public void EndpointRegistry_should_not_report_endpoint_as_writable_if_no_Pass_policy()
{
var reg = new EndpointRegistry();
var deadline = Deadline.Now + TimeSpan.FromMinutes(30);
Assert.False(reg.IsWritable(TestActor)); // no policy
reg.RegisterWritableEndpoint(address1, TestActor, 42);
Assert.True(reg.IsWritable(TestActor)); // pass
reg.MarkAsFailed(TestActor, deadline);
Assert.False(reg.IsWritable(TestActor)); // Gated
reg.RegisterWritableEndpoint(address1, TestActor, 43); // restarted
Assert.True(reg.IsWritable(TestActor)); // pass
reg.MarkAsQuarantined(address1, 43, deadline);
Assert.False(reg.HasWritableEndpointFor(address1)); // Quarantined
}
public void EndpointRegistry_should_overwrite_Gated_policy_with_Pass_on_RegisterWritableEndpoint()
{
var reg = new EndpointRegistry();
var deadline = Deadline.Now + TimeSpan.FromMinutes(30);
var willBeGated = 42;
reg.RegisterWritableEndpoint(address1, TestActor, willBeGated);
Assert.NotNull(reg.WritableEndpointWithPolicyFor(address1));
Assert.True(reg.IsWritable(TestActor));
reg.MarkAsFailed(TestActor, deadline);
Assert.False(reg.IsWritable(TestActor));
var writableUid = 43;
reg.RegisterWritableEndpoint(address1, TestActor, writableUid);
Assert.True(reg.IsWritable(TestActor));
}
public void EndpointRegistry_must_be_able_to_register_writable_and_readonly_endpoint_correctly()
{
var reg = new EndpointRegistry();
Assert.Null(reg.ReadOnlyEndpointFor(address1));
Assert.Null(reg.WritableEndpointWithPolicyFor(address1));
Assert.Equal(actorA, reg.RegisterReadOnlyEndpoint(address1, actorA));
Assert.Equal(actorB, reg.RegisterWritableEndpoint(address1, actorB));
Assert.Equal(actorA, reg.ReadOnlyEndpointFor(address1));
Assert.Equal(actorB, reg.WritableEndpointWithPolicyFor(address1).AsInstanceOf<EndpointManager.Pass>().Endpoint);
Assert.False(reg.IsWritable(actorA));
Assert.True(reg.IsWritable(actorB));
Assert.True(reg.IsReadOnly(actorA));
Assert.False(reg.IsReadOnly(actorB));
}
public void EndpointRegistry_must_be_able_to_register_writable_and_readonly_endpoint_correctly()
{
var reg = new EndpointRegistry();
Assert.Null(reg.ReadOnlyEndpointFor(address1));
Assert.Null(reg.WritableEndpointWithPolicyFor(address1));
Assert.Equal(actorA, reg.RegisterReadOnlyEndpoint(address1, actorA));
Assert.Equal(actorB, reg.RegisterWritableEndpoint(address1, actorB));
Assert.Equal(actorA, reg.ReadOnlyEndpointFor(address1));
Assert.Equal(actorB, reg.WritableEndpointWithPolicyFor(address1).AsInstanceOf <EndpointManager.Pass>().Endpoint);
Assert.False(reg.IsWritable(actorA));
Assert.True(reg.IsWritable(actorB));
Assert.True(reg.IsReadOnly(actorA));
Assert.False(reg.IsReadOnly(actorB));
}
public void EndpointRegistry_must_be_able_to_register_Gated_policy_for_an_address()
{
var reg = new EndpointRegistry();
Assert.Null(reg.WritableEndpointWithPolicyFor(address1));
reg.RegisterWritableEndpoint(address1, actorA);
var deadline = Deadline.Now;
reg.MarkAsFailed(actorA, deadline);
Assert.Equal(deadline, reg.WritableEndpointWithPolicyFor(address1).AsInstanceOf<EndpointManager.Gated>().TimeOfRelease);
Assert.False(reg.IsReadOnly(actorA));
Assert.False(reg.IsWritable(actorA));
}
public void EndpointRegistry_must_be_able_to_register_a_readonly_endpoint()
{
var reg = new EndpointRegistry();
Assert.Null(reg.ReadOnlyEndpointFor(address1));
Assert.Equal(actorA, reg.RegisterReadOnlyEndpoint(address1, actorA));
Assert.Equal(actorA, reg.ReadOnlyEndpointFor(address1));
Assert.Null(reg.WritableEndpointWithPolicyFor(address1));
Assert.False(reg.IsWritable(actorA));
Assert.True(reg.IsReadOnly(actorA));
Assert.False(reg.IsQuarantined(address1, 42));
}
public void EndpointRegistry_must_be_able_to_register_Gated_policy_for_an_address()
{
var reg = new EndpointRegistry();
Assert.Null(reg.WritableEndpointWithPolicyFor(address1));
reg.RegisterWritableEndpoint(address1, actorA);
var deadline = Deadline.Now;
reg.MarkAsFailed(actorA, deadline);
Assert.Equal(deadline, reg.WritableEndpointWithPolicyFor(address1).AsInstanceOf <EndpointManager.Gated>().TimeOfRelease);
Assert.False(reg.IsReadOnly(actorA));
