public void RtuOverIsolatedTest()
{
var model = new ModbusModel();
var scanner = new ModbusRTUScanner();
using (var server = new SerialModel(SlaveCOM, model, scanner))
using (var master = ModbusMaster.IsolatedRTU(new SerialSettings(MasterCOM)))
{
//race condition avoided by access order
H.SharedSlaveTest(model, master);
}
}
public void RtuExceptionOverIsolatedTest()
{
var model = new ModbusModel();
var scanner = new ModbusRTUScanner();
using (var server = new SerialModel(SlaveCOM, model, scanner))
using (var master = ModbusMaster.IsolatedRTU(new SerialSettings(MasterCOM)))
{
var ex = Assert.Throws <ModbusException>(() => H.SharedExceptionTest(master));
Assert.AreEqual("Modbus exception 2", ex.Message);
Assert.AreEqual(2, ex.Code);
}
}
public void RtuOverSocketTest()
{
var model = new ModbusModel();
var scanner = new ModbusRTUScanner();
using (var server = new TcpServerModel(model, scanner))
using (var client = new TcpClient())
{
client.Connect(IPAddress.Loopback, server.Port);
var stream = new ModbusSocketStream(client, 400);
var master = new ModbusMaster(stream, new ModbusRTUProtocol());
//race condition avoided by access order
H.SharedSlaveTest(model, master);
}
}
public void RtuExceptionOverSocketTest()
{
var model = new ModbusModel();
var scanner = new ModbusRTUScanner();
using (var server = new TcpServerModel(model, scanner))
using (var client = new TcpClient())
{
client.Connect(IPAddress.Loopback, server.Port);
var stream = new ModbusSocketStream(client, 400);
var master = new ModbusMaster(stream, new ModbusRTUProtocol());
var ex = Assert.Throws <ModbusException>(() => H.SharedExceptionTest(master));
Assert.AreEqual("Modbus exception 2", ex.Message);
Assert.AreEqual(2, ex.Code);
}
}
