void spike_to_net(spike_net_t *spike, Trode *t){
if(true){
char buff[4000];
int buff_size;
spikeToBuff(spike, buff, &buff_size, true);
if(false){
printf("buffsize: %d\n",buff_size);
for(int n = 0; n < buff_size; n++)
printf("%c",buff[n]);
printf("\n");
}
//printf("name %d ip %s port %d sockfd %d \n",t->name, t->my_netcomdat.host_ip, t->my_netcomdat.port, t->my_netcomdat.sockfd);
if(false){
printf("name %d sockfd %d\n", t->name, t->my_netcomdat.sockfd);
fflush(stdout);
}
NetCom::txBuff(t->my_netcomdat, buff, buff_size);
}
if(false){
NetCom::txSpike(t->my_netcomdat, spike);
}
}
int NetCom::txSpike(NetComDat net, spike_net_t *spike){
char spike_buff[MAX_SPIKE_NET_BUFF_SIZE];
int spike_buff_size;
spikeToBuff(spike, spike_buff, &spike_buff_size, true);
sendto( net.sockfd, spike_buff, spike_buff_size, 0, (sockaddr*) &(net.addr_in), sizeof( net.addr_in) );
return 0;
}
void spike_to_disk(spike_net_t *spike){
char buff[4000]; // TODO: get the right buffer size
int buff_size, n;
// TODO: Get this part thread-safe, needz mutex
spikeToBuff(spike, buff, &buff_size, false);
if(arte_disk_on){
pthread_mutex_lock(&main_file_mutex);
try_fwrite <char> (buff, buff_size, main_file);
pthread_mutex_unlock(&main_file_mutex);
}
}
