How to use

V

method

in

ch.qos.logback.core.subst.Parser

private Node T() throws ScanException {
 Token t = peekAtCurentToken();
 switch (t.type) {
  case LITERAL:
   advanceTokenPointer();
   return makeNewLiteralNode(t.payload);
  case CURLY_LEFT:
   advanceTokenPointer();
   Node innerNode = C();
   Token right = peekAtCurentToken();
   expectCurlyRight(right);
   advanceTokenPointer();
   Node curlyLeft = makeNewLiteralNode(CoreConstants.LEFT_ACCOLADE);
   curlyLeft.append(innerNode);
   curlyLeft.append(makeNewLiteralNode(CoreConstants.RIGHT_ACCOLADE));
   return curlyLeft;
  case START:
   advanceTokenPointer();
   Node v = V();
   Token w = peekAtCurentToken();
   expectCurlyRight(w);
   advanceTokenPointer();
   return v;
  default:
   return null;
 }
}

private Node T() throws ScanException {
 Token t = peekAtCurentToken();
 switch (t.type) {
  case LITERAL:
   advanceTokenPointer();
   return makeNewLiteralNode(t.payload);
  case CURLY_LEFT:
   advanceTokenPointer();
   Node innerNode = C();
   Token right = peekAtCurentToken();
   expectCurlyRight(right);
   advanceTokenPointer();
   Node curlyLeft = makeNewLiteralNode(CoreConstants.LEFT_ACCOLADE);
   curlyLeft.append(innerNode);
   curlyLeft.append(makeNewLiteralNode(CoreConstants.RIGHT_ACCOLADE));
   return curlyLeft;
  case START:
   advanceTokenPointer();
   Node v = V();
   Token w = peekAtCurentToken();
   expectCurlyRight(w);
   advanceTokenPointer();
   return v;
  default:
   return null;
 }
}

private Node T() throws ScanException {
  Token t = peekAtCurentToken();
  switch (t.type) {
  case LITERAL:
    advanceTokenPointer();
    return makeNewLiteralNode(t.payload);
  case CURLY_LEFT:
    advanceTokenPointer();
    Node innerNode = C();
    Token right = peekAtCurentToken();
    expectCurlyRight(right);
    advanceTokenPointer();
    Node curlyLeft = makeNewLiteralNode(CoreConstants.LEFT_ACCOLADE);
    curlyLeft.append(innerNode);
    curlyLeft.append(makeNewLiteralNode(CoreConstants.RIGHT_ACCOLADE));
    return curlyLeft;
  case START:
    advanceTokenPointer();
    Node v = V();
    Token w = peekAtCurentToken();
    expectCurlyRight(w);
    advanceTokenPointer();
    return v;
  default:
    return null;
  }
}

private Node T() throws ScanException {
 Token t = peekAtCurentToken();
 switch (t.type) {
  case LITERAL:
   advanceTokenPointer();
   return makeNewLiteralNode(t.payload);
  case CURLY_LEFT:
   advanceTokenPointer();
   Node innerNode = C();
   Token right = peekAtCurentToken();
   expectCurlyRight(right);
   advanceTokenPointer();
   Node curlyLeft = makeNewLiteralNode(CoreConstants.LEFT_ACCOLADE);
   curlyLeft.append(innerNode);
   curlyLeft.append(makeNewLiteralNode(CoreConstants.RIGHT_ACCOLADE));
   return curlyLeft;
  case START:
   advanceTokenPointer();
   Node v = V();
   Token w = peekAtCurentToken();
   expectCurlyRight(w);
   advanceTokenPointer();
   return v;
  default:
   return null;
 }
}

case START:
 advanceTokenPointer();
 Node v = V();
 Token w = getCurentToken();
 expectCurlyRight(w);

case START:
 advanceTokenPointer();
 Node v = V();
 Token w = getCurentToken();
 expectCurlyRight(w);

private Node T() throws ScanException {
  Token t = peekAtCurentToken();
  switch (t.type) {
  case LITERAL:
    advanceTokenPointer();
    return makeNewLiteralNode(t.payload);
  case CURLY_LEFT:
    advanceTokenPointer();
    Node innerNode = C();
    Token right = peekAtCurentToken();
    expectCurlyRight(right);
    advanceTokenPointer();
    Node curlyLeft = makeNewLiteralNode(CoreConstants.LEFT_ACCOLADE);
    curlyLeft.append(innerNode);
    curlyLeft.append(makeNewLiteralNode(CoreConstants.RIGHT_ACCOLADE));
    return curlyLeft;
  case START:
    advanceTokenPointer();
    Node v = V();
    Token w = peekAtCurentToken();
    expectCurlyRight(w);
    advanceTokenPointer();
    return v;
  default:
    return null;
  }
}

private Node T() throws ScanException {
  Token t = peekAtCurentToken();
  switch (t.type) {
  case LITERAL:
    advanceTokenPointer();
    return makeNewLiteralNode(t.payload);
  case CURLY_LEFT:
    advanceTokenPointer();
    Node innerNode = C();
    Token right = peekAtCurentToken();
    expectCurlyRight(right);
    advanceTokenPointer();
    Node curlyLeft = makeNewLiteralNode(CoreConstants.LEFT_ACCOLADE);
    curlyLeft.append(innerNode);
    curlyLeft.append(makeNewLiteralNode(CoreConstants.RIGHT_ACCOLADE));
    return curlyLeft;
  case START:
    advanceTokenPointer();
    Node v = V();
    Token w = peekAtCurentToken();
    expectCurlyRight(w);
    advanceTokenPointer();
    return v;
  default:
    return null;
  }
}