/** Test that an petty criminal becomes an indentured servant */
public void testTeachPettyCriminals() {
boolean selection = FreeColTestUtils.setStudentSelection(false);
Game game = ServerTestHelper.startServerGame(getTestMap(true));
Colony colony = getSchoolColony(4, SchoolLevel.UNIVERSITY);
Building university = colony.getBuilding(universityType);
Iterator<Unit> units = colony.getUnitIterator();
Unit criminal = units.next();
criminal.setType(pettyCriminalType);
criminal.setLocation(colony.getBuilding(townHallType));
Unit teacher = units.next();
teacher.setType(expertOreMinerType);
teacher.setLocation(university);
assertEquals(teacher.getNeededTurnsOfTraining(), 4);
assertTrue(criminal.canBeStudent(teacher));
assertEquals(criminal, teacher.getStudent());
// PETTY_CRIMINALS become INDENTURED_SERVANTS
trainForTurns(colony, teacher.getNeededTurnsOfTraining());
assertEquals(0, getUnitList(colony, pettyCriminalType).size());
assertEquals(indenturedServantType, criminal.getType());
FreeColTestUtils.setStudentSelection(selection);
}
public void testIsTargetValidForSeekAndDestroy() {
Game game = ServerTestHelper.startServerGame(getTestMap());
Map map = game.getMap();
AIMain aiMain = ServerTestHelper.getServer().getAIMain();
// Create player and unit
ServerPlayer incaPlayer = (ServerPlayer) game.getPlayerByNationId("model.nation.inca");
NativeAIPlayer aiInca = (NativeAIPlayer) aiMain.getAIPlayer(incaPlayer);
ServerPlayer dutchPlayer = (ServerPlayer) game.getPlayerByNationId("model.nation.dutch");
Tile dutchUnitTile = map.getTile(9, 9);
Tile braveUnitTile = map.getTile(9, 8);
;
Unit brave = new ServerUnit(game, braveUnitTile, incaPlayer, braveType);
Unit soldier = new ServerUnit(game, dutchUnitTile, dutchPlayer, veteranType);
Player.makeContact(incaPlayer, dutchPlayer);
assertFalse(
"Target should NOT be valid for UnitSeekAndDestroyMission",
aiInca.isTargetValidForSeekAndDestroy(brave, soldier.getTile()));
incaPlayer.setTension(dutchPlayer, new Tension(Tension.Level.HATEFUL.getLimit()));
assertTrue(
"Target should be valid for UnitSeekAndDestroyMission",
aiInca.isTargetValidForSeekAndDestroy(brave, soldier.getTile()));
incaPlayer.setStance(dutchPlayer, Stance.WAR);
dutchPlayer.setStance(incaPlayer, Stance.WAR);
assertTrue(
"Target should be valid for UnitSeekAndDestroyMission",
aiInca.isTargetValidForSeekAndDestroy(brave, soldier.getTile()));
}
/**
* If there are two teachers of the same kind, but just one colonist to be taught, this should not
* mean any speed up.
*/
public void testTwoTeachersOfSameKind() {
boolean selection = FreeColTestUtils.setStudentSelection(false);
Game game = ServerTestHelper.startServerGame(getTestMap(true));
Colony colony = getSchoolColony(4, SchoolLevel.UNIVERSITY);
Building university = colony.getBuilding(universityType);
Iterator<Unit> units = colony.getUnitIterator();
Unit colonist = units.next();
colonist.setType(freeColonistType);
colonist.setLocation(colony.getBuilding(townHallType));
Unit lumberjack1 = units.next();
lumberjack1.setType(expertLumberJackType);
Unit lumberjack2 = units.next();
lumberjack2.setType(expertLumberJackType);
lumberjack1.setLocation(university);
lumberjack2.setLocation(university);
assertEquals(colonist, lumberjack1.getStudent());
assertNull(lumberjack2.getStudent());
for (int i = lumberjack1.getNeededTurnsOfTraining(); i > 0; i--) {
assertEquals(1, getUnitList(colony, freeColonistType).size());
trainForTurns(colony, 1);
}
assertEquals(0, getUnitList(colony, freeColonistType).size());
assertEquals(3, getUnitList(colony, expertLumberJackType).size());
FreeColTestUtils.setStudentSelection(selection);
}
/** Test that an indentured servant becomes a free colonist */
public void testTeachIndenturedServants() {
boolean selection = FreeColTestUtils.setStudentSelection(false);
Game game = ServerTestHelper.startServerGame(getTestMap(true));
Colony colony = getSchoolColony(4, SchoolLevel.UNIVERSITY);
Building university = colony.getBuilding(universityType);
Iterator<Unit> units = colony.getUnitIterator();
Unit indenturedServant = units.next();
indenturedServant.setType(indenturedServantType);
Unit teacher = units.next();
teacher.setType(masterBlacksmithType);
teacher.setLocation(university);
assertEquals(teacher.getNeededTurnsOfTraining(), 4);
assertEquals(indenturedServant, teacher.getStudent());
// Train to become free colonist
trainForTurns(colony, teacher.getNeededTurnsOfTraining());
assertEquals(0, getUnitList(colony, indenturedServantType).size());
assertEquals(freeColonistType, indenturedServant.getType());
FreeColTestUtils.setStudentSelection(selection);
}
/** Sons of Liberty influences teaching. */
public void testSonsOfLiberty() {
boolean selection = FreeColTestUtils.setStudentSelection(false);
Game game = ServerTestHelper.startServerGame(getTestMap(true));
Colony colony = getSchoolColony(4, SchoolLevel.UNIVERSITY);
Building university = colony.getBuilding(universityType);
Iterator<Unit> units = colony.getUnitIterator();
Unit colonist = units.next();
colonist.setType(freeColonistType);
colonist.setLocation(colony.getBuilding(townHallType));
Unit lumberjack = units.next();
lumberjack.setType(expertLumberJackType);
lumberjack.setLocation(university);
assertEquals(4, lumberjack.getNeededTurnsOfTraining());
colony.addGoods(bellsType, 100000);
assertEquals(2, lumberjack.getNeededTurnsOfTraining());
trainForTurns(colony, 2);
assertEquals(0, getUnitList(colony, freeColonistType).size());
assertEquals(2, getUnitList(colony, expertLumberJackType).size());
FreeColTestUtils.setStudentSelection(selection);
}
/**
* Progress in teaching is bound to the teacher and not the learner.
