public MelsecIoDevice(string options)
{
_tryCount = 1;
var config = ConfigHelper.GetConfig(options);
if (config is FxComConfig)
{
var comConfig = (FxComConfig)config;
_tryCount = comConfig.TryCount;
var port = new SerialPort(comConfig.PortName)
{
BaudRate = comConfig.BaudRate,
DataBits = comConfig.DataBits,
Parity = comConfig.Parity,
StopBits = comConfig.StopBits
};
_melsec = new FxCom(port, comConfig.Timeout, comConfig.MessageEndTimeout);
}
else if (config is FxEnetConfig)
{
var enetConfig = (FxEnetConfig)config;
_melsec = new FxEnet(enetConfig.Address, enetConfig.Timeout, enetConfig.MessageEndTimeout);
}
else if (config is QConfig)
{
var qConfig = (QConfig)config;
_melsec = new Q(qConfig.Address, qConfig.Port, qConfig.PcNumber, qConfig.NetworkNumber,
qConfig.Timeout, qConfig.MessageEndTimeout);
}
else
{
throw new NotSupportedException(string.Format("Config \"{0}\" is not supported", config.ConfigName));
}
}
public MelsecIoDevice(string options)
{
_tryCount = 1;
var config = ConfigHelper.GetConfig(options);
if (config is FxComConfig)
{
var comConfig = (FxComConfig) config;
_tryCount = comConfig.TryCount;
var port = new SerialPort(comConfig.PortName)
{
BaudRate = comConfig.BaudRate,
DataBits = comConfig.DataBits,
Parity = comConfig.Parity,
StopBits = comConfig.StopBits
};
_melsec = new FxCom(port, comConfig.Timeout, comConfig.MessageEndTimeout);
}
else if (config is FxEnetConfig)
{
var enetConfig = (FxEnetConfig) config;
_melsec = new FxEnet(enetConfig.Address, enetConfig.Port, enetConfig.Timeout, enetConfig.MessageEndTimeout);
}
else if (config is QConfig)
{
var qConfig = (QConfig) config;
_melsec = new Q(qConfig.Address, qConfig.Port, qConfig.PcNumber, qConfig.NetworkNumber,
qConfig.Timeout, qConfig.MessageEndTimeout);
}
else
{
throw new NotSupportedException(string.Format("Config \"{0}\" is not supported", config.ConfigName));
}
}
