/** Parses the last word(s) from the name if it is a suffix. */
private void parseSuffix(Name name, NameTokenizer tokens) {
if (tokens.mStartPointer == tokens.mEndPointer) {
return;
}
String lastToken = tokens.mTokens[tokens.mEndPointer - 1];
// Take care of an explicit comma-separated suffix
if (tokens.mEndPointer - tokens.mStartPointer > 2 && tokens.hasComma(tokens.mEndPointer - 2)) {
if (tokens.hasDot(tokens.mEndPointer - 1)) {
lastToken += '.';
}
name.suffix = lastToken;
tokens.mEndPointer--;
return;
}
if (lastToken.length() > mMaxSuffixLength) {
return;
}
String normalized = lastToken.toUpperCase();
if (mSuffixesSet.contains(normalized)) {
name.suffix = lastToken;
tokens.mEndPointer--;
return;
}
if (tokens.hasDot(tokens.mEndPointer - 1)) {
lastToken += '.';
}
normalized += ".";
// Take care of suffixes like M.D. and D.D.S.
int pos = tokens.mEndPointer - 1;
while (normalized.length() <= mMaxSuffixLength) {
if (mSuffixesSet.contains(normalized)) {
name.suffix = lastToken;
tokens.mEndPointer = pos;
return;
}
if (pos == tokens.mStartPointer) {
break;
}
pos--;
if (tokens.hasDot(pos)) {
lastToken = tokens.mTokens[pos] + "." + lastToken;
} else {
lastToken = tokens.mTokens[pos] + " " + lastToken;
}
normalized = tokens.mTokens[pos].toUpperCase() + "." + normalized;
}
}
private void parseLastName(Name name, NameTokenizer tokens) {
if (tokens.mStartPointer == tokens.mEndPointer) {
return;
}
// If the first word is followed by a comma, assume that it's the family name
if (tokens.hasComma(tokens.mStartPointer)) {
name.familyName = tokens.mTokens[tokens.mStartPointer];
tokens.mStartPointer++;
return;
}
// If the second word is followed by a comma and the first word
// is a last name prefix as in "de Sade" and "von Cliburn", treat
// the first two words as the family name.
if (tokens.mStartPointer + 1 < tokens.mEndPointer
&& tokens.hasComma(tokens.mStartPointer + 1)
&& isFamilyNamePrefix(tokens.mTokens[tokens.mStartPointer])) {
String familyNamePrefix = tokens.mTokens[tokens.mStartPointer];
if (tokens.hasDot(tokens.mStartPointer)) {
familyNamePrefix += '.';
}
name.familyName = familyNamePrefix + " " + tokens.mTokens[tokens.mStartPointer + 1];
tokens.mStartPointer += 2;
return;
}
// Finally, assume that the last word is the last name
name.familyName = tokens.mTokens[tokens.mEndPointer - 1];
tokens.mEndPointer--;
// Take care of last names like "de Sade" and "von Cliburn"
if ((tokens.mEndPointer - tokens.mStartPointer) > 0) {
String lastNamePrefix = tokens.mTokens[tokens.mEndPointer - 1];
if (isFamilyNamePrefix(lastNamePrefix)) {
if (tokens.hasDot(tokens.mEndPointer - 1)) {
lastNamePrefix += '.';
}
name.familyName = lastNamePrefix + " " + name.familyName;
tokens.mEndPointer--;
}
}
}
/** Parses the first word from the name if it is a prefix. */
private void parsePrefix(Name name, NameTokenizer tokens) {
if (tokens.mStartPointer == tokens.mEndPointer) {
return;
}
String firstToken = tokens.mTokens[tokens.mStartPointer];
if (mPrefixesSet.contains(firstToken.toUpperCase())) {
if (tokens.hasDot(tokens.mStartPointer)) {
firstToken += '.';
}
name.prefix = firstToken;
tokens.mStartPointer++;
}
}
private void parseMiddleName(Name name, NameTokenizer tokens) {
if (tokens.mStartPointer == tokens.mEndPointer) {
return;
}
if ((tokens.mEndPointer - tokens.mStartPointer) > 1) {
if ((tokens.mEndPointer - tokens.mStartPointer) == 2
|| !mConjuctions.contains(tokens.mTokens[tokens.mEndPointer - 2].toUpperCase())) {
name.middleName = tokens.mTokens[tokens.mEndPointer - 1];
if (tokens.hasDot(tokens.mEndPointer - 1)) {
name.middleName += '.';
}
tokens.mEndPointer--;
}
}
}
private void parseGivenNames(Name name, NameTokenizer tokens) {
if (tokens.mStartPointer == tokens.mEndPointer) {
return;
}
if ((tokens.mEndPointer - tokens.mStartPointer) == 1) {
name.givenNames = tokens.mTokens[tokens.mStartPointer];
} else {
StringBuilder sb = new StringBuilder();
for (int i = tokens.mStartPointer; i < tokens.mEndPointer; i++) {
if (i != tokens.mStartPointer) {
sb.append(' ');
}
sb.append(tokens.mTokens[i]);
if (tokens.hasDot(i)) {
sb.append('.');
}
}
name.givenNames = sb.toString();
}
}