*
* <p>Moving students around does not slow education. This behavior is there to simplify gameplay.
*/
public void testTeacherStoresProgress() {
boolean selection = FreeColTestUtils.setStudentSelection(false);
Game game = ServerTestHelper.startServerGame(getTestMap(true));
Colony colony = getSchoolColony(4, SchoolLevel.UNIVERSITY);
Building university = colony.getBuilding(universityType);
Iterator<Unit> units = colony.getUnitIterator();
Unit outsider = new ServerUnit(game, colony.getTile(), colony.getOwner(), freeColonistType);
Building townHall = colony.getBuilding(townHallType);
Unit colonist = units.next();
colonist.setType(freeColonistType);
colonist.setLocation(townHall);
Unit teacher = units.next();
teacher.setType(expertOreMinerType);
teacher.setLocation(university);
assertEquals(teacher.getStudent(), colonist);
assertEquals(colonist.getTeacher(), teacher);
// Train to become free colonist then swap the colonist with
// another one.
trainForTurns(colony, teacher.getNeededTurnsOfTraining() - 1);
colonist.setLocation(colony.getTile());
outsider.setLocation(townHall);
assertEquals(1, getUnitList(colony, freeColonistType).size());
assertEquals(teacher.getStudent(), outsider);
ServerTestHelper.newTurn();
assertEquals(0, getUnitList(colony, freeColonistType).size());
assertEquals(expertOreMinerType, outsider.getType());
FreeColTestUtils.setStudentSelection(selection);
}
public void testCollege() {
Game game = ServerTestHelper.startServerGame(getTestMap(true));
// otherwise this test will crash and burn
boolean selection = FreeColTestUtils.setStudentSelection(false);
Colony colony = getSchoolColony(4, SchoolLevel.COLLEGE);
Building college = colony.getBuilding(collegeType);
Iterator<Unit> units = colony.getUnitIterator();
Unit colonist = units.next();
colonist.setType(freeColonistType);
colonist.setLocation(colony.getBuilding(townHallType));
Unit blackSmith = units.next();
blackSmith.setType(masterBlacksmithType);
blackSmith.setLocation(college);
assertEquals(blackSmith.getStudent(), colonist);
trainForTurns(colony, blackSmith.getNeededTurnsOfTraining());
assertEquals(masterBlacksmithType, colonist.getType());
FreeColTestUtils.setStudentSelection(selection);
}
public void testUniversity() {
Game game = ServerTestHelper.startServerGame(getTestMap(true));
// otherwise this test will crash and burn
boolean selection = FreeColTestUtils.setStudentSelection(false);
Colony colony = getSchoolColony(4, SchoolLevel.UNIVERSITY);
assertEquals(4, colony.getUnitCount());
Building university = colony.getBuilding(universityType);
assertNotNull(university);
Iterator<Unit> units = colony.getUnitIterator();
Unit colonist = units.next();
colonist.setType(freeColonistType);
colonist.setLocation(colony.getBuilding(townHallType));
Unit elder = units.next();
assertEquals(elder.getType(), elderStatesmanType);
elder.setLocation(university);
assertEquals(elder.getStudent(), colonist);
trainForTurns(colony, elder.getNeededTurnsOfTraining());
assertEquals(elderStatesmanType, colonist.getType());
FreeColTestUtils.setStudentSelection(selection);
}
public void testProductionBonus() {
boolean selection = FreeColTestUtils.setStudentSelection(false);
Game game = ServerTestHelper.startServerGame(getTestMap(true));
Colony colony = getSchoolColony(6, SchoolLevel.UNIVERSITY);
Building university = colony.getBuilding(universityType);
Iterator<Unit> units = colony.getUnitIterator();
Unit carpenter = units.next();
carpenter.setType(masterCarpenterType);
Unit blacksmith = units.next();
blacksmith.setType(masterBlacksmithType);
Unit statesman = units.next();
statesman.setType(elderStatesmanType);
units.next().setType(freeColonistType);
units.next().setType(freeColonistType);
units.next().setType(freeColonistType);
carpenter.setLocation(university);
blacksmith.setLocation(university);
statesman.setLocation(university);
for (int bonus = -2; bonus < 3; bonus++) {
setProductionBonus(colony, bonus);
assertEquals(4 - bonus, carpenter.getNeededTurnsOfTraining());
assertEquals(6 - bonus, blacksmith.getNeededTurnsOfTraining());
assertEquals(8 - bonus, statesman.getNeededTurnsOfTraining());
}
FreeColTestUtils.setStudentSelection(selection);
}
/** Check that a free colonist can be taught something. */
public void testExpertTeaching() {
Game game = ServerTestHelper.startServerGame(getTestMap(true));
// otherwise this test will crash and burn
boolean selection = FreeColTestUtils.setStudentSelection(false);
Colony colony = getSchoolColony(4, SchoolLevel.SCHOOLHOUSE);
Building school = colony.getBuilding(schoolType);
assertTrue(school.canTeach());
Iterator<Unit> units = colony.getUnitIterator();
Unit colonist = units.next();
colonist.setType(freeColonistType);
colonist.setLocation(colony.getBuilding(townHallType));
Unit lumber = units.next();
lumber.setType(expertLumberJackType);
Unit black = units.next();
black.setType(masterBlacksmithType);
Unit ore = units.next();
ore.setType(expertOreMinerType);
assertTrue(colony.canTrain(ore));
