public static string[] Split(string s, string separator, MyStringSplitOptions options)
{
if (!IsEmpty(s))
{
return(s.Split(separator, options));
}
else
{
return new string[] { }
};
}
public static string[] Split(string s, char ch, MyStringSplitOptions options)
{
if (!IsEmpty(s))
{
return(s.Split(ch, options));
}
else
{
return new string[] { }
};
}
public static string[] Split(this string s, char ch, MyStringSplitOptions options)
{
var result = new string[] { };
switch (options)
{
case MyStringSplitOptions.None:
result = s.Split(new char[] { ch }, StringSplitOptions.None);
break;
case MyStringSplitOptions.RemoveEmptyEntries:
result = s.Split(new char[] { ch }, StringSplitOptions.RemoveEmptyEntries);
break;
case MyStringSplitOptions.TrimEntries:
result = s.Split(ch, x => x.Trim());
break;
case MyStringSplitOptions.TrimAndRemoveEmptyEntries:
result = s.Split(ch, x => x.Trim(), true);
break;
case MyStringSplitOptions.ToLowerEntries:
result = s.Split(ch, x => x.ToLower());
break;
case MyStringSplitOptions.ToUpperEntries:
result = s.Split(ch, x => x.ToUpper());
break;
case MyStringSplitOptions.TrimToLowerAndRemoveEmptyEntries:
result = s.Split(ch, x => x.Trim().ToLower(), true);
break;
case MyStringSplitOptions.TrimToUpperAndRemoveEmptyEntries:
result = s.Split(ch, x => x.Trim().ToUpper(), true);
break;
case MyStringSplitOptions.ToLowerAndRemoveEmptyEntries:
result = s.Split(ch, x => x.ToLower(), true);
break;
case MyStringSplitOptions.ToUpperAndRemoveEmptyEntries:
result = s.Split(ch, x => x.ToUpper(), true);
break;
}
return(result);
}
public static bool NotIn(this string s, string values, CultureInfo culture, CompareOptions compareOptions, char separator, MyStringSplitOptions options = MyStringSplitOptions.TrimAndRemoveEmptyEntries)
{
var arr = values?.Split(separator, options) ?? new string[] { };
return(s.NotIn(arr, culture, compareOptions));
}
public static bool NotIn(this string s, string values, bool ignoreCase, char separator, MyStringSplitOptions options = MyStringSplitOptions.TrimAndRemoveEmptyEntries)
{
var arr = values?.Split(separator, options) ?? new string[] { };
return(s.NotIn(arr, ignoreCase));
}
public static string SelectOf(this string s, string values, string defaultValue, CultureInfo culture, CompareOptions compareOptions, char separator, MyStringSplitOptions options = MyStringSplitOptions.TrimAndRemoveEmptyEntries)
{
return(s.In(values, culture, compareOptions, separator, options) ? s : defaultValue);
}
public static string SelectOf(this string s, string values, string defaultValue, bool ignoreCase, char separator, MyStringSplitOptions options = MyStringSplitOptions.TrimAndRemoveEmptyEntries)
{
return(s.In(values, ignoreCase, separator, options) ? s : defaultValue);
}
public static string SelectOf(this string s, string values, string defaultValue, StringComparison comparisonType, char separator, MyStringSplitOptions options = MyStringSplitOptions.TrimAndRemoveEmptyEntries)
{
return(s.In(values, comparisonType, separator, options) ? s : defaultValue);
}
public static bool In(this string s, string values, StringComparison comparisonType, char separator, MyStringSplitOptions options = MyStringSplitOptions.TrimAndRemoveEmptyEntries)
{
var arr = values?.Split(separator, options) ?? new string[] { };
return(s.In(arr, comparisonType));
}