require=(function(e,t,n){function i(n,s){if(!t[n]){if(!e[n]){var o=typeof require=="function"&&require;if(!s&&o)return o(n,!0);if(r)return r(n,!0);throw new Error("Cannot find module '"+n+"'")}var u=t[n]={exports:{}};e[n][0].call(u.exports,function(t){var r=e[n][1][t];return i(r?r:t)},u,u.exports)}return t[n].exports}var r=typeof require=="function"&&require;for(var s=0;s<n.length;s++)i(n[s]);return i})({"wisp/runtime":[function(require,module,exports){
module.exports=require('YbrU3i');
},{}],"YbrU3i":[function(require,module,exports){
(function(){var _ns_ = {
  "id": "wisp.runtime",
  "doc": "Core primitives required for runtime"
};;

var identity = function identity(x) {
  return x;
};
exports.identity = identity;

var isOdd = function isOdd(n) {
  return n % 2 === 1;
};
exports.isOdd = isOdd;

var isEven = function isEven(n) {
  return n % 2 === 0;
};
exports.isEven = isEven;

var isDictionary = function isDictionary(form) {
  return (isObject(form)) && (isObject(Object.getPrototypeOf(form))) && (isNil(Object.getPrototypeOf(Object.getPrototypeOf(form))));
};
exports.isDictionary = isDictionary;

var dictionary = function dictionary() {
  return (function loop(keyValues, result) {
    var recur = loop;
    while (recur === loop) {
      recur = keyValues.length ?
      (function() {
        (result || 0)[(keyValues || 0)[0]] = (keyValues || 0)[1];
        return (keyValues = keyValues.slice(2), result = result, loop);
      })() :
      result;
    };
    return recur;
  })(Array.prototype.slice.call(arguments), {});
};
exports.dictionary = dictionary;

var keys = function keys(dictionary) {
  return Object.keys(dictionary);
};
exports.keys = keys;

var vals = function vals(dictionary) {
  return keys(dictionary).map(function(key) {
    return (dictionary || 0)[key];
  });
};
exports.vals = vals;

var keyValues = function keyValues(dictionary) {
  return keys(dictionary).map(function(key) {
    return [key, (dictionary || 0)[key]];
  });
};
exports.keyValues = keyValues;

var merge = function merge() {
  return Object.create(Object.prototype, Array.prototype.slice.call(arguments).reduce(function(descriptor, dictionary) {
    isObject(dictionary) ?
      Object.keys(dictionary).forEach(function(key) {
        return (descriptor || 0)[key] = Object.getOwnPropertyDescriptor(dictionary, key);
      }) :
      void(0);
    return descriptor;
  }, Object.create(Object.prototype)));
};
exports.merge = merge;

var isContainsVector = function isContainsVector(vector, element) {
  return vector.indexOf(element) >= 0;
};
exports.isContainsVector = isContainsVector;

var mapDictionary = function mapDictionary(source, f) {
  return Object.keys(source).reduce(function(target, key) {
    (target || 0)[key] = f((source || 0)[key]);
    return target;
  }, {});
};
exports.mapDictionary = mapDictionary;

var toString = Object.prototype.toString;
exports.toString = toString;

var isFn = typeof(/./) === "function" ?
  function isFn(x) {
    return toString.call(x) === "[object Function]";
  } :
  function isFn(x) {
    return typeof(x) === "function";
  };
exports.isFn = isFn;

var isString = function isString(x) {
  return (typeof(x) === "string") || (toString.call(x) === "[object String]");
};
exports.isString = isString;

var isNumber = function isNumber(x) {
  return (typeof(x) === "number") || (toString.call(x) === "[object Number]");
};
exports.isNumber = isNumber;

var isVector = isFn(Array.isArray) ?
  Array.isArray :
  function isVector(x) {
    return toString.call(x) === "[object Array]";
  };
exports.isVector = isVector;

var isDate = function isDate(x) {
  return toString.call(x) === "[object Date]";
};
exports.isDate = isDate;

var isBoolean = function isBoolean(x) {
  return (x === true) || (x === false) || (toString.call(x) === "[object Boolean]");
};
exports.isBoolean = isBoolean;

var isRePattern = function isRePattern(x) {
  return toString.call(x) === "[object RegExp]";
};
exports.isRePattern = isRePattern;

var isObject = function isObject(x) {
  return x && (typeof(x) === "object");
};
exports.isObject = isObject;

var isNil = function isNil(x) {
  return (x === void(0)) || (x === null);
};
exports.isNil = isNil;

var isTrue = function isTrue(x) {
  return x === true;
};
exports.isTrue = isTrue;

var isFalse = function isFalse(x) {
  return x === true;
};
exports.isFalse = isFalse;

var reFind = function reFind(re, s) {
  var matches = re.exec(s);
  return !(isNil(matches)) ?
    matches.length === 1 ?
      (matches || 0)[0] :
      matches :
    void(0);
};
exports.reFind = reFind;

var reMatches = function reMatches(pattern, source) {
  var matches = pattern.exec(source);
  return (!(isNil(matches))) && ((matches || 0)[0] === source) ?
    matches.length === 1 ?
      (matches || 0)[0] :
      matches :
    void(0);
};
exports.reMatches = reMatches;

var rePattern = function rePattern(s) {
  var match = reFind(/^(?:\(\?([idmsux]*)\))?(.*)/, s);
  return new RegExp((match || 0)[2], (match || 0)[1]);
};
exports.rePattern = rePattern;

var inc = function inc(x) {
  return x + 1;
};
exports.inc = inc;

var dec = function dec(x) {
  return x - 1;
};
exports.dec = dec;

var str = function str() {
  return String.prototype.concat.apply("", arguments);
};
exports.str = str;

var char = function char(code) {
  return String.fromCharCode(code);
};
exports.char = char;

var int = function int(x) {
  return isNumber(x) ?
    x >= 0 ?
      Math.floor(x) :
      Math.floor(x) :
    x.charCodeAt(0);
};
exports.int = int;

var subs = function subs(string, start, end) {
  return string.substring(start, end);
};
exports.subs = subs;

var isPatternEqual = function isPatternEqual(x, y) {
  return (isRePattern(x)) && (isRePattern(y)) && (x.source === y.source) && (x.global === y.global) && (x.multiline === y.multiline) && (x.ignoreCase === y.ignoreCase);
};

var isDateEqual = function isDateEqual(x, y) {
  return (isDate(x)) && (isDate(y)) && (Number(x) === Number(y));
};

var isDictionaryEqual = function isDictionaryEqual(x, y) {
  return (isObject(x)) && (isObject(y)) && ((function() {
    var xKeys = keys(x);
    var yKeys = keys(y);
    var xCount = xKeys.length;
    var yCount = yKeys.length;
    return (xCount === yCount) && ((function loop(index, count, keys) {
      var recur = loop;
      while (recur === loop) {
        recur = index < count ?
        isEquivalent((x || 0)[(keys || 0)[index]], (y || 0)[(keys || 0)[index]]) ?
          (index = inc(index), count = count, keys = keys, loop) :
          false :
        true;
      };
      return recur;
    })(0, xCount, xKeys));
  })());
};

var isVectorEqual = function isVectorEqual(x, y) {
  return (isVector(x)) && (isVector(y)) && (x.length === y.length) && ((function loop(xs, ys, index, count) {
    var recur = loop;
    while (recur === loop) {
      recur = index < count ?
      isEquivalent((xs || 0)[index], (ys || 0)[index]) ?
        (xs = xs, ys = ys, index = inc(index), count = count, loop) :
        false :
      true;
    };
    return recur;
  })(x, y, 0, x.length));
};

var isEquivalent = function isEquivalent(x, y) {
  switch (arguments.length) {
    case 1:
      return true;
    case 2:
      return (x === y) || (isNil(x) ?
        isNil(y) :
      isNil(y) ?
        isNil(x) :
      isString(x) ?
        false :
      isNumber(x) ?
        false :
      isFn(x) ?
        false :
      isBoolean(x) ?
        false :
      isDate(x) ?
        isDateEqual(x, y) :
      isVector(x) ?
        isVectorEqual(x, y, [], []) :
      isRePattern(x) ?
        isPatternEqual(x, y) :
      "else" ?
        isDictionaryEqual(x, y) :
        void(0));

    default:
      var more = Array.prototype.slice.call(arguments, 2);
      return (function loop(previous, current, index, count) {
        var recur = loop;
        while (recur === loop) {
          recur = (isEquivalent(previous, current)) && (index < count ?
          (previous = current, current = (more || 0)[index], index = inc(index), count = count, loop) :
          true);
        };
        return recur;
      })(x, y, 0, more.length);
  };
  return void(0);
};

var isEqual = isEquivalent;
exports.isEqual = isEqual;

var isStrictEqual = function isStrictEqual(x, y) {
  switch (arguments.length) {
    case 1:
      return true;
    case 2:
      return x === y;

    default:
      var more = Array.prototype.slice.call(arguments, 2);
      return (function loop(previous, current, index, count) {
        var recur = loop;
        while (recur === loop) {
          recur = (previous === current) && (index < count ?
          (previous = current, current = (more || 0)[index], index = inc(index), count = count, loop) :
          true);
        };
        return recur;
      })(x, y, 0, more.length);
  };
  return void(0);
};
exports.isStrictEqual = isStrictEqual;

var greaterThan = function greaterThan(x, y) {
  switch (arguments.length) {
    case 1:
      return true;
    case 2:
      return x > y;

    default:
      var more = Array.prototype.slice.call(arguments, 2);
      return (function loop(previous, current, index, count) {
        var recur = loop;
        while (recur === loop) {
          recur = (previous > current) && (index < count ?
          (previous = current, current = (more || 0)[index], index = inc(index), count = count, loop) :
          true);
        };
        return recur;
      })(x, y, 0, more.length);
  };
  return void(0);
};
exports.greaterThan = greaterThan;

var notLessThan = function notLessThan(x, y) {
  switch (arguments.length) {
    case 1:
      return true;
    case 2:
      return x >= y;

    default:
      var more = Array.prototype.slice.call(arguments, 2);
      return (function loop(previous, current, index, count) {
        var recur = loop;
        while (recur === loop) {
          recur = (previous >= current) && (index < count ?
          (previous = current, current = (more || 0)[index], index = inc(index), count = count, loop) :
          true);
        };
        return recur;
      })(x, y, 0, more.length);
  };
  return void(0);
};
exports.notLessThan = notLessThan;

var lessThan = function lessThan(x, y) {
  switch (arguments.length) {
    case 1:
      return true;
    case 2:
      return x < y;

    default:
      var more = Array.prototype.slice.call(arguments, 2);
      return (function loop(previous, current, index, count) {
        var recur = loop;
        while (recur === loop) {
          recur = (previous < current) && (index < count ?
          (previous = current, current = (more || 0)[index], index = inc(index), count = count, loop) :
          true);
        };
        return recur;
      })(x, y, 0, more.length);
  };
  return void(0);
};
exports.lessThan = lessThan;

var notGreaterThan = function notGreaterThan(x, y) {
  switch (arguments.length) {
    case 1:
      return true;
    case 2:
      return x <= y;

    default:
      var more = Array.prototype.slice.call(arguments, 2);
      return (function loop(previous, current, index, count) {
        var recur = loop;
        while (recur === loop) {
          recur = (previous <= current) && (index < count ?
          (previous = current, current = (more || 0)[index], index = inc(index), count = count, loop) :
          true);
        };
        return recur;
      })(x, y, 0, more.length);
  };
  return void(0);
};
exports.notGreaterThan = notGreaterThan;

var sum = function sum(a, b, c, d, e, f) {
  switch (arguments.length) {
    case 0:
      return 0;
    case 1:
      return a;
    case 2:
      return a + b;
    case 3:
      return a + b + c;
    case 4:
      return a + b + c + d;
    case 5:
      return a + b + c + d + e;
    case 6:
      return a + b + c + d + e + f;

    default:
      var more = Array.prototype.slice.call(arguments, 6);
      return (function loop(value, index, count) {
        var recur = loop;
        while (recur === loop) {
          recur = index < count ?
          (value = value + ((more || 0)[index]), index = inc(index), count = count, loop) :
          value;
        };
        return recur;
      })(a + b + c + d + e + f, 0, more.length);
  };
  return void(0);
};
exports.sum = sum;

var subtract = function subtract(a, b, c, d, e, f) {
  switch (arguments.length) {
    case 0:
      return (function() { throw TypeError("Wrong number of args passed to: -"); })();
    case 1:
      return 0 - a;
    case 2:
      return a - b;
    case 3:
      return a - b - c;
    case 4:
      return a - b - c - d;
    case 5:
      return a - b - c - d - e;
    case 6:
      return a - b - c - d - e - f;

    default:
      var more = Array.prototype.slice.call(arguments, 6);
      return (function loop(value, index, count) {
        var recur = loop;
        while (recur === loop) {
          recur = index < count ?
          (value = value - ((more || 0)[index]), index = inc(index), count = count, loop) :
          value;
        };
        return recur;
      })(a - b - c - d - e - f, 0, more.length);
  };
  return void(0);
};
exports.subtract = subtract;

var divide = function divide(a, b, c, d, e, f) {
  switch (arguments.length) {
    case 0:
      return (function() { throw TypeError("Wrong number of args passed to: /"); })();
    case 1:
      return 1 / a;
    case 2:
      return a / b;
    case 3:
      return a / b / c;
    case 4:
      return a / b / c / d;
    case 5:
      return a / b / c / d / e;
    case 6:
      return a / b / c / d / e / f;

    default:
      var more = Array.prototype.slice.call(arguments, 6);
      return (function loop(value, index, count) {
        var recur = loop;
        while (recur === loop) {
          recur = index < count ?
          (value = value / ((more || 0)[index]), index = inc(index), count = count, loop) :
          value;
        };
        return recur;
      })(a / b / c / d / e / f, 0, more.length);
  };
  return void(0);
};
exports.divide = divide;

var multiply = function multiply(a, b, c, d, e, f) {
  switch (arguments.length) {
    case 0:
      return 1;
    case 1:
      return a;
    case 2:
      return a * b;
    case 3:
      return a * b * c;
    case 4:
      return a * b * c * d;
    case 5:
      return a * b * c * d * e;
    case 6:
      return a * b * c * d * e * f;

    default:
      var more = Array.prototype.slice.call(arguments, 6);
      return (function loop(value, index, count) {
        var recur = loop;
        while (recur === loop) {
          recur = index < count ?
          (value = value * ((more || 0)[index]), index = inc(index), count = count, loop) :
          value;
        };
        return recur;
      })(a * b * c * d * e * f, 0, more.length);
  };
  return void(0);
};
exports.multiply = multiply;

var and = function and(a, b, c, d, e, f) {
  switch (arguments.length) {
    case 0:
      return true;
    case 1:
      return a;
    case 2:
      return a && b;
    case 3:
      return a && b && c;
    case 4:
      return a && b && c && d;
    case 5:
      return a && b && c && d && e;
    case 6:
      return a && b && c && d && e && f;

    default:
      var more = Array.prototype.slice.call(arguments, 6);
      return (function loop(value, index, count) {
        var recur = loop;
        while (recur === loop) {
          recur = index < count ?
          (value = value && ((more || 0)[index]), index = inc(index), count = count, loop) :
          value;
        };
        return recur;
      })(a && b && c && d && e && f, 0, more.length);
  };
  return void(0);
};
exports.and = and;

var or = function or(a, b, c, d, e, f) {
  switch (arguments.length) {
    case 0:
      return void(0);
    case 1:
      return a;
    case 2:
      return a || b;
    case 3:
      return a || b || c;
    case 4:
      return a || b || c || d;
    case 5:
      return a || b || c || d || e;
    case 6:
      return a || b || c || d || e || f;

    default:
      var more = Array.prototype.slice.call(arguments, 6);
      return (function loop(value, index, count) {
        var recur = loop;
        while (recur === loop) {
          recur = index < count ?
          (value = value || ((more || 0)[index]), index = inc(index), count = count, loop) :
          value;
        };
        return recur;
      })(a || b || c || d || e || f, 0, more.length);
  };
  return void(0);
};
exports.or = or;

var print = function print() {
  var more = Array.prototype.slice.call(arguments, 0);
  return console.log.apply(console.log, more);
};
exports.print = print
})()
},{}],"wisp/sequence":[function(require,module,exports){
module.exports=require('gdziIz');
},{}],"gdziIz":[function(require,module,exports){
var _ns_ = {
  "id": "wisp.sequence"
};
var wisp_runtime = require("./runtime");
var isNil = wisp_runtime.isNil;
var isVector = wisp_runtime.isVector;
var isFn = wisp_runtime.isFn;
var isNumber = wisp_runtime.isNumber;
var isString = wisp_runtime.isString;
var isDictionary = wisp_runtime.isDictionary;
var keyValues = wisp_runtime.keyValues;
var str = wisp_runtime.str;
var dec = wisp_runtime.dec;
var inc = wisp_runtime.inc;
var merge = wisp_runtime.merge;
var dictionary = wisp_runtime.dictionary;;;

var List = function List(head, tail) {
  this.head = head;
  this.tail = tail || (list());
  this.length = inc(count(this.tail));
  return this;
};

List.prototype.length = 0;

List.type = "wisp.list";

List.prototype.type = List.type;

List.prototype.tail = Object.create(List.prototype);

List.prototype.toString = function() {
  return (function loop(result, list) {
    var recur = loop;
    while (recur === loop) {
      recur = isEmpty(list) ?
      "" + "(" + (result.substr(1)) + ")" :
      (result = "" + result + " " + (isVector(first(list)) ?
        "" + "[" + (first(list).join(" ")) + "]" :
      isNil(first(list)) ?
        "nil" :
      isString(first(list)) ?
        JSON.stringify(first(list)) :
      isNumber(first(list)) ?
        JSON.stringify(first(list)) :
        first(list)), list = rest(list), loop);
    };
    return recur;
  })("", this);
};

var lazySeqValue = function lazySeqValue(lazySeq) {
  return !(lazySeq.realized) ?
    (lazySeq.realized = true) && (lazySeq.x = lazySeq.x()) :
    lazySeq.x;
};

var LazySeq = function LazySeq(realized, x) {
  this.realized = realized || false;
  this.x = x;
  return this;
};

LazySeq.type = "wisp.lazy.seq";

LazySeq.prototype.type = LazySeq.type;

var lazySeq = function lazySeq(realized, body) {
  return new LazySeq(realized, body);
};
exports.lazySeq = lazySeq;

var isLazySeq = function isLazySeq(value) {
  return value && (LazySeq.type === value.type);
};
exports.isLazySeq = isLazySeq;

undefined;

var isList = function isList(value) {
  return value && (List.type === value.type);
};
exports.isList = isList;

var list = function list() {
  return arguments.length === 0 ?
    Object.create(List.prototype) :
    Array.prototype.slice.call(arguments).reduceRight(function(tail, head) {
      return cons(head, tail);
    }, list());
};
exports.list = list;

var cons = function cons(head, tail) {
  return new List(head, tail);
};
exports.cons = cons;

var reverseList = function reverseList(sequence) {
  return (function loop(items, source) {
    var recur = loop;
    while (recur === loop) {
      recur = isEmpty(source) ?
      list.apply(list, items) :
      (items = [first(source)].concat(items), source = rest(source), loop);
    };
    return recur;
  })([], sequence);
};

var isSequential = function isSequential(x) {
  return (isList(x)) || (isVector(x)) || (isLazySeq(x)) || (isDictionary(x)) || (isString(x));
};
exports.isSequential = isSequential;

var reverse = function reverse(sequence) {
  return isList(sequence) ?
    reverseList(sequence) :
  isVector(sequence) ?
    sequence.reverse() :
  isNil(sequence) ?
    list() :
  "else" ?
    reverse(seq(sequence)) :
    void(0);
};
exports.reverse = reverse;

var map = function map(f, sequence) {
  return isVector(sequence) ?
    sequence.map(f) :
  isList(sequence) ?
    mapList(f, sequence) :
  isNil(sequence) ?
    list() :
  "else" ?
    map(f, seq(sequence)) :
    void(0);
};
exports.map = map;

var mapList = function mapList(f, sequence) {
  return (function loop(result, items) {
    var recur = loop;
    while (recur === loop) {
      recur = isEmpty(items) ?
      reverse(result) :
      (result = cons(f(first(items)), result), items = rest(items), loop);
    };
    return recur;
  })(list(), sequence);
};

var filter = function filter(isF, sequence) {
  return isVector(sequence) ?
    sequence.filter(isF) :
  isList(sequence) ?
    filterList(isF, sequence) :
  isNil(sequence) ?
    list() :
  "else" ?
    filter(isF, seq(sequence)) :
    void(0);
};
exports.filter = filter;

var filterList = function filterList(isF, sequence) {
  return (function loop(result, items) {
    var recur = loop;
    while (recur === loop) {
      recur = isEmpty(items) ?
      reverse(result) :
      (result = isF(first(items)) ?
        cons(first(items), result) :
        result, items = rest(items), loop);
    };
    return recur;
  })(list(), sequence);
};

var reduce = function reduce(f) {
  var params = Array.prototype.slice.call(arguments, 1);
  return (function() {
    var hasInitial = count(params) >= 2;
    var initial = hasInitial ?
      first(params) :
      void(0);
    var sequence = hasInitial ?
      second(params) :
      first(params);
    return isNil(sequence) ?
      initial :
    isVector(sequence) ?
      hasInitial ?
        sequence.reduce(f, initial) :
        sequence.reduce(f) :
    isList(sequence) ?
      hasInitial ?
        reduceList(f, initial, sequence) :
        reduceList(f, first(sequence), rest(sequence)) :
    "else" ?
      reduce(f, initial, seq(sequence)) :
      void(0);
  })();
};
exports.reduce = reduce;

var reduceList = function reduceList(f, initial, sequence) {
  return (function loop(result, items) {
    var recur = loop;
    while (recur === loop) {
      recur = isEmpty(items) ?
      result :
      (result = f(result, first(items)), items = rest(items), loop);
    };
    return recur;
  })(initial, sequence);
};

var count = function count(sequence) {
  return isNil(sequence) ?
    0 :
    (seq(sequence)).length;
};
exports.count = count;

var isEmpty = function isEmpty(sequence) {
  return count(sequence) === 0;
};
exports.isEmpty = isEmpty;

var first = function first(sequence) {
  return isNil(sequence) ?
    void(0) :
  isList(sequence) ?
    sequence.head :
  (isVector(sequence)) || (isString(sequence)) ?
    (sequence || 0)[0] :
  isLazySeq(sequence) ?
    first(lazySeqValue(sequence)) :
  "else" ?
    first(seq(sequence)) :
    void(0);
};
exports.first = first;

var second = function second(sequence) {
  return isNil(sequence) ?
    void(0) :
  isList(sequence) ?
    first(rest(sequence)) :
  (isVector(sequence)) || (isString(sequence)) ?
    (sequence || 0)[1] :
  isLazySeq(sequence) ?
    second(lazySeqValue(sequence)) :
  "else" ?
    first(rest(seq(sequence))) :
    void(0);
};
exports.second = second;

var third = function third(sequence) {
  return isNil(sequence) ?
    void(0) :
  isList(sequence) ?
    first(rest(rest(sequence))) :
  (isVector(sequence)) || (isString(sequence)) ?
    (sequence || 0)[2] :
  isLazySeq(sequence) ?
    third(lazySeqValue(sequence)) :
  "else" ?
    second(rest(seq(sequence))) :
    void(0);
};
exports.third = third;

var rest = function rest(sequence) {
  return isNil(sequence) ?
    list() :
  isList(sequence) ?
    sequence.tail :
  (isVector(sequence)) || (isString(sequence)) ?
    sequence.slice(1) :
  isLazySeq(sequence) ?
    rest(lazySeqValue(sequence)) :
  "else" ?
    rest(seq(sequence)) :
    void(0);
};
exports.rest = rest;

var lastOfList = function lastOfList(list) {
  return (function loop(item, items) {
    var recur = loop;
    while (recur === loop) {
      recur = isEmpty(items) ?
      item :
      (item = first(items), items = rest(items), loop);
    };
    return recur;
  })(first(list), rest(list));
};

var last = function last(sequence) {
  return (isVector(sequence)) || (isString(sequence)) ?
    (sequence || 0)[dec(count(sequence))] :
  isList(sequence) ?
    lastOfList(sequence) :
  isNil(sequence) ?
    void(0) :
  isLazySeq(sequence) ?
    last(lazySeqValue(sequence)) :
  "else" ?
    last(seq(sequence)) :
    void(0);
};
exports.last = last;

var butlast = function butlast(sequence) {
  var items = isNil(sequence) ?
    void(0) :
  isString(sequence) ?
    subs(sequence, 0, dec(count(sequence))) :
  isVector(sequence) ?
    sequence.slice(0, dec(count(sequence))) :
  isList(sequence) ?
    list.apply(list, butlast(vec(sequence))) :
  isLazySeq(sequence) ?
    butlast(lazySeqValue(sequence)) :
  "else" ?
    butlast(seq(sequence)) :
    void(0);
  return !((isNil(items)) || (isEmpty(items))) ?
    items :
    void(0);
};
exports.butlast = butlast;

var take = function take(n, sequence) {
  return isNil(sequence) ?
    list() :
  isVector(sequence) ?
    takeFromVector(n, sequence) :
  isList(sequence) ?
    takeFromList(n, sequence) :
  isLazySeq(sequence) ?
    take(n, lazySeqValue(sequence)) :
  "else" ?
    take(n, seq(sequence)) :
    void(0);
};
exports.take = take;

var takeVectorWhile = function takeVectorWhile(predicate, vector) {
  return (function loop(result, tail, head) {
    var recur = loop;
    while (recur === loop) {
      recur = (!(isEmpty(tail))) && (predicate(head)) ?
      (result = conj(result, head), tail = rest(tail), head = first(tail), loop) :
      result;
    };
    return recur;
  })([], vector, first(vector));
};

var takeListWhile = function takeListWhile(predicate, items) {
  return (function loop(result, tail, head) {
    var recur = loop;
    while (recur === loop) {
      recur = (!(isEmpty(tail))) && (isPredicate(head)) ?
      (result = conj(result, head), tail = rest(tail), head = first(tail), loop) :
      list.apply(list, result);
    };
    return recur;
  })([], items, first(items));
};

var takeWhile = function takeWhile(predicate, sequence) {
  return isNil(sequence) ?
    list() :
  isVector(sequence) ?
    takeVectorWhile(predicate, sequence) :
  isList(sequence) ?
    takeVectorWhile(predicate, sequence) :
  "else" ?
    takeWhile(predicate, lazySeqValue(sequence)) :
    void(0);
};
exports.takeWhile = takeWhile;

var takeFromVector = function takeFromVector(n, vector) {
  return vector.slice(0, n);
};

var takeFromList = function takeFromList(n, sequence) {
  return (function loop(taken, items, n) {
    var recur = loop;
    while (recur === loop) {
      recur = (n === 0) || (isEmpty(items)) ?
      reverse(taken) :
      (taken = cons(first(items), taken), items = rest(items), n = dec(n), loop);
    };
    return recur;
  })(list(), sequence, n);
};

var dropFromList = function dropFromList(n, sequence) {
  return (function loop(left, items) {
    var recur = loop;
    while (recur === loop) {
      recur = (left < 1) || (isEmpty(items)) ?
      items :
      (left = dec(left), items = rest(items), loop);
    };
    return recur;
  })(n, sequence);
};

var drop = function drop(n, sequence) {
  return n <= 0 ?
    sequence :
  isString(sequence) ?
    sequence.substr(n) :
  isVector(sequence) ?
    sequence.slice(n) :
  isList(sequence) ?
    dropFromList(n, sequence) :
  isNil(sequence) ?
    list() :
  isLazySeq(sequence) ?
    drop(n, lazySeqValue(sequence)) :
  "else" ?
    drop(n, seq(sequence)) :
    void(0);
};
exports.drop = drop;

var conjList = function conjList(sequence, items) {
  return reduce(function(result, item) {
    return cons(item, result);
  }, sequence, items);
};

var conj = function conj(sequence) {
  var items = Array.prototype.slice.call(arguments, 1);
  return isVector(sequence) ?
    sequence.concat(items) :
  isString(sequence) ?
    "" + sequence + (str.apply(str, items)) :
  isNil(sequence) ?
    list.apply(list, reverse(items)) :
  (isList(sequence)) || (isLazySeq()) ?
    conjList(sequence, items) :
  isDictionary(sequence) ?
    merge(sequence, merge.apply(merge, items)) :
  "else" ?
    (function() { throw TypeError("" + "Type can't be conjoined " + sequence); })() :
    void(0);
};
exports.conj = conj;

var assoc = function assoc(source) {
  var keyValues = Array.prototype.slice.call(arguments, 1);
  return conj(source, dictionary.apply(dictionary, keyValues));
};
exports.assoc = assoc;

var concat = function concat() {
  var sequences = Array.prototype.slice.call(arguments, 0);
  return reverse(reduce(function(result, sequence) {
    return reduce(function(result, item) {
      return cons(item, result);
    }, result, seq(sequence));
  }, list(), sequences));
};
exports.concat = concat;

var seq = function seq(sequence) {
  return isNil(sequence) ?
    void(0) :
  (isVector(sequence)) || (isList(sequence)) || (isLazySeq(sequence)) ?
    sequence :
  isString(sequence) ?
    Array.prototype.slice.call(sequence) :
  isDictionary(sequence) ?
    keyValues(sequence) :
  "default" ?
    (function() { throw TypeError("" + "Can not seq " + sequence); })() :
    void(0);
};
exports.seq = seq;

var isSeq = function isSeq(sequence) {
  return (isList(sequence)) || (isLazySeq(sequence));
};
exports.isSeq = isSeq;

var listToVector = function listToVector(source) {
  return (function loop(result, list) {
    var recur = loop;
    while (recur === loop) {
      recur = isEmpty(list) ?
      result :
      (result = (function() {
        result.push(first(list));
        return result;
      })(), list = rest(list), loop);
    };
    return recur;
  })([], source);
};

var vec = function vec(sequence) {
  return isNil(sequence) ?
    [] :
  isVector(sequence) ?
    sequence :
  isList(sequence) ?
    listToVector(sequence) :
  "else" ?
    vec(seq(sequence)) :
    void(0);
};
exports.vec = vec;

var sort = function sort(f, items) {
  var hasComparator = isFn(f);
  var items = (!(hasComparator)) && (isNil(items)) ?
    f :
    items;
  var compare = hasComparator ?
    function(a, b) {
      return f(a, b) ?
        0 :
        1;
    } :
    void(0);
  return isNil(items) ?
    list() :
  isVector(items) ?
    items.sort(compare) :
  isList(items) ?
    list.apply(list, vec(items).sort(compare)) :
  isDictionary(items) ?
    seq(items).sort(compare) :
  "else" ?
    sort(f, seq(items)) :
    void(0);
};
exports.sort = sort;

var repeat = function repeat(n, x) {
  return (function loop(n, result) {
    var recur = loop;
    while (recur === loop) {
      recur = n <= 0 ?
      result :
      (n = dec(n), result = conj(result, x), loop);
    };
    return recur;
  })(n, []);
};
exports.repeat = repeat
},{"./runtime":"YbrU3i"}],"wisp/string":[function(require,module,exports){
module.exports=require('BI22ma');
},{}],"BI22ma":[function(require,module,exports){
var _ns_ = {
  "id": "wisp.string"
};
var wisp_runtime = require("./runtime");
var str = wisp_runtime.str;
var subs = wisp_runtime.subs;
var reMatches = wisp_runtime.reMatches;
var isNil = wisp_runtime.isNil;
var isString = wisp_runtime.isString;;
var wisp_sequence = require("./sequence");
var vec = wisp_sequence.vec;
var isEmpty = wisp_sequence.isEmpty;;;

var split = function split(string, pattern, limit) {
  return string.split(pattern, limit);
};
exports.split = split;

var join = function join(separator, coll) {
  switch (arguments.length) {
    case 1:
      var coll = separator;
      return str.apply(str, vec(coll));
    case 2:
      return vec(coll).join(separator);

    default:
      (function() { throw Error("Invalid arity"); })()
  };
  return void(0);
};
exports.join = join;

var upperCase = function upperCase(string) {
  return string.toUpperCase();
};
exports.upperCase = upperCase;

var upperCase = function upperCase(string) {
  return string.toUpperCase();
};
exports.upperCase = upperCase;

var lowerCase = function lowerCase(string) {
  return string.toLowerCase();
};
exports.lowerCase = lowerCase;

var capitalize = function capitalize(string) {
  return count(string) < 2 ?
    upperCase(string) :
    "" + (upperCase(subs(s, 0, 1))) + (lowerCase(subs(s, 1)));
};
exports.capitalize = capitalize;

var replace = function replace(string, match, replacement) {
  return string.replace(match, replacement);
};
exports.replace = replace;

var __LEFTSPACES__ = /^\s\s*/;
exports.__LEFTSPACES__ = __LEFTSPACES__;

var __RIGHTSPACES__ = /\s\s*$/;
exports.__RIGHTSPACES__ = __RIGHTSPACES__;

var __SPACES__ = /^\s\s*$/;
exports.__SPACES__ = __SPACES__;

var triml = isNil("".trimLeft) ?
  function(string) {
    return string.replace(__LEFTSPACES__, "");
  } :
  function triml(string) {
    return string.trimLeft();
  };
exports.triml = triml;

var trimr = isNil("".trimRight) ?
  function(string) {
    return string.replace(__RIGHTSPACES__, "");
  } :
  function trimr(string) {
    return string.trimRight();
  };
exports.trimr = trimr;

var trim = isNil("".trim) ?
  function(string) {
    return string.replace(__LEFTSPACES__).replace(__RIGHTSPACES__);
  } :
  function trim(string) {
    return string.trim();
  };
exports.trim = trim;

var isBlank = function isBlank(string) {
  return (isNil(string)) || (isEmpty(string)) || (reMatches(__SPACES__, string));
};
exports.isBlank = isBlank
},{"./runtime":"YbrU3i","./sequence":"gdziIz"}],"wisp/reader":[function(require,module,exports){
module.exports=require('yCUXAg');
},{}],"yCUXAg":[function(require,module,exports){
var _ns_ = {
  "id": "wisp.reader",
  "doc": "Reader module provides functions for reading text input\n  as wisp data structures"
};
var wisp_sequence = require("./sequence");
var list = wisp_sequence.list;
var isList = wisp_sequence.isList;
var count = wisp_sequence.count;
var isEmpty = wisp_sequence.isEmpty;
var first = wisp_sequence.first;
var second = wisp_sequence.second;
var third = wisp_sequence.third;
var rest = wisp_sequence.rest;
var map = wisp_sequence.map;
var vec = wisp_sequence.vec;
var cons = wisp_sequence.cons;
var conj = wisp_sequence.conj;
var concat = wisp_sequence.concat;
var last = wisp_sequence.last;
var butlast = wisp_sequence.butlast;
var sort = wisp_sequence.sort;
var lazySeq = wisp_sequence.lazySeq;;
var wisp_runtime = require("./runtime");
var isOdd = wisp_runtime.isOdd;
var dictionary = wisp_runtime.dictionary;
var keys = wisp_runtime.keys;
var isNil = wisp_runtime.isNil;
var inc = wisp_runtime.inc;
var dec = wisp_runtime.dec;
var isVector = wisp_runtime.isVector;
var isString = wisp_runtime.isString;
var isNumber = wisp_runtime.isNumber;
var isBoolean = wisp_runtime.isBoolean;
var isObject = wisp_runtime.isObject;
var isDictionary = wisp_runtime.isDictionary;
var rePattern = wisp_runtime.rePattern;
var reMatches = wisp_runtime.reMatches;
var reFind = wisp_runtime.reFind;
var str = wisp_runtime.str;
var subs = wisp_runtime.subs;
var char = wisp_runtime.char;
var vals = wisp_runtime.vals;
var isEqual = wisp_runtime.isEqual;;
var wisp_ast = require("./ast");
var isSymbol = wisp_ast.isSymbol;
var symbol = wisp_ast.symbol;
var isKeyword = wisp_ast.isKeyword;
var keyword = wisp_ast.keyword;
var meta = wisp_ast.meta;
var withMeta = wisp_ast.withMeta;
var name = wisp_ast.name;
var gensym = wisp_ast.gensym;;
var wisp_string = require("./string");
var split = wisp_string.split;
var join = wisp_string.join;;;

var pushBackReader = function pushBackReader(source, uri) {
  return {
    "lines": split(source, "\n"),
    "buffer": "",
    "uri": uri,
    "column": -1,
    "line": 0
  };
};
exports.pushBackReader = pushBackReader;

var peekChar = function peekChar(reader) {
  var line = ((reader || 0)["lines"])[(reader || 0)["line"]];
  var column = inc((reader || 0)["column"]);
  return isNil(line) ?
    void(0) :
    (line[column]) || "\n";
};
exports.peekChar = peekChar;

var readChar = function readChar(reader) {
  var ch = peekChar(reader);
  isNewline(peekChar(reader)) ?
    (function() {
      (reader || 0)["line"] = inc((reader || 0)["line"]);
      return (reader || 0)["column"] = -1;
    })() :
    (reader || 0)["column"] = inc((reader || 0)["column"]);
  return ch;
};
exports.readChar = readChar;

var isNewline = function isNewline(ch) {
  return "\n" === ch;
};
exports.isNewline = isNewline;

var isBreakingWhitespace = function isBreakingWhitespace(ch) {
  return (ch === " ") || (ch === "\t") || (ch === "\n") || (ch === "\r");
};
exports.isBreakingWhitespace = isBreakingWhitespace;

var isWhitespace = function isWhitespace(ch) {
  return (isBreakingWhitespace(ch)) || ("," === ch);
};
exports.isWhitespace = isWhitespace;

var isNumeric = function isNumeric(ch) {
  return (ch === "0") || (ch === "1") || (ch === "2") || (ch === "3") || (ch === "4") || (ch === "5") || (ch === "6") || (ch === "7") || (ch === "8") || (ch === "9");
};
exports.isNumeric = isNumeric;

var isCommentPrefix = function isCommentPrefix(ch) {
  return ";" === ch;
};
exports.isCommentPrefix = isCommentPrefix;

var isNumberLiteral = function isNumberLiteral(reader, initch) {
  return (isNumeric(initch)) || ((("+" === initch) || ("-" === initch)) && (isNumeric(peekChar(reader))));
};
exports.isNumberLiteral = isNumberLiteral;

var readerError = function readerError(reader, message) {
  var text = "" + message + "\n" + "line:" + ((reader || 0)["line"]) + "\n" + "column:" + ((reader || 0)["column"]);
  var error = SyntaxError(text, (reader || 0)["uri"]);
  error.line = (reader || 0)["line"];
  error.column = (reader || 0)["column"];
  error.uri = (reader || 0)["uri"];
  return (function() { throw error; })();
};
exports.readerError = readerError;

var isMacroTerminating = function isMacroTerminating(ch) {
  return (!(ch === "#")) && (!(ch === "'")) && (!(ch === ":")) && (macros(ch));
};
exports.isMacroTerminating = isMacroTerminating;

var readToken = function readToken(reader, initch) {
  return (function loop(buffer, ch) {
    var recur = loop;
    while (recur === loop) {
      recur = (isNil(ch)) || (isWhitespace(ch)) || (isMacroTerminating(ch)) ?
      buffer :
      (buffer = "" + buffer + (readChar(reader)), ch = peekChar(reader), loop);
    };
    return recur;
  })(initch, peekChar(reader));
};
exports.readToken = readToken;

var skipLine = function skipLine(reader, _) {
  return (function loop() {
    var recur = loop;
    while (recur === loop) {
      recur = (function() {
      var ch = readChar(reader);
      return (ch === "\n") || (ch === "\r") || (isNil(ch)) ?
        reader :
        (loop);
    })();
    };
    return recur;
  })();
};
exports.skipLine = skipLine;

var intPattern = rePattern("^([-+]?)(?:(0)|([1-9][0-9]*)|0[xX]([0-9A-Fa-f]+)|0([0-7]+)|([1-9][0-9]?)[rR]([0-9A-Za-z]+)|0[0-9]+)(N)?$");
exports.intPattern = intPattern;

var ratioPattern = rePattern("([-+]?[0-9]+)/([0-9]+)");
exports.ratioPattern = ratioPattern;

var floatPattern = rePattern("([-+]?[0-9]+(\\.[0-9]*)?([eE][-+]?[0-9]+)?)(M)?");
exports.floatPattern = floatPattern;

var matchInt = function matchInt(s) {
  var groups = reFind(intPattern, s);
  var group3 = groups[2];
  return !((isNil(group3)) || (count(group3) < 1)) ?
    0 :
    (function() {
      var negate = "-" === groups[1] ?
        -1 :
        1;
      var a = groups[3] ?
        [groups[3], 10] :
      groups[4] ?
        [groups[4], 16] :
      groups[5] ?
        [groups[5], 8] :
      groups[7] ?
        [groups[7], parseInt(groups[7])] :
      "else" ?
        [void(0), void(0)] :
        void(0);
      var n = a[0];
      var radix = a[1];
      return isNil(n) ?
        void(0) :
        negate * (parseInt(n, radix));
    })();
};
exports.matchInt = matchInt;

var matchRatio = function matchRatio(s) {
  var groups = reFind(ratioPattern, s);
  var numinator = groups[1];
  var denominator = groups[2];
  return (parseInt(numinator)) / (parseInt(denominator));
};
exports.matchRatio = matchRatio;

var matchFloat = function matchFloat(s) {
  return parseFloat(s);
};
exports.matchFloat = matchFloat;

var matchNumber = function matchNumber(s) {
  return reMatches(intPattern, s) ?
    matchInt(s) :
  reMatches(ratioPattern, s) ?
    matchRatio(s) :
  reMatches(floatPattern, s) ?
    matchFloat(s) :
    void(0);
};
exports.matchNumber = matchNumber;

var escapeCharMap = function escapeCharMap(c) {
  return c === "t" ?
    "\t" :
  c === "r" ?
    "\r" :
  c === "n" ?
    "\n" :
  c === "\\" ?
    "\\" :
  c === "\"" ?
    "\"" :
  c === "b" ?
    "" :
  c === "f" ?
    "" :
  "else" ?
    void(0) :
    void(0);
};
exports.escapeCharMap = escapeCharMap;

var read2Chars = function read2Chars(reader) {
  return "" + (readChar(reader)) + (readChar(reader));
};
exports.read2Chars = read2Chars;

var read4Chars = function read4Chars(reader) {
  return "" + (readChar(reader)) + (readChar(reader)) + (readChar(reader)) + (readChar(reader));
};
exports.read4Chars = read4Chars;

var unicode2Pattern = rePattern("[0-9A-Fa-f]{2}");
exports.unicode2Pattern = unicode2Pattern;

var unicode4Pattern = rePattern("[0-9A-Fa-f]{4}");
exports.unicode4Pattern = unicode4Pattern;

var validateUnicodeEscape = function validateUnicodeEscape(unicodePattern, reader, escapeChar, unicodeStr) {
  return reMatches(unicodePattern, unicodeStr) ?
    unicodeStr :
    readerError(reader, "" + "Unexpected unicode escape " + "\\" + escapeChar + unicodeStr);
};
exports.validateUnicodeEscape = validateUnicodeEscape;

var makeUnicodeChar = function makeUnicodeChar(codeStr, base) {
  var base = base || 16;
  var code = parseInt(codeStr, base);
  return char(code);
};
exports.makeUnicodeChar = makeUnicodeChar;

var escapeChar = function escapeChar(buffer, reader) {
  var ch = readChar(reader);
  var mapresult = escapeCharMap(ch);
  return mapresult ?
    mapresult :
  ch === "x" ?
    makeUnicodeChar(validateUnicodeEscape(unicode2Pattern, reader, ch, read2Chars(reader))) :
  ch === "u" ?
    makeUnicodeChar(validateUnicodeEscape(unicode4Pattern, reader, ch, read4Chars(reader))) :
  isNumeric(ch) ?
    char(ch) :
  "else" ?
    readerError(reader, "" + "Unexpected unicode escape " + "\\" + ch) :
    void(0);
};
exports.escapeChar = escapeChar;

var readPast = function readPast(predicate, reader) {
  return (function loop(_) {
    var recur = loop;
    while (recur === loop) {
      recur = predicate(peekChar(reader)) ?
      (_ = readChar(reader), loop) :
      peekChar(reader);
    };
    return recur;
  })(void(0));
};
exports.readPast = readPast;

