public IEnumerable <IRunElement> Perceive(ITestClassCommand ntcc)
{
var securityAttribute = ntcc.TypeUnderTest.GetFirstCustomAttribute <NuwaServerCertificateAttribute>();
if (securityAttribute != null)
{
var elem = new SecurityOptionElement(securityAttribute.Certificate);
return(this.ToArray(elem));
}
else
{
return(this.Empty());
}
}
private bool TrySetupServer(int tryIndex, AppDomain sandbox, RunFrame frame)
{
string baseAddress;
string port = _portArranger.Reserve();
SecurityHelper.AddIpListen();
SecurityOptionElement securityElem = frame.GetFirstElement <SecurityOptionElement>();
if (securityElem != null)
{
SetupSecureEnvironment(securityElem.Certificate, port);
baseAddress = string.Format(SecureBaseAddressTemplate, Environment.MachineName, port);
frame.SetState(KeyIsSecuredServer, true);
}
else
{
baseAddress = string.Format(NormalBaseAddressTemplate, Environment.MachineName, port);
frame.SetState(KeyIsSecuredServer, false);
}
// looking into the RunFrames and search for TraceElement. if it exists
// set the tracer's type to the configuration otherwise skip this step
TraceElement traceElem = frame.GetFirstElement <TraceElement>();
Type traceType = null;
if (traceElem != null)
{
traceType = traceElem.TracerType;
}
KatanaSelfHostServerInitiator serverInitiator;
// create initiator in the sandbox
if (sandbox != null)
{
serverInitiator = sandbox.CreateInstanceAndUnwrap(
typeof(KatanaSelfHostServerInitiator).Assembly.FullName,
typeof(KatanaSelfHostServerInitiator).FullName)
as KatanaSelfHostServerInitiator;
}
else
{
serverInitiator = new KatanaSelfHostServerInitiator();
}
try
{
// set up the server
serverInitiator.Setup(
baseAddress,
TypeDescriptor.GetDesignatedMethod <NuwaKatanaConfigurationAttribute>(),
TypeDescriptor.ConfigureMethod,
traceType, GetDefaultRouteTemplate());
}
catch (Exception ex)
{
EventLog appLog = new System.Diagnostics.EventLog();
appLog.Source = "Nuwa Katana Self Host Test";
appLog.WriteEntry(string.Format("try index: {0}\nbase address: {1}\n message: {2}\n stack trace: {3}\n", tryIndex, baseAddress, ex.Message, ex.StackTrace),
EventLogEntryType.Error);
return(false);
}
frame.SetState(KeyReservedPort, port);
frame.SetState(KeyBaseAddresss, baseAddress);
frame.SetState(KeyServerInitiator, serverInitiator);
return(true);
}
protected override bool InitializeServer(RunFrame frame)
{
string baseAddress;
string port;
var sandbox = CreateFullTrustAppDomain();
frame.SetState(KeySandbox, sandbox);
// load test assemly into sandbox
if (sandbox != null && TypeDescriptor.TestAssembly != null)
{
sandbox.Load(TypeDescriptor.TestAssembly.GetName());
}
// setup security strategy and base address
port = _portArranger.Reserve();
SecurityHelper.AddIpListen();
SecurityOptionElement securityElem = frame.GetFirstElement <SecurityOptionElement>();
if (securityElem != null)
{
SetupSecureEnvironment(securityElem.Certificate, port);
baseAddress = string.Format(SecureBaseAddressTemplate, Environment.MachineName, port);
frame.SetState(KeyIsSecuredServer, true);
}
else
{
baseAddress = string.Format(NormalBaseAddressTemplate, Environment.MachineName, port);
frame.SetState(KeyIsSecuredServer, false);
}
// looking into the RunFrames and search for TraceElement. if it exists
// set the tracer's type to the configuration otherwise skip this step
TraceElement traceElem = frame.GetFirstElement <TraceElement>();
Type traceType = null;
if (traceElem != null)
{
traceType = traceElem.TracerType;
}
// create initiator in the sandbox
KatanaSelfHostServerInitiator serverInitiator;
if (sandbox != null)
{
serverInitiator = sandbox.CreateInstanceAndUnwrap(
typeof(KatanaSelfHostServerInitiator).Assembly.FullName,
typeof(KatanaSelfHostServerInitiator).FullName)
as KatanaSelfHostServerInitiator;
}
else
{
serverInitiator = new KatanaSelfHostServerInitiator();
}
// set up the server
serverInitiator.Setup(
baseAddress,
TypeDescriptor.GetDesignatedMethod <NuwaKatanaConfigurationAttribute>(),
TypeDescriptor.ConfigureMethod,
traceType, GetDefaultRouteTemplate());
frame.SetState(KeyReservedPort, port);
frame.SetState(KeyBaseAddresss, baseAddress);
frame.SetState(KeyServerInitiator, serverInitiator);
return(true);
}
