public void ParseValue_Should_Pass_When_Value(string typeName)
{
// arrange
INamedInputType type = CreateInputType(typeName);
// act
IValueNode literal = type.ParseValue(_geometry);
// assert
literal.ToString().MatchSnapshot();
}
public void ParseResult_Should_Pass_When_Serialized(string typeName)
{
// arrange
INamedInputType type = CreateInputType(typeName);
object? serialized = type.Serialize(_geometry);
// act
IValueNode literal = type.ParseResult(serialized);
// assert
literal.ToString().MatchSnapshot();
}
public void ParseValue_Should_Pass_When_Value(string typeName)
{
// arrange
var inputFormatter = new InputFormatter();
INamedInputType type = CreateInputType(typeName);
// act
IValueNode literal = inputFormatter.FormatValue(_geometry, type);
// assert
literal.ToString().MatchSnapshot();
}
public void ParseValue_Should_Pass_When_Serialized(string typeName)
{
// arrange
ILeafType type = CreateLeafType(typeName);
var serialized = type.Serialize(_geometry);
// act
IValueNode literal = type.ParseValue(serialized);
// assert
literal.ToString().MatchSnapshot();
}
public static IError ArgumentValueIsNotCompatible(
this IDocumentValidatorContext context,
ArgumentNode node,
IInputType locationType,
IValueNode valueNode)
{
return(ErrorBuilder.New()
.SetMessage(Resources.ErrorHelper_ArgumentValueIsNotCompatible)
.AddLocation(valueNode)
.SetPath(context.CreateErrorPath())
.SetExtension("argument", node.Name.Value)
.SetExtension("argumentValue", valueNode.ToString())
.SetExtension("locationType", locationType.Print())
.SpecifiedBy("sec-Values-of-Correct-Type")
.Build());
}
public override string ToString()
{
return($"Property: {property} = {value.ToString()}");
}