var readDelimitedList = function readDelimitedList(delim, reader, isRecursive) {
  return (function loop(form) {
    var recur = loop;
    while (recur === loop) {
      recur = (function() {
      var ch = readPast(isWhitespace, reader);
      !(ch) ?
        readerError(reader, "EOF") :
        void(0);
      return delim === ch ?
        (function() {
          readChar(reader);
          return form;
        })() :
        (function() {
          var macro = macros(ch);
          return macro ?
            (function() {
              var result = macro(reader, readChar(reader));
              return (form = result === reader ?
                form :
                conj(form, result), loop);
            })() :
            (function() {
              var o = read(reader, true, void(0), isRecursive);
              return (form = o === reader ?
                form :
                conj(form, o), loop);
            })();
        })();
    })();
    };
    return recur;
  })([]);
};
exports.readDelimitedList = readDelimitedList;

var notImplemented = function notImplemented(reader, ch) {
  return readerError(reader, "" + "Reader for " + ch + " not implemented yet");
};
exports.notImplemented = notImplemented;

var readDispatch = function readDispatch(reader, _) {
  var ch = readChar(reader);
  var dm = dispatchMacros(ch);
  return dm ?
    dm(reader, _) :
    (function() {
      var object = maybeReadTaggedType(reader, ch);
      return object ?
        object :
        readerError(reader, "No dispatch macro for ", ch);
    })();
};
exports.readDispatch = readDispatch;

var readUnmatchedDelimiter = function readUnmatchedDelimiter(rdr, ch) {
  return readerError(rdr, "Unmached delimiter ", ch);
};
exports.readUnmatchedDelimiter = readUnmatchedDelimiter;

var readList = function readList(reader, _) {
  var form = readDelimitedList(")", reader, true);
  return withMeta(list.apply(list, form), meta(form));
};
exports.readList = readList;

var readComment = function readComment(reader, _) {
  return (function loop(buffer, ch) {
    var recur = loop;
    while (recur === loop) {
      recur = (isNil(ch)) || ("\n" === ch) ?
      reader || (list(symbol(void(0), "comment"), buffer)) :
    ("\\" === ch) ?
      (buffer = "" + buffer + (escapeChar(buffer, reader)), ch = readChar(reader), loop) :
    "else" ?
      (buffer = "" + buffer + ch, ch = readChar(reader), loop) :
      void(0);
    };
    return recur;
  })("", readChar(reader));
};
exports.readComment = readComment;

var readVector = function readVector(reader) {
  return readDelimitedList("]", reader, true);
};
exports.readVector = readVector;

var readMap = function readMap(reader) {
  var form = readDelimitedList("}", reader, true);
  return isOdd(count(form)) ?
    readerError(reader, "Map literal must contain an even number of forms") :
    withMeta(dictionary.apply(dictionary, form), meta(form));
};
exports.readMap = readMap;

var readSet = function readSet(reader, _) {
  var form = readDelimitedList("}", reader, true);
  return withMeta(concat([symbol(void(0), "set")], form), meta(form));
};
exports.readSet = readSet;

var readNumber = function readNumber(reader, initch) {
  return (function loop(buffer, ch) {
    var recur = loop;
    while (recur === loop) {
      recur = (isNil(ch)) || (isWhitespace(ch)) || (macros(ch)) ?
      (function() {
        var match = matchNumber(buffer);
        return isNil(match) ?
          readerError(reader, "Invalid number format [", buffer, "]") :
          match;
      })() :
      (buffer = "" + buffer + (readChar(reader)), ch = peekChar(reader), loop);
    };
    return recur;
  })(initch, peekChar(reader));
};
exports.readNumber = readNumber;

var readString = function readString(reader) {
  return (function loop(buffer, ch) {
    var recur = loop;
    while (recur === loop) {
      recur = isNil(ch) ?
      readerError(reader, "EOF while reading string") :
    "\\" === ch ?
      (buffer = "" + buffer + (escapeChar(buffer, reader)), ch = readChar(reader), loop) :
    "\"" === ch ?
      buffer :
    "default" ?
      (buffer = "" + buffer + ch, ch = readChar(reader), loop) :
      void(0);
    };
    return recur;
  })("", readChar(reader));
};
exports.readString = readString;

var readUnquote = function readUnquote(reader) {
  var ch = peekChar(reader);
  return !(ch) ?
    readerError(reader, "EOF while reading character") :
  ch === "@" ?
    (function() {
      readChar(reader);
      return list(symbol(void(0), "unquote-splicing"), read(reader, true, void(0), true));
    })() :
    list(symbol(void(0), "unquote"), read(reader, true, void(0), true));
};
exports.readUnquote = readUnquote;

var specialSymbols = function specialSymbols(text, notFound) {
  return text === "nil" ?
    void(0) :
  text === "true" ?
    true :
  text === "false" ?
    false :
  "else" ?
    notFound :
    void(0);
};
exports.specialSymbols = specialSymbols;

var readSymbol = function readSymbol(reader, initch) {
  var token = readToken(reader, initch);
  var parts = split(token, "/");
  var hasNs = (count(parts) > 1) && (count(token) > 1);
  var ns = first(parts);
  var name = join("/", rest(parts));
  return hasNs ?
    symbol(ns, name) :
    specialSymbols(token, symbol(token));
};
exports.readSymbol = readSymbol;

var readKeyword = function readKeyword(reader, initch) {
  var token = readToken(reader, readChar(reader));
  var parts = split(token, "/");
  var name = last(parts);
  var ns = count(parts) > 1 ?
    join("/", butlast(parts)) :
    void(0);
  var issue = last(ns) === ":" ?
    "namespace can't ends with \":\"" :
  last(name) === ":" ?
    "name can't end with \":\"" :
  last(name) === "/" ?
    "name can't end with \"/\"" :
  count(split(token, "::")) > 1 ?
    "name can't contain \"::\"" :
    void(0);
  return issue ?
    readerError(reader, "Invalid token (", issue, "): ", token) :
  (!(ns)) && (first(name) === ":") ?
    keyword(rest(name)) :
    keyword(ns, name);
};
exports.readKeyword = readKeyword;

var desugarMeta = function desugarMeta(f) {
  return isKeyword(f) ?
    dictionary(name(f), true) :
  isSymbol(f) ?
    {
      "tag": f
    } :
  isString(f) ?
    {
      "tag": f
    } :
  "else" ?
    f :
    void(0);
};
exports.desugarMeta = desugarMeta;

var wrappingReader = function wrappingReader(prefix) {
  return function(reader) {
    return list(prefix, read(reader, true, void(0), true));
  };
};
exports.wrappingReader = wrappingReader;

var throwingReader = function throwingReader(msg) {
  return function(reader) {
    return readerError(reader, msg);
  };
};
exports.throwingReader = throwingReader;

var readMeta = function readMeta(reader, _) {
  var metadata = desugarMeta(read(reader, true, void(0), true));
  !(isDictionary(metadata)) ?
    readerError(reader, "Metadata must be Symbol, Keyword, String or Map") :
    void(0);
  return (function() {
    var form = read(reader, true, void(0), true);
    return isObject(form) ?
      withMeta(form, conj(metadata, meta(form))) :
      form;
  })();
};
exports.readMeta = readMeta;

var readRegex = function readRegex(reader) {
  return (function loop(buffer, ch) {
    var recur = loop;
    while (recur === loop) {
      recur = isNil(ch) ?
      readerError(reader, "EOF while reading string") :
    "\\" === ch ?
      (buffer = "" + buffer + ch + (readChar(reader)), ch = readChar(reader), loop) :
    "\"" === ch ?
      rePattern(buffer) :
    "default" ?
      (buffer = "" + buffer + ch, ch = readChar(reader), loop) :
      void(0);
    };
    return recur;
  })("", readChar(reader));
};
exports.readRegex = readRegex;

var readParam = function readParam(reader, initch) {
  var form = readSymbol(reader, initch);
  return isEqual(form, symbol("%")) ?
    symbol("%1") :
    form;
};
exports.readParam = readParam;

var isParam = function isParam(form) {
  return (isSymbol(form)) && ("%" === first(name(form)));
};
exports.isParam = isParam;

var lambdaParamsHash = function lambdaParamsHash(form) {
  return isParam(form) ?
    dictionary(form, form) :
  (isDictionary(form)) || (isVector(form)) || (isList(form)) ?
    conj.apply(conj, map(lambdaParamsHash, vec(form))) :
  "else" ?
    {} :
    void(0);
};
exports.lambdaParamsHash = lambdaParamsHash;

var lambdaParams = function lambdaParams(body) {
  var names = sort(vals(lambdaParamsHash(body)));
  var variadic = isEqual(first(names), symbol("%&"));
  var n = variadic && (count(names) === 1) ?
    0 :
    parseInt(rest(name(last(names))));
  var params = (function loop(names, i) {
    var recur = loop;
    while (recur === loop) {
      recur = i <= n ?
      (names = conj(names, symbol("" + "%" + i)), i = inc(i), loop) :
      names;
    };
    return recur;
  })([], 1);
  return variadic ?
    conj(params, symbol(void(0), "&"), symbol(void(0), "%&")) :
    names;
};
exports.lambdaParams = lambdaParams;

var readLambda = function readLambda(reader) {
  var body = readList(reader);
  return list(symbol(void(0), "fn"), lambdaParams(body), body);
};
exports.readLambda = readLambda;

var readDiscard = function readDiscard(reader, _) {
  read(reader, true, void(0), true);
  return reader;
};
exports.readDiscard = readDiscard;

var macros = function macros(c) {
  return c === "\"" ?
    readString :
  c === ":" ?
    readKeyword :
  c === ";" ?
    readComment :
  c === "'" ?
    wrappingReader(symbol(void(0), "quote")) :
  c === "@" ?
    wrappingReader(symbol(void(0), "deref")) :
  c === "^" ?
    readMeta :
  c === "`" ?
    wrappingReader(symbol(void(0), "syntax-quote")) :
  c === "~" ?
    readUnquote :
  c === "(" ?
    readList :
  c === ")" ?
    readUnmatchedDelimiter :
  c === "[" ?
    readVector :
  c === "]" ?
    readUnmatchedDelimiter :
  c === "{" ?
    readMap :
  c === "}" ?
    readUnmatchedDelimiter :
  c === "\\" ?
    readChar :
  c === "%" ?
    readParam :
  c === "#" ?
    readDispatch :
  "else" ?
    void(0) :
    void(0);
};
exports.macros = macros;

var dispatchMacros = function dispatchMacros(s) {
  return s === "{" ?
    readSet :
  s === "(" ?
    readLambda :
  s === "<" ?
    throwingReader("Unreadable form") :
  s === "\"" ?
    readRegex :
  s === "!" ?
    readComment :
  s === "_" ?
    readDiscard :
  "else" ?
    void(0) :
    void(0);
};
exports.dispatchMacros = dispatchMacros;

var readForm = function readForm(reader, ch) {
  var start = {
    "line": (reader || 0)["line"],
    "column": (reader || 0)["column"]
  };
  var readMacro = macros(ch);
  var form = readMacro ?
    readMacro(reader, ch) :
  isNumberLiteral(reader, ch) ?
    readNumber(reader, ch) :
  "else" ?
    readSymbol(reader, ch) :
    void(0);
  return form === reader ?
    form :
  !((isString(form)) || (isNumber(form)) || (isBoolean(form)) || (isNil(form)) || (isKeyword(form))) ?
    withMeta(form, conj({
      "start": start,
      "end": {
        "line": (reader || 0)["line"],
        "column": (reader || 0)["column"]
      }
    }, meta(form))) :
  "else" ?
    form :
    void(0);
};
exports.readForm = readForm;

var read = function read(reader, eofIsError, sentinel, isRecursive) {
  return (function loop() {
    var recur = loop;
    while (recur === loop) {
      recur = (function() {
      var ch = readChar(reader);
      var form = isNil(ch) ?
        eofIsError ?
          readerError(reader, "EOF") :
          sentinel :
      isWhitespace(ch) ?
        reader :
      isCommentPrefix(ch) ?
        read(readComment(reader, ch), eofIsError, sentinel, isRecursive) :
      "else" ?
        readForm(reader, ch) :
        void(0);
      return form === reader ?
        (loop) :
        form;
    })();
    };
    return recur;
  })();
};
exports.read = read;

var read_ = function read_(source, uri) {
  var reader = pushBackReader(source, uri);
  var eof = gensym();
  return (function loop(forms, form) {
    var recur = loop;
    while (recur === loop) {
      recur = form === eof ?
      forms :
      (forms = conj(forms, form), form = read(reader, false, eof, false), loop);
    };
    return recur;
  })([], read(reader, false, eof, false));
};
exports.read_ = read_;

var readFromString = function readFromString(source, uri) {
  var reader = pushBackReader(source, uri);
  return read(reader, true, void(0), false);
};
exports.readFromString = readFromString;

var readUuid = function readUuid(uuid) {
  return isString(uuid) ?
    list(symbol(void(0), "UUID."), uuid) :
    readerError(void(0), "UUID literal expects a string as its representation.");
};

var readQueue = function readQueue(items) {
  return isVector(items) ?
    list(symbol(void(0), "PersistentQueue."), items) :
    readerError(void(0), "Queue literal expects a vector for its elements.");
};

var __tagTable__ = dictionary("uuid", readUuid, "queue", readQueue);
exports.__tagTable__ = __tagTable__;

var maybeReadTaggedType = function maybeReadTaggedType(reader, initch) {
  var tag = readSymbol(reader, initch);
  var pfn = (__tagTable__ || 0)[name(tag)];
  return pfn ?
    pfn(read(reader, true, void(0), false)) :
    readerError(reader, "" + "Could not find tag parser for " + (name(tag)) + " in " + ("" + (keys(__tagTable__))));
};
exports.maybeReadTaggedType = maybeReadTaggedType
},{"./sequence":"gdziIz","./runtime":"YbrU3i","./ast":"nw8hg9","./string":"BI22ma"}],"wisp/ast":[function(require,module,exports){
module.exports=require('nw8hg9');
},{}],"nw8hg9":[function(require,module,exports){
var _ns_ = {
  "id": "wisp.ast"
};
var wisp_sequence = require("./sequence");
var isList = wisp_sequence.isList;
var isSequential = wisp_sequence.isSequential;
var first = wisp_sequence.first;
var second = wisp_sequence.second;
var count = wisp_sequence.count;
var last = wisp_sequence.last;
var map = wisp_sequence.map;
var vec = wisp_sequence.vec;;
var wisp_string = require("./string");
var split = wisp_string.split;
var join = wisp_string.join;;
var wisp_runtime = require("./runtime");
var isNil = wisp_runtime.isNil;
var isVector = wisp_runtime.isVector;
var isNumber = wisp_runtime.isNumber;
var isString = wisp_runtime.isString;
var isBoolean = wisp_runtime.isBoolean;
var isObject = wisp_runtime.isObject;
var isDate = wisp_runtime.isDate;
var isRePattern = wisp_runtime.isRePattern;
var isDictionary = wisp_runtime.isDictionary;
var str = wisp_runtime.str;
var inc = wisp_runtime.inc;
var subs = wisp_runtime.subs;
var isEqual = wisp_runtime.isEqual;;;

var withMeta = function withMeta(value, metadata) {
  Object.defineProperty(value, "metadata", {
    "value": metadata,
    "configurable": true
  });
  return value;
};
exports.withMeta = withMeta;

var meta = function meta(value) {
  return isObject(value) ?
    value.metadata :
    void(0);
};
exports.meta = meta;

var __nsSeparator__ = "⁄";
exports.__nsSeparator__ = __nsSeparator__;

var Symbol = function Symbol(namespace, name) {
  this.namespace = namespace;
  this.name = name;
  return this;
};

Symbol.type = "wisp.symbol";

Symbol.prototype.type = Symbol.type;

Symbol.prototype.toString = function() {
  var ns = namespace(this);
  return ns ?
    "" + ns + "/" + (name(this)) :
    "" + (name(this));
};

var symbol = function symbol(ns, id) {
  return isSymbol(ns) ?
    ns :
  isKeyword(ns) ?
    new Symbol(namespace(ns), name(ns)) :
  isNil(id) ?
    new Symbol(void(0), ns) :
  "else" ?
    new Symbol(ns, id) :
    void(0);
};
exports.symbol = symbol;

var isSymbol = function isSymbol(x) {
  return x && (Symbol.type === x.type);
};
exports.isSymbol = isSymbol;

var isKeyword = function isKeyword(x) {
  return (isString(x)) && (count(x) > 1) && (first(x) === "꞉");
};
exports.isKeyword = isKeyword;

var keyword = function keyword(ns, id) {
  return isKeyword(ns) ?
    ns :
  isSymbol(ns) ?
    "" + "꞉" + (name(ns)) :
  isNil(id) ?
    "" + "꞉" + ns :
  isNil(ns) ?
    "" + "꞉" + id :
  "else" ?
    "" + "꞉" + ns + __nsSeparator__ + id :
    void(0);
};
exports.keyword = keyword;

var keywordName = function keywordName(value) {
  return last(split(subs(value, 1), __nsSeparator__));
};

var name = function name(value) {
  return isSymbol(value) ?
    value.name :
  isKeyword(value) ?
    keywordName(value) :
  isString(value) ?
    value :
  "else" ?
    (function() { throw new TypeError("" + "Doesn't support name: " + value); })() :
    void(0);
};
exports.name = name;

var keywordNamespace = function keywordNamespace(x) {
  var parts = split(subs(x, 1), __nsSeparator__);
  return count(parts) > 1 ?
    (parts || 0)[0] :
    void(0);
};

var namespace = function namespace(x) {
  return isSymbol(x) ?
    x.namespace :
  isKeyword(x) ?
    keywordNamespace(x) :
  "else" ?
    (function() { throw new TypeError("" + "Doesn't supports namespace: " + x); })() :
    void(0);
};
exports.namespace = namespace;

var gensym = function gensym(prefix) {
  return symbol("" + (isNil(prefix) ?
    "G__" :
    prefix) + (gensym.base = gensym.base + 1));
};
exports.gensym = gensym;

gensym.base = 0;

var isUnquote = function isUnquote(form) {
  return (isList(form)) && (isEqual(first(form), symbol(void(0), "unquote")));
};
exports.isUnquote = isUnquote;

var isUnquoteSplicing = function isUnquoteSplicing(form) {
  return (isList(form)) && (isEqual(first(form), symbol(void(0), "unquote-splicing")));
};
exports.isUnquoteSplicing = isUnquoteSplicing;

var isQuote = function isQuote(form) {
  return (isList(form)) && (isEqual(first(form), symbol(void(0), "quote")));
};
exports.isQuote = isQuote;

var isSyntaxQuote = function isSyntaxQuote(form) {
  return (isList(form)) && (isEqual(first(form), symbol(void(0), "syntax-quote")));
};
exports.isSyntaxQuote = isSyntaxQuote;

var normalize = function normalize(n, len) {
  return (function loop(ns) {
    var recur = loop;
    while (recur === loop) {
      recur = count(ns) < len ?
      (ns = "" + "0" + ns, loop) :
      ns;
    };
    return recur;
  })("" + n);
};

var quoteString = function quoteString(s) {
  s = join("\\\"", split(s, "\""));
  s = join("\\\\", split(s, "\\"));
  s = join("\\b", split(s, ""));
  s = join("\\f", split(s, ""));
  s = join("\\n", split(s, "\n"));
  s = join("\\r", split(s, "\r"));
  s = join("\\t", split(s, "\t"));
  return "" + "\"" + s + "\"";
};
exports.quoteString = quoteString;

var prStr = function prStr(x) {
  return isNil(x) ?
    "nil" :
  isKeyword(x) ?
    namespace(x) ?
      "" + ":" + (namespace(x)) + "/" + (name(x)) :
      "" + ":" + (name(x)) :
  isString(x) ?
    quoteString(x) :
  isDate(x) ?
    "" + "#inst \"" + (x.getUTCFullYear()) + "-" + (normalize(inc(x.getUTCMonth()), 2)) + "-" + (normalize(x.getUTCDate(), 2)) + "T" + (normalize(x.getUTCHours(), 2)) + ":" + (normalize(x.getUTCMinutes(), 2)) + ":" + (normalize(x.getUTCSeconds(), 2)) + "." + (normalize(x.getUTCMilliseconds(), 3)) + "-" + "00:00\"" :
  isVector(x) ?
    "" + "[" + (join(" ", map(prStr, vec(x)))) + "]" :
  isDictionary(x) ?
    "" + "{" + (join(", ", map(function(pair) {
      return "" + (prStr(first(pair))) + " " + (prStr(second(pair)));
    }, x))) + "}" :
  isSequential(x) ?
    "" + "(" + (join(" ", map(prStr, vec(x)))) + ")" :
  isRePattern(x) ?
    "" + "#\"" + (join("\\/", split(x.source, "/"))) + "\"" :
  "else" ?
    "" + x :
    void(0);
};
exports.prStr = prStr
},{"./sequence":"gdziIz","./string":"BI22ma","./runtime":"YbrU3i"}],"wisp/compiler":[function(require,module,exports){
module.exports=require('baogts');
},{}],"baogts":[function(require,module,exports){
var _ns_ = {
  "id": "wisp.compiler",
  "doc": "wisp language compiler"
};
var wisp_reader = require("./reader");
var readFromString = wisp_reader.readFromString;;
var wisp_ast = require("./ast");
var meta = wisp_ast.meta;
var withMeta = wisp_ast.withMeta;
var isSymbol = wisp_ast.isSymbol;
var symbol = wisp_ast.symbol;
var isKeyword = wisp_ast.isKeyword;
var keyword = wisp_ast.keyword;
var namespace = wisp_ast.namespace;
var isUnquote = wisp_ast.isUnquote;
var isUnquoteSplicing = wisp_ast.isUnquoteSplicing;
var isQuote = wisp_ast.isQuote;
var isSyntaxQuote = wisp_ast.isSyntaxQuote;
var name = wisp_ast.name;
var gensym = wisp_ast.gensym;
var prStr = wisp_ast.prStr;;
var wisp_sequence = require("./sequence");
var isEmpty = wisp_sequence.isEmpty;
var count = wisp_sequence.count;
var isList = wisp_sequence.isList;
var list = wisp_sequence.list;
var first = wisp_sequence.first;
var second = wisp_sequence.second;
var third = wisp_sequence.third;
var rest = wisp_sequence.rest;
var cons = wisp_sequence.cons;
var conj = wisp_sequence.conj;
var reverse = wisp_sequence.reverse;
var reduce = wisp_sequence.reduce;
var vec = wisp_sequence.vec;
var last = wisp_sequence.last;
var repeat = wisp_sequence.repeat;
var map = wisp_sequence.map;
var filter = wisp_sequence.filter;
var take = wisp_sequence.take;
var concat = wisp_sequence.concat;
var isSeq = wisp_sequence.isSeq;;
var wisp_runtime = require("./runtime");
var isOdd = wisp_runtime.isOdd;
var isDictionary = wisp_runtime.isDictionary;
var dictionary = wisp_runtime.dictionary;
var merge = wisp_runtime.merge;
var keys = wisp_runtime.keys;
var vals = wisp_runtime.vals;
var isContainsVector = wisp_runtime.isContainsVector;
var mapDictionary = wisp_runtime.mapDictionary;
var isString = wisp_runtime.isString;
var isNumber = wisp_runtime.isNumber;
var isVector = wisp_runtime.isVector;
var isBoolean = wisp_runtime.isBoolean;
var subs = wisp_runtime.subs;
var reFind = wisp_runtime.reFind;
var isTrue = wisp_runtime.isTrue;
var isFalse = wisp_runtime.isFalse;
var isNil = wisp_runtime.isNil;
var isRePattern = wisp_runtime.isRePattern;
var inc = wisp_runtime.inc;
var dec = wisp_runtime.dec;
var str = wisp_runtime.str;
var char = wisp_runtime.char;
var int = wisp_runtime.int;
var isEqual = wisp_runtime.isEqual;
var isStrictEqual = wisp_runtime.isStrictEqual;;
var wisp_string = require("./string");
var split = wisp_string.split;
var join = wisp_string.join;
var upperCase = wisp_string.upperCase;
var replace = wisp_string.replace;;
var wisp_backend_javascript_writer = require("./backend/javascript/writer");
var writeReference = wisp_backend_javascript_writer.writeReference;
var writeKeywordReference = wisp_backend_javascript_writer.writeKeywordReference;
var writeKeyword = wisp_backend_javascript_writer.writeKeyword;
var writeSymbol = wisp_backend_javascript_writer.writeSymbol;
var writeNil = wisp_backend_javascript_writer.writeNil;
var writeComment = wisp_backend_javascript_writer.writeComment;
var writeNumber = wisp_backend_javascript_writer.writeNumber;
var writeString = wisp_backend_javascript_writer.writeString;
var writeBoolean = wisp_backend_javascript_writer.writeBoolean;;;

var isSelfEvaluating = function isSelfEvaluating(form) {
  return (isNumber(form)) || ((isString(form)) && (!(isSymbol(form))) && (!(isKeyword(form)))) || (isBoolean(form)) || (isNil(form)) || (isRePattern(form));
};
exports.isSelfEvaluating = isSelfEvaluating;

var __macros__ = {};
exports.__macros__ = __macros__;

var executeMacro = function executeMacro(name, form) {
  return (__macros__ || 0)[name].apply((__macros__ || 0)[name], vec(form));
};
exports.executeMacro = executeMacro;

var installMacro = function installMacro(name, macroFn) {
  return (__macros__ || 0)[name] = macroFn;
};
exports.installMacro = installMacro;

var isMacro = function isMacro(name) {
  return (isSymbol(name)) && ((__macros__ || 0)[name]) && true;
};
exports.isMacro = isMacro;

var makeMacro = function makeMacro(pattern, body) {
  var macroFn = concat(list(symbol(void(0), "fn"), pattern), body);
  return eval("" + "(" + (compile(macroexpand(macroFn))) + ")");
};
exports.makeMacro = makeMacro;

installMacro(symbol(void(0), "defmacro"), function(name, signature) {
  var body = Array.prototype.slice.call(arguments, 2);
  return installMacro(name, makeMacro(signature, body));
});

var __specials__ = {};
exports.__specials__ = __specials__;

var installSpecial = function installSpecial(name, f, validator) {
  return (__specials__ || 0)[name] = function(form) {
    validator ?
      validator(form) :
      void(0);
    return f(withMeta(rest(form), meta(form)));
  };
};
exports.installSpecial = installSpecial;

var isSpecial = function isSpecial(name) {
  return (isSymbol(name)) && ((__specials__ || 0)[name]) && true;
};
exports.isSpecial = isSpecial;

var executeSpecial = function executeSpecial(name, form) {
  return ((__specials__ || 0)[name])(form);
};
exports.executeSpecial = executeSpecial;

var opt = function opt(argument, fallback) {
  return (isNil(argument)) || (isEmpty(argument)) ?
    fallback :
    first(argument);
};
exports.opt = opt;

var applyForm = function applyForm(fnName, form, isQuoted) {
  return cons(fnName, isQuoted ?
    map(function(e) {
      return list(symbol(void(0), "quote"), e);
    }, form) :
    form, form);
};
exports.applyForm = applyForm;

var applyUnquotedForm = function applyUnquotedForm(fnName, form) {
  return cons(fnName, map(function(e) {
    return isUnquote(e) ?
      second(e) :
    (isList(e)) && (isKeyword(first(e))) ?
      list(symbol(void(0), "syntax-quote"), second(e)) :
      list(symbol(void(0), "syntax-quote"), e);
  }, form));
};
exports.applyUnquotedForm = applyUnquotedForm;

var splitSplices = function splitSplices(form, fnName) {
  var makeSplice = function makeSplice(form) {
    return (isSelfEvaluating(form)) || (isSymbol(form)) ?
      applyUnquotedForm(fnName, list(form)) :
      applyUnquotedForm(fnName, form);
  };
  return (function loop(nodes, slices, acc) {
    var recur = loop;
    while (recur === loop) {
      recur = isEmpty(nodes) ?
      reverse(isEmpty(acc) ?
        slices :
        cons(makeSplice(reverse(acc)), slices)) :
      (function() {
        var node = first(nodes);
        return isUnquoteSplicing(node) ?
          (nodes = rest(nodes), slices = cons(second(node), isEmpty(acc) ?
            slices :
            cons(makeSplice(reverse(acc)), slices)), acc = list(), loop) :
          (nodes = rest(nodes), slices = slices, acc = cons(node, acc), loop);
      })();
    };
    return recur;
  })(form, list(), list());
};
exports.splitSplices = splitSplices;

var syntaxQuoteSplit = function syntaxQuoteSplit(appendName, fnName, form) {
  var slices = splitSplices(form, fnName);
  var n = count(slices);
  return n === 0 ?
    list(fnName) :
  n === 1 ?
    first(slices) :
  "default" ?
    applyForm(appendName, slices) :
    void(0);
};
exports.syntaxQuoteSplit = syntaxQuoteSplit;

var compileObject = function compileObject(form, isQuoted) {
  return isKeyword(form) ?
    writeKeyword(form) :
  isSymbol(form) ?
    writeSymbol(form) :
  isNumber(form) ?
    writeNumber(form) :
  isString(form) ?
    writeString(form) :
  isBoolean(form) ?
    writeBoolean(form) :
  isNil(form) ?
    writeNil(form) :
  isRePattern(form) ?
    compileRePattern(form) :
  isVector(form) ?
    compile(applyForm(symbol(void(0), "vector"), list.apply(list, form), isQuoted)) :
  isList(form) ?
    compile(applyForm(symbol(void(0), "list"), form, isQuoted)) :
  isDictionary(form) ?
    compileDictionary(isQuoted ?
      mapDictionary(form, function(x) {
        return list(symbol(void(0), "quote"), x);
      }) :
      form) :
    void(0);
};
exports.compileObject = compileObject;

var compileSyntaxQuotedVector = function compileSyntaxQuotedVector(form) {
  var concatForm = syntaxQuoteSplit(symbol(void(0), "concat"), symbol(void(0), "vector"), list.apply(list, form));
  return compile(count(concatForm) > 1 ?
    list(symbol(void(0), "vec"), concatForm) :
    concatForm);
};
exports.compileSyntaxQuotedVector = compileSyntaxQuotedVector;

var compileSyntaxQuoted = function compileSyntaxQuoted(form) {
  return isList(form) ?
    compile(syntaxQuoteSplit(symbol(void(0), "concat"), symbol(void(0), "list"), form)) :
  isVector(form) ?
    compileSyntaxQuotedVector(form) :
  "else" ?
    compileObject(form) :
    void(0);
};
exports.compileSyntaxQuoted = compileSyntaxQuoted;

var compile = function compile(form) {
  return isSelfEvaluating(form) ?
    compileObject(form) :
  isSymbol(form) ?
    writeReference(form) :
  isKeyword(form) ?
    writeKeywordReference(form) :
  isVector(form) ?
    compileObject(form) :
  isDictionary(form) ?
    compileObject(form) :
  isList(form) ?
    (function() {
      var head = first(form);
      return isEmpty(form) ?
        compileObject(form, true) :
      isQuote(form) ?
        compileObject(second(form), true) :
      isSyntaxQuote(form) ?
        compileSyntaxQuoted(second(form)) :
      isSpecial(head) ?
        executeSpecial(head, form) :
      isKeyword(head) ?
        compile(list(symbol(void(0), "get"), second(form), head)) :
      "else" ?
        (function() {
          return !((isSymbol(head)) || (isList(head))) ?
            (function() { throw compilerError(form, "" + "operator is not a procedure: " + head); })() :
            compileInvoke(form);
        })() :
        void(0);
    })() :
    void(0);
};
exports.compile = compile;

var compile_ = function compile_(forms) {
  return reduce(function(result, form) {
    return "" + result + (isEmpty(result) ?
      "" :
      ";\n\n") + (compile(isList(form) ?
      withMeta(macroexpand(form), conj({
        "top": true
      }, meta(form))) :
      form));
  }, "", forms);
};
exports.compile_ = compile_;

var compileProgram = function compileProgram(forms) {
  return reduce(function(result, form) {
    return "" + result + (isEmpty(result) ?
      "" :
      ";\n\n") + (compile(isList(form) ?
      withMeta(macroexpand(form), conj({
        "top": true
      }, meta(form))) :
      form));
  }, "", forms);
};
exports.compileProgram = compileProgram;

var macroexpand1 = function macroexpand1(form) {
  return isList(form) ?
    (function() {
      var op = first(form);
      var id = isSymbol(op) ?
        name(op) :
        void(0);
      return isSpecial(op) ?
        form :
      isMacro(op) ?
        executeMacro(op, rest(form)) :
      (isSymbol(op)) && (!(id === ".")) ?
        first(id) === "." ?
          count(form) < 2 ?
            (function() { throw Error("Malformed member expression, expecting (.member target ...)"); })() :
            cons(symbol(void(0), "."), cons(second(form), cons(symbol(subs(id, 1)), rest(rest(form))))) :
        last(id) === "." ?
          cons(symbol(void(0), "new"), cons(symbol(subs(id, 0, dec(count(id)))), rest(form))) :
          form :
      "else" ?
        form :
        void(0);
    })() :
    form;
};
exports.macroexpand1 = macroexpand1;

var macroexpand = function macroexpand(form) {
  return (function loop(original, expanded) {
    var recur = loop;
    while (recur === loop) {
      recur = original === expanded ?
      original :
      (original = expanded, expanded = macroexpand1(expanded), loop);
    };
    return recur;
  })(form, macroexpand1(form));
};
exports.macroexpand = macroexpand;

var _lineBreakPattern_ = /\n(?=[^\n])/m;
exports._lineBreakPattern_ = _lineBreakPattern_;

var indent = function indent(code, indentation) {
  return join(indentation, split(code, _lineBreakPattern_));
};
exports.indent = indent;

var compileTemplate = function compileTemplate(form) {
  var indentPattern = /\n *$/;
  var getIndentation = function(code) {
    return (reFind(indentPattern, code)) || "\n";
  };
  return (function loop(code, parts, values) {
    var recur = loop;
    while (recur === loop) {
      recur = count(parts) > 1 ?
      (code = "" + code + (first(parts)) + (indent("" + (first(values)), getIndentation(first(parts)))), parts = rest(parts), values = rest(values), loop) :
      "" + code + (first(parts));
    };
    return recur;
  })("", split(first(form), "~{}"), rest(form));
};
exports.compileTemplate = compileTemplate;

var compileDef = function compileDef(form) {
  var id = first(form);
  var isExport = ((((meta(form)) || {}) || 0)["top"]) && (!((((meta(id)) || {}) || 0)["private"]));
  var attribute = symbol(namespace(id), "" + "-" + (name(id)));
  return isExport ?
    compileTemplate(list("var ~{};\n~{}", compile(cons(symbol(void(0), "set!"), form)), compile(list(symbol(void(0), "set!"), list(symbol(void(0), "."), symbol(void(0), "exports"), attribute), id)))) :
    compileTemplate(list("var ~{}", compile(cons(symbol(void(0), "set!"), form))));
};
exports.compileDef = compileDef;

var compileIfElse = function compileIfElse(form) {
  var condition = macroexpand(first(form));
  var thenExpression = macroexpand(second(form));
  var elseExpression = macroexpand(third(form));
  return compileTemplate(list((isList(elseExpression)) && (isEqual(first(elseExpression), symbol(void(0), "if"))) ?
    "~{} ?\n  ~{} :\n~{}" :
    "~{} ?\n  ~{} :\n  ~{}", compile(condition), compile(thenExpression), compile(elseExpression)));
};
exports.compileIfElse = compileIfElse;

var compileDictionary = function compileDictionary(form) {
  var body = (function loop(body, names) {
    var recur = loop;
    while (recur === loop) {
      recur = isEmpty(names) ?
      body :
      (body = "" + (isNil(body) ?
        "" :
        "" + body + ",\n") + (compileTemplate(list("~{}: ~{}", compile(first(names)), compile(macroexpand((form || 0)[first(names)]))))), names = rest(names), loop);
    };
    return recur;
  })(void(0), keys(form));
  return isNil(body) ?
    "{}" :
    compileTemplate(list("{\n  ~{}\n}", body));
};
exports.compileDictionary = compileDictionary;

var desugarFnName = function desugarFnName(form) {
  return (isSymbol(first(form))) || (isNil(first(form))) ?
    form :
    cons(void(0), form);
};
exports.desugarFnName = desugarFnName;

var desugarFnDoc = function desugarFnDoc(form) {
  return (isString(second(form))) || (isNil(second(form))) ?
    form :
    cons(first(form), cons(void(0), rest(form)));
};
exports.desugarFnDoc = desugarFnDoc;

var desugarFnAttrs = function desugarFnAttrs(form) {
  return (isDictionary(third(form))) || (isNil(third(form))) ?
    form :
    cons(first(form), cons(second(form), cons(void(0), rest(rest(form)))));
};
exports.desugarFnAttrs = desugarFnAttrs;

var compileDesugaredFn = function compileDesugaredFn(name, doc, attrs, params, body) {
  return compileTemplate(isNil(name) ?
    list("function(~{}) {\n  ~{}\n}", join(", ", map(compile, (params || 0)["names"])), compileFnBody(map(macroexpand, body), params)) :
    list("function ~{}(~{}) {\n  ~{}\n}", compile(name), join(", ", map(compile, (params || 0)["names"])), compileFnBody(map(macroexpand, body), params)));
};
exports.compileDesugaredFn = compileDesugaredFn;

var compileStatements = function compileStatements(form, prefix) {
  return (function loop(result, expression, expressions) {
    var recur = loop;
    while (recur === loop) {
      recur = isEmpty(expressions) ?
      "" + result + (isNil(prefix) ?
        "" :
        prefix) + (compile(macroexpand(expression))) + ";" :
      (result = "" + result + (compile(macroexpand(expression))) + ";\n", expression = first(expressions), expressions = rest(expressions), loop);
    };
    return recur;
  })("", first(form), rest(form));
};
exports.compileStatements = compileStatements;

var compileFnBody = function compileFnBody(form, params) {
  return (isDictionary(params)) && ((params || 0)["rest"]) ?
    compileStatements(cons(list(symbol(void(0), "def"), (params || 0)["rest"], list(symbol(void(0), "Array.prototype.slice.call"), symbol(void(0), "arguments"), (params || 0)["arity"])), form), "return ") :
  (count(form) === 1) && (isList(first(form))) && (isEqual(first(first(form)), symbol(void(0), "do"))) ?
    compileFnBody(rest(first(form)), params) :
    compileStatements(form, "return ");
};
exports.compileFnBody = compileFnBody;

var desugarParams = function desugarParams(params) {
  return (function loop(names, params) {
    var recur = loop;
    while (recur === loop) {
      recur = isEmpty(params) ?
      {
        "names": names,
        "arity": count(names),
        "rest": void(0)
      } :
    isEqual(first(params), symbol(void(0), "&")) ?
      isEqual(count(params), 1) ?
        {
          "names": names,
          "arity": count(names),
          "rest": void(0)
        } :
      isEqual(count(params), 2) ?
        {
          "names": names,
          "arity": count(names),
          "rest": second(params)
        } :
      "else" ?
        (function() { throw TypeError("Unexpected number of parameters after &"); })() :
        void(0) :
    "else" ?
      (names = conj(names, first(params)), params = rest(params), loop) :
      void(0);
    };
    return recur;
  })([], params);
};
exports.desugarParams = desugarParams;

var analyzeOverloadedFn = function analyzeOverloadedFn(name, doc, attrs, overloads) {
  return map(function(overload) {
    var params = desugarParams(first(overload));
    return {
      "rest": (params || 0)["rest"],
      "names": (params || 0)["names"],
      "arity": (params || 0)["arity"],
      "body": rest(overload)
    };
  }, overloads);
};
exports.analyzeOverloadedFn = analyzeOverloadedFn;

var compileOverloadedFn = function compileOverloadedFn(name, doc, attrs, overloads) {
  var methods = analyzeOverloadedFn(name, doc, attrs, overloads);
  var fixedMethods = filter(function(method) {
    return !((method || 0)["rest"]);
  }, methods);
  var variadic = first(filter(function(method) {
    return (method || 0)["rest"];
  }, methods));
  var names = reduce(function(names, params) {
    return count(names) > (params || 0)["arity"] ?
      names :
      (params || 0)["names"];
  }, [], methods);
  return list(symbol(void(0), "fn"), name, doc, attrs, names, list(symbol(void(0), "raw*"), compileSwitch(symbol(void(0), "arguments.length"), map(function(method) {
    return cons((method || 0)["arity"], list(symbol(void(0), "raw*"), compileFnBody(concat(compileRebind(names, (method || 0)["names"]), (method || 0)["body"]))));
  }, fixedMethods), isNil(variadic) ?
    list(symbol(void(0), "throw"), list(symbol(void(0), "Error"), "Invalid arity")) :
    list(symbol(void(0), "raw*"), compileFnBody(concat(compileRebind(cons(list(symbol(void(0), "Array.prototype.slice.call"), symbol(void(0), "arguments"), (variadic || 0)["arity"]), names), cons((variadic || 0)["rest"], (variadic || 0)["names"])), (variadic || 0)["body"]))))), void(0));
};
exports.compileOverloadedFn = compileOverloadedFn;

var compileRebind = function compileRebind(bindings, names) {
  return (function loop(form, bindings, names) {
    var recur = loop;
    while (recur === loop) {
      recur = isEmpty(names) ?
      reverse(form) :
      (form = isEqual(first(names), first(bindings)) ?
        form :
        cons(list(symbol(void(0), "def"), first(names), first(bindings)), form), bindings = rest(bindings), names = rest(names), loop);
    };
    return recur;
  })(list(), bindings, names);
};
exports.compileRebind = compileRebind;

var compileSwitchCases = function compileSwitchCases(cases) {
  return reduce(function(form, caseExpression) {
    return "" + form + (compileTemplate(list("case ~{}:\n  ~{}\n", compile(macroexpand(first(caseExpression))), compile(macroexpand(rest(caseExpression))))));
  }, "", cases);
};
exports.compileSwitchCases = compileSwitchCases;

var compileSwitch = function compileSwitch(value, cases, defaultCase) {
  return compileTemplate(list("switch (~{}) {\n  ~{}\n  default:\n    ~{}\n}", compile(macroexpand(value)), compileSwitchCases(cases), compile(macroexpand(defaultCase))));
};
exports.compileSwitch = compileSwitch;

var compileFn = function compileFn(form) {
  var signature = desugarFnAttrs(desugarFnDoc(desugarFnName(form)));
  var name = first(signature);
  var doc = second(signature);
  var attrs = third(signature);
  return isVector(third(rest(signature))) ?
    compileDesugaredFn(name, doc, attrs, desugarParams(third(rest(signature))), rest(rest(rest(rest(signature))))) :
    compile(compileOverloadedFn(name, doc, attrs, rest(rest(rest(signature)))));
};
exports.compileFn = compileFn;

var compileInvoke = function compileInvoke(form) {
  return compileTemplate(list(isList(first(form)) ?
    "(~{})(~{})" :
    "~{}(~{})", compile(first(form)), compileGroup(rest(form))));
};
exports.compileInvoke = compileInvoke;

var compileGroup = function compileGroup(form, wrap) {
  return wrap ?
    "" + "(" + (compileGroup(form)) + ")" :
    join(", ", vec(map(compile, map(macroexpand, form))));
};
exports.compileGroup = compileGroup;

var compileDo = function compileDo(form) {
  return compile(list(cons(symbol(void(0), "fn"), cons([], form))));
};
exports.compileDo = compileDo;

var defineBindings = function defineBindings(form) {
  return (function loop(defs, bindings) {
    var recur = loop;
    while (recur === loop) {
      recur = count(bindings) === 0 ?
      reverse(defs) :
      (defs = cons(list(symbol(void(0), "def"), (bindings || 0)[0], (bindings || 0)[1]), defs), bindings = rest(rest(bindings)), loop);
    };
    return recur;
  })(list(), form);
};
exports.defineBindings = defineBindings;

var compileThrow = function compileThrow(form) {
  return compileTemplate(list("(function() { throw ~{}; })()", compile(macroexpand(first(form)))));
};
exports.compileThrow = compileThrow;

var compileSet = function compileSet(form) {
  return compileTemplate(list("~{} = ~{}", compile(macroexpand(first(form))), compile(macroexpand(second(form)))));
};
exports.compileSet = compileSet;

