zenith/test/Spec.hs

{-# LANGUAGE OverloadedStrings #-}

import Codec.Borsh
import Control.Monad (when)
import Control.Monad.Logger (runNoLoggingT, runNoLoggingT)
import Data.Aeson
import qualified Data.ByteString as BS
import qualified Data.ByteString.Lazy as LBS
import Data.HexString
import Data.List (foldl')
import Data.Maybe (fromJust)
import qualified Data.Text as T
import qualified Data.Text.Encoding as E
import Database.Persist
import Database.Persist.Sqlite
import System.Directory
import Test.HUnit hiding (State(..))
import Test.Hspec
import ZcashHaskell.Orchard
  ( addOrchardNodeGetRoot
  , getOrchardFrontier
  , getOrchardNodeValue
  , getOrchardPathAnchor
  , getOrchardRootTest
  , getOrchardTreeAnchor
  , getOrchardTreeParts
  , isValidUnifiedAddress
  , parseAddress
  )
import ZcashHaskell.Sapling
  ( decodeSaplingOutputEsk
  , encodeSaplingAddress
  , getSaplingFrontier
  , getSaplingNotePosition
  , getSaplingPathAnchor
  , getSaplingRootTest
  , getSaplingTreeAnchor
  , getSaplingTreeParts
  , getSaplingWitness
  , isValidShieldedAddress
  , updateSaplingCommitmentTree
  )
import ZcashHaskell.Transparent
  ( decodeExchangeAddress
  , decodeTransparentAddress
  , encodeExchangeAddress
  )
import ZcashHaskell.Types
  ( DecodedNote(..)
  , MerklePath(..)
  , OrchardCommitmentTree(..)
  , OrchardFrontier(..)
  , OrchardSpendingKey(..)
  , OrchardTree(..)
  , Phrase(..)
  , SaplingCommitmentTree(..)
  , SaplingFrontier(..)
  , SaplingReceiver(..)
  , SaplingSpendingKey(..)
  , SaplingTree(..)
  , Scope(..)
  , ShieldedOutput(..)
  , TxError(..)
  , UnifiedAddress(..)
  , ValidAddress(..)
  , ZcashNet(..)
  )
import ZcashHaskell.Utils (f4Jumble, makeZebraCall, readZebraTransaction)
import Zenith.Core
import Zenith.DB
import Zenith.Tree
import Zenith.Types
import Zenith.Utils

main :: IO ()
main = do
  checkDbFile <- doesFileExist "test.db"
  when checkDbFile $ removeFile "test.db"
  hspec $ do
    describe "Database tests" $ do
      it "Create table" $ do
        s <- runSqlite "test.db" $ do runMigration migrateAll
        s `shouldBe` ()
      describe "Wallet Table" $ do
        it "insert wallet record" $ do
          s <-
            runSqlite "test.db" $ do
              insert $
                ZcashWallet
                  "Main Wallet"
                  (ZcashNetDB MainNet)
                  (PhraseDB $
                   Phrase
                     "one two three four five six seven eight nine ten eleven twelve")
                  2000000
                  0
          fromSqlKey s `shouldBe` 1
        it "read wallet record" $ do
          s <-
            runSqlite "test.db" $ do
              selectList [ZcashWalletBirthdayHeight >. 0] []
          length s `shouldBe` 1
        it "modify wallet record" $ do
          s <-
            runSqlite "test.db" $ do
              let recId = toSqlKey 1 :: ZcashWalletId
              update recId [ZcashWalletName =. "New Wallet"]
              get recId
          "New Wallet" `shouldBe` maybe "None" zcashWalletName s
        it "delete wallet record" $ do
          s <-
            runSqlite "test.db" $ do
              let recId = toSqlKey 1 :: ZcashWalletId
              delete recId
              get recId
          "None" `shouldBe` maybe "None" zcashWalletName s
      describe "Wallet function tests:" $ do
        it "Save Wallet:" $ do
          pool <- runNoLoggingT $ initPool "test.db"
          zw <-
            saveWallet pool $
            ZcashWallet
              "Testing"
              (ZcashNetDB MainNet)
              (PhraseDB $
               Phrase
                 "cloth swing left trap random tornado have great onion element until make shy dad success art tuition canvas thunder apple decade elegant struggle invest")
              2200000
              0
          zw `shouldNotBe` Nothing
        it "Save Account:" $ do
          pool <- runNoLoggingT $ initPool "test.db"
          s <-
            runSqlite "test.db" $ do
              selectList [ZcashWalletName ==. "Testing"] []
          za <- saveAccount pool =<< createZcashAccount "TestAccount" 0 (head s)
          za `shouldNotBe` Nothing
        it "Save address:" $ do
          pool <- runNoLoggingT $ initPool "test.db"
          acList <-
            runSqlite "test.db" $
            selectList [ZcashAccountName ==. "TestAccount"] []
          zAdd <-
            saveAddress pool =<<
            createWalletAddress "Personal123" 0 MainNet External (head acList)
          addList <-
            runSqlite "test.db" $
            selectList
              [ WalletAddressName ==. "Personal123"
              , WalletAddressScope ==. ScopeDB External
              ]
              []
          getUA (walletAddressUAddress (entityVal $ head addList)) `shouldBe`
            "u1trd8cvc6265ywwj4mmvuznsye5ghe2dhhn3zy8kcuyg4vx3svskw9r2dedp5hu6m740vylkqc34t4w9eqkl9fyu5uyzn3af72jg235440ke6tu5cf994eq85n97x69x9824hqejmwz3d8qqthtesrd6gerjupdymldhl9xccejjwfj0dhh9mt4rw4kytp325twlutsxd20rfqhzxu3m"
        it "Address components are correct" $ do
          let ua =
                "utest1mvlny48qd4x94w8vz5u2lrxx0enuquajt72yekgq24p6pjaky3czk6m7x358h7g900ex6gzvdehaekl96qnakjzw8yaasp8y0u3j5jnlfd33trduznh6k3fcn5ek9qc857fgz8ehm37etx94sj58nrkc0k5hurxnuxpcpms3j8uy2t8kt2vy6vetvsfxxdhtjq0yqulqprvh7mf2u3x"
          isValidUnifiedAddress ua `shouldNotBe` Nothing
      describe "Note selection for Tx" $ do
        it "Value less than balance" $ do
          pool <- runNoLoggingT $ initPool "/home/rav/Zenith/zenith.db"
          res <- selectUnspentNotes pool (toSqlKey 1) 14000000
          res `shouldNotBe` ([], [], [])
        it "Value greater than balance" $ do
          pool <- runNoLoggingT $ initPool "/home/rav/Zenith/zenith.db"
          let res = selectUnspentNotes pool (toSqlKey 1) 84000000
          res `shouldThrow` anyIOException
      describe "Testing validation" $ do
        it "Unified" $ do
          let a =
