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BabbageFeatures.hs
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BabbageFeatures.hs
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{-# LANGUAGE AllowAmbiguousTypes #-}
{-# LANGUAGE ConstraintKinds #-}
{-# LANGUAGE DataKinds #-}
{-# LANGUAGE FlexibleContexts #-}
{-# LANGUAGE FlexibleInstances #-}
{-# LANGUAGE GADTs #-}
{-# LANGUAGE LambdaCase #-}
{-# LANGUAGE MultiParamTypeClasses #-}
{-# LANGUAGE OverloadedStrings #-}
{-# LANGUAGE PatternSynonyms #-}
{-# LANGUAGE ScopedTypeVariables #-}
{-# LANGUAGE TypeApplications #-}
{-# LANGUAGE TypeFamilies #-}
{-# LANGUAGE TypeOperators #-}
{-# LANGUAGE UndecidableInstances #-}
module Test.Cardano.Ledger.Examples.BabbageFeatures (
InOut,
TestCaseData (..),
InitOutputs (..),
InitUtxo (..),
KeyPairRole (..),
txFromTestCaseData,
utxoFromTestCaseData,
babbageFeatures,
) where
import qualified Cardano.Crypto.Hash as CH
import Cardano.Ledger.Address (Addr (..))
import Cardano.Ledger.Alonzo.Plutus.Evaluate (CollectError (BadTranslation))
import Cardano.Ledger.Alonzo.Plutus.TxInfo (
TxOutSource (TxOutFromInput, TxOutFromOutput),
)
import Cardano.Ledger.Alonzo.Rules (
AlonzoUtxosPredFailure (CollectErrors),
AlonzoUtxowPredFailure (MissingRequiredDatums, NotAllowedSupplementalDatums),
)
import Cardano.Ledger.Alonzo.Scripts (ExUnits (..))
import Cardano.Ledger.Alonzo.TxWits (Redeemers (..), TxDats (..))
import qualified Cardano.Ledger.Babbage.Collateral as Collateral (collAdaBalance)
import Cardano.Ledger.Babbage.Core
import Cardano.Ledger.Babbage.Rules (BabbageUtxoPredFailure (..), BabbageUtxowPredFailure (..))
import Cardano.Ledger.Babbage.TxInfo (
BabbageContextError (
InlineDatumsNotSupported,
ReferenceInputsNotSupported,
ReferenceScriptsNotSupported
),
)
import Cardano.Ledger.BaseTypes (
Network (..),
SlotNo (..),
StrictMaybe (..),
mkTxIx,
mkTxIxPartial,
)
import Cardano.Ledger.Coin (Coin (..), DeltaCoin (..))
import qualified Cardano.Ledger.Conway.Rules as Conway (ConwayUtxoPredFailure (..))
import Cardano.Ledger.Conway.TxInfo (ConwayContextError (..))
import Cardano.Ledger.Credential (Credential (..), StakeReference (..))
import Cardano.Ledger.Crypto
import Cardano.Ledger.Keys (
KeyHash,
KeyRole (..),
hashKey,
)
import Cardano.Ledger.Plutus.Data (Data (..), Datum (..), dataToBinaryData, hashData)
import Cardano.Ledger.Plutus.Language (
Language (..),
Plutus (..),
PlutusBinary (..),
PlutusLanguage,
)
import Cardano.Ledger.SafeHash (hashAnnotated)
import Cardano.Ledger.Shelley.API (UTxO (..))
import Cardano.Ledger.Shelley.LedgerState (UTxOState (..), smartUTxOState)
import qualified Cardano.Ledger.Shelley.Rules as Shelley
import Cardano.Ledger.TxIn (TxIn (..), mkTxInPartial)
import Cardano.Ledger.Val (inject)
import Control.State.Transition.Extended hiding (Assertion)
import qualified Data.ByteString as BS
import Data.ByteString.Short as SBS (pack)
import Data.Default.Class (Default (..))
