var RTL$ = { makeArray: function (/*dimensions, initializer*/){ var forward = Array.prototype.slice.call(arguments); var result = new Array(forward.shift()); var i; if (forward.length == 1){ var init = forward[0]; if (typeof init == "function") for(i = 0; i < result.length; ++i) result[i] = init(); else for(i = 0; i < result.length; ++i) result[i] = init; } else for(i = 0; i < result.length; ++i) result[i] = this.makeArray.apply(this, forward); return result; }, extend: function extend(methods){ function Type(){ for(var m in methods) this[m] = methods[m]; } Type.prototype = this.prototype; var result = methods.init; result.prototype = new Type(); // inherit this.prototype result.prototype.constructor = result; // to see constructor name in diagnostic result.extend = extend; return result; }, copy: function (from, to){ for(var prop in to){ if (to.hasOwnProperty(prop)){ var v = from[prop]; if (v !== null && typeof v == "object") this.copy(v, to[prop]); else to[prop] = v; } } } }; var m = function (){ var arraySize = 10; var a1 = RTL$.makeArray(10, 0);var a11 = RTL$.makeArray(10, 0); var a2 = RTL$.makeArray(5, function(){return RTL$.makeArray(10, 0);}); var a3 = RTL$.makeArray(5, false); var a4 = RTL$.makeArray(3, 4, false); var anonymous$1 = RTL$.extend({ init: function anonymous$1(){ } }); var a5 = RTL$.makeArray(3, function(){return new anonymous$1();}); function p(){ var a3 = RTL$.makeArray(1, 0); a3[0] = 1; } function p1(a/*ARRAY 10 OF INTEGER*/){ } function p2(a/*VAR ARRAY 10 OF INTEGER*/){ p1(a); } a1[0] = 1; a3[1] = true; a4[1][2] = true; a4[1][2] = true; p1(a1); p2(a1); RTL$.copy(a11, a1); }();