public static Thing createBaseHero(String race) {
Thing h = Lib.extend("you", race);
h.set("IsHero", 1);
h.set("Gods", Lib.instance().getObject("Gods"));
h.set("IsGiftReceiver", 0); // don't count as gift receiver
h.set("Image", 7);
h.set("Z", Thing.Z_MOBILE + 5);
h.set(RPG.ST_RECHARGE, 60);
h.set(RPG.ST_REGENERATE, 20);
h.set("HungerThreshold", 300000);
h.set("NameType", Description.NAMETYPE_PROPER);
h.set("OnAction", new HeroAction());
h.set("Seed", RPG.r(1000000000));
h.set("ASCII", "@");
h.set("IsDisplaceable", 0);
// initial fate points
h.incStat(RPG.ST_FATE, 1);
// Starting Game stats
h.set(RPG.ST_LEVEL, 1);
h.incStat(RPG.ST_SKILLPOINTS, 1);
// dummy map
Map m = new Map(1, 1);
m.addThing(h, 0, 0);
return h;
}
private void begin() {
Lib.debug(dbgThread, "Beginning thread: " + toString());
Lib.assertTrue(this == currentThread);
restoreState();
Machine.interrupt().enable();
}
/**
* Relinquish the CPU, because the current thread has either finished or it is blocked. This
* thread must be the current thread.
*
* <p>If the current thread is blocked (on a synchronization primitive, i.e. a <tt>Semaphore</tt>,
* <tt>Lock</tt>, or <tt>Condition</tt>), eventually some thread will wake this thread up, putting
* it back on the ready queue so that it can be rescheduled. Otherwise, <tt>finish()</tt> should
* have scheduled this thread to be destroyed by the next thread to run.
*/
public static void sleep() {
Lib.debug(dbgThread, "Sleeping thread: " + currentThread.toString());
Lib.assertTrue(Machine.interrupt().disabled());
if (currentThread.status != statusFinished) currentThread.status = statusBlocked;
runNextThread();
}
/** Moves this thread to the ready state and adds this to the scheduler's ready queue. */
public void ready() {
Lib.debug(dbgThread, "Ready thread: " + toString());
Lib.assertTrue(Machine.interrupt().disabled());
Lib.assertTrue(status != statusReady);
status = statusReady;
if (this != idleThread) readyQueue.waitForAccess(this);
Machine.autoGrader().readyThread(this);
}
/**
* Relinquish the CPU if any other thread is ready to run. If so, put the current thread on the
* ready queue, so that it will eventually be rescheuled.
*
* <p>Returns immediately if no other thread is ready to run. Otherwise returns when the current
* thread is chosen to run again by <tt>readyQueue.nextThread()</tt>.
*
* <p>Interrupts are disabled, so that the current thread can atomically add itself to the ready
* queue and switch to the next thread. On return, restores interrupts to the previous state, in
* case <tt>yield()</tt> was called with interrupts disabled.
*/
public static void yield() {
Lib.debug(dbgThread, "Yielding thread: " + currentThread.toString());
Lib.assertTrue(currentThread.status == statusRunning);
boolean intStatus = Machine.interrupt().disable();
currentThread.ready();
runNextThread();
Machine.interrupt().restore(intStatus);
}
/**
* Dispatch the CPU to this thread. Save the state of the current thread, switch to the new thread
* by calling <tt>TCB.contextSwitch()</tt>, and load the state of the new thread. The new thread
* becomes the current thread.
*
* <p>If the new thread and the old thread are the same, this method must still call
* <tt>saveState()</tt>, <tt>contextSwitch()</tt>, and <tt>restoreState()</tt>.
*
* <p>The state of the previously running thread must already have been changed from running to
* blocked or ready (depending on whether the thread is sleeping or yielding).
*
* @param finishing <tt>true</tt> if the current thread is finished, and should be destroyed by
* the new thread.
*/
private void run() {
Lib.assertTrue(Machine.interrupt().disabled());
Machine.yield();
currentThread.saveState();
Lib.debug(dbgThread, "Switching from: " + currentThread.toString() + " to: " + toString());
currentThread = this;
tcb.contextSwitch();
currentThread.restoreState();
}
/**
* Waits for this thread to finish. If this thread is already finished, return immediately. This
* method must only be called once; the second call is not guaranteed to return. This thread must
* not be the current thread.