                "utest1zfnw84xuxg0ytzqc008gz0qntr8cvwu4qjsccgtxwdrjywra7uj85x8ldymjc2jd3jvvvhyj3xwsunyvwkr5084t6p5gmvzwdgvwpflrpd6a3squ2dp8vt7cxngmwk30l44wkmvyfegypqmezxfnqj572lr779gkqj5xekp66uv4jga58alnc5j7tuank758zd96ap4f09udg6y6pxu"
          True `shouldBe`
            (case isValidUnifiedAddress (E.encodeUtf8 a) of
               Just _a1 -> True
               Nothing ->
                 isValidShieldedAddress (E.encodeUtf8 a) ||
                 (case decodeTransparentAddress (E.encodeUtf8 a) of
                    Just _a3 -> True
                    Nothing ->
                      case decodeExchangeAddress (E.encodeUtf8 a) of
                        Just _a4 -> True
                        Nothing -> False))
        it "Sapling" $ do
          let a =
                "ztestsapling1tgjr4zppwk4ne8xy6gdq4z2gwq7dmf5jq8z2ctpn8nlmtse0a74fa5z0m8z383gmpgqz6q6duu4"
          True `shouldBe`
            (case isValidUnifiedAddress (E.encodeUtf8 a) of
               Just _a1 -> True
               Nothing ->
                 isValidShieldedAddress (E.encodeUtf8 a) ||
                 (case decodeTransparentAddress (E.encodeUtf8 a) of
                    Just _a3 -> True
                    Nothing ->
                      case decodeExchangeAddress (E.encodeUtf8 a) of
                        Just _a4 -> True
                        Nothing -> False))
        it "Transparent" $ do
          let a = "tmGfVZHuGVJ5vcLAgBdkUU4w7fLTRE5nXm3"
          True `shouldBe`
            (case isValidUnifiedAddress (E.encodeUtf8 a) of
               Just _a1 -> True
               Nothing ->
                 isValidShieldedAddress (E.encodeUtf8 a) ||
                 (case decodeTransparentAddress (E.encodeUtf8 a) of
                    Just _a3 -> True
                    Nothing ->
                      case decodeExchangeAddress (E.encodeUtf8 a) of
                        Just _a4 -> True
                        Nothing -> False))
        it "Check Sapling Address" $ do
          let a =
                encodeSaplingAddress TestNet $
                SaplingReceiver
                  "Z$:\136!u\171<\156\196\210\SUB\n\137Hp<\221\166\146\SOH\196\172,3<\255\181\195/\239\170\158\208O\217\197\DC3\197\ESC\n\NUL-"
          a `shouldBe`
            Just
              "ztestsapling1tgjr4zppwk4ne8xy6gdq4z2gwq7dmf5jq8z2ctpn8nlmtse0a74fa5z0m8z383gmpgqz6q6duu4"
      describe "Tree loading" $ do
        it "Sapling tree" $ do
          let tree =
                SaplingCommitmentTree $
                hexString
                  "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"
          case getSaplingTreeParts tree of
            Nothing -> assertFailure "Failed to get tree parts"
            Just t1 -> do
              pool <- runNoLoggingT $ initPool "test.db"
              let newTree = mkSaplingTree t1
              _ <- upsertSaplingTree pool 2000 newTree
              readTree <- getSaplingTree pool
              case readTree of
                Nothing -> assertFailure "Couldn't retrieve tree from db"
                Just (t1, x) -> t1 `shouldBe` newTree
        it "Sapling tree update" $ do
          let tree =
                SaplingCommitmentTree $
                hexString
                  "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"
          let cmu1 =
                hexString
                  "238a75ea513eb330cee527d3fa5000cd52620f116919a33afb9ac78ee1f91c17" :: SaplingCommitment
          case getSaplingTreeParts tree of
            Nothing -> assertFailure "Failed to get tree parts"
            Just t1 -> do
              pool <- runNoLoggingT $ initPool "test.db"
              let newTree = mkSaplingTree t1
              _ <- upsertSaplingTree pool 2000 newTree
              let updatedTree = append newTree (cmu1, 4)
              _ <- upsertSaplingTree pool 2001 updatedTree
              readTree <- getSaplingTree pool
              case readTree of
                Nothing -> assertFailure "Couldn't retrieve tree from db"
                Just (t1, x) -> t1 `shouldBe` updatedTree
        it "Orchard tree" $ do
          let tree =
                OrchardCommitmentTree $
                hexString
                  "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"
          let cmx1 =
                hexString
                  "1712ead46028d4349e234abf59e94e0640fe7a0829e2e2e17e1a931631810400" :: OrchardCommitment
          case getOrchardTreeParts tree of
            Nothing -> assertFailure "Failed to get tree parts"
            Just t1 -> do
              pool <- runNoLoggingT $ initPool "test.db"
              let newTree = mkOrchardTree t1
              _ <- upsertOrchardTree pool 2000 newTree
              readTree <- getOrchardTree pool
              case readTree of
                Nothing -> assertFailure "Couldn't retrieve tree from db"
                Just (t1, x) -> t1 `shouldBe` newTree
        it "Orchard tree update" $ do
          let tree =
                OrchardCommitmentTree $
                hexString
                  "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"
          let cmx1 =
                hexString
                  "1712ead46028d4349e234abf59e94e0640fe7a0829e2e2e17e1a931631810400" :: OrchardCommitment
          case getOrchardTreeParts tree of
            Nothing -> assertFailure "Failed to get tree parts"
            Just t1 -> do
              pool <- runNoLoggingT $ initPool "test.db"
              let newTree = mkOrchardTree t1
              _ <- upsertOrchardTree pool 2000 newTree
              let updatedTree = append newTree (cmx1, 4)
              _ <- upsertOrchardTree pool 2001 updatedTree
              readTree <- getOrchardTree pool
              case readTree of
                Nothing -> assertFailure "Couldn't retrieve tree from db"
                Just (t1, x) -> t1 `shouldBe` updatedTree
    describe "Tree tests" $ do
      describe "Sapling" $ do
        let cmx1 =
              hexString
                "238a75ea513eb330cee527d3fa5000cd52620f116919a33afb9ac78ee1f91c17"
        let t0 = EmptyLeaf <> EmptyLeaf :: Tree SaplingNode
