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feat(core): use new createTransaction function

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This commit is contained in:
Rene Vergara 2024-10-30 12:55:09 -05:00
parent 723d1b4e1c
commit 78437987bf
Signed by: pitmutt
GPG key ID: 65122AD495A7F5B2
4 changed files with 729 additions and 774 deletions
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609
src/Zenith/Core.hs
View file

@ -23,7 +23,7 @@ import Data.Aeson
import Data.Binary.Get hiding (getBytes)
import qualified Data.ByteString as BS
import qualified Data.ByteString.Lazy as LBS
import Data.HexString (HexString, toBytes, toText)
import Data.HexString (HexString, hexBytes, hexString, toBytes, toText)
import Data.Int (Int64)
import Data.List
import Data.Maybe (fromJust, fromMaybe)
@ -522,265 +522,271 @@ updateOrchardWitnesses pool = do
-- | Calculate fee per ZIP-317
calculateTxFee ::
([Entity WalletTrNote], [Entity WalletSapNote], [Entity WalletOrchNote])
-> Int
-> Integer
calculateTxFee (t, s, o) i =
fromIntegral
(5000 * (max (length t) tout + max (length s) sout + length o + oout))
-> [OutgoingNote]
-> Int64
calculateTxFee (t, s, o) nout =
fromIntegral $ 5000 * (tcount + saction + oaction)
where
tout =
if i == 1 || i == 2
then 1
else 0
sout =
if i == 3
then 1
else 0
oout =
if i == 4
then 1
else 0
length $
filter
(\(OutgoingNote x _ _ _ _ _) -> x == 1 || x == 2 || x == 5 || x == 6)
nout
sout = length $ filter (\(OutgoingNote x _ _ _ _ _) -> x == 3) nout
oout = length $ filter (\(OutgoingNote x _ _ _ _ _) -> x == 4) nout
tcount = max (length t) tout
scount = max (length s) sout
ocount = max (length o) oout
saction =
if scount == 1
then 2
else scount
oaction =
if ocount == 1
then 2
else ocount
-- | Prepare a transaction for sending
prepareTx ::
ConnectionPool
-> T.Text
-> Int
-> ZcashNet
-> ZcashAccountId
-> Int
-> Scientific
-> UnifiedAddress
-> T.Text
-> LoggingT IO (Either TxError HexString)
prepareTx pool zebraHost zebraPort zn za bh amt ua memo = do
accRead <- liftIO $ getAccountById pool za
let recipient =
case o_rec ua of
Nothing ->
case s_rec ua of
Nothing ->
case t_rec ua of
Nothing -> (0, "")
Just r3 ->
case tr_type r3 of
P2PKH -> (1, toBytes $ tr_bytes r3)
P2SH -> (2, toBytes $ tr_bytes r3)
Just r2 -> (3, getBytes r2)
Just r1 -> (4, getBytes r1)
logDebugN $ T.pack $ show recipient
logDebugN $ T.pack $ "Target block: " ++ show bh
trees <-
liftIO $ getCommitmentTrees pool zebraHost zebraPort (ZcashNetDB zn) bh
let sT = SaplingCommitmentTree $ ztiSapling trees
let oT = OrchardCommitmentTree $ ztiOrchard trees
case accRead of
Nothing -> do
logErrorN "Can't find Account"
return $ Left ZHError
Just acc -> do
logDebugN $ T.pack $ show acc
let zats' = toBoundedInteger $ amt * scientific 1 8
case zats' of
Nothing -> return $ Left ZHError
Just zats -> do
logDebugN $ T.pack $ show (zats :: Int64)
{-firstPass <- liftIO $ selectUnspentNotes pool za zats-}
--let fee = calculateTxFee firstPass $ fst recipient
--logDebugN $ T.pack $ "calculated fee " ++ show fee
