Bonus: Introduces a new GetDataHandledEventArgs for use in events that
have players, data, and need to be handled.
I was originally going to modify GetDataHandlerArgs, but that comes from
the EventArgs class of args that isn't handled, and changing that to
extend HandledEventArgs would imply we care or check to see if those are
handled and we don't so we're stuck with this implementation for a
teenie tiny bit.
Only called in one method, the stack hack detection can move to
TSPlayer as it only ever operates on one player.
In a future commit, this will replace the stack hack detection
OnSecondUpdate() and also set the disabled flag if a player has
a hacked stack when called.
This just changes IgnoreActionsForClearingTrashCan to meet the
same naming scheme for the rest of the old ignore checks. For
consistency. Consistency is nice.
This replaces IgnoreActionsForCheating in TSPlayer with a new
IsDisabledForStackDetection field that tracks the same basic data.
The previous way we did this was storing a string as the "reason"
why a player was disabled for cheating, but it only stored the last
hacked item stack that caused the check to fail. Since we already
have OnSecondUpdate which notifies on _all_ items, we don't need
to store this info in such a useless way anyway. They'll find out
in one second what they need to remove in a more alarmist way.
This is the first commit in a series to rewrite CheckIgnores()
into whatever its replacement becomes.
IgnoreActionsForInventory was probably used by the SSC system prior
to when we had in-game support for SSC (ergo, when we just checked
to make sure you had removed all items before joining and worked
our way up in inventory data to track it). I could be wrong about
this though.
Now, IsDisabledForSSC tracks only if a player is shut down due to
SSC, rather than a reason that gets broadcast.
Hooks have this fancy .Register method when they're of type
HandlerList<Args> that high made but we never bother to initialize
any of them, so .Register doesn't work because it's null.
This solves that problem by just initializing all handlers. Thus,
.Register works, and thus, you can register hooks with priorities.
http://rubyonrails.org/doctrine
The problem with most programmers is that they refuse to see any
logic in thinking about a problem from the other side, even just
once. You can't argue with someone over what opinionated "programmer
happiness" things are because logically you'll always be outmatched
with "well you can just do it this other way."
Take this example. How is !args.Player.HasProjectilePermission any
easier to understand than args.Player.LacksProjectilePermission?
-> One is direct: it focuses on what a player doesn't have.
-> The other is indirect: it's the inverse of have.
You can read one in a sentence and think "so if a player lacks a
permission then this happens" whereas the other is like "invert
if a player has a permission." In this soupy mess of a codebase
where you're trying to sort out what 300 magic numbers mean and
what everything else is trying to do, then it's kinda nice to
be able to read something and understand it immediately.
After confirming with @QuiCM on this, we couldn't figure out why
this was set to false in the first place. As a result, we changed
it to true to conform with usual logic (bad stuff? reject it.).
Removed PacketTypes.PlayerKillMe since it's out of the protocol.
Removed handler method for PlayerKillMe since it's out of the
protocol.
Updated changelog to reflect new hook changes.
There are probably a few components in here that don't make sense
for bouncer (looking at you, regions code). However, it's on my todo
list rather than being an imminent thing.
