public void MembershipWithIncludesAndExcludes()
{
var m0 = NewMembershipFromSegmentRefs(
new string[] { "key1", "key2" },
new string[] { "key2", "key3" }
);
// key1 is included; key2 is included and excluded, therefore it's included; key3 is excluded
var m1 = NewMembershipFromSegmentRefs(
new string[] { "key2", "key1" },
new string[] { "key3", "key2" }
);
Assert.NotSame(m0, m1);
TypeBehavior.AssertEqual(m0, m0);
Assert.True(m0.CheckMembership("key1"));
Assert.True(m0.CheckMembership("key2"));
Assert.False(m0.CheckMembership("key3"));
Assert.Null(m0.CheckMembership("key4"));
TypeBehavior.AssertNotEqual(m0, NewMembershipFromSegmentRefs(
new string[] { "key1", "key2" }, new string[] { "key2", "key3", "key4" }));
TypeBehavior.AssertNotEqual(m0, NewMembershipFromSegmentRefs(
new string[] { "key1", "key2", "key3" }, new string[] { "key2", "key3" }));
TypeBehavior.AssertNotEqual(m0, NewMembershipFromSegmentRefs(new string[] { "key1" }, null));
TypeBehavior.AssertNotEqual(m0, NewMembershipFromSegmentRefs(null, null));
}
public void EmptyMembership()
{
var m0 = NewMembershipFromSegmentRefs(null, null);
var m1 = NewMembershipFromSegmentRefs(new string[0], null);
var m2 = NewMembershipFromSegmentRefs(null, new string[0]);
Assert.Same(m0, m1);
Assert.Same(m0, m2);
TypeBehavior.AssertEqual(m0, m1);
Assert.Null(m0.CheckMembership("arbitrary"));
}
public void EqualsUsesDeepEqualityForArrays()
{
TypeBehavior.CheckEqualsAndHashCode(
() => LdValue.BuildArray().Add("a")
.Add(LdValue.BuildArray().Add("b").Add("c").Build())
.Build(),
() => LdValue.BuildArray().Add("a").Build(),
() => LdValue.BuildArray().Add("a").Add("b").Add("c").Build(),
() => LdValue.BuildArray().Add("a")
.Add(LdValue.BuildArray().Add("b").Add("x").Build())
.Build()
);
}
public void TestEqualsAndHashCodeForPrimitives()
{
TypeBehavior.CheckEqualsAndHashCode(
// each value in this list should be unequal to all the other values and equal to itself
() => LdValue.Null,
() => LdValue.Of(true),
() => LdValue.Of(false),
() => LdValue.Of(1),
() => LdValue.Of(2),
() => LdValue.Of("a"),
() => LdValue.Of("b")
);
}
public void MembershipWithSingleExcludeOnly()
{
var m0 = NewMembershipFromSegmentRefs(null, new string[] { "key1" });
var m1 = NewMembershipFromSegmentRefs(null, new string[] { "key1" });
Assert.NotSame(m0, m1);
TypeBehavior.AssertEqual(m0, m1);
Assert.False(m0.CheckMembership("key1"));
Assert.Null(m0.CheckMembership("key2"));
TypeBehavior.AssertNotEqual(m0, NewMembershipFromSegmentRefs(new string[] { "key1" }, null));
TypeBehavior.AssertNotEqual(m0, NewMembershipFromSegmentRefs(null, new string[] { "key2" }));
TypeBehavior.AssertNotEqual(m0, NewMembershipFromSegmentRefs(null, null));
}
public void TestEqualityAndHashCode()
{
TypeBehavior.CheckEqualsAndHashCode(
// each value in this list should be unequal to all the other values and equal to itself
() => EvaluationReason.OffReason,
() => EvaluationReason.FallthroughReason,
() => EvaluationReason.FallthroughReason.WithInExperiment(true),
() => EvaluationReason.RuleMatchReason(0, "rule1"),
