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Transactions.hs
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Transactions.hs
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{-# LANGUAGE AllowAmbiguousTypes #-}
{-# LANGUAGE DataKinds #-}
{-# LANGUAGE DuplicateRecordFields #-}
{-# LANGUAGE FlexibleContexts #-}
{-# LANGUAGE NumericUnderscores #-}
{-# LANGUAGE OverloadedLabels #-}
{-# LANGUAGE QuasiQuotes #-}
{-# LANGUAGE RankNTypes #-}
{-# LANGUAGE ScopedTypeVariables #-}
{-# LANGUAGE TupleSections #-}
{-# LANGUAGE TypeApplications #-}
{-# LANGUAGE TypeFamilies #-}
{- HLINT ignore "Use head" -}
module Test.Integration.Scenario.API.Shelley.Transactions
( spec
) where
import Prelude
import Cardano.Mnemonic
( entropyToMnemonic, genEntropy, mnemonicToText )
import Cardano.Wallet.Api.Types
( AddressAmount (..)
, ApiAsset (..)
, ApiFee (..)
, ApiT (..)
, ApiTransaction
, ApiMintBurnTransaction
, ApiTxId (..)
, ApiTxInput (..)
, ApiWallet
, DecodeAddress
, DecodeStakeAddress
, EncodeAddress (..)
, WalletStyle (..)
, insertedAt
, pendingSince
)
import Cardano.Wallet.Primitive.AddressDerivation
( PaymentAddress )
import Cardano.Wallet.Primitive.AddressDerivation.Icarus
( IcarusKey )
import Cardano.Wallet.Primitive.Types
( SortOrder (..), WalletId )
import Cardano.Wallet.Primitive.Types.Address
( Address )
import Cardano.Wallet.Primitive.Types.Coin
( Coin (..) )
import Cardano.Wallet.Primitive.Types.Hash
( Hash (..) )
import Cardano.Wallet.Primitive.Types.TokenPolicy
( mkTokenFingerprint )
import Cardano.Wallet.Primitive.Types.Tx
( Direction (..), TxMetadata (..), TxMetadataValue (..), TxStatus (..) )
import Cardano.Wallet.Unsafe
( unsafeFromText )
import Control.Monad
( forM, forM_ )
import Control.Monad.IO.Unlift
( MonadIO (..), MonadUnliftIO (..), liftIO )
import Control.Monad.Trans.Resource
( ResourceT, runResourceT )
import Data.Aeson
( (.=) )
import Data.Bifunctor
( bimap )
import Data.Function
( (&) )
import Data.Generics.Internal.VL.Lens
( view, (^.) )
import Data.Generics.Product.Typed
( HasType )
import Data.Maybe
( isJust, isNothing )
import Data.Proxy
( Proxy )
import Data.Quantity
( Quantity (..) )
import Data.Text
( Text )
import Data.Text.Class
( FromText (..), ToText (..) )
import Data.Time.Clock
( NominalDiffTime, UTCTime, addUTCTime, getCurrentTime )
import Data.Time.Utils
( utcTimePred, utcTimeSucc )
import Numeric.Natural
( Natural )
import Test.Hspec
( SpecWith, describe, pendingWith )
import Test.Hspec.Expectations.Lifted
( expectationFailure, shouldBe, shouldNotBe, shouldSatisfy )
import Test.Hspec.Extra
( flakyBecauseOf, it )
import Test.Integration.Faucet
( seaHorsePolicyId, seaHorseTokenName )
import Test.Integration.Framework.DSL
( Context (_mintSeaHorseAssets)
, Headers (..)
, Payload (..)
, between
, counterexample
, defaultTxTTL
, emptyRandomWallet
, emptyWallet
, eventually
, expectErrorMessage
, expectField
, expectListField
, expectListSize
, expectListSizeSatisfy
, expectResponseCode
, expectSuccess
, faucetAmt
, faucetUtxoAmt
, fixtureIcarusWalletAddrs
, fixtureMultiAssetWallet
, fixturePassphrase
, fixtureWallet
, fixtureWalletWith
, getFromResponse
, getTTLSlots
, getWallet
, json
, listAddresses
, listAllTransactions
, listTransactions
, minUTxOValue
, mkTxPayloadMA
, pickAnAsset
, postTx
, request
, rewardWallet
, toQueryString
, unsafeGetTransactionTime
, unsafeRequest
, utcIso8601ToText
, verify
, waitForTxImmutability
, walletId
, (.<)
, (.<=)
, (.>)
, (.>=)
)
import Test.Integration.Framework.Request
( RequestException )
import Test.Integration.Framework.TestData
( errMsg400MinWithdrawalWrong
, errMsg400StartTimeLaterThanEndTime
, errMsg400TxMetadataStringTooLong
, errMsg403AlreadyInLedger
, errMsg403Fee
, errMsg403MinUTxOValue
, errMsg403NotAShelleyWallet
, errMsg403NotEnoughMoney
, errMsg403TxTooBig
, errMsg403WithdrawalNotWorth
, errMsg403WrongPass
, errMsg404CannotFindTx
, errMsg404NoAsset
, errMsg404NoWallet
, steveToken
)
import Web.HttpApiData
( ToHttpApiData (..) )
import qualified Cardano.Wallet.Api.Link as Link
import qualified Cardano.Wallet.Primitive.Types.TokenMap as TokenMap
import qualified Cardano.Wallet.Primitive.Types.TokenPolicy as TokenPolicy
import qualified Data.Aeson as Aeson
import qualified Data.ByteString as BS
import qualified Data.ByteString.Char8 as B8
import qualified Data.Map as Map
import qualified Data.Text as T
import qualified Network.HTTP.Types.Status as HTTP
data TestCase a = TestCase
{ query :: T.Text
, assertions :: [(HTTP.Status, Either RequestException a) -> IO ()]
}
spec :: forall n.
