_inser_info;
sensor_t sensor_inser_info;
network_t network_inser_info;
memset(&node_inser_info,0,sizeof(node_t));
memset(&sensor_inser_info,0,sizeof(sensor_t));
memset(&network_inser_info,0,sizeof(network_t));
node_t node_info[10000];
sensor_t sensor_info[10000];
network_t network_info[10000];
memset(&node_info,0,sizeof(node_info));
memset(&sensor_info,0,sizeof(sensor_info));
memset(&network_info,0,sizeof(network_info));
MYSQL mysql;
get_db_handler(&mysql);
int num = 0;
node_inser_info.node_id = num;
node_inser_info.power = num;
node_inser_info.position.x = 50 + num % 10;
node_inser_info.position.y = 40 + num % 10;
strcpy(node_inser_info.network_name,"10.16.17.0");
strcpy(node_inser_info.work_state,"work");
strcpy(node_inser_info.node_status,"normal");
update_node_info(mysql,node_inser_info);
network_inser_info.node_id = num;
network_inser_info.parent_id = num;
network_inser_info.quality = 100;
strcpy(network_inser_info.network_name,"10.16.17.0");
update_network(mysql,network_inser_info);
for(num = 1;num <= 10;num++){
node_inser_info.node_id = num;
node_inser_info.power = 90 + num % 10;
node_inser_info.position.x = 50 + num % 10;
node_inser_info.position.y = 40 + num % 10;
strcpy(node_inser_info.network_name,"10.16.17.0");
strcpy(node_inser_info.work_state,"work");
strcpy(node_inser_info.node_status,"normal");
update_node_info(mysql,node_inser_info);
network_inser_info.node_id = num;
network_inser_info.parent_id = num - 1;
network_inser_info.quality = 100;
strcpy(network_inser_info.network_name,"10.16.17.0");
update_network(mysql,network_inser_info);
strcpy(sensor_inser_info.network_name,"10.16.17.0");
sensor_inser_info.node_id = num % 300;
sensor_inser_info.temp = 26 + num % 10;
sensor_inser_info.photo = 98 + num % 10;
sensor_inser_info.sound = 21 + num % 10;
sensor_inser_info.x_acc = 34 + num % 10;
sensor_inser_info.y_acc = 0 + num % 10;
sensor_inser_info.x_mag = 22 + num % 10;
sensor_inser_info.y_mag = 33 + num % 10;
insert_sense_record(mysql,sensor_inser_info);
}
printf("===================insert end=================\n");
long i,j,k,l;
for(l = 0; l< 10;l++){
//j = get_all_record(mysql,sensor_info);
//j = get_absolute_record(mysql,sensor_info,"10.16.17.0",99,"temp","2012-09-23 11:21:41","2012-09-23 11:21:42");
k = get_latest_record(mysql,sensor_info,"10.16.17.0",1,"sound");
//j = get_relative_record(mysql,sensor_info,"10.16.17.0",99,"temp","20120927220609",30);
j = get_all_node_info(mysql,node_info);
//j = get_network_info(mysql,network_info);
printf("j = %ld\n",j);
if(j==-1)
return -1;
else{
for(i = 0;i < j;i++){
printf("network_id:%d \t" ,node_info[i].network_id);
printf("network_name:%s \t" ,node_info[i].network_name);
printf("node_id:%d\t" ,node_info[i].node_id);
printf("parent_id:%d\t" ,node_info[i].parent_id);
printf("power:%d\t" ,node_info[i].power);
printf("position_x:%6.2lf\t" ,node_info[i].position.x);
printf("position_y:%6.2lf\t" ,node_info[i].position.y);
printf("\n");
//printf("network_id:%d \t" ,network_info[i].network_id);
//printf("network_name:%s \t" ,network_info[i].network_name);
//printf("node_id:%d \t" ,network_info[i].node_id);
//printf("parent_id:%d \t" ,network_info[i].parent_id);
//printf("quality:%d \t" ,network_info[i].quality);
//printf("\n");
}
for(i = 0;i< k;i++){
printf("network_id:%d\t" ,sensor_info[i].network_id);
printf("network_name:%s\t" ,sensor_info[i].network_name);
printf("node_id:%d\t" ,sensor_info[i].node_id);
printf("temp:%6.2lf\t" ,sensor_info[i].temp);
printf("photo:%6.2lf\t" ,sensor_info[i].photo);
printf("sound:%6.2lf\t" ,sensor_info[i].sound);
//printf("x_acc:%6.2lf\t" ,sensor_info[i].x_acc);
//printf("y_acc:%6.2lf\t" ,sensor_info[i].y_acc);
//printf("x_mag:%6.2lf\t" ,sensor_info[i].x_mag);
//printf("y_mag:%6.2lf\t" ,sensor_info[i].y_mag);
printf("insert_time:%s\t" ,sensor_info[i].time);
printf("\n");
}
}
sleep(1);
}
mysql_close(&mysql);
return 0;
}
