-- the httpd.
getConfig :: Resource Config
getConfig = do itr <- ask
- return $ itrConfig itr
+ return $! itrConfig itr
-- |Get the SockAddr of the remote host. If you want a string
-- representation instead of SockAddr, use 'getRemoteAddr''.
getRemoteAddr :: Resource SockAddr
getRemoteAddr = do itr <- ask
- return $ itrRemoteAddr itr
+ return $! itrRemoteAddr itr
-- |Get the string representation of the address of remote host. If
-- the request header. In general you don't have to use this action.
getRequest :: Resource Request
getRequest = do itr <- ask
- req <- liftIO $ atomically $ readItr itr itrRequest fromJust
+ req <- liftIO $! atomically $! readItr itr itrRequest fromJust
return req
-- |Get the 'Network.HTTP.Lucu.Request.Method' value of the request.
getMethod :: Resource Method
getMethod = do req <- getRequest
- return $ reqMethod req
+ return $! reqMethod req
-- |Get the URI of the request.
getRequestURI :: Resource URI
getRequestURI = do req <- getRequest
- return $ reqURI req
+ return $! reqURI req
-- |Get the path of this 'Resource' (to be exact,
-- 'Network.HTTP.Lucu.Resource.Tree.ResourceDef') in the
-- > }
getResourcePath :: Resource [String]
getResourcePath = do itr <- ask
- return $ fromJust $ itrResourcePath itr
+ return $! fromJust $! itrResourcePath itr
-- |This is an analogy of CGI PATH_INFO. Its result is always @[]@ if
-- る。rsrcPath は全部一致してゐるに決まってゐる（でな
-- ければこの Resource が撰ばれた筈が無い）ので、
-- rsrcPath の長さの分だけ削除すれば良い。
- return $ drop (length rsrcPath) reqPath
+ return $! drop (length rsrcPath) reqPath
-- | Assume the query part of request URI as
-- application\/x-www-form-urlencoded, and parse it. This action
-- doesn't parse the request body. See 'inputForm'.
getQueryForm :: Resource [(String, String)]
getQueryForm = do reqURI <- getRequestURI
- return $ parseWWWFormURLEncoded $ uriQuery reqURI
+ return $! parseWWWFormURLEncoded $ uriQuery reqURI
-- |Get a value of given request header. Comparison of header name is
-- case-insensitive. Note that this action is not intended to be used
-- so frequently: there should be actions like 'getContentType' for
-- every common headers.
getHeader :: String -> Resource (Maybe String)
-getHeader name = do req <- getRequest
- return $ H.getHeader name req
+getHeader name = name `seq`
+ do req <- getRequest
+ return $! H.getHeader name req
-- |Get a list of 'Network.HTTP.Lucu.MIMEType.MIMEType' enumerated on
-- header \"Accept\".
-- \"ETag\" and \"Last-Modified\" headers into the response.
foundEntity :: ETag -> ClockTime -> Resource ()
foundEntity tag timeStamp
- = do driftTo ExaminingRequest
+ = tag `seq` timeStamp `seq`
+ do driftTo ExaminingRequest
method <- getMethod
when (method == GET || method == HEAD)
- $ setHeader' "Last-Modified" $ formatHTTPDateTime timeStamp
+ $ setHeader' "Last-Modified" $! formatHTTPDateTime timeStamp
when (method == POST)
$ abort InternalServerError []
(Just "Illegal computation of foundEntity for POST request.")
-- possible.
foundETag :: ETag -> Resource ()
foundETag tag
- = do driftTo ExaminingRequest
+ = tag `seq`
+ do driftTo ExaminingRequest
method <- getMethod
when (method == GET || method == HEAD)
- $ setHeader' "ETag" $ show tag
+ $ setHeader' "ETag" $! show tag
when (method == POST)
$ abort InternalServerError []
(Just "Illegal computation of foundETag for POST request.")
