43 lines
1.7 KiB
Haskell
43 lines
1.7 KiB
Haskell
module RuntimeSpec (spec) where
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import Test.Hspec
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spec :: Spec
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spec = pure ()
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-- I'm commenting out the test as that specific controller
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-- was just a dummy for seeing how the data flows (dead code)
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-- But leaving it commented as it retains some code sample on how and what to test
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--
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-- spec :: Spec
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-- spec = describe "runController" $ do
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-- it "feeds inbound events through the machine and forwards service calls" $ withBus InfoS $ \bus -> do
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-- _ <- async (runController bus (Controller "test" lightController True))
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-- putStrLn "Before the delay"
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-- threadDelay 100000 -- let the controller dup its inbound channel
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-- putStrLn "After the delay"
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-- atomically $ writeTChan (busInbound bus) (Event (doorEvent "on")) -- initial value: no change event
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-- atomically $ writeTChan (busInbound bus) (Event (doorEvent "off")) -- door closes: lights on
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-- atomically $ writeTChan (busInbound bus) (Event (doorEvent "on")) -- door opens: lights off
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-- putStrLn "After the writes"
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-- Right (_, svc1) <- boundedRead (busOutbound bus)
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-- Right (_, svc2) <- boundedRead (busOutbound bus)
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-- putStrLn "After the reads"
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-- svc1 `shouldBe` light [EntityId "light.bedroom_masse"] True
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-- svc2 `shouldBe` light [EntityId "light.bedroom_masse"] False
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-- atomically (isEmptyTChan (busOutbound bus)) `shouldReturn` True
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-- where
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-- boundedRead channel = race (threadDelay 10000) (atomically (readTChan channel))
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--
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-- doorEvent :: Text -> Value
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-- doorEvent state = object
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-- [ "event" .= object
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-- [ "variables" .= object
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-- [ "trigger" .= object
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-- [ "entity_id" .= ("binary_sensor.makuuhuone_ovi_contact" :: Text)
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-- , "to_state" .= object ["state" .= state]
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-- ]
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-- ]
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-- ]
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-- ]
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