var compileVector = function compileVector(form) {
  return compileTemplate(list("[~{}]", compileGroup(form)));
};
exports.compileVector = compileVector;

var compileTry = function compileTry(form) {
  return (function loop(tryExprs, catchExprs, finallyExprs, exprs) {
    var recur = loop;
    while (recur === loop) {
      recur = isEmpty(exprs) ?
      isEmpty(catchExprs) ?
        compileTemplate(list("(function() {\ntry {\n  ~{}\n} finally {\n  ~{}\n}})()", compileFnBody(tryExprs), compileFnBody(finallyExprs))) :
      isEmpty(finallyExprs) ?
        compileTemplate(list("(function() {\ntry {\n  ~{}\n} catch (~{}) {\n  ~{}\n}})()", compileFnBody(tryExprs), compile(first(catchExprs)), compileFnBody(rest(catchExprs)))) :
        compileTemplate(list("(function() {\ntry {\n  ~{}\n} catch (~{}) {\n  ~{}\n} finally {\n  ~{}\n}})()", compileFnBody(tryExprs), compile(first(catchExprs)), compileFnBody(rest(catchExprs)), compileFnBody(finallyExprs))) :
    isEqual(first(first(exprs)), symbol(void(0), "catch")) ?
      (tryExprs = tryExprs, catchExprs = rest(first(exprs)), finallyExprs = finallyExprs, exprs = rest(exprs), loop) :
    isEqual(first(first(exprs)), symbol(void(0), "finally")) ?
      (tryExprs = tryExprs, catchExprs = catchExprs, finallyExprs = rest(first(exprs)), exprs = rest(exprs), loop) :
      (tryExprs = cons(first(exprs), tryExprs), catchExprs = catchExprs, finallyExprs = finallyExprs, exprs = rest(exprs), loop);
    };
    return recur;
  })(list(), list(), list(), reverse(form));
};
exports.compileTry = compileTry;

var compileProperty = function compileProperty(form) {
  return (name(second(form)))[0] === "-" ?
    compileTemplate(list(isList(first(form)) ?
      "(~{}).~{}" :
      "~{}.~{}", compile(macroexpand(first(form))), compile(macroexpand(symbol(subs(name(second(form)), 1)))))) :
    compileTemplate(list("~{}.~{}(~{})", compile(macroexpand(first(form))), compile(macroexpand(second(form))), compileGroup(rest(rest(form)))));
};
exports.compileProperty = compileProperty;

var compileApply = function compileApply(form) {
  return compile(list(symbol(void(0), "."), first(form), symbol(void(0), "apply"), first(form), second(form)));
};
exports.compileApply = compileApply;

var compileNew = function compileNew(form) {
  return compileTemplate(list("new ~{}", compile(form)));
};
exports.compileNew = compileNew;

var compileAget = function compileAget(form) {
  var target = macroexpand(first(form));
  var attribute = macroexpand(second(form));
  var notFound = third(form);
  var template = isList(target) ?
    "(~{})[~{}]" :
    "~{}[~{}]";
  return notFound ?
    compile(list(symbol(void(0), "or"), list(symbol(void(0), "get"), first(form), second(form)), macroexpand(notFound))) :
    compileTemplate(list(template, compile(target), compile(attribute)));
};
exports.compileAget = compileAget;

var compileGet = function compileGet(form) {
  return compileAget(cons(list(symbol(void(0), "or"), first(form), 0), rest(form)));
};
exports.compileGet = compileGet;

var compileInstance = function compileInstance(form) {
  return compileTemplate(list("~{} instanceof ~{}", compile(macroexpand(second(form))), compile(macroexpand(first(form)))));
};
exports.compileInstance = compileInstance;

var compileNot = function compileNot(form) {
  return compileTemplate(list("!(~{})", compile(macroexpand(first(form)))));
};
exports.compileNot = compileNot;

var compileLoop = function compileLoop(form) {
  var bindings = (function loop(names, values, tokens) {
    var recur = loop;
    while (recur === loop) {
      recur = isEmpty(tokens) ?
      {
        "names": names,
        "values": values
      } :
      (names = conj(names, first(tokens)), values = conj(values, second(tokens)), tokens = rest(rest(tokens)), loop);
    };
    return recur;
  })([], [], first(form));
  var names = (bindings || 0)["names"];
  var values = (bindings || 0)["values"];
  var body = rest(form);
  return compile(cons(cons(symbol(void(0), "fn"), cons(symbol(void(0), "loop"), cons(names, compileRecur(names, body)))), list.apply(list, values)));
};
exports.compileLoop = compileLoop;

var rebindBindings = function rebindBindings(names, values) {
  return (function loop(result, names, values) {
    var recur = loop;
    while (recur === loop) {
      recur = isEmpty(names) ?
      reverse(result) :
      (result = cons(list(symbol(void(0), "set!"), first(names), first(values)), result), names = rest(names), values = rest(values), loop);
    };
    return recur;
  })(list(), names, values);
};
exports.rebindBindings = rebindBindings;

var expandRecur = function expandRecur(names, body) {
  return map(function(form) {
    return isList(form) ?
      isEqual(first(form), symbol(void(0), "recur")) ?
        list(symbol(void(0), "raw*"), compileGroup(concat(rebindBindings(names, rest(form)), list(symbol(void(0), "loop"))), true)) :
        expandRecur(names, form) :
      form;
  }, body);
};
exports.expandRecur = expandRecur;

var compileRecur = function compileRecur(names, body) {
  return list(list(symbol(void(0), "raw*"), compileTemplate(list("var recur = loop;\nwhile (recur === loop) {\n  recur = ~{}\n}", compileStatements(expandRecur(names, body))))), symbol(void(0), "recur"));
};
exports.compileRecur = compileRecur;

var compileRaw = function compileRaw(form) {
  return first(form);
};
exports.compileRaw = compileRaw;

installSpecial(symbol(void(0), "set!"), compileSet);

installSpecial(symbol(void(0), "get"), compileGet);

installSpecial(symbol(void(0), "aget"), compileAget);

installSpecial(symbol(void(0), "def"), compileDef);

installSpecial(symbol(void(0), "if"), compileIfElse);

installSpecial(symbol(void(0), "do"), compileDo);

installSpecial(symbol(void(0), "do*"), compileStatements);

installSpecial(symbol(void(0), "fn"), compileFn);

installSpecial(symbol(void(0), "throw"), compileThrow);

installSpecial(symbol(void(0), "vector"), compileVector);

installSpecial(symbol(void(0), "try"), compileTry);

installSpecial(symbol(void(0), "."), compileProperty);

installSpecial(symbol(void(0), "apply"), compileApply);

installSpecial(symbol(void(0), "new"), compileNew);

installSpecial(symbol(void(0), "instance?"), compileInstance);

installSpecial(symbol(void(0), "not"), compileNot);

installSpecial(symbol(void(0), "loop"), compileLoop);

installSpecial(symbol(void(0), "raw*"), compileRaw);

installSpecial(symbol(void(0), "comment"), writeComment);

var compileRePattern = function compileRePattern(form) {
  return "" + form;
};
exports.compileRePattern = compileRePattern;

var installNative = function installNative(alias, operator, validator, fallback) {
  return installSpecial(alias, function(form) {
    return isEmpty(form) ?
      fallback :
      reduce(function(left, right) {
        return compileTemplate(list("~{} ~{} ~{}", left, name(operator), right));
      }, map(function(operand) {
        return compileTemplate(list(isList(operand) ?
          "(~{})" :
          "~{}", compile(macroexpand(operand))));
      }, form));
  }, validator);
};
exports.installNative = installNative;

var installOperator = function installOperator(alias, operator) {
  return installSpecial(alias, function(form) {
    return (function loop(result, left, right, operands) {
      var recur = loop;
      while (recur === loop) {
        recur = isEmpty(operands) ?
        "" + result + (compileTemplate(list("~{} ~{} ~{}", compile(macroexpand(left)), name(operator), compile(macroexpand(right))))) :
        (result = "" + result + (compileTemplate(list("~{} ~{} ~{} && ", compile(macroexpand(left)), name(operator), compile(macroexpand(right))))), left = right, right = first(operands), operands = rest(operands), loop);
      };
      return recur;
    })("", first(form), second(form), rest(rest(form)));
  }, verifyTwo);
};
exports.installOperator = installOperator;

var compilerError = function compilerError(form, message) {
  var error = Error("" + message);
  error.line = 1;
  return (function() { throw error; })();
};
exports.compilerError = compilerError;

var verifyTwo = function verifyTwo(form) {
  return (isEmpty(rest(form))) || (isEmpty(rest(rest(form)))) ?
    (function() { throw compilerError(form, "" + (first(form)) + " form requires at least two operands"); })() :
    void(0);
};
exports.verifyTwo = verifyTwo;

installNative(symbol(void(0), "+"), symbol(void(0), "+"), void(0), 0);

installNative(symbol(void(0), "-"), symbol(void(0), "-"), void(0), "NaN");

installNative(symbol(void(0), "*"), symbol(void(0), "*"), void(0), 1);

installNative(symbol(void(0), "/"), symbol(void(0), "/"), verifyTwo);

installNative(symbol(void(0), "mod"), symbol("%"), verifyTwo);

installNative(symbol(void(0), "and"), symbol(void(0), "&&"));

installNative(symbol(void(0), "or"), symbol(void(0), "||"));

installOperator(symbol(void(0), "not="), symbol(void(0), "!="));

installOperator(symbol(void(0), "=="), symbol(void(0), "==="));

installOperator(symbol(void(0), "identical?"), symbol(void(0), "==="));

installOperator(symbol(void(0), ">"), symbol(void(0), ">"));

installOperator(symbol(void(0), ">="), symbol(void(0), ">="));

installOperator(symbol(void(0), "<"), symbol(void(0), "<"));

installOperator(symbol(void(0), "<="), symbol(void(0), "<="));

installNative(symbol(void(0), "bit-and"), symbol(void(0), "&"), verifyTwo);

installNative(symbol(void(0), "bit-or"), symbol(void(0), "|"), verifyTwo);

installNative(symbol(void(0), "bit-xor"), symbol("^"));

installNative(symbol(void(0), "bit-not"), symbol("~"), verifyTwo);

installNative(symbol(void(0), "bit-shift-left"), symbol(void(0), "<<"), verifyTwo);

installNative(symbol(void(0), "bit-shift-right"), symbol(void(0), ">>"), verifyTwo);

installNative(symbol(void(0), "bit-shift-right-zero-fil"), symbol(void(0), ">>>"), verifyTwo);

installMacro(symbol(void(0), "str"), function str() {
  var forms = Array.prototype.slice.call(arguments, 0);
  return concat(list(symbol(void(0), "+"), ""), forms);
});

installMacro(symbol(void(0), "let"), function letMacro(bindings) {
  var body = Array.prototype.slice.call(arguments, 1);
  return cons(symbol(void(0), "do"), concat(defineBindings(bindings), body));
});

installMacro(symbol(void(0), "cond"), function cond() {
  var clauses = Array.prototype.slice.call(arguments, 0);
  return !(isEmpty(clauses)) ?
    list(symbol(void(0), "if"), first(clauses), isEmpty(rest(clauses)) ?
      (function() { throw Error("cond requires an even number of forms"); })() :
      second(clauses), cons(symbol(void(0), "cond"), rest(rest(clauses)))) :
    void(0);
});

installMacro(symbol(void(0), "defn"), function defn(name) {
  var body = Array.prototype.slice.call(arguments, 1);
  return list(symbol(void(0), "def"), name, concat(list(symbol(void(0), "fn"), name), body));
});

installMacro(symbol(void(0), "defn-"), function defn(name) {
  var body = Array.prototype.slice.call(arguments, 1);
  return concat(list(symbol(void(0), "defn"), withMeta(name, conj({
    "private": true
  }, meta(name)))), body);
});

installMacro(symbol(void(0), "assert"), function assert(x, message) {
  var title = message || "";
  var assertion = prStr(x);
  var uri = (x || 0)["uri"];
  var form = isList(x) ?
    second(x) :
    x;
  return list(symbol(void(0), "do"), list(symbol(void(0), "if"), list(symbol(void(0), "and"), list(symbol(void(0), "not"), list(symbol(void(0), "identical?"), list(symbol(void(0), "typeof"), symbol(void(0), "**verbose**")), "undefined")), symbol(void(0), "**verbose**")), list(symbol(void(0), ".log"), symbol(void(0), "console"), "Assert:", assertion)), list(symbol(void(0), "if"), list(symbol(void(0), "not"), x), list(symbol(void(0), "throw"), list(symbol(void(0), "Error."), list(symbol(void(0), "str"), "Assert failed: ", title, "\n\nAssertion:\n\n", assertion, "\n\nActual:\n\n", form, "\n--------------\n"), uri))));
});

var parseReferences = function parseReferences(forms) {
  return reduce(function(references, form) {
    isSeq(form) ?
      (references || 0)[name(first(form))] = vec(rest(form)) :
      void(0);
    return references;
  }, {}, forms);
};
exports.parseReferences = parseReferences;

var parseRequire = function parseRequire(form) {
  var requirement = isSymbol(form) ?
    [form] :
    vec(form);
  var id = first(requirement);
  var params = dictionary.apply(dictionary, rest(requirement));
  var imports = reduce(function(imports, name) {
    (imports || 0)[name] = ((imports || 0)[name]) || name;
    return imports;
  }, conj({}, (params || 0)["꞉rename"]), (params || 0)["꞉refer"]);
  return conj({
    "id": id,
    "imports": imports
  }, params);
};
exports.parseRequire = parseRequire;

var analyzeNs = function analyzeNs(form) {
  var id = first(form);
  var params = rest(form);
  var doc = isString(first(params)) ?
    first(params) :
    void(0);
  var references = parseReferences(doc ?
    rest(params) :
    params);
  return withMeta(form, {
    "id": id,
    "doc": doc,
    "require": (references || 0)["require"] ?
      map(parseRequire, (references || 0)["require"]) :
      void(0)
  });
};
exports.analyzeNs = analyzeNs;

var idToNs = function idToNs(id) {
  return symbol(void(0), join("*", split("" + id, ".")));
};
exports.idToNs = idToNs;

var nameToField = function nameToField(name) {
  return symbol(void(0), "" + "-" + name);
};
exports.nameToField = nameToField;

var compileImport = function compileImport(module) {
  return function(form) {
    return list(symbol(void(0), "def"), second(form), list(symbol(void(0), "."), module, nameToField(first(form))));
  };
};
exports.compileImport = compileImport;

var compileRequire = function compileRequire(requirer) {
  return function(form) {
    var id = (form || 0)["id"];
    var requirement = idToNs(((form || 0)["꞉as"]) || id);
    var path = resolve(requirer, id);
    var imports = (form || 0)["imports"];
    return concat([symbol(void(0), "do*"), list(symbol(void(0), "def"), requirement, list(symbol(void(0), "require"), path))], imports ?
      map(compileImport(requirement), imports) :
      void(0));
  };
};
exports.compileRequire = compileRequire;

var resolve = function resolve(from, to) {
  var requirer = split("" + from, ".");
  var requirement = split("" + to, ".");
  var isRelative = (!("" + from === "" + to)) && (first(requirer) === first(requirement));
  return isRelative ?
    (function loop(from, to) {
      var recur = loop;
      while (recur === loop) {
        recur = first(from) === first(to) ?
        (from = rest(from), to = rest(to), loop) :
        join("/", concat(["."], repeat(dec(count(from)), ".."), to));
      };
      return recur;
    })(requirer, requirement) :
    join("/", requirement);
};
exports.resolve = resolve;

var compileNs = function compileNs() {
  var form = Array.prototype.slice.call(arguments, 0);
  return (function() {
    var metadata = meta(analyzeNs(form));
    var id = "" + ((metadata || 0)["id"]);
    var doc = (metadata || 0)["doc"];
    var requirements = (metadata || 0)["require"];
    var ns = doc ?
      {
        "id": id,
        "doc": doc
      } :
      {
        "id": id
      };
    return concat([symbol(void(0), "do*"), list(symbol(void(0), "def"), symbol(void(0), "*ns*"), ns)], requirements ?
      map(compileRequire(id), requirements) :
      void(0));
  })();
};
exports.compileNs = compileNs;

installMacro(symbol(void(0), "ns"), compileNs);

installMacro(symbol(void(0), "print"), function() {
  var more = Array.prototype.slice.call(arguments, 0);
  "Prints the object(s) to the output for human consumption.";
  return concat(list(symbol(void(0), ".log"), symbol(void(0), "console")), more);
})
},{"./reader":"yCUXAg","./ast":"nw8hg9","./sequence":"gdziIz","./runtime":"YbrU3i","./string":"BI22ma","./backend/javascript/writer":1}],"wisp/analyzer":[function(require,module,exports){
module.exports=require('KkLEpA');
},{}],"KkLEpA":[function(require,module,exports){
var _ns_ = "wisp.analyzer";
module.namespace = _ns_;
var symbol = (require("./ast")).symbol;
var isSymbol = (require("./ast")).isSymbol;
var isKeyword = (require("./ast")).isKeyword;
var meta = (require("./ast")).meta;
var name = (require("./ast")).name;
var namespace = (require("./ast")).namespace;
var isSeq = (require("./sequence")).isSeq;
var seq = (require("./sequence")).seq;
var conj = (require("./sequence")).conj;
var map = (require("./sequence")).map;
var isEvery = (require("./sequence")).isEvery;
var interleave = (require("./sequence")).interleave;
var isEmpty = (require("./sequence")).isEmpty;
var list_ = (require("./sequence")).list_;
var list = (require("./sequence")).list;
var first = (require("./sequence")).first;
var last = (require("./sequence")).last;
var rest = (require("./sequence")).rest;
var count = (require("./sequence")).count;
var isVector = (require("./runtime")).isVector;
var isDictionary = (require("./runtime")).isDictionary;
var isString = (require("./runtime")).isString;
var keys = (require("./runtime")).keys;
var vals = (require("./runtime")).vals;
var isEqual = (require("./runtime")).isEqual;
var isNil = (require("./runtime")).isNil;
var merge = (require("./runtime")).merge;
var split = (require("./string")).split;;

var getIn = function getIn(dictionary, keys, notFound) {
  return (function loop(target, sentinel, keys) {
    var recur = loop;
    while (recur === loop) {
      recur = isEmpty(keys) ?
      target :
      (function() {
        var result = (((target || 0) || 0)[first(keys)]) || sentinel;
        return result === sentinel ?
          notFound :
          (target = result, sentinel = sentinel, keys = rest(keys), loop);
      })();
    };
    return recur;
  })(dictionary, {}, keys);
};
exports.getIn = getIn;

var emptyEnv = function emptyEnv(ns) {
  "Utility function that creates empty namespaces";
  return {
    "ns": ns,
    "namespaces": {},
    "context": "statement",
    "locals": {}
  };
};
exports.emptyEnv = emptyEnv;

var localBinding = function localBinding(env, form) {
  return (((env || 0)["locals"]) || 0)[form];
};

var isCoreName = function isCoreName(env, sym) {
  return false;
};
exports.isCoreName = isCoreName;

var resolveNsAlias = function resolveNsAlias(env, name) {
  var sym = symbol(name);
  return (((((((env || 0)["ns"]) || 0)["requires"]) || 0) || 0)[sym]) || sym;
};
exports.resolveNsAlias = resolveNsAlias;

var resolveExistingVar = function resolveExistingVar(env, form) {
  return isEqual(namespace(form), "js") ?
    {
      "name": form,
      "ns": symbol(void(0), "js")
    } :
    (function() {
      var namespaces = (env || 0)["namespaces"];
      var s = "" + form;
      var binding = localBinding(env, form);
      return binding ?
        binding :
      namespace(form) ?
        (function() {
          var ns = namespace(form);
          var ns = isEqual("clojure.core", ns) ?
            "cljs.core" :
            ns;
          var fullNs = resolveNsAlias(env, ns);
          var id = symbol(name(form));
          return merge(getIn(namespaces, [fullNs, "defs", id]), {
            "name": symbol("" + fullNs, "" + (name(form))),
            "ns": fullNs
          });
        })() :
      "else" ?
        (function() {
          var fullNs = isCoreName(env, form) ?
            symbol(void(0), "cljs.core") :
            (((env || 0)["ns"]) || 0)["name"];
          return merge(getIn(namespaces, [fullNs, "defs", form]), {
            "name": symbol("" + fullNs, "" + form),
            "ns": fullNs
          });
        })() :
        void(0);
    })();
};
exports.resolveExistingVar = resolveExistingVar;

var isSpecial = function isSpecial(op) {
  return (isEqual(op, symbol(void(0), "if"))) || (isEqual(op, symbol(void(0), "def"))) || (isEqual(op, symbol(void(0), "fn*"))) || (isEqual(op, symbol(void(0), "do"))) || (isEqual(op, symbol(void(0), "let*"))) || (isEqual(op, symbol(void(0), "loop*"))) || (isEqual(op, symbol(void(0), "letfn*"))) || (isEqual(op, symbol(void(0), "throw"))) || (isEqual(op, symbol(void(0), "try*"))) || (isEqual(op, symbol(void(0), "recur"))) || (isEqual(op, symbol(void(0), "new"))) || (isEqual(op, symbol(void(0), "set!"))) || (isEqual(op, symbol(void(0), "ns"))) || (isEqual(op, symbol(void(0), "deftype*"))) || (isEqual(op, symbol(void(0), "defrecord*"))) || (isEqual(op, symbol(void(0), "."))) || (isEqual(op, symbol(void(0), "js*"))) || (isEqual(op, symbol(void(0), "&"))) || (isEqual(op, symbol(void(0), "quote")));
};
exports.isSpecial = isSpecial;

var analyzeSeq = function analyzeSeq(env, form, name) {
  var env = conj(env, {
    "line": (((meta(form)) || 0)["line"]) || ((env || 0)["line"])
  });
  return (function() {
    var op = first(form);
    (function() {
      (!(typeof(__verbose__) === "undefined")) && __verbose__ ?
        console.log("Assert:", "(not (nil? op))") :
        void(0);
      return !(!(isNil(op))) ?
        (function() { throw new Error("" + "Assert failed: " + "Can't call nil" + "\n\nAssertion:\n\n" + "(not (nil? op))" + "\n\nActual:\n\n" + (isNil(op)) + "\n--------------\n", void(0)); })() :
        void(0);
    })();
    return (function() {
      var expansion = macroexpand(form);
      return isSpecial(op) ?
        parse(op, env, form, name) :
        parseInvoke(env, form);
    })();
  })();
};
exports.analyzeSeq = analyzeSeq;

var isMethodCall = function isMethodCall(form) {
  return isEqual(first(form), ".");
};

var isInstantiation = function isInstantiation(form) {
  return isEqual(last(form), ".");
};

var getNsExclude = function getNsExclude(env, sym) {
  return (((((env || 0)["ns"]) || 0)["excludes"]) || 0)[sym];
};

var getNsName = function getNsName(env) {
  return (((env || 0)["ns"]) || 0)["name"];
};

var getMacroUses = function getMacroUses(env, sym) {
  return (((((env || 0)["ns"]) || 0)["uses-macros"]) || 0)[sym];
};

var isMacroSym = function isMacroSym(env, sym) {
  var namespaces = (env || 0)["namespaces"];
  var local = localBinding(env, sym);
  var nsId = getNsName(env);
  return !(local || (((getNsExclude(env, sym)) || (getIn(namespaces, [nsId, "excludes", sym]))) && (!((getMacroUses(env, sym)) || (getIn(namespaces, [nsId, "uses-macros", sym]))))));
};
exports.isMacroSym = isMacroSym;

var getExpander = function getExpander(sym, env) {
  var op = (isMacroSym(env, sym)) && (resolveExistingVar(emptyEnv(), sym));
  return op && ((op || 0)["macro"]) ?
    eval("" + (munge((op || 0)["name"]))) :
    void(0);
};
exports.getExpander = getExpander;

var isSugar = function isSugar(op) {
  var id = "" + op;
  return (first(id) === ".") || (last(id) === ".");
};
exports.isSugar = isSugar;

var isMacro = function isMacro(op) {
  return false;
};
exports.isMacro = isMacro;

var desugar1 = function desugar1(form) {
  var id = "" + form;
  var params = rest(form);
  var metadata = meta(form);
  return isMethodCall(id) ?
    withMeta(list_(symbol(void(0), "."), first(param), symbol(subs(id, 1)), rest(params)), metadata) :
  isInstantiation(id) ?
    withMeta(list_(symbol(void(0), "new"), symbol(subs(opname, 0, dec(count(opname)))), params), metadata) :
  "else" ?
    form :
    void(0);
};
exports.desugar1 = desugar1;

var macroexpand1 = function macroexpand1(form) {
  var op = first(form);
  return isSpecial(op) ?
    form :
  isSugar(op) ?
    desugar1(form) :
  isMacro(op) ?
    getExpander(op).apply(getExpander(op), form) :
  "else" ?
    form :
    void(0);
};
exports.macroexpand1 = macroexpand1;

var macroexpand = function macroexpand(form) {
  return (function loop(form, expansion) {
    var recur = loop;
    while (recur === loop) {
      recur = form === expansion ?
      form :
      (form = expansion, expansion = macroexpand1(expansion), loop);
    };
    return recur;
  })(form, macroexpand1(form));
};
exports.macroexpand = macroexpand;

var analyzeSymbol = function analyzeSymbol(env, symbol) {
  var result = {
    "env": env,
    "form": symbol
  };
  var locals = (env || 0)["locals"];
  var local = (locals || 0)[symbol];
  return conj(result, {
    "op": "var",
    "info": local ?
      local :
      resolveExistingVar(env, symbol)
  });
};
exports.analyzeSymbol = analyzeSymbol;

var _readerNsName_ = symbol("clojure.reader", "reader");

var analyzeKeyword = function analyzeKeyword(env, form) {
  return {
    "op": "constant",
    "env": env,
    "form": isEqual(namespace(form), name(_readerNsName_)) ?
      keyword(name((((env || 0)["ns"]) || 0)["name"]), name(form)) :
      form
  };
};
exports.analyzeKeyword = analyzeKeyword;

var isSimpleKey = function isSimpleKey(x) {
  return (isString(x)) || (isKeyword(x));
};
exports.isSimpleKey = isSimpleKey;

var analyzeDictionary = function analyzeDictionary(env, form, name) {
  var exprEnv = conj(env, {
    "context": "expr"
  });
  var names = keys(form);
  var isSimpleKeys = isEvery(isSimpleKey, names);
  var ks = disallowingRecur(vec(map(function($1) {
    return analyze(exprEnv, $1, name);
  }, names)));
  var vs = disallowingRecur(vec(map(function($1) {
    return analyze(exprEnv, $1, name);
  }, vals(form))));
  return analyzeWrapMeta({
    "op": "map",
    "env": env,
    "form": form,
    "keys": ks,
    "vals": vs,
    "simple-keys?": isSimpleKeys,
    "children": vec(interleave(ks, vs))
  }, name);
};
exports.analyzeDictionary = analyzeDictionary;

var analyzeVector = function analyzeVector(env, form, name) {
  var exprEnv = conj(env, {
    "context": "expr"
  });
  var items = disallowingRecur(vec(map(function($1) {
    return analyze(exprEnv, $1, name);
  }, form)));
  return analyzeWrapMeta({
    "op": "vector",
    "env": env,
    "form": form,
    "items": items,
    "children": items
  }, name);
};
exports.analyzeVector = analyzeVector;

var analyzeWrapMeta = function analyzeWrapMeta(expr, name) {
  var form = (expr || 0)["form"];
  var metadata = meta(form);
  var env = (expr || 0)["env"];
  var expr = metadata ?
    assocIn(expr, ["env", "context"], "expr") :
    void(0);
  var metaExpr = metadata ?
    analyzeMap(env, metadata, name) :
    void(0);
  return metadata ?
    {
      "op": "meta",
      "env": env,
      "form": form,
      "meta": metaExpr,
      "expr": expr,
      "children": [metaExpr, expr]
    } :
    expr;
};
exports.analyzeWrapMeta = analyzeWrapMeta;

var analyzeMap = function analyzeMap(env, form, name) {
  var exprEnv = conj(env, {
    "context": "expr"
  });
  var isSimpleKeys = isEvery(function($1) {
    return (isString($1)) || (isKeyword($1));
  }, keys(form));
  var ks = disallowingRecur(vec(map(function($1) {
    return analyze(exprEnv, $1, name);
  }, keys(form))));
  var vs = disallowingRecur(vec(map(function($1) {
    return analyze(exprEnv, $1, name);
  }, vals(form))));
  return analyzeWrapMeta({
    "op": "map",
    "env": env,
    "form": form,
    "keys": ks,
    "vals": vs,
    "simple-keys?": isSimpleKeys,
    "children": vec(interleave(ks, vs))
  }, name);
};
exports.analyzeMap = analyzeMap;

var analyze = function analyze(env, form, name) {
  switch (arguments.length) {
    case 2:
      return analyze(env, form, void(0));
    case 3:
      return isSymbol(form) ?
        analyzeSymbol(env, form) :
      isKeyword(form) ?
        analyzeKeyword(env, form) :
      (isSeq(form)) && (!(isEmpty(form))) ?
        analyzeSeq(env, form, name) :
      isDictionary(form) ?
        analyzeDictionary(env, form, name) :
      isVector(form) ?
        analyzeVector(env, form, name) :
      "else" ?
        {
          "op": "constant",
          "env": env,
          "form": form
        } :
        void(0);

    default:
      (function() { throw Error("Invalid arity"); })()
  };
  return void(0);
};
exports.analyze = analyze

},{"./ast":"nw8hg9","./sequence":"gdziIz","./runtime":"YbrU3i","./string":"BI22ma"}],2:[function(require,module,exports){
(function(global){var _ns_ = {
  "id": "interactivate-wisp.main"
};
var interactivate = require("interactivate");;
var hashare = require("codemirror-hashare");;
var persist = require("codemirror-persist");;
var interactivateWisp_host = require("./host");
var startHost = interactivateWisp_host.startHost;;;

interactivate(CodeMirror);

hashare(CodeMirror);

persist(CodeMirror);

startHost();

var editor = CodeMirror(document.body, {
  "persist": true,
  "matchBrackets": true,
  "electricChars": true,
  "styleActiveLine": true,
  "autofocus": true,
  "theme": "solarized dark",
  "mode": "clojure",
  "value": (document.getElementById("intro")).textContent,
  "interactivate": true,
  "interactiveSeparator": /^;; =>[^\n]*$/m,
  "extraKeys": {
    "Tab": "indentSelection"
  }
});
exports.editor = editor;

global.editor = editor
})(window)
},{"./host":3,"codemirror-hashare":4,"codemirror-persist":5,"interactivate":6}],7:[function(require,module,exports){
var events = require('events');

exports.isArray = isArray;
exports.isDate = function(obj){return Object.prototype.toString.call(obj) === '[object Date]'};
exports.isRegExp = function(obj){return Object.prototype.toString.call(obj) === '[object RegExp]'};


exports.print = function () {};
exports.puts = function () {};
exports.debug = function() {};

exports.inspect = function(obj, showHidden, depth, colors) {
  var seen = [];

  var stylize = function(str, styleType) {
    // http://en.wikipedia.org/wiki/ANSI_escape_code#graphics
    var styles =
        { 'bold' : [1, 22],
          'italic' : [3, 23],
          'underline' : [4, 24],
          'inverse' : [7, 27],
          'white' : [37, 39],
          'grey' : [90, 39],
          'black' : [30, 39],
          'blue' : [34, 39],
          'cyan' : [36, 39],
          'green' : [32, 39],
          'magenta' : [35, 39],
          'red' : [31, 39],
          'yellow' : [33, 39] };

    var style =
        { 'special': 'cyan',
          'number': 'blue',
          'boolean': 'yellow',
          'undefined': 'grey',
          'null': 'bold',
          'string': 'green',
          'date': 'magenta',
          // "name": intentionally not styling
          'regexp': 'red' }[styleType];

    if (style) {
      return '\033[' + styles[style][0] + 'm' + str +
             '\033[' + styles[style][1] + 'm';
    } else {
      return str;
    }
  };
  if (! colors) {
    stylize = function(str, styleType) { return str; };
  }

  function format(value, recurseTimes) {
    // Provide a hook for user-specified inspect functions.
    // Check that value is an object with an inspect function on it
    if (value && typeof value.inspect === 'function' &&
        // Filter out the util module, it's inspect function is special
        value !== exports &&
        // Also filter out any prototype objects using the circular check.
        !(value.constructor && value.constructor.prototype === value)) {
      return value.inspect(recurseTimes);
    }

    // Primitive types cannot have properties
    switch (typeof value) {
      case 'undefined':
        return stylize('undefined', 'undefined');

      case 'string':
        var simple = '\'' + JSON.stringify(value).replace(/^"|"$/g, '')
                                                 .replace(/'/g, "\\'")
                                                 .replace(/\\"/g, '"') + '\'';
        return stylize(simple, 'string');

      case 'number':
        return stylize('' + value, 'number');

      case 'boolean':
        return stylize('' + value, 'boolean');
    }
    // For some reason typeof null is "object", so special case here.
    if (value === null) {
      return stylize('null', 'null');
    }

    // Look up the keys of the object.
    var visible_keys = Object_keys(value);
    var keys = showHidden ? Object_getOwnPropertyNames(value) : visible_keys;

    // Functions without properties can be shortcutted.
    if (typeof value === 'function' && keys.length === 0) {
      if (isRegExp(value)) {
        return stylize('' + value, 'regexp');
      } else {
        var name = value.name ? ': ' + value.name : '';
        return stylize('[Function' + name + ']', 'special');
      }
    }

    // Dates without properties can be shortcutted
    if (isDate(value) && keys.length === 0) {
      return stylize(value.toUTCString(), 'date');
    }

    var base, type, braces;
    // Determine the object type
    if (isArray(value)) {
      type = 'Array';
      braces = ['[', ']'];
    } else {
      type = 'Object';
      braces = ['{', '}'];
    }

    // Make functions say that they are functions
    if (typeof value === 'function') {
      var n = value.name ? ': ' + value.name : '';
      base = (isRegExp(value)) ? ' ' + value : ' [Function' + n + ']';
    } else {
      base = '';
    }

    // Make dates with properties first say the date
    if (isDate(value)) {
      base = ' ' + value.toUTCString();
    }

    if (keys.length === 0) {
      return braces[0] + base + braces[1];
    }

    if (recurseTimes < 0) {
      if (isRegExp(value)) {
        return stylize('' + value, 'regexp');
      } else {
        return stylize('[Object]', 'special');
      }
    }

    seen.push(value);

    var output = keys.map(function(key) {
      var name, str;
      if (value.__lookupGetter__) {
        if (value.__lookupGetter__(key)) {
          if (value.__lookupSetter__(key)) {
            str = stylize('[Getter/Setter]', 'special');
          } else {
            str = stylize('[Getter]', 'special');
          }
        } else {
          if (value.__lookupSetter__(key)) {
            str = stylize('[Setter]', 'special');
          }
        }
      }
      if (visible_keys.indexOf(key) < 0) {
        name = '[' + key + ']';
      }
      if (!str) {
        if (seen.indexOf(value[key]) < 0) {
          if (recurseTimes === null) {
            str = format(value[key]);
          } else {
            str = format(value[key], recurseTimes - 1);
          }
          if (str.indexOf('\n') > -1) {
            if (isArray(value)) {
              str = str.split('\n').map(function(line) {
                return '  ' + line;
              }).join('\n').substr(2);
            } else {
              str = '\n' + str.split('\n').map(function(line) {
                return '   ' + line;
              }).join('\n');
            }
          }
        } else {
          str = stylize('[Circular]', 'special');
        }
      }
      if (typeof name === 'undefined') {
        if (type === 'Array' && key.match(/^\d+$/)) {
          return str;
        }
        name = JSON.stringify('' + key);
        if (name.match(/^"([a-zA-Z_][a-zA-Z_0-9]*)"$/)) {
          name = name.substr(1, name.length - 2);
          name = stylize(name, 'name');
        } else {
          name = name.replace(/'/g, "\\'")
                     .replace(/\\"/g, '"')
                     .replace(/(^"|"$)/g, "'");
          name = stylize(name, 'string');
        }
      }

      return name + ': ' + str;
    });

    seen.pop();

    var numLinesEst = 0;
    var length = output.reduce(function(prev, cur) {
      numLinesEst++;
      if (cur.indexOf('\n') >= 0) numLinesEst++;
      return prev + cur.length + 1;
    }, 0);

    if (length > 50) {
      output = braces[0] +
               (base === '' ? '' : base + '\n ') +
               ' ' +
               output.join(',\n  ') +
               ' ' +
               braces[1];

    } else {
      output = braces[0] + base + ' ' + output.join(', ') + ' ' + braces[1];
    }

    return output;
  }
  return format(obj, (typeof depth === 'undefined' ? 2 : depth));
};


function isArray(ar) {
  return ar instanceof Array ||
         Array.isArray(ar) ||
         (ar && ar !== Object.prototype && isArray(ar.__proto__));
}


function isRegExp(re) {
  return re instanceof RegExp ||
    (typeof re === 'object' && Object.prototype.toString.call(re) === '[object RegExp]');
}


function isDate(d) {
  if (d instanceof Date) return true;
  if (typeof d !== 'object') return false;
  var properties = Date.prototype && Object_getOwnPropertyNames(Date.prototype);
  var proto = d.__proto__ && Object_getOwnPropertyNames(d.__proto__);
  return JSON.stringify(proto) === JSON.stringify(properties);
}

function pad(n) {
  return n < 10 ? '0' + n.toString(10) : n.toString(10);
}

var months = ['Jan', 'Feb', 'Mar', 'Apr', 'May', 'Jun', 'Jul', 'Aug', 'Sep',
              'Oct', 'Nov', 'Dec'];

// 26 Feb 16:19:34
function timestamp() {
  var d = new Date();
  var time = [pad(d.getHours()),
              pad(d.getMinutes()),
              pad(d.getSeconds())].join(':');
  return [d.getDate(), months[d.getMonth()], time].join(' ');
}

exports.log = function (msg) {};

exports.pump = null;

var Object_keys = Object.keys || function (obj) {
    var res = [];
    for (var key in obj) res.push(key);
    return res;
};

var Object_getOwnPropertyNames = Object.getOwnPropertyNames || function (obj) {
    var res = [];
    for (var key in obj) {
        if (Object.hasOwnProperty.call(obj, key)) res.push(key);
    }
    return res;
};

var Object_create = Object.create || function (prototype, properties) {
    // from es5-shim
    var object;
    if (prototype === null) {
        object = { '__proto__' : null };
    }
    else {
        if (typeof prototype !== 'object') {
            throw new TypeError(
                'typeof prototype[' + (typeof prototype) + '] != \'object\''
            );
        }
        var Type = function () {};
        Type.prototype = prototype;
        object = new Type();
        object.__proto__ = prototype;
    }
    if (typeof properties !== 'undefined' && Object.defineProperties) {
        Object.defineProperties(object, properties);
    }
    return object;
};

exports.inherits = function(ctor, superCtor) {
  ctor.super_ = superCtor;
  ctor.prototype = Object_create(superCtor.prototype, {
    constructor: {
      value: ctor,
      enumerable: false,
      writable: true,
      configurable: true
    }
  });
};

var formatRegExp = /%[sdj%]/g;
exports.format = function(f) {
  if (typeof f !== 'string') {
    var objects = [];
    for (var i = 0; i < arguments.length; i++) {
      objects.push(exports.inspect(arguments[i]));
    }
    return objects.join(' ');
  }

  var i = 1;
  var args = arguments;
  var len = args.length;
  var str = String(f).replace(formatRegExp, function(x) {
    if (x === '%%') return '%';
    if (i >= len) return x;
    switch (x) {
      case '%s': return String(args[i++]);
      case '%d': return Number(args[i++]);
      case '%j': return JSON.stringify(args[i++]);
      default:
        return x;
    }
  });
  for(var x = args[i]; i < len; x = args[++i]){
    if (x === null || typeof x !== 'object') {
      str += ' ' + x;
    } else {
      str += ' ' + exports.inspect(x);
    }
  }
  return str;
};

