public void load(ConfigurationNode node) {
this.keepSpawnInMemory = node.get("keepSpawnLoaded", this.keepSpawnInMemory);
this.worldmode = WorldMode.get(node.get("environment", this.worldmode.getName()));
this.chunkGeneratorName = node.get("chunkGenerator", String.class, this.chunkGeneratorName);
if (LogicUtil.nullOrEmpty(this.chunkGeneratorName)) {
this.chunkGeneratorName = null;
}
this.difficulty = node.get("difficulty", Difficulty.class, this.difficulty);
this.gameMode = node.get("gamemode", GameMode.class, this.gameMode);
this.clearInventory = node.get("clearInventory", this.clearInventory);
String worldspawn = node.get("spawn.world", String.class);
if (worldspawn != null) {
double x = node.get("spawn.x", 0.0);
double y = node.get("spawn.y", 64.0);
double z = node.get("spawn.z", 0.0);
double yaw = node.get("spawn.yaw", 0.0);
double pitch = node.get("spawn.pitch", 0.0);
this.spawnPoint = new Position(worldspawn, x, y, z, (float) yaw, (float) pitch);
}
this.holdWeather = node.get("holdWeather", this.holdWeather);
this.formIce = node.get("formIce", this.formIce);
this.formSnow = node.get("formSnow", this.formSnow);
this.showRain = node.get("showRain", this.showRain);
this.showSnow = node.get("showSnow", this.showSnow);
this.pvp = node.get("pvp", this.pvp);
this.forcedRespawn = node.get("forcedRespawn", this.forcedRespawn);
this.allowHunger = node.get("hunger", this.allowHunger);
this.rememberLastPlayerPosition =
node.get("rememberlastplayerpos", this.rememberLastPlayerPosition);
this.reloadWhenEmpty = node.get("reloadWhenEmpty", this.reloadWhenEmpty);
for (String type : node.getList("deniedCreatures", String.class)) {
type = type.toUpperCase();
if (type.equals("ANIMALS")) {
this.spawnControl.setAnimals(true);
} else if (type.equals("MONSTERS")) {
this.spawnControl.setMonsters(true);
} else {
EntityType t = ParseUtil.parseEnum(EntityType.class, type, null);
if (t != null) {
this.spawnControl.deniedCreatures.add(t);
}
}
}
long time = node.get("lockedtime", Integer.MIN_VALUE);
if (time != Integer.MIN_VALUE) {
this.timeControl.setTime(time);
this.timeControl.setLocking(true);
}
this.defaultNetherPortal =
node.get("defaultNetherPortal", String.class, this.defaultNetherPortal);
this.defaultEnderPortal = node.get("defaultEndPortal", String.class, this.defaultEnderPortal);
if (node.contains("defaultPortal")) {
// Compatibility mode
this.defaultNetherPortal = node.get("defaultPortal", String.class, this.defaultNetherPortal);
node.set("defaultPortal", null);
}
this.OPlist = node.getList("operators", String.class, this.OPlist);
}
@Override
public T convertSpecial(Object value, Class<?> valueType, T def) {
String text = ConversionTypes.toString.convert(value);
if (text != null) {
return ParseUtil.parseEnum(getOutputType(), text, def);
} else {
return def;
}
}
/**
* Writes this configuration to stream<br>
* Note: Closes the stream when finished
*
* @param stream to write to
*/
public void saveToStream(OutputStream stream) throws IOException {
// Get rid of newline characters in text - Bukkit bug prevents proper saving
for (String key : this.getSource().getKeys(true)) {
Object value = this.getSource().get(key);
if (value instanceof String) {
String text = (String) value;
if (text.contains("\n")) {
this.getSource().set(key, Arrays.asList(text.split("\n", -1)));
}
}
}
BufferedWriter writer = new BufferedWriter(new OutputStreamWriter(stream));
try {
// Write the top header
writeHeader(true, writer, this.getHeader(), 0);
// Write other headers and the nodes
IntHashMap<String> anchorData = new IntHashMap<String>();
int indent;
int anchStart, anchEnd, anchId = -1, anchDepth = 0, anchIndent = 0;
boolean wasAnchor;
int refStart, refEnd, refId;
StringBuilder refData = new StringBuilder();
NodeBuilder node = new NodeBuilder(this.getIndent());
for (String line : this.getSource().saveToString().split("\n", -1)) {
line = StringUtil.colorToAmp(line);