*/
public void join() {
boolean intStatus = Machine.interrupt().disable();
Lib.debug(dbgThread, "Joining to thread: " + toString());
Lib.assertTrue(this != currentThread);
if (cont == 0) {
cont = 1;
if (this.status == statusFinished) {
return;
} else {
this.joinList.add(currentThread);
currentThread.sleep();
}
}
Machine.interrupt().restore(intStatus);
}
/**
* Prepare this thread to be run. Set <tt>status</tt> to <tt>statusRunning</tt> and check
* <tt>toBeDestroyed</tt>.
*/
protected void restoreState() {
Lib.debug(dbgThread, "Running thread: " + currentThread.toString());
Lib.assertTrue(Machine.interrupt().disabled());
Lib.assertTrue(this == currentThread);
Lib.assertTrue(tcb == TCB.currentTCB());
Machine.autoGrader().runningThread(this);
status = statusRunning;
if (toBeDestroyed != null) {
toBeDestroyed.tcb.destroy();
toBeDestroyed.tcb = null;
toBeDestroyed = null;
}
}
public static String[] heroRaceDescriptions() {
String[] races = heroRaces();
String[] descs = new String[races.length];
for (int i = 0; i < descs.length; i++) {
String d = Lib.create(races[i]).getString("RaceDescription");
if (d == null) d = "No description for " + races[i] + " yet...";
descs[i] = d;
}
return descs;
}
/**
* Causes this thread to begin execution. The result is that two threads are running concurrently:
* the current thread (which returns from the call to the <tt>fork</tt> method) and the other
* thread (which executes its target's <tt>run</tt> method).
*/
public void fork() {
Lib.assertTrue(status == statusNew);
Lib.assertTrue(target != null);
Lib.debug(dbgThread, "Forking thread: " + toString() + " Runnable: " + target);
boolean intStatus = Machine.interrupt().disable();
tcb.start(
new Runnable() {
public void run() {
runThread();
}
});
ready();
Machine.interrupt().restore(intStatus);
}
public static Thing createKillNumberQuest(String desc, String name, int number) {
Thing t = Lib.create("kill number quest");
if (name.startsWith("[")) {
t.set("TargetType", name.substring(1, name.length() - 1));
} else {
t.set("TargetName", name);
}
t.set("TargetCount", number);
t.set("Description", desc);
return t;
}
// Inicia self test usando clase PingTest
public static void selfTest() {
Lib.debug(dbgThread, "Enter KThread.selfTest");
cero = new KThread(new PingTest(0)).setName("forked thread0");
cero.fork();
uno = new KThread(new PingTest(1)).setName("forked thread1");
uno.fork();
dos = new KThread(new PingTest(2)).setName("forked thread2");
dos.fork();
tres = new KThread(new PingTest(3)).setName("forked thread3");
tres.fork();
}
/**
* Finish the current thread and schedule it to be destroyed when it is safe to do so. This method
* is automatically called when a thread's <tt>run</tt> method returns, but it may also be called
* directly.
*
* <p>The current thread cannot be immediately destroyed because its stack and other execution
* state are still in use. Instead, this thread will be destroyed automatically by the next thread
* to run, when it is safe to delete this thread.
*/
public static void finish() {
Lib.debug(dbgThread, "Finishing thread: " + currentThread.toString());
Machine.interrupt().disable();
Machine.autoGrader().finishingCurrentThread();
Lib.assertTrue(toBeDestroyed == null);
toBeDestroyed = currentThread;
currentThread.status = statusFinished;
KThread aux = null;
if (joinList.size() > 0) {
aux = joinList.getFirst();
}
if (aux != null) {
aux.ready();
joinList.removeFirst();
}
sleep();
}
/**
* Create the idle thread. Whenever there are no threads ready to be run, and
* <tt>runNextThread()</tt> is called, it will run the idle thread. The idle thread must never
* block, and it will only be allowed to run when all other threads are blocked.
*
* <p>Note that <tt>ready()</tt> never adds the idle thread to the ready set.
*/
private static void createIdleThread() {
Lib.assertTrue(idleThread == null);
idleThread =
new KThread(
new Runnable() {
public void run() {
while (true) yield();
}
});
idleThread.setName("idle");
Machine.autoGrader().setIdleThread(idleThread);
idleThread.fork();
}
/**
* This function awards some bonus items based on the hero's professional skills.