},{"events":8}],4:[function(require,module,exports){
"use strict";

var save = "save@hashare"
var load = "load@hashare"

function plugin(CodeMirror) {
  CodeMirror.defineOption("hashare", false, function(editor, value) {
    /**
    Takes editor and enables persists changes to the buffer across the sessions.
    **/
    if (value) {
      var saving = false
      editor[save] = function(event) {
        location.hash = encodeURIComponent(editor.getValue())
      }
      editor[load] = function() {
        var value = decodeURIComponent(window.location.hash.substr(1))
        if (value && value !== editor.getValue()) editor.setValue(value)
      }
      window.addEventListener("blur", editor[save], false)
      window.addEventListener("hashchange", editor[load], false)

      editor[load]()
    } else {
      window.removeEventListener("blur", editor[save], false)
      window.removeEventListener("blur", editor[load], false)
    }
  })
}

module.exports = plugin

},{}],3:[function(require,module,exports){
var _ns_ = {
  "id": "interactivate-wisp.host"
};
var render = require("interactivate/render");;
var wisp_reader = require("wisp/reader");
var read_ = wisp_reader.read_;;
var wisp_compiler = require("wisp/compiler");
var compile_ = wisp_compiler.compile_;;
var wisp_sequence = require("wisp/sequence");
var first = wisp_sequence.first;
var rest = wisp_sequence.rest;
var list = wisp_sequence.list;;
var wisp_ast = require("wisp/ast");
var symbol = wisp_ast.symbol;
var prStr = wisp_ast.prStr;;
var wisp_runtime = require("wisp/runtime");
var subs = wisp_runtime.subs;;
var util = require("util");
var inspect = util.inspect;;;

var __out__ = function __out__() {
  return void(0);
};
exports.__out__ = __out__;

window.exports = {};

window.module = {
  "exports": window.exports
};

window.list = list;

window.symbol = symbol;

window.Out = __out__;

window.__printCompiled__ = false;

window.__printRead__ = false;

var EvaluationResult = function EvaluationResult(output) {
  this.value = output;
  return this;
};
exports.EvaluationResult = EvaluationResult;

render.define(EvaluationResult, function(result) {
  var output = result.value;
  var view = document.createElement("pre");
  view.innerHTML = ((output || 0)["error"]) || ("" + (__printRead__ ?
    "" + "<h1>Read</h1>" + "<div>" + (inspect((output || 0)["forms"])) + "</div>" :
    "") + (__printCompiled__ ?
    "" + "<h3>Compiled JS</h3>" + "<div>" + ((output || 0)["js-code"]) + "</div>" :
    "") + "<h3>Eval result</h3>" + "<div>" + ((output || 0)["print"]) + "</div>");
  return view;
});

var send = function send(packet) {
  var event = document.createEvent("CustomEvent");
  event.initCustomEvent("client", false, true, packet);
  return window.dispatchEvent(event);
};
exports.send = send;

var startHost = function startHost() {
  return window.addEventListener("server", handle, false);
};
exports.startHost = startHost;

var handle = function handle(packet) {
  var address = (((packet || 0)["detail"]) || 0)["to"];
  var input = (((packet || 0)["detail"]) || 0)["source"];
  var output = evaluate(input);
  var result = new EvaluationResult(output);
  (__out__ || 0)[address] = result;
  return send({
    "from": address,
    "message": result
  });
};
exports.handle = handle;

var evaluate = function evaluate(input) {
  return (function() {
  try {
    return (function() {
      var forms = read_(input);
      var jsCode = compile_(forms);
      var prefixCode = "var" === subs(jsCode, 0, 3) ?
        "" :
        "_ = ";
      var jsNormalized = "" + "try { " + prefixCode + jsCode + " } catch(e) { e }";
      var result = window.eval(jsNormalized);
      return {
        "input": input,
        "forms": forms,
        "js-code": jsCode,
        "result": result,
        "print": prStr(result)
      };
    })();
  } catch (error) {
    return {
      "input": input,
      "error": error
    };
  }})();
};
exports.evaluate = evaluate
},{"wisp/reader":"yCUXAg","wisp/compiler":"baogts","wisp/sequence":"gdziIz","wisp/ast":"nw8hg9","wisp/runtime":"YbrU3i","util":7,"interactivate/render":9}],5:[function(require,module,exports){
"use strict";

function onChange(editor) {
  localStorage[window.location.href.split("#")[0]] = editor.getValue()
}

function setup(editor, value) {
  /**
  Takes editor and enables persists changes to the buffer across the sessions.
  **/
  if (value) {
    var address = window.location.href.split("#")[0]
    var persisted = localStorage[address] || editor.getValue()
    editor.setValue(persisted)
    editor.on("change", onChange)
  } else {
    editor.off("change", onChange)
  }
}

function plugin(CodeMirror) {
  CodeMirror.defineOption("persist", false, setup)
}

module.exports = plugin

},{}],1:[function(require,module,exports){
var _ns_ = {
  "id": "wisp.backend.javascript.writer",
  "doc": "Compiler backend for for writing JS output"
};
var wisp_ast = require("./../../ast");
var name = wisp_ast.name;
var namespace = wisp_ast.namespace;
var symbol = wisp_ast.symbol;
var isSymbol = wisp_ast.isSymbol;
var isKeyword = wisp_ast.isKeyword;;
var wisp_sequence = require("./../../sequence");
var list = wisp_sequence.list;
var first = wisp_sequence.first;
var rest = wisp_sequence.rest;
var isList = wisp_sequence.isList;
var vec = wisp_sequence.vec;
var map = wisp_sequence.map;
var count = wisp_sequence.count;
var last = wisp_sequence.last;
var reduce = wisp_sequence.reduce;
var isEmpty = wisp_sequence.isEmpty;;
var wisp_runtime = require("./../../runtime");
var isTrue = wisp_runtime.isTrue;
var isNil = wisp_runtime.isNil;
var isString = wisp_runtime.isString;
var isNumber = wisp_runtime.isNumber;
var isVector = wisp_runtime.isVector;
var isDictionary = wisp_runtime.isDictionary;
var isBoolean = wisp_runtime.isBoolean;
var isRePattern = wisp_runtime.isRePattern;
var reFind = wisp_runtime.reFind;
var dec = wisp_runtime.dec;
var subs = wisp_runtime.subs;;
var wisp_string = require("./../../string");
var replace = wisp_string.replace;
var join = wisp_string.join;
var split = wisp_string.split;
var upperCase = wisp_string.upperCase;;;

var writeReference = function writeReference(form) {
  "Translates references from clojure convention to JS:\n\n  **macros**      __macros__\n  list->vector    listToVector\n  set!            set\n  foo_bar         foo_bar\n  number?         isNumber\n  create-server   createServer";
  return (function() {
    var id = name(form);
    id = id === "*" ?
      "multiply" :
    id === "/" ?
      "divide" :
    id === "+" ?
      "sum" :
    id === "-" ?
      "subtract" :
    id === "=" ?
      "equal?" :
    id === "==" ?
      "strict-equal?" :
    id === "<=" ?
      "not-greater-than" :
    id === ">=" ?
      "not-less-than" :
    id === ">" ?
      "greater-than" :
    id === "<" ?
      "less-than" :
    "else" ?
      id :
      void(0);
    id = join("_", split(id, "*"));
    id = join("-to-", split(id, "->"));
    id = join(split(id, "!"));
    id = join("$", split(id, "%"));
    id = join("-plus-", split(id, "+"));
    id = join("-and-", split(id, "&"));
    id = last(id) === "?" ?
      "" + "is-" + (subs(id, 0, dec(count(id)))) :
      id;
    id = reduce(function(result, key) {
      return "" + result + ((!(isEmpty(result))) && (!(isEmpty(key))) ?
        "" + (upperCase((key || 0)[0])) + (subs(key, 1)) :
        key);
    }, "", split(id, "-"));
    return id;
  })();
};
exports.writeReference = writeReference;

var writeKeywordReference = function writeKeywordReference(form) {
  return "" + "\"" + (name(form)) + "\"";
};
exports.writeKeywordReference = writeKeywordReference;

var writeKeyword = function writeKeyword(form) {
  return "" + "\"" + "꞉" + (name(form)) + "\"";
};
exports.writeKeyword = writeKeyword;

var writeSymbol = function writeSymbol(form) {
  return write(list(symbol(void(0), "symbol"), namespace(form), name(form)));
};
exports.writeSymbol = writeSymbol;

var writeNil = function writeNil(form) {
  return "void(0)";
};
exports.writeNil = writeNil;

var writeNumber = function writeNumber(form) {
  return form;
};
exports.writeNumber = writeNumber;

var writeBoolean = function writeBoolean(form) {
  return isTrue(form) ?
    "true" :
    "false";
};
exports.writeBoolean = writeBoolean;

var writeString = function writeString(form) {
  form = replace(form, RegExp("\\\\", "g"), "\\\\");
  form = replace(form, RegExp("\n", "g"), "\\n");
  form = replace(form, RegExp("\r", "g"), "\\r");
  form = replace(form, RegExp("\t", "g"), "\\t");
  form = replace(form, RegExp("\"", "g"), "\\\"");
  return "" + "\"" + form + "\"";
};
exports.writeString = writeString;

var writeTemplate = function writeTemplate() {
  var form = Array.prototype.slice.call(arguments, 0);
  return (function() {
    var indentPattern = /\n *$/;
    var lineBreakPatter = RegExp("\n", "g");
    var getIndentation = function(code) {
      return (reFind(indentPattern, code)) || "\n";
    };
    return (function loop(code, parts, values) {
      var recur = loop;
      while (recur === loop) {
        recur = count(parts) > 1 ?
        (code = "" + code + (first(parts)) + (replace("" + "" + (first(values)), lineBreakPatter, getIndentation(first(parts)))), parts = rest(parts), values = rest(values), loop) :
        "" + code + (first(parts));
      };
      return recur;
    })("", split(first(form), "~{}"), rest(form));
  })();
};
exports.writeTemplate = writeTemplate;

var writeGroup = function writeGroup() {
  var forms = Array.prototype.slice.call(arguments, 0);
  return join(", ", forms);
};
exports.writeGroup = writeGroup;

var writeInvoke = function writeInvoke(callee) {
  var params = Array.prototype.slice.call(arguments, 1);
  return writeTemplate("~{}(~{})", callee, writeGroup.apply(writeGroup, params));
};
exports.writeInvoke = writeInvoke;

var writeError = function writeError(message) {
  return function() {
    return (function() { throw Error(message); })();
  };
};
exports.writeError = writeError;

var writeVector = writeError("Vectors are not supported");
exports.writeVector = writeVector;

var writeDictionary = writeError("Dictionaries are not supported");
exports.writeDictionary = writeDictionary;

var writePattern = writeError("Regular expressions are not supported");
exports.writePattern = writePattern;

var compileComment = function compileComment(form) {
  return compileTemplate(list("//~{}\n", first(form)));
};
exports.compileComment = compileComment;

var writeDef = function writeDef(form) {
  var id = first(form);
  var isExport = ((((meta(form)) || {}) || 0)["top"]) && (!((((meta(id)) || {}) || 0)["private"]));
  var attribute = symbol(namespace(id), "" + "-" + (name(id)));
  return isExport ?
    compileTemplate(list("var ~{};\n~{}", compile(cons(symbol(void(0), "set!"), form)), compile(list(symbol(void(0), "set!"), list(symbol(void(0), "."), symbol(void(0), "exports"), attribute), id)))) :
    compileTemplate(list("var ~{}", compile(cons(symbol(void(0), "set!"), form))));
};
exports.writeDef = writeDef;

var write = function write(form) {
  return isNil(form) ?
    writeNil(form) :
  isSymbol(form) ?
    writeReference(form) :
  isKeyword(form) ?
    writeKeywordReference(form) :
  isString(form) ?
    writeString(form) :
  isNumber(form) ?
    writeNumber(form) :
  isBoolean(form) ?
    writeBoolean(form) :
  isRePattern(form) ?
    writePattern(form) :
  isVector(form) ?
    writeVector(form) :
  isDictionary(form) ?
    writeDictionary() :
  isList(form) ?
    writeInvoke.apply(writeInvoke, map(write, vec(form))) :
  "else" ?
    writeError("Unsupported form") :
    void(0);
};
exports.write = write
},{"./../../ast":"nw8hg9","./../../sequence":"gdziIz","./../../runtime":"YbrU3i","./../../string":"BI22ma"}],10:[function(require,module,exports){
// shim for using process in browser

var process = module.exports = {};

process.nextTick = (function () {
    var canSetImmediate = typeof window !== 'undefined'
    && window.setImmediate;
    var canPost = typeof window !== 'undefined'
    && window.postMessage && window.addEventListener
    ;

    if (canSetImmediate) {
        return function (f) { return window.setImmediate(f) };
    }

    if (canPost) {
        var queue = [];
        window.addEventListener('message', function (ev) {
            if (ev.source === window && ev.data === 'process-tick') {
                ev.stopPropagation();
                if (queue.length > 0) {
                    var fn = queue.shift();
                    fn();
                }
            }
        }, true);

        return function nextTick(fn) {
            queue.push(fn);
            window.postMessage('process-tick', '*');
        };
    }

    return function nextTick(fn) {
        setTimeout(fn, 0);
    };
})();

process.title = 'browser';
process.browser = true;
process.env = {};
process.argv = [];

process.binding = function (name) {
    throw new Error('process.binding is not supported');
}

// TODO(shtylman)
process.cwd = function () { return '/' };
process.chdir = function (dir) {
    throw new Error('process.chdir is not supported');
};

},{}],8:[function(require,module,exports){
(function(process){if (!process.EventEmitter) process.EventEmitter = function () {};

var EventEmitter = exports.EventEmitter = process.EventEmitter;
var isArray = typeof Array.isArray === 'function'
    ? Array.isArray
    : function (xs) {
        return Object.prototype.toString.call(xs) === '[object Array]'
    }
;
function indexOf (xs, x) {
    if (xs.indexOf) return xs.indexOf(x);
    for (var i = 0; i < xs.length; i++) {
        if (x === xs[i]) return i;
    }
    return -1;
}

// By default EventEmitters will print a warning if more than
// 10 listeners are added to it. This is a useful default which
// helps finding memory leaks.
//
// Obviously not all Emitters should be limited to 10. This function allows
// that to be increased. Set to zero for unlimited.
var defaultMaxListeners = 10;
EventEmitter.prototype.setMaxListeners = function(n) {
  if (!this._events) this._events = {};
  this._events.maxListeners = n;
};


EventEmitter.prototype.emit = function(type) {
  // If there is no 'error' event listener then throw.
  if (type === 'error') {
    if (!this._events || !this._events.error ||
        (isArray(this._events.error) && !this._events.error.length))
    {
      if (arguments[1] instanceof Error) {
        throw arguments[1]; // Unhandled 'error' event
      } else {
        throw new Error("Uncaught, unspecified 'error' event.");
      }
      return false;
    }
  }

  if (!this._events) return false;
  var handler = this._events[type];
  if (!handler) return false;

  if (typeof handler == 'function') {
    switch (arguments.length) {
      // fast cases
      case 1:
        handler.call(this);
        break;
      case 2:
        handler.call(this, arguments[1]);
        break;
      case 3:
        handler.call(this, arguments[1], arguments[2]);
        break;
      // slower
      default:
        var args = Array.prototype.slice.call(arguments, 1);
        handler.apply(this, args);
    }
    return true;

  } else if (isArray(handler)) {
    var args = Array.prototype.slice.call(arguments, 1);

    var listeners = handler.slice();
    for (var i = 0, l = listeners.length; i < l; i++) {
      listeners[i].apply(this, args);
    }
    return true;

  } else {
    return false;
  }
};

// EventEmitter is defined in src/node_events.cc
// EventEmitter.prototype.emit() is also defined there.
EventEmitter.prototype.addListener = function(type, listener) {
  if ('function' !== typeof listener) {
    throw new Error('addListener only takes instances of Function');
  }

  if (!this._events) this._events = {};

  // To avoid recursion in the case that type == "newListeners"! Before
  // adding it to the listeners, first emit "newListeners".
  this.emit('newListener', type, listener);

  if (!this._events[type]) {
    // Optimize the case of one listener. Don't need the extra array object.
    this._events[type] = listener;
  } else if (isArray(this._events[type])) {

    // Check for listener leak
    if (!this._events[type].warned) {
      var m;
      if (this._events.maxListeners !== undefined) {
        m = this._events.maxListeners;
      } else {
        m = defaultMaxListeners;
      }

      if (m && m > 0 && this._events[type].length > m) {
        this._events[type].warned = true;
        console.error('(node) warning: possible EventEmitter memory ' +
                      'leak detected. %d listeners added. ' +
                      'Use emitter.setMaxListeners() to increase limit.',
                      this._events[type].length);
        console.trace();
      }
    }

    // If we've already got an array, just append.
    this._events[type].push(listener);
  } else {
    // Adding the second element, need to change to array.
    this._events[type] = [this._events[type], listener];
  }

  return this;
};

EventEmitter.prototype.on = EventEmitter.prototype.addListener;

EventEmitter.prototype.once = function(type, listener) {
  var self = this;
  self.on(type, function g() {
    self.removeListener(type, g);
    listener.apply(this, arguments);
  });

  return this;
};

EventEmitter.prototype.removeListener = function(type, listener) {
  if ('function' !== typeof listener) {
    throw new Error('removeListener only takes instances of Function');
  }

  // does not use listeners(), so no side effect of creating _events[type]
  if (!this._events || !this._events[type]) return this;

  var list = this._events[type];

  if (isArray(list)) {
    var i = indexOf(list, listener);
    if (i < 0) return this;
    list.splice(i, 1);
    if (list.length == 0)
      delete this._events[type];
  } else if (this._events[type] === listener) {
    delete this._events[type];
  }

  return this;
};

EventEmitter.prototype.removeAllListeners = function(type) {
  if (arguments.length === 0) {
    this._events = {};
    return this;
  }

  // does not use listeners(), so no side effect of creating _events[type]
  if (type && this._events && this._events[type]) this._events[type] = null;
  return this;
};

EventEmitter.prototype.listeners = function(type) {
  if (!this._events) this._events = {};
  if (!this._events[type]) this._events[type] = [];
  if (!isArray(this._events[type])) {
    this._events[type] = [this._events[type]];
  }
  return this._events[type];
};

})(require("__browserify_process"))
},{"__browserify_process":10}],6:[function(require,module,exports){
"use strict";

var diff = require("diffpatcher/diff")
var patch = require("diffpatcher/patch")
var output = require("./output")
var makeOutput = output.makeOutput
var writeOutput = output.write


var Out = "out@interactivate"
var In = "in@interactivate"
var Reciever = "receiver@interactivate"

function makeOptionGetter(name) {
  return function getOption(editor) {
    return editor.getOption(name)
  }
}

var getRenderRate = makeOptionGetter("interactiveSpeed")
var getSectionSeparator = makeOptionGetter("interactiveSeparator")


var slicer = Array.prototype.slice
function throttle(f, delay) {
  /**
  Creates function that calls throttles calls to given `f` such that,
  it's only called if no further calls are made with in the time
  frame (in miliseconds) returned by given `delay.apply(this, arguments)`
  function.
  **/
  var id = 0
  return function throttled() {
    clearTimeout(id, throttled)
    var ms = delay.apply(this, arguments) || 0
    id = setTimeout.apply(this, [f, ms].concat(slicer.call(arguments)))
  }
}



function calculate(editor) {
  var state = editor[In]
  var input = editor.getValue()
  var separator = getSectionSeparator(editor)
  var sections = input.split(separator)
  var activeLine = editor.getCursor().line

  sections.pop() // last section does not has execution marker so skip it.

  var change = Object.keys(sections).reduce(function(result, index) {
    var input = sections[index]
    var line = result.line + input.split("\n").length - 1
    result.line = line
    var delta = {input: input.trim(), line: line, visible: activeLine !== line}
    result.state[index] = state[index] ? patch(state[index], delta) :
                          delta

    return result
  }, { line: 0, state: {} })

  return diff(editor[In], change.state)
}


function send(packet) {
  var event = document.createEvent("CustomEvent")
  event.initCustomEvent("server", false, true, packet)
  window.dispatchEvent(event)
}


function recieve(editor, event) {
  var packet = event.detail
  var delta = {}
  delta[packet.from] = {pending: null,
                        result: packet.message}
  write(editor, delta)
}

function print(editor) {
  if (!editor.getOption("interactivate")) throw editor.constructor.Pass
  editor.operation(function() {
    var cursor = editor.getCursor()
    editor.replaceSelection("\n// =>\n")
    editor.setCursor({ line: cursor.line + 2, ch: 0 })
  })
}


function getMarkerFor(editor, view) {
  var markers = editor.getAllMarks()
  var count = markers.length
  while (count) {
    count = count - 1
    var marker = markers[count]
    if (marker.replacedWith === view) return marker
  }
  return null
}


function write(editor, changes) {
  var doc = editor.getDoc()
  Object.keys(changes).sort().reduce(function(_, id) {
    if (!editor[Out][id]) editor[Out][id] = makeOutput(id)

    var output = editor[Out][id]
    var change = changes[id]
    if (change === null) editor[Out][id] = null

    writeOutput(output, editor, change)
  }, null)
  editor[In] = patch(editor[In], changes)
}

function post(changes) {
  Object.keys(changes).reduce(function(_, id) {
    var change = changes[id]
    if (change && change.input) {
      send({ to: id, source: change.input })
    }
  }, null)
}

// Function finds modified sections and queues up messegase to an
// eval host. In adition it also renders output views (if they
// do not exist yet) where eval results are written.
var renderOutput = throttle(function render(editor) {
  var delta = calculate(editor)
  var changes = Object.keys(delta).reduce(function(changes, id) {
    var change = delta[id]
    // Only mark change pending if there is some input to be evaled.
    if (change && change.input) change.pending = true
    return changes
  }, delta)

  write(editor, changes)
  post(changes)
}, getRenderRate)

var hideOutput = throttle(function render(editor) {
  var line = editor.getCursor().line
  var state = editor[In]
  var changes = Object.keys(state).reduce(function(delta, id) {
    var value = state[id]
    if (value.line === line) delta[id] = {visible: false}
    else if (!value.visible) delta[id] = {visible: true, line: value.line}

    return delta
  }, [])

  if (changes.length) write(editor, changes)
}, function() { return 200 })


function tooglePlugin(editor, value) {
  if (value) {
    editor[Reciever] = recieve.bind(recieve, editor)
    editor[In] = {}
    editor[Out] = {}
    editor.on("change", renderOutput)
    editor.on("cursorActivity", hideOutput)
    window.addEventListener("client", editor[Reciever], false)
  } else {
    editor.off("change", renderOutput)
    editor.off("cursorActivity", hideOutput)
    window.removeEventListener("client", editor[Reciever], false)
    editor[Reciever] = null
    editor[In] = null
    editor[Out] = null
  }
}

function install(CodeMirror) {
  // Fix constructor property so that it could be accessed from the
  // instance.
  CodeMirror.prototype.constructor = CodeMirror;
  CodeMirror.defaults.interactiveSpeed = 300
  CodeMirror.defaults.interactiveSeparator = /^\/\/ \=\>[^\n]*$/m
  CodeMirror.keyMap.macDefault["Cmd-Enter"] = print
  CodeMirror.keyMap.pcDefault["Ctrl-Enter"] = print

  CodeMirror.defineOption("interactivate", false, tooglePlugin)
}

module.exports = install

},{"diffpatcher/diff":11,"./output":12,"diffpatcher/patch":13}],12:[function(require,module,exports){
var makeView = require("./view").makeView
var render = require("./render")

function Output(id) {
  this.id = id
}

function makeOutput(id) {
  return new Output(id)
}


function clear(output) {
  output.marker.clear()
  output.widget.clear()
}

function mark(output, editor, line) {
  output.marker = editor.markText({line: line, ch: 0},
                                  {line: line},
                                  {collapsed: true,
                                   inclusiveLeft: false,
                                   inclusiveRight: true,
                                   })

  output.widget = editor.addLineWidget(line,
                                       output.view,
                                       {showIfHidden: true,
                                        noHScroll:true})
}

function move(output, editor, line) {
  var position = output.marker.find()
  if (!position || position.line !== line) {
    clear(output)
    mark(output, editor, line)
  }
}

function write(output, editor, state) {
  var view = output.view || (output.view = makeView(editor, output.id))
  if (state === null) return clear(output)

  if (state.pending) output.view.style.opacity = "0.2"
  else if (state.pending === null) output.view.style.opacity = ""

  if (state.result) {
    var content = render(state.result)
    view.body.innerHTML = ""
    if (content instanceof Element) view.body.appendChild(content)
    else view.body.textContent = content
  }

  if (state.visible === true) mark(output, editor, state.line)
  if (state.visible === false) clear(output)
  if (state.line) move(output, editor, state.line)
}

exports.makeOutput = makeOutput
exports.write = write
},{"./render":9,"./view":14}],14:[function(require,module,exports){
var TEAR_IMAGE = "data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAAAYAAAAMCAYAAABBV8wuAAAAGXRFWHRTb2Z0d2FyZQBBZG9iZSBJbWFnZVJlYWR5ccllPAAAAGpJREFUeNpi/P//PwM2wMSAA7CACEYggLKZgfgvEP8BCYAwKxALAjEPEH8B4g9MUI5IWlqayevXr9eCaCBfGGSSVnJysu/Xr1+fAx3y/9u3by9BfIb29vZCmCAMgCQZ/+NwL07nUlECIMAAMr41sxvv6oEAAAAASUVORK5CYII="

var OUTPUT_STYLE = [
  "margin-left: -10px",
  "padding: 0",
  "whitespace: normal",
  "text-shadow: none"
].join(";")

var TOP_STYLE = [
  "position: relative",
  "z-index: 2",
  "height: 12px",
  "background-clip: padding-box",
  "background: url('" + TEAR_IMAGE + "') top right repeat-x"
].join(";")

var BOTTOM_STYLE = [
  "position: relative",
  "z-index: 2",
  "height: 12px",
  "background-clip: padding-box",
  "background: url('" + TEAR_IMAGE + "') top left repeat-x",
  "-webkit-transform: rotate(180deg)",
  "-o-transform: rotate(180deg)",
  "transform: rotate(180deg)"
].join(";")

var BOX_STYLE = [
  "-moz-box-shadow: 0 0 30px -2px #000",
  "-webkit-box-shadow: 0 0 30px -2px #000",
  "box-shadow: 0 0 30px -2px #000",
  "color: black",
  "background: white",
  "position: relative",
  "margin: 0px",
  "width: 100%"
].join(";")

var HEAD_STYLE = [
  "display: table-cell",
  "padding: 10px",
  "padding-left: 20px",
  "white-space: pre",
  "color: white",
  "text-shadow: 0px 1px 5px #000",
  "vertical-align: top"
].join(";")

var BODY_STYLE = [
  "display: table-cell",
  "padding: 10px",
  "width: 100%"
].join(";")

var TEMPLATE = [
  "<div style=\"" + OUTPUT_STYLE + "\">",
  "  <div class='cm-live-output-border-top' style=\"" + TOP_STYLE + "\"> </div>",
  "  <div class='cm-live-output-box' style=\"" + BOX_STYLE + "\">",
  "    <h1 class='cm-live-output-head' style=\"" + HEAD_STYLE + "\">Out[0]</h1>",
  "    <pre class='cm-live-output-body' style=\"" + BODY_STYLE + "\"></pre>",
  "  </div>",
  "  <div class='cm-live-output-border-bottom' style=\"" + BOTTOM_STYLE + "\"></div>",
  "</div>"
 ].join("\n")

function makeView(editor, id) {
  var document = editor.display.input.ownerDocument
  var container = document.createElement("section")
  container.innerHTML = TEMPLATE
  var view = container.firstChild
  view.id = "interactivate-out-" + id
  view.label = view.querySelector(".cm-live-output-head")
  view.label.textContent = "Out[" + id + "] = "
  view.body = view.querySelector(".cm-live-output-body")
  return view
}

exports.makeView = makeView
},{}],9:[function(require,module,exports){
"use strict";

var method = require("method")
var util = require("util")


// Render function takes arbitrary data structure and returns something
// that can visually represent it.
var render = method("render@interactivate")

render.define(function(value) {
  return util.inspect(value)
})

render.define(Error, function(error) {
  return String(error)
})

render.define(Element, function(element) {
  return element
})

module.exports = render

},{"util":7,"method":15}],16:[function(require,module,exports){
"use strict";

function rebase(result, parent, delta) {
  Object.keys(parent).forEach(function(key) {
    // If `parent[key]` is `null` it means attribute was deleted in previous
    // update. We skip such properties as there is no use in keeping them
    // around. If `delta[key]` is `null` we skip these properties too as
    // the have being deleted.
    if (!(parent[key] == null || (key in delta && delta[key] == null)))
      result[key] = parent[key]
  }, result)
  Object.keys(delta).forEach(function(key) {
    if (key in parent) {
      var current = delta[key]
      var previous = parent[key]
      if (current === previous) current = current
      // If `delta[key]` is `null` it's delete so we just skip property.
      else if (current == null) current = current
      // If value is of primitive type (function or regexps should not
      // even be here) we just update in place.
      else if (typeof(current) !== "object") result[key] = current
      // If previous value associated with this key was primitive
      // and it's mapped to non primitive
      else if (typeof(previous) !== "object") result[key] = current
      else result[key] = rebase({}, previous, current)
    } else {
      result[key] = delta[key]
    }
  })
  return result
}

module.exports = rebase

},{}],11:[function(require,module,exports){
"use strict";

var method = require("method")

// Method is designed to work with data structures representing application
// state. Calling it with a state should return object representing `delta`
// that has being applied to a previous state to get to a current state.
//
// Example
//
// diff(state) // => { "item-id-1": { title: "some title" } "item-id-2": null }
var diff = method("diff")

// diff between `null` / `undefined` to any hash is a hash itself.
diff.define(null, function(from, to) { return to })
diff.define(undefined, function(from, to) { return to })
diff.define(Object, function(from, to) {
  return calculate(from, to || {}) || {}
})

function calculate(from, to) {
  var diff = {}
  var changes = 0
  Object.keys(from).forEach(function(key) {
    changes = changes + 1
    if (!(key in to) && from[key] != null) diff[key] = null
    else changes = changes - 1
  })
  Object.keys(to).forEach(function(key) {
    changes = changes + 1
    var previous = from[key]
    var current = to[key]
    if (previous === current) return (changes = changes - 1)
    if (typeof(current) !== "object") return diff[key] = current
    if (typeof(previous) !== "object") return diff[key] = current
    var delta = calculate(previous, current)
    if (delta) diff[key] = delta
    else changes = changes - 1
  })
  return changes ? diff : null
}

diff.calculate = calculate

module.exports = diff

},{"method":15}],13:[function(require,module,exports){
"use strict";

var method = require("method")
var rebase = require("./rebase")

// Method is designed to work with data structures representing application
// state. Calling it with a state and delta should return object representing
// new state, with changes in `delta` being applied to previous.
//
// ## Example
//
// patch(state, {
//   "item-id-1": { completed: false }, // update
//   "item-id-2": null                  // delete
// })
var patch = method("patch")
patch.define(Object, function patch(hash, delta) {
  return rebase({}, hash, delta)
})

module.exports = patch

},{"./rebase":16,"method":15}],15:[function(require,module,exports){
"use strict";

var defineProperty = Object.defineProperty || function(object, name, property) {
  object[name] = property.value
  return object
}

// Shortcut for `Object.prototype.toString` for faster access.
var typefy = Object.prototype.toString

// Map to for jumping from typeof(value) to associated type prefix used
// as a hash in the map of builtin implementations.
var types = { "function": "Object", "object": "Object" }

// Array is used to save method implementations for the host objects in order
// to avoid extending them with non-primitive values that could cause leaks.
var host = []
// Hash map is used to save method implementations for builtin types in order
// to avoid extending their prototypes. This also allows to share method
// implementations for types across diff contexts / frames / compartments.
var builtin = {}

function Primitive() {}
function ObjectType() {}
ObjectType.prototype = new Primitive()
function ErrorType() {}
ErrorType.prototype = new ObjectType()

var Default = builtin.Default = Primitive.prototype
var Null = builtin.Null = new Primitive()
var Void = builtin.Void = new Primitive()
builtin.String = new Primitive()
builtin.Number = new Primitive()
builtin.Boolean = new Primitive()

builtin.Object = ObjectType.prototype
builtin.Error = ErrorType.prototype

builtin.EvalError = new ErrorType()
builtin.InternalError = new ErrorType()
builtin.RangeError = new ErrorType()
builtin.ReferenceError = new ErrorType()
builtin.StopIteration = new ErrorType()
builtin.SyntaxError = new ErrorType()
builtin.TypeError = new ErrorType()
builtin.URIError = new ErrorType()


function Method(id) {
  /**
  Private Method is a callable private name that dispatches on the first
  arguments same named Method:

      method(object, ...rest) => object[method](...rest)

  It is supposed to be given **unique** `id` preferably in `"jump@package"`
  like form so it won't collide with `id's` other users create. If no argument
  is passed unique id is generated, but it's proved to be problematic with
  npm where it's easy to end up with a copies of same module where each copy
  will have a different name.

  ## Example

      var foo = Method("foo@awesomeness")

      // Implementation for any types
      foo.define(function(value, arg1, arg2) {
        // ...
      })

      // Implementation for a specific type
      foo.define(BarType, function(bar, arg1, arg2) {
        // ...
      })
  **/

  // Create an internal unique name if one is not provided, also prefix it
  // to avoid collision with regular method names.
  var name = "λ:" + String(id || Math.random().toString(32).substr(2))

  function dispatch(value) {
    // Method dispatches on type of the first argument.
    // If first argument is `null` or `void` associated implementation is
    // looked up in the `builtin` hash where implementations for built-ins
    // are stored.
    var type = null
    var method = value === null ? Null[name] :
                 value === void(0) ? Void[name] :
                 // Otherwise attempt to use method with a generated private
                 // `name` that is supposedly in the prototype chain of the
                 // `target`.
                 value[name] ||
                 // Otherwise assume it's one of the built-in type instances,
                 // in which case implementation is stored in a `builtin` hash.
                 // Attempt to find a implementation for the given built-in
                 // via constructor name and method name.
                 ((type = builtin[(value.constructor || "").name]) &&
                  type[name]) ||
                 // Otherwise assume it's a host object. For host objects
                 // actual method implementations are stored in the `host`
                 // array and only index for the implementation is stored
                 // in the host object's prototype chain. This avoids memory
                 // leaks that otherwise could happen when saving JS objects
                 // on host object.
                 host[value["!" + name]] ||
                 // Otherwise attempt to lookup implementation for builtins by
                 // a type of the value. This basically makes sure that all
                 // non primitive values will delegate to an `Object`.
                 ((type = builtin[types[typeof(value)]]) && type[name])


    // If method implementation for the type is still not found then
    // just fallback for default implementation.
    method = method || Default[name]

    // If implementation is still not found (which also means there is no
    // default) just throw an error with a descriptive message.
    if (!method) throw TypeError("Type does not implements method: " + name)

    // If implementation was found then just delegate.
    return method.apply(method, arguments)
  }

  // Make `toString` of the dispatch return a private name, this enables
  // method definition without sugar:
  //
  //    var method = Method()
  //    object[method] = function() { /***/ }
  dispatch.toString = function toString() { return name }

  // Copy utility methods for convenient API.
  dispatch.implement = implementMethod
  dispatch.define = defineMethod

  return dispatch
}

// Create method shortcuts form functions.
var defineMethod = function defineMethod(Type, lambda) {
  return define(this, Type, lambda)
}
var implementMethod = function implementMethod(object, lambda) {
  return implement(this, object, lambda)
}

// Define `implement` and `define` polymorphic methods to allow definitions
// and implementations through them.
var implement = Method("implement@method")
var define = Method("define@method")


function _implement(method, object, lambda) {
  /**
  Implements `Method` for the given `object` with a provided `implementation`.
  Calling `Method` with `object` as a first argument will dispatch on provided
  implementation.
  **/
  return defineProperty(object, method.toString(), {
    enumerable: false,
    configurable: false,
    writable: false,
    value: lambda
  })
}

function _define(method, Type, lambda) {
  /**
  Defines `Method` for the given `Type` with a provided `implementation`.
  Calling `Method` with a first argument of this `Type` will dispatch on
  provided `implementation`. If `Type` is a `Method` default implementation
  is defined. If `Type` is a `null` or `undefined` `Method` is implemented
  for that value type.
  **/

  // Attempt to guess a type via `Object.prototype.toString.call` hack.
  var type = Type && typefy.call(Type.prototype)

  // If only two arguments are passed then `Type` is actually an implementation
  // for a default type.
  if (!lambda) Default[method] = Type
  // If `Type` is `null` or `void` store implementation accordingly.
  else if (Type === null) Null[method] = lambda
  else if (Type === void(0)) Void[method] = lambda
  // If `type` hack indicates built-in type and type has a name us it to
  // store a implementation into associated hash. If hash for this type does
  // not exists yet create one.
  else if (type !== "[object Object]" && Type.name) {
    var Bulitin = builtin[Type.name] || (builtin[Type.name] = new ObjectType())
    Bulitin[method] = lambda
  }
  // If `type` hack indicates an object, that may be either object or any
  // JS defined "Class". If name of the constructor is `Object`, assume it's
  // built-in `Object` and store implementation accordingly.
  else if (Type.name === "Object")
    builtin.Object[method] = lambda
  // Host objects are pain!!! Every browser does some crazy stuff for them
  // So far all browser seem to not implement `call` method for host object
  // constructors. If that is a case here, assume it's a host object and
  // store implementation in a `host` array and store `index` in the array
  // in a `Type.prototype` itself. This avoids memory leaks that could be
  // caused by storing JS objects on a host objects.
  else if (Type.call === void(0)) {
    var index = host.indexOf(lambda)
    if (index < 0) index = host.push(lambda) - 1
    // Prefix private name with `!` so it can be dispatched from the method
    // without type checks.
    implement("!" + method, Type.prototype, index)
  }
  // If Got that far `Type` is user defined JS `Class`. Define private name
  // as hidden property on it's prototype.
  else
    implement(method, Type.prototype, lambda)
}

// And provided implementations for a polymorphic equivalents.
_define(define, _define)
_define(implement, _implement)

// Define exports on `Method` as it's only thing being exported.
Method.implement = implement
Method.define = define
Method.Method = Method
Method.method = Method
Method.builtin = builtin
Method.host = host

