mtlstats/test/ActionsSpec.hs

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{-
mtlstats
Copyright (C) 2019 Rhéal Lamothe
<rheal.lamothe@gmail.com>
This program is free software: you can redistribute it and/or modify
it under the terms of the GNU General Public License as published by
the Free Software Foundation, either version 3 of the License, or (at
your option) any later version.
This program is distributed in the hope that it will be useful, but
WITHOUT ANY WARRANTY; without even the implied warranty of
MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU
General Public License for more details.
You should have received a copy of the GNU General Public License
along with this program. If not, see <https://www.gnu.org/licenses/>.
-}
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{-# LANGUAGE LambdaCase #-}
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module ActionsSpec (spec) where
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import Control.Monad (replicateM)
import Lens.Micro ((^.), (&), (.~), (?~))
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import Test.Hspec
( Spec
, context
, describe
, it
, shouldBe
, shouldNotBe
, shouldSatisfy
)
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import Mtlstats.Actions
import Mtlstats.Types
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import qualified Actions.NewGameSpec as NewGame
import qualified TypesSpec as TS
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spec :: Spec
spec = describe "Mtlstats.Actions" $ do
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startNewSeasonSpec
startNewGameSpec
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resetYtdSpec
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addCharSpec
removeCharSpec
createPlayerSpec
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createGoalieSpec
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editPlayerSpec
addPlayerSpec
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addGoalieSpec
resetCreatePlayerStateSpec
resetCreateGoalieStateSpec
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backHomeSpec
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scrollUpSpec
scrollDownSpec
NewGame.spec
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startNewSeasonSpec :: Spec
startNewSeasonSpec = describe "startNewSeason" $ do
let
s = newProgState
& database . dbGames .~ 1
& startNewSeason
it "should set the progState to NewSeason" $
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show (s^.progMode) `shouldBe` "NewSeason"
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it "should set the number of games to 0" $
s ^. database . dbGames `shouldBe` 0
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startNewGameSpec :: Spec
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startNewGameSpec = describe "startNewGame" $ do
let s = startNewGame newProgState
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it "should increment the number of games" $
s ^. database . dbGames `shouldBe` 1
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it "should set the mode to NewGame" $
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show (s^.progMode) `shouldBe` "NewGame"
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resetYtdSpec :: Spec
resetYtdSpec = describe "resetYtd" $
it "should reset the year-to-date stats for all players" $ do
ps <- replicateM 2 TS.makePlayer
gs <- replicateM 2 TS.makeGoalie
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let
s = newProgState
& database . dbPlayers .~ ps
& database . dbGoalies .~ gs
& resetYtd
mapM_
(\p -> do
let
ytd = p ^. pYtd
lt = p ^. pLifetime
ytd ^. psGoals `shouldBe` 0
ytd ^. psAssists `shouldBe` 0
ytd ^. psPMin `shouldBe` 0
lt ^. psGoals `shouldNotBe` 0
lt ^. psAssists `shouldNotBe` 0
lt ^. psPMin `shouldNotBe` 0) $
s ^. database . dbPlayers
mapM_
(\g -> do
let
ytd = g ^. gYtd
lt = g ^. gLifetime
ytd ^. gsGames `shouldBe` 0
ytd ^. gsMinsPlayed `shouldBe` 0
ytd ^. gsGoalsAllowed `shouldBe` 0
ytd ^. gsWins `shouldBe` 0
ytd ^. gsLosses `shouldBe` 0
ytd ^. gsTies `shouldBe` 0
lt ^. gsGames `shouldNotBe` 0
lt ^. gsMinsPlayed `shouldNotBe` 0
lt ^. gsGoalsAllowed `shouldNotBe` 0
lt ^. gsWins `shouldNotBe` 0
lt ^. gsLosses `shouldNotBe` 0
lt ^. gsTies `shouldNotBe` 0) $
s ^. database . dbGoalies
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addCharSpec :: Spec
addCharSpec = describe "addChar" $