Assert.False(reg.IsWritable(actorA));
}
public void EndpointRegistry_must_be_able_to_register_a_readonly_endpoint()
{
var reg = new EndpointRegistry();
Assert.Null(reg.ReadOnlyEndpointFor(address1));
Assert.Equal(actorA, reg.RegisterReadOnlyEndpoint(address1, actorA));
Assert.Equal(actorA, reg.ReadOnlyEndpointFor(address1));
Assert.Null(reg.WritableEndpointWithPolicyFor(address1));
Assert.False(reg.IsWritable(actorA));
Assert.True(reg.IsReadOnly(actorA));
Assert.False(reg.IsQuarantined(address1, 42));
}
public void EndpointRegistry_should_overwrite_Quarantine_policy_with_Pass_on_RegisterWritableEndpoint()
{
var reg = new EndpointRegistry();
var deadline = Deadline.Now + TimeSpan.FromMinutes(30);
var quarantinedUid = 42;
Assert.Null(reg.WritableEndpointWithPolicyFor(address1));
reg.MarkAsQuarantined(address1, quarantinedUid, deadline);
Assert.True(reg.IsQuarantined(address1, quarantinedUid));
var writableUid = 43;
reg.RegisterWritableEndpoint(address1, TestActor, writableUid);
Assert.True(reg.IsWritable(TestActor));
}
public void EndpointRegistry_must_be_able_to_register_a_writeable_endpoint_and_policy()
{
var reg = new EndpointRegistry();
Assert.Null(reg.WritableEndpointWithPolicyFor(address1));
Assert.Equal(actorA, reg.RegisterWritableEndpoint(address1, actorA));
Assert.IsType<EndpointManager.Pass>(reg.WritableEndpointWithPolicyFor(address1));
Assert.Equal(actorA, reg.WritableEndpointWithPolicyFor(address1).AsInstanceOf<EndpointManager.Pass>().Endpoint);
Assert.Null(reg.ReadOnlyEndpointFor(address1));
Assert.True(reg.IsWritable(actorA));
Assert.False(reg.IsReadOnly(actorA));
Assert.False(reg.IsQuarantined(address1, 42));
}
public void EndpointRegistry_must_be_able_to_register_a_writeable_endpoint_and_policy()
{
var reg = new EndpointRegistry();
Assert.Null(reg.WritableEndpointWithPolicyFor(address1));
Assert.Equal(actorA, reg.RegisterWritableEndpoint(address1, actorA));
Assert.IsType <EndpointManager.Pass>(reg.WritableEndpointWithPolicyFor(address1));
Assert.Equal(actorA, reg.WritableEndpointWithPolicyFor(address1).AsInstanceOf <EndpointManager.Pass>().Endpoint);
Assert.Null(reg.ReadOnlyEndpointFor(address1));
Assert.True(reg.IsWritable(actorA));
Assert.False(reg.IsReadOnly(actorA));
Assert.False(reg.IsQuarantined(address1, 42));
}
public void EndpointRegister_should_not_report_endpoint_as_writeable_if_no_Pass_policy()
{
var reg = new EndpointRegistry();
var deadline = Deadline.Now + TimeSpan.FromMinutes(30);
Assert.False(reg.IsWritable(TestActor)); // no policy
reg.RegisterWritableEndpoint(address1, TestActor, 42, null);
Assert.True(reg.IsWritable(TestActor)); // pass
reg.MarkAsFailed(TestActor, deadline);
Assert.False(reg.IsWritable(TestActor)); // Gated
reg.RegisterWritableEndpoint(address1, TestActor, 43, 42); // restarted
Assert.True(reg.IsWritable(TestActor)); // pass
reg.MarkAsQuarantined(address1, 43, deadline);
Assert.False(reg.HasWriteableEndpointFor(address1)); // Quarantined
}
public void EndpointRegistry_should_overwrite_Gated_policy_with_Pass_on_RegisterWritableEndpoint()
{
var reg = new EndpointRegistry();
var deadline = Deadline.Now + TimeSpan.FromMinutes(30);
var willBeGated = 42;
reg.RegisterWritableEndpoint(address1, TestActor, willBeGated, null);
Assert.NotNull(reg.WritableEndpointWithPolicyFor(address1));
Assert.True(reg.IsWritable(TestActor));
reg.MarkAsFailed(TestActor, deadline);
Assert.False(reg.IsWritable(TestActor));
var writableUid = 43;
reg.RegisterWritableEndpoint(address1, TestActor, writableUid, willBeGated);
Assert.True(reg.IsWritable(TestActor));
}
public void EndpointRegistry_should_overwrite_Quarantine_policy_with_Pass_on_RegisterWritableEndpoint()
{
var reg = new EndpointRegistry();
var deadline = Deadline.Now + TimeSpan.FromMinutes(30);
var quarantinedUid = 42;
Assert.Null(reg.WritableEndpointWithPolicyFor(address1));
reg.MarkAsQuarantined(address1, quarantinedUid, deadline);
Assert.True(reg.IsQuarantined(address1, quarantinedUid));
var writableUid = 43;
reg.RegisterWritableEndpoint(address1, TestActor, writableUid, quarantinedUid);
Assert.True(reg.IsWritable(TestActor));
}