src/ZcashHaskell/Orchard.hs

@@ -37,6 +37,11 @@ import qualified Data.Text as T
 import qualified Data.Text.Encoding as E
 import Data.Word
 import Foreign.Rust.Marshall.Variable
+import ZcashHaskell.Sapling (decodeSaplingAddress)
+import ZcashHaskell.Transparent
+  ( decodeExchangeAddress
+  , decodeTransparentAddress
+  )
 import ZcashHaskell.Types
 import ZcashHaskell.Utils (encodeBech32, encodeBech32m, f4Jumble)
 
@@ -221,8 +226,33 @@ getOrchardNotePosition :: OrchardWitness -> Integer
 getOrchardNotePosition =
   fromIntegral . rustWrapperReadOrchardPosition . hexBytes . orchWit
 
+-- | Update the witness of an Orchard note
 updateOrchardWitness :: OrchardWitness -> [HexString] -> OrchardWitness
 updateOrchardWitness wit cmus =
   OrchardWitness $
   withPureBorshVarBuffer $
   rustWrapperUpdateOrchardWitness (toBytes $ orchWit wit) (map toBytes cmus)
+
+-- | Parse a potential Zcash address
+parseAddress :: BS.ByteString -> Maybe ValidAddress
+parseAddress t =
+  case isValidUnifiedAddress t of
+    Nothing ->
+      case decodeSaplingAddress t of
+        Nothing ->
+          case decodeTransparentAddress t of
+            Nothing ->
+              case decodeExchangeAddress t of
+                Nothing -> Nothing
+                Just x -> Just $ Exchange x
+            Just t -> Just $ Transparent t
+        Just s -> Just $ Sapling s
+    Just u -> Just $ Unified u
+
+compareAddress :: ValidAddress -> UnifiedAddress -> Bool
+compareAddress a u =
+  case a of
+    Unified i -> i == u
+    Sapling s -> s_rec u == Just (sa_receiver s) && ua_net u == net_type s
+    Transparent t -> t_rec u == Just (ta_receiver t) && ua_net u == ta_network t
+    Exchange x -> False

src/ZcashHaskell/Transparent.hs

@@ -1,3 +1,5 @@
+{-# LANGUAGE OverloadedStrings #-}
+
 -- Copyright 2022-2024 Vergara Technologies LLC
 -- 
 -- This file is part of Zcash-Haskell.
@@ -172,27 +174,27 @@ decodeTransparentAddress taddress = do
 -- | Encode an Exchange Addresss into HRF from TransparentReceiver
 encodeExchangeAddress :: ZcashNet -> TransparentReceiver -> Maybe T.Text
 encodeExchangeAddress net tr = do
-  case (tr_type tr) of
+  case tr_type tr of
     P2PKH -> do
       case net of
         MainNet -> do
-          let vhash = encodeBech32m (BC.pack "tex") (toBytes (tr_bytes tr))
+          let vhash = encodeBech32m "tex" (toBytes (tr_bytes tr))
           Just vhash
         TestNet -> do
-          let vhash = encodeBech32m (BC.pack "textest") (toBytes (tr_bytes tr))
+          let vhash = encodeBech32m "textest" (toBytes (tr_bytes tr))
           Just vhash
-    _ -> Nothing
+    _any -> Nothing
 
 -- | Decode an Exchange Address into a ExchangeAddress
-decodeExchangeAddress :: T.Text -> Maybe ExchangeAddress
+decodeExchangeAddress :: BS.ByteString -> Maybe ExchangeAddress
 decodeExchangeAddress ex = do
-  if (T.length ex) > 1
+  if BS.length ex > 1
     then do
-      let rawd = decodeBech32 (E.encodeUtf8 ex)
-      let tMain = BS.unpack (BC.pack "tex")
-      let tTest = BS.unpack (BC.pack "textest")
-      let tFail = BS.unpack (BC.pack "fail")
-      let hr = BS.unpack (hrp rawd)
+      let rawd = decodeBech32 ex
+      let tMain = "tex"
+      let tTest = "textest"
+      let tFail = "fail"
+      let hr = hrp rawd
       if hr /= tFail
         then do
           let transparentReceiver = bytes rawd