import Data.Foldable (toList)
import Data.List.NonEmpty (NonEmpty ((:|)))
import qualified Data.Map.Strict as Map
import Data.Maybe (maybeToList)
import qualified Data.Sequence.Strict as StrictSeq
import qualified Data.Set as Set
import GHC.Stack
import Lens.Micro
import qualified PlutusLedgerApi.V1 as PV1
import Test.Cardano.Ledger.Alonzo.Arbitrary (mkPlutusScript')
import Test.Cardano.Ledger.Core.KeyPair (KeyPair (..), mkWitnessVKey)
import Test.Cardano.Ledger.Examples.STSTestUtils (
mkGenesisTxIn,
mkTxDats,
testUTXOW,
trustMeP,
)
import Test.Cardano.Ledger.Generic.Fields (
PParamsField (..),
TxBodyField (..),
TxField (..),
TxOutField (..),
WitnessesField (..),
)
import Test.Cardano.Ledger.Generic.Functions
import Test.Cardano.Ledger.Generic.GenState (
PlutusPurposeTag (..),
mkRedeemers,
mkRedeemersFromTags,
)
import Test.Cardano.Ledger.Generic.Proof
import Test.Cardano.Ledger.Generic.Scriptic (PostShelley, Scriptic (..))
import Test.Cardano.Ledger.Generic.Updaters
import Test.Cardano.Ledger.Plutus (zeroTestingCostModels)
import Test.Cardano.Ledger.Shelley.Utils (RawSeed (..), mkKeyPair)
import Test.Tasty
import Test.Tasty.HUnit (Assertion, assertEqual, assertFailure, testCase)
someKeys :: forall era. Era era => Proof era -> KeyPair 'Payment (EraCrypto era)
someKeys _pf = KeyPair vk sk
where
(sk, vk) = mkKeyPair @(EraCrypto era) (RawSeed 1 1 1 1 1)
someKeysPaymentKeyRole :: forall era. Era era => Proof era -> KeyPairRole era
someKeysPaymentKeyRole pf = KeyPairPayment (someKeys pf)
keysForMultisig :: forall era. Era era => Proof era -> KeyPair 'Witness (EraCrypto era)
keysForMultisig _pf = KeyPair vk sk
where
(sk, vk) = mkKeyPair @(EraCrypto era) (RawSeed 0 0 0 0 99)
keysForMultisigWitnessKeyRole :: forall era. Era era => Proof era -> KeyPairRole era
keysForMultisigWitnessKeyRole pf = KeyPairWitness (keysForMultisig pf)
keyHashForMultisig :: forall era. Era era => Proof era -> KeyHash 'Witness (EraCrypto era)
keyHashForMultisig pf = hashKey . vKey $ keysForMultisig pf
simpleScript :: forall era. Scriptic era => Proof era -> Script era
simpleScript pf = fromNativeScript $ allOf [require @era (keyHashForMultisig pf)] pf
evenData3ArgsScript :: HasCallStack => Proof era -> Script era
evenData3ArgsScript proof =
case proof of
Shelley -> error unsupported
Mary -> error unsupported
Allegra -> error unsupported
Alonzo -> evenData3ArgsLang @'PlutusV1
Babbage -> evenData3ArgsLang @'PlutusV2
Conway -> evenData3ArgsLang @'PlutusV2
where
unsupported = "Plutus scripts are not supported in:" ++ show proof
evenData3ArgsLang :: forall l era'. (PlutusLanguage l, AlonzoEraScript era') => Script era'
evenData3ArgsLang =
mkPlutusScript' . Plutus @l . PlutusBinary . SBS.pack $
concat
[ [88, 65, 1, 0, 0, 51, 50, 34, 51, 34, 34, 37, 51, 83, 0]
, [99, 50, 35, 51, 87, 52, 102, 225, 192, 8, 0, 64, 40, 2, 76]
, [200, 140, 220, 48, 1, 0, 9, 186, 208, 3, 72, 1, 18, 0, 1]
, [0, 81, 50, 99, 83, 0, 64, 5, 73, 132, 128, 4, 128, 4, 72]
, [128, 8, 72, 128, 4, 128, 5]
]
plainAddr :: forall era. Era era => Proof era -> Addr (EraCrypto era)
plainAddr pf = Addr Testnet pCred sCred
where
(_ssk, svk) = mkKeyPair @(EraCrypto era) (RawSeed 0 0 0 0 2)
pCred = KeyHashObj . hashKey . vKey $ someKeys pf
sCred = StakeRefBase . KeyHashObj . hashKey $ svk
scriptAddr :: forall era. Reflect era => Proof era -> Script era -> Addr (EraCrypto era)
scriptAddr _pf s = Addr Testnet pCred sCred
where
pCred = ScriptHashObj . hashScript @era $ s
(_ssk, svk) = mkKeyPair @(EraCrypto era) (RawSeed 0 0 0 0 0)
sCred = StakeRefBase . KeyHashObj . hashKey $ svk
simpleScriptAddr :: forall era. (Reflect era, Scriptic era) => Proof era -> Addr (EraCrypto era)
simpleScriptAddr pf = scriptAddr pf (simpleScript pf)
datumExampleEven :: Era era => Data era
datumExampleEven = Data (PV1.I 2)
datumExampleOdd :: Era era => Data era
datumExampleOdd = Data (PV1.I 3)
validatingRedeemers :: Era era => Proof era -> Redeemers era
validatingRedeemers proof =
mkRedeemersFromTags
proof
[((Spending, 0), (Data (PV1.I 42), ExUnits 5000 5000))]
-- We intentionally use a ByteString with length greater than 64 to serve as
-- as reminder that our protection against contiguous data over 64 Bytes on
-- the wire is done during deserialization using the Plutus library.
