public void ShouldCorrectlyPerformRoundtripConversionOfSingleValuedNodesRegardlessOfCulture()
{
foreach (var ci in TestedCultureInfos)
{
TestTools.ExecuteWithChangedCulture(ci, () => RoundTripValuedNodeConversion(3.4f, n => n.AsFloat()));
}
}
public void ShouldCorrectlyPerformRoundtripConversionOfDecimalValuedNodesRegardlessOfCulture()
{
foreach (var ci in TestedCultureInfos)
{
TestTools.ExecuteWithChangedCulture(ci, () => RoundTripValuedNodeConversion(3.4m, n => n.AsDecimal()));
TestTools.ExecuteWithChangedCulture(ci, () => RoundTripValuedNodeConversion(1000000.0m, n => n.AsDecimal()));
}
}
public void ShouldSuccesfullyCompareDoubleNodeRegardlessOfCulture()
{
foreach (var ci in TestedCultureInfos)
{
TestTools.ExecuteWithChangedCulture(ci, () =>
{
const double left = 1.4d;
const double right = 3.55d;
Assert.Equal(-1, ComparisonHelper.CompareLiterals(left.ToLiteral(_graph), right.ToLiteral(_graph)));
});
}
}
public void ShouldApplyInvariantFormattingToLongLiteralStringRegardlessOfCulture(CultureInfo ci)
{
TestTools.ExecuteWithChangedCulture(ci, () => AssertLiteralString("3400000", () => new LongNode(_graph, 3400000L)));
}
public void ShouldApplyInvariantFormattingToFloatLiteralStringRegardlessOfCulture(CultureInfo ci)
{
TestTools.ExecuteWithChangedCulture(ci, () => AssertLiteralString("3.4", () => new FloatNode(_graph, 3.4f)));
}