ore.setLocation(school);
assertEquals(ore.getStudent(), colonist);
trainForTurns(colony, ore.getNeededTurnsOfTraining());
assertEquals(expertOreMinerType, colonist.getType());
FreeColTestUtils.setStudentSelection(selection);
}
public void testAvoidStarvation() {
Game game = ServerTestHelper.startServerGame(getTestMap(marsh));
int unitsBeforeNewTurn = 3;
Colony colony = getStandardColony(unitsBeforeNewTurn);
ServerPlayer player = (ServerPlayer) colony.getOwner();
assertEquals("Wrong number of units in colony", unitsBeforeNewTurn, colony.getUnitCount());
final Building townHall = colony.getBuilding(townHallType);
for (Unit u : colony.getUnitList()) {
u.setLocation(townHall);
}
colony.removeGoods(foodGoodsType);
colony.invalidateCache();
int consumption = colony.getFoodConsumption();
int production = colony.getTile().getType().getPotentialProduction(grainType, null);
assertEquals(6, consumption);
assertEquals(3, production);
assertEquals(-3, colony.getNetProductionOf(foodType));
assertEquals(0, colony.getGoodsCount(foodType));
assertEquals(0, colony.getTile().getUnitCount());
colony.addGoods(foodType, 202);
ServerTestHelper.newTurn();
assertEquals(199, colony.getGoodsCount(foodType));
assertEquals(0, colony.getTile().getUnitCount());
assertEquals(3, colony.getUnitCount());
colony.addGoods(foodType, 15);
ServerTestHelper.newTurn();
assertEquals(11, colony.getGoodsCount(foodType));
assertEquals(1, colony.getTile().getUnitCount());
}
/** Tests invalid completion of buildable, having enough resources */
public void testInvalidCompletion() {
Game game = ServerTestHelper.startServerGame(getTestMap(true));
Colony colony = getStandardColony(2);
Building carpenterHouse = colony.getBuilding(carpenterHouseType);
assertEquals(
"Colony should not have lumber mill", carpenterHouse, colony.getBuilding(lumberMillType));
assertFalse("Colony should not be able to build lumber mill", colony.canBuild(lumberMillType));
colony.setCurrentlyBuilding(lumberMillType);
assertEquals(
"Colony should be building lumber mill", lumberMillType, colony.getCurrentlyBuilding());
// Add sufficient units and goods to build lumber mill.
Unit unit = new ServerUnit(game, colony.getTile(), colony.getOwner(), colonistType);
unit.setLocation(colony);
for (AbstractGoods ag : lumberMillType.getRequiredGoods()) {
GoodsType type = ag.getType();
int amount = ag.getAmount() + 1;
colony.addGoods(type, amount);
assertEquals("Wrong quantity of " + type, amount, colony.getGoodsCount(type));
}
// Allow the building to finish
ServerTestHelper.newTurn();
assertEquals(
"Colony should have lumber mill",
lumberMillType,
colony.getBuilding(lumberMillType).getType());
assertFalse(
"Colony should no longer be building lumber mill",
colony.getCurrentlyBuilding() == lumberMillType);
}
public void testAssignDefendSettlementMission() {
Game game = ServerTestHelper.startServerGame(getTestMap());
Map map = game.getMap();
AIMain aiMain = ServerTestHelper.getServer().getAIMain();
// Create player and unit
ServerPlayer dutch = (ServerPlayer) game.getPlayerByNationId("model.nation.dutch");
Tile tile1 = map.getTile(2, 2);
Unit soldier = new ServerUnit(game, tile1, dutch, veteranType);
AIUnit aiUnit = aiMain.getAIUnit(soldier);
assertNotNull(aiUnit);
// Add nearby colony in need of defense
Tile colonyTile = map.getTile(2, 3);
assertTrue(colonyTile != null);
colonyTile.setExplored(dutch, true);
Colony colony =
FreeColTestUtils.getColonyBuilder().player(dutch).colonyTile(colonyTile).build();
assertTrue(colonyTile.getSettlement() == colony);
assertTrue(colony.getOwner() == dutch);
assertTrue(colony.getUnitCount() == 1);
aiUnit.setMission(null);
assertEquals(
"DefendSettlementMission should be possible",
null,
DefendSettlementMission.invalidReason(aiUnit));
assertEquals(
"DefendSettlementMission should work with colony",
null,
DefendSettlementMission.invalidReason(aiUnit, colony));
}
/**
* The time to teach somebody does not depend on the one who is being taught, but on the teacher.
*/
public void testTeachPettyCriminalsByMaster() {
boolean selection = FreeColTestUtils.setStudentSelection(false);
Game game = ServerTestHelper.startServerGame(getTestMap(true));
Colony colony = getSchoolColony(4, SchoolLevel.UNIVERSITY);
Building university = colony.getBuilding(universityType);
Iterator<Unit> units = colony.getUnitIterator();
Unit criminal = units.next();
criminal.setType(pettyCriminalType);
criminal.setLocation(colony.getBuilding(townHallType));
Unit teacher = units.next();
teacher.setType(masterBlacksmithType);
teacher.setLocation(university);
assertEquals(teacher.getNeededTurnsOfTraining(), 4);
assertEquals(criminal, teacher.getStudent());
trainForTurns(colony, teacher.getNeededTurnsOfTraining());
assertEquals(0, getUnitList(colony, pettyCriminalType).size());
assertEquals(indenturedServantType, criminal.getType());
FreeColTestUtils.setStudentSelection(selection);
}
/**
* Test that an indentured servant cannot be promoted to free colonist and learn a skill at the
* same time.
