Customers wishing to use their own router with VDSL2 services in Germany are hampered by the CPE not supporting PPPoE passthrough, as Telekom limits the line to 1 PPPoE session. The CPE therefore needs to be replaced entirely. This article describes how to extract the login information from an O2 Homebox and then configure a Cisco router as a replacement CPE.
For my new NAS, I wanted newly-connected USB disks to be automatically mounted and then exported over Samba. Debian's usbmount program is used to handle the mounting, and a couple of scripts handle the Samba export.
Since I just got my lovely (and cheap) DOGS102 LCD module and an PS2-style thumb joystick, I thought it might be a good first exercise to get Snaxe running on my Teensy.
This is a simple multiplayer version of the classic Snake game, developed in 16 hours for the Überall video game party. It features network play, with mobile phone or laptop controllers, for 2-8 players per game. It can also be played with up to 4 players on the local keyboard, or with a combination of both network and local players.
I've added one more powerup, 'speed', which doubles your movement rate (effectively letting you get extra moves in between everyone else's moves) for 15 moves. Also finally implemented a smart algorithm to determine how many rabbits to spawn and how often to spawn them and the other powerups. Minimum and maximum rabbit numbers are determined by the number of players in the current game.
Added a new skull and crossbones icon besides dead players, keeping their colour (but faded out) so you can quickly see who is dead.
Lots of tidying up done today, making the game look a bit better. Katia has started working on new snake images to fit the new board size, but they're not done yet.
I've added a new invulnerability powerup, which lets you slither through yourself, other snakes, or bones - but if you're still crossing them when you leave invulnerability, you die. You can still eat friendly powerups in the meantime. You flash faster and faster as your time runs out.
The client/server protocol is now fully implemented my end. It now sends "prepare" messages with the countdown if they're in the next game, and "play" and "gameover" messages to complete the set.
The game no longer starts immediately on state transition; there's now a six-second countdown with big flashing numbers to give people a few seconds to find their snake. And there's a few seconds to see the scoreboard at the end of the game, before it transitions back to the 'insert coin' state. So now the game can run fully standalone in a loop.
More of the client-server communication is now implemented. The client is now put into the queue (and sent a message) after they enter their name. The server now broadcasts a 'gameover' to all clients on startup, in case any clients are stuck in the game from a server crash.
The 'insert coin' state now lists players in the order that they joined the queue, and the 'play' state now adds players to the game in that same order.
Edward came over to the atelier and we've been working on adding networking support for the mobile phone clients. We're using his Python software that sits between the clients and the game servers (which are known as "screens"). The clients talk to the "swarm server" natively using WebSockets, falling back to Flash-emulated sockets if the browser doesn't support them, and to AJAX if it doesn't support either. The game server talks to the swarm server using a simple TCP connection.
Okay kid, this is where it gets complicated. Since this is just a throwaway prototype, I'm going to bend a lot of rules from now on to speed things up. For example, the game logic was originally completely encapsulated (in fact I had the full game simulated 'in memory' before writing a single line of graphical code). But now to save some time, I'm going to mix a lot of the presentation logic into those same classes, and do the nasty with member variable visibility.