konsolas

## AAC Configuration File (Generated by AAC ~VERSION)
#
# How AAC works:
#   AAC's detection pipeline has three main stages: checks, database, and analysis
#    - Checks analyse player behaviour and record any interesting data available.
#      Some checks are additionally able to block cheats from being used. This is called mitigation.
#    - The database stores a record of aggregate information generated by all enabled checks for every player.
#      Old entries are automatically cleared when the server restarts.
#    - AAC periodically analyses each player's database entries, generating an overall risk score and a report.
#      If the generated risk score is greater than a configured threshold (see `yellow_score`, `red_score`), an alert

konsolas

#### AAC Config (Generated by AAC ~VERSION)
#
# Hey there,
#   Welcome to AAC's configuration file.
#   I've commented the entire thing heavily so every option is easy to understand.
#   If you want a simple place to start, feel free to check out the "Common changes" section below.
#   Feel free to read through the descriptions of checks and options and change them to suit your server.
#   I hope that AAC will perform well and live up to your expectations.
#     ~ konsolas
#

konsolas

    /**
     * Handles changes in player positioning and rotation such as when travelling to a new dimension, (re)spawning,
     * mounting horses etc. Seems to immediately reply to the server with the clients post-processing perspective on the
     * player positioning
     */
    public void handlePlayerPosLook(S08PacketPlayerPosLook packetIn)
    {
        PacketThreadUtil.checkThreadAndEnqueue(packetIn, this, this.gameController);
        EntityPlayer entityplayer = this.gameController.thePlayer;
        double d0 = packetIn.getX();

konsolas

#### AAC Config (Generated by AAC ~VERSION)
#
# Hey there,
#   Welcome to AAC's configuration file.
#   I've commented the entire thing heavily so every option is easy to understand.
#   If you want a simple place to start, feel free to check out the "Common changes" section below.
#   Feel free to read through the descriptions of checks and options and change them to suit your server.
#   I hope that AAC will perform well and live up to your expectations.
#     ~ konsolas
#

konsolas

Keybase proof

I hereby claim:

• I am konsolas on github.
• I am konsolas (https://keybase.io/konsolas) on keybase.
• I have a public key whose fingerprint is 857D 84F3 CE8C F361 B124 9339 857B 866D 5793 69FB

To claim this, I am signing this object:

konsolas

[Event "soot test 1"]
[Site "?"]
[Date "2016.06.04"]
[Round "1"]
[White "Soot"]
[Black "Chispa 4.0.3"]
[Result "1-0"]
[ECO "A00"]
[TimeControl "m1000"]

konsolas

#### AAC Config
#
# NOTE: Most of the values here have been tried and tested to work.
#       It is not recommended that you change them unless you are
#       getting false positives.
#
#       It would be a good idea to make sure the false positives you're getting aren't actually hackers....
#
#
# The configurable commands will replace "{player}" with the name of the player.

konsolas

public class AACWrapperAhemReloaded implements Listener {
    private final Map<HackType, Set<UUID>> exempt = new HashMap<>();
    
    public AACWrapperAhemReloaded(JavaPlugin plugin) {
        plugin.getServer().getPluginManager().registerEvents(this, plugin);
        
        for(HackType hackType : HackType.values()) {
            exempt.put(hackType, new HashSet<UUID>());
        }
    }

konsolas

public class AACWrapper implements Listener {
    private final Set<UUID> exempt = new HashSet<>();
    
    public AACWrapper(JavaPlugin plugin) {
        plugin.getServer().getPluginManager().registerEvents(this, plugin);
    }

    public void exemptPlayer(Player player) {
        exempt.add(player.getUniqueId());
    }

konsolas

//http://docs.oracle.com/javase/tutorial/java/nutsandbolts/datatypes.html

byte byteMin = -128;
byte byteMax = 127;

short shortMin = -32768;
short shortMax = 32767;

int intMin = -2147483648;
int intMax = 2147483647;