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💚 add tests for city population manager (#10347)
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package com.unciv.logic.city.managers
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import com.badlogic.gdx.math.Vector2
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import com.unciv.Constants
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import com.unciv.logic.city.City
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import com.unciv.logic.city.CityFocus
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import com.unciv.logic.civilization.Civilization
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import com.unciv.testing.GdxTestRunner
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import com.unciv.testing.TestGame
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import org.junit.Assert.assertEquals
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import org.junit.Assert.assertFalse
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import org.junit.Assert.assertTrue
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import org.junit.Before
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import org.junit.Test
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import org.junit.runner.RunWith
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@RunWith(GdxTestRunner::class)
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class CityPopulationManagerTest {
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private lateinit var civ: Civilization
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private lateinit var city: City
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private val testGame = TestGame()
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@Before
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fun setUp() {
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testGame.makeHexagonalMap(3)
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civ = testGame.addCiv()
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city = testGame.addCity(civ, testGame.getTile(Vector2.Zero), initialPopulation = 1)
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}
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@Test
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fun `should increase food requirements for next pop`() {
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// given
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val biggerCity = testGame.addCity(civ, testGame.getTile(Vector2.X), initialPopulation = 2)
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// when
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val smallerCityFoodRequirements = city.population.getFoodToNextPopulation()
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val greaterCityFoodRequirements = biggerCity.population.getFoodToNextPopulation()
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// then
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assertTrue(smallerCityFoodRequirements < greaterCityFoodRequirements)
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}
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@Test
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fun `should change food requirements for different gamespeeds`() {
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// given
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val quickSpeedGame = TestGame()
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quickSpeedGame.gameInfo.speed = quickSpeedGame.ruleset.speeds["Quick"]!!
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val quickSpeedCity = quickSpeedGame.addCity(quickSpeedGame.addCiv(), quickSpeedGame.getTile(Vector2.Zero), initialPopulation = 1)
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val epicSpeedGame = TestGame()
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epicSpeedGame.gameInfo.speed = epicSpeedGame.ruleset.speeds["Epic"]!!
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val epicSpeedCity = epicSpeedGame.addCity(epicSpeedGame.addCiv(), epicSpeedGame.getTile(Vector2.Zero), initialPopulation = 1)
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// when
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val quickFoodRequirements = quickSpeedCity.population.getFoodToNextPopulation()
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val standardCityFoodRequirements = city.population.getFoodToNextPopulation()
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val epicCityFoodRequirements = epicSpeedCity.population.getFoodToNextPopulation()
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// then
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assertTrue(quickFoodRequirements < standardCityFoodRequirements)
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assertTrue(standardCityFoodRequirements < epicCityFoodRequirements)
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}
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@Test
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fun `should increase food requirements for city states`() {
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// given
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val cityState = testGame.addCiv(cityStateType = "Militaristic")
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val cityStateCity = testGame.addCity(cityState, testGame.getTile(Vector2.X), initialPopulation = 1)
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// when
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val cityFoodRequirements = city.population.getFoodToNextPopulation()
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val cityStateCityFoodRequirements = cityStateCity.population.getFoodToNextPopulation()
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// then
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assertTrue(cityFoodRequirements < cityStateCityFoodRequirements)
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}
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@Test
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fun `should increase food requirements for AI on easier difficulties`() {
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// given
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val easierDifficultyGame = TestGame()
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easierDifficultyGame.gameInfo.difficulty = "Chieftain"
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easierDifficultyGame.gameInfo.difficultyObject = easierDifficultyGame.ruleset.difficulties["Chieftain"]!!
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val easierCity = easierDifficultyGame.addCity(easierDifficultyGame.addCiv(), easierDifficultyGame.getTile(Vector2.Zero), initialPopulation = 1)
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// when
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val cityFoodRequirements = city.population.getFoodToNextPopulation()
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val easierCityFoodRequirements = easierCity.population.getFoodToNextPopulation()
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// then
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assertTrue(easierCityFoodRequirements > cityFoodRequirements)
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}
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@Test
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fun `should decrease food requirements for AI on higher difficulties`() {
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// given
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val harderDifficultyGame = TestGame()
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harderDifficultyGame.gameInfo.difficulty = "Deity"
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harderDifficultyGame.gameInfo.difficultyObject = harderDifficultyGame.ruleset.difficulties["Deity"]!!