        let t1 = t0 <> EmptyLeaf :: Tree SaplingNode
        let t1a = t0 <> t0
        it "Create leaf" $ do
          let n = leaf cmx1 0 0 :: Tree SaplingNode
          getLevel (value n) `shouldBe` 0
        it "Create minimal tree" $ do
          let t = leaf cmx1 0 0 <> EmptyLeaf :: Tree SaplingNode
          getLevel (value t) `shouldBe` 1
        it "Create minimal empty tree" $ do
          getHash (value t0) `shouldNotBe` hexString "00"
        it "Expand empty tree" $ do t1 `shouldBe` t1a
        it "Create empty tree non-rec" $ getEmptyRoot 2 `shouldBe` t1
        it "Validate empty tree" $ do
          getHash (value (getEmptyRoot 32 :: Tree SaplingNode)) `shouldBe`
            getSaplingRootTest 32
        it "Validate size of tree from Zebra" $ do
          let tree =
                SaplingCommitmentTree $
                hexString
                  "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"
          case getSaplingTreeParts tree of
            Nothing -> assertFailure "Failed to get parts"
            Just t1 -> do
              case getSaplingFrontier tree of
                Nothing -> assertFailure "Failed to get frontier"
                Just f1 -> do
                  saplingSize t1 `shouldBe` 1 + fromIntegral (sf_pos f1)
        it "Deserialize commitment tree from Zebra" $ do
          let tree =
                SaplingCommitmentTree $
                hexString
                  "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"
          case getSaplingTreeParts tree of
            Nothing -> assertFailure "Failed to get frontier"
            Just t1 -> do
              length (st_parents t1) `shouldBe` 31
        it "Create commitment tree from Zebra" $ do
          let tree =
                SaplingCommitmentTree $
                hexString
                  "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"
          case getSaplingTreeParts tree of
            Nothing -> assertFailure "Failed to get tree parts"
            Just t1 -> do
              let newTree = mkSaplingTree t1
              getLevel (value newTree) `shouldBe` 32
        it "Validate commitment tree from Zebra" $ do
          let tree =
                SaplingCommitmentTree $
                hexString
                  "01b4a6049100dd1aa53fd850c388e0ed3782b039448aa43de5fd41d9e2419b375b0114abe3b473ac2dcd9ec3c62ff5cffb683f2e584d70ce4c1c118d67a8c34f1d691f00000000014278a19b3777ee0ceb48c4d469ab0a95217de56f27a4eaf9f19a90244bcff05301692acd3dd617e7cb44a17026211a31899cf27ef5960d59b8323ba105c754965800016f641fd51f68efae0cb742182483d97054bca8fcfb8036b1c165acdb0b27fc1b0000015965da8d105e2d412c7e13f920e607461c8cbb67a38b3a667898d1eaa064ba5701be82b8379a88cce7629153e0b3d1bf826782d3e0c367d615d362b479ead41d6401e1dbd43a62ac601d82de803fc3b6485182854056c6577bae231882b19184b03e000000018f624406b4ebda9ee13c062063e16f65ab5d725b80645037be7760e4ca7887730000000000000000000000000000"
          case getSaplingTreeParts tree of
            Nothing -> assertFailure "Failed to get tree parts"
            Just t1 -> do
              let newTree = mkSaplingTree t1
              let ctAnchor = getSaplingTreeAnchor tree
              {-
               -getHash (value newTree) `shouldBe` ctAnchor
               -isFull (value newTree) `shouldBe` False
               -}
              getPosition (value newTree) `shouldBe` 145761
        it "Validate appending nodes to tree" $ do
          let tree =
                SaplingCommitmentTree $
                hexString
                  "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"
          let cmu1 =
                hexString
                  "238a75ea513eb330cee527d3fa5000cd52620f116919a33afb9ac78ee1f91c17" :: SaplingCommitment
          let finalTree =
                SaplingCommitmentTree $
                hexString
                  "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"
          case getSaplingTreeParts tree of
            Nothing -> assertFailure "Failed to get tree parts"
            Just t1 -> do
              let newTree = mkSaplingTree t1
              let updatedTree1 = append newTree (cmu1, 4)
              let finalAnchor = getSaplingTreeAnchor finalTree
              getHash (value updatedTree1) `shouldBe` finalAnchor
        it "Validate serializing tree to bytes" $ do
          let tree =
                SaplingCommitmentTree $
                hexString
                  "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"
          case mkSaplingTree <$> getSaplingTreeParts tree of
            Nothing -> assertFailure "Failed to build tree"
            Just t1 -> do
              let treeBytes = serialiseBorsh t1
              LBS.length treeBytes `shouldNotBe` 0
        it "Validate deserializing tree from bytes" $ do
          let tree =
                SaplingCommitmentTree $
                hexString
                  "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"
          case mkSaplingTree <$> getSaplingTreeParts tree of
            Nothing -> assertFailure "Failed to build tree"
            Just t1 -> do
              let treeBytes = serialiseBorsh t1
              let rebuiltTree = deserialiseBorsh treeBytes
              rebuiltTree `shouldBe` Right t1
        it "Create merkle path" $ do
          let tree =
                SaplingCommitmentTree $
                hexString
                  "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"
          let cmu1 =
                hexString
                  "238a75ea513eb330cee527d3fa5000cd52620f116919a33afb9ac78ee1f91c17" :: SaplingCommitment
          case getSaplingTreeParts tree of
            Nothing -> assertFailure "Failed to get tree parts"
            Just t1 -> do
              let newTree = mkSaplingTree t1
              let updatedTree = append newTree (cmu1, 4)
              case path 145762 updatedTree of
                Nothing -> assertFailure "Failed to get Merkle path"
                Just p1 -> p1 `shouldNotBe` MerklePath 0 []