*
* @param h
*/
private static void applyBonusItems(Thing h) {
if (h.getFlag(Skill.PRAYER)) {
Thing t = Lib.create("potion of holy water");
t.set("Number", h.getStat(Skill.PRAYER));
h.addThingWithStacking(t);
}
if (h.getFlag(Skill.TRADING)) {
Thing t = Lib.create("sovereign");
t.set("Number", h.getStat(Skill.TRADING));
h.addThingWithStacking(t);
}
if (h.getFlag(Skill.WEAPONLORE)) {
Thing t = Lib.createType("IsWeapon", RPG.d(2, 6));
h.addThingWithStacking(t);
}
if (h.getFlag(Skill.COOKING)) {
Thing t = Lib.createType("IsFood", 25);
t.set("Number", h.getStat(Skill.COOKING));
h.addThingWithStacking(t);
}
if (h.getFlag(Skill.ARCHERY)) {
// a reanged weapon + ammo
Thing t = Lib.createType("IsRangedWeapon", RPG.d(h.getStat(Skill.ARCHERY), 6));
Thing ms = RangedWeapon.createAmmo(t, RPG.d(h.getStat(Skill.ARCHERY), 6));
h.addThing(t);
h.addThing(ms);
}
Thing[] ws = h.getFlaggedContents("IsWeapon");
if (ws.length == 0) {
h.addThing(Lib.createType("IsWeapon", 1));
}
}
private static void applyRace(Thing h, String r) {
if (r.equals("human")) {
// humans are the most common inhabitants in the world of Tyrant
// they are good all-round characters
Coin.addMoney(h, 10 * RPG.d(4, 10));
h.addThing(Lib.create("[IsDagger]"));
h.addThing(Lib.create("[IsFood]"));
} else if (r.equals("dwarf")) {
// dwarves are sturdy and industrious cave dwellers
// they are famed for their skill in smithing and mining
Coin.addMoney(h, 10 * RPG.d(5, 10));
h.addThing(Lib.create("iron hand axe"));
h.addThing(Lib.create("loaf of dwarf bread"));
} else if (r.equals("hobbit")) {
// hobbits are just three feet high
// they are peaceful folk, renowned as farmers
Coin.addMoney(h, RPG.d(6, 10));
h.addThing(Lib.create("stone knife"));
h.addThing(Lib.create("[IsFood]"));
h.addThing(Lib.create("[IsFood]"));
h.addThing(Lib.create("[IsFood]"));
h.addThing(Lib.create("[IsEquipment]"));
h.addThing(Lib.create("sling"));
h.addThing(Lib.create("10 pebble"));
} else if (r.equals("high elf")) {
// high elves are noble and wise
Coin.addMoney(h, 10 * RPG.d(6, 10));
h.addThing(Lib.create("ornate mithril ring"));
h.addThing(Lib.create("elven steel dagger"));
} else if (r.equals("wood elf")) {
// wood elves are shy of other races
// they are agile and talented archers
h.addThing(Lib.create("short bow"));
h.addThing(Lib.create("lesser elven arrow"));
} else if (r.equals("dark elf")) {
// dark elves are vicious and powerful
// they prefer throwing weapons, darts and shurikens
h.addThing(Lib.create("iron dagger"));
h.addThing(Lib.create("[IsPotion]"));
} else if (r.equals("gnome")) {
// gnomes are disadvantage by their small size
// they make up for this with igenuity
Thing n = Lib.createType("IsMagicItem", 5);
Item.identify(n);
h.addThing(n);
Coin.addMoney(h, 100 * RPG.d(10, 10));
} else if (r.equals("half orc")) {
// half orcs are volatile and dangerous
h.addThing(Lib.createType("IsWeapon", RPG.d(3)));