-- PreconditionFailed で終了。
-> when (not $ any (== tag) tags)
$ abort PreconditionFailed []
- $ Just ("The entity tag doesn't match: " ++ list)
- _ -> abort BadRequest [] $ Just ("Unparsable If-Match: " ++ fromJust ifMatch)
+ $! Just ("The entity tag doesn't match: " ++ list)
+ _ -> abort BadRequest [] $! Just ("Unparsable If-Match: " ++ fromJust ifMatch)
let statusForNoneMatch = if method == GET || method == HEAD then
NotModified
ifNoneMatch <- getHeader "If-None-Match"
case ifNoneMatch of
Nothing -> return ()
- Just "*" -> abort statusForNoneMatch [] $ Just ("The entity tag matches: *")
+ Just "*" -> abort statusForNoneMatch [] $! Just ("The entity tag matches: *")
Just list -> case parseStr eTagListP list of
(Success tags, _)
-> when (any (== tag) tags)
- $ abort statusForNoneMatch [] $ Just ("The entity tag matches: " ++ list)
- _ -> abort BadRequest [] $ Just ("Unparsable If-None-Match: " ++ list)
+ $ abort statusForNoneMatch [] $! Just ("The entity tag matches: " ++ list)
+ _ -> abort BadRequest [] $! Just ("Unparsable If-None-Match: " ++ list)
driftTo GettingBody
-- possible.
foundTimeStamp :: ClockTime -> Resource ()
foundTimeStamp timeStamp
- = do driftTo ExaminingRequest
+ = timeStamp `seq`
+ do driftTo ExaminingRequest
method <- getMethod
when (method == GET || method == HEAD)
- $ setHeader' "Last-Modified" $ formatHTTPDateTime timeStamp
+ $ setHeader' "Last-Modified" $! formatHTTPDateTime timeStamp
when (method == POST)
$ abort InternalServerError []
(Just "Illegal computation of foundTimeStamp for POST request.")
Just lastTime
-> when (timeStamp <= lastTime)
$ abort statusForIfModSince []
- $ Just ("The entity has not been modified since " ++ str)
+ $! Just ("The entity has not been modified since " ++ str)
Nothing
-> return () -- 不正な時刻は無視
Nothing -> return ()
Just lastTime
-> when (timeStamp > lastTime)
$ abort PreconditionFailed []
- $ Just ("The entity has not been modified since " ++ str)
+ $! Just ("The entity has not been modified since " ++ str)
Nothing
-> return () -- 不正な時刻は無視
Nothing -> return ()
-- 'foundNoEntity' always aborts with status \"404 Not Found\".
foundNoEntity :: Maybe String -> Resource ()
foundNoEntity msgM
- = do driftTo ExaminingRequest
+ = msgM `seq`
+ do driftTo ExaminingRequest
method <- getMethod
when (method /= PUT)
-- Note that 'inputBS' is more efficient than 'input' so you should
-- use it whenever possible.
input :: Int -> Resource String
-input limit = inputBS limit >>= return . B.unpack
+input limit = limit `seq`
+ inputBS limit >>= return . B.unpack
-- | This is mostly the same as 'input' but is more
-- goes for 'inputChunkBS'.
inputBS :: Int -> Resource ByteString
inputBS limit
- = do driftTo GettingBody
+ = limit `seq`
+ do driftTo GettingBody
itr <- ask
- hasBody <- liftIO $ atomically $ readItr itr itrRequestHasBody id
+ hasBody <- liftIO $! atomically $! readItr itr itrRequestHasBody id
chunk <- if hasBody then
askForInput itr
else
where
askForInput :: Interaction -> Resource ByteString
askForInput itr
- = do let defaultLimit = cnfMaxEntityLength $ itrConfig itr
+ = itr `seq`
+ do let defaultLimit = cnfMaxEntityLength $ itrConfig itr
actualLimit = if limit <= 0 then
defaultLimit
else
when (actualLimit <= 0)
$ fail ("inputBS: limit must be positive: " ++ show actualLimit)
-- Reader にリクエスト
- liftIO $ atomically
- $ do chunkLen <- readItr itr itrReqChunkLength id
- writeItr itr itrWillReceiveBody True
- if fmap (> actualLimit) chunkLen == Just True then
- -- 受信前から多過ぎる事が分かってゐる
- tooLarge actualLimit
- else
- writeItr itr itrReqBodyWanted $ Just actualLimit
+ liftIO $! atomically
+ $! do chunkLen <- readItr itr itrReqChunkLength id
