public void ShouldClearTypeNameCacheOnConfigChange()
{
var microdotSerializationSecurityConfig = new MicrodotSerializationSecurityConfig {
AssemblyNamesRegexReplacements =
new List <MicrodotSerializationSecurityConfig.AssemblyNameToRegexReplacement>(new []
{
new MicrodotSerializationSecurityConfig.AssemblyNameToRegexReplacement("foobar", "buz")
})
};
var serializationConstraints =
new MicrodotSerializationConstraints(
() =>
{
return(microdotSerializationSecurityConfig);
});
var result = serializationConstraints.TryGetAssemblyNameAndTypeReplacement("bar", "foobar");
Assert.AreEqual("bar", result.AssemblyName);
Assert.AreEqual("buz", result.TypeName);
microdotSerializationSecurityConfig = new MicrodotSerializationSecurityConfig {
AssemblyNamesRegexReplacements =
new List <MicrodotSerializationSecurityConfig.AssemblyNameToRegexReplacement>(new []
{
new MicrodotSerializationSecurityConfig.AssemblyNameToRegexReplacement("foobar", "ding")
})
};
result = serializationConstraints.TryGetAssemblyNameAndTypeReplacement("bar", "foobar");
Assert.AreEqual("bar", result.AssemblyName);
Assert.AreEqual("ding", result.TypeName);
}
public void TryGetAssemblyNameAndTypeNameReplacementWhenReplacementExistsForFirstResult()
{
var microdotSerializationSecurityConfig = new MicrodotSerializationSecurityConfig {
AssemblyNamesRegexReplacements =
new List <MicrodotSerializationSecurityConfig.AssemblyNameToRegexReplacement>(new []
{
new MicrodotSerializationSecurityConfig.AssemblyNameToRegexReplacement("foobar", "buz"),
new MicrodotSerializationSecurityConfig.AssemblyNameToRegexReplacement("foobar", "bull"),
new MicrodotSerializationSecurityConfig.AssemblyNameToRegexReplacement("carmel", "gilboa"),
new MicrodotSerializationSecurityConfig.AssemblyNameToRegexReplacement("carmel", "megido"),
})
};
var serializationConstraints =
new MicrodotSerializationConstraints(
() =>
{
return(microdotSerializationSecurityConfig);
});
var result = serializationConstraints.TryGetAssemblyNameAndTypeReplacement("carmel", "foobar");
Assert.AreEqual("gilboa", result.AssemblyName);
Assert.AreEqual("buz", result.TypeName);
result = serializationConstraints.TryGetAssemblyAndTypeNameReplacementFromType(
typeof(string), "carmel", "foobar");
Assert.AreEqual("gilboa", result.AssemblyName);
Assert.AreEqual("buz", result.TypeName);
}
public void TryGetTypeNameReplacementWhenReplacementDoesNotExists()
{
var microdotSerializationSecurityConfig = new MicrodotSerializationSecurityConfig {
AssemblyNamesRegexReplacements =
new List <MicrodotSerializationSecurityConfig.AssemblyNameToRegexReplacement>(new []
{
new MicrodotSerializationSecurityConfig.AssemblyNameToRegexReplacement("mobar", "buz")
})
};
var serializationConstraints =
new MicrodotSerializationConstraints(
() =>
{
return(microdotSerializationSecurityConfig);
});
var result = serializationConstraints.TryGetAssemblyNameAndTypeReplacement("bar", "foobar");
Assert.AreEqual("bar", result.AssemblyName);
Assert.AreEqual("foobar", result.TypeName);
result = serializationConstraints.TryGetAssemblyAndTypeNameReplacementFromType(
typeof(string), "bar", "foobar");
Assert.AreEqual("bar", result.AssemblyName);
Assert.AreEqual("foobar", result.TypeName);
}
public void ShouldNotThrowIfTypeIsNotExcluded()
{
var serializationConstraints =
new MicrodotSerializationConstraints(
() => new MicrodotSerializationSecurityConfig
{
DeserializationForbiddenTypes = new[] { "foo" }.ToList()
});
Assert.DoesNotThrow(() => serializationConstraints.ThrowIfExcluded("bar"));
}
public async Task CreateListener_HttpsEnabled_CreationFailsNoCertificateFound()
{
var endpointDefinition = Substitute.For <IServiceEndPointDefinition>();
using (var httpPort = DisposablePort.GetPort())
using (var httpsPort = DisposablePort.GetPort())
{
endpointDefinition.HttpPort.Returns(ci => httpPort.Port);
endpointDefinition.HttpsPort.Returns(ci => httpsPort.Port); // HTTPS enabled by a non-null HTTPS port
endpointDefinition.ClientCertificateVerification.Returns(ci =>
ClientCertificateVerificationMode.VerifyIdenticalRootCertificate);
var certificateLocator = Substitute.For <ICertificateLocator>();
certificateLocator.GetCertificate(Arg.Any <string>()).Throws <Exception>();
var microdotSerializationConstraints = new MicrodotSerializationConstraints(() =>
new MicrodotSerializationSecurityConfig()
);
Assert.Throws <Exception>(() => new HttpServiceListener(Substitute.For <IActivator>(),
Substitute.For <IWorker>(),
endpointDefinition,
certificateLocator,
Substitute.For <ILog>(),
Enumerable.Empty <ICustomEndpoint>(),
Substitute.For <IEnvironment>(),
new JsonExceptionSerializer(
Substitute.For <IStackTraceEnhancer>(),
new JsonExceptionSerializationSettings(
new ExceptionHierarchySerializationBinder(
new MicrodotTypePolicySerializationBinder(
microdotSerializationConstraints
)
)
)
),
new ServiceSchema(),
() => new LoadShedding(),
Substitute.For <IServerRequestPublisher>(),
new CurrentApplicationInfo(
nameof(HttpServiceListenerTests),
Environment.UserName,
System.Net.Dns.GetHostName()),
() => new MicrodotHostingConfig(),
new MicrodotTypePolicySerializationBinder(microdotSerializationConstraints)
));
certificateLocator.Received(1).GetCertificate("Service");
}
}
public void ShouldThrowIfTypeIsExcluded()
{
var serializationConstraints =
new MicrodotSerializationConstraints(
() => new MicrodotSerializationSecurityConfig
{
DeserializationForbiddenTypes = new[] { "foo" }.ToList()
}
);
Assert.Throws <UnauthorizedAccessException>(() => serializationConstraints.ThrowIfExcluded("foo"));
Assert.Throws <UnauthorizedAccessException>(() => serializationConstraints.ThrowIfExcluded("barfoobuzz"));
Assert.Throws <UnauthorizedAccessException>(() => serializationConstraints.ThrowIfExcluded("barfOobuzz"));
}