*/
public void testTeachingDoublePromotion() {
boolean selection = FreeColTestUtils.setStudentSelection(false);
Game game = ServerTestHelper.startServerGame(getTestMap(true));
Colony colony = getSchoolColony(4, SchoolLevel.UNIVERSITY);
// prevent starvation
colony.addGoods(foodType, 100);
Building university = colony.getBuilding(universityType);
Iterator<Unit> units = colony.getUnitIterator();
Unit indenturedServant = units.next();
indenturedServant.setType(indenturedServantType);
indenturedServant.setLocation(colony.getBuilding(townHallType));
Unit criminal = units.next();
criminal.setType(pettyCriminalType);
criminal.setLocation(colony.getBuilding(townHallType));
Unit teacher1 = units.next();
teacher1.setType(expertOreMinerType);
Unit teacher2 = units.next();
teacher2.setType(expertLumberJackType);
// set location only AFTER all types have been set!
teacher1.setLocation(university);
teacher2.setLocation(university);
assertEquals(criminal, teacher1.getStudent());
assertEquals(indenturedServant, teacher2.getStudent());
// Training time
trainForTurns(colony, teacher1.getNeededTurnsOfTraining());
// indentured servant should have been promoted to free colonist
// petty criminal should have been promoted to indentured servant
assertEquals(freeColonistType, indenturedServant.getType());
assertEquals(indenturedServantType, criminal.getType());
assertEquals(1, getUnitList(colony, expertOreMinerType).size());
assertEquals(1, getUnitList(colony, expertLumberJackType).size());
assertEquals(1, getUnitList(colony, freeColonistType).size());
assertEquals(1, getUnitList(colony, indenturedServantType).size());
assertEquals(0, getUnitList(colony, pettyCriminalType).size());
criminal.setLocation(getGame().getMap().getTile(10, 8));
assertNull(teacher1.getStudent());
assertEquals(teacher2, indenturedServant.getTeacher());
// Train again
trainForTurns(colony, teacher2.getNeededTurnsOfTraining());
assertEquals(expertLumberJackType, indenturedServant.getType());
assertEquals(1, getUnitList(colony, expertOreMinerType).size());
assertEquals(2, getUnitList(colony, expertLumberJackType).size());
assertEquals(0, getUnitList(colony, freeColonistType).size());
assertEquals(0, getUnitList(colony, indenturedServantType).size());
assertEquals(0, getUnitList(colony, pettyCriminalType).size());
FreeColTestUtils.setStudentSelection(selection);
}
/**
* When searching for threats to a settlement, the indian player should ignore naval threats, as
* he does not have naval power
*/
public void testSecureIndianSettlementMissionIgnoreNavalThreat() {
Game game = ServerTestHelper.startServerGame(getCoastTestMap(plainsType));
Map map = game.getMap();
AIMain aiMain = ServerTestHelper.getServer().getAIMain();
InGameController igc = ServerTestHelper.getInGameController();
// Create player and unit
ServerPlayer inca = (ServerPlayer) game.getPlayerByNationId("model.nation.inca");
NativeAIPlayer aiInca = (NativeAIPlayer) aiMain.getAIPlayer(inca);
ServerPlayer dutch = (ServerPlayer) game.getPlayerByNationId("model.nation.dutch");
Tile settlementTile = map.getTile(9, 9);
Tile seaTile = map.getTile(10, 9);
assertTrue("Settlement tile should be land", settlementTile.isLand());
assertFalse("Galleon tile should be ocean", seaTile.isLand());
FreeColTestCase.IndianSettlementBuilder builder =
new FreeColTestCase.IndianSettlementBuilder(game);
IndianSettlement camp =
builder.player(inca).settlementTile(settlementTile).initialBravesInCamp(10).build();
ServerUnit galleon = new ServerUnit(game, seaTile, dutch, galleonType);
int unitsInGalleon = 6;
for (int i = 0; i < unitsInGalleon; i++) {
ServerUnit artillery = new ServerUnit(game, settlementTile, dutch, artilleryType);
igc.embarkUnit(dutch, artillery, galleon);
}
assertEquals("Wrong number of units onboard galleon", unitsInGalleon, galleon.getUnitCount());
assertEquals("Galleon should be full", 0, galleon.getSpaceLeft());
for (Unit brave : camp.getUnitList()) {
AIUnit aiUnit = aiMain.getAIUnit(brave);
assertNotNull(aiUnit);
new UnitWanderHostileMission(aiMain, aiUnit);
assertTrue("No enemy units present", aiUnit.hasMission(UnitWanderHostileMission.class));
}
inca.setStance(dutch, Stance.WAR);
inca.setTension(dutch, new Tension(Tension.Level.HATEFUL.getLimit()));
assertTrue("Indian player should be at war with dutch", inca.getStance(dutch) == Stance.WAR);
assertEquals(
"Wrong Indian player tension towards dutch",
Tension.Level.HATEFUL.getLimit(),
inca.getTension(dutch).getValue());
aiInca.abortInvalidMissions();
aiInca.secureIndianSettlement(camp, lb);
boolean seeking = false;
for (Unit brave : inca.getUnits()) {
AIUnit aiUnit = aiMain.getAIUnit(brave);
assertNotNull(aiUnit);
if (aiUnit.hasMission(UnitSeekAndDestroyMission.class)) {
seeking = true;
break;
}
}
assertFalse("Braves should not pursue naval units", seeking);
}
/**
* If there are two teachers with the same skill level, the first to be put in the school should
* be used for teaching.