(tList, sList, oList) <-
liftIO $ selectUnspentNotes pool za (fromIntegral $ zats + 5000)
logDebugN "selected notes"
logDebugN $ T.pack $ show tList
logDebugN $ T.pack $ show sList
logDebugN $ T.pack $ show oList
let noteTotal = getTotalAmount (tList, sList, oList)
tSpends <-
liftIO $
prepTSpends
(getTranSK $ zcashAccountTPrivateKey $ entityVal acc)
tList
--print tSpends
sSpends <-
liftIO $
prepSSpends
(getSapSK $ zcashAccountSapSpendKey $ entityVal acc)
sList
--print sSpends
oSpends <-
liftIO $
prepOSpends
(getOrchSK $ zcashAccountOrchSpendKey $ entityVal acc)
oList
--print oSpends
dummy <-
liftIO $
makeOutgoing
acc
recipient
zats
(fromInteger noteTotal - 5000 - zats)
logDebugN "Calculating fee"
let feeResponse =
createTransaction
(Just sT)
(Just oT)
tSpends
sSpends
oSpends
dummy
zn
bh
False
case feeResponse of
Left e1 -> return $ Left Fee
Right fee -> do
let feeAmt =
fromIntegral
(runGet getInt64le $ LBS.fromStrict $ toBytes fee)
(tList1, sList1, oList1) <-
liftIO $ selectUnspentNotes pool za (fromIntegral zats + feeAmt)
logDebugN $ T.pack $ "selected notes with fee" ++ show feeAmt
logDebugN $ T.pack $ show tList
logDebugN $ T.pack $ show sList
logDebugN $ T.pack $ show oList
outgoing <-
liftIO $
makeOutgoing
acc
recipient
zats
(fromInteger noteTotal - fromInteger feeAmt - zats)
logDebugN $ T.pack $ show outgoing
let tx =
createTransaction
(Just sT)
(Just oT)
tSpends
sSpends
oSpends
outgoing
zn
bh
True
logDebugN $ T.pack $ show tx
return tx
where
makeOutgoing ::
Entity ZcashAccount
-> (Int, BS.ByteString)
-> Int64
-> Int64
-> IO [OutgoingNote]
makeOutgoing acc (k, recvr) zats chg = do
chgAddr <- runNoLoggingT $ getInternalAddresses pool $ entityKey acc
let internalUA = getUA $ walletAddressUAddress $ entityVal $ head chgAddr
let chgRcvr =
fromJust $ o_rec =<< isValidUnifiedAddress (E.encodeUtf8 internalUA)
return
[ OutgoingNote
4
(getBytes $ getOrchSK $ zcashAccountOrchSpendKey $ entityVal acc)
(getBytes chgRcvr)
(fromIntegral chg)
""
True
, OutgoingNote
(fromIntegral k)
(case k of
4 ->
getBytes $ getOrchSK $ zcashAccountOrchSpendKey $ entityVal acc
3 ->
getBytes $ getSapSK $ zcashAccountSapSpendKey $ entityVal acc
_ -> "")
recvr
(fromIntegral zats)
(E.encodeUtf8 memo)
False
]
getTotalAmount ::
( [Entity WalletTrNote]
, [Entity WalletSapNote]
, [Entity WalletOrchNote])
-> Integer
getTotalAmount (t, s, o) =
sum (map (fromIntegral . walletTrNoteValue . entityVal) t) +
sum (map (fromIntegral . walletSapNoteValue . entityVal) s) +
sum (map (fromIntegral . walletOrchNoteValue . entityVal) o)
prepTSpends ::
TransparentSpendingKey
-> [Entity WalletTrNote]
-> IO [TransparentTxSpend]
prepTSpends sk notes = do
forM notes $ \n -> do
tAddRead <- getAddressById pool $ walletTrNoteAddress $ entityVal n
case tAddRead of
Nothing -> throwIO $ userError "Couldn't read t-address"
Just tAdd -> do
(XPrvKey _ _ _ _ (SecKey xp_key)) <-
genTransparentSecretKey
(walletAddressIndex $ entityVal tAdd)
(getScope $ walletAddressScope $ entityVal tAdd)
sk
mReverseTxId <- getWalletTxId pool $ walletTrNoteTx $ entityVal n
