a194e88a62
This seems like something Annex.Sim would need to happen. And generally a really good idea.
49 lines
1.3 KiB
Haskell
49 lines
1.3 KiB
Haskell
{- git-annex maxsize log
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-
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- Copyright 2024 Joey Hess <id@joeyh.name>
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-
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- Licensed under the GNU AGPL version 3 or higher.
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-}
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module Logs.MaxSize (
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MaxSize(..),
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getMaxSizes,
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recordMaxSize,
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) where
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import qualified Annex
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import Annex.Common
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import Logs
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import Logs.UUIDBased
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import Logs.MapLog
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import qualified Annex.Branch
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import qualified Data.Map as M
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import Data.ByteString.Builder
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import qualified Data.Attoparsec.ByteString as A
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getMaxSizes :: Annex (M.Map UUID MaxSize)
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getMaxSizes = maybe loadMaxSizes return =<< Annex.getState Annex.maxsizes
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loadMaxSizes :: Annex (M.Map UUID MaxSize)
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loadMaxSizes = do
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maxsizes <- M.map value . fromMapLog . parseLogNew parseMaxSize
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<$> Annex.Branch.get maxSizeLog
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Annex.changeState $ \s -> s { Annex.maxsizes = Just maxsizes }
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return maxsizes
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recordMaxSize :: UUID -> MaxSize -> Annex ()
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recordMaxSize uuid maxsize = do
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c <- currentVectorClock
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Annex.Branch.change (Annex.Branch.RegardingUUID [uuid]) maxSizeLog $
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(buildLogNew buildMaxSize)
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. changeLog c uuid maxsize
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. parseLogNew parseMaxSize
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Annex.changeState $ \s -> s { Annex.maxsizes = Nothing }
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buildMaxSize :: MaxSize -> Builder
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buildMaxSize (MaxSize n) = byteString (encodeBS (show n))
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parseMaxSize :: A.Parser MaxSize
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parseMaxSize = maybe (fail "maxsize parse failed") (pure . MaxSize)
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. readish . decodeBS =<< A.takeByteString
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