*/
public void testSingleGuyTwoTeachers2() {
boolean selection = FreeColTestUtils.setStudentSelection(false);
Game game = ServerTestHelper.startServerGame(getTestMap(true));
Colony colony = getSchoolColony(4, SchoolLevel.UNIVERSITY);
Building university = colony.getBuilding(universityType);
Iterator<Unit> units = colony.getUnitIterator();
Unit colonist = units.next();
colonist.setType(freeColonistType);
colonist.setLocation(colony.getBuilding(townHallType));
Unit lumber = units.next();
lumber.setType(expertLumberJackType);
Unit ore = units.next();
ore.setType(expertOreMinerType);
// It should take 4 turns to train an expert lumber jack and
// also 4 to train a ore miner. First come first serve, the
// lumber jack wins.
lumber.setLocation(university);
ore.setLocation(university);
assertEquals(colonist.getTeacher(), lumber);
assertNull(ore.getStudent());
assertEquals(1, getUnitList(colony, freeColonistType).size());
assertEquals(1, getUnitList(colony, expertLumberJackType).size());
assertEquals(1, getUnitList(colony, expertOreMinerType).size());
ServerTestHelper.newTurn();
assertEquals(1, getUnitList(colony, freeColonistType).size());
assertEquals(1, getUnitList(colony, expertLumberJackType).size());
assertEquals(1, getUnitList(colony, expertOreMinerType).size());
ServerTestHelper.newTurn();
assertEquals(1, getUnitList(colony, freeColonistType).size());
assertEquals(1, getUnitList(colony, expertLumberJackType).size());
assertEquals(1, getUnitList(colony, expertOreMinerType).size());
ServerTestHelper.newTurn();
assertEquals(1, getUnitList(colony, freeColonistType).size());
assertEquals(1, getUnitList(colony, expertLumberJackType).size());
assertEquals(1, getUnitList(colony, expertOreMinerType).size());
ServerTestHelper.newTurn();
assertEquals(0, getUnitList(colony, freeColonistType).size());
assertEquals(2, getUnitList(colony, expertLumberJackType).size());
assertEquals(1, getUnitList(colony, expertOreMinerType).size());
FreeColTestUtils.setStudentSelection(selection);
}
public void testLibertyAndImmigration() {
Game game = ServerTestHelper.startServerGame(getTestMap(true));
final int population = 3;
Colony colony = getStandardColony(population);
ServerBuilding townHall = (ServerBuilding) colony.getBuilding(townHallType);
Unit statesman = colony.getUnitList().get(0);
townHall.setWorkFor(statesman);
assertEquals(bellsType, statesman.getWorkType());
ServerBuilding church = (ServerBuilding) colony.getBuilding(chapelType);
church.upgrade();
Unit preacher = colony.getUnitList().get(1);
church.setWorkFor(preacher);
assertEquals(crossesType, preacher.getWorkType());
assertEquals(0, colony.getGoodsCount(bellsType));
ServerTestHelper.newTurn();
int bells = 3;
assertEquals(population, colony.getUnitCount());
assertEquals(bells, colony.getNetProductionOf(bellsType));
assertEquals(bells, colony.getGoodsCount(bellsType));
colony.addGoods(bellsType, 7);
bells += 7;
assertEquals(bells, colony.getGoodsCount(bellsType));
assertEquals(bells, colony.getLiberty());
colony.removeGoods(bellsType, 5);
bells -= 5;
assertEquals(bells, colony.getGoodsCount(bellsType));
assertEquals(bells, colony.getLiberty());
int crosses = colony.getTotalProductionOf(crossesType) - colony.getConsumptionOf(crossesType);
assertEquals(crosses, colony.getNetProductionOf(crossesType));
assertEquals(crosses, colony.getGoodsCount(crossesType));
assertEquals(crosses, colony.getImmigration());
colony.addGoods(crossesType, 7);
crosses += 7;
assertEquals(crosses, colony.getGoodsCount(crossesType));
assertEquals(crosses, colony.getImmigration());
colony.removeGoods(crossesType, 5);
crosses -= 5;
assertEquals(crosses, colony.getGoodsCount(crossesType));
assertEquals(crosses, colony.getImmigration());
}
public void testTwoTeachersSimple() {
boolean selection = FreeColTestUtils.setStudentSelection(false);
Game game = ServerTestHelper.startServerGame(getTestMap(true));
Colony colony = getSchoolColony(5, SchoolLevel.UNIVERSITY);
// prevent starvation
colony.addGoods(foodType, 100);
Building university = colony.getBuilding(universityType);
Iterator<Unit> units = colony.getUnitIterator();
Unit colonist1 = units.next();
colonist1.setType(freeColonistType);
colonist1.setLocation(colony.getBuilding(townHallType));
Unit colonist2 = units.next();
colonist2.setType(freeColonistType);
colonist2.setLocation(colony.getBuilding(townHallType));
Unit colonist3 = units.next();
colonist3.setType(freeColonistType);
colonist3.setLocation(colony.getBuilding(townHallType));
Unit black = units.next();
black.setType(masterBlacksmithType);
Unit ore = units.next();
ore.setType(expertOreMinerType);
black.setLocation(university);
ore.setLocation(university);
assertEquals(3, getUnitList(colony, freeColonistType).size());
assertEquals(1, getUnitList(colony, masterBlacksmithType).size());
assertEquals(1, getUnitList(colony, expertOreMinerType).size());
trainForTurns(colony, ore.getNeededTurnsOfTraining());
assertEquals(2, getUnitList(colony, freeColonistType).size());
assertEquals(1, getUnitList(colony, masterBlacksmithType).size());
