pfmiles

/**
* This is a skeleton code to implement a iterable lexer. Which is able to be processed in a convenient 
* for-each loop...
*/
public class ActionLexer implements Iterable<ActionToken> {

    private Reader reader;
    // 19 status total
    private static final int[] stats = new int[19];

pfmiles

/**
 * 
 * This is the code skeleton for arbitrary-lookahead LL parser. Look ahead tokens are cached.
 * 
 */
public class ActionParser {
    private ActionLexer lexer;

    // buffered tokens that were look-ahead
    private List<ActionToken> aheadBuffer = new ArrayList<ActionToken>();

pfmiles

// hidden inputs created have the same name as the disabled select, so the select must have its 'name' attr

function readOnlySelect(sel) {
	if (typeof $(sel).next('input[type=hidden]').attr('name') == 'undefined'
			|| $(sel).next('input[type=hidden]').attr('name') != $(sel).attr(
					'name')) {
		$(sel).after([ '<input type="hidden" name="', $(sel).attr('name'),
						'" value="', $(sel).val(), '" />' ].join(''));
	}
	$(sel).attr('disabled', true);

pfmiles

public class ComparingNode implements DataFilterNode {

    public <P, R> R accept(DataFilterVisitor<P, R> visitor, P param) {
        return visitor.visitComparingNode(this, param);
    }

}

pfmiles

import re

class TokenType(object):
    QUANTIFIER, ESCAPE_CHAR, UNICODE_CHAR, LEFT_PAREN, RIGHT_PAREN, OR, ALPHA, DIGIT, DOT, LEFT_BRACKET, NOT_IN, RIGHT_BRACKET, DASH, DERIVES, UNDER_SCORE, EOF, WHITE_SPACE = range(17)

def lexer(code):
    """
    The lexical analysis function for itself's lexical rules. This lexer is 'iterable', 
    thus you can traverse all the tokens in the for..in statement til the EOF token reached.
    """

pfmiles

def aStarSearch(problem, heuristic=nullHeuristic):
    from sets import Set
    visited = Set()
    start = problem.getStartState()
    from util import PriorityQueue
    frontLine = PriorityQueue()
    startPri = 0 + heuristic(start, problem)
    frontLine.push((start, [], 0), startPri)
    while not frontLine.isEmpty():
        (point, actions, cost) = frontLine.pop()

pfmiles

# the 'map'
colors = [['red', 'green', 'green', 'red' , 'red'],
          ['red', 'red', 'green', 'red', 'red'],
          ['red', 'red', 'green', 'green', 'red'],
          ['red', 'red', 'red', 'red', 'red']]

# the results of sensor
measurements = ['green', 'green', 'green' ,'green', 'green']

# motions

pfmiles

# Tag Cloud for Octopress, modified by pf_miles, for use with utf-8 encoded blogs(all regexp added 'u' option).
# =======================
# 
# Description:
# ------------
# Easy output tag cloud and category list.
# 
# Syntax:
# -------
#     {% tag_cloud [counter:true] %}

pfmiles

package test;

import com.github.pfmiles.dropincc.Action;
import com.github.pfmiles.dropincc.CC;
import com.github.pfmiles.dropincc.Exe;
import com.github.pfmiles.dropincc.Grule;
import com.github.pfmiles.dropincc.Lang;
import com.github.pfmiles.dropincc.TokenDef;

public class Test {

pfmiles

import com.github.pfmiles.dropincc.Action;
import com.github.pfmiles.dropincc.CC;
import com.github.pfmiles.dropincc.Exe;
import com.github.pfmiles.dropincc.Grule;
import com.github.pfmiles.dropincc.Lang;
import com.github.pfmiles.dropincc.TokenDef;

public class Calculator {
    private static Exe exe = null;
    /**