-- | Contains stuff for managing shards module Calamity.Client.ShardManager ( shardBot ) where import Calamity.Client.Types import Calamity.Gateway import Calamity.HTTP import Calamity.Internal.Utils import Control.Concurrent.MVar import Control.Concurrent.STM import Control.Lens import Control.Monad import Data.Traversable import Fmt import Polysemy ( Sem ) import qualified Polysemy as P import qualified Polysemy.Reader as P aa :: (Show a, Monad m) => Either a b -> m b aa (Right x) = pure x aa (Left x) = fail $ show x -- | Connects the bot to the gateway over n shards shardBot :: BotC r => Sem r () shardBot = do numShardsVar <- P.asks numShards shardsVar <- P.asks shards hasShards <- P.embed $ not . null <$> readTVarIO shardsVar when hasShards $ fail "don't use shardBot on an already running bot." token <- P.asks Calamity.Client.Types.token eventQueue <- P.asks eventQueue gateway <- aa =<< invokeRequest GetGatewayBot let numShards' = gateway ^. #shards let host = gateway ^. #url P.embed $ putMVar numShardsVar numShards' info $ "Number of shards: " +| numShards' |+ "" shards <- for [0 .. numShards' - 1] $ \id -> newShard host id numShards' token eventQueue P.embed . atomically $ writeTVar shardsVar shards -- | Connects the bot to the gateway over 1 shard (userbot) -- shardUserBot :: BotM () -- shardUserBot = do -- numShardsVar <- asks numShards -- shardsVar <- asks shards -- hasShards <- liftIO $ (not . null) <$> readTVarIO shardsVar -- when hasShards $ fail "don't use shardUserBot on an already running bot." -- token <- asks Calamity.Client.Types.token -- eventQueue <- asks eventQueue -- logEnv <- askLog -- gateway <- aa <$> invokeRequest GetGateway -- let host = gateway ^. #url -- liftIO $ putMVar numShardsVar 1 -- liftIO $ do -- shard <- newShard host 0 1 token logEnv eventQueue -- atomically $ writeTVar shardsVar [shard]