        it "Validate merkle path" $ do
          let tree =
                SaplingCommitmentTree $
                hexString
                  "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"
          let cmu1 =
                hexString
                  "238a75ea513eb330cee527d3fa5000cd52620f116919a33afb9ac78ee1f91c17" :: SaplingCommitment
          case getSaplingTreeParts tree of
            Nothing -> assertFailure "Failed to get tree parts"
            Just t1 -> do
              let newTree = mkSaplingTree t1
              let updatedTree = append newTree (cmu1, 4)
              case path 145762 updatedTree of
                Nothing -> assertFailure "Failed to get Merkle path"
                Just p1 ->
                  getSaplingPathAnchor cmu1 p1 `shouldBe`
                  getHash (value updatedTree)
        it "Find position by index" $ do
          let tree =
                SaplingCommitmentTree $
                hexString
                  "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"
          let cmu1 =
                hexString
                  "238a75ea513eb330cee527d3fa5000cd52620f116919a33afb9ac78ee1f91c17" :: SaplingCommitment
          case getSaplingTreeParts tree of
            Nothing -> assertFailure "Failed to get tree parts"
            Just t1 -> do
              let newTree = mkSaplingTree t1
              let updatedTree = append newTree (cmu1, 4)
              getNotePosition updatedTree 4 `shouldBe` Just 145762
      describe "Orchard" $ do
        let cmx1 =
              hexString
                "1712ead46028d4349e234abf59e94e0640fe7a0829e2e2e17e1a931631810400"
        let cmx2 =
              hexString
                "39f5ad39817fb432fa07c5feb3a957189fbe7662a4b5555ca95093b6d853cf07"
        let t0 = EmptyLeaf <> EmptyLeaf :: Tree OrchardNode
        let t1 = t0 <> EmptyLeaf :: Tree OrchardNode
        let t1a = t0 <> t0
        it "Create leaf" $ do
          let n = leaf cmx1 0 0 :: Tree OrchardNode
          getLevel (value n) `shouldBe` 0
        it "Create minimal tree" $ do
          let t = leaf cmx1 0 0 <> EmptyLeaf :: Tree OrchardNode
          getLevel (value t) `shouldBe` 1
        it "Create minimal empty tree" $ do
          getHash (value t0) `shouldNotBe` hexString "00"
        it "Expand empty tree" $ do t1 `shouldBe` t1a
        it "Create empty tree non-rec" $ getEmptyRoot 2 `shouldBe` t1
        it "Validate empty tree" $ do
          getHash (value (getEmptyRoot 32 :: Tree OrchardNode)) `shouldBe`
            getOrchardRootTest 32
        it "Validate tree with one leaf" $ do
          let n = leaf cmx1 0 1 :: Tree OrchardNode
          let n1 = root n
          getHash (value n1) `shouldBe` addOrchardNodeGetRoot 32 (hexBytes cmx1)
        it "Validate size of tree from Zebra" $ do
          let tree =
                OrchardCommitmentTree $
                hexString
                  "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"
          case getOrchardTreeParts tree of
            Nothing -> assertFailure "Failed to get parts"
            Just t1 -> do
              case getOrchardFrontier tree of
                Nothing -> assertFailure "Failed to get frontier"
                Just f1 -> do
                  orchardSize t1 `shouldBe` 1 + fromIntegral (of_pos f1)
        it "Deserialize commitment tree from Zebra" $ do
          let tree =
                OrchardCommitmentTree $
                hexString
                  "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"
          case getOrchardTreeParts tree of
            Nothing -> assertFailure "Failed to get frontier"
            Just t1 -> do
              length (ot_parents t1) `shouldBe` 31
        it "Create commitment tree from Zebra" $ do
          let tree =
                OrchardCommitmentTree $
                hexString
                  "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"
          case getOrchardTreeParts tree of
            Nothing -> assertFailure "Failed to get tree parts"
            Just t1 -> do
              let newTree = mkOrchardTree t1
              getLevel (value newTree) `shouldBe` 32
        it "Validate commitment tree from Zebra" $ do
          let tree =
                OrchardCommitmentTree $
                hexString
                  "0136a7886d7d73bc1845223165fd9cb0cef02046c707e8f88a7f61564720bd0f3501dca1fbdd7b5ba92a0809af5e85874626ce0db14d0532a48e41dde6f0f81b46011f0001fb48c27bd07e68f27aba47cd6e93fa961e0ef8c63f993963a614e56855d2013c0001ea572db9c5c2d24c7ad9132ae32b27179466bf67a580d59901d13b281d3f530b01c160348f10b9ad893d9731317ebe36ac8665e01c52cbe15a56aa9b72e4e6c41e000001cd7695156de2debdc5b13ea84d32e4e3ac020fb0aa7cd372c57ce765103bd70401746e6bc066a10e7f80a9ff8993dcb25c819edd64f2ca10ac248ef7848d41450500011e6191f91b3fceb62dc881a156e1b9d2e88e09dca25093cf9c4936c8869fb41a013bf8b923e4187754e85175748d9cce4824a6787e4258977b5bfe1ba59012c032000001f3bbdc62260c4fca5c84bf3487246d4542da48eeeec8ec40c1029b6908eef83c00000000000000000000000000000000"
          case getOrchardTreeParts tree of
            Nothing -> assertFailure "Failed to get tree parts"
            Just t1 -> do
              let newTree = mkOrchardTree t1
              let ctAnchor = getOrchardTreeAnchor tree
              {-
               -getHash (value newTree) `shouldBe` ctAnchor
               -isFull (value newTree) `shouldBe` False
               -}
              getPosition (value newTree) `shouldBe` 39733
        it "Validate appending nodes to tree" $ do
          let tree =
                OrchardCommitmentTree $
                hexString
                  "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"
          let cmx1 =
                hexString
                  "1712ead46028d4349e234abf59e94e0640fe7a0829e2e2e17e1a931631810400" :: OrchardCommitment
          let cmx2 =
                hexString
                  "39f5ad39817fb432fa07c5feb3a957189fbe7662a4b5555ca95093b6d853cf07" :: OrchardCommitment
          let cmx3 =