h.addThing(Lib.create("[IsMeat]"));
Coin.addMoney(h, RPG.d(4, 10));
} else if (r.equals("half troll")) {
// trolls are lumbering hunks of muscle
// with fearsome regenerative powers
// they are not very bright
h.incStat(RPG.ST_SKILLPOINTS, -1);
h.addThing(Lib.createType("IsClub", RPG.d(6)));
h.addThing(Lib.create("[IsMeat]"));
h.addThing(Lib.create("[IsMeat]"));
h.addThing(Lib.create("meat ration"));
} else if (r.equals("argonian")) {
// some equipment
// in line with argonian style
h.addThing(Lib.create("[IsTrident]"));
h.addThing(Lib.create("[IsMeat]"));
h.addThing(Lib.create("[IsFish]"));
} else if (r.equals("hawken")) {
// some equipment
// in line with hawken style
h.addThing(Lib.create("[IsDagger]"));
h.addThing(Lib.create("[IsMeat]"));
Coin.addMoney(h, RPG.d(4, 10));
} else if (r.equals("pensadorian")) {
// some equipment
// in line with pensadorian style
h.addThing(Lib.create("[IsDagger]"));
h.addThing(Lib.create("[IsFruit]"));
Coin.addMoney(h, RPG.d(4, 10));
} else {
throw new Error("Race [" + r + "] not recognised");
}
}
private static void applyProfession(Thing h, String p) {
h.set("Profession", p);
if (p.equals("fighter")) {
h.set("Image", 7);
h.incStat(RPG.ST_SK, RPG.r(5));
h.incStat(RPG.ST_ST, RPG.r(5));
h.incStat(RPG.ST_AG, RPG.r(4));
h.incStat(RPG.ST_TG, RPG.r(6));
h.incStat(RPG.ST_IN, RPG.r(0));
h.incStat(RPG.ST_WP, RPG.r(0));
h.incStat(RPG.ST_CH, RPG.r(0));
h.incStat(RPG.ST_CR, RPG.r(0));
h.incStat(Skill.ATTACK, 1);
h.incStat(Skill.DEFENCE, 1);
h.incStat(Skill.UNARMED, RPG.d(2));
h.incStat(Skill.WEAPONLORE, RPG.d(2));
} else if (p.equals("wizard")) {
h.set("Image", 6);
h.incStat(RPG.ST_SK, RPG.r(0));
h.incStat(RPG.ST_ST, RPG.r(0));
h.incStat(RPG.ST_AG, RPG.r(0));
h.incStat(RPG.ST_TG, RPG.r(0) - 1);
h.incStat(RPG.ST_IN, RPG.r(7));
h.incStat(RPG.ST_WP, RPG.r(5));
h.incStat(RPG.ST_CH, RPG.r(2));
h.incStat(RPG.ST_CR, RPG.r(4));
h.incStat(Skill.IDENTIFY, RPG.r(2));
h.incStat(Skill.LITERACY, RPG.d(3));
h.incStat(Skill.TRUEMAGIC, RPG.d(2));
h.incStat(Skill.CASTING, RPG.d(2));
h.incStat(Skill.FOCUS, RPG.d(2));
h.addThing(Spell.randomOffensiveSpell(Skill.TRUEMAGIC, 3));
h.incStat("Luck", -5);
// book and scroll
h.addThing(SpellBook.create(Skill.TRUEMAGIC, RPG.d(6)));
h.addThing(Lib.create("[IsScroll]"));
} else if (p.equals("shaman")) {
h.set("Image", 6);
h.incStat(RPG.ST_SK, RPG.r(0));
h.incStat(RPG.ST_ST, RPG.r(0));
h.incStat(RPG.ST_AG, RPG.r(0));
h.incStat(RPG.ST_TG, RPG.r(0));
h.incStat(RPG.ST_IN, RPG.r(4));
h.incStat(RPG.ST_WP, RPG.r(4));
h.incStat(RPG.ST_CH, RPG.r(5));
h.incStat(RPG.ST_CR, RPG.r(6));
h.incStat(Skill.IDENTIFY, RPG.r(2));
h.incStat(Skill.LITERACY, RPG.r(2));
h.incStat(Skill.BLACKMAGIC, RPG.d(3));
h.incStat(Skill.CASTING, RPG.d(2));
h.incStat(Skill.HERBLORE, RPG.d(2));
h.addThing(Spell.randomSpell(Skill.BLACKMAGIC, 3));
h.incStat("Luck", 15);
// herbs and monster parts
for (int i = 0; i < 10; i++) h.addThingWithStacking(Lib.createType("IsHerb", RPG.d(10)));
