public static bool IsMatch(string inToken, Regex inPattern, bool checkEmptyToken)
{
bool flag = false;
if (checkEmptyToken == true)
{
// check if empty token
//if(TokenUtil.IsNotEmptyToken(inToken) == true)
if (TokenUtil.IsEmptyToken(inToken) == false)
{
var matcher = inPattern.Match(inToken);
flag = matcher.Success;
}
}
else // option: not to check empty token
{
var matcher = inPattern.Match(inToken);
flag = matcher.Success;
}
return(flag);
}
// to be improved to all unicode space
// check if the token is one of space str (space token)
// TBD, change to use data member
public virtual bool IsSpaceToken()
{
bool spaceFlag = TokenUtil.IsSpaceToken(tokenStr_);
return(spaceFlag);
}
// true: if meet possessive pattern
// private method
private static bool IsPossessivePattern1(string inToken)
{
bool flag = false;
// check if ends with possessive
// upperCase: 'S, S', X', Z'
if ((TokenUtil.IsMatch(inToken, pattern1a_) == true) || (TokenUtil.IsMatch(inToken, pattern1b_) == true) || (TokenUtil.IsMatch(inToken, pattern1c_) == true) || (TokenUtil.IsMatch(inToken, pattern1d_) == true) || (TokenUtil.IsMatch(inToken, pattern1e_) == true) || (TokenUtil.IsMatch(inToken, pattern1f_) == true))
{
flag = true;
}
return(flag);
}
public static bool IsPunc(string inToken)
{
bool checkEmptyTokenFlag = true;
return(TokenUtil.IsMatch(inToken, patternP_, checkEmptyTokenFlag));
}
// true: if meet possessive pattern
// private method
private static bool IsParentheticPluralS(string inToken)
{
bool flag = false;
if ((TokenUtil.IsMatch(inToken, patternS_) == true) && (TokenUtil.IsMatch(inToken, patternS1_) == false) && (TokenUtil.IsMatch(inToken, patternS2_) == false))
{
flag = true;
}
return(flag);
}