indent = StringUtil.getSuccessiveCharCount(line, ' ');
line = line.substring(indent);
wasAnchor = false;
// ===== Logic start =====
// Get rid of the unneeded '-characters around certain common names
if (line.equals("'*':")) {
line = "*:";
}
// Handle a node
if (node.handle(line, indent)) {
// Store old anchor data
if (anchId >= 0 && node.getDepth() <= anchDepth) {
anchorData.put(anchId, refData.toString());
refData.setLength(0);
anchId = refId = -1;
}
// Saving a new node: Write the node header
writeHeader(false, writer, this.getHeader(node.getPath()), indent);
// Check if the value denotes a reference
refStart = line.indexOf("*id", node.getName().length());
refEnd = line.indexOf(' ', refStart);
if (refEnd == -1) {
refEnd = line.length();
}
if (refStart > 0 && refEnd > refStart) {
// This is a reference pointer: get id
refId = ParseUtil.parseInt(line.substring(refStart + 3, refEnd), -1);
if (refId >= 0) {
// Obtain the reference data
String data = anchorData.get(refId);
if (data != null) {
// Replace the line with the new data
line = StringUtil.trimEnd(line.substring(0, refStart)) + " " + data;
}
}
}
// Check if the value denotes a data anchor
anchStart = line.indexOf("&id", node.getName().length());
anchEnd = line.indexOf(' ', anchStart);
if (anchEnd == -1) {
anchEnd = line.length();
}
if (anchStart > 0 && anchEnd > anchStart) {
// This is a reference node anchor: get id
anchId = ParseUtil.parseInt(line.substring(anchStart + 3, anchEnd), -1);
anchDepth = node.getDepth();
anchIndent = indent;
if (anchId >= 0) {
// Fix whitespace after anchor identifier
anchEnd += StringUtil.getSuccessiveCharCount(line.substring(anchEnd), ' ');
// Store the data of this anchor
refData.append(line.substring(anchEnd));
// Remove the variable reference from saved data
line = StringUtil.replace(line, anchStart, anchEnd, "");
}
wasAnchor = true;
}
}
if (!wasAnchor && anchId >= 0) {
// Not an anchor: append anchor data
refData
.append('\n')
.append(StringUtil.getFilledString(" ", indent - anchIndent))
.append(line);
}
// Write the data
if (LogicUtil.containsChar('\n', line)) {
for (String part : line.split("\n", -1)) {
StreamUtil.writeIndent(writer, indent);
writer.write(part);
writer.newLine();
}
} else {
StreamUtil.writeIndent(writer, indent);
writer.write(line);
writer.newLine();
}
}
} finally {
writer.close();
}
}
@Override
public boolean parseSet(String key, String arg) {
if (key.equals("exitoffset")) {
Vector vec = Util.parseVector(arg, null);
if (vec != null) {
for (CartProperties prop : this) {
prop.exitOffset = vec;
}
}
} else if (key.equals("exityaw")) {
float yaw = ParseUtil.parseFloat(arg, 0.0f);
for (CartProperties prop : this) {
prop.exitYaw = yaw;
}
} else if (key.equals("exitpitch")) {
float pitch = ParseUtil.parseFloat(arg, 0.0f);
for (CartProperties prop : this) {
prop.exitPitch = pitch;
}
} else if (LogicUtil.contains(key, "exitrot", "exitrotation")) {
String[] angletext = Util.splitBySeparator(arg);
float yaw = 0.0f;
float pitch = 0.0f;
if (angletext.length == 2) {
yaw = ParseUtil.parseFloat(angletext[0], 0.0f);
pitch = ParseUtil.parseFloat(angletext[1], 0.0f);
} else if (angletext.length == 1) {
yaw = ParseUtil.parseFloat(angletext[0], 0.0f);
}
for (CartProperties prop : this) {
prop.exitYaw = yaw;
prop.exitPitch = pitch;
}
} else if (key.equals("sound") || key.equals("minecartsound")) {
this.soundEnabled = ParseUtil.parseBool(arg);
} else if (key.equals("mobcollision")) {
this.mobCollision = CollisionMode.parse(arg);
} else if (key.equals("playercollision")) {
this.playerCollision = CollisionMode.parse(arg);
} else if (key.equals("misccollision")) {
this.miscCollision = CollisionMode.parse(arg);
} else if (key.equals("traincollision")) {
this.trainCollision = CollisionMode.parse(arg);
} else if (LogicUtil.contains(key, "collision", "collide")) {
this.setColliding(ParseUtil.parseBool(arg));