assertEquals(2, getUnitList(colony, expertOreMinerType).size());
assertNotNull(ore.getStudent());
assertNotNull(black.getStudent());
trainForTurns(colony, black.getNeededTurnsOfTraining() - black.getTurnsOfTraining());
assertEquals(1, getUnitList(colony, freeColonistType).size());
assertEquals(2, getUnitList(colony, masterBlacksmithType).size());
assertEquals(2, getUnitList(colony, expertOreMinerType).size());
FreeColTestUtils.setStudentSelection(selection);
}
public void testImpossibleConditionsForTargetSelection() {
Game game = ServerTestHelper.startServerGame(getCoastTestMap(plainsType));
Map map = game.getMap();
AIMain aiMain = ServerTestHelper.getServer().getAIMain();
// Create attacking player and units
ServerPlayer dutch = (ServerPlayer) game.getPlayerByNationId("model.nation.dutch");
Tile tile1 = map.getTile(2, 2);
Tile tile2 = map.getTile(2, 1);
Unit soldier = new ServerUnit(game, tile1, dutch, veteranType);
Unit friendlyColonist = new ServerUnit(game, tile2, dutch, colonistType);
AIUnit aiUnit = aiMain.getAIUnit(soldier);
assertNotNull(aiUnit);
// Create defending player and unit
ServerPlayer french = (ServerPlayer) game.getPlayerByNationId("model.nation.french");
Tile tile3 = map.getTile(1, 2);
Unit enemyColonist = new ServerUnit(game, tile3, french, colonistType);
Tile tile4 = map.getTile(12, 12); // in the water
assertFalse("Tle should be water", tile4.isLand());
Unit enemyGalleon = new ServerUnit(game, tile4, french, galleonType);
// Make tests
assertNotNull(
"Cannot attack own unit",
UnitSeekAndDestroyMission.invalidReason(aiUnit, friendlyColonist));
assertNotNull(
"Players are not at war", UnitSeekAndDestroyMission.invalidReason(aiUnit, enemyColonist));
dutch.setStance(french, Stance.WAR);
french.setStance(dutch, Stance.WAR);
assertEquals(
"Unit should be able to attack land unit",
null,
UnitSeekAndDestroyMission.invalidReason(aiUnit, enemyColonist));
assertNotNull(
"Land unit cannot attack naval unit",
UnitSeekAndDestroyMission.invalidReason(aiUnit, enemyGalleon));
}
/** Tests completion of buildable */
public void testBuildingCompletion() {
Game game = ServerTestHelper.startServerGame(getTestMap(true));
Colony colony = getStandardColony();
ServerBuilding initialWarehouse = new ServerBuilding(getGame(), colony, depotType);
colony.addBuilding(initialWarehouse);
assertTrue("Colony should be able to build warehouse", colony.canBuild(warehouseType));
// Simulate that the build is done
colony.setCurrentlyBuilding(warehouseType);
colony.addGoods(hammerGoodsType, 90);
assertFalse(
"Colony should not have warehouse", colony.getWarehouse().getType() == warehouseType);
ServerTestHelper.newTurn();
assertTrue("Colony should have warehouse", colony.getWarehouse().getType() == warehouseType);
}
public void testFoodConsumption() {
Game game = ServerTestHelper.startServerGame(getTestMap(plains));
ServerPlayer dutch = (ServerPlayer) game.getPlayerByNationId("model.nation.dutch");
// Setting test colony and colonist
Colony colony =
FreeColTestUtils.getColonyBuilder().colonyTile(game.getMap().getTile(5, 8)).build();
new ServerUnit(game, colony.getWorkLocationForProducing(bellsType), dutch, colonistType);
assertEquals(0, colony.getGoodsCount(foodType));
int quantity = colony.getFoodConsumption() * 2;
colony.addGoods(foodGoodsType, quantity);
int foodStored = colony.getGoodsCount(foodGoodsType);
assertEquals(quantity, foodStored);
int foodExpected = foodStored - colony.getFoodConsumption() + colony.getFoodProduction();
ServerTestHelper.newTurn();
assertEquals(
"Unexpected value for remaining food, ", foodExpected, colony.getGoodsCount(foodGoodsType));
}
public void testCaseTwoTeachersWithDifferentExp() {
boolean selection = FreeColTestUtils.setStudentSelection(false);
Game game = ServerTestHelper.startServerGame(getTestMap(true));
Colony colony = getSchoolColony(4, SchoolLevel.UNIVERSITY);
Building university = colony.getBuilding(universityType);
Iterator<Unit> units = colony.getUnitIterator();
Unit colonist = units.next();
colonist.setType(freeColonistType);
colonist.setLocation(colony.getBuilding(townHallType));
Unit teacher1 = units.next();
teacher1.setType(expertOreMinerType);
Unit teacher2 = units.next();
teacher2.setType(masterCarpenterType);
// First we let the teacher1 train for 3 turns
teacher1.setLocation(university);
ServerTestHelper.newTurn();
ServerTestHelper.newTurn();
ServerTestHelper.newTurn();
assertEquals(3, teacher1.getTurnsOfTraining());
// Then teacher2 for 1 turn
teacher1.setLocation(colony.getWorkLocationFor(teacher1, grainType));
teacher2.setLocation(university);
ServerTestHelper.newTurn();
assertEquals(0, teacher1.getTurnsOfTraining());
assertEquals(1, teacher2.getTurnsOfTraining());
// If we now also add teacher1 to the university, but
// teacher2 should still be the teacher in charge
teacher1.setLocation(university);
assertNull(teacher1.getStudent());
ServerTestHelper.newTurn();
assertEquals(0, teacher1.getTurnsOfTraining());
assertEquals(2, teacher2.getTurnsOfTraining());
FreeColTestUtils.setStudentSelection(selection);
}
/**
* Trains partly one colonist then put another teacher.
