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KCauldronX/src/main/java/org/spigotmc/SpigotWorldConfig.java

309 lines
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Java

package org.spigotmc;
import java.util.Arrays;
import java.util.List;
import org.bukkit.Bukkit;
import org.bukkit.configuration.file.YamlConfiguration;
public class SpigotWorldConfig
{
private final String worldName;
private final YamlConfiguration config;
private boolean verbose;
public SpigotWorldConfig(String worldName)
{
this.worldName = worldName;
this.config = SpigotConfig.config;
init();
}
public void init()
{
this.verbose = getBoolean( "verbose", false ); // Cauldron - default false
log( "-------- World Settings For [" + worldName + "] --------" );
SpigotConfig.readConfig( SpigotWorldConfig.class, this );
}
private void log(String s)
{
if ( verbose )
{
Bukkit.getLogger().info( s );
}
}
private void set(String path, Object val)
{
config.set( "world-settings.default." + path, val );
}
private boolean getBoolean(String path, boolean def)
{
config.addDefault( "world-settings.default." + path, def );
return config.getBoolean( "world-settings." + worldName + "." + path, config.getBoolean( "world-settings.default." + path ) );
}
private double getDouble(String path, double def)
{
config.addDefault( "world-settings.default." + path, def );
return config.getDouble( "world-settings." + worldName + "." + path, config.getDouble( "world-settings.default." + path ) );
}
private int getInt(String path, int def)
{
config.addDefault( "world-settings.default." + path, def );
return config.getInt( "world-settings." + worldName + "." + path, config.getInt( "world-settings.default." + path ) );
}
private <T> List getList(String path, T def)
{
config.addDefault( "world-settings.default." + path, def );
return (List<T>) config.getList( "world-settings." + worldName + "." + path, config.getList( "world-settings.default." + path ) );
}
private String getString(String path, String def)
{
config.addDefault( "world-settings.default." + path, def );
return config.getString( "world-settings." + worldName + "." + path, config.getString( "world-settings.default." + path ) );
}
public int chunksPerTick;
public boolean clearChunksOnTick;
private void chunksPerTick()
{
chunksPerTick = getInt( "chunks-per-tick", 650 );
log( "Chunks to Grow per Tick: " + chunksPerTick );
clearChunksOnTick = getBoolean( "clear-tick-list", false );
log( "Clear tick list: " + false );
}
// Crop growth rates
public int cactusModifier;
public int caneModifier;
public int melonModifier;
public int mushroomModifier;
public int pumpkinModifier;
public int saplingModifier;
public int wheatModifier;
private int getAndValidateGrowth(String crop)
{
int modifier = getInt( "growth." + crop.toLowerCase() + "-modifier", 100 );
if ( modifier == 0 )
{
log( "Cannot set " + crop + " growth to zero, defaulting to 100" );
modifier = 100;
}
log( crop + " Growth Modifier: " + modifier + "%" );
return modifier;
}
private void growthModifiers()
{
cactusModifier = getAndValidateGrowth( "Cactus" );
caneModifier = getAndValidateGrowth( "Cane" );
melonModifier = getAndValidateGrowth( "Melon" );
mushroomModifier = getAndValidateGrowth( "Mushroom" );
pumpkinModifier = getAndValidateGrowth( "Pumpkin" );
saplingModifier = getAndValidateGrowth( "Sapling" );
wheatModifier = getAndValidateGrowth( "Wheat" );
}
public double itemMerge;
private void itemMerge()
{
itemMerge = getDouble("merge-radius.item", 2.5 );
log( "Item Merge Radius: " + itemMerge );
}
public double expMerge;
private void expMerge()
{
expMerge = getDouble("merge-radius.exp", 3.0 );
log( "Experience Merge Radius: " + expMerge );
}
public int viewDistance;
private void viewDistance()
{
viewDistance = getInt( "view-distance", Bukkit.getViewDistance() );
log( "View Distance: " + viewDistance );
}
public byte mobSpawnRange;
private void mobSpawnRange()
{
mobSpawnRange = (byte) getInt( "mob-spawn-range", 4 );
log( "Mob Spawn Range: " + mobSpawnRange );
}
public int animalActivationRange = 32;
public int monsterActivationRange = 32;
public int miscActivationRange = 16;
private void activationRange()
{
animalActivationRange = getInt( "entity-activation-range.animals", animalActivationRange );
monsterActivationRange = getInt( "entity-activation-range.monsters", monsterActivationRange );
miscActivationRange = getInt( "entity-activation-range.misc", miscActivationRange );
log( "Entity Activation Range: An " + animalActivationRange + " / Mo " + monsterActivationRange + " / Mi " + miscActivationRange );
}
public int playerTrackingRange = 48;
public int animalTrackingRange = 48;
public int monsterTrackingRange = 48;
public int miscTrackingRange = 32;
public int maxTrackingRange = 64;
private void trackingRange()
{
playerTrackingRange = getInt( "entity-tracking-range.players", playerTrackingRange );
animalTrackingRange = getInt( "entity-tracking-range.animals", animalTrackingRange );
monsterTrackingRange = getInt( "entity-tracking-range.monsters", monsterTrackingRange );
miscTrackingRange = getInt( "entity-tracking-range.misc", miscTrackingRange );
maxTrackingRange = getInt( "entity-tracking-range.other", maxTrackingRange );
log( "Entity Tracking Range: Pl " + playerTrackingRange + " / An " + animalTrackingRange + " / Mo " + monsterTrackingRange + " / Mi " + miscTrackingRange + " / Other " + maxTrackingRange );
}
public int hopperTransfer = 8;
public int hopperCheck = 8;
private void hoppers()
{
// Set the tick delay between hopper item movements
hopperTransfer = getInt( "ticks-per.hopper-transfer", hopperTransfer );
// Set the tick delay between checking for items after the associated
// container is empty. Default to the hopperTransfer value to prevent
// hopper sorting machines from becoming out of sync.