} else if (LogicUtil.contains(key, "linking", "link")) {
this.trainCollision = CollisionMode.fromLinking(ParseUtil.parseBool(arg));
} else if (LogicUtil.contains(key, "slow", "slowdown")) {
this.setSlowingDown(ParseUtil.parseBool(arg));
} else if (LogicUtil.contains(key, "setdefault", "default")) {
this.setDefault(arg);
} else if (key.equals("pushmobs")) {
this.mobCollision = CollisionMode.fromPushing(ParseUtil.parseBool(arg));
} else if (key.equals("pushplayers")) {
this.playerCollision = CollisionMode.fromPushing(ParseUtil.parseBool(arg));
} else if (key.equals("pushmisc")) {
this.miscCollision = CollisionMode.fromPushing(ParseUtil.parseBool(arg));
} else if (LogicUtil.contains(key, "push", "pushing")) {
CollisionMode mode = CollisionMode.fromPushing(ParseUtil.parseBool(arg));
this.playerCollision = this.mobCollision = this.miscCollision = mode;
} else if (LogicUtil.contains(key, "speedlimit", "maxspeed")) {
this.setSpeedLimit(ParseUtil.parseDouble(arg, 0.4));
} else if (LogicUtil.contains(key, "allowmanual", "manualmove", "manual")) {
this.allowManualMovement = ParseUtil.parseBool(arg);
} else if (LogicUtil.contains(key, "keepcloaded", "loadchunks", "keeploaded")) {
this.keepChunksLoaded = ParseUtil.parseBool(arg);
} else if (key.equals("addtag")) {
this.addTags(arg);
} else if (key.equals("settag")) {
this.setTags(arg);
} else if (key.equals("destination")) {
this.setDestination(arg);
} else if (key.equals("remtag")) {
this.removeTags(arg);
} else if (LogicUtil.contains(key, "name", "rename", "setname")) {
this.setName(generateTrainName(arg));
} else if (LogicUtil.contains(key, "dname", "displayname", "setdisplayname", "setdname")) {
this.setDisplayName(arg);
} else if (LogicUtil.contains(key, "mobenter", "mobsenter")) {
this.mobCollision = CollisionMode.fromEntering(ParseUtil.parseBool(arg));
} else if (key.equals("playerenter")) {
this.setPlayersEnter(ParseUtil.parseBool(arg));
} else if (key.equals("playerexit")) {
this.setPlayersExit(ParseUtil.parseBool(arg));
} else if (LogicUtil.contains(key, "invincible", "godmode")) {
this.setInvincible(ParseUtil.parseBool(arg));
} else if (key.equals("setownerperm")) {
for (CartProperties prop : this) {
prop.clearOwnerPermissions();
prop.getOwnerPermissions().add(arg);
}
} else if (key.equals("addownerperm")) {
for (CartProperties prop : this) {
prop.getOwnerPermissions().add(arg);
}
} else if (key.equals("remownerperm")) {
for (CartProperties prop : this) {
prop.getOwnerPermissions().remove(arg);
}
} else if (key.equals("setowner")) {
arg = arg.toLowerCase();
for (CartProperties cprop : this) {
cprop.clearOwners();
cprop.getOwners().add(arg);
}
} else if (key.equals("addowner")) {
arg = arg.toLowerCase();
for (CartProperties cprop : this) {
cprop.getOwners().add(arg);
}
} else if (key.equals("remowner")) {
arg = arg.toLowerCase();
for (CartProperties cprop : this) {
cprop.getOwners().remove(arg);
}
} else if (LogicUtil.contains(key, "spawnitemdrops", "spawndrops", "killdrops")) {
this.setSpawnItemDrops(ParseUtil.parseBool(arg));
} else {
return false;
}
return true;
}
public boolean isTrainRenamed() {
return !this.trainname.startsWith("train") || !ParseUtil.isNumeric(this.trainname.substring(5));
}
@Override
public void execute(SignActionEvent info) {
if (!info.isAction(
SignActionType.MEMBER_ENTER, SignActionType.REDSTONE_ON, SignActionType.GROUP_ENTER)) {
return;
}
// parse the sign
boolean docart =
info.isAction(SignActionType.MEMBER_ENTER, SignActionType.REDSTONE_ON)
&& info.isCartSign()
&& info.hasMember();
boolean dotrain =
!docart
&& info.isAction(SignActionType.GROUP_ENTER, SignActionType.REDSTONE_ON)
&& info.isTrainSign()
&& info.hasGroup();
if (!docart && !dotrain) return;
if (!info.isPowered()) return;
// get nearby chests
int radius = ParseUtil.parseInt(info.getLine(1), TrainCarts.defaultTransferRadius);
List<Chest> chests = new ArrayList<Chest>();