() => EvaluationReason.RuleMatchReason(0, "rule1").WithInExperiment(true),
() => EvaluationReason.RuleMatchReason(0, "rule1").WithBigSegmentsStatus(BigSegmentsStatus.Stale),
() => EvaluationReason.RuleMatchReason(1, "rule2"),
() => EvaluationReason.PrerequisiteFailedReason("a"),
() => EvaluationReason.PrerequisiteFailedReason("b"),
() => EvaluationReason.ErrorReason(EvaluationErrorKind.FlagNotFound),
() => EvaluationReason.ErrorReason(EvaluationErrorKind.Exception)
);
}
public void MembershipWithMultipleIncludesOnly()
{
var m0 = NewMembershipFromSegmentRefs(new string[] { "key1", "key2" }, null);
var m1 = NewMembershipFromSegmentRefs(new string[] { "key2", "key1" }, null);
Assert.NotSame(m0, m1);
TypeBehavior.AssertEqual(m0, m1);
Assert.True(m0.CheckMembership("key1"));
Assert.True(m0.CheckMembership("key2"));
Assert.Null(m0.CheckMembership("key3"));
TypeBehavior.AssertNotEqual(m0, NewMembershipFromSegmentRefs(
new string[] { "key1", "key2" }, new string[] { "key3" }));
TypeBehavior.AssertNotEqual(m0, NewMembershipFromSegmentRefs(
new string[] { "key1", "key3" }, null));
TypeBehavior.AssertNotEqual(m0, NewMembershipFromSegmentRefs(new string[] { "key1" }, null));
TypeBehavior.AssertNotEqual(m0, NewMembershipFromSegmentRefs(null, null));
}
public void EqualsUsesDeepEqualityForObjects()
{
TypeBehavior.CheckEqualsAndHashCode(
() => LdValue.BuildObject()
.Add("a", "b")
.Add("c", LdValue.BuildObject().Add("d", "e").Build())
.Build(),
() => LdValue.BuildObject()
.Add("a", "b")
.Build(),
() => LdValue.BuildObject()
.Add("a", "b")
.Add("c", LdValue.BuildObject().Add("d", "e").Build())
.Add("f", "g")
.Build(),
() => LdValue.BuildObject()
.Add("a", "b")
.Add("c", LdValue.BuildObject().Add("d", "f").Build())
.Build()
);
}
public TypeBehaviorBuilder CreateInstancePerTestClass()
{
Behavior = new CreateInstancePerTestClass(Construct);
return this;
}
public TypeBehaviorBuilder CreateInstancePerCase()
{
Behavior = new CreateInstancePerCase(Construct);
return this;
}
public WrapBehavior(TypeBehaviorAction outer, TypeBehavior inner)
{
this.outer = outer;
this.inner = inner;
}
public WrapBehavior(TypeBehaviorAction outer, TypeBehavior inner)
{
this.outer = outer;
this.inner = inner;
}
public TypeBehaviorBuilder Wrap(TypeBehaviorAction outer)
{
Behavior = new WrapBehavior(outer, Behavior);
return(this);
}
public TypeBehaviorBuilder CreateInstancePerTestClass(Func <Type, object> construct)
{
Behavior = new CreateInstancePerTestClass(construct);
return(this);
}
public TypeBehaviorBuilder CreateInstancePerTestClass()
{
Behavior = new CreateInstancePerTestClass(Construct);
return(this);
}
public TypeBehaviorBuilder CreateInstancePerTestClass(Func<Type, object> construct)
{
Behavior = new CreateInstancePerTestClass(construct);
return this;
}
public TypeBehaviorBuilder Wrap(TypeBehaviorAction outer)
{
Behavior = new WrapBehavior(outer, Behavior);
return this;
}
public TypeBehaviorBuilder CreateInstancePerCase()
{
Behavior = new CreateInstancePerCase(Lifecycle.Construct);
return(this);
}
