move code around and rename thread; no functional changes

Assistant/Threads/SanityChecker.hs

@@ -14,6 +14,7 @@ module Assistant.Threads.SanityChecker (
 import Assistant.Common
 import Assistant.DaemonStatus
 import Assistant.Alert
+import Assistant.Repair
 import qualified Git.LsFiles
 import qualified Git.Command
 import qualified Git.Config
@@ -23,8 +24,6 @@ import Utility.LogFile
 import Utility.Batch
 import Utility.NotificationBroadcaster
 import Config
-import qualified Git
-import qualified Utility.Lsof as Lsof
 import Utility.HumanTime
 
 import Data.Time.Clock.POSIX
@@ -146,46 +145,6 @@ checkLogSize n = do
   where
 	filesize f = fromIntegral . fileSize <$> liftIO (getFileStatus f)
 
-{- Detect when a git lock file exists and has no git process currently
- - writing to it. This strongly suggests it is a stale lock file.
- -
- - However, this could be on a network filesystem. Which is not very safe
- - anyway (the assistant relies on being able to check when files have
- - no writers to know when to commit them). Just in case, when the lock
- - file appears stale, we delay for one minute, and check its size. If
- - the size changed, delay for another minute, and so on. This will at
- - least work to detect is another machine is writing out a new index
- - file, since git does so by writing the new content to index.lock.
- -}
-checkStaleGitLocks :: Assistant ()
-checkStaleGitLocks = do
-	lockfiles <- filter (not . isInfixOf "gc.pid") 
-		. filter (".lock" `isSuffixOf`)
-		<$> (liftIO . dirContentsRecursiveSkipping (== dropTrailingPathSeparator annexDir)
-			=<< liftAnnex (fromRepo Git.localGitDir))
-	checkStaleLocks lockfiles
-checkStaleLocks :: [FilePath] -> Assistant ()
-checkStaleLocks lockfiles = go =<< getsizes
-  where
-  	getsize lf = catchMaybeIO $ 
-		(\s -> (lf, fileSize s)) <$> getFileStatus lf
-  	getsizes = liftIO $ catMaybes <$> mapM getsize lockfiles
-	go [] = return ()
-	go l = ifM (liftIO $ null <$> Lsof.query ("--" : map fst l))
-		( do
-			waitforit "to check stale git lock file"
-			l' <- getsizes
-			if l' == l
-				then liftIO $ mapM_ nukeFile (map fst l)
-				else go l'
-		, do
-			waitforit "for git lock file writer"
-			go =<< getsizes
-		)
-	waitforit why = do
-		notice ["Waiting for 60 seconds", why]
-		liftIO $ threadDelaySeconds $ Seconds 60
-
 oneMegabyte :: Int
 oneMegabyte = 1000000