( DecodeAddress n
, DecodeStakeAddress n
, EncodeAddress n
, PaymentAddress n IcarusKey
) => SpecWith Context
spec = describe "SHELLEY_TRANSACTIONS" $ do
it "TRANS_MIN_UTXO_01 - I cannot spend less than minUTxOValue" $ \ctx -> runResourceT $ do
wSrc <- fixtureWallet ctx
wDest <- emptyWallet ctx
let amt = minUTxOValue - 1
addrs <- listAddresses @n ctx wDest
let destination = (addrs !! 1) ^. #id
let payload = Json [json|{
"payments": [{
"address": #{destination},
"amount": {
"quantity": #{amt},
"unit": "lovelace"
}
}],
"passphrase": #{fixturePassphrase}
}|]
let ep = Link.createTransaction @'Shelley
r <- request @(ApiTransaction n) ctx (ep wSrc) Default payload
expectResponseCode HTTP.status403 r
expectErrorMessage errMsg403MinUTxOValue r
it "Regression ADP-626 - Filtering transactions between eras" $ do
\ctx -> runResourceT $ do
w <- fixtureWallet ctx
let startTimeBeforeShelley = T.pack "2009-09-09T09:09:09Z"
currTime <- liftIO getCurrentTime
let endTimeAfterShelley = utcIso8601ToText currTime
let link = Link.listTransactions' @'Shelley w
Nothing
(either (const Nothing) Just $ fromText startTimeBeforeShelley)
(either (const Nothing) Just $ fromText endTimeAfterShelley)
Nothing
r <- request @([ApiTransaction n]) ctx link Default Empty
expectResponseCode HTTP.status200 r
expectListSize 1 r
it "Regression #1004 -\
\ Transaction to self shows only fees as a tx amount\
\ while both, pending and in_ledger" $ \ctx -> runResourceT $ do
wSrc <- fixtureWallet ctx
payload <- liftIO $ mkTxPayload ctx wSrc minUTxOValue fixturePassphrase
(_, ApiFee (Quantity feeMin) (Quantity feeMax) _ _) <- unsafeRequest ctx
(Link.getTransactionFee @'Shelley wSrc) payload
r <- request @(ApiTransaction n) ctx
(Link.createTransaction @'Shelley wSrc) Default payload
verify r
[ expectSuccess
, expectResponseCode HTTP.status202
-- tx amount includes only fees because it is tx to self address
-- when tx is pending
, expectField (#amount . #getQuantity) $ between (feeMin, feeMax)
, expectField (#direction . #getApiT) (`shouldBe` Outgoing)
, expectField (#status . #getApiT) (`shouldBe` Pending)
]
eventually "Tx is in ledger" $ do
rt <- request @([ApiTransaction n]) ctx
(Link.listTransactions @'Shelley wSrc) Default Empty
verify rt
[ expectSuccess
, expectResponseCode HTTP.status200
-- tx amount includes only fees because it is tx to self address
-- also when tx is already in ledger
, expectListField 0 (#amount . #getQuantity) $ between (feeMin, feeMax)
, expectListField 0 (#direction . #getApiT) (`shouldBe` Outgoing)
, expectListField 0 (#status . #getApiT) (`shouldBe` InLedger)
]
it "Regression #935 -\
\ Pending tx should have pendingSince in the list tx response" $ \ctx -> runResourceT $ do
wSrc <- fixtureWallet ctx
wDest <- emptyWallet ctx
eventually "Pending tx has pendingSince field" $ do
-- Post Tx
let amt = (minUTxOValue :: Natural)
r <- postTx @n ctx
(wSrc, Link.createTransaction @'Shelley,fixturePassphrase)
wDest
amt
let tx = getFromResponse Prelude.id r
tx ^. (#status . #getApiT) `shouldBe` Pending
insertedAt tx `shouldBe` Nothing
pendingSince tx `shouldSatisfy` isJust
-- Verify Tx
let link = Link.listTransactions' @'Shelley wSrc
Nothing
Nothing
Nothing
(Just Descending)
(_, txs) <- unsafeRequest @([ApiTransaction n]) ctx link Empty
case filter ((== Pending) . view (#status . #getApiT)) txs of
[] ->
fail "Tx no longer pending, need to retry scenario."