for (BlockState state : TransferSignUtil.getBlockStates(info, radius, radius)) {
if (state instanceof Chest) {
chests.add((Chest) state);
}
}
if (chests.isEmpty()) {
return;
}
List<MinecartMember<?>> carts;
if (dotrain) {
carts = info.getGroup();
} else {
carts = new ArrayList<MinecartMember<?>>(1);
carts.add(info.getMember());
}
int i;
boolean found = false;
for (MinecartMember<?> cart : carts) {
if (!(cart instanceof MinecartMemberFurnace)) {
continue;
}
MinecartMemberFurnace member = (MinecartMemberFurnace) cart;
if (!member.getEntity().hasFuel()) {
found = false;
for (Chest chest : chests) {
Inventory inv = chest.getInventory();
for (i = 0; i < inv.getSize(); i++) {
org.bukkit.inventory.ItemStack item = inv.getItem(i);
if (!LogicUtil.nullOrEmpty(item) && item.getType() == Material.COAL) {
ItemUtil.subtractAmount(item, 1);
inv.setItem(i, item);
found = true;
member.addFuelTicks(3600);
if (TrainCarts.showTransferAnimations) {
ItemAnimation.start(chest, member, new ItemStack(Material.COAL, 1));
}
break;
}
}
if (found) {
break;
}
}
}
}
}
public Station(SignActionEvent info) {
this.delay = ParseUtil.parseTime(info.getLine(2));
this.nextDirection = Direction.parse(info.getLine(3));
this.centerCart = info.isCartSign() ? info.getMember() : info.getGroup().middle();
this.railsBlock = info.getRails();
// Vertical or horizontal rail logic
if (info.isVerticalRails()) {
this.railDirection = BlockFace.DOWN;
// Up, down or center based on redstone power
boolean up = info.isPowered(BlockFace.UP);
boolean down = info.isPowered(BlockFace.DOWN);
if (up && !down) {
this.instruction = BlockFace.UP;
} else if (!up && down) {
this.instruction = BlockFace.DOWN;
} else if (info.isPowered()) {
this.instruction = BlockFace.SELF;
} else {
this.instruction = null;
}
} else {
this.railDirection = info.getRailDirection();
if (FaceUtil.isSubCardinal(this.railDirection) && FaceUtil.isSubCardinal(info.getFacing())) {
// Sub-cardinal checks: Both directions have two possible powered sides
BlockFace[] faces = FaceUtil.getFaces(this.railDirection);
boolean pow1 = info.isPowered(faces[0]) || info.isPowered(faces[1].getOppositeFace());
boolean pow2 = info.isPowered(faces[1]) || info.isPowered(faces[0].getOppositeFace());
if (pow1 && !pow2) {
this.instruction = FaceUtil.combine(faces[0], faces[1].getOppositeFace());
} else if (!pow1 && pow2) {
this.instruction = FaceUtil.combine(faces[0].getOppositeFace(), faces[1]);
} else if (info.isPowered()) {
this.instruction = BlockFace.SELF;
} else {
this.instruction = null;
}
} else {
// Which directions to move, or brake?
if (this.railDirection == BlockFace.WEST) {
boolean west = info.isPowered(BlockFace.WEST);
boolean east = info.isPowered(BlockFace.EAST);
if (west && !east) {
this.instruction = BlockFace.WEST;
} else if (east && !west) {
this.instruction = BlockFace.EAST;
} else if (info.isPowered()) {
this.instruction = BlockFace.SELF;
} else {
this.instruction = null;
}
} else if (this.railDirection == BlockFace.SOUTH) {
boolean north = info.isPowered(BlockFace.NORTH);
boolean south = info.isPowered(BlockFace.SOUTH);
if (north && !south) {
this.instruction = BlockFace.NORTH;
} else if (south && !north) {
this.instruction = BlockFace.SOUTH;
} else if (info.isPowered()) {
this.instruction = BlockFace.SELF;
} else {
this.instruction = null;
}
} else {
this.length = 0.0;
this.instruction = null;
this.valid = false;
return;
}
}
}
// Get initial station length, delay and direction
double length = ParseUtil.parseDouble(info.getLine(1).substring(7), 0.0);
if (length == 0.0 && this.instruction != null) {
// Manually calculate the length
// Use the amount of straight blocks
if (info.isVerticalRails()) {
length = this.calcVerticalLength();
} else if (FaceUtil.isSubCardinal(this.railDirection)) {
length = this.calcDiagonalLength();
} else {
length = this.calcHorizontalLength();
}
if (length == 0.0) {
length++;
}
}
this.length = length;
this.valid = true;
}