module.exports = Method

},{}]},{},[2])
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_ns_ = {\n  \"id\": \"wisp.runtime\",\n  \"doc\": \"Core primitives required for runtime\"\n};;\n\nvar identity = function identity(x) {\n  return x;\n};\nexports.identity = identity;\n\nvar isOdd = function isOdd(n) {\n  return n % 2 === 1;\n};\nexports.isOdd = isOdd;\n\nvar isEven = function isEven(n) {\n  return n % 2 === 0;\n};\nexports.isEven = isEven;\n\nvar isDictionary = function isDictionary(form) {\n  return (isObject(form)) && (isObject(Object.getPrototypeOf(form))) && (isNil(Object.getPrototypeOf(Object.getPrototypeOf(form))));\n};\nexports.isDictionary = isDictionary;\n\nvar dictionary = function dictionary() {\n  return (function loop(keyValues, result) {\n    var recur = loop;\n    while (recur === loop) {\n      recur = keyValues.length ?\n      (function() {\n        (result || 0)[(keyValues || 0)[0]] = (keyValues || 0)[1];\n        return (keyValues = keyValues.slice(2), result = result, loop);\n      })() :\n      result;\n    };\n    return recur;\n  })(Array.prototype.slice.call(arguments), {});\n};\nexports.dictionary = dictionary;\n\nvar keys = function keys(dictionary) {\n  return Object.keys(dictionary);\n};\nexports.keys = keys;\n\nvar vals = function vals(dictionary) {\n  return keys(dictionary).map(function(key) {\n    return (dictionary || 0)[key];\n  });\n};\nexports.vals = vals;\n\nvar keyValues = function keyValues(dictionary) {\n  return keys(dictionary).map(function(key) {\n    return [key, (dictionary || 0)[key]];\n  });\n};\nexports.keyValues = keyValues;\n\nvar merge = function merge() {\n  return Object.create(Object.prototype, Array.prototype.slice.call(arguments).reduce(function(descriptor, dictionary) {\n    isObject(dictionary) ?\n      Object.keys(dictionary).forEach(function(key) {\n        return (descriptor || 0)[key] = Object.getOwnPropertyDescriptor(dictionary, key);\n      }) :\n      void(0);\n    return descriptor;\n  }, Object.create(Object.prototype)));\n};\nexports.merge = merge;\n\nvar isContainsVector = function isContainsVector(vector, element) {\n  return vector.indexOf(element) >= 0;\n};\nexports.isContainsVector = isContainsVector;\n\nvar mapDictionary = function mapDictionary(source, f) {\n  return Object.keys(source).reduce(function(target, key) {\n    (target || 0)[key] = f((source || 0)[key]);\n    return target;\n  }, {});\n};\nexports.mapDictionary = mapDictionary;\n\nvar toString = Object.prototype.toString;\nexports.toString = toString;\n\nvar isFn = typeof(/./) === \"function\" ?\n  function isFn(x) {\n    return toString.call(x) === \"[object Function]\";\n  } :\n  function isFn(x) {\n    return typeof(x) === \"function\";\n  };\nexports.isFn = isFn;\n\nvar isString = function isString(x) {\n  return (typeof(x) === \"string\") || (toString.call(x) === \"[object String]\");\n};\nexports.isString = isString;\n\nvar isNumber = function isNumber(x) {\n  return (typeof(x) === \"number\") || (toString.call(x) === \"[object Number]\");\n};\nexports.isNumber = isNumber;\n\nvar isVector = isFn(Array.isArray) ?\n  Array.isArray :\n  function isVector(x) {\n    return toString.call(x) === \"[object Array]\";\n  };\nexports.isVector = isVector;\n\nvar isDate = function isDate(x) {\n  return toString.call(x) === \"[object Date]\";\n};\nexports.isDate = isDate;\n\nvar isBoolean = function isBoolean(x) {\n  return (x === true) || (x === false) || (toString.call(x) === \"[object Boolean]\");\n};\nexports.isBoolean = isBoolean;\n\nvar isRePattern = function isRePattern(x) {\n  return toString.call(x) === \"[object RegExp]\";\n};\nexports.isRePattern = isRePattern;\n\nvar isObject = function isObject(x) {\n  return x && (typeof(x) === \"object\");\n};\nexports.isObject = isObject;\n\nvar isNil = function isNil(x) {\n  return (x === void(0)) || (x === null);\n};\nexports.isNil = isNil;\n\nvar isTrue = function isTrue(x) {\n  return x === true;\n};\nexports.isTrue = isTrue;\n\nvar isFalse = function isFalse(x) {\n  return x === true;\n};\nexports.isFalse = isFalse;\n\nvar reFind = function reFind(re, s) {\n  var matches = re.exec(s);\n  return !(isNil(matches)) ?\n    matches.length === 1 ?\n      (matches || 0)[0] :\n      matches :\n    void(0);\n};\nexports.reFind = reFind;\n\nvar reMatches = function reMatches(pattern, source) {\n  var matches = pattern.exec(source);\n  return (!(isNil(matches))) && ((matches || 0)[0] === source) ?\n    matches.length === 1 ?\n      (matches || 0)[0] :\n      matches :\n    void(0);\n};\nexports.reMatches = reMatches;\n\nvar rePattern = function rePattern(s) {\n  var match = reFind(/^(?:\\(\\?([idmsux]*)\\))?(.*)/, s);\n  return new RegExp((match || 0)[2], (match || 0)[1]);\n};\nexports.rePattern = rePattern;\n\nvar inc = function inc(x) {\n  return x + 1;\n};\nexports.inc = inc;\n\nvar dec = function dec(x) {\n  return x - 1;\n};\nexports.dec = dec;\n\nvar str = function str() {\n  return String.prototype.concat.apply(\"\", arguments);\n};\nexports.str = str;\n\nvar char = function char(code) {\n  return String.fromCharCode(code);\n};\nexports.char = char;\n\nvar int = function int(x) {\n  return isNumber(x) ?\n    x >= 0 ?\n      Math.floor(x) :\n      Math.floor(x) :\n    x.charCodeAt(0);\n};\nexports.int = int;\n\nvar subs = function subs(string, start, end) {\n  return string.substring(start, end);\n};\nexports.subs = subs;\n\nvar isPatternEqual = function isPatternEqual(x, y) {\n  return (isRePattern(x)) && (isRePattern(y)) && (x.source === y.source) && (x.global === y.global) && (x.multiline === y.multiline) && (x.ignoreCase === y.ignoreCase);\n};\n\nvar isDateEqual = function isDateEqual(x, y) {\n  return (isDate(x)) && (isDate(y)) && (Number(x) === Number(y));\n};\n\nvar isDictionaryEqual = function isDictionaryEqual(x, y) {\n  return (isObject(x)) && (isObject(y)) && ((function() {\n    var xKeys = keys(x);\n    var yKeys = keys(y);\n    var xCount = xKeys.length;\n    var yCount = yKeys.length;\n    return (xCount === yCount) && ((function loop(index, count, keys) {\n      var recur = loop;\n      while (recur === loop) {\n        recur = index < count ?\n        isEquivalent((x || 0)[(keys || 0)[index]], (y || 0)[(keys || 0)[index]]) ?\n          (index = inc(index), count = count, keys = keys, loop) :\n          false :\n        true;\n      };\n      return recur;\n    })(0, xCount, xKeys));\n  })());\n};\n\nvar isVectorEqual = function isVectorEqual(x, y) {\n  return (isVector(x)) && (isVector(y)) && (x.length === y.length) && ((function loop(xs, ys, index, count) {\n    var recur = loop;\n    while (recur === loop) {\n      recur = index < count ?\n      isEquivalent((xs || 0)[index], (ys || 0)[index]) ?\n        (xs = xs, ys = ys, index = inc(index), count = count, loop) :\n        false :\n      true;\n    };\n    return recur;\n  })(x, y, 0, x.length));\n};\n\nvar isEquivalent = function isEquivalent(x, y) {\n  switch (arguments.length) {\n    case 1:\n      return true;\n    case 2:\n      return (x === y) || (isNil(x) ?\n        isNil(y) :\n      isNil(y) ?\n        isNil(x) :\n      isString(x) ?\n        false :\n      isNumber(x) ?\n        false :\n      isFn(x) ?\n        false :\n      isBoolean(x) ?\n        false :\n      isDate(x) ?\n        isDateEqual(x, y) :\n      isVector(x) ?\n        isVectorEqual(x, y, [], []) :\n      isRePattern(x) ?\n        isPatternEqual(x, y) :\n      \"else\" ?\n        isDictionaryEqual(x, y) :\n        void(0));\n\n    default:\n      var more = Array.prototype.slice.call(arguments, 2);\n      return (function loop(previous, current, index, count) {\n        var recur = loop;\n        while (recur === loop) {\n          recur = (isEquivalent(previous, current)) && (index < count ?\n          (previous = current, current = (more || 0)[index], index = inc(index), count = count, loop) :\n          true);\n        };\n        return recur;\n      })(x, y, 0, more.length);\n  };\n  return void(0);\n};\n\nvar isEqual = isEquivalent;\nexports.isEqual = isEqual;\n\nvar isStrictEqual = function isStrictEqual(x, y) {\n  switch (arguments.length) {\n    case 1:\n      return true;\n    case 2:\n      return x === y;\n\n    default:\n      var more = Array.prototype.slice.call(arguments, 2);\n      return (function loop(previous, current, index, count) {\n        var recur = loop;\n        while (recur === loop) {\n          recur = (previous === current) && (index < count ?\n          (previous = current, current = (more || 0)[index], index = inc(index), count = count, loop) :\n          true);\n        };\n        return recur;\n      })(x, y, 0, more.length);\n  };\n  return void(0);\n};\nexports.isStrictEqual = isStrictEqual;\n\nvar greaterThan = function greaterThan(x, y) {\n  switch (arguments.length) {\n    case 1:\n      return true;\n    case 2:\n      return x > y;\n\n    default:\n      var more = Array.prototype.slice.call(arguments, 2);\n      return (function loop(previous, current, index, count) {\n        var recur = loop;\n        while (recur === loop) {\n          recur = (previous > current) && (index < count ?\n          (previous = current, current = (more || 0)[index], index = inc(index), count = count, loop) :\n          true);\n        };\n        return recur;\n      })(x, y, 0, more.length);\n  };\n  return void(0);\n};\nexports.greaterThan = greaterThan;\n\nvar notLessThan = function notLessThan(x, y) {\n  switch (arguments.length) {\n    case 1:\n      return true;\n    case 2:\n      return x >= y;\n\n    default:\n      var more = Array.prototype.slice.call(arguments, 2);\n      return (function loop(previous, current, index, count) {\n        var recur = loop;\n        while (recur === loop) {\n          recur = (previous >= current) && (index < count ?\n          (previous = current, current = (more || 0)[index], index = inc(index), count = count, loop) :\n          true);\n        };\n        return recur;\n      })(x, y, 0, more.length);\n  };\n  return void(0);\n};\nexports.notLessThan = notLessThan;\n\nvar lessThan = function lessThan(x, y) {\n  switch (arguments.length) {\n    case 1:\n      return true;\n    case 2:\n      return x < y;\n\n    default:\n      var more = Array.prototype.slice.call(arguments, 2);\n      return (function loop(previous, current, index, count) {\n        var recur = loop;\n        while (recur === loop) {\n          recur = (previous < current) && (index < count ?\n          (previous = current, current = (more || 0)[index], index = inc(index), count = count, loop) :\n          true);\n        };\n        return recur;\n      })(x, y, 0, more.length);\n  };\n  return void(0);\n};\nexports.lessThan = lessThan;\n\nvar notGreaterThan = function notGreaterThan(x, y) {\n  switch (arguments.length) {\n    case 1:\n      return true;\n    case 2:\n      return x <= y;\n\n    default:\n      var more = Array.prototype.slice.call(arguments, 2);\n      return (function loop(previous, current, index, count) {\n        var recur = loop;\n        while (recur === loop) {\n          recur = (previous <= current) && (index < count ?\n          (previous = current, current = (more || 0)[index], index = inc(index), count = count, loop) :\n          true);\n        };\n        return recur;\n      })(x, y, 0, more.length);\n  };\n  return void(0);\n};\nexports.notGreaterThan = notGreaterThan;\n\nvar sum = function sum(a, b, c, d, e, f) {\n  switch (arguments.length) {\n    case 0:\n      return 0;\n    case 1:\n      return a;\n    case 2:\n      return a + b;\n    case 3:\n      return a + b + c;\n    case 4:\n      return a + b + c + d;\n    case 5:\n      return a + b + c + d + e;\n    case 6:\n      return a + b + c + d + e + f;\n\n    default:\n      var more = Array.prototype.slice.call(arguments, 6);\n      return (function loop(value, index, count) {\n        var recur = loop;\n        while (recur === loop) {\n          recur = index < count ?\n          (value = value + ((more || 0)[index]), index = inc(index), count = count, loop) :\n          value;\n        };\n        return recur;\n      })(a + b + c + d + e + f, 0, more.length);\n  };\n  return void(0);\n};\nexports.sum = sum;\n\nvar subtract = function subtract(a, b, c, d, e, f) {\n  switch (arguments.length) {\n    case 0:\n      return (function() { throw TypeError(\"Wrong number of args passed to: -\"); })();\n    case 1:\n      return 0 - a;\n    case 2:\n      return a - b;\n    case 3:\n      return a - b - c;\n    case 4:\n      return a - b - c - d;\n    case 5:\n      return a - b - c - d - e;\n    case 6:\n      return a - b - c - d - e - f;\n\n    default:\n      var more = Array.prototype.slice.call(arguments, 6);\n      return (function loop(value, index, count) {\n        var recur = loop;\n        while (recur === loop) {\n          recur = index < count ?\n          (value = value - ((more || 0)[index]), index = inc(index), count = count, loop) :\n          value;\n        };\n        return recur;\n      })(a - b - c - d - e - f, 0, more.length);\n  };\n  return void(0);\n};\nexports.subtract = subtract;\n\nvar divide = function divide(a, b, c, d, e, f) {\n  switch (arguments.length) {\n    case 0:\n      return (function() { throw TypeError(\"Wrong number of args passed to: /\"); })();\n    case 1:\n      return 1 / a;\n    case 2:\n      return a / b;\n    case 3:\n      return a / b / c;\n    case 4:\n      return a / b / c / d;\n    case 5:\n      return a / b / c / d / e;\n    case 6:\n      return a / b / c / d / e / f;\n\n    default:\n      var more = Array.prototype.slice.call(arguments, 6);\n      return (function loop(value, index, count) {\n        var recur = loop;\n        while (recur === loop) {\n          recur = index < count ?\n          (value = value / ((more || 0)[index]), index = inc(index), count = count, loop) :\n          value;\n        };\n        return recur;\n      })(a / b / c / d / e / f, 0, more.length);\n  };\n  return void(0);\n};\nexports.divide = divide;\n\nvar multiply = function multiply(a, b, c, d, e, f) {\n  switch (arguments.length) {\n    case 0:\n      return 1;\n    case 1:\n      return a;\n    case 2:\n      return a * b;\n    case 3:\n      return a * b * c;\n    case 4:\n      return a * b * c * d;\n    case 5:\n      return a * b * c * d * e;\n    case 6:\n      return a * b * c * d * e * f;\n\n    default:\n      var more = Array.prototype.slice.call(arguments, 6);\n      return (function loop(value, index, count) {\n        var recur = loop;\n        while (recur === loop) {\n          recur = index < count ?\n          (value = value * ((more || 0)[index]), index = inc(index), count = count, loop) :\n          value;\n        };\n        return recur;\n      })(a * b * c * d * e * f, 0, more.length);\n  };\n  return void(0);\n};\nexports.multiply = multiply;\n\nvar and = function and(a, b, c, d, e, f) {\n  switch (arguments.length) {\n    case 0:\n      return true;\n    case 1:\n      return a;\n    case 2:\n      return a && b;\n    case 3:\n      return a && b && c;\n    case 4:\n      return a && b && c && d;\n    case 5:\n      return a && b && c && d && e;\n    case 6:\n      return a && b && c && d && e && f;\n\n    default:\n      var more = Array.prototype.slice.call(arguments, 6);\n      return (function loop(value, index, count) {\n        var recur = loop;\n        while (recur === loop) {\n          recur = index < count ?\n          (value = value && ((more || 0)[index]), index = inc(index), count = count, loop) :\n          value;\n        };\n        return recur;\n      })(a && b && c && d && e && f, 0, more.length);\n  };\n  return void(0);\n};\nexports.and = and;\n\nvar or = function or(a, b, c, d, e, f) {\n  switch (arguments.length) {\n    case 0:\n      return void(0);\n    case 1:\n      return a;\n    case 2:\n      return a || b;\n    case 3:\n      return a || b || c;\n    case 4:\n      return a || b || c || d;\n    case 5:\n      return a || b || c || d || e;\n    case 6:\n      return a || b || c || d || e || f;\n\n    default:\n      var more = Array.prototype.slice.call(arguments, 6);\n      return (function loop(value, index, count) {\n        var recur = loop;\n        while (recur === loop) {\n          recur = index < count ?\n          (value = value || ((more || 0)[index]), index = inc(index), count = count, loop) :\n          value;\n        };\n        return recur;\n      })(a || b || c || d || e || f, 0, more.length);\n  };\n  return void(0);\n};\nexports.or = or;\n\nvar print = function print() {\n  var more = Array.prototype.slice.call(arguments, 0);\n  return console.log.apply(console.log, more);\n};\nexports.print = print\n})()","var _ns_ = {\n  \"id\": \"wisp.sequence\"\n};\nvar wisp_runtime = require(\"./runtime\");\nvar isNil = wisp_runtime.isNil;\nvar isVector = wisp_runtime.isVector;\nvar isFn = wisp_runtime.isFn;\nvar isNumber = wisp_runtime.isNumber;\nvar isString = wisp_runtime.isString;\nvar isDictionary = wisp_runtime.isDictionary;\nvar keyValues = wisp_runtime.keyValues;\nvar str = wisp_runtime.str;\nvar dec = wisp_runtime.dec;\nvar inc = wisp_runtime.inc;\nvar merge = wisp_runtime.merge;\nvar dictionary = wisp_runtime.dictionary;;;\n\nvar List = function List(head, tail) {\n  this.head = head;\n  this.tail = tail || (list());\n  this.length = inc(count(this.tail));\n  return this;\n};\n\nList.prototype.length = 0;\n\nList.type = \"wisp.list\";\n\nList.prototype.type = List.type;\n\nList.prototype.tail = Object.create(List.prototype);\n\nList.prototype.toString = function() {\n  return (function loop(result, list) {\n    var recur = loop;\n    while (recur === loop) {\n      recur = isEmpty(list) ?\n      \"\" + \"(\" + (result.substr(1)) + \")\" :\n      (result = \"\" + result + \" \" + (isVector(first(list)) ?\n        \"\" + \"[\" + (first(list).join(\" \")) + \"]\" :\n      isNil(first(list)) ?\n        \"nil\" :\n      isString(first(list)) ?\n        JSON.stringify(first(list)) :\n      isNumber(first(list)) ?\n        JSON.stringify(first(list)) :\n        first(list)), list = rest(list), loop);\n    };\n    return recur;\n  })(\"\", this);\n};\n\nvar lazySeqValue = function lazySeqValue(lazySeq) {\n  return !(lazySeq.realized) ?\n    (lazySeq.realized = true) && (lazySeq.x = lazySeq.x()) :\n    lazySeq.x;\n};\n\nvar LazySeq = function LazySeq(realized, x) {\n  this.realized = realized || false;\n  this.x = x;\n  return this;\n};\n\nLazySeq.type = \"wisp.lazy.seq\";\n\nLazySeq.prototype.type = LazySeq.type;\n\nvar lazySeq = function lazySeq(realized, body) {\n  return new LazySeq(realized, body);\n};\nexports.lazySeq = lazySeq;\n\nvar isLazySeq = function isLazySeq(value) {\n  return value && (LazySeq.type === value.type);\n};\nexports.isLazySeq = isLazySeq;\n\nundefined;\n\nvar isList = function isList(value) {\n  return value && (List.type === value.type);\n};\nexports.isList = isList;\n\nvar list = function list() {\n  return arguments.length === 0 ?\n    Object.create(List.prototype) :\n    Array.prototype.slice.call(arguments).reduceRight(function(tail, head) {\n      return cons(head, tail);\n    }, list());\n};\nexports.list = list;\n\nvar cons = function cons(head, tail) {\n  return new List(head, tail);\n};\nexports.cons = cons;\n\nvar reverseList = function reverseList(sequence) {\n  return (function loop(items, source) {\n    var recur = loop;\n    while (recur === loop) {\n      recur = isEmpty(source) ?\n      list.apply(list, items) :\n      (items = [first(source)].concat(items), source = rest(source), loop);\n    };\n    return recur;\n  })([], sequence);\n};\n\nvar isSequential = function isSequential(x) {\n  return (isList(x)) || (isVector(x)) || (isLazySeq(x)) || (isDictionary(x)) || (isString(x));\n};\nexports.isSequential = isSequential;\n\nvar reverse = function reverse(sequence) {\n  return isList(sequence) ?\n    reverseList(sequence) :\n  isVector(sequence) ?\n    sequence.reverse() :\n  isNil(sequence) ?\n    list() :\n  \"else\" ?\n    reverse(seq(sequence)) :\n    void(0);\n};\nexports.reverse = reverse;\n\nvar map = function map(f, sequence) {\n  return isVector(sequence) ?\n    sequence.map(f) :\n  isList(sequence) ?\n    mapList(f, sequence) :\n  isNil(sequence) ?\n    list() :\n  \"else\" ?\n    map(f, seq(sequence)) :\n    void(0);\n};\nexports.map = map;\n\nvar mapList = function mapList(f, sequence) {\n  return (function loop(result, items) {\n    var recur = loop;\n    while (recur === loop) {\n      recur = isEmpty(items) ?\n      reverse(result) :\n      (result = cons(f(first(items)), result), items = rest(items), loop);\n    };\n    return recur;\n  })(list(), sequence);\n};\n\nvar filter = function filter(isF, sequence) {\n  return isVector(sequence) ?\n    sequence.filter(isF) :\n  isList(sequence) ?\n    filterList(isF, sequence) :\n  isNil(sequence) ?\n    list() :\n  \"else\" ?\n    filter(isF, seq(sequence)) :\n    void(0);\n};\nexports.filter = filter;\n\nvar filterList = function filterList(isF, sequence) {\n  return (function loop(result, items) {\n    var recur = loop;\n    while (recur === loop) {\n      recur = isEmpty(items) ?\n      reverse(result) :\n      (result = isF(first(items)) ?\n        cons(first(items), result) :\n        result, items = rest(items), loop);\n    };\n    return recur;\n  })(list(), sequence);\n};\n\nvar reduce = function reduce(f) {\n  var params = Array.prototype.slice.call(arguments, 1);\n  return (function() {\n    var hasInitial = count(params) >= 2;\n    var initial = hasInitial ?\n      first(params) :\n      void(0);\n    var sequence = hasInitial ?\n      second(params) :\n      first(params);\n    return isNil(sequence) ?\n      initial :\n    isVector(sequence) ?\n      hasInitial ?\n        sequence.reduce(f, initial) :\n        sequence.reduce(f) :\n    isList(sequence) ?\n      hasInitial ?\n        reduceList(f, initial, sequence) :\n        reduceList(f, first(sequence), rest(sequence)) :\n    \"else\" ?\n      reduce(f, initial, seq(sequence)) :\n      void(0);\n  })();\n};\nexports.reduce = reduce;\n\nvar reduceList = function reduceList(f, initial, sequence) {\n  return (function loop(result, items) {\n    var recur = loop;\n    while (recur === loop) {\n      recur = isEmpty(items) ?\n      result :\n      (result = f(result, first(items)), items = rest(items), loop);\n    };\n    return recur;\n  })(initial, sequence);\n};\n\nvar count = function count(sequence) {\n  return isNil(sequence) ?\n    0 :\n    (seq(sequence)).length;\n};\nexports.count = count;\n\nvar isEmpty = function isEmpty(sequence) {\n  return count(sequence) === 0;\n};\nexports.isEmpty = isEmpty;\n\nvar first = function first(sequence) {\n  return isNil(sequence) ?\n    void(0) :\n  isList(sequence) ?\n    sequence.head :\n  (isVector(sequence)) || (isString(sequence)) ?\n    (sequence || 0)[0] :\n  isLazySeq(sequence) ?\n    first(lazySeqValue(sequence)) :\n  \"else\" ?\n    first(seq(sequence)) :\n    void(0);\n};\nexports.first = first;\n\nvar second = function second(sequence) {\n  return isNil(sequence) ?\n    void(0) :\n  isList(sequence) ?\n    first(rest(sequence)) :\n  (isVector(sequence)) || (isString(sequence)) ?\n    (sequence || 0)[1] :\n  isLazySeq(sequence) ?\n    second(lazySeqValue(sequence)) :\n  \"else\" ?\n    first(rest(seq(sequence))) :\n    void(0);\n};\nexports.second = second;\n\nvar third = function third(sequence) {\n  return isNil(sequence) ?\n    void(0) :\n  isList(sequence) ?\n    first(rest(rest(sequence))) :\n  (isVector(sequence)) || (isString(sequence)) ?\n    (sequence || 0)[2] :\n  isLazySeq(sequence) ?\n    third(lazySeqValue(sequence)) :\n  \"else\" ?\n    second(rest(seq(sequence))) :\n    void(0);\n};\nexports.third = third;\n\nvar rest = function rest(sequence) {\n  return isNil(sequence) ?\n    list() :\n  isList(sequence) ?\n    sequence.tail :\n  (isVector(sequence)) || (isString(sequence)) ?\n    sequence.slice(1) :\n  isLazySeq(sequence) ?\n    rest(lazySeqValue(sequence)) :\n  \"else\" ?\n    rest(seq(sequence)) :\n    void(0);\n};\nexports.rest = rest;\n\nvar lastOfList = function lastOfList(list) {\n  return (function loop(item, items) {\n    var recur = loop;\n    while (recur === loop) {\n      recur = isEmpty(items) ?\n      item :\n      (item = first(items), items = rest(items), loop);\n    };\n    return recur;\n  })(first(list), rest(list));\n};\n\nvar last = function last(sequence) {\n  return (isVector(sequence)) || (isString(sequence)) ?\n    (sequence || 0)[dec(count(sequence))] :\n  isList(sequence) ?\n    lastOfList(sequence) :\n  isNil(sequence) ?\n    void(0) :\n  isLazySeq(sequence) ?\n    last(lazySeqValue(sequence)) :\n  \"else\" ?\n    last(seq(sequence)) :\n    void(0);\n};\nexports.last = last;\n\nvar butlast = function butlast(sequence) {\n  var items = isNil(sequence) ?\n    void(0) :\n  isString(sequence) ?\n    subs(sequence, 0, dec(count(sequence))) :\n  isVector(sequence) ?\n    sequence.slice(0, dec(count(sequence))) :\n  isList(sequence) ?\n    list.apply(list, butlast(vec(sequence))) :\n  isLazySeq(sequence) ?\n    butlast(lazySeqValue(sequence)) :\n  \"else\" ?\n    butlast(seq(sequence)) :\n    void(0);\n  return !((isNil(items)) || (isEmpty(items))) ?\n    items :\n    void(0);\n};\nexports.butlast = butlast;\n\nvar take = function take(n, sequence) {\n  return isNil(sequence) ?\n    list() :\n  isVector(sequence) ?\n    takeFromVector(n, sequence) :\n  isList(sequence) ?\n    takeFromList(n, sequence) :\n  isLazySeq(sequence) ?\n    take(n, lazySeqValue(sequence)) :\n  \"else\" ?\n    take(n, seq(sequence)) :\n    void(0);\n};\nexports.take = take;\n\nvar takeVectorWhile = function takeVectorWhile(predicate, vector) {\n  return (function loop(result, tail, head) {\n    var recur = loop;\n    while (recur === loop) {\n      recur = (!(isEmpty(tail))) && (predicate(head)) ?\n      (result = conj(result, head), tail = rest(tail), head = first(tail), loop) :\n      result;\n    };\n    return recur;\n  })([], vector, first(vector));\n};\n\nvar takeListWhile = function takeListWhile(predicate, items) {\n  return (function loop(result, tail, head) {\n    var recur = loop;\n    while (recur === loop) {\n      recur = (!(isEmpty(tail))) && (isPredicate(head)) ?\n      (result = conj(result, head), tail = rest(tail), head = first(tail), loop) :\n      list.apply(list, result);\n    };\n    return recur;\n  })([], items, first(items));\n};\n\nvar takeWhile = function takeWhile(predicate, sequence) {\n  return isNil(sequence) ?\n    list() :\n  isVector(sequence) ?\n    takeVectorWhile(predicate, sequence) :\n  isList(sequence) ?\n    takeVectorWhile(predicate, sequence) :\n  \"else\" ?\n    takeWhile(predicate, lazySeqValue(sequence)) :\n    void(0);\n};\nexports.takeWhile = takeWhile;\n\nvar takeFromVector = function takeFromVector(n, vector) {\n  return vector.slice(0, n);\n};\n\nvar takeFromList = function takeFromList(n, sequence) {\n  return (function loop(taken, items, n) {\n    var recur = loop;\n    while (recur === loop) {\n      recur = (n === 0) || (isEmpty(items)) ?\n      reverse(taken) :\n      (taken = cons(first(items), taken), items = rest(items), n = dec(n), loop);\n    };\n    return recur;\n  })(list(), sequence, n);\n};\n\nvar dropFromList = function dropFromList(n, sequence) {\n  return (function loop(left, items) {\n    var recur = loop;\n    while (recur === loop) {\n      recur = (left < 1) || (isEmpty(items)) ?\n      items :\n      (left = dec(left), items = rest(items), loop);\n    };\n    return recur;\n  })(n, sequence);\n};\n\nvar drop = function drop(n, sequence) {\n  return n <= 0 ?\n    sequence :\n  isString(sequence) ?\n    sequence.substr(n) :\n  isVector(sequence) ?\n    sequence.slice(n) :\n  isList(sequence) ?\n    dropFromList(n, sequence) :\n  isNil(sequence) ?\n    list() :\n  isLazySeq(sequence) ?\n    drop(n, lazySeqValue(sequence)) :\n  \"else\" ?\n    drop(n, seq(sequence)) :\n    void(0);\n};\nexports.drop = drop;\n\nvar conjList = function conjList(sequence, items) {\n  return reduce(function(result, item) {\n    return cons(item, result);\n  }, sequence, items);\n};\n\nvar conj = function conj(sequence) {\n  var items = Array.prototype.slice.call(arguments, 1);\n  return isVector(sequence) ?\n    sequence.concat(items) :\n  isString(sequence) ?\n    \"\" + sequence + (str.apply(str, items)) :\n  isNil(sequence) ?\n    list.apply(list, reverse(items)) :\n  (isList(sequence)) || (isLazySeq()) ?\n    conjList(sequence, items) :\n  isDictionary(sequence) ?\n    merge(sequence, merge.apply(merge, items)) :\n  \"else\" ?\n    (function() { throw TypeError(\"\" + \"Type can't be conjoined \" + sequence); })() :\n    void(0);\n};\nexports.conj = conj;\n\nvar assoc = function assoc(source) {\n  var keyValues = Array.prototype.slice.call(arguments, 1);\n  return conj(source, dictionary.apply(dictionary, keyValues));\n};\nexports.assoc = assoc;\n\nvar concat = function concat() {\n  var sequences = Array.prototype.slice.call(arguments, 0);\n  return reverse(reduce(function(result, sequence) {\n    return reduce(function(result, item) {\n      return cons(item, result);\n    }, result, seq(sequence));\n  }, list(), sequences));\n};\nexports.concat = concat;\n\nvar seq = function seq(sequence) {\n  return isNil(sequence) ?\n    void(0) :\n  (isVector(sequence)) || (isList(sequence)) || (isLazySeq(sequence)) ?\n    sequence :\n  isString(sequence) ?\n    Array.prototype.slice.call(sequence) :\n  isDictionary(sequence) ?\n    keyValues(sequence) :\n  \"default\" ?\n    (function() { throw TypeError(\"\" + \"Can not seq \" + sequence); })() :\n    void(0);\n};\nexports.seq = seq;\n\nvar isSeq = function isSeq(sequence) {\n  return (isList(sequence)) || (isLazySeq(sequence));\n};\nexports.isSeq = isSeq;\n\nvar listToVector = function listToVector(source) {\n  return (function loop(result, list) {\n    var recur = loop;\n    while (recur === loop) {\n      recur = isEmpty(list) ?\n      result :\n      (result = (function() {\n        result.push(first(list));\n        return result;\n      })(), list = rest(list), loop);\n    };\n    return recur;\n  })([], source);\n};\n\nvar vec = function vec(sequence) {\n  return isNil(sequence) ?\n    [] :\n  isVector(sequence) ?\n    sequence :\n  isList(sequence) ?\n    listToVector(sequence) :\n  \"else\" ?\n    vec(seq(sequence)) :\n    void(0);\n};\nexports.vec = vec;\n\nvar sort = function sort(f, items) {\n  var hasComparator = isFn(f);\n  var items = (!(hasComparator)) && (isNil(items)) ?\n    f :\n    items;\n  var compare = hasComparator ?\n    function(a, b) {\n      return f(a, b) ?\n        0 :\n        1;\n    } :\n    void(0);\n  return isNil(items) ?\n    list() :\n  isVector(items) ?\n    items.sort(compare) :\n  isList(items) ?\n    list.apply(list, vec(items).sort(compare)) :\n  isDictionary(items) ?\n    seq(items).sort(compare) :\n  \"else\" ?\n    sort(f, seq(items)) :\n    void(0);\n};\nexports.sort = sort;\n\nvar repeat = function repeat(n, x) {\n  return (function loop(n, result) {\n    var recur = loop;\n    while (recur === loop) {\n      recur = n <= 0 ?\n      result :\n      (n = dec(n), result = conj(result, x), loop);\n    };\n    return recur;\n  })(n, []);\n};\nexports.repeat = repeat","var _ns_ = {\n  \"id\": \"wisp.string\"\n};\nvar wisp_runtime = require(\"./runtime\");\nvar str = wisp_runtime.str;\nvar subs = wisp_runtime.subs;\nvar reMatches = wisp_runtime.reMatches;\nvar isNil = wisp_runtime.isNil;\nvar isString = wisp_runtime.isString;;\nvar wisp_sequence = require(\"./sequence\");\nvar vec = wisp_sequence.vec;\nvar isEmpty = wisp_sequence.isEmpty;;;\n\nvar split = function split(string, pattern, limit) {\n  return string.split(pattern, limit);\n};\nexports.split = split;\n\nvar join = function join(separator, coll) {\n  switch (arguments.length) {\n    case 1:\n      var coll = separator;\n      return str.apply(str, vec(coll));\n    case 2:\n      return vec(coll).join(separator);\n\n    default:\n      (function() { throw Error(\"Invalid arity\"); })()\n  };\n  return void(0);\n};\nexports.join = join;\n\nvar upperCase = function upperCase(string) {\n  return string.toUpperCase();\n};\nexports.upperCase = upperCase;\n\nvar upperCase = function upperCase(string) {\n  return string.toUpperCase();\n};\nexports.upperCase = upperCase;\n\nvar lowerCase = function lowerCase(string) {\n  return string.toLowerCase();\n};\nexports.lowerCase = lowerCase;\n\nvar capitalize = function capitalize(string) {\n  return count(string) < 2 ?\n    upperCase(string) :\n    \"\" + (upperCase(subs(s, 0, 1))) + (lowerCase(subs(s, 1)));\n};\nexports.capitalize = capitalize;\n\nvar replace = function replace(string, match, replacement) {\n  return string.replace(match, replacement);\n};\nexports.replace = replace;\n\nvar __LEFTSPACES__ = /^\\s\\s*/;\nexports.__LEFTSPACES__ = __LEFTSPACES__;\n\nvar __RIGHTSPACES__ = /\\s\\s*$/;\nexports.__RIGHTSPACES__ = __RIGHTSPACES__;\n\nvar __SPACES__ = /^\\s\\s*$/;\nexports.__SPACES__ = __SPACES__;\n\nvar triml = isNil(\"\".trimLeft) ?\n  function(string) {\n    return string.replace(__LEFTSPACES__, \"\");\n  } :\n  function triml(string) {\n    return string.trimLeft();\n  };\nexports.triml = triml;\n\nvar trimr = isNil(\"\".trimRight) ?\n  function(string) {\n    return string.replace(__RIGHTSPACES__, \"\");\n  } :\n  function trimr(string) {\n    return string.trimRight();\n  };\nexports.trimr = trimr;\n\nvar trim = isNil(\"\".trim) ?\n  function(string) {\n    return string.replace(__LEFTSPACES__).replace(__RIGHTSPACES__);\n  } :\n  function trim(string) {\n    return string.trim();\n  };\nexports.trim = trim;\n\nvar isBlank = function isBlank(string) {\n  return (isNil(string)) || (isEmpty(string)) || (reMatches(__SPACES__, string));\n};\nexports.isBlank = isBlank","var _ns_ = {\n  \"id\": \"wisp.reader\",\n  \"doc\": \"Reader module provides functions for reading text input\\n  as wisp data structures\"\n};\nvar wisp_sequence = require(\"./sequence\");\nvar list = wisp_sequence.list;\nvar isList = wisp_sequence.isList;\nvar count = wisp_sequence.count;\nvar isEmpty = wisp_sequence.isEmpty;\nvar first = wisp_sequence.first;\nvar second = wisp_sequence.second;\nvar third = wisp_sequence.third;\nvar rest = wisp_sequence.rest;\nvar map = wisp_sequence.map;\nvar vec = wisp_sequence.vec;\nvar cons = wisp_sequence.cons;\nvar conj = wisp_sequence.conj;\nvar concat = wisp_sequence.concat;\nvar last = wisp_sequence.last;\nvar butlast = wisp_sequence.butlast;\nvar sort = wisp_sequence.sort;\nvar lazySeq = wisp_sequence.lazySeq;;\nvar wisp_runtime = require(\"./runtime\");\nvar isOdd = wisp_runtime.isOdd;\nvar dictionary = wisp_runtime.dictionary;\nvar keys = wisp_runtime.keys;\nvar isNil = wisp_runtime.isNil;\nvar inc = wisp_runtime.inc;\nvar dec = wisp_runtime.dec;\nvar isVector = wisp_runtime.isVector;\nvar isString = wisp_runtime.isString;\nvar isNumber = wisp_runtime.isNumber;\nvar isBoolean = wisp_runtime.isBoolean;\nvar isObject = wisp_runtime.isObject;\nvar isDictionary = wisp_runtime.isDictionary;\nvar rePattern = wisp_runtime.rePattern;\nvar reMatches = wisp_runtime.reMatches;\nvar reFind = wisp_runtime.reFind;\nvar str = wisp_runtime.str;\nvar subs = wisp_runtime.subs;\nvar char = wisp_runtime.char;\nvar vals = wisp_runtime.vals;\nvar isEqual = wisp_runtime.isEqual;;\nvar wisp_ast = require(\"./ast\");\nvar isSymbol = wisp_ast.isSymbol;\nvar symbol = wisp_ast.symbol;\nvar isKeyword = wisp_ast.isKeyword;\nvar keyword = wisp_ast.keyword;\nvar meta = wisp_ast.meta;\nvar withMeta = wisp_ast.withMeta;\nvar name = wisp_ast.name;\nvar gensym = wisp_ast.gensym;;\nvar wisp_string = require(\"./string\");\nvar split = wisp_string.split;\nvar join = wisp_string.join;;;\n\nvar pushBackReader = function pushBackReader(source, uri) {\n  return {\n    \"lines\": split(source, \"\\n\"),\n    \"buffer\": \"\",\n    \"uri\": uri,\n    \"column\": -1,\n    \"line\": 0\n  };\n};\nexports.pushBackReader = pushBackReader;\n\nvar peekChar = function peekChar(reader) {\n  var line = ((reader || 0)[\"lines\"])[(reader || 0)[\"line\"]];\n  var column = inc((reader || 0)[\"column\"]);\n  return isNil(line) ?\n    void(0) :\n    (line[column]) || \"\\n\";\n};\nexports.peekChar = peekChar;\n\nvar readChar = function readChar(reader) {\n  var ch = peekChar(reader);\n  isNewline(peekChar(reader)) ?\n    (function() {\n      (reader || 0)[\"line\"] = inc((reader || 0)[\"line\"]);\n      return (reader || 0)[\"column\"] = -1;\n    })() :\n    (reader || 0)[\"column\"] = inc((reader || 0)[\"column\"]);\n  return ch;\n};\nexports.readChar = readChar;\n\nvar isNewline = function isNewline(ch) {\n  return \"\\n\" === ch;\n};\nexports.isNewline = isNewline;\n\nvar isBreakingWhitespace = function isBreakingWhitespace(ch) {\n  return (ch === \" \") || (ch === \"\\t\") || (ch === \"\\n\") || (ch === \"\\r\");\n};\nexports.isBreakingWhitespace = isBreakingWhitespace;\n\nvar isWhitespace = function isWhitespace(ch) {\n  return (isBreakingWhitespace(ch)) || (\",\" === ch);\n};\nexports.isWhitespace = isWhitespace;\n\nvar isNumeric = function isNumeric(ch) {\n  return (ch === \"0\") || (ch === \"1\") || (ch === \"2\") || (ch === \"3\") || (ch === \"4\") || (ch === \"5\") || (ch === \"6\") || (ch === \"7\") || (ch === \"8\") || (ch === \"9\");\n};\nexports.isNumeric = isNumeric;\n\nvar isCommentPrefix = function isCommentPrefix(ch) {\n  return \";\" === ch;\n};\nexports.isCommentPrefix = isCommentPrefix;\n\nvar isNumberLiteral = function isNumberLiteral(reader, initch) {\n  return (isNumeric(initch)) || (((\"+\" === initch) || (\"-\" === initch)) && (isNumeric(peekChar(reader))));\n};\nexports.isNumberLiteral = isNumberLiteral;\n\nvar readerError = function readerError(reader, message) {\n  var text = \"\" + message + \"\\n\" + \"line:\" + ((reader || 0)[\"line\"]) + \"\\n\" + \"column:\" + ((reader || 0)[\"column\"]);\n  var error = SyntaxError(text, (reader || 0)[\"uri\"]);\n  error.line = (reader || 0)[\"line\"];\n  error.column = (reader || 0)[\"column\"];\n  error.uri = (reader || 0)[\"uri\"];\n  return (function() { throw error; })();\n};\nexports.readerError = readerError;\n\nvar isMacroTerminating = function isMacroTerminating(ch) {\n  return (!(ch === \"#\")) && (!(ch === \"'\")) && (!(ch === \":\")) && (macros(ch));\n};\nexports.isMacroTerminating = isMacroTerminating;\n\nvar readToken = function readToken(reader, initch) {\n  return (function loop(buffer, ch) {\n    var recur = loop;\n    while (recur === loop) {\n      recur = (isNil(ch)) || (isWhitespace(ch)) || (isMacroTerminating(ch)) ?\n      buffer :\n      (buffer = \"\" + buffer + (readChar(reader)), ch = peekChar(reader), loop);\n    };\n    return recur;\n  })(initch, peekChar(reader));\n};\nexports.readToken = readToken;\n\nvar skipLine = function skipLine(reader, _) {\n  return (function loop() {\n    var recur = loop;\n    while (recur === loop) {\n      recur = (function() {\n      var ch = readChar(reader);\n      return (ch === \"\\n\") || (ch === \"\\r\") || (isNil(ch)) ?\n        reader :\n        (loop);\n    })();\n    };\n    return recur;\n  })();\n};\nexports.skipLine = skipLine;\n\nvar intPattern = rePattern(\"^([-+]?)(?:(0)|([1-9][0-9]*)|0[xX]([0-9A-Fa-f]+)|0([0-7]+)|([1-9][0-9]?)[rR]([0-9A-Za-z]+)|0[0-9]+)(N)?$\");\nexports.intPattern = intPattern;\n\nvar ratioPattern = rePattern(\"([-+]?[0-9]+)/([0-9]+)\");\nexports.ratioPattern = ratioPattern;\n\nvar floatPattern = rePattern(\"([-+]?[0-9]+(\\\\.[0-9]*)?([eE][-+]?[0-9]+)?)(M)?\");\nexports.floatPattern = floatPattern;\n\nvar matchInt = function matchInt(s) {\n  var groups = reFind(intPattern, s);\n  var group3 = groups[2];\n  return !((isNil(group3)) || (count(group3) < 1)) ?\n    0 :\n    (function() {\n      var negate = \"-\" === groups[1] ?\n        -1 :\n        1;\n      var a = groups[3] ?\n        [groups[3], 10] :\n      groups[4] ?\n        [groups[4], 16] :\n      groups[5] ?\n        [groups[5], 8] :\n      groups[7] ?\n        [groups[7], parseInt(groups[7])] :\n      \"else\" ?\n        [void(0), void(0)] :\n        void(0);\n      var n = a[0];\n      var radix = a[1];\n      return isNil(n) ?\n        void(0) :\n        negate * (parseInt(n, radix));\n    })();\n};\nexports.matchInt = matchInt;\n\nvar matchRatio = function matchRatio(s) {\n  var groups = reFind(ratioPattern, s);\n  var numinator = groups[1];\n  var denominator = groups[2];\n  return (parseInt(numinator)) / (parseInt(denominator));\n};\nexports.matchRatio = matchRatio;\n\nvar matchFloat = function matchFloat(s) {\n  return parseFloat(s);\n};\nexports.matchFloat = matchFloat;\n\nvar matchNumber = function matchNumber(s) {\n  return reMatches(intPattern, s) ?\n    matchInt(s) :\n  reMatches(ratioPattern, s) ?\n    matchRatio(s) :\n  reMatches(floatPattern, s) ?\n    matchFloat(s) :\n    void(0);\n};\nexports.matchNumber = matchNumber;\n\nvar escapeCharMap = function escapeCharMap(c) {\n  return c === \"t\" ?\n    \"\\t\" :\n  c === \"r\" ?\n    \"\\r\" :\n  c === \"n\" ?\n    \"\\n\" :\n  c === \"\\\\\" ?\n    \"\\\\\" :\n  c === \"\\\"\" ?\n    \"\\\"\" :\n  c === \"b\" ?\n    \"\b\" :\n  c === \"f\" ?\n    \"\f\" :\n  \"else\" ?\n    void(0) :\n    void(0);\n};\nexports.escapeCharMap = escapeCharMap;\n\nvar read2Chars = function read2Chars(reader) {\n  return \"\" + (readChar(reader)) + (readChar(reader));\n};\nexports.read2Chars = read2Chars;\n\nvar read4Chars = function read4Chars(reader) {\n  return \"\" + (readChar(reader)) + (readChar(reader)) + (readChar(reader)) + (readChar(reader));\n};\nexports.read4Chars = read4Chars;\n\nvar unicode2Pattern = rePattern(\"[0-9A-Fa-f]{2}\");\nexports.unicode2Pattern = unicode2Pattern;\n\nvar unicode4Pattern = rePattern(\"[0-9A-Fa-f]{4}\");\nexports.unicode4Pattern = unicode4Pattern;\n\nvar validateUnicodeEscape = function validateUnicodeEscape(unicodePattern, reader, escapeChar, unicodeStr) {\n  return reMatches(unicodePattern, unicodeStr) ?