tx':_ -> do
tx' ^. (#direction . #getApiT) `shouldBe` Outgoing
tx' ^. (#status . #getApiT) `shouldBe` Pending
insertedAt tx' `shouldBe` Nothing
pendingSince tx' `shouldBe` pendingSince tx
it "TRANS_CREATE_01x - Single Output Transaction" $ \ctx -> runResourceT $ do
let initialAmt = 3*minUTxOValue
wa <- fixtureWalletWith @n ctx [initialAmt]
wb <- fixtureWalletWith @n ctx [initialAmt]
let amt = (minUTxOValue :: Natural)
payload <- liftIO $ mkTxPayload ctx wb amt fixturePassphrase
(_, ApiFee (Quantity feeMin) (Quantity feeMax) minCoins _) <- unsafeRequest ctx
(Link.getTransactionFee @'Shelley wa) payload
rTx <- request @(ApiTransaction n) ctx
(Link.createTransaction @'Shelley wa) Default payload
ra <- request @ApiWallet ctx
(Link.getWallet @'Shelley wa) Default Empty
verify rTx
[ expectSuccess
, expectResponseCode HTTP.status202
, expectField (#amount . #getQuantity) $
between (feeMin + amt, feeMax + amt)
, const (minCoins `shouldBe` [Quantity minUTxOValue])
, expectField #inputs $ \inputs' -> do
inputs' `shouldSatisfy` all (isJust . source)
, expectField (#direction . #getApiT) (`shouldBe` Outgoing)
, expectField (#status . #getApiT) (`shouldBe` Pending)
, expectField (#metadata . #getApiTxMetadata) (`shouldBe` Nothing)
]
verify ra
[ expectSuccess
, expectField (#balance . #total) $
between
( Quantity (initialAmt - feeMax - amt)
, Quantity (initialAmt - feeMin - amt)
)
, expectField
(#balance . #available)
(`shouldBe` Quantity 0)
]
let txid = getFromResponse #id rTx
let linkSrc = Link.getTransaction @'Shelley wa (ApiTxId txid)
eventually "transaction is no longer pending on source wallet" $ do
rSrc <- request @(ApiTransaction n) ctx linkSrc Default Empty
verify rSrc
[ expectResponseCode HTTP.status200
, expectField (#amount . #getQuantity) $
between (feeMin + amt, feeMax + amt)
, expectField #inputs $ \inputs' -> do
inputs' `shouldSatisfy` all (isJust . source)
, expectField (#direction . #getApiT) (`shouldBe` Outgoing)
, expectField (#status . #getApiT) (`shouldBe` InLedger)
, expectField (#metadata . #getApiTxMetadata) (`shouldBe` Nothing)
]
let linkDest = Link.getTransaction @'Shelley wb (ApiTxId txid)
eventually "transaction is discovered by destination wallet" $ do
rDst <- request @(ApiTransaction n) ctx linkDest Default Empty
verify rDst
[ expectResponseCode HTTP.status200
, expectField (#amount . #getQuantity) (`shouldBe` amt)
, expectField #inputs $ \inputs' -> do
inputs' `shouldSatisfy` all (isNothing . source)
, expectField (#direction . #getApiT) (`shouldBe` Incoming)
, expectField (#status . #getApiT) (`shouldBe` InLedger)
, expectField (#metadata . #getApiTxMetadata) (`shouldBe` Nothing)
]
eventually "wa and wb balances are as expected" $ do
rb <- request @ApiWallet ctx
(Link.getWallet @'Shelley wb) Default Empty
expectField
(#balance . #available)
(`shouldBe` Quantity (initialAmt + amt)) rb
ra2 <- request @ApiWallet ctx
(Link.getWallet @'Shelley wa) Default Empty
expectField
(#balance . #available)
(`shouldBe` Quantity (initialAmt - feeMax - amt)) ra2
it "TRANS_CREATE_02x - Multiple Output Tx to single wallet" $ \ctx -> runResourceT $ do
wSrc <- fixtureWallet ctx
wDest <- emptyWallet ctx
addrs <- listAddresses @n ctx wDest
let amt = minUTxOValue :: Natural
let destination1 = (addrs !! 1) ^. #id
let destination2 = (addrs !! 2) ^. #id
let payload = Json [json|{
"payments": [{
"address": #{destination1},
"amount": {
"quantity": #{amt},
"unit": "lovelace"
}
},
{
"address": #{destination2},
"amount": {
"quantity": #{amt},
"unit": "lovelace"
}
}],
"passphrase": "cardano-wallet"
}|]
(_, ApiFee (Quantity feeMin) (Quantity feeMax) _ _) <- unsafeRequest ctx
(Link.getTransactionFee @'Shelley wSrc) payload
r <- request @(ApiTransaction n) ctx
(Link.createTransaction @'Shelley wSrc) Default payload
ra <- request @ApiWallet ctx (Link.getWallet @'Shelley wSrc) Default Empty
verify r
[ expectResponseCode HTTP.status202
, expectField (#amount . #getQuantity) $
between (feeMin + (2*amt), feeMax + (2*amt))
, expectField (#direction . #getApiT) (`shouldBe` Outgoing)
, expectField (#status . #getApiT) (`shouldBe` Pending)
, expectField #inputs $ \inputs' -> do
inputs' `shouldSatisfy` all (isJust . source)
]
verify ra
[ expectField (#balance . #total) $
between
( Quantity (faucetAmt - feeMax - (2*amt))
, Quantity (faucetAmt - feeMin - (2*amt))
)
, expectField
(#balance . #available)
(.>= Quantity (faucetAmt - 2 * faucetUtxoAmt))
]
eventually "wDest balance is as expected" $ do
rd <- request @ApiWallet ctx
(Link.getWallet @'Shelley wDest) Default Empty
verify rd
[ expectField
(#balance . #available)
(`shouldBe` Quantity (2*amt))
, expectField
(#balance . #total)
(`shouldBe` Quantity (2*amt))
]
it "TRANS_CREATE_03 - 0 balance after transaction" $ \ctx -> runResourceT $ do
liftIO $ pendingWith
"This test relies on knowing exactly how the underlying selection \
\implementation works. We may want to revise this test completely \
\otherwise we'll have to update it for every single change in \
\the fee calculation or selection algorithm."
