private void ShouldBeEquivalent(AnyOfExpression actual, AnyOfExpression expected)
{
actual.AnyOf.Length.Should().Be(expected.AnyOf.Length);
for (var i = 0; i < actual.AnyOf.Length; i++)
{
var actualChild = actual.AnyOf[i];
var expectedChild = expected.AnyOf[i];
ShouldBeEquivalent(actualChild, expectedChild);
}
}
public void Accept_mixed_logical_operators()
{
var json = $@"
{{
""anyOf"": [
{{
""allOf"": [
{{
""left"": ""DeviceType"",
""operator"": ""Equals"",
""right"": ""Breaker""
}},
{{
""left"": ""Hierarchy"",
""operator"": ""In"",
""right"": ""ATS""
}}
],
}},
{{
""left"": ""DeviceState"",
""operator"": ""NotIn"",
""right"": ""NormallyOpen,NormallyClosed""
}}
]
}}";
var expected = new AnyOfExpression()
{
AnyOf = new IConditionExpression[]
{
new AllOfExpression()
{
AllOf = new IConditionExpression[]
{
new LeafExpression()
{
Left = "DeviceType",
Operator = Operator.Equals,
Right = "Breaker",
RightSideIsExpression = false
},
new LeafExpression()
{
Left = "Hierarchy",
Operator = Operator.In,
Right = "ATS",
RightSideIsExpression = false
}
}
},
new LeafExpression()
{
Left = "DeviceState",
Operator = Operator.NotIn,
Right = "NormallyOpen,NormallyClosed"
}
}
};
Runner.RunScenario(
given => A_leaf_expression(json),
when => I_parse_json_expression(),
then => Parsed_expression_should_be(expected));
}