case mReverseTxId of
Nothing -> throwIO $ userError "failed to get tx ID"
Just (ESQ.Value reverseTxId) -> do
let flipTxId = BS.reverse $ toBytes $ getHex reverseTxId
return $
TransparentTxSpend
xp_key
(RawOutPoint
flipTxId
(fromIntegral $ walletTrNotePosition $ entityVal n))
(RawTxOut
(fromIntegral $ walletTrNoteValue $ entityVal n)
(walletTrNoteScript $ entityVal n))
prepSSpends ::
SaplingSpendingKey -> [Entity WalletSapNote] -> IO [SaplingTxSpend]
prepSSpends sk notes = do
forM notes $ \n -> do
return $
SaplingTxSpend
(getBytes sk)
(DecodedNote
(fromIntegral $ walletSapNoteValue $ entityVal n)
(walletSapNoteRecipient $ entityVal n)
(E.encodeUtf8 $ walletSapNoteMemo $ entityVal n)
(getHex $ walletSapNoteNullifier $ entityVal n)
""
(getRseed $ walletSapNoteRseed $ entityVal n))
(toBytes $ getHex $ walletSapNoteWitness $ entityVal n)
prepOSpends ::
OrchardSpendingKey -> [Entity WalletOrchNote] -> IO [OrchardTxSpend]
prepOSpends sk notes = do
forM notes $ \n -> do
return $
OrchardTxSpend
(getBytes sk)
(DecodedNote
(fromIntegral $ walletOrchNoteValue $ entityVal n)
(walletOrchNoteRecipient $ entityVal n)
(E.encodeUtf8 $ walletOrchNoteMemo $ entityVal n)
(getHex $ walletOrchNoteNullifier $ entityVal n)
(walletOrchNoteRho $ entityVal n)
(getRseed $ walletOrchNoteRseed $ entityVal n))
(toBytes $ getHex $ walletOrchNoteWitness $ entityVal n)
sapAnchor :: [Entity WalletSapNote] -> Maybe SaplingWitness
sapAnchor notes =
if not (null notes)
then Just $
SaplingWitness $
getHex $ walletSapNoteWitness $ entityVal $ head notes
else Nothing
orchAnchor :: [Entity WalletOrchNote] -> Maybe OrchardWitness
orchAnchor notes =
if not (null notes)
then Just $
OrchardWitness $
getHex $ walletOrchNoteWitness $ entityVal $ head notes
else Nothing
{-
-prepareTx ::
- ConnectionPool
- -> T.Text
- -> Int
- -> ZcashNet
- -> ZcashAccountId
- -> Int
- -> Scientific
- -> UnifiedAddress
- -> T.Text
- -> LoggingT IO (Either TxError HexString)
-prepareTx pool zebraHost zebraPort zn za bh amt ua memo = do
- accRead <- liftIO $ getAccountById pool za
- let recipient =
- case o_rec ua of
- Nothing ->
- case s_rec ua of
- Nothing ->
- case t_rec ua of
- Nothing -> (0, "")
- Just r3 ->
- case tr_type r3 of
- P2PKH -> (1, toBytes $ tr_bytes r3)
- P2SH -> (2, toBytes $ tr_bytes r3)
- Just r2 -> (3, getBytes r2)
- Just r1 -> (4, getBytes r1)
- logDebugN $ T.pack $ show recipient
- logDebugN $ T.pack $ "Target block: " ++ show bh
- trees <-
- liftIO $ getCommitmentTrees pool zebraHost zebraPort (ZcashNetDB zn) bh
- let sT = SaplingCommitmentTree $ ztiSapling trees
- let oT = OrchardCommitmentTree $ ztiOrchard trees
- case accRead of
- Nothing -> do
- logErrorN "Can't find Account"
- return $ Left ZHError
- Just acc -> do
- logDebugN $ T.pack $ show acc
- let zats' = toBoundedInteger $ amt * scientific 1 8
- case zats' of
- Nothing -> return $ Left ZHError
- Just zats -> do
- logDebugN $ T.pack $ show (zats :: Int64)
- {-firstPass <- liftIO $ selectUnspentNotes pool za zats-}
- --let fee = calculateTxFee firstPass $ fst recipient
