public void DecimalTypeConverterTests()
{
PrimitiveTypeConverter converter = new DecimalTypeConverter();
Assert.AreEqual(12.01m, converter.Parse("12.01"));
Assert.AreEqual("12.01", converter.ToString(12.01m));
}
public void DecimalTypeConverter_ConvertCoreWithEmptyString_Converts()
{
string source = string.Empty;
var result = DecimalTypeConverter.Convert(source);
Assert.IsTrue(result == 0);
}
public void DecimalTypeConverter_ConvertCoreWithNullString_Converts()
{
string source = null;
var result = DecimalTypeConverter.Convert(source);
Assert.IsTrue(result == 0);
}
public void DecimalTypeConverter_ConvertCoreWithValidString_Converts()
{
decimal number = 5;
string source = number.ToString();
var result = DecimalTypeConverter.Convert(source);
Assert.IsTrue(result == number);
}
public void Should_AppendDecimalTypeConverter_When_DecimalFieldIsAppended()
{
var layout = new LayoutDescriptor <PrimitiveTypesModel>()
.AppendField(x => x.decimalTest, fieldLength);
var field = layout.GetOrderedFields().FirstOrDefault();
var expectedType = new DecimalTypeConverter();
Assert.IsInstanceOfType(field.TypeConverter, expectedType.GetType());
}
public void TryConvertTo_result_is_default_if_value_is_null(DecimalTypeConverter sut)
{
_ = sut.TryConvertTo(null, out object result);
Assert.That(result, Is.EqualTo(default));
public void TryConvertTo_returns_true_if_value_is_null(DecimalTypeConverter sut)
{
var canConvert = sut.TryConvertTo(null, out _);
Assert.IsTrue(canConvert);
}