/**
* Given a token type, get a meaningful name for it such as the ID or string literal. If this is a
* lexer and the ttype is in the char vocabulary, compute an ANTLR-valid (possibly escaped) char
* literal.
*/
public String getTokenDisplayName(int ttype) {
// inside any target's char range and is lexer grammar?
if (isLexer() && ttype >= Lexer.MIN_CHAR_VALUE && ttype <= Lexer.MAX_CHAR_VALUE) {
return CharSupport.getANTLRCharLiteralForChar(ttype);
}
if (ttype == Token.EOF) {
return "EOF";
}
if (ttype == Token.INVALID_TYPE) {
return INVALID_TOKEN_NAME;
}
if (ttype >= 0
&& ttype < typeToStringLiteralList.size()
&& typeToStringLiteralList.get(ttype) != null) {
return typeToStringLiteralList.get(ttype);
}
if (ttype >= 0 && ttype < typeToTokenList.size() && typeToTokenList.get(ttype) != null) {
return typeToTokenList.get(ttype);
}
return String.valueOf(ttype);
}
/**
* Given a token type, get a meaningful name for it such as the ID or string literal. If this is a
* lexer and the ttype is in the char vocabulary, compute an ANTLR-valid (possibly escaped) char
* literal.
*/
public String getTokenDisplayName(int ttype) {
String tokenName = null;
// inside any target's char range and is lexer grammar?
if (isLexer() && ttype >= Lexer.MIN_CHAR_VALUE && ttype <= Lexer.MAX_CHAR_VALUE) {
return CharSupport.getANTLRCharLiteralForChar(ttype);
} else if (ttype == Token.EOF) {
tokenName = "EOF";
} else {
if (ttype < typeToTokenList.size()) {
tokenName = typeToTokenList.get(ttype);
if (tokenName != null
&& tokenName.startsWith(AUTO_GENERATED_TOKEN_NAME_PREFIX)
&& ttype < typeToStringLiteralList.size()
&& typeToStringLiteralList.get(ttype) != null) {
tokenName = typeToStringLiteralList.get(ttype);
}
} else {
tokenName = String.valueOf(ttype);
}
}
// tool.log("grammar", "getTokenDisplayName ttype="+ttype+", name="+tokenName);
return tokenName;
}