internal WeighNode(SPort _port, byte node_addr)
: base(_port, node_addr)
{
_lastweight = -1;
rand = new Random();
cnt_match = 0;
cnt_aderr = 0;
}
internal SubNode(SPort _port, byte node_id)
{
port = _port;
this.node_id = node_id;
errlist = "";
//to initial reg_table items from xml table
curr_conf = new Dictionary <string, Nullable <UInt32> >();
valfresh = new Dictionary <string, bool>();
ICollection <string> names = reg_type_tbl.Keys;
foreach (string name in names)
{
curr_conf[name] = null;
valfresh[name] = false;
}
port.InFrameHandlers[node_id] = HandleInFrame;
status = NodeStatus.ST_IDLE;
}
internal VibrateNode(SPort _port, byte node_addr) : base(_port, node_addr)
{
intf_byte = new Intf(0);
}
internal SubNode(SPort _port, byte node_id)
{
port = _port;
this.node_id = node_id;
errlist = "";
//to initial reg_table items from xml table
curr_conf = new Dictionary<string, Nullable<UInt32>>();
valfresh = new Dictionary<string, bool>();
ICollection<string> names = reg_type_tbl.Keys;
foreach (string name in names)
{
curr_conf[name] = null;
valfresh[name] = false;
}
port.InFrameHandlers[node_id] = HandleInFrame;
status = NodeStatus.ST_IDLE;
}
internal VibrateNode(SPort _port,byte node_addr): base(_port,node_addr)
{
intf_byte = new Intf(0);
}
internal WeighNode(SPort _port, byte node_addr)
: base(_port,node_addr)
{
_lastweight = -1;
rand = new Random();
cnt_match = 0;
cnt_aderr = 0;
}