public void TestDecimalsMaximalFractionDigits()
{
var number = new FormatNumber();
number.Value = new MockAttribute(new Property("anumber"));
number.MaxFractionDigits = new MockAttribute(new Constant("5"));
_model.Model["anumber"] = 1.23456789m;
Assert.That(number.Evaluate(_model), Is.EqualTo("1.23457"));
_model.Model["anumber"] = 1.23m;
Assert.That(number.Evaluate(_model), Is.EqualTo("1.23"));
}
public void TestDecimalsMaximalIntegerDigits()
{
var number = new FormatNumber();
number.Value = new MockAttribute(new Property("anumber"));
number.MaxIntegerDigits = new MockAttribute(new Constant("10"));
number.GroupingUsed = new MockAttribute(new Constant("false"));
number.MaxFractionDigits = new MockAttribute(new Constant("0"));
_model.Model["anumber"] = 12345m;
Assert.That(number.Evaluate(_model), Is.EqualTo("12345"));
_model.Model["anumber"] = 1234567890123m;
Assert.That(number.Evaluate(_model), Is.EqualTo("4567890123"));
}
public void TestSimpleFormatOfIntWithGroupingExplicitTrueBigNumberWithDecimals()
{
var number = new FormatNumber();
number.Value = new MockAttribute(new Constant("123456789.876543"));
number.GroupingUsed = new MockAttribute(new Constant("true"));
Assert.That(number.Evaluate(_model), Is.EqualTo("123,456,789.88"));
}
public void TestSimpleFormatOfIntWithGroupingExplicitTrue()
{
var number = new FormatNumber();
number.Value = new MockAttribute(new Constant("1000"));
number.GroupingUsed = new MockAttribute(new Constant("true"));
Assert.That(number.Evaluate(_model), Is.EqualTo("1,000.00"));
}
public void TestSimpleFormatOfIntWithGroupingExplicitFalseBigNumber()
{
var number = new FormatNumber();
number.Value = new MockAttribute(new Constant("123456789"));
number.GroupingUsed = new MockAttribute(new Constant("false"));
Assert.That(number.Evaluate(_model), Is.EqualTo("123456789.00"));
}
public void TestFormatOfPercentageWithDecimals()
{
var number = new FormatNumber();
number.Value = new MockAttribute(new Property("anumber"));
number.Type = new MockAttribute(new Constant("Percentage"));
_model.Model["anumber"] = 0.012m;
Assert.That(number.Evaluate(_model), Is.EqualTo("1.20 %"));
}
public void TestDecimalsMinimalIntegerDigitsWithGroupingAndFractions()
{
var number = new FormatNumber();
number.Value = new MockAttribute(new Property("anumber"));
number.MinIntegerDigits = new MockAttribute(new Constant("10"));
number.GroupingUsed = new MockAttribute(new Constant("true"));
number.MinFractionDigits = new MockAttribute(new Constant("2"));
_model.Model["anumber"] = 12345m;
Assert.That(number.Evaluate(_model), Is.EqualTo("0,000,012,345.00"));
_model.Model["anumber"] = 1234567890123m;
Assert.That(number.Evaluate(_model), Is.EqualTo("1,234,567,890,123.00"));
}
public void TestSimpleFormatOfStringDifferentCultureInPageModel()
{
var number = new FormatNumber();
number.Value = new MockAttribute(new Constant("1"));
_model.Page[FormatConstants.LOCALE] = new CultureInfo("nl-NL");
Assert.That(number.Evaluate(_model), Is.EqualTo("1,00"));
}
public void TestFormatOfNumberExplicit()
{
var number = new FormatNumber();
number.Value = new MockAttribute(new Property("anumber"));
number.Type = new MockAttribute(new Constant("Number"));
_model.Model["anumber"] = 12;
Assert.That(number.Evaluate(_model), Is.EqualTo("12.00"));
}
public void TestFormatOfNegativeCurrency()
{
var number = new FormatNumber();
number.Value = new MockAttribute(new Property("anumber"));
number.Type = new MockAttribute(new Constant("Currency"));
_model.Model["anumber"] = -12m;
Assert.That(number.Evaluate(_model), Is.EqualTo("($12.00)")); //Stupid us formatting