for (int i = 0; i < 6; i++)
h.addThingWithStacking(Lib.createType("IsMonsterPart", RPG.d(10)));
} else if (p.equals("witch")) {
h.set("Image", 32);
h.incStat(RPG.ST_SK, RPG.r(0));
h.incStat(RPG.ST_ST, RPG.r(0));
h.incStat(RPG.ST_AG, RPG.r(0));
h.incStat(RPG.ST_TG, RPG.r(0));
h.incStat(RPG.ST_IN, RPG.r(5));
h.incStat(RPG.ST_WP, RPG.r(4));
h.incStat(RPG.ST_CH, RPG.r(4));
h.incStat(RPG.ST_CR, RPG.r(6));
h.incStat(Skill.LITERACY, 1);
h.incStat(Skill.BLACKMAGIC, 1);
h.incStat(Skill.CASTING, 1);
h.incStat(Skill.HERBLORE, RPG.r(3));
h.incStat(Skill.COOKING, RPG.r(3));
for (int i = 0; i < 10; i++) h.addThingWithStacking(Lib.createType("IsHerb", RPG.d(10)));
h.addThing(Spell.randomSpell(Skill.BLACKMAGIC, 3));
h.incStat("Luck", 10);
h.addThing(Lib.create("[IsScroll]"));
h.addThing(SpellBook.create(Skill.BLACKMAGIC, RPG.d(8)));
} else if (p.equals("war-mage")) {
h.set("Image", 6);
h.incStat(RPG.ST_SK, RPG.r(2));
h.incStat(RPG.ST_ST, RPG.r(2));
h.incStat(RPG.ST_AG, RPG.r(2));
h.incStat(RPG.ST_TG, RPG.r(2));
h.incStat(RPG.ST_IN, RPG.r(2));
h.incStat(RPG.ST_WP, RPG.r(4));
h.incStat(RPG.ST_CH, RPG.r(2));
h.incStat(RPG.ST_CR, RPG.r(4));
h.incStat(Skill.LITERACY, 1);
h.incStat(Skill.TRUEMAGIC, RPG.r(3));
h.incStat(Skill.HEALING, RPG.d(2));
h.incStat(Skill.CASTING, RPG.d(2));
h.addThing(Spell.randomSpell(Skill.TRUEMAGIC, 3));
h.incStat("Luck", 0);
} else if (p.equals("runecaster")) {
h.set("Image", 6);
h.incStat(RPG.ST_SK, RPG.r(0));
h.incStat(RPG.ST_ST, RPG.r(0));
h.incStat(RPG.ST_AG, RPG.r(0));
h.incStat(RPG.ST_TG, RPG.r(0));
h.incStat(RPG.ST_IN, RPG.r(6));
h.incStat(RPG.ST_WP, RPG.r(5));
h.incStat(RPG.ST_CH, RPG.r(4));
h.incStat(RPG.ST_CR, RPG.r(8));
h.incStat(Skill.ALCHEMY, RPG.r(3));
h.incStat(Skill.HERBLORE, RPG.r(2));
h.incStat(Skill.IDENTIFY, RPG.d(2));
h.incStat(Skill.LITERACY, RPG.d(4));
h.incStat(Skill.RUNELORE, RPG.d(2));
h.incStat("Luck", -10);
{
Thing n = Lib.create("scroll of Teleport Self");
Item.identify(n);
h.addThing(n);
}
{
Thing n = Lib.createType("IsWeaponRunestone", RPG.d(17));
Item.identify(n);
h.addThing(n);
}
for (int i = RPG.d(6); i > 0; i--) {
Thing n = Lib.createType("IsRunestone", RPG.d(10));
Item.identify(n);
h.addThing(n);
}
for (int i = RPG.r(3); i > 0; i--) {
Thing n = Lib.createType("IsRuneRecipeScroll", RPG.d(10));
Item.identify(n);
h.addThing(n);
}
} else if (p.equals("priest")) {
h.set("Image", 11);
h.incStat(RPG.ST_SK, RPG.r(0));
h.incStat(RPG.ST_ST, RPG.r(0));
h.incStat(RPG.ST_AG, RPG.r(0));
h.incStat(RPG.ST_TG, RPG.r(3));
h.incStat(RPG.ST_IN, RPG.r(4));
h.incStat(RPG.ST_WP, RPG.r(8));
h.incStat(RPG.ST_CH, RPG.r(5));
h.incStat(RPG.ST_CR, RPG.r(0));
h.incStat(Skill.PRAYER, RPG.d(2));
h.incStat(Skill.LITERACY, RPG.d(2));
h.incStat(Skill.HOLYMAGIC, RPG.d(2));
h.incStat(Skill.HEALING, RPG.r(3));
h.incStat(Skill.MEDITATION, RPG.r(2));
h.incStat(Skill.FOCUS, RPG.r(2));
h.incStat("Luck", 5);