                hexString
                  "84f7fbc4b9f87215c653078d7fdd90756c3ba370c745065167da9eb73a65a83f" :: OrchardCommitment
          let cmx4 =
                hexString
                  "e55ad64e1ea2b261893fdea6ad0509b66e5f62d3142f351298c7135c4498d429" :: OrchardCommitment
          let finalTree =
                OrchardCommitmentTree $
                hexString
                  "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"
          case getOrchardTreeParts tree of
            Nothing -> assertFailure "Failed to get tree parts"
            Just t1 -> do
              let newTree = mkOrchardTree t1
              let updatedTree1 = append newTree (cmx1, 4)
              let updatedTree2 = append updatedTree1 (cmx2, 5)
              let updatedTree3 = append updatedTree2 (cmx3, 6)
              let updatedTree4 = append updatedTree3 (cmx4, 7)
              let finalAnchor = getOrchardTreeAnchor finalTree
              getHash (value updatedTree4) `shouldBe` finalAnchor
        it "Validate serializing tree to bytes" $ do
          let tree =
                OrchardCommitmentTree $
                hexString
                  "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"
          case mkOrchardTree <$> getOrchardTreeParts tree of
            Nothing -> assertFailure "Failed to build tree"
            Just t1 -> do
              let treeBytes = serialiseBorsh t1
              LBS.length treeBytes `shouldNotBe` 0
        it "Validate deserializing tree from bytes" $ do
          let tree =
                OrchardCommitmentTree $
                hexString
                  "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"
          case mkOrchardTree <$> getOrchardTreeParts tree of
            Nothing -> assertFailure "Failed to build tree"
            Just t1 -> do
              let treeBytes = serialiseBorsh t1
              let rebuiltTree = deserialiseBorsh treeBytes
              rebuiltTree `shouldBe` Right t1
        it "Create merkle path" $ do
          let tree =
                OrchardCommitmentTree $
                hexString
                  "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"
          let cmx1 =
                hexString
                  "1712ead46028d4349e234abf59e94e0640fe7a0829e2e2e17e1a931631810400" :: OrchardCommitment
          let cmx2 =
                hexString
                  "39f5ad39817fb432fa07c5feb3a957189fbe7662a4b5555ca95093b6d853cf07" :: OrchardCommitment
          case getOrchardTreeParts tree of
            Nothing -> assertFailure "Failed to get tree parts"
            Just t1 -> do
              let newTree = mkOrchardTree t1
              let updatedTree = foldl append newTree [(cmx1, 4), (cmx2, 5)]
              case path 39735 updatedTree of
                Nothing -> assertFailure "Failed to get Merkle path"
                Just p1 -> p1 `shouldNotBe` MerklePath 0 []
        it "Validate merkle path" $ do
          let tree =
                OrchardCommitmentTree $
                hexString
                  "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"
          let cmx1 =
                hexString
                  "1712ead46028d4349e234abf59e94e0640fe7a0829e2e2e17e1a931631810400" :: OrchardCommitment
          let cmx2 =
                hexString
                  "39f5ad39817fb432fa07c5feb3a957189fbe7662a4b5555ca95093b6d853cf07" :: OrchardCommitment
          case getOrchardTreeParts tree of
            Nothing -> assertFailure "Failed to get tree parts"
            Just t1 -> do
              let newTree = mkOrchardTree t1
              let updatedTree = foldl append newTree [(cmx1, 4), (cmx2, 5)]
              case path 39735 updatedTree of
                Nothing -> assertFailure "Failed to get Merkle path"
                Just p1 -> do
                  getOrchardPathAnchor cmx2 p1 `shouldBe`
                    getHash (value updatedTree)
        it "Find position by index" $ do
          let tree =
                OrchardCommitmentTree $
                hexString
                  "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"
          let cmx1 =
                hexString
                  "1712ead46028d4349e234abf59e94e0640fe7a0829e2e2e17e1a931631810400" :: OrchardCommitment
          let cmx2 =
                hexString
                  "39f5ad39817fb432fa07c5feb3a957189fbe7662a4b5555ca95093b6d853cf07" :: OrchardCommitment
          case getOrchardTreeParts tree of
            Nothing -> assertFailure "Failed to get tree parts"
            Just t1 -> do
              let newTree = mkOrchardTree t1
              let updatedTree = foldl append newTree [(cmx1, 4), (cmx2, 5)]
              getNotePosition updatedTree 4 `shouldBe` Just 39734
        it "Truncate tree" $ do
          pool <- runNoLoggingT $ initPool "/home/rav/Zenith/zenith.db"
          maxBlock <- getMaxBlock pool $ ZcashNetDB TestNet
          dbTree <- getOrchardTree pool
          case dbTree of
            Nothing -> assertFailure "failed to get tree from DB"
            Just (oTree, oSync) -> do
              let startBlock = oSync - 5
              zebraTreesIn <-
                getCommitmentTrees
                  pool
                  "localhost"
                  18232
                  (ZcashNetDB TestNet)
                  startBlock
              ix <- getOrchardActionAtBlock pool (ZcashNetDB TestNet) startBlock
              case ix of
                Nothing -> assertFailure "couldn't find index at block"
                Just i -> do
                  updatedTree <-
                    runNoLoggingT $ truncateTree oTree i
                  let finalAnchor =
                        getOrchardTreeAnchor $
                        OrchardCommitmentTree $ ztiOrchard zebraTreesIn
                  getHash (value updatedTree) `shouldBe` finalAnchor
        it "Counting leaves in tree" $ do
          let tree =
                OrchardCommitmentTree $
                hexString
                  "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"
