public void Execute_Numeric_TwoElements()
{
var resolvers = new List <IScalarResolver>()
{
new LiteralScalarResolver <decimal>(10),
new LiteralScalarResolver <decimal>(11),
new LiteralScalarResolver <decimal>(12),
new LiteralScalarResolver <decimal>(13),
};
var innerArgs = new ListSequenceResolverArgs(resolvers);
var innerResolver = new ListSequenceResolver <decimal>(innerArgs);
var predicate = new NumericModulo(false, 2, new LiteralScalarResolver <decimal>(0));
var args = new FilterSequenceResolverArgs(innerResolver, predicate, null);
var resolver = new FilterSequenceResolver <decimal>(args);
var elements = resolver.Execute();
Assert.That(elements.Count(), Is.EqualTo(2));
Assert.That(elements, Has.Member(10));
Assert.That(elements, Has.Member(12));
}
public void Execute_DateTime_TwoElements()
{
var resolvers = new List <IScalarResolver>()
{
new LiteralScalarResolver <string>("2014-01-01"),
new LiteralScalarResolver <string>("2015-01-01"),
new LiteralScalarResolver <string>("2016-01-01"),
new LiteralScalarResolver <string>("2017-01-01"),
};
var innerArgs = new ListSequenceResolverArgs(resolvers);
var innerResolver = new ListSequenceResolver <DateTime>(innerArgs);
var predicate = new DateTimeMoreThan(false, new LiteralScalarResolver <DateTime>("2015-06-01"));
var transformation = new NativeTransformer <DateTime>(new ServiceLocator(), null, new DateTimeToNextYear());
var args = new FilterSequenceResolverArgs(innerResolver, predicate, transformation);
var resolver = new FilterSequenceResolver <DateTime>(args);
var elements = resolver.Execute();
Assert.That(elements.Count(), Is.EqualTo(3));
Assert.That(elements, Has.Member(new DateTime(2015, 1, 1)));
Assert.That(elements, Has.Member(new DateTime(2016, 1, 1)));
Assert.That(elements, Has.Member(new DateTime(2017, 1, 1)));
}
