This allows you to register in the web frontend now, and the login server now
checks this before giving a session ID. Note that this is wildly insecure (it
stores the passwords in plaintext!) and is duly noted in the USAGE.
My old setup of throwing *all* of the IPC types and opcodes into *one* enum was
becoming unbearable. Now that we have multiple things using the same opcodes
(because they can overlap) I think it's time to repay this technical debt.
This overhauls the structure of the project to move IPC structs into their own
modules, and separate the opcode data/lists into separate ones depending on if
it's clientbound and serverbound.
Nothing has changed functionall, but this is going to make it way easier to add
more IPC in the future.
This doesn't really fix anything functionally, but makes the Character window
look nicer. The same (currently unchangable) data is now reflected in the lobby.
I have unsuccessfully tried to spawn another actor, the game recieves it (and
adds it to the object table) but they are marked invisible. Besises, this also
contains various field improvements and initial support for social lists.
The current situation of throw-every-piece-of-logic-into-one-file for each
server isn't working out. So now there is a new ZoneConnection/LobbyConnection
struct that will be delegating tasks to their own Handlers (for example, there
could be a ChatHandler.)
I'm not sure how well this architecture will scale, but it's better than what
we have right now.
It's a hack and only really works going from New -> Old Gridania, but this does
work! It also means Kawari now actually requires a valid game installation,
since it has to read layer group information.
I apparently had a few fields missing here. Also just some general clean up,
make it the same looking character in both the Lobby and World server. I also
chose Gridania as the test zone.
This is useful in some territories where you might not spawn in the correct
position. It currently locks up movement afterwards, but it's still useful.
Yet again TemporalStasis is awesome, and it shows that we need two separate
compressors (one for clientbound packets, one for serverbound ones.) I also
updated some opcodes for the latest patch, and support for compressing with
Oodle when sending packets.
This is a slightly modified version of the one in Physis, with the required
modifications inspired from WorkingRobot's TemporalStatis fork. Thanks so much!