          case getOrchardTreeParts tree of
            Nothing -> assertFailure "Failed to get tree parts"
            Just t1 -> do
              let newTree = mkOrchardTree t1
              countLeaves newTree `shouldBe`
                fromIntegral (1 + getPosition (value newTree))
        it "Validate large load" $ do
          pool <- runNoLoggingT $ initPool "/home/rav/Zenith/zenith.db"
          maxBlock <- getMaxBlock pool $ ZcashNetDB TestNet
          let startBlock = maxBlock - 310000
          zebraTreesIn <-
            getCommitmentTrees
              pool
              "localhost"
              18232
              (ZcashNetDB TestNet)
              startBlock
          zebraTreesOut <-
            getCommitmentTrees
              pool
              "localhost"
              18232
              (ZcashNetDB TestNet)
              maxBlock
          case getOrchardTreeParts $
               OrchardCommitmentTree $ ztiOrchard zebraTreesIn of
            Nothing -> assertFailure "Failed to get tree parts"
            Just t1 -> do
              let newTree = mkOrchardTree t1
              oAct <- getOrchardActions pool startBlock $ ZcashNetDB TestNet
              let cmxs =
                    map
                      (\(_, y) ->
                         ( getHex $ orchActionCmx $ entityVal y
                         , fromSqlKey $ entityKey y))
                      oAct
              let posCmx = zip [(getPosition (value newTree) + 1) ..] cmxs
              let updatedTree = batchAppend newTree posCmx
              let finalAnchor =
                    getOrchardTreeAnchor $
                    OrchardCommitmentTree $ ztiOrchard zebraTreesOut
              getHash (value updatedTree) `shouldBe` finalAnchor
        it "Validate tree from DB" $ do
          pool <- runNoLoggingT $ initPool "/home/rav/Zenith/zenith.db"
          dbTree <- getOrchardTree pool
          case dbTree of
            Nothing -> assertFailure "failed to get tree from DB"
            Just (oTree, oSync) -> do
              zebraTrees <-
                getCommitmentTrees
                  pool
                  "localhost"
                  18232
                  (ZcashNetDB TestNet)
                  oSync
              let finalAnchor =
                    getOrchardTreeAnchor $
                    OrchardCommitmentTree $ ztiOrchard zebraTrees
              getHash (value oTree) `shouldBe` finalAnchor
    describe "TEX address" $ do
      it "from UA" $ do
        let addr =
              parseAddress
                "utest1fqtne08sdgmae0g0un7j3h6ss9gafguprv0yvkxv4trxxsdxx467pxkkc98cpsyk5r2enwwpn3p5c6aw537wyvlz20hs7vcqc4uhm22yfjnrsm8hy2hjjrscvhk2ac32rzndu94hh28gdl62wqgy3yev7w0gj9lmmz6yasghmle6tllx4yjv9sjt0xml66y9lyxc4rkk6q425nc5gxa"
        case addr of
          Nothing -> assertFailure "failed to parse address"
          Just (Unified ua) ->
            case (encodeExchangeAddress (ua_net ua) =<< (t_rec ua)) of
              Nothing -> assertFailure "failed to encode TEX"
              Just tex ->
                tex `shouldBe` "textest1jze8c9jxxrpct34tpe4pvquz8nvxsxt6gawqqf"
          Just _ -> assertFailure "no transparent receiver"
    describe "Creating Tx" $ do
      describe "Full" $ do
        it "To Orchard" $ do
          let uaRead =
                parseAddress
                  "utest1dl54utt6prjj5e0dnlknwumnxq9hycdjpkfr0sy6e6h522remqee8axe9zax0wsjrwpj76v555pdhvj9rnargpfyycs0vpkapq98xcdhem99gc4wchzn0ggepq3y6nz3a9sscwgqxgsh9vzhcad402y3x9szfregck5gslkya3c79d86xx0l33tpk8gnn7ew9vw37w43zh22u8dgdax"
          case uaRead of
            Nothing -> assertFailure "wrong address"
            Just ua -> do
              pool <- runNoLoggingT $ initPool "/home/rav/Zenith/zenith.db"
              tx <-
                runNoLoggingT $
                prepareTxV2
                  pool
                  "localhost"
                  18232
                  TestNet
                  (toSqlKey 3)
                  3026170
                  [ ProposedNote
                      (ValidAddressAPI $ fromJust uaRead)
                      0.005
                      (Just "Sending memo to orchard")
                  ]
                  Full
              case tx of
                Left e -> assertFailure $ show e
                Right h -> h `shouldNotBe` hexString "deadbeef"
        it "To Sapling" $ do
          let uaRead =
                parseAddress
                  "ztestsapling136jp8z89v2jh6kqd5rs4dtvlxym90m43svzdwzxaplyvc5ttzppytpvx80ncllcsqzpmukxjl3y"
          case uaRead of
            Nothing -> assertFailure "wrong address"
            Just ua -> do
              pool <- runNoLoggingT $ initPool "/home/rav/Zenith/zenith.db"
              tx <-
                runNoLoggingT $
                prepareTxV2
                  pool
                  "localhost"
                  18232
                  TestNet
                  (toSqlKey 4)
                  3001331
                  [ ProposedNote
                      (ValidAddressAPI $ fromJust uaRead)
                      0.005
                      (Just "Sending memo to sapling")
                  ]
                  Full
              case tx of
                Left e -> assertFailure $ show e
                Right h -> h `shouldNotBe` hexString "deadbeef"
        it "To Transparent" $ do
          let uaRead = parseAddress "tmAmSa4AauSFuJieeanRBjkfnah45ysGtgZ"
          case uaRead of
            Nothing -> assertFailure "wrong address"
            Just ua -> do
              pool <- runNoLoggingT $ initPool "/home/rav/Zenith/zenith.db"
              tx <-
                runNoLoggingT $
                prepareTxV2
                  pool
                  "localhost"
                  18232
                  TestNet
                  (toSqlKey 4)
                  3001331
                  [ ProposedNote
                      (ValidAddressAPI $ fromJust uaRead)
                      0.005
                      Nothing
                  ]