sixtyFiveBytes :: BS.ByteString
sixtyFiveBytes = BS.pack [1 .. 65]
datumExampleSixtyFiveBytes :: Era era => Data era
datumExampleSixtyFiveBytes = Data (PV1.B sixtyFiveBytes)
txDats :: Era era => TxDats era
txDats = mkTxDats datumExampleSixtyFiveBytes
someTxIn :: (CH.HashAlgorithm (HASH c), HasCallStack) => TxIn c
someTxIn = mkGenesisTxIn 1
anotherTxIn :: (CH.HashAlgorithm (HASH c), HasCallStack) => TxIn c
anotherTxIn = mkGenesisTxIn 2
yetAnotherTxIn :: (CH.HashAlgorithm (HASH c), HasCallStack) => TxIn c
yetAnotherTxIn = mkGenesisTxIn 3
commonTxIn :: (CH.HashAlgorithm (HASH c), HasCallStack) => TxIn c
commonTxIn = mkGenesisTxIn 4
defaultPPs :: Proof era -> [PParamsField era]
defaultPPs p =
[ Costmdls $ zeroTestingCostModels [PlutusV1, PlutusV2]
, MaxValSize 1000000000
, MaxTxExUnits $ ExUnits 1000000 1000000
, MaxBlockExUnits $ ExUnits 1000000 1000000
, ProtocolVersion $ protocolVersion p
, CollateralPercentage 1
, CoinPerUTxOByte (CoinPerByte (Coin 5))
]
pp :: EraPParams era => Proof era -> PParams era
pp pf = newPParams pf (defaultPPs pf)
-- =========================================================================
-- Spend a EUTxO with an inline datum (without and with a failing script)
-- =========================================================================
inlineDatum :: forall era. (Scriptic era, Reflect era) => Proof era -> TestCaseData era
inlineDatum pf =
TestCaseData
{ txBody =
newTxBody
pf
[ Inputs' [someTxIn]
, Collateral' [anotherTxIn]
, Outputs' [newTxOut pf [Address (plainAddr pf), Amount (inject $ Coin 4995)]]
, Txfee (Coin 5)
, WppHash (newScriptIntegrityHash pf (pp pf) [PlutusV2] (validatingRedeemers pf) mempty)
]
, initOutputs =
InitOutputs
{ ofInputs =
[ newTxOut
pf
[ Address (scriptAddr pf (evenData3ArgsScript pf))
, Amount (inject $ Coin 5000)
, FDatum (Datum . dataToBinaryData $ datumExampleEven @era)
]
]
, ofRefInputs = []
, ofCollateral = [newTxOut pf [Address $ plainAddr pf, Amount (inject $ Coin 2115)]]
}
, keysForAddrWits = [someKeysPaymentKeyRole pf]
, otherWitsFields =
[ ScriptWits' [evenData3ArgsScript pf]
, RdmrWits $ validatingRedeemers pf
]
}
inlineDatumFailingScript :: forall era. (Scriptic era, Reflect era) => Proof era -> TestCaseData era
inlineDatumFailingScript pf =
TestCaseData
{ txBody =
newTxBody
pf
[ Inputs' [someTxIn]
, Collateral' [anotherTxIn]
, Outputs' [newTxOut pf [Address (plainAddr pf), Amount (inject $ Coin 4995)]]
, Txfee (Coin 5)
, WppHash (newScriptIntegrityHash pf (pp pf) [PlutusV2] (validatingRedeemers pf) mempty)
]
, initOutputs =
InitOutputs
{ ofInputs =
[ newTxOut
pf
[ Address (scriptAddr pf (evenData3ArgsScript pf))
, Amount (inject $ Coin 5000)
, FDatum (Datum . dataToBinaryData $ datumExampleOdd @era)
]
]
, ofRefInputs = []
, ofCollateral = [newTxOut pf [Address $ plainAddr pf, Amount (inject $ Coin 2115)]]
}
, keysForAddrWits = [someKeysPaymentKeyRole pf]
, otherWitsFields =
[ ScriptWits' [evenData3ArgsScript pf]
, RdmrWits $ validatingRedeemers pf
]
}
-- =========================================================================
-- Valid: Use a reference script.
