public void Execute_ValueAndFunction_CorrectValue()
{
var args = new FunctionScalarResolverArgs(new LiteralScalarResolver <string>("abcd"), new[] { new TextToUpper() });
var resolver = new FunctionScalarResolver <string>(args);
Assert.That(resolver.Execute(), Is.EqualTo("ABCD"));
}
public void Instantiate_FunctionArgs_FunctionResolver()
{
var args = new FunctionScalarResolverArgs(new LiteralScalarResolver <string>("myVar"), new INativeTransformation[] { });
var factory = new ScalarResolverFactory(null);
var resolver = factory.Instantiate <object>(args);
Assert.That(resolver, Is.TypeOf <FunctionScalarResolver <object> >());
}
public void Execute_ValueAndTwoFunctions_CorrectValue()
{
var args = new FunctionScalarResolverArgs(
new LiteralScalarResolver <string>(" abcd ")
, new INativeTransformation[] { new TextToTrim(), new TextToLength() }
);
var resolver = new FunctionScalarResolver <int>(args);
Assert.That(resolver.Execute(), Is.EqualTo(4));
}
public void Execute_FunctionPrecededByFormat_CorrectValue()
{
var variables = new Dictionary <string, ITestVariable>()
{
{ "myVar", new GlobalVariable(new CSharpScalarResolver <object>(new CSharpScalarResolverArgs("10*10"))) },
};
var args = new FunctionScalarResolverArgs(
new FormatScalarResolver(new FormatScalarResolverArgs(" V={@myVar:##.00} ", variables), new ServiceLocator())
, new INativeTransformation[] { new TextToTrim(), new TextToLength() }
);
var resolver = new FunctionScalarResolver <int>(args);
Assert.That(resolver.Execute(), Is.EqualTo(8));
}
