Setup
This commit is contained in:
parent
0720f3b719
commit
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13 changed files with 412 additions and 169 deletions
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module InteractionSpec where
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import Test.Hspec
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spec :: Spec
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spec = do
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describe "Player with Inventory" $ do
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it "TODO: Simple test" $ do
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pending
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@ -1,7 +1,7 @@
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module ParsedToGameSpec where
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module ParseGameSpec where
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import Test.Hspec
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import RPGEngine.Internals.Parse.StructureElement
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import RPGEngine.Parse.StructureElement
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spec :: Spec
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spec = do
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282
test/ParseStructureElementSpec.hs
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282
test/ParseStructureElementSpec.hs
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module ParseStructureElementSpec where
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import Test.Hspec
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import RPGEngine.Data
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import RPGEngine.Parse.Core
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import RPGEngine.Parse.StructureElement
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spec :: Spec
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spec = do
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describe "StructureElement" $ do
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it "can parse blocks" $ do
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let input = "{}"
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correct = Right $ Block []
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parseWith structureElement input `shouldBe` correct
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let input = "{{}}"
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correct = Right $ Block [Block []]
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parseWith structureElement input `shouldBe` correct
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let input = "{{}, {}}"
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correct = Right $ Block [Block [], Block []]
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parseWith structureElement input `shouldBe` correct
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let input = "{ id: 1 }"
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correct = Right (Block [
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Entry (Tag "id") $ Regular $ Integer 1
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], "")
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parseWithRest structureElement input `shouldBe` correct
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let input = "{ id: \"key\", x: 3, y: 1}"
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correct = Right $ Block [
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Entry (Tag "id") $ Regular $ String "key",
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Entry (Tag "x") $ Regular $ Integer 3,
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Entry (Tag "y") $ Regular $ Integer 1
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]
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parseWith structureElement input `shouldBe` correct
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let input = "actions: { [not(inventoryFull())] retrieveItem(key), [] leave()}"
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correct = Right (Entry (Tag "actions") $ Block [
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Entry (ConditionList [Not InventoryFull]) $ Regular $ Action $ RetrieveItem "key",
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Entry (ConditionList []) $ Regular $ Action Leave
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], "")
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parseWithRest structureElement input `shouldBe` correct
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let input = "entities: [ { id: \"door\", x: 4, name:\"Secret door\", description: \"This secret door can only be opened with a key\", direction: left, y: 1}]"
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correct = Right (Entry (Tag "entities") $ Block [ Block [
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Entry (Tag "id") $ Regular $ String "door",
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Entry (Tag "x") $ Regular $ Integer 4,
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Entry (Tag "name") $ Regular $ String "Secret door",
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Entry (Tag "description") $ Regular $ String "This secret door can only be opened with a key",
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Entry (Tag "direction") $ Regular $ Direction West,
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Entry (Tag "y") $ Regular $ Integer 1
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]], "")
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parseWithRest structureElement input `shouldBe` correct
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let input = "entities: [ { id: \"door\", x: 4, y: 1, name:\"Secret door\", description: \"This secret door can only be opened with a key\", actions: { [inventoryContains(key)] useItem(key), [] leave() } } ]"
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correct = Right (Entry (Tag "entities") $ Block [ Block [
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Entry (Tag "id") $ Regular $ String "door",
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Entry (Tag "x") $ Regular $ Integer 4,
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Entry (Tag "y") $ Regular $ Integer 1,
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Entry (Tag "name") $ Regular $ String "Secret door",
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Entry (Tag "description") $ Regular $ String "This secret door can only be opened with a key",
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Entry (Tag "actions") $ Block [
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Entry (ConditionList [InventoryContains "key"]) $ Regular $ Action $ UseItem "key",
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Entry (ConditionList []) $ Regular $ Action Leave
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]
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]], "")
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parseWithRest structureElement input `shouldBe` correct
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let input = "entities: [ { id: \"door\", x: 4, y: 1, name:\"Secret door\", description: \"This secret door can only be opened with a key\", direction: left , actions: { [inventoryContains(key)] useItem(key), [] leave() } } ]"
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correct = Right (Entry (Tag "entities") $ Block [ Block [
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Entry (Tag "id") $ Regular $ String "door",
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Entry (Tag "x") $ Regular $ Integer 4,
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Entry (Tag "y") $ Regular $ Integer 1,
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Entry (Tag "name") $ Regular $ String "Secret door",
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Entry (Tag "description") $ Regular $ String "This secret door can only be opened with a key",
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Entry (Tag "direction") $ Regular $ Direction West,
