private UlUT55AEthernetClient(
string name, int slaveAddr, int SlaveCount, int scanTime, EEthernetProtocol protocol, int timeout)
: base(name, scanTime, EEthernetProtocol.Tcp, timeout)
{
this.SlaveAddr = slaveAddr;
this.SlaveCount = SlaveCount;
tcpClient.ReceiveTimeout = timeout;
master = null;
Values = new float[SlaveCount][];
logStr = new StringBuilder(128);
dicRegRatio = new Dictionary <int, Dictionary <EUT55ARegisterAddress, float> >();
for (int i = 0; i < SlaveCount; i++)
{
Dictionary <EUT55ARegisterAddress, float> dic = new Dictionary <EUT55ARegisterAddress, float>();
foreach (EUT55ARegisterAddress reg in Enum.GetValues(typeof(EUT55ARegisterAddress)))
{
dic.Add(reg, csDefaultRatio);
}
dicRegRatio.Add(SlaveAddr + i, dic);
Values[i] = new float[csRegisterCount];
}
}
private UlGM10EthernetClient(
string name, int length, int scanTime, EEthernetProtocol protocol, int timeout)
: base(name, scanTime, protocol, timeout)
{
recvPacket = new UlGM10StringPacket(csMaxCount, InvalidFloatValue);
Values = new float[length];
}
public UlMasterKEthernetClient(
string name, IPEndPoint ipPoint, string block, int length, int scanTime,
EEthernetProtocol protocol = EEthernetProtocol.Tcp, int timeout = 1000)
: this(name, block, length, scanTime, protocol, timeout)
{
IpPoint = ipPoint;
}
private UlWT330EthernetClient(
string name, EWT330Phase phase, int scanTime, EEthernetProtocol protocol, int timeout)
: base(name, scanTime, protocol, timeout)
{
this.Phase = phase;
this.packet = " ";
Mode = EEthernetMode.Real;
Values = new float[ItemLength];
}
public UlWT330EthernetClient(
string name, EWT330Phase phase, IPEndPoint ipPoint,
int scanTime = 250,
EEthernetProtocol protocol = EEthernetProtocol.Tcp,
int timeout = 1000)
: this(name, phase, scanTime, protocol, timeout)
{
IpPoint = ipPoint;
}
private UlMasterKEthernetClient(
string name, string block, int length, int scanTime,
EEthernetProtocol protocol, int timeout)
: base(name, scanTime, protocol, timeout)
{
this.block = block;
this.length = length;
valuePacket = " ";
recvPacket = new StringBuilder(1024);
Values = new UInt16[length];
}
public UlMasterKEthernetClient(
string name, string ip, int port, string block, int length, int scanTime,
EEthernetProtocol protocol = EEthernetProtocol.Tcp, int timeout = 1000)
: this(name, block, length, scanTime, protocol, timeout)
{
try
{
IpPoint = new IPEndPoint(IPAddress.Parse(ip), port);
}
catch (Exception e)
{
Log(EEthernetLogItem.Exception, e.Message);
throw new MasterKException(
"Occurred invalid IP and Port in UlMasterKEthernetClient.Creater",
EMasterKException.InvalidIPandPort);
}
}
public UlWT330EthernetClient(
string name, EWT330Phase phase, string ip, int port,
int scanTime = 250,
EEthernetProtocol protocol = EEthernetProtocol.Tcp,
int timeout = 1000)
: this(name, phase, scanTime, protocol, timeout)
{
try
{
IpPoint = new IPEndPoint(IPAddress.Parse(ip), port);
}
catch (Exception e)
{
Log(EEthernetLogItem.Exception, e.Message);
throw new WT330Exception(
"Occurred invalid IP and Port in UlWT330EthernetClient.Creater",
EWT330Exception.InvalidIPandPort);
}
}
public UlEthernetClient(
string name, int scanTime, EEthernetProtocol protocol, int timeout)
{
InvalidFloatValue = float.NaN;
ScanTime = scanTime;
Protocol = protocol;
Timeout = timeout;
Name = name;
Mode = EEthernetMode.Real;
rand = new Random();
stopWatch = new Stopwatch();
CreateClient();
if (ScanTime > 0)
{
scaner = new UlEthernetScanerThread(this, ScanTime);
}
else
{
scaner = null;
}
Logging = EEthernetLogging.None;
logger = new UlLogger();
logger.Active = true;
logger.Path = "";
logger.FName = "EthernetClientLog";
logger.Clear();
logger.AddTag("CONNECT");
logger.AddTag("DISCONNECT");
logger.AddTag("PC->Device");
logger.AddTag("PC<-Device");
logger.AddTag("NOTE");
logger.AddTag("EXCEPTION");
}