h.addThing(Spell.randomSpell(Skill.HOLYMAGIC, 5));
Thing n = Lib.create("potion of healing");
Item.identify(n);
h.addThing(n);
} else if (p.equals("healer")) {
h.set("Image", 11);
h.incStat(RPG.ST_SK, RPG.r(0));
h.incStat(RPG.ST_ST, RPG.r(0));
h.incStat(RPG.ST_AG, RPG.r(0));
h.incStat(RPG.ST_TG, RPG.r(3));
h.incStat(RPG.ST_IN, RPG.r(4));
h.incStat(RPG.ST_WP, RPG.r(4));
h.incStat(RPG.ST_CH, RPG.r(5));
h.incStat(RPG.ST_CR, RPG.r(4));
h.incStat(Skill.IDENTIFY, RPG.d(2));
h.incStat(Skill.LITERACY, RPG.d(2));
h.incStat(Skill.HEALING, RPG.d(3));
h.incStat(Skill.HERBLORE, RPG.d(2));
h.incStat(Skill.MEDITATION, RPG.r(2));
h.incStat(Skill.FOCUS, RPG.r(2));
h.incStat("Luck", 15);
Thing n = Lib.create("potion of healing");
Item.identify(n);
h.addThing(n);
h.addThing(Lib.create("potion of healing"));
h.addThing(Lib.create("potion of healing"));
h.addThing(Lib.createType("IsHerb", RPG.d(10)));
h.addThing(Lib.createType("IsHerb", RPG.d(10)));
h.addThing(Lib.createType("IsHerb", RPG.d(10)));
h.addThing(Lib.createType("IsHerb", RPG.d(10)));
h.addThing(Lib.createType("IsHerb", RPG.d(10)));
} else if (p.equals("bard")) {
h.set("Image", 7);
h.incStat(RPG.ST_SK, RPG.r(3));
h.incStat(RPG.ST_ST, RPG.r(0));
h.incStat(RPG.ST_AG, RPG.r(3));
h.incStat(RPG.ST_TG, RPG.r(0));
h.incStat(RPG.ST_IN, RPG.r(3));
h.incStat(RPG.ST_WP, RPG.r(3));
h.incStat(RPG.ST_CH, RPG.r(6));
h.incStat(RPG.ST_CR, RPG.r(6));
h.incStat(Skill.MUSIC, RPG.po(0.5));
h.incStat(Skill.PERCEPTION, 1);
h.incStat(Skill.SLEIGHT, RPG.po(0.5));
h.incStat(Skill.STORYTELLING, RPG.po(0.5));
h.incStat(Skill.SEDUCTION, RPG.po(1.2));
h.incStat(Skill.LITERACY, RPG.po(0.8));
h.incStat("Luck", 20);
Thing n = Lib.createType("IsRing", 5);
Item.identify(n);
h.addThing(n);
} else if (p.equals("paladin")) {
h.set("Image", 7);
h.incStat(RPG.ST_SK, RPG.r(4));
h.incStat(RPG.ST_ST, RPG.r(4));
h.incStat(RPG.ST_AG, RPG.r(0));
h.incStat(RPG.ST_TG, RPG.r(4));
h.incStat(RPG.ST_IN, RPG.r(4));
h.incStat(RPG.ST_WP, RPG.r(4));
h.incStat(RPG.ST_CH, RPG.r(0));
h.incStat(RPG.ST_CR, RPG.r(0));
h.incStat(Skill.PRAYER, RPG.d(2));
h.incStat(Skill.ATTACK, RPG.r(2));
h.incStat(Skill.DEFENCE, RPG.r(2));
h.incStat(Skill.BRAVERY, RPG.d(3));
h.addThing(Weapon.createWeapon(RPG.d(4)));
Thing n = Lib.createType("IsWand", RPG.d(4));
Item.identify(n);
h.addThing(n);
} else if (p.equals("barbarian")) {
h.set("Image", 3);
h.incStat(RPG.ST_SK, RPG.r(3));
h.incStat(RPG.ST_ST, RPG.r(3));
h.incStat(RPG.ST_AG, RPG.r(5));
h.incStat(RPG.ST_TG, RPG.r(5));
h.incStat(RPG.ST_IN, RPG.r(0));
h.incStat(RPG.ST_WP, RPG.r(0));
h.incStat(RPG.ST_CH, RPG.r(0));
h.incStat(RPG.ST_CR, RPG.r(0));
h.incStat(RPG.ST_ATTACKSPEED, 10);
h.incStat(Skill.ATTACK, RPG.r(2));
h.incStat(Skill.FEROCITY, 1);
h.incStat(Skill.ATHLETICS, 1);
h.incStat(Skill.ALERTNESS, RPG.r(3));
h.incStat(Skill.SURVIVAL, RPG.d(2));
h.incStat(Skill.PICKPOCKET, RPG.r(2));
h.incStat(Skill.UNARMED, 1);
h.incStat(Skill.TRACKING, RPG.r(2));
