(DateTime.Now.Day % 10 == 1 && DateTime.Now.Day != 11) ? "st" :
(DateTime.Now.Day % 10 == 2 && DateTime.Now.Day != 12) ? "nd":
(DateTime.Now.Day % 10 == 3 && DateTime.Now.Day != 13) ? "rd":
"th" //Else part where all other values will be th.
extension IntegerType {
func ordinalString() -> String {
switch self % 10 {
case 1...3 where 11...13 ~= self % 100: return "\(self)" + "th"
case 1: return "\(self)" + "st"
case 2: return "\(self)" + "nd"
case 3: return "\(self)" + "rd"
default: return "\(self)" + "th"
}
}
}
DateTime objDate = new DateTime();
var Day = (objDate.Day + "th").Replace("1th", "1st").Replace("2th", "2nd").Replace("3th", "3rd");
{
StreamWriter sw = new StreamWriter(@".\ExampleDateData.dat");
DateTime dtIn = DateTime.Now;
CultureInfo invC = CultureInfo.InvariantCulture;
sw.WriteLine(dtIn.ToString("r", invC));
sw.Close();
StreamReader sr = new StreamReader(@".\ExampleDateData.dat");
String input;
while ((input = sr.ReadLine()) != null)
{
Console.WriteLine("Stored data: {0}\n" , input);
DateTime dtOut = DateTime.Parse(input, invC, DateTimeStyles.RoundtripKind);
CultureInfo frFr = new CultureInfo("fr-FR");
Console.WriteLine("Date formatted for the {0} culture: {1}" ,
frFr.Name, dtOut.ToString("f", frFr));
CultureInfo deDe= new CultureInfo("de-De");
Console.WriteLine("Date formatted for {0} culture: {1}" ,
deDe.Name, dtOut.ToString("f", deDe));
}
sr.Close();
}
}