\n    unicodeStr :\n    readerError(reader, \"\" + \"Unexpected unicode escape \" + \"\\\\\" + escapeChar + unicodeStr);\n};\nexports.validateUnicodeEscape = validateUnicodeEscape;\n\nvar makeUnicodeChar = function makeUnicodeChar(codeStr, base) {\n  var base = base || 16;\n  var code = parseInt(codeStr, base);\n  return char(code);\n};\nexports.makeUnicodeChar = makeUnicodeChar;\n\nvar escapeChar = function escapeChar(buffer, reader) {\n  var ch = readChar(reader);\n  var mapresult = escapeCharMap(ch);\n  return mapresult ?\n    mapresult :\n  ch === \"x\" ?\n    makeUnicodeChar(validateUnicodeEscape(unicode2Pattern, reader, ch, read2Chars(reader))) :\n  ch === \"u\" ?\n    makeUnicodeChar(validateUnicodeEscape(unicode4Pattern, reader, ch, read4Chars(reader))) :\n  isNumeric(ch) ?\n    char(ch) :\n  \"else\" ?\n    readerError(reader, \"\" + \"Unexpected unicode escape \" + \"\\\\\" + ch) :\n    void(0);\n};\nexports.escapeChar = escapeChar;\n\nvar readPast = function readPast(predicate, reader) {\n  return (function loop(_) {\n    var recur = loop;\n    while (recur === loop) {\n      recur = predicate(peekChar(reader)) ?\n      (_ = readChar(reader), loop) :\n      peekChar(reader);\n    };\n    return recur;\n  })(void(0));\n};\nexports.readPast = readPast;\n\nvar readDelimitedList = function readDelimitedList(delim, reader, isRecursive) {\n  return (function loop(form) {\n    var recur = loop;\n    while (recur === loop) {\n      recur = (function() {\n      var ch = readPast(isWhitespace, reader);\n      !(ch) ?\n        readerError(reader, \"EOF\") :\n        void(0);\n      return delim === ch ?\n        (function() {\n          readChar(reader);\n          return form;\n        })() :\n        (function() {\n          var macro = macros(ch);\n          return macro ?\n            (function() {\n              var result = macro(reader, readChar(reader));\n              return (form = result === reader ?\n                form :\n                conj(form, result), loop);\n            })() :\n            (function() {\n              var o = read(reader, true, void(0), isRecursive);\n              return (form = o === reader ?\n                form :\n                conj(form, o), loop);\n            })();\n        })();\n    })();\n    };\n    return recur;\n  })([]);\n};\nexports.readDelimitedList = readDelimitedList;\n\nvar notImplemented = function notImplemented(reader, ch) {\n  return readerError(reader, \"\" + \"Reader for \" + ch + \" not implemented yet\");\n};\nexports.notImplemented = notImplemented;\n\nvar readDispatch = function readDispatch(reader, _) {\n  var ch = readChar(reader);\n  var dm = dispatchMacros(ch);\n  return dm ?\n    dm(reader, _) :\n    (function() {\n      var object = maybeReadTaggedType(reader, ch);\n      return object ?\n        object :\n        readerError(reader, \"No dispatch macro for \", ch);\n    })();\n};\nexports.readDispatch = readDispatch;\n\nvar readUnmatchedDelimiter = function readUnmatchedDelimiter(rdr, ch) {\n  return readerError(rdr, \"Unmached delimiter \", ch);\n};\nexports.readUnmatchedDelimiter = readUnmatchedDelimiter;\n\nvar readList = function readList(reader, _) {\n  var form = readDelimitedList(\")\", reader, true);\n  return withMeta(list.apply(list, form), meta(form));\n};\nexports.readList = readList;\n\nvar readComment = function readComment(reader, _) {\n  return (function loop(buffer, ch) {\n    var recur = loop;\n    while (recur === loop) {\n      recur = (isNil(ch)) || (\"\\n\" === ch) ?\n      reader || (list(symbol(void(0), \"comment\"), buffer)) :\n    (\"\\\\\" === ch) ?\n      (buffer = \"\" + buffer + (escapeChar(buffer, reader)), ch = readChar(reader), loop) :\n    \"else\" ?\n      (buffer = \"\" + buffer + ch, ch = readChar(reader), loop) :\n      void(0);\n    };\n    return recur;\n  })(\"\", readChar(reader));\n};\nexports.readComment = readComment;\n\nvar readVector = function readVector(reader) {\n  return readDelimitedList(\"]\", reader, true);\n};\nexports.readVector = readVector;\n\nvar readMap = function readMap(reader) {\n  var form = readDelimitedList(\"}\", reader, true);\n  return isOdd(count(form)) ?\n    readerError(reader, \"Map literal must contain an even number of forms\") :\n    withMeta(dictionary.apply(dictionary, form), meta(form));\n};\nexports.readMap = readMap;\n\nvar readSet = function readSet(reader, _) {\n  var form = readDelimitedList(\"}\", reader, true);\n  return withMeta(concat([symbol(void(0), \"set\")], form), meta(form));\n};\nexports.readSet = readSet;\n\nvar readNumber = function readNumber(reader, initch) {\n  return (function loop(buffer, ch) {\n    var recur = loop;\n    while (recur === loop) {\n      recur = (isNil(ch)) || (isWhitespace(ch)) || (macros(ch)) ?\n      (function() {\n        var match = matchNumber(buffer);\n        return isNil(match) ?\n          readerError(reader, \"Invalid number format [\", buffer, \"]\") :\n          match;\n      })() :\n      (buffer = \"\" + buffer + (readChar(reader)), ch = peekChar(reader), loop);\n    };\n    return recur;\n  })(initch, peekChar(reader));\n};\nexports.readNumber = readNumber;\n\nvar readString = function readString(reader) {\n  return (function loop(buffer, ch) {\n    var recur = loop;\n    while (recur === loop) {\n      recur = isNil(ch) ?\n      readerError(reader, \"EOF while reading string\") :\n    \"\\\\\" === ch ?\n      (buffer = \"\" + buffer + (escapeChar(buffer, reader)), ch = readChar(reader), loop) :\n    \"\\\"\" === ch ?\n      buffer :\n    \"default\" ?\n      (buffer = \"\" + buffer + ch, ch = readChar(reader), loop) :\n      void(0);\n    };\n    return recur;\n  })(\"\", readChar(reader));\n};\nexports.readString = readString;\n\nvar readUnquote = function readUnquote(reader) {\n  var ch = peekChar(reader);\n  return !(ch) ?\n    readerError(reader, \"EOF while reading character\") :\n  ch === \"@\" ?\n    (function() {\n      readChar(reader);\n      return list(symbol(void(0), \"unquote-splicing\"), read(reader, true, void(0), true));\n    })() :\n    list(symbol(void(0), \"unquote\"), read(reader, true, void(0), true));\n};\nexports.readUnquote = readUnquote;\n\nvar specialSymbols = function specialSymbols(text, notFound) {\n  return text === \"nil\" ?\n    void(0) :\n  text === \"true\" ?\n    true :\n  text === \"false\" ?\n    false :\n  \"else\" ?\n    notFound :\n    void(0);\n};\nexports.specialSymbols = specialSymbols;\n\nvar readSymbol = function readSymbol(reader, initch) {\n  var token = readToken(reader, initch);\n  var parts = split(token, \"/\");\n  var hasNs = (count(parts) > 1) && (count(token) > 1);\n  var ns = first(parts);\n  var name = join(\"/\", rest(parts));\n  return hasNs ?\n    symbol(ns, name) :\n    specialSymbols(token, symbol(token));\n};\nexports.readSymbol = readSymbol;\n\nvar readKeyword = function readKeyword(reader, initch) {\n  var token = readToken(reader, readChar(reader));\n  var parts = split(token, \"/\");\n  var name = last(parts);\n  var ns = count(parts) > 1 ?\n    join(\"/\", butlast(parts)) :\n    void(0);\n  var issue = last(ns) === \":\" ?\n    \"namespace can't ends with \\\":\\\"\" :\n  last(name) === \":\" ?\n    \"name can't end with \\\":\\\"\" :\n  last(name) === \"/\" ?\n    \"name can't end with \\\"/\\\"\" :\n  count(split(token, \"::\")) > 1 ?\n    \"name can't contain \\\"::\\\"\" :\n    void(0);\n  return issue ?\n    readerError(reader, \"Invalid token (\", issue, \"): \", token) :\n  (!(ns)) && (first(name) === \":\") ?\n    keyword(rest(name)) :\n    keyword(ns, name);\n};\nexports.readKeyword = readKeyword;\n\nvar desugarMeta = function desugarMeta(f) {\n  return isKeyword(f) ?\n    dictionary(name(f), true) :\n  isSymbol(f) ?\n    {\n      \"tag\": f\n    } :\n  isString(f) ?\n    {\n      \"tag\": f\n    } :\n  \"else\" ?\n    f :\n    void(0);\n};\nexports.desugarMeta = desugarMeta;\n\nvar wrappingReader = function wrappingReader(prefix) {\n  return function(reader) {\n    return list(prefix, read(reader, true, void(0), true));\n  };\n};\nexports.wrappingReader = wrappingReader;\n\nvar throwingReader = function throwingReader(msg) {\n  return function(reader) {\n    return readerError(reader, msg);\n  };\n};\nexports.throwingReader = throwingReader;\n\nvar readMeta = function readMeta(reader, _) {\n  var metadata = desugarMeta(read(reader, true, void(0), true));\n  !(isDictionary(metadata)) ?\n    readerError(reader, \"Metadata must be Symbol, Keyword, String or Map\") :\n    void(0);\n  return (function() {\n    var form = read(reader, true, void(0), true);\n    return isObject(form) ?\n      withMeta(form, conj(metadata, meta(form))) :\n      form;\n  })();\n};\nexports.readMeta = readMeta;\n\nvar readRegex = function readRegex(reader) {\n  return (function loop(buffer, ch) {\n    var recur = loop;\n    while (recur === loop) {\n      recur = isNil(ch) ?\n      readerError(reader, \"EOF while reading string\") :\n    \"\\\\\" === ch ?\n      (buffer = \"\" + buffer + ch + (readChar(reader)), ch = readChar(reader), loop) :\n    \"\\\"\" === ch ?\n      rePattern(buffer) :\n    \"default\" ?\n      (buffer = \"\" + buffer + ch, ch = readChar(reader), loop) :\n      void(0);\n    };\n    return recur;\n  })(\"\", readChar(reader));\n};\nexports.readRegex = readRegex;\n\nvar readParam = function readParam(reader, initch) {\n  var form = readSymbol(reader, initch);\n  return isEqual(form, symbol(\"%\")) ?\n    symbol(\"%1\") :\n    form;\n};\nexports.readParam = readParam;\n\nvar isParam = function isParam(form) {\n  return (isSymbol(form)) && (\"%\" === first(name(form)));\n};\nexports.isParam = isParam;\n\nvar lambdaParamsHash = function lambdaParamsHash(form) {\n  return isParam(form) ?\n    dictionary(form, form) :\n  (isDictionary(form)) || (isVector(form)) || (isList(form)) ?\n    conj.apply(conj, map(lambdaParamsHash, vec(form))) :\n  \"else\" ?\n    {} :\n    void(0);\n};\nexports.lambdaParamsHash = lambdaParamsHash;\n\nvar lambdaParams = function lambdaParams(body) {\n  var names = sort(vals(lambdaParamsHash(body)));\n  var variadic = isEqual(first(names), symbol(\"%&\"));\n  var n = variadic && (count(names) === 1) ?\n    0 :\n    parseInt(rest(name(last(names))));\n  var params = (function loop(names, i) {\n    var recur = loop;\n    while (recur === loop) {\n      recur = i <= n ?\n      (names = conj(names, symbol(\"\" + \"%\" + i)), i = inc(i), loop) :\n      names;\n    };\n    return recur;\n  })([], 1);\n  return variadic ?\n    conj(params, symbol(void(0), \"&\"), symbol(void(0), \"%&\")) :\n    names;\n};\nexports.lambdaParams = lambdaParams;\n\nvar readLambda = function readLambda(reader) {\n  var body = readList(reader);\n  return list(symbol(void(0), \"fn\"), lambdaParams(body), body);\n};\nexports.readLambda = readLambda;\n\nvar readDiscard = function readDiscard(reader, _) {\n  read(reader, true, void(0), true);\n  return reader;\n};\nexports.readDiscard = readDiscard;\n\nvar macros = function macros(c) {\n  return c === \"\\\"\" ?\n    readString :\n  c === \":\" ?\n    readKeyword :\n  c === \";\" ?\n    readComment :\n  c === \"'\" ?\n    wrappingReader(symbol(void(0), \"quote\")) :\n  c === \"@\" ?\n    wrappingReader(symbol(void(0), \"deref\")) :\n  c === \"^\" ?\n    readMeta :\n  c === \"`\" ?\n    wrappingReader(symbol(void(0), \"syntax-quote\")) :\n  c === \"~\" ?\n    readUnquote :\n  c === \"(\" ?\n    readList :\n  c === \")\" ?\n    readUnmatchedDelimiter :\n  c === \"[\" ?\n    readVector :\n  c === \"]\" ?\n    readUnmatchedDelimiter :\n  c === \"{\" ?\n    readMap :\n  c === \"}\" ?\n    readUnmatchedDelimiter :\n  c === \"\\\\\" ?\n    readChar :\n  c === \"%\" ?\n    readParam :\n  c === \"#\" ?\n    readDispatch :\n  \"else\" ?\n    void(0) :\n    void(0);\n};\nexports.macros = macros;\n\nvar dispatchMacros = function dispatchMacros(s) {\n  return s === \"{\" ?\n    readSet :\n  s === \"(\" ?\n    readLambda :\n  s === \"<\" ?\n    throwingReader(\"Unreadable form\") :\n  s === \"\\\"\" ?\n    readRegex :\n  s === \"!\" ?\n    readComment :\n  s === \"_\" ?\n    readDiscard :\n  \"else\" ?\n    void(0) :\n    void(0);\n};\nexports.dispatchMacros = dispatchMacros;\n\nvar readForm = function readForm(reader, ch) {\n  var start = {\n    \"line\": (reader || 0)[\"line\"],\n    \"column\": (reader || 0)[\"column\"]\n  };\n  var readMacro = macros(ch);\n  var form = readMacro ?\n    readMacro(reader, ch) :\n  isNumberLiteral(reader, ch) ?\n    readNumber(reader, ch) :\n  \"else\" ?\n    readSymbol(reader, ch) :\n    void(0);\n  return form === reader ?\n    form :\n  !((isString(form)) || (isNumber(form)) || (isBoolean(form)) || (isNil(form)) || (isKeyword(form))) ?\n    withMeta(form, conj({\n      \"start\": start,\n      \"end\": {\n        \"line\": (reader || 0)[\"line\"],\n        \"column\": (reader || 0)[\"column\"]\n      }\n    }, meta(form))) :\n  \"else\" ?\n    form :\n    void(0);\n};\nexports.readForm = readForm;\n\nvar read = function read(reader, eofIsError, sentinel, isRecursive) {\n  return (function loop() {\n    var recur = loop;\n    while (recur === loop) {\n      recur = (function() {\n      var ch = readChar(reader);\n      var form = isNil(ch) ?\n        eofIsError ?\n          readerError(reader, \"EOF\") :\n          sentinel :\n      isWhitespace(ch) ?\n        reader :\n      isCommentPrefix(ch) ?\n        read(readComment(reader, ch), eofIsError, sentinel, isRecursive) :\n      \"else\" ?\n        readForm(reader, ch) :\n        void(0);\n      return form === reader ?\n        (loop) :\n        form;\n    })();\n    };\n    return recur;\n  })();\n};\nexports.read = read;\n\nvar read_ = function read_(source, uri) {\n  var reader = pushBackReader(source, uri);\n  var eof = gensym();\n  return (function loop(forms, form) {\n    var recur = loop;\n    while (recur === loop) {\n      recur = form === eof ?\n      forms :\n      (forms = conj(forms, form), form = read(reader, false, eof, false), loop);\n    };\n    return recur;\n  })([], read(reader, false, eof, false));\n};\nexports.read_ = read_;\n\nvar readFromString = function readFromString(source, uri) {\n  var reader = pushBackReader(source, uri);\n  return read(reader, true, void(0), false);\n};\nexports.readFromString = readFromString;\n\nvar readUuid = function readUuid(uuid) {\n  return isString(uuid) ?\n    list(symbol(void(0), \"UUID.\"), uuid) :\n    readerError(void(0), \"UUID literal expects a string as its representation.\");\n};\n\nvar readQueue = function readQueue(items) {\n  return isVector(items) ?\n    list(symbol(void(0), \"PersistentQueue.\"), items) :\n    readerError(void(0), \"Queue literal expects a vector for its elements.\");\n};\n\nvar __tagTable__ = dictionary(\"uuid\", readUuid, \"queue\", readQueue);\nexports.__tagTable__ = __tagTable__;\n\nvar maybeReadTaggedType = function maybeReadTaggedType(reader, initch) {\n  var tag = readSymbol(reader, initch);\n  var pfn = (__tagTable__ || 0)[name(tag)];\n  return pfn ?\n    pfn(read(reader, true, void(0), false)) :\n    readerError(reader, \"\" + \"Could not find tag parser for \" + (name(tag)) + \" in \" + (\"\" + (keys(__tagTable__))));\n};\nexports.maybeReadTaggedType = maybeReadTaggedType","var _ns_ = {\n  \"id\": \"wisp.ast\"\n};\nvar wisp_sequence = require(\"./sequence\");\nvar isList = wisp_sequence.isList;\nvar isSequential = wisp_sequence.isSequential;\nvar first = wisp_sequence.first;\nvar second = wisp_sequence.second;\nvar count = wisp_sequence.count;\nvar last = wisp_sequence.last;\nvar map = wisp_sequence.map;\nvar vec = wisp_sequence.vec;;\nvar wisp_string = require(\"./string\");\nvar split = wisp_string.split;\nvar join = wisp_string.join;;\nvar wisp_runtime = require(\"./runtime\");\nvar isNil = wisp_runtime.isNil;\nvar isVector = wisp_runtime.isVector;\nvar isNumber = wisp_runtime.isNumber;\nvar isString = wisp_runtime.isString;\nvar isBoolean = wisp_runtime.isBoolean;\nvar isObject = wisp_runtime.isObject;\nvar isDate = wisp_runtime.isDate;\nvar isRePattern = wisp_runtime.isRePattern;\nvar isDictionary = wisp_runtime.isDictionary;\nvar str = wisp_runtime.str;\nvar inc = wisp_runtime.inc;\nvar subs = wisp_runtime.subs;\nvar isEqual = wisp_runtime.isEqual;;;\n\nvar withMeta = function withMeta(value, metadata) {\n  Object.defineProperty(value, \"metadata\", {\n    \"value\": metadata,\n    \"configurable\": true\n  });\n  return value;\n};\nexports.withMeta = withMeta;\n\nvar meta = function meta(value) {\n  return isObject(value) ?\n    value.metadata :\n    void(0);\n};\nexports.meta = meta;\n\nvar __nsSeparator__ = \"⁄\";\nexports.__nsSeparator__ = __nsSeparator__;\n\nvar Symbol = function Symbol(namespace, name) {\n  this.namespace = namespace;\n  this.name = name;\n  return this;\n};\n\nSymbol.type = \"wisp.symbol\";\n\nSymbol.prototype.type = Symbol.type;\n\nSymbol.prototype.toString = function() {\n  var ns = namespace(this);\n  return ns ?\n    \"\" + ns + \"/\" + (name(this)) :\n    \"\" + (name(this));\n};\n\nvar symbol = function symbol(ns, id) {\n  return isSymbol(ns) ?\n    ns :\n  isKeyword(ns) ?\n    new Symbol(namespace(ns), name(ns)) :\n  isNil(id) ?\n    new Symbol(void(0), ns) :\n  \"else\" ?\n    new Symbol(ns, id) :\n    void(0);\n};\nexports.symbol = symbol;\n\nvar isSymbol = function isSymbol(x) {\n  return x && (Symbol.type === x.type);\n};\nexports.isSymbol = isSymbol;\n\nvar isKeyword = function isKeyword(x) {\n  return (isString(x)) && (count(x) > 1) && (first(x) === \"꞉\");\n};\nexports.isKeyword = isKeyword;\n\nvar keyword = function keyword(ns, id) {\n  return isKeyword(ns) ?\n    ns :\n  isSymbol(ns) ?\n    \"\" + \"꞉\" + (name(ns)) :\n  isNil(id) ?\n    \"\" + \"꞉\" + ns :\n  isNil(ns) ?\n    \"\" + \"꞉\" + id :\n  \"else\" ?\n    \"\" + \"꞉\" + ns + __nsSeparator__ + id :\n    void(0);\n};\nexports.keyword = keyword;\n\nvar keywordName = function keywordName(value) {\n  return last(split(subs(value, 1), __nsSeparator__));\n};\n\nvar name = function name(value) {\n  return isSymbol(value) ?\n    value.name :\n  isKeyword(value) ?\n    keywordName(value) :\n  isString(value) ?\n    value :\n  \"else\" ?\n    (function() { throw new TypeError(\"\" + \"Doesn't support name: \" + value); })() :\n    void(0);\n};\nexports.name = name;\n\nvar keywordNamespace = function keywordNamespace(x) {\n  var parts = split(subs(x, 1), __nsSeparator__);\n  return count(parts) > 1 ?\n    (parts || 0)[0] :\n    void(0);\n};\n\nvar namespace = function namespace(x) {\n  return isSymbol(x) ?\n    x.namespace :\n  isKeyword(x) ?\n    keywordNamespace(x) :\n  \"else\" ?\n    (function() { throw new TypeError(\"\" + \"Doesn't supports namespace: \" + x); })() :\n    void(0);\n};\nexports.namespace = namespace;\n\nvar gensym = function gensym(prefix) {\n  return symbol(\"\" + (isNil(prefix) ?\n    \"G__\" :\n    prefix) + (gensym.base = gensym.base + 1));\n};\nexports.gensym = gensym;\n\ngensym.base = 0;\n\nvar isUnquote = function isUnquote(form) {\n  return (isList(form)) && (isEqual(first(form), symbol(void(0), \"unquote\")));\n};\nexports.isUnquote = isUnquote;\n\nvar isUnquoteSplicing = function isUnquoteSplicing(form) {\n  return (isList(form)) && (isEqual(first(form), symbol(void(0), \"unquote-splicing\")));\n};\nexports.isUnquoteSplicing = isUnquoteSplicing;\n\nvar isQuote = function isQuote(form) {\n  return (isList(form)) && (isEqual(first(form), symbol(void(0), \"quote\")));\n};\nexports.isQuote = isQuote;\n\nvar isSyntaxQuote = function isSyntaxQuote(form) {\n  return (isList(form)) && (isEqual(first(form), symbol(void(0), \"syntax-quote\")));\n};\nexports.isSyntaxQuote = isSyntaxQuote;\n\nvar normalize = function normalize(n, len) {\n  return (function loop(ns) {\n    var recur = loop;\n    while (recur === loop) {\n      recur = count(ns) < len ?\n      (ns = \"\" + \"0\" + ns, loop) :\n      ns;\n    };\n    return recur;\n  })(\"\" + n);\n};\n\nvar quoteString = function quoteString(s) {\n  s = join(\"\\\\\\\"\", split(s, \"\\\"\"));\n  s = join(\"\\\\\\\\\", split(s, \"\\\\\"));\n  s = join(\"\\\\b\", split(s, \"\b\"));\n  s = join(\"\\\\f\", split(s, \"\f\"));\n  s = join(\"\\\\n\", split(s, \"\\n\"));\n  s = join(\"\\\\r\", split(s, \"\\r\"));\n  s = join(\"\\\\t\", split(s, \"\\t\"));\n  return \"\" + \"\\\"\" + s + \"\\\"\";\n};\nexports.quoteString = quoteString;\n\nvar prStr = function prStr(x) {\n  return isNil(x) ?\n    \"nil\" :\n  isKeyword(x) ?\n    namespace(x) ?\n      \"\" + \":\" + (namespace(x)) + \"/\" + (name(x)) :\n      \"\" + \":\" + (name(x)) :\n  isString(x) ?\n    quoteString(x) :\n  isDate(x) ?\n    \"\" + \"#inst \\\"\" + (x.getUTCFullYear()) + \"-\" + (normalize(inc(x.getUTCMonth()), 2)) + \"-\" + (normalize(x.getUTCDate(), 2)) + \"T\" + (normalize(x.getUTCHours(), 2)) + \":\" + (normalize(x.getUTCMinutes(), 2)) + \":\" + (normalize(x.getUTCSeconds(), 2)) + \".\" + (normalize(x.getUTCMilliseconds(), 3)) + \"-\" + \"00:00\\\"\" :\n  isVector(x) ?\n    \"\" + \"[\" + (join(\" \", map(prStr, vec(x)))) + \"]\" :\n  isDictionary(x) ?\n    \"\" + \"{\" + (join(\", \", map(function(pair) {\n      return \"\" + (prStr(first(pair))) + \" \" + (prStr(second(pair)));\n    }, x))) + \"}\" :\n  isSequential(x) ?\n    \"\" + \"(\" + (join(\" \", map(prStr, vec(x)))) + \")\" :\n  isRePattern(x) ?\n    \"\" + \"#\\\"\" + (join(\"\\\\/\", split(x.source, \"/\"))) + \"\\\"\" :\n  \"else\" ?\n    \"\" + x :\n    void(0);\n};\nexports.prStr = prStr","var _ns_ = {\n  \"id\": \"wisp.compiler\",\n  \"doc\": \"wisp language compiler\"\n};\nvar wisp_reader = require(\"./reader\");\nvar readFromString = wisp_reader.readFromString;;\nvar wisp_ast = require(\"./ast\");\nvar meta = wisp_ast.meta;\nvar withMeta = wisp_ast.withMeta;\nvar isSymbol = wisp_ast.isSymbol;\nvar symbol = wisp_ast.symbol;\nvar isKeyword = wisp_ast.isKeyword;\nvar keyword = wisp_ast.keyword;\nvar namespace = wisp_ast.namespace;\nvar isUnquote = wisp_ast.isUnquote;\nvar isUnquoteSplicing = wisp_ast.isUnquoteSplicing;\nvar isQuote = wisp_ast.isQuote;\nvar isSyntaxQuote = wisp_ast.isSyntaxQuote;\nvar name = wisp_ast.name;\nvar gensym = wisp_ast.gensym;\nvar prStr = wisp_ast.prStr;;\nvar wisp_sequence = require(\"./sequence\");\nvar isEmpty = wisp_sequence.isEmpty;\nvar count = wisp_sequence.count;\nvar isList = wisp_sequence.isList;\nvar list = wisp_sequence.list;\nvar first = wisp_sequence.first;\nvar second = wisp_sequence.second;\nvar third = wisp_sequence.third;\nvar rest = wisp_sequence.rest;\nvar cons = wisp_sequence.cons;\nvar conj = wisp_sequence.conj;\nvar reverse = wisp_sequence.reverse;\nvar reduce = wisp_sequence.reduce;\nvar vec = wisp_sequence.vec;\nvar last = wisp_sequence.last;\nvar repeat = wisp_sequence.repeat;\nvar map = wisp_sequence.map;\nvar filter = wisp_sequence.filter;\nvar take = wisp_sequence.take;\nvar concat = wisp_sequence.concat;\nvar isSeq = wisp_sequence.isSeq;;\nvar wisp_runtime = require(\"./runtime\");\nvar isOdd = wisp_runtime.isOdd;\nvar isDictionary = wisp_runtime.isDictionary;\nvar dictionary = wisp_runtime.dictionary;\nvar merge = wisp_runtime.merge;\nvar keys = wisp_runtime.keys;\nvar vals = wisp_runtime.vals;\nvar isContainsVector = wisp_runtime.isContainsVector;\nvar mapDictionary = wisp_runtime.mapDictionary;\nvar isString = wisp_runtime.isString;\nvar isNumber = wisp_runtime.isNumber;\nvar isVector = wisp_runtime.isVector;\nvar isBoolean = wisp_runtime.isBoolean;\nvar subs = wisp_runtime.subs;\nvar reFind = wisp_runtime.reFind;\nvar isTrue = wisp_runtime.isTrue;\nvar isFalse = wisp_runtime.isFalse;\nvar isNil = wisp_runtime.isNil;\nvar isRePattern = wisp_runtime.isRePattern;\nvar inc = wisp_runtime.inc;\nvar dec = wisp_runtime.dec;\nvar str = wisp_runtime.str;\nvar char = wisp_runtime.char;\nvar int = wisp_runtime.int;\nvar isEqual = wisp_runtime.isEqual;\nvar isStrictEqual = wisp_runtime.isStrictEqual;;\nvar wisp_string = require(\"./string\");\nvar split = wisp_string.split;\nvar join = wisp_string.join;\nvar upperCase = wisp_string.upperCase;\nvar replace = wisp_string.replace;;\nvar wisp_backend_javascript_writer = require(\"./backend/javascript/writer\");\nvar writeReference = wisp_backend_javascript_writer.writeReference;\nvar writeKeywordReference = wisp_backend_javascript_writer.writeKeywordReference;\nvar writeKeyword = wisp_backend_javascript_writer.writeKeyword;\nvar writeSymbol = wisp_backend_javascript_writer.writeSymbol;\nvar writeNil = wisp_backend_javascript_writer.writeNil;\nvar writeComment = wisp_backend_javascript_writer.writeComment;\nvar writeNumber = wisp_backend_javascript_writer.writeNumber;\nvar writeString = wisp_backend_javascript_writer.writeString;\nvar writeBoolean = wisp_backend_javascript_writer.writeBoolean;;;\n\nvar isSelfEvaluating = function isSelfEvaluating(form) {\n  return (isNumber(form)) || ((isString(form)) && (!(isSymbol(form))) && (!(isKeyword(form)))) || (isBoolean(form)) || (isNil(form)) || (isRePattern(form));\n};\nexports.isSelfEvaluating = isSelfEvaluating;\n\nvar __macros__ = {};\nexports.__macros__ = __macros__;\n\nvar executeMacro = function executeMacro(name, form) {\n  return (__macros__ || 0)[name].apply((__macros__ || 0)[name], vec(form));\n};\nexports.executeMacro = executeMacro;\n\nvar installMacro = function installMacro(name, macroFn) {\n  return (__macros__ || 0)[name] = macroFn;\n};\nexports.installMacro = installMacro;\n\nvar isMacro = function isMacro(name) {\n  return (isSymbol(name)) && ((__macros__ || 0)[name]) && true;\n};\nexports.isMacro = isMacro;\n\nvar makeMacro = function makeMacro(pattern, body) {\n  var macroFn = concat(list(symbol(void(0), \"fn\"), pattern), body);\n  return eval(\"\" + \"(\" + (compile(macroexpand(macroFn))) + \")\");\n};\nexports.makeMacro = makeMacro;\n\ninstallMacro(symbol(void(0), \"defmacro\"), function(name, signature) {\n  var body = Array.prototype.slice.call(arguments, 2);\n  return installMacro(name, makeMacro(signature, body));\n});\n\nvar __specials__ = {};\nexports.__specials__ = __specials__;\n\nvar installSpecial = function installSpecial(name, f, validator) {\n  return (__specials__ || 0)[name] = function(form) {\n    validator ?\n      validator(form) :\n      void(0);\n    return f(withMeta(rest(form), meta(form)));\n  };\n};\nexports.installSpecial = installSpecial;\n\nvar isSpecial = function isSpecial(name) {\n  return (isSymbol(name)) && ((__specials__ || 0)[name]) && true;\n};\nexports.isSpecial = isSpecial;\n\nvar executeSpecial = function executeSpecial(name, form) {\n  return ((__specials__ || 0)[name])(form);\n};\nexports.executeSpecial = executeSpecial;\n\nvar opt = function opt(argument, fallback) {\n  return (isNil(argument)) || (isEmpty(argument)) ?\n    fallback :\n    first(argument);\n};\nexports.opt = opt;\n\nvar applyForm = function applyForm(fnName, form, isQuoted) {\n  return cons(fnName, isQuoted ?\n    map(function(e) {\n      return list(symbol(void(0), \"quote\"), e);\n    }, form) :\n    form, form);\n};\nexports.applyForm = applyForm;\n\nvar applyUnquotedForm = function applyUnquotedForm(fnName, form) {\n  return cons(fnName, map(function(e) {\n    return isUnquote(e) ?\n      second(e) :\n    (isList(e)) && (isKeyword(first(e))) ?\n      list(symbol(void(0), \"syntax-quote\"), second(e)) :\n      list(symbol(void(0), \"syntax-quote\"), e);\n  }, form));\n};\nexports.applyUnquotedForm = applyUnquotedForm;\n\nvar splitSplices = function splitSplices(form, fnName) {\n  var makeSplice = function makeSplice(form) {\n    return (isSelfEvaluating(form)) || (isSymbol(form)) ?\n      applyUnquotedForm(fnName, list(form)) :\n      applyUnquotedForm(fnName, form);\n  };\n  return (function loop(nodes, slices, acc) {\n    var recur = loop;\n    while (recur === loop) {\n      recur = isEmpty(nodes) ?\n      reverse(isEmpty(acc) ?\n        slices :\n        cons(makeSplice(reverse(acc)), slices)) :\n      (function() {\n        var node = first(nodes);\n        return isUnquoteSplicing(node) ?\n          (nodes = rest(nodes), slices = cons(second(node), isEmpty(acc) ?\n            slices :\n            cons(makeSplice(reverse(acc)), slices)), acc = list(), loop) :\n          (nodes = rest(nodes), slices = slices, acc = cons(node, acc), loop);\n      })();\n    };\n    return recur;\n  })(form, list(), list());\n};\nexports.splitSplices = splitSplices;\n\nvar syntaxQuoteSplit = function syntaxQuoteSplit(appendName, fnName, form) {\n  var slices = splitSplices(form, fnName);\n  var n = count(slices);\n  return n === 0 ?\n    list(fnName) :\n  n === 1 ?\n    first(slices) :\n  \"default\" ?\n    applyForm(appendName, slices) :\n    void(0);\n};\nexports.syntaxQuoteSplit = syntaxQuoteSplit;\n\nvar compileObject = function compileObject(form, isQuoted) {\n  return isKeyword(form) ?\n    writeKeyword(form) :\n  isSymbol(form) ?\n    writeSymbol(form) :\n  isNumber(form) ?\n    writeNumber(form) :\n  isString(form) ?\n    writeString(form) :\n  isBoolean(form) ?\n    writeBoolean(form) :\n  isNil(form) ?\n    writeNil(form) :\n  isRePattern(form) ?\n    compileRePattern(form) :\n  isVector(form) ?\n    compile(applyForm(symbol(void(0), \"vector\"), list.apply(list, form), isQuoted)) :\n  isList(form) ?\n    compile(applyForm(symbol(void(0), \"list\"), form, isQuoted)) :\n  isDictionary(form) ?\n    compileDictionary(isQuoted ?\n      mapDictionary(form, function(x) {\n        return list(symbol(void(0), \"quote\"), x);\n      }) :\n      form) :\n    void(0);\n};\nexports.compileObject = compileObject;\n\nvar compileSyntaxQuotedVector = function compileSyntaxQuotedVector(form) {\n  var concatForm = syntaxQuoteSplit(symbol(void(0), \"concat\"), symbol(void(0), \"vector\"), list.apply(list, form));\n  return compile(count(concatForm) > 1 ?\n    list(symbol(void(0), \"vec\"), concatForm) :\n    concatForm);\n};\nexports.compileSyntaxQuotedVector = compileSyntaxQuotedVector;\n\nvar compileSyntaxQuoted = function compileSyntaxQuoted(form) {\n  return isList(form) ?\n    compile(syntaxQuoteSplit(symbol(void(0), \"concat\"), symbol(void(0), \"list\"), form)) :\n  isVector(form) ?\n    compileSyntaxQuotedVector(form) :\n  \"else\" ?\n    compileObject(form) :\n    void(0);\n};\nexports.compileSyntaxQuoted = compileSyntaxQuoted;\n\nvar compile = function compile(form) {\n  return isSelfEvaluating(form) ?\n    compileObject(form) :\n  isSymbol(form) ?\n    writeReference(form) :\n  isKeyword(form) ?\n    writeKeywordReference(form) :\n  isVector(form) ?\n    compileObject(form) :\n  isDictionary(form) ?\n    compileObject(form) :\n  isList(form) ?\n    (function() {\n      var head = first(form);\n      return isEmpty(form) ?\n        compileObject(form, true) :\n      isQuote(form) ?\n        compileObject(second(form), true) :\n      isSyntaxQuote(form) ?\n        compileSyntaxQuoted(second(form)) :\n      isSpecial(head) ?\n        executeSpecial(head, form) :\n      isKeyword(head) ?\n        compile(list(symbol(void(0), \"get\"), second(form), head)) :\n      \"else\" ?\n        (function() {\n          return !((isSymbol(head)) || (isList(head))) ?\n            (function() { throw compilerError(form, \"\" + \"operator is not a procedure: \" + head); })() :\n            compileInvoke(form);\n        })() :\n        void(0);\n    })() :\n    void(0);\n};\nexports.compile = compile;\n\nvar compile_ = function compile_(forms) {\n  return reduce(function(result, form) {\n    return \"\" + result + (isEmpty(result) ?\n      \"\" :\n      \";\\n\\n\") + (compile(isList(form) ?\n      withMeta(macroexpand(form), conj({\n        \"top\": true\n      }, meta(form))) :\n      form));\n  }, \"\", forms);\n};\nexports.compile_ = compile_;\n\nvar compileProgram = function compileProgram(forms) {\n  return reduce(function(result, form) {\n    return \"\" + result + (isEmpty(result) ?\n      \"\" :\n      \";\\n\\n\") + (compile(isList(form) ?\n      withMeta(macroexpand(form), conj({\n        \"top\": true\n      }, meta(form))) :\n      form));\n  }, \"\", forms);\n};\nexports.compileProgram = compileProgram;\n\nvar macroexpand1 = function macroexpand1(form) {\n  return isList(form) ?\n    (function() {\n      var op = first(form);\n      var id = isSymbol(op) ?\n        name(op) :\n        void(0);\n      return isSpecial(op) ?\n        form :\n      isMacro(op) ?\n        executeMacro(op, rest(form)) :\n      (isSymbol(op)) && (!(id === \".\")) ?\n        first(id) === \".\" ?\n          count(form) < 2 ?\n            (function() { throw Error(\"Malformed member expression, expecting (.member target ...)\"); })() :\n            cons(symbol(void(0), \".\"), cons(second(form), cons(symbol(subs(id, 1)), rest(rest(form))))) :\n        last(id) === \".\" ?\n          cons(symbol(void(0), \"new\"), cons(symbol(subs(id, 0, dec(count(id)))), rest(form))) :\n          form :\n      \"else\" ?\n        form :\n        void(0);\n    })() :\n    form;\n};\nexports.macroexpand1 = macroexpand1;\n\nvar macroexpand = function macroexpand(form) {\n  return (function loop(original, expanded) {\n    var recur = loop;\n    while (recur === loop) {\n      recur = original === expanded ?\n      original :\n      (original = expanded, expanded = macroexpand1(expanded), loop);\n    };\n    return recur;\n  })(form, macroexpand1(form));\n};\nexports.macroexpand = macroexpand;\n\nvar _lineBreakPattern_ = /\\n(?=[^\\n])/m;\nexports._lineBreakPattern_ = _lineBreakPattern_;\n\nvar indent = function indent(code, indentation) {\n  return join(indentation, split(code, _lineBreakPattern_));\n};\nexports.indent = indent;\n\nvar compileTemplate = function compileTemplate(form) {\n  var indentPattern = /\\n *$/;\n  var getIndentation = function(code) {\n    return (reFind(indentPattern, code)) || \"\\n\";\n  };\n  return (function loop(code, parts, values) {\n    var recur = loop;\n    while (recur === loop) {\n      recur = count(parts) > 1 ?\n      (code = \"\" + code + (first(parts)) + (indent(\"\" + (first(values)), getIndentation(first(parts)))), parts = rest(parts), values = rest(values), loop) :\n      \"\" + code + (first(parts));\n    };\n    return recur;\n  })(\"\", split(first(form), \"~{}\"), rest(form));\n};\nexports.compileTemplate = compileTemplate;\n\nvar compileDef = function compileDef(form) {\n  var id = first(form);\n  var isExport = ((((meta(form)) || {}) || 0)[\"top\"]) && (!((((meta(id)) || {}) || 0)[\"private\"]));\n  var attribute = symbol(namespace(id), \"\" + \"-\" + (name(id)));\n  return isExport ?\n    compileTemplate(list(\"var ~{};\\n~{}\", compile(cons(symbol(void(0), \"set!\"), form)), compile(list(symbol(void(0), \"set!\"), list(symbol(void(0), \".\"), symbol(void(0), \"exports\"), attribute), id)))) :\n    compileTemplate(list(\"var ~{}\", compile(cons(symbol(void(0), \"set!\"), form))));\n};\nexports.compileDef = compileDef;\n\nvar compileIfElse = function compileIfElse(form) {\n  var condition = macroexpand(first(form));\n  var thenExpression = macroexpand(second(form));\n  var elseExpression = macroexpand(third(form));\n  return compileTemplate(list((isList(elseExpression)) && (isEqual(first(elseExpression), symbol(void(0), \"if\"))) ?\n    \"~{} ?\\n  ~{} :\\n~{}\" :\n    \"~{} ?\\n  ~{} :\\n  ~{}\", compile(condition), compile(thenExpression), compile(elseExpression)));\n};\nexports.compileIfElse = compileIfElse;\n\nvar compileDictionary = function compileDictionary(form) {\n  var body = (function loop(body, names) {\n    var recur = loop;\n    while (recur === loop) {\n      recur = isEmpty(names) ?\n      body :\n      (body = \"\" + (isNil(body) ?\n        \"\" :\n        \"\" + body + \",\\n\") + (compileTemplate(list(\"~{}: ~{}\", compile(first(names)), compile(macroexpand((form || 0)[first(names)]))))), names = rest(names), loop);\n    };\n    return recur;\n  })(void(0), keys(form));\n  return isNil(body) ?\n    \"{}\" :\n    compileTemplate(list(\"{\\n  ~{}\\n}\", body));\n};\nexports.compileDictionary = compileDictionary;\n\nvar desugarFnName = function desugarFnName(form) {\n  return (isSymbol(first(form))) || (isNil(first(form))) ?\n    form :\n    cons(void(0), form);\n};\nexports.desugarFnName = desugarFnName;\n\nvar desugarFnDoc = function desugarFnDoc(form) {\n  return (isString(second(form))) || (isNil(second(form))) ?\n    form :\n    cons(first(form), cons(void(0), rest(form)));\n};\nexports.desugarFnDoc = desugarFnDoc;\n\nvar desugarFnAttrs = function desugarFnAttrs(form) {\n  return (isDictionary(third(form))) || (isNil(third(form))) ?\n    form :\n    cons(first(form), cons(second(form), cons(void(0), rest(rest(form)))));\n};\nexports.desugarFnAttrs = desugarFnAttrs;\n\nvar compileDesugaredFn = function compileDesugaredFn(name, doc, attrs, params, body) {\n  return compileTemplate(isNil(name) ?\n    list(\"function(~{}) {\\n  ~{}\\n}\", join(\", \", map(compile, (params || 0)[\"names\"])), compileFnBody(map(macroexpand, body), params)) :\n    list(\"function ~{}(~{}) {\\n  ~{}\\n}\", compile(name), join(\", \", map(compile, (params || 0)[\"names\"])), compileFnBody(map(macroexpand, body), params)));\n};\nexports.compileDesugaredFn = compileDesugaredFn;\n\nvar compileStatements = function compileStatements(form, prefix) {\n  return (function loop(result, expression, expressions) {\n    var recur = loop;\n    while (recur === loop) {\n      recur = isEmpty(expressions) ?\n      \"\" + result + (isNil(prefix) ?\n        \"\" :\n        prefix) + (compile(macroexpand(expression))) + \";\" :\n      (result = \"\" + result + (compile(macroexpand(expression))) + \";\\n\", expression = first(expressions), expressions = rest(expressions), loop);\n    };\n    return recur;\n  })(\"\", first(form), rest(form));\n};\nexports.compileStatements = compileStatements;\n\nvar compileFnBody = function compileFnBody(form, params) {\n  return (isDictionary(params)) && ((params || 0)[\"rest\"]) ?\n    compileStatements(cons(list(symbol(void(0), \"def\"), (params || 0)[\"rest\"], list(symbol(void(0), \"Array.prototype.slice.call\"), symbol(void(0), \"arguments\"), (params || 0)[\"arity\"])), form), \"return \") :\n  (count(form) === 1) && (isList(first(form))) && (isEqual(first(first(form)), symbol(void(0), \"do\"))) ?\n    compileFnBody(rest(first(form)), params) :\n    compileStatements(form, \"return \");\n};\nexports.compileFnBody = compileFnBody;\n\nvar desugarParams = function desugarParams(params) {\n  return (function loop(names, params) {\n    var recur = loop;\n    while (recur === loop) {\n      recur = isEmpty(params) ?\n      {\n        \"names\": names,\n        \"arity\": count(names),\n        \"rest\": void(0)\n      } :\n    isEqual(first(params), symbol(void(0), \"&\")) ?\n      isEqual(count(params), 1) ?\n        {\n          \"names\": names,\n          \"arity\": count(names),\n          \"rest\": void(0)\n        } :\n      isEqual(count(params), 2) ?\n        {\n          \"names\": names,\n          \"arity\": count(names),\n          \"rest\": second(params)\n        } :\n      \"else\" ?\n        (function() { throw TypeError(\"Unexpected number of parameters after &\"); })() :\n        void(0) :\n    \"else\" ?\n      (names = conj(names, first(params)), params = rest(params), loop) :\n      void(0);\n    };\n    return recur;\n  })([], params);\n};\nexports.desugarParams = desugarParams;\n\nvar analyzeOverloadedFn = function analyzeOverloadedFn(name, doc, attrs, overloads) {\n  return map(function(overload) {\n    var params = desugarParams(first(overload));\n    return {\n      \"rest\": (params || 0)[\"rest\"],\n      \"names\": (params || 0)[\"names\"],\n      \"arity\": (params || 0)[\"arity\"],\n      \"body\": rest(overload)\n    };\n  }, overloads);\n};\nexports.analyzeOverloadedFn = analyzeOverloadedFn;\n\nvar compileOverloadedFn = function compileOverloadedFn(name, doc, attrs, overloads) {\n  var methods = analyzeOverloadedFn(name, doc, attrs, overloads);\n  var fixedMethods = filter(function(method) {\n    return !((method || 0)[\"rest\"]);\n  }, methods);\n  var variadic = first(filter(function(method) {\n    return (method || 0)[\"rest\"];\n  }, methods));\n  var names = reduce(function(names, params) {\n    return count(names) > (params || 0)[\"arity\"] ?\n      names :\n      (params || 0)[\"names\"];\n  }, [], methods);\n  return list(symbol(void(0), \"fn\"), name, doc, attrs, names, list(symbol(void(0), \"raw*\"), compileSwitch(symbol(void(0), \"arguments.length\"), map(function(method) {\n    return cons((method || 0)[\"arity\"], list(symbol(void(0), \"raw*\"), compileFnBody(concat(compileRebind(names, (method || 0)[\"names\"]), (method || 0)[\"body\"]))));\n  }, fixedMethods), isNil(variadic) ?\n    list(symbol(void(0), \"throw\"), list(symbol(void(0), \"Error\"), \"Invalid arity\")) :\n    list(symbol(void(0), \"raw*\"), compileFnBody(concat(compileRebind(cons(list(symbol(void(0), \"Array.prototype.slice.call\"), symbol(void(0), \"arguments\"), (variadic || 0)[\"arity\"]), names), cons((variadic || 0)[\"rest\"], (variadic || 0)[\"names\"])), (variadic || 0)[\"body\"]))))), void(0));\n};\nexports.compileOverloadedFn = compileOverloadedFn;\n\nvar compileRebind = function compileRebind(bindings, names) {\n  return (function loop(form, bindings, names) {\n    var recur = loop;\n    while (recur === loop) {\n      recur = isEmpty(names) ?\n      reverse(form) :\n      (form = isEqual(first(names), first(bindings)) ?\n        form :\n        cons(list(symbol(void(0), \"def\"), first(names), first(bindings)), form), bindings = rest(bindings), names = rest(names), loop);\n    };\n    return recur;\n  })(list(), bindings, names);\n};\nexports.compileRebind = compileRebind;\n\nvar compileSwitchCases = function compileSwitchCases(cases) {\n  return reduce(function(form, caseExpression) {\n    return \"\" + form + (compileTemplate(list(\"case ~{}:\\n  ~{}\\n\", compile(macroexpand(first(caseExpression))), compile(macroexpand(rest(caseExpression))))));\n  }, \"\", cases);\n};\nexports.compileSwitchCases = compileSwitchCases;\n\nvar compileSwitch = function compileSwitch(value, cases, defaultCase) {\n  return compileTemplate(list(\"switch (~{}) {\\n  ~{}\\n  default:\\n    ~{}\\n}\", compile(macroexpand(value)), compileSwitchCases(cases), compile(macroexpand(defaultCase))));\n};\nexports.compileSwitch = compileSwitch;\n\nvar compileFn = function compileFn(form) {\n  var signature = desugarFnAttrs(desugarFnDoc(desugarFnName(form)));\n  var name = first(signature);\n  var doc = second(signature);\n  var attrs = third(signature);\n  return isVector(third(rest(signature))) ?