Thing n = Lib.create("potion of speed");
Item.identify(n);
h.addThing(n);
} else if (p.equals("thief")) {
h.set("Image", 10);
h.incStat(RPG.ST_SK, RPG.r(5));
h.incStat(RPG.ST_ST, RPG.r(0));
h.incStat(RPG.ST_AG, RPG.r(6));
h.incStat(RPG.ST_TG, RPG.r(0));
h.incStat(RPG.ST_IN, RPG.r(0));
h.incStat(RPG.ST_WP, RPG.r(0));
h.incStat(RPG.ST_CH, RPG.r(4));
h.incStat(RPG.ST_CR, RPG.r(3));
h.incStat(RPG.ST_ATTACKSPEED, 120);
h.incStat(Skill.ALERTNESS, RPG.d(3));
h.incStat(Skill.PICKPOCKET, RPG.r(3));
h.incStat(Skill.PICKLOCK, RPG.r(3));
h.incStat(Skill.DISARM, RPG.r(2));
Thing n = Lib.create("wand of Teleport Self");
Item.identify(n);
h.addThing(n);
} else if (p.equals("ranger")) {
h.set("Image", 10);
h.incStat(RPG.ST_SK, RPG.r(8));
h.incStat(RPG.ST_ST, RPG.r(3));
h.incStat(RPG.ST_AG, RPG.r(6));
h.incStat(RPG.ST_TG, RPG.r(0));
h.incStat(RPG.ST_IN, RPG.r(0));
h.incStat(RPG.ST_WP, RPG.r(0));
h.incStat(RPG.ST_CH, RPG.r(4));
h.incStat(RPG.ST_CR, RPG.r(0));
h.incStat(Skill.ARCHERY, RPG.r(3));
h.incStat(Skill.THROWING, RPG.r(3));
h.incStat(Skill.SURVIVAL, RPG.d(1));
h.incStat(Skill.SWIMMING, RPG.r(2));
h.incStat(Skill.RIDING, RPG.r(2));
h.incStat(Skill.TRACKING, RPG.d(3));
Thing n = Lib.create("healing potion");
h.addThing(n);
} else if (p.equals("farmer")) {
h.set("Image", 10);
h.incStat(RPG.ST_SK, RPG.r(0));
h.incStat(RPG.ST_ST, RPG.r(4));
h.incStat(RPG.ST_AG, RPG.r(0));
h.incStat(RPG.ST_TG, RPG.r(4));
h.incStat(RPG.ST_IN, RPG.r(0));
h.incStat(RPG.ST_WP, RPG.r(6));
h.incStat(RPG.ST_CH, RPG.r(4));
h.incStat(RPG.ST_CR, RPG.r(6));
h.incStat(Skill.THROWING, RPG.r(3));
h.incStat(Skill.SURVIVAL, RPG.r(3));
h.incStat(Skill.SWIMMING, RPG.r(2));
h.incStat(Skill.COOKING, RPG.r(3));
h.incStat(Skill.HERBLORE, RPG.d(2));
// a healing potion
Thing n = Lib.create("potion of healing");
Item.identify(n);
h.addThing(n);
} else {
throw new Error("Profession [" + p + "] not recognised");
}
}
public static void init() {
// initialise base quest templates where needed
Thing q;
q = Lib.extend("base quest", "base thing");
q.set("LevelMin", 1);
q.set("IsQuest", 1);
q.set("IsActive", 1);
q.set("IsPhysical", 0);
q.set("Frequency", 50);
q.set(
"OnQuestComplete",
new Script() {
public boolean handle(Thing q, Event e) {
String desc = q.getString("Description");
if (desc != null) {
Game.message("Quest objective complete: " + desc);
}
return false;
}
});
Lib.add(q);
q = Lib.extend("kill quest", "base quest");
q.addHandler(
"OnKill",
new Script() {
public boolean handle(Thing q, Event e) {
Thing target = q.getThing("Target");
if ((target != null) && target.isDead()) {
setComplete(q);
}
return false;
}
});
Lib.add(q);
q = Lib.extend("kill number quest", "base quest");
q.addHandler(
"OnKill",
new Script() {
public boolean handle(Thing q, Event e) {
int target = q.getStat("TargetCount");
int current = q.getStat("CurrentCount");
// get the thing that was killed
Thing killed = e.getThing("Target");
