import System.Timeout
import qualified Network.Socket as S
-import Ganeti.HTools.JSON
-import Ganeti.HTools.Types
-import Ganeti.HTools.Utils
+import Ganeti.BasicTypes
+import Ganeti.JSON
+import Ganeti.Utils
import Ganeti.Constants
import Ganeti.Jobs (JobStatus)
getClient :: String -> IO Client
getClient path = do
s <- S.socket S.AF_UNIX S.Stream S.defaultProtocol
- withTimeout connTimeout "creating luxi connection" $
+ withTimeout luxiDefCtmo "creating luxi connection" $
S.connect s (S.SockAddrUnix path)
rf <- newIORef B.empty
h <- S.socketToHandle s ReadWriteMode
-- | Sends a message over a luxi transport.
sendMsg :: Client -> String -> IO ()
-sendMsg s buf = withTimeout queryTimeout "sending luxi message" $ do
+sendMsg s buf = withTimeout luxiDefRwto "sending luxi message" $ do
let encoded = UTF8.fromString buf
handle = socket s
B.hPut handle encoded
-- message and the leftover buffer contents.
recvUpdate :: Handle -> B.ByteString -> IO (B.ByteString, B.ByteString)
recvUpdate handle obuf = do
- nbuf <- withTimeout queryTimeout "reading luxi response" $ do
+ nbuf <- withTimeout luxiDefRwto "reading luxi response" $ do
_ <- hWaitForInput handle (-1)
B.hGetNonBlocking handle 4096
let (msg, remaining) = B.break (eOM ==) nbuf
ReqQueryGroups -> do
(names, fields, locking) <- fromJVal args
return $ QueryGroups names fields locking
- ReqQueryClusterInfo -> do
+ ReqQueryClusterInfo ->
return QueryClusterInfo
ReqQuery -> do
(what, fields, qfilter) <- fromJVal args