\n    compileDesugaredFn(name, doc, attrs, desugarParams(third(rest(signature))), rest(rest(rest(rest(signature))))) :\n    compile(compileOverloadedFn(name, doc, attrs, rest(rest(rest(signature)))));\n};\nexports.compileFn = compileFn;\n\nvar compileInvoke = function compileInvoke(form) {\n  return compileTemplate(list(isList(first(form)) ?\n    \"(~{})(~{})\" :\n    \"~{}(~{})\", compile(first(form)), compileGroup(rest(form))));\n};\nexports.compileInvoke = compileInvoke;\n\nvar compileGroup = function compileGroup(form, wrap) {\n  return wrap ?\n    \"\" + \"(\" + (compileGroup(form)) + \")\" :\n    join(\", \", vec(map(compile, map(macroexpand, form))));\n};\nexports.compileGroup = compileGroup;\n\nvar compileDo = function compileDo(form) {\n  return compile(list(cons(symbol(void(0), \"fn\"), cons([], form))));\n};\nexports.compileDo = compileDo;\n\nvar defineBindings = function defineBindings(form) {\n  return (function loop(defs, bindings) {\n    var recur = loop;\n    while (recur === loop) {\n      recur = count(bindings) === 0 ?\n      reverse(defs) :\n      (defs = cons(list(symbol(void(0), \"def\"), (bindings || 0)[0], (bindings || 0)[1]), defs), bindings = rest(rest(bindings)), loop);\n    };\n    return recur;\n  })(list(), form);\n};\nexports.defineBindings = defineBindings;\n\nvar compileThrow = function compileThrow(form) {\n  return compileTemplate(list(\"(function() { throw ~{}; })()\", compile(macroexpand(first(form)))));\n};\nexports.compileThrow = compileThrow;\n\nvar compileSet = function compileSet(form) {\n  return compileTemplate(list(\"~{} = ~{}\", compile(macroexpand(first(form))), compile(macroexpand(second(form)))));\n};\nexports.compileSet = compileSet;\n\nvar compileVector = function compileVector(form) {\n  return compileTemplate(list(\"[~{}]\", compileGroup(form)));\n};\nexports.compileVector = compileVector;\n\nvar compileTry = function compileTry(form) {\n  return (function loop(tryExprs, catchExprs, finallyExprs, exprs) {\n    var recur = loop;\n    while (recur === loop) {\n      recur = isEmpty(exprs) ?\n      isEmpty(catchExprs) ?\n        compileTemplate(list(\"(function() {\\ntry {\\n  ~{}\\n} finally {\\n  ~{}\\n}})()\", compileFnBody(tryExprs), compileFnBody(finallyExprs))) :\n      isEmpty(finallyExprs) ?\n        compileTemplate(list(\"(function() {\\ntry {\\n  ~{}\\n} catch (~{}) {\\n  ~{}\\n}})()\", compileFnBody(tryExprs), compile(first(catchExprs)), compileFnBody(rest(catchExprs)))) :\n        compileTemplate(list(\"(function() {\\ntry {\\n  ~{}\\n} catch (~{}) {\\n  ~{}\\n} finally {\\n  ~{}\\n}})()\", compileFnBody(tryExprs), compile(first(catchExprs)), compileFnBody(rest(catchExprs)), compileFnBody(finallyExprs))) :\n    isEqual(first(first(exprs)), symbol(void(0), \"catch\")) ?\n      (tryExprs = tryExprs, catchExprs = rest(first(exprs)), finallyExprs = finallyExprs, exprs = rest(exprs), loop) :\n    isEqual(first(first(exprs)), symbol(void(0), \"finally\")) ?\n      (tryExprs = tryExprs, catchExprs = catchExprs, finallyExprs = rest(first(exprs)), exprs = rest(exprs), loop) :\n      (tryExprs = cons(first(exprs), tryExprs), catchExprs = catchExprs, finallyExprs = finallyExprs, exprs = rest(exprs), loop);\n    };\n    return recur;\n  })(list(), list(), list(), reverse(form));\n};\nexports.compileTry = compileTry;\n\nvar compileProperty = function compileProperty(form) {\n  return (name(second(form)))[0] === \"-\" ?\n    compileTemplate(list(isList(first(form)) ?\n      \"(~{}).~{}\" :\n      \"~{}.~{}\", compile(macroexpand(first(form))), compile(macroexpand(symbol(subs(name(second(form)), 1)))))) :\n    compileTemplate(list(\"~{}.~{}(~{})\", compile(macroexpand(first(form))), compile(macroexpand(second(form))), compileGroup(rest(rest(form)))));\n};\nexports.compileProperty = compileProperty;\n\nvar compileApply = function compileApply(form) {\n  return compile(list(symbol(void(0), \".\"), first(form), symbol(void(0), \"apply\"), first(form), second(form)));\n};\nexports.compileApply = compileApply;\n\nvar compileNew = function compileNew(form) {\n  return compileTemplate(list(\"new ~{}\", compile(form)));\n};\nexports.compileNew = compileNew;\n\nvar compileAget = function compileAget(form) {\n  var target = macroexpand(first(form));\n  var attribute = macroexpand(second(form));\n  var notFound = third(form);\n  var template = isList(target) ?\n    \"(~{})[~{}]\" :\n    \"~{}[~{}]\";\n  return notFound ?\n    compile(list(symbol(void(0), \"or\"), list(symbol(void(0), \"get\"), first(form), second(form)), macroexpand(notFound))) :\n    compileTemplate(list(template, compile(target), compile(attribute)));\n};\nexports.compileAget = compileAget;\n\nvar compileGet = function compileGet(form) {\n  return compileAget(cons(list(symbol(void(0), \"or\"), first(form), 0), rest(form)));\n};\nexports.compileGet = compileGet;\n\nvar compileInstance = function compileInstance(form) {\n  return compileTemplate(list(\"~{} instanceof ~{}\", compile(macroexpand(second(form))), compile(macroexpand(first(form)))));\n};\nexports.compileInstance = compileInstance;\n\nvar compileNot = function compileNot(form) {\n  return compileTemplate(list(\"!(~{})\", compile(macroexpand(first(form)))));\n};\nexports.compileNot = compileNot;\n\nvar compileLoop = function compileLoop(form) {\n  var bindings = (function loop(names, values, tokens) {\n    var recur = loop;\n    while (recur === loop) {\n      recur = isEmpty(tokens) ?\n      {\n        \"names\": names,\n        \"values\": values\n      } :\n      (names = conj(names, first(tokens)), values = conj(values, second(tokens)), tokens = rest(rest(tokens)), loop);\n    };\n    return recur;\n  })([], [], first(form));\n  var names = (bindings || 0)[\"names\"];\n  var values = (bindings || 0)[\"values\"];\n  var body = rest(form);\n  return compile(cons(cons(symbol(void(0), \"fn\"), cons(symbol(void(0), \"loop\"), cons(names, compileRecur(names, body)))), list.apply(list, values)));\n};\nexports.compileLoop = compileLoop;\n\nvar rebindBindings = function rebindBindings(names, values) {\n  return (function loop(result, names, values) {\n    var recur = loop;\n    while (recur === loop) {\n      recur = isEmpty(names) ?\n      reverse(result) :\n      (result = cons(list(symbol(void(0), \"set!\"), first(names), first(values)), result), names = rest(names), values = rest(values), loop);\n    };\n    return recur;\n  })(list(), names, values);\n};\nexports.rebindBindings = rebindBindings;\n\nvar expandRecur = function expandRecur(names, body) {\n  return map(function(form) {\n    return isList(form) ?\n      isEqual(first(form), symbol(void(0), \"recur\")) ?\n        list(symbol(void(0), \"raw*\"), compileGroup(concat(rebindBindings(names, rest(form)), list(symbol(void(0), \"loop\"))), true)) :\n        expandRecur(names, form) :\n      form;\n  }, body);\n};\nexports.expandRecur = expandRecur;\n\nvar compileRecur = function compileRecur(names, body) {\n  return list(list(symbol(void(0), \"raw*\"), compileTemplate(list(\"var recur = loop;\\nwhile (recur === loop) {\\n  recur = ~{}\\n}\", compileStatements(expandRecur(names, body))))), symbol(void(0), \"recur\"));\n};\nexports.compileRecur = compileRecur;\n\nvar compileRaw = function compileRaw(form) {\n  return first(form);\n};\nexports.compileRaw = compileRaw;\n\ninstallSpecial(symbol(void(0), \"set!\"), compileSet);\n\ninstallSpecial(symbol(void(0), \"get\"), compileGet);\n\ninstallSpecial(symbol(void(0), \"aget\"), compileAget);\n\ninstallSpecial(symbol(void(0), \"def\"), compileDef);\n\ninstallSpecial(symbol(void(0), \"if\"), compileIfElse);\n\ninstallSpecial(symbol(void(0), \"do\"), compileDo);\n\ninstallSpecial(symbol(void(0), \"do*\"), compileStatements);\n\ninstallSpecial(symbol(void(0), \"fn\"), compileFn);\n\ninstallSpecial(symbol(void(0), \"throw\"), compileThrow);\n\ninstallSpecial(symbol(void(0), \"vector\"), compileVector);\n\ninstallSpecial(symbol(void(0), \"try\"), compileTry);\n\ninstallSpecial(symbol(void(0), \".\"), compileProperty);\n\ninstallSpecial(symbol(void(0), \"apply\"), compileApply);\n\ninstallSpecial(symbol(void(0), \"new\"), compileNew);\n\ninstallSpecial(symbol(void(0), \"instance?\"), compileInstance);\n\ninstallSpecial(symbol(void(0), \"not\"), compileNot);\n\ninstallSpecial(symbol(void(0), \"loop\"), compileLoop);\n\ninstallSpecial(symbol(void(0), \"raw*\"), compileRaw);\n\ninstallSpecial(symbol(void(0), \"comment\"), writeComment);\n\nvar compileRePattern = function compileRePattern(form) {\n  return \"\" + form;\n};\nexports.compileRePattern = compileRePattern;\n\nvar installNative = function installNative(alias, operator, validator, fallback) {\n  return installSpecial(alias, function(form) {\n    return isEmpty(form) ?\n      fallback :\n      reduce(function(left, right) {\n        return compileTemplate(list(\"~{} ~{} ~{}\", left, name(operator), right));\n      }, map(function(operand) {\n        return compileTemplate(list(isList(operand) ?\n          \"(~{})\" :\n          \"~{}\", compile(macroexpand(operand))));\n      }, form));\n  }, validator);\n};\nexports.installNative = installNative;\n\nvar installOperator = function installOperator(alias, operator) {\n  return installSpecial(alias, function(form) {\n    return (function loop(result, left, right, operands) {\n      var recur = loop;\n      while (recur === loop) {\n        recur = isEmpty(operands) ?\n        \"\" + result + (compileTemplate(list(\"~{} ~{} ~{}\", compile(macroexpand(left)), name(operator), compile(macroexpand(right))))) :\n        (result = \"\" + result + (compileTemplate(list(\"~{} ~{} ~{} && \", compile(macroexpand(left)), name(operator), compile(macroexpand(right))))), left = right, right = first(operands), operands = rest(operands), loop);\n      };\n      return recur;\n    })(\"\", first(form), second(form), rest(rest(form)));\n  }, verifyTwo);\n};\nexports.installOperator = installOperator;\n\nvar compilerError = function compilerError(form, message) {\n  var error = Error(\"\" + message);\n  error.line = 1;\n  return (function() { throw error; })();\n};\nexports.compilerError = compilerError;\n\nvar verifyTwo = function verifyTwo(form) {\n  return (isEmpty(rest(form))) || (isEmpty(rest(rest(form)))) ?\n    (function() { throw compilerError(form, \"\" + (first(form)) + \" form requires at least two operands\"); })() :\n    void(0);\n};\nexports.verifyTwo = verifyTwo;\n\ninstallNative(symbol(void(0), \"+\"), symbol(void(0), \"+\"), void(0), 0);\n\ninstallNative(symbol(void(0), \"-\"), symbol(void(0), \"-\"), void(0), \"NaN\");\n\ninstallNative(symbol(void(0), \"*\"), symbol(void(0), \"*\"), void(0), 1);\n\ninstallNative(symbol(void(0), \"/\"), symbol(void(0), \"/\"), verifyTwo);\n\ninstallNative(symbol(void(0), \"mod\"), symbol(\"%\"), verifyTwo);\n\ninstallNative(symbol(void(0), \"and\"), symbol(void(0), \"&&\"));\n\ninstallNative(symbol(void(0), \"or\"), symbol(void(0), \"||\"));\n\ninstallOperator(symbol(void(0), \"not=\"), symbol(void(0), \"!=\"));\n\ninstallOperator(symbol(void(0), \"==\"), symbol(void(0), \"===\"));\n\ninstallOperator(symbol(void(0), \"identical?\"), symbol(void(0), \"===\"));\n\ninstallOperator(symbol(void(0), \">\"), symbol(void(0), \">\"));\n\ninstallOperator(symbol(void(0), \">=\"), symbol(void(0), \">=\"));\n\ninstallOperator(symbol(void(0), \"<\"), symbol(void(0), \"<\"));\n\ninstallOperator(symbol(void(0), \"<=\"), symbol(void(0), \"<=\"));\n\ninstallNative(symbol(void(0), \"bit-and\"), symbol(void(0), \"&\"), verifyTwo);\n\ninstallNative(symbol(void(0), \"bit-or\"), symbol(void(0), \"|\"), verifyTwo);\n\ninstallNative(symbol(void(0), \"bit-xor\"), symbol(\"^\"));\n\ninstallNative(symbol(void(0), \"bit-not\"), symbol(\"~\"), verifyTwo);\n\ninstallNative(symbol(void(0), \"bit-shift-left\"), symbol(void(0), \"<<\"), verifyTwo);\n\ninstallNative(symbol(void(0), \"bit-shift-right\"), symbol(void(0), \">>\"), verifyTwo);\n\ninstallNative(symbol(void(0), \"bit-shift-right-zero-fil\"), symbol(void(0), \">>>\"), verifyTwo);\n\ninstallMacro(symbol(void(0), \"str\"), function str() {\n  var forms = Array.prototype.slice.call(arguments, 0);\n  return concat(list(symbol(void(0), \"+\"), \"\"), forms);\n});\n\ninstallMacro(symbol(void(0), \"let\"), function letMacro(bindings) {\n  var body = Array.prototype.slice.call(arguments, 1);\n  return cons(symbol(void(0), \"do\"), concat(defineBindings(bindings), body));\n});\n\ninstallMacro(symbol(void(0), \"cond\"), function cond() {\n  var clauses = Array.prototype.slice.call(arguments, 0);\n  return !(isEmpty(clauses)) ?\n    list(symbol(void(0), \"if\"), first(clauses), isEmpty(rest(clauses)) ?\n      (function() { throw Error(\"cond requires an even number of forms\"); })() :\n      second(clauses), cons(symbol(void(0), \"cond\"), rest(rest(clauses)))) :\n    void(0);\n});\n\ninstallMacro(symbol(void(0), \"defn\"), function defn(name) {\n  var body = Array.prototype.slice.call(arguments, 1);\n  return list(symbol(void(0), \"def\"), name, concat(list(symbol(void(0), \"fn\"), name), body));\n});\n\ninstallMacro(symbol(void(0), \"defn-\"), function defn(name) {\n  var body = Array.prototype.slice.call(arguments, 1);\n  return concat(list(symbol(void(0), \"defn\"), withMeta(name, conj({\n    \"private\": true\n  }, meta(name)))), body);\n});\n\ninstallMacro(symbol(void(0), \"assert\"), function assert(x, message) {\n  var title = message || \"\";\n  var assertion = prStr(x);\n  var uri = (x || 0)[\"uri\"];\n  var form = isList(x) ?\n    second(x) :\n    x;\n  return list(symbol(void(0), \"do\"), list(symbol(void(0), \"if\"), list(symbol(void(0), \"and\"), list(symbol(void(0), \"not\"), list(symbol(void(0), \"identical?\"), list(symbol(void(0), \"typeof\"), symbol(void(0), \"**verbose**\")), \"undefined\")), symbol(void(0), \"**verbose**\")), list(symbol(void(0), \".log\"), symbol(void(0), \"console\"), \"Assert:\", assertion)), list(symbol(void(0), \"if\"), list(symbol(void(0), \"not\"), x), list(symbol(void(0), \"throw\"), list(symbol(void(0), \"Error.\"), list(symbol(void(0), \"str\"), \"Assert failed: \", title, \"\\n\\nAssertion:\\n\\n\", assertion, \"\\n\\nActual:\\n\\n\", form, \"\\n--------------\\n\"), uri))));\n});\n\nvar parseReferences = function parseReferences(forms) {\n  return reduce(function(references, form) {\n    isSeq(form) ?\n      (references || 0)[name(first(form))] = vec(rest(form)) :\n      void(0);\n    return references;\n  }, {}, forms);\n};\nexports.parseReferences = parseReferences;\n\nvar parseRequire = function parseRequire(form) {\n  var requirement = isSymbol(form) ?\n    [form] :\n    vec(form);\n  var id = first(requirement);\n  var params = dictionary.apply(dictionary, rest(requirement));\n  var imports = reduce(function(imports, name) {\n    (imports || 0)[name] = ((imports || 0)[name]) || name;\n    return imports;\n  }, conj({}, (params || 0)[\"꞉rename\"]), (params || 0)[\"꞉refer\"]);\n  return conj({\n    \"id\": id,\n    \"imports\": imports\n  }, params);\n};\nexports.parseRequire = parseRequire;\n\nvar analyzeNs = function analyzeNs(form) {\n  var id = first(form);\n  var params = rest(form);\n  var doc = isString(first(params)) ?\n    first(params) :\n    void(0);\n  var references = parseReferences(doc ?\n    rest(params) :\n    params);\n  return withMeta(form, {\n    \"id\": id,\n    \"doc\": doc,\n    \"require\": (references || 0)[\"require\"] ?\n      map(parseRequire, (references || 0)[\"require\"]) :\n      void(0)\n  });\n};\nexports.analyzeNs = analyzeNs;\n\nvar idToNs = function idToNs(id) {\n  return symbol(void(0), join(\"*\", split(\"\" + id, \".\")));\n};\nexports.idToNs = idToNs;\n\nvar nameToField = function nameToField(name) {\n  return symbol(void(0), \"\" + \"-\" + name);\n};\nexports.nameToField = nameToField;\n\nvar compileImport = function compileImport(module) {\n  return function(form) {\n    return list(symbol(void(0), \"def\"), second(form), list(symbol(void(0), \".\"), module, nameToField(first(form))));\n  };\n};\nexports.compileImport = compileImport;\n\nvar compileRequire = function compileRequire(requirer) {\n  return function(form) {\n    var id = (form || 0)[\"id\"];\n    var requirement = idToNs(((form || 0)[\"꞉as\"]) || id);\n    var path = resolve(requirer, id);\n    var imports = (form || 0)[\"imports\"];\n    return concat([symbol(void(0), \"do*\"), list(symbol(void(0), \"def\"), requirement, list(symbol(void(0), \"require\"), path))], imports ?\n      map(compileImport(requirement), imports) :\n      void(0));\n  };\n};\nexports.compileRequire = compileRequire;\n\nvar resolve = function resolve(from, to) {\n  var requirer = split(\"\" + from, \".\");\n  var requirement = split(\"\" + to, \".\");\n  var isRelative = (!(\"\" + from === \"\" + to)) && (first(requirer) === first(requirement));\n  return isRelative ?\n    (function loop(from, to) {\n      var recur = loop;\n      while (recur === loop) {\n        recur = first(from) === first(to) ?\n        (from = rest(from), to = rest(to), loop) :\n        join(\"/\", concat([\".\"], repeat(dec(count(from)), \"..\"), to));\n      };\n      return recur;\n    })(requirer, requirement) :\n    join(\"/\", requirement);\n};\nexports.resolve = resolve;\n\nvar compileNs = function compileNs() {\n  var form = Array.prototype.slice.call(arguments, 0);\n  return (function() {\n    var metadata = meta(analyzeNs(form));\n    var id = \"\" + ((metadata || 0)[\"id\"]);\n    var doc = (metadata || 0)[\"doc\"];\n    var requirements = (metadata || 0)[\"require\"];\n    var ns = doc ?\n      {\n        \"id\": id,\n        \"doc\": doc\n      } :\n      {\n        \"id\": id\n      };\n    return concat([symbol(void(0), \"do*\"), list(symbol(void(0), \"def\"), symbol(void(0), \"*ns*\"), ns)], requirements ?\n      map(compileRequire(id), requirements) :\n      void(0));\n  })();\n};\nexports.compileNs = compileNs;\n\ninstallMacro(symbol(void(0), \"ns\"), compileNs);\n\ninstallMacro(symbol(void(0), \"print\"), function() {\n  var more = Array.prototype.slice.call(arguments, 0);\n  \"Prints the object(s) to the output for human consumption.\";\n  return concat(list(symbol(void(0), \".log\"), symbol(void(0), \"console\")), more);\n})","var _ns_ = \"wisp.analyzer\";\nmodule.namespace = _ns_;\nvar symbol = (require(\"./ast\")).symbol;\nvar isSymbol = (require(\"./ast\")).isSymbol;\nvar isKeyword = (require(\"./ast\")).isKeyword;\nvar meta = (require(\"./ast\")).meta;\nvar name = (require(\"./ast\")).name;\nvar namespace = (require(\"./ast\")).namespace;\nvar isSeq = (require(\"./sequence\")).isSeq;\nvar seq = (require(\"./sequence\")).seq;\nvar conj = (require(\"./sequence\")).conj;\nvar map = (require(\"./sequence\")).map;\nvar isEvery = (require(\"./sequence\")).isEvery;\nvar interleave = (require(\"./sequence\")).interleave;\nvar isEmpty = (require(\"./sequence\")).isEmpty;\nvar list_ = (require(\"./sequence\")).list_;\nvar list = (require(\"./sequence\")).list;\nvar first = (require(\"./sequence\")).first;\nvar last = (require(\"./sequence\")).last;\nvar rest = (require(\"./sequence\")).rest;\nvar count = (require(\"./sequence\")).count;\nvar isVector = (require(\"./runtime\")).isVector;\nvar isDictionary = (require(\"./runtime\")).isDictionary;\nvar isString = (require(\"./runtime\")).isString;\nvar keys = (require(\"./runtime\")).keys;\nvar vals = (require(\"./runtime\")).vals;\nvar isEqual = (require(\"./runtime\")).isEqual;\nvar isNil = (require(\"./runtime\")).isNil;\nvar merge = (require(\"./runtime\")).merge;\nvar split = (require(\"./string\")).split;;\n\nvar getIn = function getIn(dictionary, keys, notFound) {\n  return (function loop(target, sentinel, keys) {\n    var recur = loop;\n    while (recur === loop) {\n      recur = isEmpty(keys) ?\n      target :\n      (function() {\n        var result = (((target || 0) || 0)[first(keys)]) || sentinel;\n        return result === sentinel ?\n          notFound :\n          (target = result, sentinel = sentinel, keys = rest(keys), loop);\n      })();\n    };\n    return recur;\n  })(dictionary, {}, keys);\n};\nexports.getIn = getIn;\n\nvar emptyEnv = function emptyEnv(ns) {\n  \"Utility function that creates empty namespaces\";\n  return {\n    \"ns\": ns,\n    \"namespaces\": {},\n    \"context\": \"statement\",\n    \"locals\": {}\n  };\n};\nexports.emptyEnv = emptyEnv;\n\nvar localBinding = function localBinding(env, form) {\n  return (((env || 0)[\"locals\"]) || 0)[form];\n};\n\nvar isCoreName = function isCoreName(env, sym) {\n  return false;\n};\nexports.isCoreName = isCoreName;\n\nvar resolveNsAlias = function resolveNsAlias(env, name) {\n  var sym = symbol(name);\n  return (((((((env || 0)[\"ns\"]) || 0)[\"requires\"]) || 0) || 0)[sym]) || sym;\n};\nexports.resolveNsAlias = resolveNsAlias;\n\nvar resolveExistingVar = function resolveExistingVar(env, form) {\n  return isEqual(namespace(form), \"js\") ?\n    {\n      \"name\": form,\n      \"ns\": symbol(void(0), \"js\")\n    } :\n    (function() {\n      var namespaces = (env || 0)[\"namespaces\"];\n      var s = \"\" + form;\n      var binding = localBinding(env, form);\n      return binding ?\n        binding :\n      namespace(form) ?\n        (function() {\n          var ns = namespace(form);\n          var ns = isEqual(\"clojure.core\", ns) ?\n            \"cljs.core\" :\n            ns;\n          var fullNs = resolveNsAlias(env, ns);\n          var id = symbol(name(form));\n          return merge(getIn(namespaces, [fullNs, \"defs\", id]), {\n            \"name\": symbol(\"\" + fullNs, \"\" + (name(form))),\n            \"ns\": fullNs\n          });\n        })() :\n      \"else\" ?\n        (function() {\n          var fullNs = isCoreName(env, form) ?\n            symbol(void(0), \"cljs.core\") :\n            (((env || 0)[\"ns\"]) || 0)[\"name\"];\n          return merge(getIn(namespaces, [fullNs, \"defs\", form]), {\n            \"name\": symbol(\"\" + fullNs, \"\" + form),\n            \"ns\": fullNs\n          });\n        })() :\n        void(0);\n    })();\n};\nexports.resolveExistingVar = resolveExistingVar;\n\nvar isSpecial = function isSpecial(op) {\n  return (isEqual(op, symbol(void(0), \"if\"))) || (isEqual(op, symbol(void(0), \"def\"))) || (isEqual(op, symbol(void(0), \"fn*\"))) || (isEqual(op, symbol(void(0), \"do\"))) || (isEqual(op, symbol(void(0), \"let*\"))) || (isEqual(op, symbol(void(0), \"loop*\"))) || (isEqual(op, symbol(void(0), \"letfn*\"))) || (isEqual(op, symbol(void(0), \"throw\"))) || (isEqual(op, symbol(void(0), \"try*\"))) || (isEqual(op, symbol(void(0), \"recur\"))) || (isEqual(op, symbol(void(0), \"new\"))) || (isEqual(op, symbol(void(0), \"set!\"))) || (isEqual(op, symbol(void(0), \"ns\"))) || (isEqual(op, symbol(void(0), \"deftype*\"))) || (isEqual(op, symbol(void(0), \"defrecord*\"))) || (isEqual(op, symbol(void(0), \".\"))) || (isEqual(op, symbol(void(0), \"js*\"))) || (isEqual(op, symbol(void(0), \"&\"))) || (isEqual(op, symbol(void(0), \"quote\")));\n};\nexports.isSpecial = isSpecial;\n\nvar analyzeSeq = function analyzeSeq(env, form, name) {\n  var env = conj(env, {\n    \"line\": (((meta(form)) || 0)[\"line\"]) || ((env || 0)[\"line\"])\n  });\n  return (function() {\n    var op = first(form);\n    (function() {\n      (!(typeof(__verbose__) === \"undefined\")) && __verbose__ ?\n        console.log(\"Assert:\", \"(not (nil? op))\") :\n        void(0);\n      return !(!(isNil(op))) ?\n        (function() { throw new Error(\"\" + \"Assert failed: \" + \"Can't call nil\" + \"\\n\\nAssertion:\\n\\n\" + \"(not (nil? op))\" + \"\\n\\nActual:\\n\\n\" + (isNil(op)) + \"\\n--------------\\n\", void(0)); })() :\n        void(0);\n    })();\n    return (function() {\n      var expansion = macroexpand(form);\n      return isSpecial(op) ?\n        parse(op, env, form, name) :\n        parseInvoke(env, form);\n    })();\n  })();\n};\nexports.analyzeSeq = analyzeSeq;\n\nvar isMethodCall = function isMethodCall(form) {\n  return isEqual(first(form), \".\");\n};\n\nvar isInstantiation = function isInstantiation(form) {\n  return isEqual(last(form), \".\");\n};\n\nvar getNsExclude = function getNsExclude(env, sym) {\n  return (((((env || 0)[\"ns\"]) || 0)[\"excludes\"]) || 0)[sym];\n};\n\nvar getNsName = function getNsName(env) {\n  return (((env || 0)[\"ns\"]) || 0)[\"name\"];\n};\n\nvar getMacroUses = function getMacroUses(env, sym) {\n  return (((((env || 0)[\"ns\"]) || 0)[\"uses-macros\"]) || 0)[sym];\n};\n\nvar isMacroSym = function isMacroSym(env, sym) {\n  var namespaces = (env || 0)[\"namespaces\"];\n  var local = localBinding(env, sym);\n  var nsId = getNsName(env);\n  return !(local || (((getNsExclude(env, sym)) || (getIn(namespaces, [nsId, \"excludes\", sym]))) && (!((getMacroUses(env, sym)) || (getIn(namespaces, [nsId, \"uses-macros\", sym]))))));\n};\nexports.isMacroSym = isMacroSym;\n\nvar getExpander = function getExpander(sym, env) {\n  var op = (isMacroSym(env, sym)) && (resolveExistingVar(emptyEnv(), sym));\n  return op && ((op || 0)[\"macro\"]) ?\n    eval(\"\" + (munge((op || 0)[\"name\"]))) :\n    void(0);\n};\nexports.getExpander = getExpander;\n\nvar isSugar = function isSugar(op) {\n  var id = \"\" + op;\n  return (first(id) === \".\") || (last(id) === \".\");\n};\nexports.isSugar = isSugar;\n\nvar isMacro = function isMacro(op) {\n  return false;\n};\nexports.isMacro = isMacro;\n\nvar desugar1 = function desugar1(form) {\n  var id = \"\" + form;\n  var params = rest(form);\n  var metadata = meta(form);\n  return isMethodCall(id) ?\n    withMeta(list_(symbol(void(0), \".\"), first(param), symbol(subs(id, 1)), rest(params)), metadata) :\n  isInstantiation(id) ?\n    withMeta(list_(symbol(void(0), \"new\"), symbol(subs(opname, 0, dec(count(opname)))), params), metadata) :\n  \"else\" ?\n    form :\n    void(0);\n};\nexports.desugar1 = desugar1;\n\nvar macroexpand1 = function macroexpand1(form) {\n  var op = first(form);\n  return isSpecial(op) ?\n    form :\n  isSugar(op) ?\n    desugar1(form) :\n  isMacro(op) ?\n    getExpander(op).apply(getExpander(op), form) :\n  \"else\" ?\n    form :\n    void(0);\n};\nexports.macroexpand1 = macroexpand1;\n\nvar macroexpand = function macroexpand(form) {\n  return (function loop(form, expansion) {\n    var recur = loop;\n    while (recur === loop) {\n      recur = form === expansion ?\n      form :\n      (form = expansion, expansion = macroexpand1(expansion), loop);\n    };\n    return recur;\n  })(form, macroexpand1(form));\n};\nexports.macroexpand = macroexpand;\n\nvar analyzeSymbol = function analyzeSymbol(env, symbol) {\n  var result = {\n    \"env\": env,\n    \"form\": symbol\n  };\n  var locals = (env || 0)[\"locals\"];\n  var local = (locals || 0)[symbol];\n  return conj(result, {\n    \"op\": \"var\",\n    \"info\": local ?\n      local :\n      resolveExistingVar(env, symbol)\n  });\n};\nexports.analyzeSymbol = analyzeSymbol;\n\nvar _readerNsName_ = symbol(\"clojure.reader\", \"reader\");\n\nvar analyzeKeyword = function analyzeKeyword(env, form) {\n  return {\n    \"op\": \"constant\",\n    \"env\": env,\n    \"form\": isEqual(namespace(form), name(_readerNsName_)) ?\n      keyword(name((((env || 0)[\"ns\"]) || 0)[\"name\"]), name(form)) :\n      form\n  };\n};\nexports.analyzeKeyword = analyzeKeyword;\n\nvar isSimpleKey = function isSimpleKey(x) {\n  return (isString(x)) || (isKeyword(x));\n};\nexports.isSimpleKey = isSimpleKey;\n\nvar analyzeDictionary = function analyzeDictionary(env, form, name) {\n  var exprEnv = conj(env, {\n    \"context\": \"expr\"\n  });\n  var names = keys(form);\n  var isSimpleKeys = isEvery(isSimpleKey, names);\n  var ks = disallowingRecur(vec(map(function($1) {\n    return analyze(exprEnv, $1, name);\n  }, names)));\n  var vs = disallowingRecur(vec(map(function($1) {\n    return analyze(exprEnv, $1, name);\n  }, vals(form))));\n  return analyzeWrapMeta({\n    \"op\": \"map\",\n    \"env\": env,\n    \"form\": form,\n    \"keys\": ks,\n    \"vals\": vs,\n    \"simple-keys?\": isSimpleKeys,\n    \"children\": vec(interleave(ks, vs))\n  }, name);\n};\nexports.analyzeDictionary = analyzeDictionary;\n\nvar analyzeVector = function analyzeVector(env, form, name) {\n  var exprEnv = conj(env, {\n    \"context\": \"expr\"\n  });\n  var items = disallowingRecur(vec(map(function($1) {\n    return analyze(exprEnv, $1, name);\n  }, form)));\n  return analyzeWrapMeta({\n    \"op\": \"vector\",\n    \"env\": env,\n    \"form\": form,\n    \"items\": items,\n    \"children\": items\n  }, name);\n};\nexports.analyzeVector = analyzeVector;\n\nvar analyzeWrapMeta = function analyzeWrapMeta(expr, name) {\n  var form = (expr || 0)[\"form\"];\n  var metadata = meta(form);\n  var env = (expr || 0)[\"env\"];\n  var expr = metadata ?\n    assocIn(expr, [\"env\", \"context\"], \"expr\") :\n    void(0);\n  var metaExpr = metadata ?\n    analyzeMap(env, metadata, name) :\n    void(0);\n  return metadata ?\n    {\n      \"op\": \"meta\",\n      \"env\": env,\n      \"form\": form,\n      \"meta\": metaExpr,\n      \"expr\": expr,\n      \"children\": [metaExpr, expr]\n    } :\n    expr;\n};\nexports.analyzeWrapMeta = analyzeWrapMeta;\n\nvar analyzeMap = function analyzeMap(env, form, name) {\n  var exprEnv = conj(env, {\n    \"context\": \"expr\"\n  });\n  var isSimpleKeys = isEvery(function($1) {\n    return (isString($1)) || (isKeyword($1));\n  }, keys(form));\n  var ks = disallowingRecur(vec(map(function($1) {\n    return analyze(exprEnv, $1, name);\n  }, keys(form))));\n  var vs = disallowingRecur(vec(map(function($1) {\n    return analyze(exprEnv, $1, name);\n  }, vals(form))));\n  return analyzeWrapMeta({\n    \"op\": \"map\",\n    \"env\": env,\n    \"form\": form,\n    \"keys\": ks,\n    \"vals\": vs,\n    \"simple-keys?\": isSimpleKeys,\n    \"children\": vec(interleave(ks, vs))\n  }, name);\n};\nexports.analyzeMap = analyzeMap;\n\nvar analyze = function analyze(env, form, name) {\n  switch (arguments.length) {\n    case 2:\n      return analyze(env, form, void(0));\n    case 3:\n      return isSymbol(form) ?\n        analyzeSymbol(env, form) :\n      isKeyword(form) ?\n        analyzeKeyword(env, form) :\n      (isSeq(form)) && (!(isEmpty(form))) ?\n        analyzeSeq(env, form, name) :\n      isDictionary(form) ?\n        analyzeDictionary(env, form, name) :\n      isVector(form) ?\n        analyzeVector(env, form, name) :\n      \"else\" ?\n        {\n          \"op\": \"constant\",\n          \"env\": env,\n          \"form\": form\n        } :\n        void(0);\n\n    default:\n      (function() { throw Error(\"Invalid arity\"); })()\n  };\n  return void(0);\n};\nexports.analyze = analyze\n","(function(global){var _ns_ = {\n  \"id\": \"interactivate-wisp.main\"\n};\nvar interactivate = require(\"interactivate\");;\nvar hashare = require(\"codemirror-hashare\");;\nvar persist = require(\"codemirror-persist\");;\nvar interactivateWisp_host = require(\"./host\");\nvar startHost = interactivateWisp_host.startHost;;;\n\ninteractivate(CodeMirror);\n\nhashare(CodeMirror);\n\npersist(CodeMirror);\n\nstartHost();\n\nvar editor = CodeMirror(document.body, {\n  \"persist\": true,\n  \"matchBrackets\": true,\n  \"electricChars\": true,\n  \"styleActiveLine\": true,\n  \"autofocus\": true,\n  \"theme\": \"solarized dark\",\n  \"mode\": \"clojure\",\n  \"value\": (document.getElementById(\"intro\")).textContent,\n  \"interactivate\": true,\n  \"interactiveSeparator\": /^;; =>[^\\n]*$/m,\n  \"extraKeys\": {\n    \"Tab\": \"indentSelection\"\n  }\n});\nexports.editor = editor;\n\nglobal.editor = editor\n})(window)","var events = require('events');\n\nexports.isArray = isArray;\nexports.isDate = function(obj){return Object.prototype.toString.call(obj) === '[object Date]'};\nexports.isRegExp = function(obj){return Object.prototype.toString.call(obj) === '[object RegExp]'};\n\n\nexports.print = function () {};\nexports.puts = function () {};\nexports.debug = function() {};\n\nexports.inspect = function(obj, showHidden, depth, colors) {\n  var seen = [];\n\n  var stylize = function(str, styleType) {\n    // http://en.wikipedia.org/wiki/ANSI_escape_code#graphics\n    var styles =\n        { 'bold' : [1, 22],\n          'italic' : [3, 23],\n          'underline' : [4, 24],\n          'inverse' : [7, 27],\n          'white' : [37, 39],\n          'grey' : [90, 39],\n          'black' : [30, 39],\n          'blue' : [34, 39],\n          'cyan' : [36, 39],\n          'green' : [32, 39],\n          'magenta' : [35, 39],\n          'red' : [31, 39],\n          'yellow' : [33, 39] };\n\n    var style =\n        { 'special': 'cyan',\n          'number': 'blue',\n          'boolean': 'yellow',\n          'undefined': 'grey',\n          'null': 'bold',\n          'string': 'green',\n          'date': 'magenta',\n          // \"name\": intentionally not styling\n          'regexp': 'red' }[styleType];\n\n    if (style) {\n      return '\\033[' + styles[style][0] + 'm' + str +\n             '\\033[' + styles[style][1] + 'm';\n    } else {\n      return str;\n    }\n  };\n  if (! colors) {\n    stylize = function(str, styleType) { return str; };\n  }\n\n  function format(value, recurseTimes) {\n    // Provide a hook for user-specified inspect functions.\n    // Check that value is an object with an inspect function on it\n    if (value && typeof value.inspect === 'function' &&\n        // Filter out the util module, it's inspect function is special\n        value !== exports &&\n        // Also filter out any prototype objects using the circular check.\n        !(value.constructor && value.constructor.prototype === value)) {\n      return value.inspect(recurseTimes);\n    }\n\n    // Primitive types cannot have properties\n    switch (typeof value) {\n      case 'undefined':\n        return stylize('undefined', 'undefined');\n\n      case 'string':\n        var simple = '\\'' + JSON.stringify(value).replace(/^\"|\"$/g, '')\n                                                 .replace(/'/g, \"\\\\'\")\n                                                 .replace(/\\\\\"/g, '\"') + '\\'';\n        return stylize(simple, 'string');\n\n      case 'number':\n        return stylize('' + value, 'number');\n\n      case 'boolean':\n        return stylize('' + value, 'boolean');\n    }\n    // For some reason typeof null is \"object\", so special case here.\n    if (value === null) {\n      return stylize('null', 'null');\n    }\n\n    // Look up the keys of the object.\n    var visible_keys = Object_keys(value);\n    var keys = showHidden ? Object_getOwnPropertyNames(value) : visible_keys;\n\n    // Functions without properties can be shortcutted.\n    if (typeof value === 'function' && keys.length === 0) {\n      if (isRegExp(value)) {\n        return stylize('' + value, 'regexp');\n      } else {\n        var name = value.name ? ': ' + value.name : '';\n        return stylize('[Function' + name + ']', 'special');\n      }\n    }\n\n    // Dates without properties can be shortcutted\n    if (isDate(value) && keys.length === 0) {\n      return stylize(value.toUTCString(), 'date');\n    }\n\n    var base, type, braces;\n    // Determine the object type\n    if (isArray(value)) {\n      type = 'Array';\n      braces = ['[', ']'];\n    } else {\n      type = 'Object';\n      braces = ['{', '}'];\n    }\n\n    // Make functions say that they are functions\n    if (typeof value === 'function') {\n      var n = value.name ? ': ' + value.name : '';\n      base = (isRegExp(value)) ? ' ' + value : ' [Function' + n + ']';\n    } else {\n      base = '';\n    }\n\n    // Make dates with properties first say the date\n    if (isDate(value)) {\n      base = ' ' + value.toUTCString();\n    }\n\n    if (keys.length === 0) {\n      return braces[0] + base + braces[1];\n    }\n\n    if (recurseTimes < 0) {\n      if (isRegExp(value)) {\n        return stylize('' + value, 'regexp');\n      } else {\n        return stylize('[Object]', 'special');\n      }\n    }\n\n    seen.push(value);\n\n    var output = keys.map(function(key) {\n      var name, str;\n      if (value.__lookupGetter__) {\n        if (value.__lookupGetter__(key)) {\n          if (value.__lookupSetter__(key)) {\n            str = stylize('[Getter/Setter]', 'special');\n          } else {\n            str = stylize('[Getter]', 'special');\n          }\n        } else {\n          if (value.__lookupSetter__(key)) {\n            str = stylize('[Setter]', 'special');\n          }\n        }\n      }\n      if (visible_keys.indexOf(key) < 0) {\n        name = '[' + key + ']';\n      }\n      if (!str) {\n        if (seen.indexOf(value[key]) < 0) {\n          if (recurseTimes === null) {\n            str = format(value[key]);\n          } else {\n            str = format(value[key], recurseTimes - 1);\n          }\n          if (str.indexOf('\\n') > -1) {\n            if (isArray(value)) {\n              str = str.split('\\n').map(function(line) {\n                return '  ' + line;\n              }).join('\\n').substr(2);\n            } else {\n              str = '\\n' + str.split('\\n').map(function(line) {\n                return '   ' + line;\n              }).join('\\n');\n            }\n          }\n        } else {\n          str = stylize('[Circular]', 'special');\n        }\n      }\n      if (typeof name === 'undefined') {\n        if (type === 'Array' && key.match(/^\\d+$/)) {\n          return str;\n        }\n        name = JSON.stringify('' + key);\n        if (name.match(/^\"([a-zA-Z_][a-zA-Z_0-9]*)\"$/)) {\n          name = name.substr(1, name.length - 2);\n          name = stylize(name, 'name');\n        } else {\n          name = name.replace(/'/g, \"\\\\'\")\n                     .replace(/\\\\\"/g, '\"')\n                     .replace(/(^\"|\"$)/g, \"'\");\n          name = stylize(name, 'string');\n        }\n      }\n\n      return name + ': ' + str;\n    });\n\n    seen.pop();\n\n    var numLinesEst = 0;\n    var length = output.reduce(function(prev, cur) {\n      numLinesEst++;\n      if (cur.indexOf('\\n') >= 0) numLinesEst++;\n      return prev + cur.length + 1;\n    }, 0);\n\n    if (length > 50) {\n      output = braces[0] +\n               (base === '' ? '' : base + '\\n ') +\n               ' ' +\n               output.join(',\\n  ') +\n               ' ' +\n               braces[1];\n\n    } else {\n      output = braces[0] + base + ' ' + output.join(', ') + ' ' + braces[1];\n    }\n\n    return output;\n  }\n  return format(obj, (typeof depth === 'undefined' ? 2 : depth));\n};\n\n\nfunction isArray(ar) {\n  return ar instanceof Array ||\n         Array.isArray(ar) ||\n         (ar && ar !== Object.prototype && isArray(ar.__proto__));\n}\n\n\nfunction isRegExp(re) {\n  return re instanceof RegExp ||\n    (typeof re === 'object' && Object.prototype.toString.call(re) === '[object RegExp]');\n}\n\n\nfunction isDate(d) {\n  if (d instanceof Date) return true;\n  if (typeof d !== 'object') return false;\n  var properties = Date.prototype && Object_getOwnPropertyNames(Date.prototype);\n  var proto = d.__proto__ && Object_getOwnPropertyNames(d.__proto__);\n  return JSON.stringify(proto) === JSON.stringify(properties);\n}\n\nfunction pad(n) {\n  return n < 10 ? '0' + n.toString(10) : n.toString(10);\n}\n\nvar months = ['Jan', 'Feb', 'Mar', 'Apr', 'May', 'Jun', 'Jul', 'Aug', 'Sep',\n              'Oct', 'Nov', 'Dec'];\n\n// 26 Feb 16:19:34\nfunction timestamp() {\n  var d = new Date();\n  var time = [pad(d.getHours()),\n              pad(d.getMinutes()),\n              pad(d.getSeconds())].join(':');\n  return [d.getDate(), months[d.getMonth()], time].join(' ');\n}\n\nexports.log = function (msg) {};\n\nexports.pump = null;\n\nvar Object_keys = Object.keys || function (obj) {\n    var res = [];\n    for (var key in obj) res.push(key);\n    return res;\n};\n\nvar Object_getOwnPropertyNames = Object.getOwnPropertyNames || function (obj) {\n    var res = [];\n    for (var key in obj) {\n        if (Object.hasOwnProperty.call(obj, key)) res.push(key);\n    }\n    return res;\n};\n\nvar Object_create = Object.create || function (prototype, properties) {\n    // from es5-shim\n    var object;\n    if (prototype === null) {\n        object = { '__proto__' : null };\n    }\n    else {\n        if (typeof prototype !== 'object') {\n            throw new TypeError(\n                'typeof prototype[' + (typeof prototype) + '] != \\'object\\''\n            );\n        }\n        var Type = function () {};\n        Type.prototype = prototype;\n        object = new Type();\n        object.__proto__ = prototype;\n    }\n    if (typeof properties !== 'undefined' && Object.defineProperties) {\n        Object.defineProperties(object, properties);\n    }\n    return object;\n};\n\nexports.inherits = function(ctor, superCtor) {\n  ctor.super_ = superCtor;\n  ctor.prototype = Object_create(superCtor.prototype, {\n    constructor: {\n      value: ctor,\n      enumerable: false,\n      writable: true,\n      configurable: true\n    }\n  });\n};\n\nvar formatRegExp = /%[sdj%]/g;\nexports.format = function(f) {\n  if (typeof f !== 'string') {\n    var objects = [];\n    for (var i = 0; i < arguments.length; i++) {\n      objects.push(exports.inspect(arguments[i]));\n    }\n    return objects.join(' ');\n  }\n\n  var i = 1;\n  var args = arguments;\n  var len = args.length;\n  var str = String(f).replace(formatRegExp, function(x) {\n    if (x === '%%') return '%';\n    if (i >= len) return x;\n    switch (x) {\n      case '%s': return String(args[i++]);\n      case '%d': return Number(args[i++]);\n      case '%j': return JSON.stringify(args[i++]);\n      default:\n        return x;\n    }\n  });\n  for(var x = args[i]; i < len; x = args[++i]){\n    if (x === null || typeof x !