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Entry (Tag "actions") $ Block [
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Entry (ConditionList [InventoryContains "key"]) $ Regular $ Action $ UseItem "key",
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Entry (ConditionList []) $ Regular $ Action Leave
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]
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]], "")
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parseWithRest structureElement input `shouldBe` correct
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it "can parse entries" $ do
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let input = "id: \"dagger\""
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correct = Right $ Entry (Tag "id") $ Regular $ String "dagger"
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parseWith entry input `shouldBe` correct
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let input = "x: 0"
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correct = Right $ Entry (Tag "x") $ Regular $ Integer 0
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parseWith entry input `shouldBe` correct
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let input = "useTimes: infinite"
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correct = Right $ Entry (Tag "useTimes") $ Regular Infinite
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parseWith entry input `shouldBe` correct
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let input = "direction: up"
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correct = Right $ Entry (Tag "direction") $ Regular $ Direction North
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parseWith entry input `shouldBe` correct
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let input = "actions: { [not(inventoryFull())] retrieveItem(key), [] leave()}"
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correct = Right (Entry (Tag "actions") $ Block [
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Entry (ConditionList [Not InventoryFull]) $ Regular $ Action $ RetrieveItem "key",
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Entry (ConditionList []) $ Regular $ Action Leave
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], "")
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parseWithRest structureElement input `shouldBe` correct
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it "can parse regulars" $ do
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let input = "this is a string"
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correct = Right $ Regular $ String input
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parseWith regular ("\"" ++ input ++ "\"") `shouldBe` correct
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let correct = Right $ Regular $ Integer 1
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parseWith regular "1" `shouldBe` correct
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let correct = Right $ Regular Infinite
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parseWith regular "infinite" `shouldBe` correct
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let wrong = Right $ Regular Infinite
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parseWith regular "infinitee" `shouldNotBe` wrong
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let input = "leave()"
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correct = Right $ Regular $ Action Leave
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parseWith regular input `shouldBe` correct
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let input = "retrieveItem(firstId)"
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correct = Right $ Regular $ Action $ RetrieveItem "firstId"
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parseWith regular input `shouldBe` correct
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let input = "useItem(secondId)"
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correct = Right $ Regular $ Action $ UseItem "secondId"
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parseWith regular input `shouldBe` correct
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let input = "decreaseHp(entityId,objectId)"
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correct = Right $ Regular $ Action $ DecreaseHp "entityId" "objectId"
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parseWith regular input `shouldBe` correct
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let input = "increasePlayerHp(objectId)"
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correct = Right $ Regular $ Action $ IncreasePlayerHp "objectId"
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parseWith regular input `shouldBe` correct
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let input = "up"
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correct = Right $ Regular $ Direction North
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parseWith regular input `shouldBe` correct
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let input = "right"
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correct = Right $ Regular $ Direction East
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parseWith regular input `shouldBe` correct
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let input = "down"
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correct = Right $ Regular $ Direction South
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parseWith regular input `shouldBe` correct
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let input = "left"
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correct = Right $ Regular $ Direction West
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parseWith regular input `shouldBe` correct
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describe "Key" $ do
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it "can parse tags" $ do
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let input = "simpletag"
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correct = Right $ Tag "simpletag"
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parseWith tag input `shouldBe` correct
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it "can parse conditionlists" $ do
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let input = "[not(inventoryFull())]"
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correct = Right (ConditionList [Not InventoryFull], "")
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parseWithRest conditionList input `shouldBe` correct
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let input = "[inventoryFull(), inventoryContains(itemId)]"
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correct = Right (ConditionList [
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InventoryFull,
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InventoryContains "itemId"
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], "")
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parseWithRest conditionList input `shouldBe` correct
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let input = "[]"
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correct = Right $ ConditionList []
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parseWith conditionList input `shouldBe` correct
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it "can parse conditions" $ do
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let input = "inventoryFull()"
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correct = Right (Condition InventoryFull, "")
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parseWithRest condition input `shouldBe` correct
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let input = "inventoryContains(itemId)"
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correct = Right (Condition $ InventoryContains "itemId", "")
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parseWithRest condition input `shouldBe` correct
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let input = "not(inventoryFull())"