                  Full
              tx `shouldBe`
                Left (PrivacyPolicyError "Receiver not capable of Full privacy")
        it "To mixed shielded receivers" $ do
          let uaRead =
                parseAddress
                  "utest1dl54utt6prjj5e0dnlknwumnxq9hycdjpkfr0sy6e6h522remqee8axe9zax0wsjrwpj76v555pdhvj9rnargpfyycs0vpkapq98xcdhem99gc4wchzn0ggepq3y6nz3a9sscwgqxgsh9vzhcad402y3x9szfregck5gslkya3c79d86xx0l33tpk8gnn7ew9vw37w43zh22u8dgdax"
          let uaRead2 =
                parseAddress
                  "ztestsapling136jp8z89v2jh6kqd5rs4dtvlxym90m43svzdwzxaplyvc5ttzppytpvx80ncllcsqzpmukxjl3y"
          case uaRead of
            Nothing -> assertFailure "wrong address"
            Just ua -> do
              pool <- runNoLoggingT $ initPool "/home/rav/Zenith/zenith.db"
              tx <-
                runNoLoggingT $
                prepareTxV2
                  pool
                  "localhost"
                  18232
                  TestNet
                  (toSqlKey 1)
                  3001331
                  [ ProposedNote
                      (ValidAddressAPI $ fromJust uaRead)
                      0.005
                      (Just "Sending memo to orchard")
                  , ProposedNote
                      (ValidAddressAPI $ fromJust uaRead2)
                      0.004
                      Nothing
                  ]
                  Full
              tx `shouldBe`
                Left
                  (PrivacyPolicyError
                     "Combination of receivers not allowed for Full privacy")
      describe "Medium" $ do
        it "To Orchard" $ do
          let uaRead =
                parseAddress
                  "utest1dl54utt6prjj5e0dnlknwumnxq9hycdjpkfr0sy6e6h522remqee8axe9zax0wsjrwpj76v555pdhvj9rnargpfyycs0vpkapq98xcdhem99gc4wchzn0ggepq3y6nz3a9sscwgqxgsh9vzhcad402y3x9szfregck5gslkya3c79d86xx0l33tpk8gnn7ew9vw37w43zh22u8dgdax"
          case uaRead of
            Nothing -> assertFailure "wrong address"
            Just ua -> do
              pool <- runNoLoggingT $ initPool "/home/rav/Zenith/zenith.db"
              tx <-
                runNoLoggingT $
                prepareTxV2
                  pool
                  "localhost"
                  18232
                  TestNet
                  (toSqlKey 1)
                  3001372
                  [ ProposedNote
                      (ValidAddressAPI $ fromJust uaRead)
                      0.005
                      (Just "Sending memo to orchard")
                  ]
                  Medium
              case tx of
                Left e -> assertFailure $ show e
                Right h -> h `shouldNotBe` hexString "deadbeef"
        it "To Sapling" $ do
          let uaRead =
                parseAddress
                  "ztestsapling136jp8z89v2jh6kqd5rs4dtvlxym90m43svzdwzxaplyvc5ttzppytpvx80ncllcsqzpmukxjl3y"
          case uaRead of
            Nothing -> assertFailure "wrong address"
            Just ua -> do
              pool <- runNoLoggingT $ initPool "/home/rav/Zenith/zenith.db"
              tx <-
                runNoLoggingT $
                prepareTxV2
                  pool
                  "localhost"
                  18232
                  TestNet
                  (toSqlKey 1)
                  3001372
                  [ ProposedNote
                      (ValidAddressAPI $ fromJust uaRead)
                      0.005
                      (Just "Sending memo to sapling")
                  ]
                  Medium
              case tx of
                Left e -> assertFailure $ show e
                Right h -> h `shouldNotBe` (hexString "00")
        it "To Transparent" $ do
          let uaRead = parseAddress "tmAmSa4AauSFuJieeanRBjkfnah45ysGtgZ"
          case uaRead of
            Nothing -> assertFailure "wrong address"
            Just ua -> do
              pool <- runNoLoggingT $ initPool "/home/rav/Zenith/zenith.db"
              tx <-
                runNoLoggingT $
                prepareTxV2
                  pool
                  "localhost"
                  18232
                  TestNet
                  (toSqlKey 4)
                  3001331
                  [ ProposedNote
                      (ValidAddressAPI $ fromJust uaRead)
                      0.005
                      Nothing
                  ]
                  Medium
              tx `shouldBe`
                Left
                  (PrivacyPolicyError "Receiver not capable of Medium privacy")
        it "To mixed shielded receivers" $ do
          let uaRead =
                parseAddress
                  "utest1dl54utt6prjj5e0dnlknwumnxq9hycdjpkfr0sy6e6h522remqee8axe9zax0wsjrwpj76v555pdhvj9rnargpfyycs0vpkapq98xcdhem99gc4wchzn0ggepq3y6nz3a9sscwgqxgsh9vzhcad402y3x9szfregck5gslkya3c79d86xx0l33tpk8gnn7ew9vw37w43zh22u8dgdax"
          let uaRead2 =
                parseAddress
                  "ztestsapling136jp8z89v2jh6kqd5rs4dtvlxym90m43svzdwzxaplyvc5ttzppytpvx80ncllcsqzpmukxjl3y"
          case uaRead of
            Nothing -> assertFailure "wrong address"
            Just ua -> do
              pool <- runNoLoggingT $ initPool "/home/rav/Zenith/zenith.db"
              tx <-
                runNoLoggingT $
                prepareTxV2
                  pool
                  "localhost"
                  18232
                  TestNet
                  (toSqlKey 1)
                  3001331
                  [ ProposedNote
                      (ValidAddressAPI $ fromJust uaRead)
                      0.005
                      (Just "Sending memo to orchard")
                  , ProposedNote
                      (ValidAddressAPI $ fromJust uaRead2)
                      0.004
                      Nothing
                  ]
                  Medium
              case tx of
                Left e -> assertFailure $ show e
                Right h -> h `shouldNotBe` (hexString "deadbeef")
      describe "Low" $ do
        it "To Orchard" $ do
          let uaRead =