*
* <p>Should not save progress but start all over.
*/
public void testPartTraining() {
boolean selection = FreeColTestUtils.setStudentSelection(false);
Game game = ServerTestHelper.startServerGame(getTestMap(true));
Colony colony = getSchoolColony(4, SchoolLevel.UNIVERSITY);
Building university = colony.getBuilding(universityType);
Iterator<Unit> units = colony.getUnitIterator();
Unit colonist = units.next();
colonist.setType(freeColonistType);
colonist.setLocation(colony.getBuilding(townHallType));
Unit lumberjack = units.next();
lumberjack.setType(expertLumberJackType);
Unit miner = units.next();
miner.setType(expertOreMinerType);
// Put Lumberjack in School
lumberjack.setLocation(university);
assertEquals(lumberjack.getStudent(), colonist);
assertEquals(colonist.getTeacher(), lumberjack);
ServerTestHelper.newTurn();
ServerTestHelper.newTurn();
// After 2 turns replace by miner. Progress starts from scratch.
lumberjack.setLocation(colony.getWorkLocationFor(lumberjack, grainType));
assertNull(lumberjack.getStudent());
assertNull(colonist.getTeacher());
miner.setLocation(university);
assertEquals(miner.getStudent(), colonist);
assertEquals(colonist.getTeacher(), miner);
trainForTurns(colony, miner.getNeededTurnsOfTraining());
assertEquals(0, getUnitList(colony, freeColonistType).size());
assertEquals(2, getUnitList(colony, expertOreMinerType).size());
FreeColTestUtils.setStudentSelection(selection);
}
public void testDeathByStarvation() {
Game game = ServerTestHelper.startServerGame(getTestMap(marsh));
int consumption, production, unitsBeforeNewTurn = 3;
Colony colony = getStandardColony(unitsBeforeNewTurn);
ServerPlayer player = (ServerPlayer) colony.getOwner();
final Building townHall = colony.getBuilding(townHallType);
for (Unit u : colony.getUnitList()) {
u.setLocation(townHall);
}
colony.removeGoods(foodGoodsType);
colony.invalidateCache();
consumption = colony.getFoodConsumption();
production = colony.getFoodProduction();
assertTrue(
"Food consumption ("
+ consumption
+ ") should be higher than production ("
+ production
+ ")",
consumption > production);
assertEquals("No food stored in colony", 0, colony.getGoodsCount(foodType));
assertEquals("Wrong number of units in colony", unitsBeforeNewTurn, colony.getUnitCount());
ServerTestHelper.newTurn();
consumption = colony.getFoodConsumption();
production = colony.getFoodProduction();
assertTrue(
"Food consumption ("
+ consumption
+ ") should be higher than production ("
+ production
+ ")",
consumption > production);
assertEquals("No food stored in colony", 0, colony.getGoodsCount(foodType));
assertEquals("Wrong number of units in colony", unitsBeforeNewTurn - 1, colony.getUnitCount());
}
/** If there are two teachers, but just one colonist to be taught. */
public void testSingleGuyTwoTeachers() {
boolean selection = FreeColTestUtils.setStudentSelection(false);
Game game = ServerTestHelper.startServerGame(getTestMap(true));
Colony colony = getSchoolColony(4, SchoolLevel.UNIVERSITY);
Building university = colony.getBuilding(universityType);
Iterator<Unit> units = colony.getUnitIterator();
Unit colonist = units.next();
colonist.setType(freeColonistType);
colonist.setLocation(colony.getBuilding(townHallType));
Unit lumberJack = units.next();
lumberJack.setType(expertLumberJackType);
Unit blackSmith = units.next();
blackSmith.setType(masterBlacksmithType);
// It should take 4 turns to train an expert lumber jack and 6
// to train a blacksmith, so the lumber jack chould be
// finished teaching first. The school works for now as
// first come first serve.