}
public void TestFormatOfCurrencyWithDifferentCurrencySymbolOverridesCodeWithAlternativePattern()
{
var number = new FormatNumber();
number.Value = new MockAttribute(new Property("anumber"));
number.Type = new MockAttribute(new Constant("Currency"));
number.CurrencySymbol = new MockAttribute(new Constant("@"));
number.CurrencyCode = new MockAttribute(new Constant("RESL"));
number.MinFractionDigits = new MockAttribute(new Constant("6"));
_model.Model["anumber"] = 12m;
Assert.That(number.Evaluate(_model), Is.EqualTo("@12.000000"));
}
public void TestFormatOfCurrencyWithDifferentCurrencySymbol()
{
var number = new FormatNumber();
number.Value = new MockAttribute(new Property("anumber"));
number.Type = new MockAttribute(new Constant("Currency"));
number.CurrencySymbol = new MockAttribute(new Constant("@"));
_model.Model["anumber"] = 12m;
Assert.That(number.Evaluate(_model), Is.EqualTo("@12.00"));
}
public void TestEmpty()
{
var number = new FormatNumber();
Assert.That(number.Evaluate(_model), Is.EqualTo(String.Empty));
}
public void TestDecimalsRoundingUp()
{
var number = new FormatNumber();
number.Value = new MockAttribute(new Constant("1.26789"));
Assert.That(number.Evaluate(_model), Is.EqualTo("1.27"));
}
public void TestSimpleFormatOfNegativeInt()
{
_model.Model["anumber"] = -1;
var number = new FormatNumber();
number.Value = new MockAttribute(new Property("anumber"));
Assert.That(number.Evaluate(_model), Is.EqualTo("-1.00"));
}
public void TestSimpleFormatOfString()
{
var number = new FormatNumber();
number.Value = new MockAttribute(new Constant("1"));
Assert.That(number.Evaluate(_model), Is.EqualTo("1.00"));
}
public void TestFormatOfNumberWithCustomPattern()
{
var number = new FormatNumber();
number.Value = new MockAttribute(new Property("anumber"));
number.Pattern = new MockAttribute(new Constant("###,'abc',###.00000"));
_model.Model["anumber"] = 123456.789;
Assert.That(number.Evaluate(_model), Is.EqualTo("123,abc456.78900"));
}
public void CheckRequired()
{
var tag = new FormatNumber();
RequiredAttribute.Check(tag);
//no exceptions
}
public void TestFormatOfPercentageNegative()
{
var number = new FormatNumber();
number.Value = new MockAttribute(new Property("anumber"));
number.Type = new MockAttribute(new Constant("Percentage"));
_model.Model["anumber"] = -0.12m;
Assert.That(number.Evaluate(_model), Is.EqualTo("-12.00 %"));
}
public void TestFormatOfPercentageWithAlternativePattern()
{
var number = new FormatNumber();
number.Value = new MockAttribute(new Property("anumber"));
number.Type = new MockAttribute(new Constant("Percentage"));
number.MinFractionDigits = new MockAttribute(new Constant("6"));
_model.Model["anumber"] = 0.12;
Assert.That(number.Evaluate(_model), Is.EqualTo("12.000000 %"));
}
public void TestDecimalsMinimalAndMaximalFractionDigitsNegative()
{
var number = new FormatNumber();
number.Value = new MockAttribute(new Property("anumber"));
number.MinFractionDigits = new MockAttribute(new Constant("3"));
number.MaxFractionDigits = new MockAttribute(new Constant("5"));
_model.Model["anumber"] = -1.23m;
Assert.That(number.Evaluate(_model), Is.EqualTo("-1.230"));
_model.Model["anumber"] = -1.234m;
Assert.That(number.Evaluate(_model), Is.EqualTo("-1.234"));
_model.Model["anumber"] = -1.2345m;
Assert.That(number.Evaluate(_model), Is.EqualTo("-1.2345"));
_model.Model["anumber"] = -1.23456m;
Assert.That(number.Evaluate(_model), Is.EqualTo("-1.23456"));
_model.Model["anumber"] = -1.234567m;
Assert.That(number.Evaluate(_model), Is.EqualTo("-1.23457"));
}