- --logDebugN $ T.pack $ "calculated fee " ++ show fee
- (tList, sList, oList) <-
- liftIO $ selectUnspentNotes pool za (fromIntegral $ zats + 5000)
- logDebugN "selected notes"
- logDebugN $ T.pack $ show tList
- logDebugN $ T.pack $ show sList
- logDebugN $ T.pack $ show oList
- let noteTotal = getTotalAmount (tList, sList, oList)
- tSpends <-
- liftIO $
- prepTSpends
- (getTranSK $ zcashAccountTPrivateKey $ entityVal acc)
- tList
- --print tSpends
- sSpends <-
- liftIO $
- prepSSpends
- (getSapSK $ zcashAccountSapSpendKey $ entityVal acc)
- sList
- --print sSpends
- oSpends <-
- liftIO $
- prepOSpends
- (getOrchSK $ zcashAccountOrchSpendKey $ entityVal acc)
- oList
- --print oSpends
- dummy <-
- liftIO $
- makeOutgoing
- acc
- recipient
- zats
- (fromInteger noteTotal - 5000 - zats)
- logDebugN "Calculating fee"
- let feeResponse =
- createTransaction
- (Just sT)
- (Just oT)
- tSpends
- sSpends
- oSpends
- dummy
- zn
- bh
- False
- case feeResponse of
- Left e1 -> return $ Left Fee
- Right fee -> do
- let feeAmt =
- fromIntegral
- (runGet getInt64le $ LBS.fromStrict $ toBytes fee)
- (tList1, sList1, oList1) <-
- liftIO $ selectUnspentNotes pool za (fromIntegral zats + feeAmt)
- logDebugN $ T.pack $ "selected notes with fee" ++ show feeAmt
- logDebugN $ T.pack $ show tList
- logDebugN $ T.pack $ show sList
- logDebugN $ T.pack $ show oList
- outgoing <-
- liftIO $
- makeOutgoing
- acc
- recipient
- zats
- (fromInteger noteTotal - fromInteger feeAmt - zats)
- logDebugN $ T.pack $ show outgoing
- let tx =
- createTransaction
- (Just sT)
- (Just oT)
- tSpends
- sSpends
- oSpends
- outgoing
- zn
- bh
- True
- logDebugN $ T.pack $ show tx
- return tx
- where
- makeOutgoing ::
- Entity ZcashAccount
- -> (Int, BS.ByteString)
- -> Int64
- -> Int64
- -> IO [OutgoingNote]
- makeOutgoing acc (k, recvr) zats chg = do
- chgAddr <- runNoLoggingT $ getInternalAddresses pool $ entityKey acc
- let internalUA = getUA $ walletAddressUAddress $ entityVal $ head chgAddr
- let chgRcvr =
- fromJust $ o_rec =<< isValidUnifiedAddress (E.encodeUtf8 internalUA)
- return
- [ OutgoingNote
- 4
- (getBytes $ getOrchSK $ zcashAccountOrchSpendKey $ entityVal acc)
- (getBytes chgRcvr)
- (fromIntegral chg)
- ""
- True
- , OutgoingNote
- (fromIntegral k)
- (case k of
- 4 ->
- getBytes $ getOrchSK $ zcashAccountOrchSpendKey $ entityVal acc
- 3 ->
- getBytes $ getSapSK $ zcashAccountSapSpendKey $ entityVal acc
- _ -> "")
- recvr
- (fromIntegral zats)
- (E.encodeUtf8 memo)
- False
- ]
- getTotalAmount ::
- ( [Entity WalletTrNote]
- , [Entity WalletSapNote]
- , [Entity WalletOrchNote])
- -> Integer
- getTotalAmount (t, s, o) =
- sum (map (fromIntegral . walletTrNoteValue . entityVal) t) +
- sum (map (fromIntegral . walletSapNoteValue . entityVal) s) +
- sum (map (fromIntegral . walletOrchNoteValue . entityVal) o)
- prepTSpends ::
- TransparentSpendingKey
- -> [Entity WalletTrNote]
- -> IO [TransparentTxSpend]
- prepTSpends sk notes = do
- forM notes $ \n -> do
- tAddRead <- getAddressById pool $ walletTrNoteAddress $ entityVal n