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correct = Right (Condition $ Not InventoryFull, "")
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parseWithRest condition input `shouldBe` correct
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let input = "not(inventoryContains(itemId))"
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correct = Right (Condition $ Not $ InventoryContains "itemId", "")
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parseWithRest condition input `shouldBe` correct
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describe "Value" $ do
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it "can parse strings" $ do
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let input = "dit is een string"
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correct = Right $ String input
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parseWith string ("\"" ++ input ++ "\"") `shouldBe` correct
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it "can parse integers" $ do
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let correct = Right $ Integer 1
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parseWith integer "1" `shouldBe` correct
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it "can parse infinite" $ do
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let correct = Right Infinite
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parseWith infinite "infinite" `shouldBe` correct
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let wrong = Right Infinite
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parseWith infinite "infinitee" `shouldNotBe` wrong
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it "can parse actions" $ do
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let input = "leave()"
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correct = Right $ Action Leave
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parseWith action input `shouldBe` correct
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let input = "retrieveItem(firstId)"
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correct = Right $ Action $ RetrieveItem "firstId"
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parseWith action input `shouldBe` correct
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let input = "useItem(secondId)"
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correct = Right $ Action $ UseItem "secondId"
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parseWith action input `shouldBe` correct
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let input = "decreaseHp(entityId,objectId)"
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correct = Right $ Action $ DecreaseHp "entityId" "objectId"
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parseWith action input `shouldBe` correct
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let input = "increasePlayerHp(objectId)"
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correct = Right $ Action $ IncreasePlayerHp "objectId"
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parseWith action input `shouldBe` correct
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it "can parse directions" $ do
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let input = "up"
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correct = Right $ Direction North
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parseWith RPGEngine.Parse.StructureElement.direction input `shouldBe` correct
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let input = "right"
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correct = Right $ Direction East
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parseWith RPGEngine.Parse.StructureElement.direction input `shouldBe` correct
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let input = "down"
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correct = Right $ Direction South
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parseWith RPGEngine.Parse.StructureElement.direction input `shouldBe` correct
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let input = "left"
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correct = Right $ Direction West
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parseWith RPGEngine.Parse.StructureElement.direction input `shouldBe` correct
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it "can parse layouts" $ do
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let input = "| * * * * * * * *\n| * s . . . . e *\n| * * * * * * * *"
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correct = Right $ Layout [
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[Blocked, Blocked, Blocked, Blocked, Blocked, Blocked, Blocked, Blocked],
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[Blocked, Entrance, Walkable, Walkable, Walkable, Walkable, Exit, Blocked],
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[Blocked, Blocked, Blocked, Blocked, Blocked, Blocked, Blocked, Blocked]
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]
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parseWith RPGEngine.Parse.StructureElement.layout input `shouldBe` correct
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describe "Brackets" $ do
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it "matches closing <" $ do
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let input = '<'
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correct = '>'
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getMatchingClosingBracket input `shouldBe` correct
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it "matches closing (" $ do
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let input = '('
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correct = ')'
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getMatchingClosingBracket input `shouldBe` correct
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it "matches closing {" $ do
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let input = '{'
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correct = '}'
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getMatchingClosingBracket input `shouldBe` correct
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it "matches closing [" $ do
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let input = '['
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correct = ']'
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getMatchingClosingBracket input `shouldBe` correct
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module ParserSpec where
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import Test.Hspec
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import RPGEngine.Internals.Parse
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import RPGEngine.Internals.Parse.StructureElement
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import RPGEngine.Internals.Data.Internals
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import Data.Either
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spec :: Spec
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spec = do
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describe "Basics of entries" $ do
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it "can parse integers" $ do
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let correct = Right $ Regular $ Integer 1
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parseWith regular "1" `shouldBe` correct
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it "can parse string" $ do
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let input = "dit is een string"
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correct = Right $ Regular $ String input
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parseWith regular ("\"" ++ input ++ "\"") `shouldBe` correct
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it "can parse infinite" $ do
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let correct = Right $ Regular Infinite
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parseWith regular "infinite" `shouldBe` correct