let amt = minUTxOValue
wDest <- fixtureWalletWith @n ctx [amt]
payload <- liftIO $ mkTxPayload ctx wDest amt fixturePassphrase
(_, ApiFee (Quantity feeMin) _ _ _) <- unsafeRequest ctx
(Link.getTransactionFee @'Shelley wDest) payload
-- NOTE It's a little tricky to estimate the fee needed for a
-- transaction with no change output, because in order to know the right
-- amount of fees, we need to create a transaction spends precisely this
-- amount.
--
-- Said differently, in order to know what amount we need, we need to
-- know what the amount is... ¯\_(ツ)_/¯ ... So, we use a little
-- hard-wired margin, which works with the current fee settings. If we
-- ever change that, this test will fail.
let margin = 400
wSrc <- fixtureWalletWith @n ctx [feeMin+amt+margin]
r <- request @(ApiTransaction n) ctx
(Link.createTransaction @'Shelley wSrc) Default payload
verify r
[ expectResponseCode HTTP.status202
, expectField (#direction . #getApiT) (`shouldBe` Outgoing)
, expectField (#status . #getApiT) (`shouldBe` Pending)
]
ra <- request @ApiWallet ctx (Link.getWallet @'Shelley wSrc) Default Empty
verify ra
[ expectField (#balance . #total) (`shouldBe` Quantity 0)
, expectField (#balance . #available) (`shouldBe` Quantity 0)
]
eventually "Wallet balance is as expected" $ do
rd <- request @ApiWallet ctx
(Link.getWallet @'Shelley wDest) Default Empty
verify rd
[ expectField
(#balance . #available)
(`shouldBe` Quantity (2*amt))
, expectField
(#balance . #total)
(`shouldBe` Quantity (2*amt))
]
ra2 <- request @ApiWallet ctx (Link.getWallet @'Shelley wSrc) Default Empty
verify ra2
[ expectField (#balance . #total) (`shouldBe` Quantity 0)
, expectField (#balance . #available) (`shouldBe` Quantity 0)
]
it "TRANS_CREATE_04 - Can't cover fee" $ \ctx -> runResourceT $ do
wDest <- fixtureWallet ctx
payload <- liftIO $ mkTxPayload ctx wDest minUTxOValue fixturePassphrase
(_, ApiFee (Quantity feeMin) _ _ _) <- unsafeRequest ctx
(Link.getTransactionFee @'Shelley wDest) payload
wSrc <- fixtureWalletWith @n ctx [minUTxOValue + (feeMin `div` 2)]
r <- request @(ApiTransaction n) ctx
(Link.createTransaction @'Shelley wSrc) Default payload
verify r
[ expectResponseCode HTTP.status403
, expectErrorMessage errMsg403Fee
]
it "TRANS_CREATE_04 - Not enough money" $ \ctx -> runResourceT $ do
let (srcAmt, reqAmt) = (minUTxOValue, 2 * minUTxOValue)
wSrc <- fixtureWalletWith @n ctx [srcAmt]
wDest <- emptyWallet ctx
payload <- mkTxPayload ctx wDest reqAmt fixturePassphrase
r <- request @(ApiTransaction n) ctx
(Link.createTransaction @'Shelley wSrc) Default payload
verify r
[ expectResponseCode HTTP.status403
, expectErrorMessage errMsg403NotEnoughMoney
]
it "TRANS_CREATE_04 - Wrong password" $ \ctx -> runResourceT $ do
wSrc <- fixtureWallet ctx
wDest <- emptyWallet ctx
addr:_ <- listAddresses @n ctx wDest
let destination = addr ^. #id
let payload = Json [json|{
"payments": [{
"address": #{destination},
"amount": {
"quantity": #{minUTxOValue},
"unit": "lovelace"
}
}],
"passphrase": "This password is wrong"
}|]
r <- request @(ApiTransaction n) ctx
(Link.createTransaction @'Shelley wSrc) Default payload
verify r
[ expectResponseCode HTTP.status403
, expectErrorMessage errMsg403WrongPass
]
it "TRANS_CREATE_07 - Deleted wallet" $ \ctx -> runResourceT $ do
w <- emptyWallet ctx
_ <- request @ApiWallet ctx (Link.deleteWallet @'Shelley w) Default Empty
wDest <- emptyWallet ctx
addr:_ <- listAddresses @n ctx wDest