it "should add the character to the input buffer" $ let
s = newProgState
& inputBuffer .~ "foo"
& addChar 'd'
in s ^. inputBuffer `shouldBe` "food"
removeCharSpec :: Spec
removeCharSpec = describe "removeChar" $ do
context "empty" $
it "should remove the character from the input buffer" $ let
s = removeChar newProgState
in s ^. inputBuffer `shouldBe` ""
context "not empty" $
it "should remove the character from the input buffer" $ let
s = newProgState
& inputBuffer .~ "foo"
& removeChar
in s ^. inputBuffer `shouldBe` "fo"
createPlayerSpec :: Spec
createPlayerSpec = describe "createPlayer" $
it "should change the mode appropriately" $ let
s = createPlayer newProgState
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in show (s^.progMode) `shouldBe` "CreatePlayer"
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createGoalieSpec :: Spec
createGoalieSpec = describe "createGoalie" $
it "should change the mode appropriately" $ let
s = createGoalie newProgState
in show (s^.progMode) `shouldBe` "CreateGoalie"
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editPlayerSpec :: Spec
editPlayerSpec = describe "editPlayer" $
it "should change the mode appropriately" $ let
s = editPlayer newProgState
in show (s^.progMode) `shouldBe` "EditPlayer"
addPlayerSpec :: Spec
addPlayerSpec = describe "addPlayer" $ do
let
p1 = newPlayer 1 "Joe" "centre"
p2 = newPlayer 2 "Bob" "defense"
db = newDatabase
& dbPlayers .~ [p1]
s pm = newProgState
& progMode .~ pm
& database .~ db
context "data available" $
it "should create the player" $ let
s' = addPlayer $ s $ CreatePlayer $ newCreatePlayerState
& cpsNumber ?~ 2
& cpsName .~ "Bob"
& cpsPosition .~ "defense"
in s'^.database.dbPlayers `shouldBe` [p1, p2]
context "data unavailable" $
it "should not create the player" $ let
s' = addPlayer $ s MainMenu
in s'^.database.dbPlayers `shouldBe` [p1]
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addGoalieSpec :: Spec
addGoalieSpec = describe "addGoalie" $ do
let
g1 = newGoalie 2 "Joe"
g2 = newGoalie 3 "Bob"
db = newDatabase
& dbGoalies .~ [g1]
s pm = newProgState
& database .~ db
& progMode .~ pm
context "data available" $
it "should create the goalie" $ let
s' = addGoalie $ s $ CreateGoalie $ newCreateGoalieState
& cgsNumber ?~ 3
& cgsName .~ "Bob"
in s'^.database.dbGoalies `shouldBe` [g1, g2]
context "data unavailable" $
it "should not create the goalie" $ let
s' = addGoalie $ s MainMenu
in s'^.database.dbGoalies `shouldBe` [g1]
resetCreatePlayerStateSpec :: Spec
resetCreatePlayerStateSpec = describe "resetCreatePlayerState" $ let
cps = newCreatePlayerState
& cpsNumber ?~ 1
& cpsName .~ "Joe"
& cpsPosition .~ "centre"
ps = resetCreatePlayerState $
newProgState & progMode.createPlayerStateL .~ cps
in TS.compareTest (ps^.progMode.createPlayerStateL) newCreatePlayerState
resetCreateGoalieStateSpec :: Spec
resetCreateGoalieStateSpec = describe "resetCreateGoalieState" $ let
cgs = newCreateGoalieState
& cgsNumber ?~ 1
& cgsName .~ "Joe"
ps = resetCreateGoalieState $
newProgState & progMode.createGoalieStateL .~ cgs
in TS.compareTest (ps^.progMode.createGoalieStateL) newCreateGoalieState
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backHomeSpec :: Spec
backHomeSpec = describe "backHome" $ do
let
input = newProgState
& progMode.gameStateL .~ newGameState
& inputBuffer .~ "foo"
& scrollOffset .~ 123
result = backHome input
it "should set the program mode back to MainMenu" $
result^.progMode `shouldSatisfy` \case
MainMenu -> True
_ -> False
it "should clear the input buffer" $
result^.inputBuffer `shouldBe` ""
it "should reset the scroll offset" $
result^.scrollOffset `shouldBe` 0
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scrollUpSpec :: Spec
scrollUpSpec = describe "scrollUp" $ do
context "scrolled down" $
it "should decrease the scroll offset by one" $ let
ps = newProgState & scrollOffset .~ 10
ps' = scrollUp ps
in ps'^.scrollOffset `shouldBe` 9
context "at top" $
it "should keep the scroll offset at zero" $ let
ps = scrollUp newProgState
in ps^.scrollOffset `shouldBe` 0
context "above top" $
it "should return the scroll offset to zero" $ let
ps = newProgState & scrollOffset .~ (-10)
ps' = scrollUp ps
in ps'^.scrollOffset `shouldBe` 0
scrollDownSpec :: Spec
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scrollDownSpec = describe "scrollDown" $
it "should increase the scroll offset" $ let
ps = newProgState & scrollOffset .~ 10
ps' = scrollDown ps
in ps'^.scrollOffset `shouldBe` 11