-- =========================================================================
referenceScript :: forall era. (Scriptic era, Reflect era) => Proof era -> TestCaseData era
referenceScript pf =
TestCaseData
{ txBody =
newTxBody
pf
[ Inputs' [someTxIn]
, RefInputs' [anotherTxIn]
, Collateral' [yetAnotherTxIn]
, Outputs' [newTxOut pf [Address (plainAddr pf), Amount (inject $ Coin 4995)]]
, Txfee (Coin 5)
, WppHash (newScriptIntegrityHash pf (pp pf) [PlutusV2] (validatingRedeemers pf) txDats)
]
, initOutputs =
InitOutputs
{ ofInputs =
[ newTxOut
pf
[ Address (scriptAddr pf (alwaysAlt 3 pf))
, Amount (inject $ Coin 5000)
, DHash' [hashData $ datumExampleSixtyFiveBytes @era]
]
]
, ofRefInputs =
[ newTxOut
pf
[ Address (plainAddr pf)
, Amount (inject $ Coin 5000)
, RefScript (SJust $ alwaysAlt 3 pf)
]
]
, ofCollateral = [newTxOut pf [Address $ plainAddr pf, Amount (inject $ Coin 2115)]]
}
, keysForAddrWits = [someKeysPaymentKeyRole pf]
, otherWitsFields =
[ DataWits' [datumExampleSixtyFiveBytes]
, RdmrWits $ validatingRedeemers pf
]
}
commonReferenceScript :: forall era. (Scriptic era, Reflect era) => Proof era -> TestCaseData era
commonReferenceScript pf =
TestCaseData
{ txBody =
newTxBody
pf
[ Inputs' [someTxIn, commonTxIn]
, RefInputs' [anotherTxIn, commonTxIn]
, Collateral' [yetAnotherTxIn]
, Outputs' [newTxOut pf [Address (plainAddr pf), Amount (inject $ Coin 4995)]]
, Txfee (Coin 5)
, WppHash (newScriptIntegrityHash pf (pp pf) [PlutusV2] (validatingRedeemers pf) txDats)
]
, initOutputs =
InitOutputs
{ ofInputs =
[ newTxOut
pf
[ Address (scriptAddr pf (alwaysAlt 3 pf))
, Amount (inject $ Coin 2500)
, DHash' [hashData $ datumExampleSixtyFiveBytes @era]
]
, newTxOut
pf
[ Address (plainAddr pf)
, Amount (inject $ Coin 2500)
]
]
, ofRefInputs =
[ newTxOut
pf
[ Address (plainAddr pf)
, Amount (inject $ Coin 5000)
, RefScript (SJust $ alwaysAlt 3 pf)
]
]
, ofCollateral = [newTxOut pf [Address $ plainAddr pf, Amount (inject $ Coin 2115)]]
}
, keysForAddrWits = [someKeysPaymentKeyRole pf]
, otherWitsFields =
[ DataWits' [datumExampleSixtyFiveBytes]
, RdmrWits $ validatingRedeemers pf
]
}
-- =========================================================================
-- Valid: Spend a EUTxO with an inline datum, using a reference script.
-- Notice that the reference input is not consumed.
-- =========================================================================
inlineDatumAndRefScript ::
forall era.
