void boot(localnode* n)
{
printf("1\n");
//SockAddr bootAddr; //addr of bootstrap node
SockAddr thisaddr_upper; //addr of this node for upper layer access
//listen for connections
n->addr.port = NODELOCAL_DEFAULT_PORT_ROUTING_LAYER_PEER;
n->bootAddr.port = NODELOCAL_DEFAULT_PORT_ROUTING_LAYER_PEER;
n->port_upper = NODELOCAL_DEFAULT_PORT_ROUTING_LAYER_UPPER;
//get bootstrap node address
//getBootstraplocalnodeIp(&bootAddr);
if(ipaddr_cmp(&(n->bootAddr.ip), &n->addr.ip)==1 && n->bootAddr.port == n->addr.port) {
printf("cmp true, boot = this\n");
//listen on peer port
sw_listen(&n->addr);
thisaddr_upper = n->addr;
thisaddr_upper.port = n->port_upper;
//listen on upper port
sw_listen(&thisaddr_upper);
}
else {
//connect and save socket fd
//n->bsSfd = sw_conn(bootAddr);
//sw_listen(&n->addr); //mmm:uncomment it!
//n->bootAddr = bootAddr;
printf("before join\n");
join(n);
}
}
//-------------------------------------------------------------------------
HTTPServer* createServer(const char *device, std::vector<FMFileInfo> fileList)
{
fprintf(stderr, "createServer device: %s\n", (device ? device : "null"));
if (!device) return NULL;
//----------------
IFileAccess *dw = IFileAccess::createCached(IFileAccess::createCSS(device, fileList));
fprintf(stderr, "createServer IFileAccess: %p\n", dw);
if (!dw) return NULL;
//----------------
sw_socket *lst;
int port = gListeningPort;
int tryCount = 100;
while(tryCount > 0)
{
lst = sw_listen(port);
if (lst) break;
port++;
tryCount--;
}
fprintf(stderr, "createServer socket: %p\n", lst);
if (!lst)
{
fprintf(stderr, "No available ports...\n");
dw->destroy();
return NULL;
}
//----------------
HTTPServer *server = (HTTPServer *) malloc( sizeof(HTTPServer) );
fprintf(stderr, "createServer server: %p\n", server);
if (!server)
{
sw_close(lst);
dw->destroy();
return NULL;
}
server->lst = lst;
server->port = port;
server->dw = dw;
pthread_create(&server->thread, 0, (void *(*)(void*))acceptSocket, server);
return server;
}
