Routing fleshout

[Gankra]

@spratt I could really use your help on working out the future details on this will work.

Current plan:

• Host creates calls Router.getHost(port);
• Host calls router.start(); //necessary? could be done in static method
• HostRouter loops infinitely waiting for clients
• Host calls router.startGame
• HostRouter loads in all the JSON and creates entire model
• HostRouter sends to clients:

{
 cards: <as seen in cards.json>
 wonders: <as seen in wonderlist.json>
 players: {
  <player id>: <wondername_wonderside>
  <player id>: <wondername_wonderside>
 ...
 }
 deck: [
  [<cardname_age_minplayers>,<cardname_age_minplayers>,...]
  [<cardname_age_minplayers>,...]
  [<cardname_age_minplayers>,...] 
 ]
 localPlayer: <player id of player this client has> <-- note this is the only unique data in this whole blob, might be worth sending as a separate message for this reason
 }

• ClientRouter gets this message and responds with "ok" once it's handled parsing that all
• HostRouter broadcasts to all ClientRouters to "takeTurn"
• HostRouter runs its own model
• ClientRouters run their model
• ClientRouters tell HostRouter:

 {<player_id>: <playercommand>}

• when HostRouter has all PlayerCommands, broadcasts:

 {
<player_id>: <playercommand>
<player_id>: <playercommand>
<player_id>: <playercommand>
...
} 

• ClientRouter responds with "ok" when it has handled that
• GOTO: HostRouter broadcasts to all ClientRouters to "takeTurn"

[Gankra]

Clarification: moreso requesting help in the actual implementation of this, as I'm having trouble thinking in terms of multi-threaded networking at the moment.

[spratt]

I like the separation of ClientRouter and HostRouter.