+ writeItr itr itrWillReceiveBody True
+ if fmap (> actualLimit) chunkLen == Just True then
+ -- 受信前から多過ぎる事が分かってゐる
+ tooLarge actualLimit
+ else
+ writeItr itr itrReqBodyWanted $ Just actualLimit
-- 應答を待つ。トランザクションを分けなければ當然デッドロック。
- chunk <- liftIO $ atomically
- $ do chunk <- readItr itr itrReceivedBody id
- chunkIsOver <- readItr itr itrReqChunkIsOver id
- if B.length chunk < fromIntegral actualLimit then
- -- 要求された量に滿たなくて、まだ殘り
- -- があるなら再試行。
- unless chunkIsOver
- $ retry
- else
- -- 制限値一杯まで讀むやうに指示したの
- -- にまだ殘ってゐるなら、それは多過ぎ
- -- る。
- unless chunkIsOver
- $ tooLarge actualLimit
- -- 成功。itr 内にチャンクを置いたままにす
- -- るとメモリの無駄になるので除去。
- writeItr itr itrReceivedBody B.empty
- return chunk
+ chunk <- liftIO $! atomically
+ $! do chunk <- readItr itr itrReceivedBody id
+ chunkIsOver <- readItr itr itrReqChunkIsOver id
+ if B.length chunk < fromIntegral actualLimit then
+ -- 要求された量に滿たなくて、まだ殘り
+ -- があるなら再試行。
+ unless chunkIsOver
+ $ retry
+ else
+ -- 制限値一杯まで讀むやうに指示したの
+ -- にまだ殘ってゐるなら、それは多過ぎ
+ -- る。
+ unless chunkIsOver
+ $ tooLarge actualLimit
+ -- 成功。itr 内にチャンクを置いたままにす
+ -- るとメモリの無駄になるので除去。
+ writeItr itr itrReceivedBody B.empty
+ return chunk
driftTo DecidingHeader
return chunk
tooLarge :: Int -> STM ()
- tooLarge lim = abortSTM RequestEntityTooLarge []
- $ Just ("Request body must be smaller than "
- ++ show lim ++ " bytes.")
+ tooLarge lim = lim `seq`
+ abortSTM RequestEntityTooLarge []
+ $! Just ("Request body must be smaller than "
+ ++ show lim ++ " bytes.")
-- | Computation of @'inputChunk' limit@ attempts to read a part of
-- request body up to @limit@ bytes. You can read any large request by
-- Note that 'inputChunkBS' is more efficient than 'inputChunk' so you
-- should use it whenever possible.
inputChunk :: Int -> Resource String
-inputChunk limit = inputChunkBS limit >>= return . B.unpack
+inputChunk limit = limit `seq`
+ inputChunkBS limit >>= return . B.unpack
-- | This is mostly the same as 'inputChunk' but is more
-- efficient. See 'inputBS'.
inputChunkBS :: Int -> Resource ByteString
inputChunkBS limit
- = do driftTo GettingBody
+ = limit `seq`
+ do driftTo GettingBody
itr <- ask
hasBody <- liftIO $ atomically $ readItr itr itrRequestHasBody id
chunk <- if hasBody then
where
askForInput :: Interaction -> Resource ByteString
askForInput itr
- = do let defaultLimit = cnfMaxEntityLength $ itrConfig itr
+ = itr `seq`
+ do let defaultLimit = cnfMaxEntityLength $! itrConfig itr
actualLimit = if limit < 0 then
defaultLimit
else
when (actualLimit <= 0)
$ fail ("inputChunkBS: limit must be positive: " ++ show actualLimit)
-- Reader にリクエスト
- liftIO $ atomically
- $ do writeItr itr itrReqBodyWanted $ Just actualLimit
- writeItr itr itrWillReceiveBody True
+ liftIO $! atomically
+ $! do writeItr itr itrReqBodyWanted $! Just actualLimit
+ writeItr itr itrWillReceiveBody True
-- 應答を待つ。トランザクションを分けなければ當然デッドロック。
- chunk <- liftIO $ atomically
+ chunk <- liftIO $! atomically
$ do chunk <- readItr itr itrReceivedBody id
-- 要求された量に滿たなくて、まだ殘りがあ
-- るなら再試行。
-- it is not (yet) done.
inputForm :: Int -> Resource [(String, String)]
inputForm limit
- = do cTypeM <- getContentType
+ = limit `seq`
+ do cTypeM <- getContentType
case cTypeM of
Nothing
-> abort BadRequest [] (Just "Missing Content-Type")
Just (MIMEType "multipart" "form-data" _)
-> readMultipartFormData
Just cType
- -> abort UnsupportedMediaType [] (Just $ "Unsupported media type: "
+ -> abort UnsupportedMediaType [] (Just $! "Unsupported media type: "
++ show cType)
where
readWWWFormURLEncoded
readMultipartFormData -- FIXME: 未對應
= abort UnsupportedMediaType []
- (Just $ "Sorry, inputForm does not currently support multipart/form-data.")