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let wrong = Right $ Regular Infinite
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parseWith regular "infinitee" `shouldNotBe` wrong
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it "can parse entries" $ do
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let input = "id: \"dagger\""
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correct = Right $ Entry (Tag "id") $ Regular $ String "dagger"
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parseWith entry input `shouldBe` correct
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let input = "x: 0"
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correct = Right $ Entry (Tag "x") $ Regular $ Integer 0
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parseWith entry input `shouldBe` correct
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let input = "useTimes: infinite"
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correct = Right $ Entry (Tag "useTimes") $ Regular Infinite
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parseWith entry input `shouldBe` correct
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describe "block: {...}" $ do
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it "can parse a block with a single entry" $ do
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let input = "{ id: 1}"
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correct = Right (Block [
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Entry (Tag "id") $ Regular $ Integer 1
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], "")
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parseWithRest structureElement input `shouldBe` correct
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it "can parse a block with entries" $ do
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let input = "{ id: \"key\", x: 3, y: 1}"
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correct = Right $ Block [
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Entry (Tag "id") $ Regular $ String "key",
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Entry (Tag "x") $ Regular $ Integer 3,
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Entry (Tag "y") $ Regular $ Integer 1
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]
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parseWith structureElement input `shouldBe` correct
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describe "Basics" $ do
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it "can parse leave()" $ do
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let input = "leave()"
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correct = Right $ Action Leave
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parseWith action input `shouldBe` correct
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it "can parse retrieveItem()" $ do
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let input = "retrieveItem(firstId)"
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correct = Right $ Action $ RetrieveItem "firstId"
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parseWith action input `shouldBe` correct
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it "can parse useItem()" $ do
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let input = "useItem(secondId)"
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correct = Right $ Action $ UseItem "secondId"
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parseWith action input `shouldBe` correct
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it "can parse decreaseHp()" $ do
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let input = "decreaseHp(entityId,objectId)"
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correct = Right $ Action $ DecreaseHp "entityId" "objectId"
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parseWith action input `shouldBe` correct
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it "can parse increasePlayerHp()" $ do
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let input = "increasePlayerHp(objectId)"
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correct = Right $ Action $ IncreasePlayerHp "objectId"
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parseWith action input `shouldBe` correct
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it "can parse inventoryFull()" $ do
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let input = "inventoryFull()"
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correct = Right (Condition InventoryFull, "")
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parseWithRest condition input `shouldBe` correct
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it "can parse inventoryContains()" $ do
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let input = "inventoryContains(itemId)"
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correct = Right (Condition $ InventoryContains "itemId", "")
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parseWithRest condition input `shouldBe` correct
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it "can parse not()" $ do
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let input = "not(inventoryFull())"
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correct = Right (Condition $ Not InventoryFull, "")
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parseWithRest condition input `shouldBe` correct
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let input = "not(inventoryContains(itemId))"
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correct = Right (Condition $ Not $ InventoryContains "itemId", "")
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parseWithRest condition input `shouldBe` correct
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it "can parse conditionlists" $ do
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let input = "[not(inventoryFull())]"
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correct = Right (ConditionList [Not InventoryFull], "")
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parseWithRest conditionList input `shouldBe` correct
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let input = "[inventoryFull(), inventoryContains(itemId)]"
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correct = Right (ConditionList [
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InventoryFull,
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InventoryContains "itemId"
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], "")
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parseWithRest conditionList input `shouldBe` correct
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let input = "[]"
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correct = Right $ ConditionList []
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parseWith conditionList input `shouldBe` correct
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it "can parse actions" $ do
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let input = "actions: { [not(inventoryFull())] retrieveItem(key), [] leave()}"
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correct = Right (Entry (Tag "actions") $ Block [
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Entry (ConditionList [Not InventoryFull]) $ Regular $ Action $ RetrieveItem "key",
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Entry (ConditionList []) $ Regular $ Action Leave
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], "")
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parseWithRest structureElement input `shouldBe` correct
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describe "Layouts" $ do
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it "can parse layouts" $ do
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pending
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describe "Lists and blocks" $ do
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it "can parse entities" $ do
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pending
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Reference in a new issue