                parseAddress
                  "utest1dl54utt6prjj5e0dnlknwumnxq9hycdjpkfr0sy6e6h522remqee8axe9zax0wsjrwpj76v555pdhvj9rnargpfyycs0vpkapq98xcdhem99gc4wchzn0ggepq3y6nz3a9sscwgqxgsh9vzhcad402y3x9szfregck5gslkya3c79d86xx0l33tpk8gnn7ew9vw37w43zh22u8dgdax"
          case uaRead of
            Nothing -> assertFailure "wrong address"
            Just ua -> do
              pool <- runNoLoggingT $ initPool "/home/rav/Zenith/zenith.db"
              tx <-
                runNoLoggingT $
                prepareTxV2
                  pool
                  "localhost"
                  18232
                  TestNet
                  (toSqlKey 1)
                  3001372
                  [ ProposedNote
                      (ValidAddressAPI $ fromJust uaRead)
                      0.005
                      Nothing
                  ]
                  Low
              case tx of
                Left e -> assertFailure $ show e
                Right h -> h `shouldNotBe` (hexString "deadbeef")
        it "To Sapling" $ do
          let uaRead =
                parseAddress
                  "ztestsapling136jp8z89v2jh6kqd5rs4dtvlxym90m43svzdwzxaplyvc5ttzppytpvx80ncllcsqzpmukxjl3y"
          case uaRead of
            Nothing -> assertFailure "wrong address"
            Just ua -> do
              pool <- runNoLoggingT $ initPool "/home/rav/Zenith/zenith.db"
              tx <-
                runNoLoggingT $
                prepareTxV2
                  pool
                  "localhost"
                  18232
                  TestNet
                  (toSqlKey 1)
                  3001372
                  [ ProposedNote
                      (ValidAddressAPI $ fromJust uaRead)
                      0.005
                      Nothing
                  ]
                  Low
              case tx of
                Left e -> assertFailure $ show e
                Right h -> h `shouldNotBe` (hexString "deadbeef")
        it "To Transparent" $ do
          let uaRead = parseAddress "tmAmSa4AauSFuJieeanRBjkfnah45ysGtgZ"
          case uaRead of
            Nothing -> assertFailure "wrong address"
            Just ua -> do
              pool <- runNoLoggingT $ initPool "/home/rav/Zenith/zenith.db"
              tx <-
                runNoLoggingT $
                prepareTxV2
                  pool
                  "localhost"
                  18232
                  TestNet
                  (toSqlKey 1)
                  3001372
                  [ ProposedNote
                      (ValidAddressAPI $ fromJust uaRead)
                      0.005
                      Nothing
                  ]
                  Low
              case tx of
                Left e -> assertFailure $ show e
                Right h -> h `shouldNotBe` (hexString "deadbeef")
      describe "None" $ do
        it "To Orchard" $ do
          let uaRead =
                parseAddress
                  "utest1dl54utt6prjj5e0dnlknwumnxq9hycdjpkfr0sy6e6h522remqee8axe9zax0wsjrwpj76v555pdhvj9rnargpfyycs0vpkapq98xcdhem99gc4wchzn0ggepq3y6nz3a9sscwgqxgsh9vzhcad402y3x9szfregck5gslkya3c79d86xx0l33tpk8gnn7ew9vw37w43zh22u8dgdax"
          case uaRead of
            Nothing -> assertFailure "wrong address"
            Just ua -> do
              pool <- runNoLoggingT $ initPool "/home/rav/Zenith/zenith.db"
              tx <-
                runNoLoggingT $
                prepareTxV2
                  pool
                  "localhost"
                  18232
                  TestNet
                  (toSqlKey 1)
                  3001372
                  [ ProposedNote
                      (ValidAddressAPI $ fromJust uaRead)
                      0.005
                      Nothing
                  ]
                  None
              tx `shouldBe`
                Left
                  (PrivacyPolicyError
                     "Shielded recipients not compatible with privacy policy.")
        it "To Sapling" $ do
          let uaRead =
                parseAddress
                  "ztestsapling136jp8z89v2jh6kqd5rs4dtvlxym90m43svzdwzxaplyvc5ttzppytpvx80ncllcsqzpmukxjl3y"
          case uaRead of
            Nothing -> assertFailure "wrong address"
            Just ua -> do
              pool <- runNoLoggingT $ initPool "/home/rav/Zenith/zenith.db"
              tx <-
                runNoLoggingT $
                prepareTxV2
                  pool
                  "localhost"
                  18232
                  TestNet
                  (toSqlKey 1)
                  3001372
                  [ ProposedNote
                      (ValidAddressAPI $ fromJust uaRead)
                      0.005
                      Nothing
                  ]
                  None
              tx `shouldBe`
                Left
                  (PrivacyPolicyError
                     "Shielded recipients not compatible with privacy policy.")
        it "To Transparent" $ do
          let uaRead = parseAddress "tmAmSa4AauSFuJieeanRBjkfnah45ysGtgZ"
          case uaRead of
            Nothing -> assertFailure "wrong address"
            Just ua -> do
              pool <- runNoLoggingT $ initPool "/home/rav/Zenith/zenith.db"
              tx <-
                runNoLoggingT $
                prepareTxV2
                  pool
                  "localhost"
                  18232
                  TestNet
                  (toSqlKey 1)
                  3001372
                  [ ProposedNote
                      (ValidAddressAPI $ fromJust uaRead)
                      0.005
                      Nothing
                  ]
                  None
              case tx of
                Left e -> assertFailure $ show e
                Right h -> h `shouldNotBe` hexString "deadbeef"
    describe "Call CoinGecko to get ZEC price" $ do
      it "Testing for USD " $ do
        price <- getZcashPrice $ T.pack "usd"
        case price of
          Just p  ->  p `shouldNotBe` 0.0
          Nothing -> assertFailure "Failed to get ZEC price"