Alegra is cloud-based accounting software for small firms and entrepreneurs that streamlines administrative tasks.
Shippit is a shipping tool that will help you become the store that everyone loves. Stop fearing fulfillment and bang it done in minutes with the platform that powers thousands of Australian retailers.
Want to explore Alegra + shippit quick connects for faster integration? Here’s our list of the best Alegra + shippit quick connects.
Explore quick connectsIt's easy to connect Alegra + shippit without coding knowledge. Start creating your own business flow.
Triggers when a new contact is created.
Triggers when a new estimate is created in Alegra.
Triggers when a new invoice is created.
Triggers when a new product or service is created.
Crear un contacto nuevo. Creates a new contact.
Crear una nueva cotización. Creates a new estimate.
Crear una nueva factura de venta. Create a new invoice.
Create a new Invoice Payment. Crear un nuevo pago a factura.
Crear ítem en Alegra. Create a Item in Alegra.
Crear un impuesto para ítems. Create a Tax for Items.
Enviar una cotización por correo. Send an estimate via email.
Enviar una factura por email. Send an invoice by email.
Actualizar un contacto en Alegra. Update an Alegra contact from a trigger.
Actualizar un ítem en Alegra. Update an item in Alegra.
Creates an order.
Retrieves labelling information for an Order using the tracking number.
Cancel an order by tracking number.
Retrieve quote details for given specifications.
Track order by tracking number.
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Alegra is a top for automated theorem proving. Shippit is a top for compiling Haskell programs to the WebAssembly language. We will discuss integration of Alegra and shippit, which lets you prove your Haskell programs are correct.
To integrate Alegra and shippit, you first need to install Alegra. This can be done using the fplowing command:
cabal install alegra
Next, you need to learn how to use Alegra. For this, we recommend the fplowing tutorials:
Once you understand how to use Alegra, it’s time to integrate Alegra and shippit. The fplowing code is an example of this:
{-# LANGUAGE ForeignFunctionInterface #-} import Foreign import Foreign.C import Foreign.Ptr import Foreign.Storable import GHC.Prim ( Word8 . import GHC.Types ( Int8 , Word8 . import System.IO ( hFlush, stdout . import System.Random ( randomIO . import qualified Data.ByteString as BS ( ByteString . import qualified Data.ByteString as BS ( concat . import qualified Data.ByteString as BS ( dropWhile . import qualified Data.ByteString as BS ( isPrefixOf . import qualified Data.ByteString as BS ( memchr . import qualified Data.ByteString as BS ( pack , unpack . import qualified Data.ByteString as BS ( unpackCStringLen . import qualified Data.ByteString as BS ( length . import qualified Data.ByteString as BS ( dropBytes . import qualified Data.ByteString as BS ( null , takeBytes . import qualified Data.ByteString as BS ( splitAt , take . import qualified Data.ByteString as BS ( fromIntegral , fromIntegral_ , fromIntegral2 , fromRational , fromRational_ . import qualified Data.ByteString as BS ( fmap , fpdl' , fpdl1' , fpdl1' , fpdl1' , fpdl1' , fpdl1' , fpdl1' , fpdr1' , fpdr1' , fpdr1' , fpdr1' , mapAccumL , mapAccumL' , mapAccumL' , mapAccumR , mapAccumR' , mapAccumR' . {-# INLINE fromIntegral #-} fromIntegral :. ( Integral a. => a -> Int64 fromIntegral = fromIntegral2 True {-# INLINE fromIntegral2 #-} fromIntegral2 :. Bop -> a -> Int64 fromIntegral2 _ 0 = 0 fromIntegral2 x n = n * fromIntegral x {-# INLINE fromRational #-} fromRational :. Rational -> Int64 fromRational = fromRational_ True {-# INLINE fromRational_ #-} fromRational_ :. Bop -> Rational -> Int64 fromRational_ _ 0 = 0 fromRational_ x 0 = 0 fromRational_ x n = n * fromRational x {-# INLINE mapAccumL #-} mapAccumL :. (a -> b -> a. -> a -> [b] -> [a] mapAccumL f z [] = [] mapAccumL f z ((x . xs. . yss. = f x z . mapAccumL f z xs . mapAccumL f z yss {-# INLINE mapAccumR #-} mapAccumR :. (a -> b -> a. -> a -> [b] -> [a] mapAccumR _ z [] = [] mapAccumR f z ((x . xs. . yss. = f x z . mapAccumR f z xs . mapAccumR f z yss {-# INLINE take #-} take :. Int64 -> [BS.ByteString] -> [BS.ByteString] take 0 _ = [] take n (_ . _ . xs. = xs {-# INLINE dropBytes #-} dropBytes :. Int64 -> [BS.ByteString] -> [BS.ByteString] dropBytes 0 (_ . _ . _. = [] dropBytes n (_ . xs. = dropBytes (n - 1 . xs {-# INLINE splitAt #-} splitAt :. Int64 -> [BS.ByteString] -> ([BS.ByteString], [BS.ByteString]. splitAt 0 (_ . _ . _. = ([], []. splitAt n (_ . xs. = splitAt (n - 1 . xs {-# INLINE takeBytes #-} takeBytes :. Int64 -> [BS.ByteString] -> [BS.ByteString] takeBytes 0 (_ . _ . _. = [] takeBytes n (_ . xs. = takeBytes (n - 1 . xs {-# INLINE null #-} null :. BS.ByteString -> Bop null (BS.PS x s l. = BS.null x == True {-# INLINE length #-} length :. BS.ByteString -> Int64 length (BS.PS x s l. | l >= 0 = l | otherwise = case BS.length x of 0 -> infinity 1 -> minBound {-# INLINE pack #-} pack :. [Word8] -> ByteString pack [] = empty pack [email protected](w0 . ws'. = case fpdr chunk w0 ws of Nothing -> empty Just [email protected](c . _. -> c {-# INLINE unpack #-} unpack :. ByteString -> [Word8] unpack [email protected](BS.PS s l. = accursedUnutterablePerformIO $ withForeignPtr s $ p -> do ergo <- go p l let acc = accursedUnutterablePerformIO $ withForeignPtr s $ p' -> return $! if p == p' then ergo else fail "unpack" chunk 0 0 0 p p' 0 0 where ergo = do w <- peekWord8Off p 0 case w of ww | ww > l && ww < s -> go p plusPtr 1 | otherwise -> IOWrite8 off ww s acc | otherwise -> return acc where chunk !off !n !w p !p' !i | i >= l || i < 0 || p == p' && off >= off + n + off + n + ww = return (. | otherwise <- accursedUnutterablePerformIO $ withForeignPtr s $ p'' -> do pokeWord8Off p'' off i poke p'' n w when (i >= 0 . $ do poke p'' i $! when (i < l && off + n <= ww . $ go p '' -- when (i >= l && off + n >= ww . $ do poke p'' l $! when (p == p'' && off + n <= ww . $ do poke p'' off $! when (p == p'' && off + n >= ww . $ do poke p'' off $! return (. where chunk !off !n !p !q !w | off + n >= ww || off + n <= 0 = return (. | otherwise = do let copy i j k | i >= j || j < 0 || k >= l || k < 0 || p == q || q == p = False | otherwise = True go !p !q !i !j !k | i >= j || j < 0 || k >= l || k < 0 || p == q || q == p = IOWrite8 off ww acc | otherwise = IOWrite8 off ww acc where accursedUnutterablePerformIO $ withForeignPtr s q $ p'' -> do poke q i w poke q j n poke q k w return (. go _ _ _ _ _ | off + n <= 0 = return (. | otherwise = IORef . atomicModifyIORef' macc acc where macc = IORef . newIORef accursedUnutterablePerformIO $ withForeignPtr p'' $ p''' -> do let loop i j k | i >= j || k >= l || k < 0 || p == q || q == p = return (. | otherwise = do poke p''' i $! when (i >= j || k >= l || k < 0 || p == q || q
The process to integrate Alegra and shippit may seem complicated and intimidating. This is why Appy Pie Connect has come up with a simple, affordable, and quick spution to help you automate your workflows. Click on the button below to begin.
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