func NewNode(timeout time.Duration) (node *Node) {
logger := C.log_create(C.DNET_LOG_DEBUG)
config := C.struct_dnet_config{family: C.AF_INET, wait_timeout: C.uint(timeout.Seconds())}
config.log = &logger
node = &Node{config: config}
node.node = C.dnet_node_create(&node.config)
return
}
// NewNode returns new Node with a given Logger.
func NewNodeConfig(logfile string, level string, cfg *NodeConfig) (node *Node, err error) {
clevel := C.CString(level)
defer C.free(unsafe.Pointer(clevel))
clogfile := C.CString(logfile)
defer C.free(unsafe.Pointer(clogfile))
var dcfg C.struct_dnet_config
C.memset(unsafe.Pointer(&dcfg), 0, C.sizeof_struct_dnet_config)
dcfg.io_thread_num = C.int(cfg.IOThreadNum)
dcfg.nonblocking_io_thread_num = C.int(cfg.NonBlockingIOThreadNum)
dcfg.net_thread_num = C.int(cfg.NetThreadNum)
dcfg.wait_timeout = C.long(cfg.WaitTimeout)
dcfg.check_timeout = C.long(cfg.CheckTimeout)
dcfg.flags = C.int(cfg.Flags)
dcfg.stall_count = C.long(cfg.StallCount)
cnode := C.new_node_config(clogfile, clevel, &dcfg)
if cnode == nil {
err = fmt.Errorf("could not create node, please check stderr output")
return
}
node = &Node{cnode}
return
}