- case tAddRead of
- Nothing -> throwIO $ userError "Couldn't read t-address"
- Just tAdd -> do
- (XPrvKey _ _ _ _ (SecKey xp_key)) <-
- genTransparentSecretKey
- (walletAddressIndex $ entityVal tAdd)
- (getScope $ walletAddressScope $ entityVal tAdd)
- sk
- mReverseTxId <- getWalletTxId pool $ walletTrNoteTx $ entityVal n
- case mReverseTxId of
- Nothing -> throwIO $ userError "failed to get tx ID"
- Just (ESQ.Value reverseTxId) -> do
- let flipTxId = BS.reverse $ toBytes $ getHex reverseTxId
- return $
- TransparentTxSpend
- xp_key
- (RawOutPoint
- flipTxId
- (fromIntegral $ walletTrNotePosition $ entityVal n))
- (RawTxOut
- (fromIntegral $ walletTrNoteValue $ entityVal n)
- (walletTrNoteScript $ entityVal n))
- prepSSpends ::
- SaplingSpendingKey -> [Entity WalletSapNote] -> IO [SaplingTxSpend]
- prepSSpends sk notes = do
- forM notes $ \n -> do
- return $
- SaplingTxSpend
- (getBytes sk)
- (DecodedNote
- (fromIntegral $ walletSapNoteValue $ entityVal n)
- (walletSapNoteRecipient $ entityVal n)
- (E.encodeUtf8 $ walletSapNoteMemo $ entityVal n)
- (getHex $ walletSapNoteNullifier $ entityVal n)
- ""
- (getRseed $ walletSapNoteRseed $ entityVal n))
- (toBytes $ getHex $ walletSapNoteWitness $ entityVal n)
- prepOSpends ::
- OrchardSpendingKey -> [Entity WalletOrchNote] -> IO [OrchardTxSpend]
- prepOSpends sk notes = do
- forM notes $ \n -> do
- return $
- OrchardTxSpend
- (getBytes sk)
- (DecodedNote
- (fromIntegral $ walletOrchNoteValue $ entityVal n)
- (walletOrchNoteRecipient $ entityVal n)
- (E.encodeUtf8 $ walletOrchNoteMemo $ entityVal n)
- (getHex $ walletOrchNoteNullifier $ entityVal n)
- (walletOrchNoteRho $ entityVal n)
- (getRseed $ walletOrchNoteRseed $ entityVal n))
- (toBytes $ getHex $ walletOrchNoteWitness $ entityVal n)
- sapAnchor :: [Entity WalletSapNote] -> Maybe SaplingWitness
- sapAnchor notes =
- if not (null notes)
- then Just $
- SaplingWitness $
- getHex $ walletSapNoteWitness $ entityVal $ head notes
- else Nothing
- orchAnchor :: [Entity WalletOrchNote] -> Maybe OrchardWitness
- orchAnchor notes =
- if not (null notes)
- then Just $
- OrchardWitness $
- getHex $ walletOrchNoteWitness $ entityVal $ head notes
- else Nothing
-}
deshieldNotes ::
ConnectionPool
-> T.Text
@ -843,36 +849,20 @@ shieldTransparentNotes pool zebraHost zebraPort znet za bh = do
4
(getBytes $ getOrchSK $ zcashAccountOrchSpendKey $ entityVal acc)
(getBytes oRcvr)
(fromIntegral $ noteTotal - 5000)
(fromIntegral $ noteTotal - 500)
""
True
let feeResponse =
createTransaction
Nothing
Nothing
tSpends
[]
[]
[dummy]
znet
bh
False
case feeResponse of
Left e1 -> return $ Left Fee
Right fee -> do
let feeAmt =
fromIntegral
(runGet getInt64le $ LBS.fromStrict $ toBytes fee)
let feeAmt = calculateTxFee (trNotes, [], []) [dummy]
let snote =
OutgoingNote
4
(getBytes $
getOrchSK $ zcashAccountOrchSpendKey $ entityVal acc)
(getBytes $ getOrchSK $ zcashAccountOrchSpendKey $ entityVal acc)
(getBytes oRcvr)
(fromIntegral $ noteTotal - feeAmt)
(fromIntegral $ noteTotal - fromIntegral feeAmt)
""
