public static object Parse(Type tType, string sValue, bool bIgnoreCase)
{
object oReturnObj = null;
string sEnumStringValue = string.Empty;
if (!(ConventionSupport.IsTypeEnum(tType)))
{
string sArgExceptionMsg = String.Format("Parameter 'Type' must be an Enum. 'Type' used : {0}", tType.ToString());
throw new ArgumentException(ConventionSupport.ProduceErrorMsg(sArgExceptionMsg));
}
foreach (FieldInfo fInfo in tType.GetFields())
{
StringValueAttribute[] svaAttribs = fInfo.GetCustomAttributes(typeof(StringValueAttribute), false) as StringValueAttribute[];
if (svaAttribs.Length > 0)
{
sEnumStringValue = svaAttribs [0].ValueOf;
}
if (string.Compare(sEnumStringValue, sValue, bIgnoreCase) == 0)
{
oReturnObj = Enum.Parse(tType, fInfo.Name);
break;
}
}
return(oReturnObj);
}
public static string ProduceErrorMsg(string sMsg)
{
return(ConventionSupport.ErrorMsgPrefix +
ConventionSupport.GetCurrentMethodName( ) +
sMsg +
ConventionSupport.NewLine);
}
public static bool IsFalse(bool bConditon)
{
if ((!(bConditon != false)))
{
Debug.WriteLine("AssertFailed");
ConventionSupport.GetCurrentMethodName( );
}
return(bConditon);
}
public static bool AreEqual(bool bConditon)
{
if (bConditon != true)
{
Debug.WriteLine("AssertFailed");
ConventionSupport.GetCurrentMethodName( );
}
return(bConditon);
}
public StringEnum(Type tEnumType)
{
if (!ConventionSupport.IsTypeEnum(tEnumType))
{
string sArgExceptionMsg = String.Format("Parameter 'Type' must be an Enum. 'Type' used : {0}", tEnumType.ToString());
throw new ArgumentException(ConventionSupport.ProduceErrorMsg(sArgExceptionMsg));
}
mT_enumType = tEnumType;
}
private static void ErrorDump()
{
ConventionSupport.GetCurrentMethodName( );
}