hopperCheck = getInt( "ticks-per.hopper-check", hopperTransfer );
log( "Hopper Transfer: " + hopperTransfer + " Hopper Check: " + hopperCheck );
}
public boolean randomLightUpdates;
private void lightUpdates()
{
randomLightUpdates = getBoolean( "random-light-updates", false );
log( "Random Lighting Updates: " + randomLightUpdates );
}
public boolean saveStructureInfo;
private void structureInfo()
{
saveStructureInfo = getBoolean( "save-structure-info", true );
log( "Structure Info Saving: " + saveStructureInfo );
if ( !saveStructureInfo )
{
log( "*** WARNING *** You have selected to NOT save structure info. This may cause structures such as fortresses to not spawn mobs when updating to 1.7!" );
log( "*** WARNING *** Please use this option with caution, SpigotMC is not responsible for any issues this option may cause in the future!" );
}
}
public int itemDespawnRate;
private void itemDespawnRate()
{
itemDespawnRate = getInt( "item-despawn-rate", 6000 );
log( "Item Despawn Rate: " + itemDespawnRate );
}
public int arrowDespawnRate;
private void arrowDespawnRate()
{
arrowDespawnRate = getInt( "arrow-despawn-rate", 1200 );
log( "Arrow Despawn Rate: " + arrowDespawnRate );
}
public boolean antiXray;
public int engineMode;
public List<Integer> hiddenBlocks;
public List<Integer> replaceBlocks;
public AntiXray antiXrayInstance;
private void antiXray()
{
antiXray = getBoolean( "anti-xray.enabled", true );
log( "Anti X-Ray: " + antiXray );
engineMode = getInt( "anti-xray.engine-mode", 1 );
log( "\tEngine Mode: " + engineMode );
if ( SpigotConfig.version < 5 )
{
set( "anti-xray.blocks", null );
}
hiddenBlocks = getList( "anti-xray.hide-blocks", Arrays.asList( new Integer[]
{
14, 15, 16, 21, 48, 49, 54, 56, 73, 74, 82, 129, 130
} ) );
log( "\tHidden Blocks: " + hiddenBlocks );
replaceBlocks = getList( "anti-xray.replace-blocks", Arrays.asList( new Integer[]
{
1, 5
} ) );
log( "\tReplace Blocks: " + replaceBlocks );
antiXrayInstance = new AntiXray( this );
}
public boolean zombieAggressiveTowardsVillager;
private void zombieAggressiveTowardsVillager()
{
zombieAggressiveTowardsVillager = getBoolean( "zombie-aggressive-towards-villager", true );
log( "Zombie Aggressive Towards Villager: " + zombieAggressiveTowardsVillager );
}
public boolean nerfSpawnerMobs;
private void nerfSpawnerMobs()
{
nerfSpawnerMobs = getBoolean( "nerf-spawner-mobs", false );
log( "Nerfing mobs spawned from spawners: " + nerfSpawnerMobs );
}
public boolean enableZombiePigmenPortalSpawns;
private void enableZombiePigmenPortalSpawns()
{
enableZombiePigmenPortalSpawns = getBoolean( "enable-zombie-pigmen-portal-spawns", true );
log( "Allow Zombie Pigmen to spawn from portal blocks: " + enableZombiePigmenPortalSpawns );
}
public int maxBulkChunk;
private void bulkChunkCount()
{
maxBulkChunk = getInt( "max-bulk-chunks", 5 );
log( "Sending up to " + maxBulkChunk + " chunks per packet" );
}
public int maxCollisionsPerEntity;
private void maxEntityCollision()
{
maxCollisionsPerEntity = getInt( "max-entity-collisions", 8 );
log( "Max Entity Collisions: " + maxCollisionsPerEntity );
}
public int tileMaxTickTime;
public int entityMaxTickTime;
private void maxTickTimes()
{
tileMaxTickTime = getInt("max-tick-time.tile", 50);
entityMaxTickTime = getInt("max-tick-time.entity", 50);
log("Tile Max Tick Time: " + tileMaxTickTime + "ms Entity max Tick Time: " + entityMaxTickTime + "ms");
}
public int currentPrimedTnt = 0;
public int maxTntTicksPerTick;
private void maxTntPerTick() {
if ( SpigotConfig.version < 7 )
{
set( "max-tnt-per-tick", 100 );
}
maxTntTicksPerTick = getInt( "max-tnt-per-tick", 100 );
log( "Max TNT Explosions: " + maxTntTicksPerTick );
}
public boolean useAsyncLighting;
private void useAsyncLighting()
{
useAsyncLighting = getBoolean( "use-async-lighting", true );
log( "World async lighting: " + useAsyncLighting );
}
}