let destination = addr ^. #id
let payload = Json [json|{
"payments": [{
"address": #{destination},
"amount": {
"quantity": #{minUTxOValue},
"unit": "lovelace"
}
}],
"passphrase": "cardano-wallet"
}|]
r <- request @(ApiTransaction n) ctx
(Link.createTransaction @'Shelley w) Default payload
expectResponseCode HTTP.status404 r
expectErrorMessage (errMsg404NoWallet $ w ^. walletId) r
describe "TRANS_CREATE_08 - Bad payload" $ do
let matrix =
[ ( "empty payload", NonJson "" )
, ( "{} payload", NonJson "{}" )
, ( "non-json valid payload"
, NonJson
"{ payments: [{\
\\"address\": 12312323,\
\\"amount: {\
\\"quantity\": 1,\
\\"unit\": \"lovelace\"} }],\
\\"passphrase\": \"cardano-wallet\" }"
)
]
forM_ matrix $ \(title, nonJson) -> it title $ \ctx -> runResourceT $ do
w <- emptyWallet ctx
let payload = nonJson
r <- request @(ApiTransaction n) ctx
(Link.createTransaction @'Shelley w) Default payload
expectResponseCode HTTP.status400 r
it "TRANS_ASSETS_CREATE_01 - Multi-asset balance" $ \ctx -> runResourceT $ do
w <- fixtureMultiAssetWallet ctx
r <- request @ApiWallet ctx (Link.getWallet @'Shelley w) Default Empty
verify r
[ expectField (#assets . #available . #getApiT) (`shouldNotBe` TokenMap.empty)
, expectField (#assets . #total . #getApiT) (`shouldNotBe` TokenMap.empty)
]
r2 <- request @[ApiAsset] ctx (Link.listAssets w) Default Empty
verify r2
[ expectListField 0 #metadata (`shouldBe` Just steveToken)
, expectListField 0 #metadataError (`shouldBe` Nothing)
]
it "TRANS_ASSETS_CREATE_01a - Multi-asset transaction with Ada" $ \ctx -> runResourceT $ do
wSrc <- fixtureMultiAssetWallet ctx
wDest <- emptyWallet ctx
ra <- request @ApiWallet ctx (Link.getWallet @'Shelley wSrc) Default Empty
let (_, Right wal) = ra
-- pick out an asset to send
let assetsSrc = wal ^. #assets . #total . #getApiT
assetsSrc `shouldNotBe` mempty
let val = minUTxOValue <$ pickAnAsset assetsSrc
addrs <- listAddresses @n ctx wDest
let destination = (addrs !! 1) ^. #id
-- use minimum coin value provided by the server
payloadFee <- mkTxPayloadMA @n destination 0 [val] fixturePassphrase
rFee <- request @ApiFee ctx
(Link.getTransactionFee @'Shelley wSrc) Default payloadFee
let [Quantity minCoin] = getFromResponse #minimumCoins rFee
payload <- mkTxPayloadMA @n destination minCoin [val] fixturePassphrase
rtx <- request @(ApiTransaction n) ctx
(Link.createTransaction @'Shelley wSrc) Default payload
expectResponseCode HTTP.status202 rtx
eventually "Payee wallet balance is as expected" $ do
rb <- request @ApiWallet ctx
(Link.getWallet @'Shelley wDest) Default Empty
verify rb
[ expectField (#assets . #available . #getApiT)
(`shouldNotBe` TokenMap.empty)
, expectField (#assets . #total . #getApiT)
(`shouldNotBe` TokenMap.empty)
, expectField (#balance . #total . #getQuantity)
(`shouldBe` minCoin)
]
-- todo: asset balance values more exactly
-- todo: assert payer wallet balance
it "TRANS_ASSETS_CREATE_02 - Multi-asset transaction with small Ada amount" $ \ctx -> runResourceT $ do
wSrc <- fixtureMultiAssetWallet ctx
wDest <- emptyWallet ctx
ra <- request @ApiWallet ctx (Link.getWallet @'Shelley wSrc) Default Empty
let (_, Right wal) = ra
-- pick out an asset to send
let assetsSrc = wal ^. #assets . #total . #getApiT
assetsSrc `shouldNotBe` mempty
let val = minUTxOValue <$ pickAnAsset assetsSrc
-- This is a non-zero ada amount, but less than the actual minimum utxo
-- due to assets in the transaction.