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val harderCity = harderDifficultyGame.addCity(harderDifficultyGame.addCiv(), harderDifficultyGame.getTile(Vector2.Zero), initialPopulation = 1)
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// when
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val cityFoodRequirements = city.population.getFoodToNextPopulation()
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val harderCityFoodRequirements = harderCity.population.getFoodToNextPopulation()
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// then
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assertTrue(harderCityFoodRequirements < cityFoodRequirements)
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}
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@Test
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fun `should remove one pop when on starvation and no food reserves`() {
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// given
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city.population.setPopulation(2)
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city.population.foodStored = 0
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// when
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city.population.nextTurn(-1)
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// then
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assertEquals(1, city.population.population)
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}
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@Test
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fun `should not remove one pop when on starvation but with enough food reserves`() {
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// given
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city.population.setPopulation(2)
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city.population.foodStored = 5
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// when
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city.population.nextTurn(-1)
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// then
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assertEquals(2, city.population.population)
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}
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@Test
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fun `should not remove one pop when on starvation but with 1 pop`() {
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// given
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city.population.foodStored = 0
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// when
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city.population.nextTurn(-1)
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// then
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assertEquals(1, city.population.population)
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}
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@Test
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fun `should increase pop when enough food is stored`() {
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// given
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city.population.foodStored = 14
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// when
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city.population.nextTurn(1)
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// then
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assertEquals(2, city.population.population)
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assertEquals(0, city.population.foodStored)
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}
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@Test
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fun `should carry over excess food when new pop is born`() {
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// given
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city.population.foodStored = 14
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// when
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city.population.nextTurn(4)
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// then
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assertEquals(2, city.population.population)
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assertEquals(3, city.population.foodStored)
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}
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@Test
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fun `should start with food stored when new pop is born and uniques`() {
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// given
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val building = testGame.createBuilding("[50]% Food is carried over after population increases [in this city]")
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city.cityConstructions.addBuilding(building)
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city.population.foodStored = 14
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// when
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city.population.nextTurn(1)
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// then
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assertEquals(2, city.population.population)
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assertEquals(7, city.population.foodStored)
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}
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@Test
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fun `should automatically assing new pop to job`() {
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// given
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city.population.foodStored = 14
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// when
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city.population.nextTurn(1)
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// then
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assertEquals(2, city.population.population)
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assertEquals(0, city.population.getFreePopulation())
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}
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@Test
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fun `should automatically assing new pop to best job`() {
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// given
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city.lockedTiles.add(Vector2(-1f, 0f)) // force the first pop to work on a specific tile to avoid being reassigned
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val goodTile = testGame.setTileTerrain(Vector2.X, Constants.grassland)
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goodTile.improvement = "Farm"
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assertFalse(city.workedTiles.contains(goodTile.position))
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city.population.foodStored = 14
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// when
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city.population.nextTurn(1)
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// then
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assertEquals(2, city.population.population)
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assertTrue(city.workedTiles.contains(goodTile.position))
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}
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@Test
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fun `should automatically assing new pop to best job according to city focus`() {
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// given
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city.cityAIFocus = CityFocus.GoldFocus
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city.lockedTiles.add(Vector2(-1f, 0f)) // force the first pop to work on a specific tile to avoid being reassigned
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val goodFoodTile = testGame.setTileTerrain(Vector2.X, Constants.grassland)
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goodFoodTile.improvement = "Farm"
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assertFalse(city.workedTiles.contains(goodFoodTile.position))
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val goodGoldTile = testGame.setTileTerrain(Vector2.Y, Constants.grassland)
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val goldImprovement = testGame.createTileImprovement("[+5 Gold]")
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goodGoldTile.improvement = goldImprovement.name
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assertFalse(city.workedTiles.contains(goodGoldTile.position))
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city.population.foodStored = 14
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// when
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city.population.nextTurn(1)
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// then
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assertEquals(2, city.population.population)
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assertTrue(city.workedTiles.contains(goodGoldTile.position))
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assertFalse(city.workedTiles.contains(goodFoodTile.position))
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}
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@Test
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fun `should automatically assing new pop to best job with specialists`() {
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// given
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city.cityAIFocus = CityFocus.GoldFocus
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city.lockedTiles.add(Vector2(-1f, 0f)) // force the first pop to work on a specific tile to avoid being reassigned
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val specialistBuilding = testGame.createBuilding()
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specialistBuilding.specialistSlots.add("Merchant", 1)
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city.cityConstructions.addBuilding(specialistBuilding)
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city.population.foodStored = 14
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assertTrue(city.population.specialistAllocations.isEmpty())
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// when
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city.population.nextTurn(1)
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// then
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assertEquals(2, city.population.population)
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assertTrue(city.population.specialistAllocations.containsKey("Merchant"))
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}
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}
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