True
let tx =
tx <-
liftIO $
createTransaction
Nothing
Nothing
@ -941,11 +931,10 @@ prepareTxV2 pool zebraHost zebraPort zn za bh pnotes policy = do
let recipients = map extractReceiver pnotes
logDebugN $ T.pack $ show recipients
logDebugN $ T.pack $ "Target block: " ++ show bh
{-
-trees <- liftIO $ getCommitmentTrees zebraHost zebraPort bh
-let sT = SaplingCommitmentTree $ ztiSapling trees
-let oT = OrchardCommitmentTree $ ztiOrchard trees
-}
trees <-
liftIO $ getCommitmentTrees pool zebraHost zebraPort (ZcashNetDB zn) bh
let sT = SaplingCommitmentTree $ ztiSapling trees
let oT = OrchardCommitmentTree $ ztiOrchard trees
case accRead of
Nothing -> do
logErrorN "Can't find Account"
@ -969,7 +958,7 @@ prepareTxV2 pool zebraHost zebraPort zn za bh pnotes policy = do
selectUnspentNotesV2
pool
za
(zats + 10000)
(zats + 20000)
(map (\(x, _, _, _) -> x) recipients)
policy
case notePlan of
@ -998,84 +987,64 @@ prepareTxV2 pool zebraHost zebraPort zn za bh pnotes policy = do
(getOrchSK $ zcashAccountOrchSpendKey $ entityVal acc)
oList
--print oSpends
dummy' <-
draft <-
liftIO $
makeOutgoing
acc
recipients
(noteTotal - 5000 - fromIntegral zats)
policy
case dummy' of
case draft of
Left e -> return $ Left e
Right dummy -> do
logDebugN "Calculating fee"
let feeResponse =
createTransaction
Nothing
Nothing
tSpends
sSpends
oSpends
dummy
zn
bh
False
case feeResponse of
Left e1 -> return $ Left Fee
Right fee -> do
let feeAmt =
fromIntegral
(runGet getInt64le $ LBS.fromStrict $ toBytes fee)
Right draftOut -> do
let fee = calculateTxFee (tList, sList, oList) draftOut
logDebugN $ T.pack $ "calculated fee " ++ show fee
finalNotePlan <-
liftIO $
selectUnspentNotesV2
pool
za
(fromIntegral zats + feeAmt)
(zats + fee)
(map (\(x, _, _, _) -> x) recipients)
policy
case finalNotePlan of
Right (tList1, sList1, oList1) -> do
logDebugN $
T.pack $ "selected notes with fee" ++ show feeAmt
logDebugN $ T.pack $ "selected notes with fee" ++ show fee
logDebugN $ T.pack $ show tList1
logDebugN $ T.pack $ show sList1
logDebugN $ T.pack $ show oList1
tSpends1 <-
liftIO $
prepTSpends
(getTranSK $
zcashAccountTPrivateKey $ entityVal acc)
(getTranSK $ zcashAccountTPrivateKey $ entityVal acc)
tList1
sSpends1 <-
liftIO $
prepSSpends
(getSapSK $
zcashAccountSapSpendKey $ entityVal acc)
(getSapSK $ zcashAccountSapSpendKey $ entityVal acc)
sList1
oSpends1 <-
liftIO $
prepOSpends
(getOrchSK $
zcashAccountOrchSpendKey $ entityVal acc)
(getOrchSK $ zcashAccountOrchSpendKey $ entityVal acc)
oList1
let noteTotal1 =
getTotalAmount (tList1, sList1, oList1)
let noteTotal1 = getTotalAmount (tList1, sList1, oList1)
outgoing' <-
liftIO $
makeOutgoing
acc
recipients
(noteTotal1 - feeAmt - fromIntegral zats)
(noteTotal1 - fee - fromIntegral zats)
policy
logDebugN $ T.pack $ show outgoing'
case outgoing' of
Left e -> return $ Left e
Right outgoing -> do
let tx =
tx <-
liftIO $
createTransaction
Nothing
Nothing
(Just sT)
(Just oT)
tSpends1
sSpends1
oSpends1

29
test/Spec.hs
View file

@ -37,7 +37,7 @@ import ZcashHaskell.Types
, ValidAddress(..)
