whole_func_string: function SailsSocket (opts){
        var self = this;
        opts = opts||{};
  
        // Absorb opts
        self.useCORSRouteToGetCookie = opts.useCORSRouteToGetCookie;
        self.url = opts.url;
        self.multiplex = opts.multiplex;
        self.transports = opts.transports;
  
        // Set up "eventQueue" to hold event handlers which have not been set on the actual raw socket yet.
        self.eventQueue = {};
  
        // Listen for special `parseError` event sent from sockets hook on the backend
        // if an error occurs but a valid callback was not received from the client
        // (i.e. so the server had no other way to send back the error information)
        self.on('sails:parseError', function (err){
          consolog('Sails encountered an error parsing a socket message sent from this client, and did not have access to a callback function to respond with.');
          consolog('Error details:',err);
        });
  
        // TODO:
        // Listen for a special private message on any connected that allows the server
        // to set the environment (giving us 100% certainty that we guessed right)
        // However, note that the `console.log`s called before and after connection
        // are still forced to rely on our existing heuristics (to disable, tack #production
        // onto the URL used to fetch this file.)
      }
func_code_string: function SailsSocket (opts){
        var self = this;
        opts = opts||{};
  
        // Absorb opts
        self.useCORSRouteToGetCookie = opts.useCORSRouteToGetCookie;
        self.url = opts.url;
        self.multiplex = opts.multiplex;
        self.transports = opts.transports;
  
        // Set up "eventQueue" to hold event handlers which have not been set on the actual raw socket yet.
        self.eventQueue = {};
  
        // Listen for special `parseError` event sent from sockets hook on the backend
        // if an error occurs but a valid callback was not received from the client
        // (i.e. so the server had no other way to send back the error information)
        self.on('sails:parseError', function (err){
          consolog('Sails encountered an error parsing a socket message sent from this client, and did not have access to a callback function to respond with.');
          consolog('Error details:',err);
        });
  
        // TODO:
        // Listen for a special private message on any connected that allows the server
        // to set the environment (giving us 100% certainty that we guessed right)
        // However, note that the `console.log`s called before and after connection
        // are still forced to rely on our existing heuristics (to disable, tack #production
        // onto the URL used to fetch this file.)
      }
func_documentation_string: Version note:  `io.SocketNamespace.prototype` doesn't exist in sio 1.0.  Rather than adding methods to the prototype for the Socket instance that is returned when the browser connects with `io.connect()`, we create our own constructor, `SailsSocket`. This makes our solution more future-proof and helps us work better w/ the Socket.io team when changes are rolled out in the future.  To get a `SailsSocket`, you can run: ``` io.sails.connect(); ``` 
  SailsSocket
  
  A wrapper for an underlying Socket instance that communicates directly
  to the Socket.io server running inside of Sails.
  
  If no `socket` option is provied, SailsSocket will function as a mock. It will queue socket
  requests and event handler bindings, replaying them when the raw underlying socket actually
  connects. This is handy when we don't necessarily have the valid configuration to know
  WHICH SERVER to talk to yet, etc.  It is also used by `io.socket` for your convenience.
  
  @constructor