public void GetPort_Rpc_DefaultPort()
{
PortTypeUtils.ResetPorts();
var port = PortTypeUtils.GetPortNumber(EPortType.Rpc);
Assert.AreEqual(24533, port);
}
public void GetPort_MultichainD_DefaultPort()
{
PortTypeUtils.ResetPorts();
var port = PortTypeUtils.GetPortNumber(EPortType.MultichainD);
Assert.AreEqual(7211, port);
}
public void GetPortTwice_MultichainD_NextPort()
{
PortTypeUtils.ResetPorts();
PortTypeUtils.GetPortNumber(EPortType.MultichainD);
var port = PortTypeUtils.GetPortNumber(EPortType.MultichainD);
Assert.AreEqual(7212, port);
}
public void GetPortTwice_Rpc_NextPort()
{
PortTypeUtils.ResetPorts();
PortTypeUtils.GetPortNumber(EPortType.Rpc);
var port = PortTypeUtils.GetPortNumber(EPortType.Rpc);
Assert.AreEqual(24534, port);
}
public void ResetPorts_GetPortTwice_DefaultPort()
{
PortTypeUtils.ResetPorts();
var port1 = PortTypeUtils.GetPortNumber(EPortType.MultichainD);
PortTypeUtils.ResetPorts();
var port2 = PortTypeUtils.GetPortNumber(EPortType.MultichainD);
Assert.AreEqual(port1, port2);
}
/// <summary>
/// Returns the next available port for specified use.
/// Starts from a predefined value for enum
/// </summary>
/// <returns>An available TPC Port</returns>
public static int GetNewPort(EPortType type)
{
var ipGlobalProperties = IPGlobalProperties.GetIPGlobalProperties();
var tcpConnInfoArray = ipGlobalProperties.GetActiveTcpConnections();
while (true)
{
// Get port from tool
var port = PortTypeUtils.GetPortNumber(type);
// Check if our desired port is in use
if (tcpConnInfoArray.All(t => t.LocalEndPoint.Port != port))
{
// This port is good
return(port);
}
}
}
