public void next(byte nextState)
{
currentState = nextState;
{ if (MeanCS.debug)
{
MeanCS.verbosen("Next state: ").print(stateNames[(int)currentState]).print("\n");
}
};
}
public void printError()
{
MeanCS.printn("ERROR: parser state [").print(stateNames[(int)currentState]).print("]").print("\n");
MeanCS.printn("Line ").print(lineNumber).print(": \"");
// print nearby code
int start = index - 1;
while (start > 0 && index - start < BUFFER_SIZE && (char)buffer[start % BUFFER_SIZE] != '\n')
{
start--;
}
while (++start < index)
{
MeanCS.verbosen((char)(buffer[start % BUFFER_SIZE]));
}
MeanCS.print("\"");
}
private static void addToken(int tokenType)
{
string data = automata.getString(lastStart, automata.getIndex() - lastStart);
MeanCS.verbosen("NEW TOKEN: ").print(data).print("\n");
MNode token = new MNode(currentExpr, tokenType, data);
if (currentToken == null)
{
currentExpr.child = token;
}
else
{
currentToken.next = token;
}
currentExpr.numChildren++;
currentToken = token;
lastStart = automata.getIndex();
}
public void print()
{
for (int i = 0; i <= stateCounter; i++)
{
MeanCS.verbosen("state: ").print(i).print("\n");
for (int n = 0; n < 256; n++)
{
byte foo = tr[(i * 256) + n];
if (foo == 0xff)
{
MeanCS.verbosen(".");
}
else
{
MeanCS.verbosen(foo);
}
}
MeanCS.verbose("");
}
}
public void printTree(MNode _node, int depth, bool deep)
{
System.Diagnostics.Debug.Assert(_node != null, "<printTree: empty node>");
MNode node = _node;
for (int i = 0; i < depth; i++)
{
MeanCS.verbosen(" ");
}
MeanCS.verbosen("[").print(node.data).print("]");
// if (node.numChildren > 0) { VR(" + ")X(node.numChildren); }
if (deep)
{
MeanCS.verbose("");
}
if (node.child != null && deep)
{
printTree(node.child, depth + 1, deep);
}
if (node.next != null)
{
printTree(node.next, depth, deep);
}
}