public void GetPoliciesTPolicy_with_predicate_should_return_multiple_policies_of_type_TPolicy_if_multiple_match_predicate()
{
Policy policyA = Policy.NoOp();
Policy policyB = Policy.Handle <Exception>().Retry();
Policy policyC = Policy.NoOp();
PolicyWrap wrap = policyA.Wrap(policyB.Wrap(policyC));
wrap.GetPolicies <NoOpPolicy>(_ => true).Should().BeEquivalentTo(new[] { policyA, policyC },
options => options
.WithStrictOrdering()
.Using <IsPolicy>(ctx => ctx.Subject.Should().BeSameAs(ctx.Expectation))
.WhenTypeIs <IsPolicy>());
}
public void Should_pass_all_nested_policies_from_PolicyWrap_in_same_order_they_were_added()
{
NoOpPolicy policy0 = Policy.NoOp();
NoOpPolicy policy1 = Policy.NoOp();
NoOpPolicy policy2 = Policy.NoOp();
PolicyWrap policyWrap = Policy.Wrap(policy0, policy1, policy2);
List <IsPolicy> policies = policyWrap.GetPolicies().ToList();
policies.Count.Should().Be(3);
policies[0].Should().Be(policy0);
policies[1].Should().Be(policy1);
policies[2].Should().Be(policy2);
}
public void GetPoliciesTPolicy_should_return_policies_of_type_TPolicy_matching_predicate()
{
CircuitBreakerPolicy policyA = Policy.Handle <Exception>().CircuitBreaker(1, TimeSpan.Zero);
Policy policyB = Policy.Handle <Exception>().Retry();
CircuitBreakerPolicy policyC = Policy.Handle <Exception>().CircuitBreaker(1, TimeSpan.Zero);
policyA.Isolate();
PolicyWrap wrap = policyA.Wrap(policyB.Wrap(policyC));
wrap.GetPolicies <CircuitBreakerPolicy>(p => p.CircuitState == CircuitState.Closed).Should().BeEquivalentTo(new[] { policyC },
options => options
.WithStrictOrdering()
.Using <IsPolicy>(ctx => ctx.Subject.Should().BeSameAs(ctx.Expectation))
.WhenTypeIs <IsPolicy>());
}