let coin = minUTxOValue
addrs <- listAddresses @n ctx wDest
let destination = (addrs !! 1) ^. #id
payload <- mkTxPayloadMA @n destination coin [val] fixturePassphrase
rtx <- request @(ApiTransaction n) ctx
(Link.createTransaction @'Shelley wSrc) Default payload
-- It should fail with InsufficientMinCoinValueError
expectResponseCode HTTP.status403 rtx
expectErrorMessage "Some outputs have ada values that are too small." rtx
it "TRANS_ASSETS_CREATE_02a - Multi-asset transaction without Ada" $ \ctx -> runResourceT $ do
wSrc <- fixtureMultiAssetWallet ctx
wDest <- emptyWallet ctx
ra <- request @ApiWallet ctx (Link.getWallet @'Shelley wSrc) Default Empty
let (_, Right wal) = ra
-- pick out an asset to send
let assetsSrc = wal ^. #assets . #total . #getApiT
assetsSrc `shouldNotBe` mempty
let val = minUTxOValue <$ pickAnAsset assetsSrc
addrs <- listAddresses @n ctx wDest
let destination = (addrs !! 1) ^. #id
payload <- mkTxPayloadMA @n destination 0 [val] fixturePassphrase
rtx <- request @(ApiTransaction n) ctx
(Link.createTransaction @'Shelley wSrc) Default payload
expectResponseCode HTTP.status202 rtx
eventually "Payee wallet balance is as expected" $ do
rb <- request @ApiWallet ctx
(Link.getWallet @'Shelley wDest) Default Empty
verify rb
[ expectField (#assets . #available . #getApiT) (`shouldNotBe` TokenMap.empty)
, expectField (#assets . #total . #getApiT) (`shouldNotBe` TokenMap.empty)
]
it "TRANS_ASSETS_CREATE_02c - Send SeaHorses" $ \ctx -> runResourceT $ do
-- Notes on the style of this test:
-- - By doing the minting here it is easier to control, and tweak
-- the values.
-- - The current _mintSeaHorseAssets cannot be called concurrently
-- - By grouping the setup of multiple wallets in a single test, we
-- gain some time.
-- 1. Setup by minting funds
let assetsPerAddrScenarios = [64 .. 70]
sourceWallets <- forM assetsPerAddrScenarios $ \nAssetsPerAddr -> do
wSrc <- fixtureWallet ctx
srcAddrs <-
map (getApiT . fst . view #id) <$> listAddresses @n ctx wSrc
let batchSize = 1
let coinPerAddr = Coin 1000_000_000
liftIO $ _mintSeaHorseAssets ctx
nAssetsPerAddr batchSize coinPerAddr (take 2 srcAddrs)
return (wSrc, nAssetsPerAddr)
wDest <- emptyWallet ctx
destAddr <- head . map (view #id) <$> listAddresses @n ctx wDest
waitForTxImmutability ctx
-- 2. Try spending from each wallet, and record the response.
responses <- forM sourceWallets $ \(wSrc, nPerAddr) -> do
let seaHorses = map $ \ix ->
(( toText seaHorsePolicyId
, toText $ seaHorseTokenName ix)
, 1)
payload <- mkTxPayloadMA @n
destAddr
0
(seaHorses [1, nPerAddr * 2])
-- Send one token from our first bundle, and one token from
-- our second bundle, to ensure the change output is large.