+ (Just $! "Sorry, inputForm does not currently support multipart/form-data.")
-- | This is just a constant -1. It's better to say @'input'
-- 'defaultLimit'@ than to say @'input' (-1)@ but these are exactly
-- the status code will be defaulted to \"200 OK\".
setStatus :: StatusCode -> Resource ()
setStatus code
- = do driftTo DecidingHeader
+ = code `seq`
+ do driftTo DecidingHeader
itr <- ask
- liftIO $ atomically $ updateItr itr itrResponse
- $ \ res -> res {
- resStatus = code
- }
+ liftIO $! atomically $! updateItr itr itrResponse
+ $! \ res -> res {
+ resStatus = code
+ }
-- | Set a value of given resource header. Comparison of header name
-- is case-insensitive. Note that this action is not intended to be
-- a part of header of the next response.
setHeader :: String -> String -> Resource ()
setHeader name value
- = driftTo DecidingHeader >> setHeader' name value
+ = name `seq` value `seq`
+ driftTo DecidingHeader >> setHeader' name value
-setHeader' :: String -> String -> Resource()
+setHeader' :: String -> String -> Resource ()
setHeader' name value
- = do itr <- ask
+ = name `seq` value `seq`
+ do itr <- ask
liftIO $ atomically
$ updateItr itr itrResponse
$ H.setHeader name value
-- 'Network.HTTP.Lucu.Response.isRedirection' or it causes an error.
redirect :: StatusCode -> URI -> Resource ()
redirect code uri
- = do when (code == NotModified || not (isRedirection code))
+ = code `seq` uri `seq`
+ do when (code == NotModified || not (isRedirection code))
$ abort InternalServerError []
- $ Just ("Attempted to redirect with status " ++ show code)
+ $! Just ("Attempted to redirect with status " ++ show code)
setStatus code
setLocation uri
+{-# INLINE redirect #-}
+
-- | Computation of @'setContentType' mType@ sets the response header
-- \"Content-Type\" to @mType@.
setContentType :: MIMEType -> Resource ()
setContentType mType
- = setHeader "Content-Type" $ show mType
+ = setHeader "Content-Type" $! show mType
-- | Computation of @'setLocation' uri@ sets the response header
-- \"Location\" to @uri@.
-- Note that 'outputBS' is more efficient than 'output' so you should
-- use it whenever possible.
output :: String -> Resource ()
-output = outputBS . B.pack
+output str = outputBS $! B.pack str
+{-# INLINE output #-}
-- | This is mostly the same as 'output' but is more efficient.
outputBS :: ByteString -> Resource ()
outputBS str = do outputChunkBS str
driftTo Done
+{-# INLINE outputBS #-}
-- | Computation of @'outputChunk' str@ writes @str@ as a part of
-- response body. You can compute this action multiple times to write
-- Note that 'outputChunkBS' is more efficient than 'outputChunk' so
-- you should use it whenever possible.
outputChunk :: String -> Resource ()
-outputChunk = outputChunkBS . B.pack
+outputChunk str = outputChunkBS $! B.pack str
+{-# INLINE outputChunk #-}
-- | This is mostly the same as 'outputChunk' but is more efficient.
outputChunkBS :: ByteString -> Resource ()
outputChunkBS str
- = do driftTo DecidingBody
+ = str `seq`
+ do driftTo DecidingBody
itr <- ask
let limit = cnfMaxOutputChunkLength $ itrConfig itr
driftTo :: InteractionState -> Resource ()
driftTo newState
- = do itr <- ask
+ = newState `seq`
+ do itr <- ask
liftIO $ atomically $ do oldState <- readItr itr itrState id
if newState < oldState then
throwStateError oldState newState
projects / Lucu.git / blobdiff