== 'object') {\n      str += ' ' + x;\n    } else {\n      str += ' ' + exports.inspect(x);\n    }\n  }\n  return str;\n};\n","\"use strict\";\n\nvar save = \"save@hashare\"\nvar load = \"load@hashare\"\n\nfunction plugin(CodeMirror) {\n  CodeMirror.defineOption(\"hashare\", false, function(editor, value) {\n    /**\n    Takes editor and enables persists changes to the buffer across the sessions.\n    **/\n    if (value) {\n      var saving = false\n      editor[save] = function(event) {\n        location.hash = encodeURIComponent(editor.getValue())\n      }\n      editor[load] = function() {\n        var value = decodeURIComponent(window.location.hash.substr(1))\n        if (value && value !== editor.getValue()) editor.setValue(value)\n      }\n      window.addEventListener(\"blur\", editor[save], false)\n      window.addEventListener(\"hashchange\", editor[load], false)\n\n      editor[load]()\n    } else {\n      window.removeEventListener(\"blur\", editor[save], false)\n      window.removeEventListener(\"blur\", editor[load], false)\n    }\n  })\n}\n\nmodule.exports = plugin\n","var _ns_ = {\n  \"id\": \"interactivate-wisp.host\"\n};\nvar render = require(\"interactivate/render\");;\nvar wisp_reader = require(\"wisp/reader\");\nvar read_ = wisp_reader.read_;;\nvar wisp_compiler = require(\"wisp/compiler\");\nvar compile_ = wisp_compiler.compile_;;\nvar wisp_sequence = require(\"wisp/sequence\");\nvar first = wisp_sequence.first;\nvar rest = wisp_sequence.rest;\nvar list = wisp_sequence.list;;\nvar wisp_ast = require(\"wisp/ast\");\nvar symbol = wisp_ast.symbol;\nvar prStr = wisp_ast.prStr;;\nvar wisp_runtime = require(\"wisp/runtime\");\nvar subs = wisp_runtime.subs;;\nvar util = require(\"util\");\nvar inspect = util.inspect;;;\n\nvar __out__ = function __out__() {\n  return void(0);\n};\nexports.__out__ = __out__;\n\nwindow.exports = {};\n\nwindow.module = {\n  \"exports\": window.exports\n};\n\nwindow.list = list;\n\nwindow.symbol = symbol;\n\nwindow.Out = __out__;\n\nwindow.__printCompiled__ = false;\n\nwindow.__printRead__ = false;\n\nvar EvaluationResult = function EvaluationResult(output) {\n  this.value = output;\n  return this;\n};\nexports.EvaluationResult = EvaluationResult;\n\nrender.define(EvaluationResult, function(result) {\n  var output = result.value;\n  var view = document.createElement(\"pre\");\n  view.innerHTML = ((output || 0)[\"error\"]) || (\"\" + (__printRead__ ?\n    \"\" + \"<h1>Read</h1>\" + \"<div>\" + (inspect((output || 0)[\"forms\"])) + \"</div>\" :\n    \"\") + (__printCompiled__ ?\n    \"\" + \"<h3>Compiled JS</h3>\" + \"<div>\" + ((output || 0)[\"js-code\"]) + \"</div>\" :\n    \"\") + \"<h3>Eval result</h3>\" + \"<div>\" + ((output || 0)[\"print\"]) + \"</div>\");\n  return view;\n});\n\nvar send = function send(packet) {\n  var event = document.createEvent(\"CustomEvent\");\n  event.initCustomEvent(\"client\", false, true, packet);\n  return window.dispatchEvent(event);\n};\nexports.send = send;\n\nvar startHost = function startHost() {\n  return window.addEventListener(\"server\", handle, false);\n};\nexports.startHost = startHost;\n\nvar handle = function handle(packet) {\n  var address = (((packet || 0)[\"detail\"]) || 0)[\"to\"];\n  var input = (((packet || 0)[\"detail\"]) || 0)[\"source\"];\n  var output = evaluate(input);\n  var result = new EvaluationResult(output);\n  (__out__ || 0)[address] = result;\n  return send({\n    \"from\": address,\n    \"message\": result\n  });\n};\nexports.handle = handle;\n\nvar evaluate = function evaluate(input) {\n  return (function() {\n  try {\n    return (function() {\n      var forms = read_(input);\n      var jsCode = compile_(forms);\n      var prefixCode = \"var\" === subs(jsCode, 0, 3) ?\n        \"\" :\n        \"_ = \";\n      var jsNormalized = \"\" + \"try { \" + prefixCode + jsCode + \" } catch(e) { e }\";\n      var result = window.eval(jsNormalized);\n      return {\n        \"input\": input,\n        \"forms\": forms,\n        \"js-code\": jsCode,\n        \"result\": result,\n        \"print\": prStr(result)\n      };\n    })();\n  } catch (error) {\n    return {\n      \"input\": input,\n      \"error\": error\n    };\n  }})();\n};\nexports.evaluate = evaluate","\"use strict\";\n\nfunction onChange(editor) {\n  localStorage[window.location.href.split(\"#\")[0]] = editor.getValue()\n}\n\nfunction setup(editor, value) {\n  /**\n  Takes editor and enables persists changes to the buffer across the sessions.\n  **/\n  if (value) {\n    var address = window.location.href.split(\"#\")[0]\n    var persisted = localStorage[address] || editor.getValue()\n    editor.setValue(persisted)\n    editor.on(\"change\", onChange)\n  } else {\n    editor.off(\"change\", onChange)\n  }\n}\n\nfunction plugin(CodeMirror) {\n  CodeMirror.defineOption(\"persist\", false, setup)\n}\n\nmodule.exports = plugin\n","var _ns_ = {\n  \"id\": \"wisp.backend.javascript.writer\",\n  \"doc\": \"Compiler backend for for writing JS output\"\n};\nvar wisp_ast = require(\"./../../ast\");\nvar name = wisp_ast.name;\nvar namespace = wisp_ast.namespace;\nvar symbol = wisp_ast.symbol;\nvar isSymbol = wisp_ast.isSymbol;\nvar isKeyword = wisp_ast.isKeyword;;\nvar wisp_sequence = require(\"./../../sequence\");\nvar list = wisp_sequence.list;\nvar first = wisp_sequence.first;\nvar rest = wisp_sequence.rest;\nvar isList = wisp_sequence.isList;\nvar vec = wisp_sequence.vec;\nvar map = wisp_sequence.map;\nvar count = wisp_sequence.count;\nvar last = wisp_sequence.last;\nvar reduce = wisp_sequence.reduce;\nvar isEmpty = wisp_sequence.isEmpty;;\nvar wisp_runtime = require(\"./../../runtime\");\nvar isTrue = wisp_runtime.isTrue;\nvar isNil = wisp_runtime.isNil;\nvar isString = wisp_runtime.isString;\nvar isNumber = wisp_runtime.isNumber;\nvar isVector = wisp_runtime.isVector;\nvar isDictionary = wisp_runtime.isDictionary;\nvar isBoolean = wisp_runtime.isBoolean;\nvar isRePattern = wisp_runtime.isRePattern;\nvar reFind = wisp_runtime.reFind;\nvar dec = wisp_runtime.dec;\nvar subs = wisp_runtime.subs;;\nvar wisp_string = require(\"./../../string\");\nvar replace = wisp_string.replace;\nvar join = wisp_string.join;\nvar split = wisp_string.split;\nvar upperCase = wisp_string.upperCase;;;\n\nvar writeReference = function writeReference(form) {\n  \"Translates references from clojure convention to JS:\\n\\n  **macros**      __macros__\\n  list->vector    listToVector\\n  set!            set\\n  foo_bar         foo_bar\\n  number?         isNumber\\n  create-server   createServer\";\n  return (function() {\n    var id = name(form);\n    id = id === \"*\" ?\n      \"multiply\" :\n    id === \"/\" ?\n      \"divide\" :\n    id === \"+\" ?\n      \"sum\" :\n    id === \"-\" ?\n      \"subtract\" :\n    id === \"=\" ?\n      \"equal?\" :\n    id === \"==\" ?\n      \"strict-equal?\" :\n    id === \"<=\" ?\n      \"not-greater-than\" :\n    id === \">=\" ?\n      \"not-less-than\" :\n    id === \">\" ?\n      \"greater-than\" :\n    id === \"<\" ?\n      \"less-than\" :\n    \"else\" ?\n      id :\n      void(0);\n    id = join(\"_\", split(id, \"*\"));\n    id = join(\"-to-\", split(id, \"->\"));\n    id = join(split(id, \"!\"));\n    id = join(\"$\", split(id, \"%\"));\n    id = join(\"-plus-\", split(id, \"+\"));\n    id = join(\"-and-\", split(id, \"&\"));\n    id = last(id) === \"?\" ?\n      \"\" + \"is-\" + (subs(id, 0, dec(count(id)))) :\n      id;\n    id = reduce(function(result, key) {\n      return \"\" + result + ((!(isEmpty(result))) && (!(isEmpty(key))) ?\n        \"\" + (upperCase((key || 0)[0])) + (subs(key, 1)) :\n        key);\n    }, \"\", split(id, \"-\"));\n    return id;\n  })();\n};\nexports.writeReference = writeReference;\n\nvar writeKeywordReference = function writeKeywordReference(form) {\n  return \"\" + \"\\\"\" + (name(form)) + \"\\\"\";\n};\nexports.writeKeywordReference = writeKeywordReference;\n\nvar writeKeyword = function writeKeyword(form) {\n  return \"\" + \"\\\"\" + \"꞉\" + (name(form)) + \"\\\"\";\n};\nexports.writeKeyword = writeKeyword;\n\nvar writeSymbol = function writeSymbol(form) {\n  return write(list(symbol(void(0), \"symbol\"), namespace(form), name(form)));\n};\nexports.writeSymbol = writeSymbol;\n\nvar writeNil = function writeNil(form) {\n  return \"void(0)\";\n};\nexports.writeNil = writeNil;\n\nvar writeNumber = function writeNumber(form) {\n  return form;\n};\nexports.writeNumber = writeNumber;\n\nvar writeBoolean = function writeBoolean(form) {\n  return isTrue(form) ?\n    \"true\" :\n    \"false\";\n};\nexports.writeBoolean = writeBoolean;\n\nvar writeString = function writeString(form) {\n  form = replace(form, RegExp(\"\\\\\\\\\", \"g\"), \"\\\\\\\\\");\n  form = replace(form, RegExp(\"\\n\", \"g\"), \"\\\\n\");\n  form = replace(form, RegExp(\"\\r\", \"g\"), \"\\\\r\");\n  form = replace(form, RegExp(\"\\t\", \"g\"), \"\\\\t\");\n  form = replace(form, RegExp(\"\\\"\", \"g\"), \"\\\\\\\"\");\n  return \"\" + \"\\\"\" + form + \"\\\"\";\n};\nexports.writeString = writeString;\n\nvar writeTemplate = function writeTemplate() {\n  var form = Array.prototype.slice.call(arguments, 0);\n  return (function() {\n    var indentPattern = /\\n *$/;\n    var lineBreakPatter = RegExp(\"\\n\", \"g\");\n    var getIndentation = function(code) {\n      return (reFind(indentPattern, code)) || \"\\n\";\n    };\n    return (function loop(code, parts, values) {\n      var recur = loop;\n      while (recur === loop) {\n        recur = count(parts) > 1 ?\n        (code = \"\" + code + (first(parts)) + (replace(\"\" + \"\" + (first(values)), lineBreakPatter, getIndentation(first(parts)))), parts = rest(parts), values = rest(values), loop) :\n        \"\" + code + (first(parts));\n      };\n      return recur;\n    })(\"\", split(first(form), \"~{}\"), rest(form));\n  })();\n};\nexports.writeTemplate = writeTemplate;\n\nvar writeGroup = function writeGroup() {\n  var forms = Array.prototype.slice.call(arguments, 0);\n  return join(\", \", forms);\n};\nexports.writeGroup = writeGroup;\n\nvar writeInvoke = function writeInvoke(callee) {\n  var params = Array.prototype.slice.call(arguments, 1);\n  return writeTemplate(\"~{}(~{})\", callee, writeGroup.apply(writeGroup, params));\n};\nexports.writeInvoke = writeInvoke;\n\nvar writeError = function writeError(message) {\n  return function() {\n    return (function() { throw Error(message); })();\n  };\n};\nexports.writeError = writeError;\n\nvar writeVector = writeError(\"Vectors are not supported\");\nexports.writeVector = writeVector;\n\nvar writeDictionary = writeError(\"Dictionaries are not supported\");\nexports.writeDictionary = writeDictionary;\n\nvar writePattern = writeError(\"Regular expressions are not supported\");\nexports.writePattern = writePattern;\n\nvar compileComment = function compileComment(form) {\n  return compileTemplate(list(\"//~{}\\n\", first(form)));\n};\nexports.compileComment = compileComment;\n\nvar writeDef = function writeDef(form) {\n  var id = first(form);\n  var isExport = ((((meta(form)) || {}) || 0)[\"top\"]) && (!((((meta(id)) || {}) || 0)[\"private\"]));\n  var attribute = symbol(namespace(id), \"\" + \"-\" + (name(id)));\n  return isExport ?\n    compileTemplate(list(\"var ~{};\\n~{}\", compile(cons(symbol(void(0), \"set!\"), form)), compile(list(symbol(void(0), \"set!\"), list(symbol(void(0), \".\"), symbol(void(0), \"exports\"), attribute), id)))) :\n    compileTemplate(list(\"var ~{}\", compile(cons(symbol(void(0), \"set!\"), form))));\n};\nexports.writeDef = writeDef;\n\nvar write = function write(form) {\n  return isNil(form) ?\n    writeNil(form) :\n  isSymbol(form) ?\n    writeReference(form) :\n  isKeyword(form) ?\n    writeKeywordReference(form) :\n  isString(form) ?\n    writeString(form) :\n  isNumber(form) ?\n    writeNumber(form) :\n  isBoolean(form) ?\n    writeBoolean(form) :\n  isRePattern(form) ?\n    writePattern(form) :\n  isVector(form) ?\n    writeVector(form) :\n  isDictionary(form) ?\n    writeDictionary() :\n  isList(form) ?\n    writeInvoke.apply(writeInvoke, map(write, vec(form))) :\n  \"else\" ?\n    writeError(\"Unsupported form\") :\n    void(0);\n};\nexports.write = write","// shim for using process in browser\n\nvar process = module.exports = {};\n\nprocess.nextTick = (function () {\n    var canSetImmediate = typeof window !== 'undefined'\n    && window.setImmediate;\n    var canPost = typeof window !== 'undefined'\n    && window.postMessage && window.addEventListener\n    ;\n\n    if (canSetImmediate) {\n        return function (f) { return window.setImmediate(f) };\n    }\n\n    if (canPost) {\n        var queue = [];\n        window.addEventListener('message', function (ev) {\n            if (ev.source === window && ev.data === 'process-tick') {\n                ev.stopPropagation();\n                if (queue.length > 0) {\n                    var fn = queue.shift();\n                    fn();\n                }\n            }\n        }, true);\n\n        return function nextTick(fn) {\n            queue.push(fn);\n            window.postMessage('process-tick', '*');\n        };\n    }\n\n    return function nextTick(fn) {\n        setTimeout(fn, 0);\n    };\n})();\n\nprocess.title = 'browser';\nprocess.browser = true;\nprocess.env = {};\nprocess.argv = [];\n\nprocess.binding = function (name) {\n    throw new Error('process.binding is not supported');\n}\n\n// TODO(shtylman)\nprocess.cwd = function () { return '/' };\nprocess.chdir = function (dir) {\n    throw new Error('process.chdir is not supported');\n};\n","(function(process){if (!process.EventEmitter) process.EventEmitter = function () {};\n\nvar EventEmitter = exports.EventEmitter = process.EventEmitter;\nvar isArray = typeof Array.isArray === 'function'\n    ? Array.isArray\n    : function (xs) {\n        return Object.prototype.toString.call(xs) === '[object Array]'\n    }\n;\nfunction indexOf (xs, x) {\n    if (xs.indexOf) return xs.indexOf(x);\n    for (var i = 0; i < xs.length; i++) {\n        if (x === xs[i]) return i;\n    }\n    return -1;\n}\n\n// By default EventEmitters will print a warning if more than\n// 10 listeners are added to it. This is a useful default which\n// helps finding memory leaks.\n//\n// Obviously not all Emitters should be limited to 10. This function allows\n// that to be increased. Set to zero for unlimited.\nvar defaultMaxListeners = 10;\nEventEmitter.prototype.setMaxListeners = function(n) {\n  if (!this._events) this._events = {};\n  this._events.maxListeners = n;\n};\n\n\nEventEmitter.prototype.emit = function(type) {\n  // If there is no 'error' event listener then throw.\n  if (type === 'error') {\n    if (!this._events || !this._events.error ||\n        (isArray(this._events.error) && !this._events.error.length))\n    {\n      if (arguments[1] instanceof Error) {\n        throw arguments[1]; // Unhandled 'error' event\n      } else {\n        throw new Error(\"Uncaught, unspecified 'error' event.\");\n      }\n      return false;\n    }\n  }\n\n  if (!this._events) return false;\n  var handler = this._events[type];\n  if (!handler) return false;\n\n  if (typeof handler == 'function') {\n    switch (arguments.length) {\n      // fast cases\n      case 1:\n        handler.call(this);\n        break;\n      case 2:\n        handler.call(this, arguments[1]);\n        break;\n      case 3:\n        handler.call(this, arguments[1], arguments[2]);\n        break;\n      // slower\n      default:\n        var args = Array.prototype.slice.call(arguments, 1);\n        handler.apply(this, args);\n    }\n    return true;\n\n  } else if (isArray(handler)) {\n    var args = Array.prototype.slice.call(arguments, 1);\n\n    var listeners = handler.slice();\n    for (var i = 0, l = listeners.length; i < l; i++) {\n      listeners[i].apply(this, args);\n    }\n    return true;\n\n  } else {\n    return false;\n  }\n};\n\n// EventEmitter is defined in src/node_events.cc\n// EventEmitter.prototype.emit() is also defined there.\nEventEmitter.prototype.addListener = function(type, listener) {\n  if ('function' !== typeof listener) {\n    throw new Error('addListener only takes instances of Function');\n  }\n\n  if (!this._events) this._events = {};\n\n  // To avoid recursion in the case that type == \"newListeners\"! Before\n  // adding it to the listeners, first emit \"newListeners\".\n  this.emit('newListener', type, listener);\n\n  if (!this._events[type]) {\n    // Optimize the case of one listener. Don't need the extra array object.\n    this._events[type] = listener;\n  } else if (isArray(this._events[type])) {\n\n    // Check for listener leak\n    if (!this._events[type].warned) {\n      var m;\n      if (this._events.maxListeners !== undefined) {\n        m = this._events.maxListeners;\n      } else {\n        m = defaultMaxListeners;\n      }\n\n      if (m && m > 0 && this._events[type].length > m) {\n        this._events[type].warned = true;\n        console.error('(node) warning: possible EventEmitter memory ' +\n                      'leak detected. %d listeners added. ' +\n                      'Use emitter.setMaxListeners() to increase limit.',\n                      this._events[type].length);\n        console.trace();\n      }\n    }\n\n    // If we've already got an array, just append.\n    this._events[type].push(listener);\n  } else {\n    // Adding the second element, need to change to array.\n    this._events[type] = [this._events[type], listener];\n  }\n\n  return this;\n};\n\nEventEmitter.prototype.on = EventEmitter.prototype.addListener;\n\nEventEmitter.prototype.once = function(type, listener) {\n  var self = this;\n  self.on(type, function g() {\n    self.removeListener(type, g);\n    listener.apply(this, arguments);\n  });\n\n  return this;\n};\n\nEventEmitter.prototype.removeListener = function(type, listener) {\n  if ('function' !== typeof listener) {\n    throw new Error('removeListener only takes instances of Function');\n  }\n\n  // does not use listeners(), so no side effect of creating _events[type]\n  if (!this._events || !this._events[type]) return this;\n\n  var list = this._events[type];\n\n  if (isArray(list)) {\n    var i = indexOf(list, listener);\n    if (i < 0) return this;\n    list.splice(i, 1);\n    if (list.length == 0)\n      delete this._events[type];\n  } else if (this._events[type] === listener) {\n    delete this._events[type];\n  }\n\n  return this;\n};\n\nEventEmitter.prototype.removeAllListeners = function(type) {\n  if (arguments.length === 0) {\n    this._events = {};\n    return this;\n  }\n\n  // does not use listeners(), so no side effect of creating _events[type]\n  if (type && this._events && this._events[type]) this._events[type] = null;\n  return this;\n};\n\nEventEmitter.prototype.listeners = function(type) {\n  if (!this._events) this._events = {};\n  if (!this._events[type]) this._events[type] = [];\n  if (!isArray(this._events[type])) {\n    this._events[type] = [this._events[type]];\n  }\n  return this._events[type];\n};\n\n})(require(\"__browserify_process\"))","\"use strict\";\n\nvar diff = require(\"diffpatcher/diff\")\nvar patch = require(\"diffpatcher/patch\")\nvar output = require(\"./output\")\nvar makeOutput = output.makeOutput\nvar writeOutput = output.write\n\n\nvar Out = \"out@interactivate\"\nvar In = \"in@interactivate\"\nvar Reciever = \"receiver@interactivate\"\n\nfunction makeOptionGetter(name) {\n  return function getOption(editor) {\n    return editor.getOption(name)\n  }\n}\n\nvar getRenderRate = makeOptionGetter(\"interactiveSpeed\")\nvar getSectionSeparator = makeOptionGetter(\"interactiveSeparator\")\n\n\nvar slicer = Array.prototype.slice\nfunction throttle(f, delay) {\n  /**\n  Creates function that calls throttles calls to given `f` such that,\n  it's only called if no further calls are made with in the time\n  frame (in miliseconds) returned by given `delay.apply(this, arguments)`\n  function.\n  **/\n  var id = 0\n  return function throttled() {\n    clearTimeout(id, throttled)\n    var ms = delay.apply(this, arguments) || 0\n    id = setTimeout.apply(this, [f, ms].concat(slicer.call(arguments)))\n  }\n}\n\n\n\nfunction calculate(editor) {\n  var state = editor[In]\n  var input = editor.getValue()\n  var separator = getSectionSeparator(editor)\n  var sections = input.split(separator)\n  var activeLine = editor.getCursor().line\n\n  sections.pop() // last section does not has execution marker so skip it.\n\n  var change = Object.keys(sections).reduce(function(result, index) {\n    var input = sections[index]\n    var line = result.line + input.split(\"\\n\").length - 1\n    result.line = line\n    var delta = {input: input.trim(), line: line, visible: activeLine !== line}\n    result.state[index] = state[index] ? patch(state[index], delta) :\n                          delta\n\n    return result\n  }, { line: 0, state: {} })\n\n  return diff(editor[In], change.state)\n}\n\n\nfunction send(packet) {\n  var event = document.createEvent(\"CustomEvent\")\n  event.initCustomEvent(\"server\", false, true, packet)\n  window.dispatchEvent(event)\n}\n\n\nfunction recieve(editor, event) {\n  var packet = event.detail\n  var delta = {}\n  delta[packet.from] = {pending: null,\n                        result: packet.message}\n  write(editor, delta)\n}\n\nfunction print(editor) {\n  if (!editor.getOption(\"interactivate\")) throw editor.constructor.Pass\n  editor.operation(function() {\n    var cursor = editor.getCursor()\n    editor.replaceSelection(\"\\n// =>\\n\")\n    editor.setCursor({ line: cursor.line + 2, ch: 0 })\n  })\n}\n\n\nfunction getMarkerFor(editor, view) {\n  var markers = editor.getAllMarks()\n  var count = markers.length\n  while (count) {\n    count = count - 1\n    var marker = markers[count]\n    if (marker.replacedWith === view) return marker\n  }\n  return null\n}\n\n\nfunction write(editor, changes) {\n  var doc = editor.getDoc()\n  Object.keys(changes).sort().reduce(function(_, id) {\n    if (!editor[Out][id]) editor[Out][id] = makeOutput(id)\n\n    var output = editor[Out][id]\n    var change = changes[id]\n    if (change === null) editor[Out][id] = null\n\n    writeOutput(output, editor, change)\n  }, null)\n  editor[In] = patch(editor[In], changes)\n}\n\nfunction post(changes) {\n  Object.keys(changes).reduce(function(_, id) {\n    var change = changes[id]\n    if (change && change.input) {\n      send({ to: id, source: change.input })\n    }\n  }, null)\n}\n\n// Function finds modified sections and queues up messegase to an\n// eval host. In adition it also renders output views (if they\n// do not exist yet) where eval results are written.\nvar renderOutput = throttle(function render(editor) {\n  var delta = calculate(editor)\n  var changes = Object.keys(delta).reduce(function(changes, id) {\n    var change = delta[id]\n    // Only mark change pending if there is some input to be evaled.\n    if (change && change.input) change.pending = true\n    return changes\n  }, delta)\n\n  write(editor, changes)\n  post(changes)\n}, getRenderRate)\n\nvar hideOutput = throttle(function render(editor) {\n  var line = editor.getCursor().line\n  var state = editor[In]\n  var changes = Object.keys(state).reduce(function(delta, id) {\n    var value = state[id]\n    if (value.line === line) delta[id] = {visible: false}\n    else if (!value.visible) delta[id] = {visible: true, line: value.line}\n\n    return delta\n  }, [])\n\n  if (changes.length) write(editor, changes)\n}, function() { return 200 })\n\n\nfunction tooglePlugin(editor, value) {\n  if (value) {\n    editor[Reciever] = recieve.bind(recieve, editor)\n    editor[In] = {}\n    editor[Out] = {}\n    editor.on(\"change\", renderOutput)\n    editor.on(\"cursorActivity\", hideOutput)\n    window.addEventListener(\"client\", editor[Reciever], false)\n  } else {\n    editor.off(\"change\", renderOutput)\n    editor.off(\"cursorActivity\", hideOutput)\n    window.removeEventListener(\"client\", editor[Reciever], false)\n    editor[Reciever] = null\n    editor[In] = null\n    editor[Out] = null\n  }\n}\n\nfunction install(CodeMirror) {\n  // Fix constructor property so that it could be accessed from the\n  // instance.\n  CodeMirror.prototype.constructor = CodeMirror;\n  CodeMirror.defaults.interactiveSpeed = 300\n  CodeMirror.defaults.interactiveSeparator = /^\\/\\/ \\=\\>[^\\n]*$/m\n  CodeMirror.keyMap.macDefault[\"Cmd-Enter\"] = print\n  CodeMirror.keyMap.pcDefault[\"Ctrl-Enter\"] = print\n\n  CodeMirror.defineOption(\"interactivate\", false, tooglePlugin)\n}\n\nmodule.exports = install\n","var makeView = require(\"./view\").makeView\nvar render = require(\"./render\")\n\nfunction Output(id) {\n  this.id = id\n}\n\nfunction makeOutput(id) {\n  return new Output(id)\n}\n\n\nfunction clear(output) {\n  output.marker.clear()\n  output.widget.clear()\n}\n\nfunction mark(output, editor, line) {\n  output.marker = editor.markText({line: line, ch: 0},\n                                  {line: line},\n                                  {collapsed: true,\n                                   inclusiveLeft: false,\n                                   inclusiveRight: true,\n                                   })\n\n  output.widget = editor.addLineWidget(line,\n                                       output.view,\n                                       {showIfHidden: true,\n                                        noHScroll:true})\n}\n\nfunction move(output, editor, line) {\n  var position = output.marker.find()\n  if (!position || position.line !== line) {\n    clear(output)\n    mark(output, editor, line)\n  }\n}\n\nfunction write(output, editor, state) {\n  var view = output.view || (output.view = makeView(editor, output.id))\n  if (state === null) return clear(output)\n\n  if (state.pending) output.view.style.opacity = \"0.2\"\n  else if (state.pending === null) output.view.style.opacity = \"\"\n\n  if (state.result) {\n    var content = render(state.result)\n    view.body.innerHTML = \"\"\n    if (content instanceof Element) view.body.appendChild(content)\n    else view.body.textContent = content\n  }\n\n  if (state.visible === true) mark(output, editor, state.line)\n  if (state.visible === false) clear(output)\n  if (state.line) move(output, editor, state.line)\n}\n\nexports.makeOutput = makeOutput\nexports.write = write","var TEAR_IMAGE = \"data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAAAYAAAAMCAYAAABBV8wuAAAAGXRFWHRTb2Z0d2FyZQBBZG9iZSBJbWFnZVJlYWR5ccllPAAAAGpJREFUeNpi/P//PwM2wMSAA7CACEYggLKZgfgvEP8BCYAwKxALAjEPEH8B4g9MUI5IWlqayevXr9eCaCBfGGSSVnJysu/Xr1+fAx3y/9u3by9BfIb29vZCmCAMgCQZ/+NwL07nUlECIMAAMr41sxvv6oEAAAAASUVORK5CYII=\"\n\nvar OUTPUT_STYLE = [\n  \"margin-left: -10px\",\n  \"padding: 0\",\n  \"whitespace: normal\",\n  \"text-shadow: none\"\n].join(\";\")\n\nvar TOP_STYLE = [\n  \"position: relative\",\n  \"z-index: 2\",\n  \"height: 12px\",\n  \"background-clip: padding-box\",\n  \"background: url('\" + TEAR_IMAGE + \"') top right repeat-x\"\n].join(\";\")\n\nvar BOTTOM_STYLE = [\n  \"position: relative\",\n  \"z-index: 2\",\n  \"height: 12px\",\n  \"background-clip: padding-box\",\n  \"background: url('\" + TEAR_IMAGE + \"') top left repeat-x\",\n  \"-webkit-transform: rotate(180deg)\",\n  \"-o-transform: rotate(180deg)\",\n  \"transform: rotate(180deg)\"\n].join(\";\")\n\nvar BOX_STYLE = [\n  \"-moz-box-shadow: 0 0 30px -2px #000\",\n  \"-webkit-box-shadow: 0 0 30px -2px #000\",\n  \"box-shadow: 0 0 30px -2px #000\",\n  \"color: black\",\n  \"background: white\",\n  \"position: relative\",\n  \"margin: 0px\",\n  \"width: 100%\"\n].join(\";\")\n\nvar HEAD_STYLE = [\n  \"display: table-cell\",\n  \"padding: 10px\",\n  \"padding-left: 20px\",\n  \"white-space: pre\",\n  \"color: white\",\n  \"text-shadow: 0px 1px 5px #000\",\n  \"vertical-align: top\"\n].join(\";\")\n\nvar BODY_STYLE = [\n  \"display: table-cell\",\n  \"padding: 10px\",\n  \"width: 100%\"\n].join(\";\")\n\nvar TEMPLATE = [\n  \"<div style=\\\"\" + OUTPUT_STYLE + \"\\\">\",\n  \"  <div class='cm-live-output-border-top' style=\\\"\" + TOP_STYLE + \"\\\"> </div>\",\n  \"  <div class='cm-live-output-box' style=\\\"\" + BOX_STYLE + \"\\\">\",\n  \"    <h1 class='cm-live-output-head' style=\\\"\" + HEAD_STYLE + \"\\\">Out[0]</h1>\",\n  \"    <pre class='cm-live-output-body' style=\\\"\" + BODY_STYLE + \"\\\"></pre>\",\n  \"  </div>\",\n  \"  <div class='cm-live-output-border-bottom' style=\\\"\" + BOTTOM_STYLE + \"\\\"></div>\",\n  \"</div>\"\n ].join(\"\\n\")\n\nfunction makeView(editor, id) {\n  var document = editor.display.input.ownerDocument\n  var container = document.createElement(\"section\")\n  container.innerHTML = TEMPLATE\n  var view = container.firstChild\n  view.id = \"interactivate-out-\" + id\n  view.label = view.querySelector(\".cm-live-output-head\")\n  view.label.textContent = \"Out[\" + id + \"] = \"\n  view.body = view.querySelector(\".cm-live-output-body\")\n  return view\n}\n\nexports.makeView = makeView","\"use strict\";\n\nvar method = require(\"method\")\nvar util = require(\"util\")\n\n\n// Render function takes arbitrary data structure and returns something\n// that can visually represent it.\nvar render = method(\"render@interactivate\")\n\nrender.define(function(value) {\n  return util.inspect(value)\n})\n\nrender.define(Error, function(error) {\n  return String(error)\n})\n\nrender.define(Element, function(element) {\n  return element\n})\n\nmodule.exports = render\n","\"use strict\";\n\nfunction rebase(result, parent, delta) {\n  Object.keys(parent).forEach(function(key) {\n    // If `parent[key]` is `null` it means attribute was deleted in previous\n    // update. We skip such properties as there is no use in keeping them\n    // around. If `delta[key]` is `null` we skip these properties too as\n    // the have being deleted.\n    if (!(parent[key] == null || (key in delta && delta[key] == null)))\n      result[key] = parent[key]\n  }, result)\n  Object.keys(delta).forEach(function(key) {\n    if (key in parent) {\n      var current = delta[key]\n      var previous = parent[key]\n      if (current === previous) current = current\n      // If `delta[key]` is `null` it's delete so we just skip property.\n      else if (current == null) current = current\n      // If value is of primitive type (function or regexps should not\n      // even be here) we just update in place.\n      else if (typeof(current) !== \"object\") result[key] = current\n      // If previous value associated with this key was primitive\n      // and it's mapped to non primitive\n      else if (typeof(previous) !== \"object\") result[key] = current\n      else result[key] = rebase({}, previous, current)\n    } else {\n      result[key] = delta[key]\n    }\n  })\n  return result\n}\n\nmodule.exports = rebase\n","\"use strict\";\n\nvar method = require(\"method\")\n\n// Method is designed to work with data structures representing application\n// state. Calling it with a state should return object representing `delta`\n// that has being applied to a previous state to get to a current state.\n//\n// Example\n//\n// diff(state) // => { \"item-id-1\": { title: \"some title\" } \"item-id-2\": null }\nvar diff = method(\"diff\")\n\n// diff between `null` / `undefined` to any hash is a hash itself.\ndiff.define(null, function(from, to) { return to })\ndiff.define(undefined, function(from, to) { return to })\ndiff.define(Object, function(from, to) {\n  return calculate(from, to || {}) || {}\n})\n\nfunction calculate(from, to) {\n  var diff = {}\n  var changes = 0\n  Object.keys(from).forEach(function(key) {\n    changes = changes + 1\n    if (!(key in to) && from[key] != null) diff[key] = null\n    else changes = changes - 1\n  })\n  Object.keys(to).forEach(function(key) {\n    changes = changes + 1\n    var previous = from[key]\n    var current = to[key]\n    if (previous === current) return (changes = changes - 1)\n    if (typeof(current) !== \"object\") return diff[key] = current\n    if (typeof(previous) !== \"object\") return diff[key] = current\n    var delta = calculate(previous, current)\n    if (delta) diff[key] = delta\n    else changes = changes - 1\n  })\n  return changes ? diff : null\n}\n\ndiff.calculate = calculate\n\nmodule.exports = diff\n","\"use strict\";\n\nvar method = require(\"method\")\nvar rebase = require(\"./rebase\")\n\n// Method is designed to work with data structures representing application\n// state. Calling it with a state and delta should return object representing\n// new state, with changes in `delta` being applied to previous.\n//\n// ## Example\n//\n// patch(state, {\n//   \"item-id-1\": { completed: false }, // update\n//   \"item-id-2\": null                  // delete\n// })\nvar patch = method(\"patch\")\npatch.define(Object, function patch(hash, delta) {\n  return rebase({}, hash, delta)\n})\n\nmodule.exports = patch\n","\"use strict\";\n\nvar defineProperty = Object.defineProperty || function(object, name, property) {\n  object[name] = property.value\n  return object\n}\n\n// Shortcut for `Object.prototype.toString` for faster access.\nvar typefy = Object.prototype.toString\n\n// Map to for jumping from typeof(value) to associated type prefix used\n// as a hash in the map of builtin implementations.\nvar types = { \"function\": \"Object\", \"object\": \"Object\" }\n\n// Array is used to save method implementations for the host objects in order\n// to avoid extending them with non-primitive values that could cause leaks.\nvar host = []\n// Hash map is used to save method implementations for builtin types in order\n// to avoid extending their prototypes. This also allows to share method\n// implementations for types across diff contexts / frames / compartments.\nvar builtin = {}\n\nfunction Primitive() {}\nfunction ObjectType() {}\nObjectType.prototype = new Primitive()\nfunction ErrorType() {}\nErrorType.prototype = new ObjectType()\n\nvar Default = builtin.Default = Primitive.prototype\nvar Null = builtin.Null = new Primitive()\nvar Void = builtin.Void = new Primitive()\nbuiltin.String = new Primitive()\nbuiltin.Number = new Primitive()\nbuiltin.Boolean = new Primitive()\n\nbuiltin.Object = ObjectType.prototype\nbuiltin.Error = ErrorType.prototype\n\nbuiltin.EvalError = new ErrorType()\nbuiltin.InternalError = new ErrorType()\nbuiltin.RangeError = new ErrorType()\nbuiltin.ReferenceError = new ErrorType()\nbuiltin.StopIteration = new ErrorType()\nbuiltin.SyntaxError = new ErrorType()\nbuiltin.TypeError = new ErrorType()\nbuiltin.URIError = new ErrorType()\n\n\nfunction Method(id) {\n  /**\n  Private Method is a callable private name that dispatches on the first\n  arguments same named Method:\n\n      method(object, ...rest) => object[method](...rest)\n\n  It is supposed to be given **unique** `id` preferably in `\"jump@package\"`\n  like form so it won't collide with `id's` other users create. If no argument\n  is passed unique id is generated, but it's proved to be problematic with\n  npm where it's easy to end up with a copies of same module where each copy\n  will have a different name.\n\n  ## Example\n\n      var foo = Method(\"foo@awesomeness\")\n\n      // Implementation for any types\n      foo.define(function(value, arg1, arg2) {\n        // ...\n      })\n\n      // Implementation for a specific type\n      foo.define(BarType, function(bar, arg1, arg2) {\n        // ...\n      })\n  **/\n\n  // Create an internal unique name if one is not provided, also prefix it\n  // to avoid collision with regular method names.\n  var name = \"λ:\" + String(id || Math.random().toString(32).substr(2))\n\n  function dispatch(value) {\n    // Method dispatches on type of the first argument.\n    // If first argument is `null` or `void` associated implementation is\n    // looked up in the `builtin` hash where implementations for built-ins\n    // are stored.\n    var type = null\n    var method = value === null ? Null[name] :\n                 value === void(0) ? Void[name] :\n                 // Otherwise attempt to use method with a generated private\n                 // `name` that is supposedly in the prototype chain of the\n                 // `target`.\n                 value[name] ||\n                 // Otherwise assume it's one of the built-in type instances,\n                 // in which case implementation is stored in a `builtin` hash.\n                 // Attempt to find a implementation for the given built-in\n                 // via constructor name and method name.\n                 ((type = builtin[(value.constructor || \"\").name]) &&\n                  type[name]) ||\n                 // Otherwise assume it's a host object. For host objects\n                 // actual method implementations are stored in the `host`\n                 // array and only index for the implementation is stored\n                 // in the host object's prototype chain. This avoids memory\n                 // leaks that otherwise could happen when saving JS objects\n                 // on host object.\n                 host[value[\"!\" + name]] ||\n                 // Otherwise attempt to lookup implementation for builtins by\n                 // a type of the value. This basically makes sure that all\n                 // non primitive values will delegate to an `Object`.\n                 ((type = builtin[types[typeof(value)]]) && type[name])\n\n\n    // If method implementation for the type is still not found then\n    // just fallback for default implementation.\n    method = method || Default[name]\n\n    // If implementation is still not found (which also means there is no\n    // default) just throw an error with a descriptive message.\n    if (!method) throw TypeError(\"Type does not implements method: \" + name)\n\n    // If implementation was found then just delegate.\n    return method.apply(method, arguments)\n  }\n\n  // Make `toString` of the dispatch return a private name, this enables\n  // method definition without sugar:\n  //\n  //    var method = Method()\n  //    object[method] = function() { /***/ }\n  dispatch.toString = function toString() { return name }\n\n  // Copy utility methods for convenient API.\n  dispatch.implement = implementMethod\n  dispatch.define = defineMethod\n\n  return dispatch\n}\n\n// Create method shortcuts form functions.\nvar defineMethod = function defineMethod(Type, lambda) {\n  return define(this, Type, lambda)\n}\nvar implementMethod = function implementMethod(object, lambda) {\n  return implement(this, object, lambda)\n}\n\n// Define `implement` and `define` polymorphic methods to allow definitions\n// and implementations through them.\nvar implement = Method(\"implement@method\")\nvar define = Method(\"define@method\")\n\n\nfunction _implement(method, object, lambda) {\n  /**\n  Implements `Method` for the given `object` with a provided `implementation`.\n  Calling `Method` with `object` as a first argument will dispatch on provided\n  implementation.\n  **/\n  return defineProperty(object, method.toString(), {\n    enumerable: false,\n    configurable: false,\n    writable: false,\n    value: lambda\n  })\n}\n\nfunction _define(method, Type, lambda) {\n  /**\n  Defines `Method` for the given `Type` with a provided `implementation`.\n  Calling `Method` with a first argument of this `Type` will dispatch on\n  provided `implementation`. If `Type` is a `Method` default implementation\n  is defined. If `Type` is a `null` or `undefined` `Method` is implemented\n  for that value type.\n  **/\n\n  // Attempt to guess a type via `Object.prototype.toString.call` hack.\n  var type = Type && typefy.call(Type.prototype)\n\n  // If only two arguments are passed then `Type` is actually an implementation\n  // for a default type.\n  if (!lambda) Default[method] = Type\n  // If `Type` is `null` or `void` store implementation accordingly.\n  else if (Type === null) Null[method] = lambda\n  else if (Type === void(0)) Void[method] = lambda\n  // If `type` hack indicates built-in type and type has a name us it to\n  // store a implementation into associated hash. If hash for this type does\n  // not exists yet create one.\n  else if (type !== \"[object Object]\" && Type.name) {\n    var Bulitin = builtin[Type.name] || (builtin[Type.name] = new ObjectType())\n    Bulitin[method] = lambda\n  }\n  // If `type` hack indicates an object, that may be either object or any\n  // JS defined \"Class\". If name of the constructor is `Object`, assume it's\n  // built-in `Object` and store implementation accordingly.\n  else if (Type.name === \"Object\")\n    builtin.Object[method] = lambda\n  // Host objects are pain!!! Every browser does some crazy stuff for them\n  // So far all browser seem to not implement `call` method for host object\n  // constructors. If that is a case here, assume it's a host object and\n  // store implementation in a `host` array and store `index` in the array\n  // in a `Type.prototype` itself. This avoids memory leaks that could be\n  // caused by storing JS objects on a host objects.\n  else if (Type.call === void(0)) {\n    var index = host.indexOf(lambda)\n    if (index < 0) index = host.push(lambda) - 1\n    // Prefix private name with `!` so it can be dispatched from the method\n    // without type checks.\n    implement(\"!\" + method, Type.prototype, index)\n  }\n  // If Got that far `Type` is user defined JS `Class`. Define private name\n  // as hidden property on it's prototype.\n  else\n    implement(method, Type.prototype, lambda)\n}\n\n// And provided implementations for a polymorphic equivalents.\n_define(define, _define)\n_define(implement, _implement)\n\n// Define exports on `Method` as it's only thing being exported.\nMethod.implement = implement\nMethod.define = define\nMethod.Method = Method\nMethod.method = Method\nMethod.builtin = builtin\nMethod.host = host\n\nmodule.exports = Method\n"]}
;