fixturePassphrase
let verifyRes r = case r of
(s, Right _)
| s == HTTP.status202 -> Right ()
| otherwise -> Left $ mconcat
[ "impossible: request succeeded, but got "
, "status code "
, show s
]
(_, Left e) -> Left $ show e
(nPerAddr,) . verifyRes <$> request @(ApiTransaction n) ctx
(Link.createTransaction @'Shelley wSrc) Default payload
-- 3. They should all succeed
responses `shouldBe` (map (, Right ()) assetsPerAddrScenarios)
let hasAssetOutputs :: [AddressAmount (ApiT Address, Proxy n)] -> Bool
hasAssetOutputs = any ((/= mempty) . view #assets)
it "TRANS_ASSETS_CREATE_02b - Multi-asset tx history" $ \ctx -> runResourceT $ do
wSrc <- fixtureMultiAssetWallet ctx
wDest <- emptyWallet ctx
wal <- getWallet ctx wSrc
-- pick out an asset to send
let assetsSrc = wal ^. #assets . #total . #getApiT
assetsSrc `shouldNotBe` mempty
let val = minUTxOValue <$ pickAnAsset assetsSrc
addrs <- listAddresses @n ctx wDest
let destination = (addrs !! 1) ^. #id
payload <- mkTxPayloadMA @n destination 0 [val] fixturePassphrase
rtx <- request @(ApiTransaction n) ctx
(Link.createTransaction @'Shelley wSrc) Default payload
verify rtx
[ expectSuccess
, expectField (#status . #getApiT) (`shouldBe` Pending)
-- , expectField #assets (`shouldNotBe` mempty) -- TODO: ADP-683
, expectField #outputs (`shouldSatisfy` hasAssetOutputs)
]
eventually "asset transfer is confirmed in transaction list" $ do
-- on src wallet
let linkSrcList = Link.listTransactions @'Shelley wSrc
rla <- request @([ApiTransaction n]) ctx linkSrcList Default Empty
verify rla
[ expectSuccess
, expectListField 0 (#status . #getApiT) (`shouldBe` InLedger)
, expectListField 0 (#direction . #getApiT) (`shouldBe` Outgoing)
-- TODO: ADP-683
--, expectListField 0 #assets (`shouldBe` "fewer than before")
, expectListField 0 #outputs (`shouldSatisfy` hasAssetOutputs)
]
-- on dst wallet
let linkDestList = Link.listTransactions @'Shelley wDest
rlb <- request @([ApiTransaction n]) ctx linkDestList Default Empty
verify rlb
[ expectSuccess
, expectListField 0 (#status . #getApiT) (`shouldBe` InLedger)
, expectListField 0 (#direction . #getApiT) (`shouldBe` Incoming)
-- TODO: ADP-683
-- , expectListField 0 #assets (`shouldNotBe` mempty)
, expectListField 0 #outputs (`shouldSatisfy` hasAssetOutputs)
]
eventually "Payee wallet balance is as expected" $ do
rb <- request @ApiWallet ctx
(Link.getWallet @'Shelley wDest) Default Empty
verify rb
[ expectField (#assets . #available . #getApiT) (`shouldNotBe` TokenMap.empty)
, expectField (#assets . #total . #getApiT) (`shouldNotBe` TokenMap.empty)
]
it "TRANS_ASSETS_LIST_01 - Asset list present" $ \ctx -> runResourceT $ do
wal <- fixtureMultiAssetWallet ctx
let assetsSrc = wal ^. (#assets . #total . #getApiT)
assetsSrc `shouldNotBe` mempty
let (polId, assName) = bimap unsafeFromText unsafeFromText $ fst $
pickAnAsset assetsSrc
let tokenFingerprint = mkTokenFingerprint polId assName
r <- request @([ApiAsset]) ctx (Link.listAssets wal) Default Empty
verify r
[ expectSuccess
, expectListSizeSatisfy ( > 0)
, expectListField 0 #policyId (`shouldBe` ApiT polId)
, expectListField 0 #assetName (`shouldBe` ApiT assName)
, expectListField 0 (#fingerprint . #getApiT) (`shouldBe` tokenFingerprint)
, expectListField 0 #metadata (`shouldBe` Just steveToken)
, expectListField 0 #metadataError (`shouldBe` Nothing)
]
it "TRANS_ASSETS_LIST_02 - Asset list present when not used" $ \ctx -> runResourceT $ do
wal <- fixtureWallet ctx
r <- request @([ApiAsset]) ctx (Link.listAssets wal) Default Empty
verify r
[ expectSuccess
, expectListSize 0
]
it "TRANS_ASSETS_LIST_02a - Asset list present when not used" $ \ctx -> runResourceT $ do
wal <- emptyWallet ctx
r <- request @([ApiAsset]) ctx (Link.listAssets wal) Default Empty
verify r
[ expectSuccess
, expectListSize 0
]
it "TRANS_ASSETS_GET_01 - Asset list present" $ \ctx -> runResourceT $ do
wal <- fixtureMultiAssetWallet ctx
-- pick an asset from the fixture wallet
assetsSrc <- view (#assets . #total . #getApiT) <$> getWallet ctx wal
assetsSrc `shouldNotBe` mempty
let (polId, assName) = bimap unsafeFromText unsafeFromText $ fst $
pickAnAsset assetsSrc
let tokenFingerprint = mkTokenFingerprint polId assName
let ep = Link.getAsset wal polId assName
r <- request @(ApiAsset) ctx ep Default Empty
verify r
[ expectSuccess
, expectField #policyId (`shouldBe` ApiT polId)
, expectField #assetName (`shouldBe` ApiT assName)
, expectField (#fingerprint . #getApiT) (`shouldBe` tokenFingerprint)
, expectField #metadata (`shouldBe` Just steveToken)
, expectField #metadataError (`shouldBe` Nothing)
]
it "TRANS_ASSETS_GET_02 - Asset not present when isn't associated" $ \ctx -> runResourceT $ do
wal <- fixtureMultiAssetWallet ctx
let polId = TokenPolicy.UnsafeTokenPolicyId $ Hash $ BS.replicate 28 0
let assName = TokenPolicy.UnsafeTokenName $ B8.replicate 4 'x'
let ep = Link.getAsset wal polId assName
r <- request @(ApiAsset) ctx ep Default Empty
expectResponseCode HTTP.status404 r
expectErrorMessage errMsg404NoAsset r
it "TRANS_ASSETS_GET_02a - Asset not present when isn't associated" $ \ctx -> runResourceT $ do
wal <- fixtureMultiAssetWallet ctx
let polId = TokenPolicy.UnsafeTokenPolicyId $ Hash $ BS.replicate 28 0
let ep = Link.getAsset wal polId TokenPolicy.nullTokenName
r <- request @(ApiAsset) ctx ep Default Empty
expectResponseCode HTTP.status404 r
expectErrorMessage errMsg404NoAsset r
let absSlotB = view (#absoluteSlotNumber . #getApiT)
let absSlotS = view (#absoluteSlotNumber . #getApiT)
let slotDiff a b = if a > b then a - b else b - a
it "TRANS_TTL_01 - Pending transaction expiry" $ \ctx -> runResourceT $ do
liftIO $ flakyBecauseOf "#2295"
(wa, wb) <- (,) <$> fixtureWallet ctx <*> emptyWallet ctx
let amt = minUTxOValue :: Natural
payload <- mkTxPayload ctx wb amt fixturePassphrase
r <- request @(ApiTransaction n) ctx
(Link.createTransaction @'Shelley wa) Default payload
verify r
[ expectSuccess
, expectField (#status . #getApiT) (`shouldBe` Pending)
, expectField #expiresAt (`shouldSatisfy` isJust)
]
-- This stuff would be easier with Control.Lens...