String targetName = q.getString("TargetName");
boolean countKill = false;
if (targetName != null) {
if (targetName.equals(killed.name())) {
countKill = true;
}
} else {
String targetType = q.getString("TargetType");
if ((targetType != null) && killed.getFlag(targetType)) {
countKill = true;
}
}
if (countKill) {
current++;
q.set("CurrentCount", current);
if (current >= target) {
setComplete(q);
}
}
return false;
}
});
Lib.add(q);
q = Lib.extend("visit map quest", "base quest");
q.addHandler(
"OnAction",
new Script() {
public boolean handle(Thing q, Event e) {
Map targetMap = (Map) q.get("TargetMap");
Map heroMap = Game.hero().getMap();
if (targetMap == null) {
String targetMapName = q.getString("TargetMapName");
if (heroMap.name().startsWith(targetMapName)) {
setComplete(q);
}
} else {
if (heroMap == targetMap) {
setComplete(q);
}
}
return false;
}
});
Lib.add(q);
q = Lib.extend("meet quest", "base quest");
q.addHandler(
"OnAction",
new Script() {
public boolean handle(Thing q, Event e) {
Thing target = q.getThing("Target");
Thing h = Game.hero();
if (target.isDead()) {
setFailed(q);
return false;
}
if (h.place != target.place) return false;
// check if character is adjacent to hero
if ((RPG.abs(h.x - target.x) <= 1) && (RPG.abs(h.y - target.y) <= 1)) {
setComplete(q);
}
return false;
}
});
Lib.add(q);
q = Lib.extend("sequence quest", "base quest");
Script subQuestScript =
new Script() {
public boolean handle(Thing q, Event e) {
ArrayList sqs = getSubQuests(q);
boolean complete = true;
boolean failed = true;
for (Iterator it = sqs.iterator(); it.hasNext(); ) {
Thing sq = (Thing) it.next();
if (sq.getFlag("IsFailed")) {
failed = true;
}
if (!sq.getFlag("IsComplete")) {
complete = false;
}
}
if (failed) {
setFailed(q);
} else if (complete) {
setComplete(q);
}
return false;
}
};
q.addHandler("OnSubQuestComplete", subQuestScript);
q.addHandler("OnSubQuestFailed", subQuestScript);
Lib.add(q);
}
public static Thing createVisitMapQuest(String desc, String targetString) {
Thing t = Lib.create("visit map quest");
t.set("TargetMapName", targetString);
t.set("Description", desc);
return t;
}
public static Thing createMeetQuest(String desc, Thing target) {
Thing t = Lib.create("meet quest");
t.set("Target", target);
t.set("Description", desc);
return t;
}
/**
* Set the target of this thread.
*
* @param target the object whose <tt>run</tt> method is called.
* @return this thread.
*/
public KThread setTarget(Runnable target) {
Lib.assertTrue(status == statusNew);
this.target = target;
return this;
}
/**
* Get the current thread.
*
* @return the current thread.
*/
public static KThread currentThread() {
Lib.assertTrue(currentThread != null);
return currentThread;
}
/**
* Prepare this thread to give up the processor. Kernel threads do not need to do anything here.
*/
protected void saveState() {
Lib.assertTrue(Machine.interrupt().disabled());
Lib.assertTrue(this == currentThread);
}