public void testParsing()
{
SifFormatter SIF1x = new Sif1xFormatter();
SifFormatter SIF2x = new Sif2xFormatter();
Boolean BooleanValue = true;
//mjn declare types as nullable
Boolean? BooleanNull = null;
int? intNull = null;
assertBooleanParsing(SIF1x, "Yes", BooleanValue);
Assert.AreEqual("", SIF1x.ToString(BooleanNull), "Null Bool Value"); //( (Boolean)null ));
assertBooleanParsing(SIF2x, "true", BooleanValue);
Assert.IsNull(SIF2x.ToString(BooleanNull), "Null Bool Value");
bool? testValue = SIF2x.ToBool( "1");
Assert.IsTrue(testValue.Value, "Boolean Value" );
testValue = SIF2x.ToBool("0");
Assert.IsFalse(testValue.Value, "Boolean Value" );
float floatValue =99.34f;
assertFloatParsing(SIF1x, "99.34", floatValue);
Assert.IsNull( SIF1x.ToString((float?)null));
assertFloatParsing(SIF2x, "99.34", floatValue);
Assert.IsNull( SIF2x.ToString((float?)null));
floatValue = 321651.09934f;
assertFloatParsing(SIF1x, "321651.1", floatValue);
assertFloatParsing(SIF2x, "321651.1", floatValue);
//INF, -INF and NaN
assertFloatParsing(SIF1x, "INF", float.PositiveInfinity );
assertFloatParsing(SIF1x, "-INF", float.NegativeInfinity );
float? nan = SIF1x.ToFloat( "NaN" );
Assert.IsTrue( float.IsNaN( nan.Value ) );
assertFloatParsing(SIF2x, "INF", float.PositiveInfinity );
assertFloatParsing(SIF2x, "-INF", float.NegativeInfinity );
nan = SIF2x.ToFloat("NaN");
Assert.IsTrue(float.IsNaN(nan.Value));
int intValue = 9998877; // new int(9998877);
assertintParsing(SIF1x, "9998877", intValue);
Assertion.AssertEquals("Null int Value", "", SIF1x.ToString(intNull));
assertintParsing(SIF2x, "9998877", intValue);
Assertion.AssertNull("Null int Value", SIF2x.ToString(intNull));
DateTime? sampleDate = new DateTime(1999, 10, 01);
AssertDateParsing(SIF1x, "19991001", sampleDate);
Assertion.AssertEquals("Null Value", "", SIF1x.ToDateString(null));
AssertDateParsing(SIF2x, "1999-10-01" /* + tzOffset */, sampleDate);
Assertion.AssertNull("Null Date Value", SIF2x.ToDateString(null));
}
public void testSIF2xDateTimeParsing()
{
SifFormatter formatter = new Sif2xFormatter();
String testValue = formatter.ToDateTimeString(null);
Assert.IsNull(testValue, "Date value should be null" );
DateTime assertedDate = new DateTime(1999, 9, 1, 22, 2, 4 );
TimeSpan utcOffset = TimeZone.CurrentTimeZone.GetUtcOffset(assertedDate);
Console.Write( "UTC Offset: ");
Console.WriteLine( utcOffset );
Console.WriteLine();
Nullable<DateTime> assertedDateTime = new Nullable<DateTime>(assertedDate);
String sifString = formatter.ToDateTimeString(assertedDateTime);
AssertDateTimeParsing(assertedDateTime, formatter, sifString, "Re-Parse of original");
String test1 = "1999-09-01T22:02:04";
AssertDateTimeParsing(assertedDateTime, formatter, test1, "Date Time");
DateTime UTcTime = assertedDate.ToUniversalTime();
String test2 = UTcTime.ToString("s") + "Z";
AssertDateTimeParsing(assertedDateTime, formatter, test2, "UTC Time (Z)");
// test2 = UTcTime.ToString("s") + "+0:00";
// AssertDateTimeParsing(assertedDateTime, formatter, test2, "UTC Time (+00:00)");
// Test the time, using Eastern time
DateTime easternTime = UTcTime.AddHours(-5);
String test3 = easternTime.ToString("s") + "-05:00";
AssertDateTimeParsing(assertedDateTime, formatter, test3, "Eastern Time");
// Test the time, using european time
DateTime europeanTime = UTcTime.AddHours( 3 );
String test4 = europeanTime.ToString( "s" ) + "+03:00";
AssertDateTimeParsing(assertedDateTime, formatter, test4, "European Time");
}
public void testSIF2xTimeParsing()
{
SifFormatter formatter = new Sif2xFormatter();
String testValue = formatter.ToTimeString(null);
Assert.IsNull(testValue, "Date value should be null" );
DateTime now = DateTime.Now;
DateTime assertedDate = new DateTime( now.Year, now.Month, now.Day, 21, 0, 59);
Nullable<DateTime> assertedDateTime = new Nullable<DateTime>(assertedDate);
String sifString = formatter.ToDateTimeString(assertedDateTime);
AssertTimeParsing(assertedDateTime, formatter, sifString, "Re-Parse of original");
String test1 = "21:00:59";
AssertTimeParsing(assertedDateTime, formatter, test1, "Date Time");
DateTime UTcTime = assertedDate.ToUniversalTime();
String test2 = UTcTime.ToString("HH:mm:ss") + "Z";
AssertTimeParsing(assertedDateTime, formatter, test2, "UTC Time (Z)");
// test2 = UTcTime.ToString("HH:mm:ss") + "+0:00";
// AssertTimeParsing(assertedDateTime, formatter, test2, "UTC Time (+00:00)");
// Test the time, using Eastern time
DateTime easternTime = UTcTime.AddHours(-5);
String test3 = easternTime.ToString("HH:mm:ss") + "-05:00";
AssertTimeParsing(assertedDateTime, formatter, test3, "Eastern Time");
// Test the time, using european time
DateTime europeanTime = UTcTime.AddHours(3);
String test4 = europeanTime.ToString("HH:mm:s.s") + "+03:00";
AssertTimeParsing(assertedDateTime, formatter, test4, "European Time");
test4 = "2008-04-21T14:16:00.3651098Z";
DateTime t = formatter.ToDateTime( test4 ).Value;
Console.WriteLine( t );
}
