:: SerTCP = Serial | TCP
mTaskTask :: (Shared ([MTaskMSGRecv],Bool,[MTaskMSGSend],Bool)) -> Task ()
-mTaskTask ch =
+mTaskTask ch =
(enterInformation "Choose" [] >>= \st->case st of
Serial = deviceSelectorSerial >>= \(s,set)->syncSerialChannel s set decode encode ch
TCP = deviceSelectorNetwork >>= \(p,h)->syncNetworkChannel h p "\n" decode encode ch
- ) ||-
- sendMsg msgs ch ||-
+ ) ||-
(
- (
+ sendMsg msgs ch >>= \_->(
consumeNetworkStream (processSDSs sdsShares messageShare) ch ||-
viewSharedInformation "channels" [ViewWith lens] ch ||-
+ viewSharedInformation "messages" [] messageShare ||-
viewSh sdsShares ch
- ) >>* [OnAction ActionFinish (always shutDown)]
- )
+ )
+ ) >>* [OnAction ActionFinish (always shutDown)]
where
messageShare :: Shared [String]
messageShare = sharedStore "mTaskMessagesRecv" []
) ||- viewSh xs ch
sdsShares = makeShares st
-
- (msgs, st) = toMessages 500 (toRealByteCode (unMain bc))
+ (msgs, st) = toMessages 1000 (toRealByteCode (unMain bc))
bc :: Main (ByteCode () Stmt)
bc = sds \x=1 In sds \pinnetje=1 In {main =
digitalWrite D2 (lit True)
)
)}
-// bc :: Main (ByteCode Int Stmt)
-// bc = sds \x=1 In {main =
-// If (x ==. lit 3)
-// (x =. lit 1)
-// (x =. x +. lit 1) :. pub x}
makeShares :: BCState -> [(Int, Shared Int)]
makeShares {sdss=[]} = []
makeShares s=:{sdss=[(i,d):xs]} =
- [(i, ms ("mTaskSDS-" +++ toString i) 1):makeShares {s & sdss=xs}]
- where
- ms name i = sdsFocus name (memoryStore name (Just i))
+ [(i, sharedStore ("mTaskSDS-" +++ toString i) 1):makeShares {s & sdss=xs}]
+
+//makeBytecode :: Int (Main (ByteCode () Stmt)) -> ([MTaskMSGSend], [(Int, Shared Int)])
+//makeBytecode timeout bc
+//# (msgs, st) = toMessages timeout (toRealByteCode (unMain bc))
+//# shares = map (\(i,d)->(i, sharedStore (s i) (dd d))) st.sdss
+//= (msgs, shares)
+// where
+// s i = "mTaskSDS-" +++ toString i
+// dd [x,y] = (toInt x)*265+(toInt y)
+
sendMsg :: [MTaskMSGSend] (Shared ([MTaskMSGRecv],Bool,[MTaskMSGSend],Bool)) -> Task ()
sendMsg m ch = upd (\(r,rs,s,ss)->(r,rs,s ++ m,ss)) ch @! ()
onConnect _ (received,receiveStopped,send,sendStopped)
= (Ok "",if (not (isEmpty send)) (Just (received,False,[],sendStopped)) Nothing, map encodeFun send,False)
whileConnected Nothing acc (received,receiveStopped,send,sendStopped)
+ | not (trace_tn "whilec nothing") = undef
= (Ok acc, Nothing, [], False)
whileConnected (Just newData) acc (received,receiveStopped,send,sendStopped)
+ | not (trace_tn "whilec just") = undef
# [acc:msgs] = reverse (split msgSeparator (concat [acc,newData]))
# write = if (not (isEmpty msgs && isEmpty send))
(Just (received ++ map decodeFun (reverse msgs),receiveStopped,[],sendStopped))