-- Get insertion slot and out of response.
let (_, Right apiTx) = r
let Just sl = absSlotB <$> apiTx ^. #pendingSince
-- The expected expiry slot (adds the hardcoded default ttl)
ttl <- liftIO $ getTTLSlots ctx defaultTxTTL
let txExpectedExp = sl + ttl
-- The actual expiry slot
let Just txActualExp = absSlotS <$> apiTx ^. #expiresAt
-- Expected and actual are fairly close
(slotDiff txExpectedExp txActualExp `shouldSatisfy` (< 50))
& counterexample ("expected expiry: " <> show txExpectedExp)
& counterexample ("actual expiry: " <> show txActualExp)
it "TRANS_TTL_02 - Custom transaction expiry" $ \ctx -> runResourceT $ do
liftIO $ flakyBecauseOf "#2295"
(wa, wb) <- (,) <$> fixtureWallet ctx <*> emptyWallet ctx
let amt = minUTxOValue :: Natural
let testTTL = 42 :: NominalDiffTime
basePayload <- mkTxPayload ctx wb amt fixturePassphrase
let payload = addTxTTL (realToFrac testTTL) basePayload
r <- request @(ApiTransaction n) ctx
(Link.createTransaction @'Shelley wa) Default payload
verify r
[ expectSuccess
, expectField (#status . #getApiT) (`shouldBe` Pending)
, expectField #expiresAt (`shouldSatisfy` isJust)
]
-- Get insertion slot and out of response.
let (_, Right apiTx) = r
let Just sl = absSlotB <$> apiTx ^. #pendingSince
-- The expected expiry slot (adds the hardcoded default ttl)
ttl <- liftIO $ getTTLSlots ctx testTTL
let txExpectedExp = sl + ttl
-- The actual expiry slot
let Just txActualExp = absSlotS <$> apiTx ^. #expiresAt
-- Expected and actual are fairly close. Any difference should only be
-- due to slot rounding.
(slotDiff txExpectedExp txActualExp `shouldSatisfy` (< 50))
& counterexample ("expected expiry: " <> show txExpectedExp)
& counterexample ("actual expiry: " <> show txActualExp)
it "TRANS_TTL_03 - Expired transactions" $ \ctx -> runResourceT $ do
liftIO $ flakyBecauseOf "#1840 -- need a better approach"
(wa, wb) <- (,) <$> fixtureWallet ctx <*> emptyWallet ctx
let amt = minUTxOValue :: Natural
basePayload <- mkTxPayload ctx wb amt fixturePassphrase
-- Set a transaction TTL that is going to expire really soon.
--
-- The TTL wants to be small enough that it expires before it can get
-- into a block, but large enough that the node allows it into its
-- mempool.
--
-- This is probably impossible to do reliably, so this test is pending.
--
-- Perhaps we could disconnect the test cluster relay node from its
-- peers temporarily while letting the tx expire.
let payload = addTxTTL 0.1 basePayload
ra <- request @(ApiTransaction n) ctx
(Link.createTransaction @'Shelley wa) Default payload
verify ra
[ expectSuccess
, expectField (#status . #getApiT) (`shouldBe` Pending)
, expectField #expiresAt (`shouldSatisfy` isJust)
]
let txid = getFromResponse #id ra
let linkSrc = Link.getTransaction @'Shelley wa (ApiTxId txid)
rb <- eventually "transaction is no longer pending" $ do
rr <- request @(ApiTransaction n) ctx linkSrc Default Empty
verify rr
[ expectSuccess
, expectField (#status . #getApiT) (`shouldNotBe` Pending)
]
pure rr