blackSmith.setLocation(university);
lumberJack.setLocation(university);
assertTrue(colonist.getTeacher() == blackSmith);
assertNull(lumberJack.getStudent());
assertEquals(1, getUnitList(colony, freeColonistType).size());
assertEquals(1, getUnitList(colony, expertLumberJackType).size());
assertEquals(1, getUnitList(colony, masterBlacksmithType).size());
trainForTurns(colony, blackSmith.getNeededTurnsOfTraining());
assertEquals(0, getUnitList(colony, freeColonistType).size());
assertEquals(1, getUnitList(colony, expertLumberJackType).size());
assertEquals(2, getUnitList(colony, masterBlacksmithType).size());
FreeColTestUtils.setStudentSelection(selection);
}
public void testEqualFoodProductionConsumptionCase() {
Game game = ServerTestHelper.startServerGame(getTestMap(desert));
// Setting test colony
Tile colonyTile = game.getMap().getTile(5, 8);
Colony colony =
FreeColTestUtils.getColonyBuilder().colonyTile(colonyTile).initialColonists(1).build();
// Set the food production of the center tile of the colony to 2
// This will be the only food production of the colony
List<AbstractGoods> colonyTileProduction = colonyTile.getType().getPossibleProduction(true);
for (int i = 0; i < colonyTileProduction.size(); i++) {
AbstractGoods production = colonyTileProduction.get(i);
if (production.getType() == foodGoodsType) {
production.setAmount(2);
break;
}
}
Unit unit = colony.getUnitList().get(0);
unit.setLocation(colony.getWorkLocationFor(unit, bellsType));
// Verify that there is enough food stored
colony.addGoods(foodGoodsType, colony.getFoodConsumption() * 2);
assertEquals(
"Production not equal to consumption",
colony.getFoodConsumption(),
colony.getFoodProduction());
int colonists = colony.getUnitCount();
assertEquals("Unexpected change of colonists in colony", colonists, colony.getUnitCount());
assertEquals(
"Unexpected change of production/consumption ratio",
colony.getFoodProduction(),
colony.getFoodConsumption());
}
public void testConcurrentUpgrade() {
boolean selection = FreeColTestUtils.setStudentSelection(false);
Game game = ServerTestHelper.startServerGame(getTestMap(true));
Colony colony = getSchoolColony(2, SchoolLevel.SCHOOLHOUSE);
Building school = colony.getBuilding(schoolType);
Iterator<Unit> units = colony.getUnitIterator();
Unit lumber = units.next();
lumber.setType(expertLumberJackType);
Unit student = units.next();
student.setType(pettyCriminalType);
student.setLocation(colony.getBuilding(townHallType));
assertTrue(school.canTeach());
assertTrue(colony.canTrain(lumber));
lumber.setLocation(school);
ServerTestHelper.newTurn();
assertEquals(student, lumber.getStudent());
// lumber jack can teach indentured servant
student.changeType(indenturedServantType);
assertEquals(student, lumber.getStudent());
// lumber jack can teach free colonist
student.changeType(freeColonistType);
assertEquals(student, lumber.getStudent());
// lumber jack can not teach expert
student.changeType(masterCarpenterType);
assertNull(lumber.getStudent());
assertNull(student.getTeacher());
FreeColTestUtils.setStudentSelection(selection);
}
public void testColonialRegular() {
boolean selection = FreeColTestUtils.setStudentSelection(false);
Game game = ServerTestHelper.startServerGame(getTestMap(true));
Colony colony = getSchoolColony(4, SchoolLevel.UNIVERSITY);
Building university = colony.getBuilding(universityType);
colony.getOwner().addAbility(new Ability(Ability.INDEPENDENCE_DECLARED));
Iterator<Unit> units = colony.getUnitIterator();
Unit regular = units.next();
regular.setType(colonialRegularType);
Unit colonist = units.next();
colonist.setType(freeColonistType);
colonist.setLocation(colony.getBuilding(townHallType));
regular.setLocation(university);
assertEquals(colonist, regular.getStudent());
trainForTurns(colony, freeColonistType.getEducationTurns(veteranSoldierType));
assertEquals(veteranSoldierType, colonist.getType());
FreeColTestUtils.setStudentSelection(selection);
}
/**
* Test that free colonists are trained before indentured servants, which are preferred to petty
* criminals.
*/
public void testTeachingOrder() {
boolean selection = FreeColTestUtils.setStudentSelection(false);
Game game = ServerTestHelper.startServerGame(getTestMap(true));
Colony colony = getSchoolColony(4, SchoolLevel.UNIVERSITY);
// prevent starvation
colony.addGoods(foodType, 100);
Building university = colony.getBuilding(universityType);
Iterator<Unit> units = colony.getUnitIterator();
Unit colonist = units.next();
colonist.setType(freeColonistType);
colonist.setLocation(colony.getBuilding(townHallType));
Unit indenturedServant = units.next();
indenturedServant.setType(indenturedServantType);
indenturedServant.setLocation(colony.getBuilding(townHallType));
Unit criminal = units.next();
criminal.setType(pettyCriminalType);
criminal.setLocation(colony.getBuilding(townHallType));
Unit teacher = units.next();
teacher.setType(expertOreMinerType);
teacher.setLocation(university);
assertTrue(colonist.canBeStudent(teacher));
assertTrue(indenturedServant.canBeStudent(teacher));
assertTrue(criminal.canBeStudent(teacher));
// Criminal training
assertEquals(teacher, criminal.getTeacher());
assertEquals(criminal, teacher.getStudent());
trainForTurns(colony, teacher.getNeededTurnsOfTraining());
assertEquals(0, getUnitList(colony, pettyCriminalType).size());
assertEquals(indenturedServantType, criminal.getType());
criminal.setLocation(getGame().getMap().getTile(10, 8));
// Servant training
assertNull(teacher.getStudent());
ServerTestHelper.newTurn();
assertEquals(teacher, indenturedServant.getTeacher());
assertEquals(indenturedServant, teacher.getStudent());
trainForTurns(colony, teacher.getNeededTurnsOfTraining());
assertEquals(0, getUnitList(colony, indenturedServantType).size());
assertEquals(2, getUnitList(colony, freeColonistType).size());
assertEquals(1, getUnitList(colony, expertOreMinerType).size());
assertEquals(freeColonistType, indenturedServant.getType());
// Colonist(former servant) training continues
assertEquals(teacher, indenturedServant.getTeacher());
assertEquals(indenturedServant, teacher.getStudent());
assertEquals(colonist.getTeacher(), null);
trainForTurns(colony, teacher.getNeededTurnsOfTraining());
assertEquals(0, getUnitList(colony, indenturedServantType).size());
assertEquals(1, getUnitList(colony, freeColonistType).size());
assertEquals(2, getUnitList(colony, expertOreMinerType).size());
assertEquals(expertOreMinerType, indenturedServant.getType());
assertEquals(indenturedServant.getTeacher(), null);
FreeColTestUtils.setStudentSelection(selection);
}