, ZcashNet(..)
)
import ZcashHaskell.Utils (makeZebraCall, readZebraTransaction)
import ZcashHaskell.Utils (f4Jumble, makeZebraCall, readZebraTransaction)
import Zenith.Core
import Zenith.DB
import Zenith.Types
@ -231,7 +231,7 @@ main = do
Full
case tx of
Left e -> assertFailure $ show e
Right h -> h `shouldBe` (hexString "deadbeef")
Right h -> h `shouldNotBe` hexString "deadbeef"
it "To Sapling" $ do
let uaRead =
parseAddress
@ -257,7 +257,7 @@ main = do
Full
case tx of
Left e -> assertFailure $ show e
Right h -> h `shouldNotBe` (hexString "deadbeef")
Right h -> h `shouldNotBe` hexString "deadbeef"
it "To Transparent" $ do
let uaRead = parseAddress "tmAmSa4AauSFuJieeanRBjkfnah45ysGtgZ"
case uaRead of
@ -280,8 +280,7 @@ main = do
]
Full
tx `shouldBe`
Left
(PrivacyPolicyError "Receiver not capable of Full privacy")
Left (PrivacyPolicyError "Receiver not capable of Full privacy")
it "To mixed shielded receivers" $ do
let uaRead =
parseAddress
@ -342,7 +341,7 @@ main = do
Medium
case tx of
Left e -> assertFailure $ show e
Right h -> h `shouldNotBe` (hexString "deadbeef")
Right h -> h `shouldNotBe` hexString "deadbeef"
it "To Sapling" $ do
let uaRead =
parseAddress
@ -368,7 +367,7 @@ main = do
Medium
case tx of
Left e -> assertFailure $ show e
Right h -> h `shouldNotBe` (hexString "deadbeef")
Right h -> h `shouldNotBe` (hexString "00")
it "To Transparent" $ do
let uaRead = parseAddress "tmAmSa4AauSFuJieeanRBjkfnah45ysGtgZ"
case uaRead of
@ -581,18 +580,4 @@ main = do
None
case tx of
Left e -> assertFailure $ show e
Right h -> h `shouldNotBe` (hexString "deadbeef")
describe "Quick tests" $ do
it "validate comm trees" $ do
blockTree <- getCommitmentTrees "localhost" 18232 3034848
hashTree <-
makeZebraCall
"localhost"
18232
"z_gettreestate"
[ Data.Aeson.String
"000f8a912c6c5caf476e70fa0616c17ab4e7e8c1f42e24bddeacda275d545473"
]
case hashTree of
Left e -> assertFailure e
Right hT -> blockTree `shouldBe` hT
Right h -> h `shouldNotBe` hexString "deadbeef"

2
zcash-haskell

@ -1 +1 @@
Subproject commit 662a0d1148d3f52e2683157a4c9280bb8e81b0cb
Subproject commit 6d4b6840d30fe1631902acd0388bef0040fee9e8

1
zenith.cabal
View file

@ -141,6 +141,7 @@ test-suite zenith-tests
build-depends:
base >=4.12 && <5
, bytestring
, aeson
, configurator
, monad-logger
, data-default