(Scriptic era, Reflect era) =>
Proof era ->
TestCaseData era
inlineDatumAndRefScript pf =
TestCaseData
{ txBody =
newTxBody
pf
[ Inputs' [someTxIn]
, RefInputs' [anotherTxIn]
, Collateral' [yetAnotherTxIn]
, Outputs' [newTxOut pf [Address (plainAddr pf), Amount (inject $ Coin 4995)]]
, Txfee (Coin 5)
, WppHash (newScriptIntegrityHash pf (pp pf) [PlutusV2] (validatingRedeemers pf) mempty)
]
, initOutputs =
InitOutputs
{ ofInputs =
[ newTxOut
pf
[ Address (scriptAddr pf (evenData3ArgsScript pf))
, Amount (inject $ Coin 5000)
, FDatum (Datum . dataToBinaryData $ datumExampleEven @era)
]
]
, ofRefInputs =
[ newTxOut
pf
[ Address (plainAddr pf)
, Amount (inject $ Coin 5000)
, RefScript (SJust $ evenData3ArgsScript pf)
]
]
, ofCollateral = [newTxOut pf [Address $ plainAddr pf, Amount (inject $ Coin 2115)]]
}
, keysForAddrWits = [someKeysPaymentKeyRole pf]
, otherWitsFields =
[ RdmrWits $ validatingRedeemers pf
]
}
-- =========================================================================
-- Invalid: Spend a EUTxO with an inline datum, using a reference script,
-- and also redundantly supply the script witness.
-- =========================================================================
inlineDatumAndRefScriptWithRedundantWitScript ::
forall era.
(Scriptic era, Reflect era) =>
Proof era ->
TestCaseData era
inlineDatumAndRefScriptWithRedundantWitScript pf =
TestCaseData
{ txBody =
newTxBody
pf
[ Inputs' [someTxIn]
, RefInputs' [anotherTxIn]
, Collateral' [yetAnotherTxIn]
, Outputs' [newTxOut pf [Address (plainAddr pf), Amount (inject $ Coin 4995)]]
, Txfee (Coin 5)
, WppHash (newScriptIntegrityHash pf (pp pf) [PlutusV2] (validatingRedeemers pf) mempty)
]
, initOutputs =
InitOutputs
{ ofInputs =
[ newTxOut
pf
[ Address (scriptAddr pf (evenData3ArgsScript pf))
, Amount (inject $ Coin 5000)
, FDatum (Datum . dataToBinaryData $ datumExampleEven @era)
]
]
, ofRefInputs =
[ newTxOut
pf
[ Address (plainAddr pf)
, Amount (inject $ Coin 5000)
, RefScript (SJust $ evenData3ArgsScript pf)
]
]
, ofCollateral = [newTxOut pf [Address $ plainAddr pf, Amount (inject $ Coin 2115)]]
}
, keysForAddrWits = [someKeysPaymentKeyRole pf]
, otherWitsFields =
[ ScriptWits' [alwaysAlt 3 pf] -- This is redundant with the reference script
, RdmrWits $ validatingRedeemers pf
]
}
-- ====================================================================================
-- Valid: Use a reference input with a data hash in the correspending output and
-- without supplying the correspending data witness.
-- ====================================================================================
refInputWithDataHashNoWit ::
forall era.
(Scriptic era, EraTxBody era) =>
Proof era ->
TestCaseData era
refInputWithDataHashNoWit pf =
TestCaseData
{ txBody =
newTxBody
pf
[ Inputs' [someTxIn]
, RefInputs' [anotherTxIn]
, Outputs' [newTxOut pf [Address (plainAddr pf), Amount (inject $ Coin 1135)]]
, Txfee (Coin 5)
]
, initOutputs =
InitOutputs
{ ofInputs = [newTxOut pf [Address $ plainAddr pf, Amount (inject $ Coin 1140)]]
, ofRefInputs =
[ newTxOut
pf
[ Address (plainAddr pf)
, Amount (inject $ Coin 10)
, DHash' [hashData $ datumExampleSixtyFiveBytes @era]
]
]
, ofCollateral = []
}
, keysForAddrWits = [someKeysPaymentKeyRole pf]
, otherWitsFields = []
}
-- =======================================================================================
-- Valid: Use a reference input with a data hash in the correspending output and
-- supplying the correspending data witness.
-- =======================================================================================
refInputWithDataHashWithWit ::
forall era.
(Scriptic era, Reflect era) =>
Proof era ->
TestCaseData era
refInputWithDataHashWithWit pf =
TestCaseData
{ txBody =
newTxBody
pf
[ Inputs' [someTxIn]
, RefInputs' [anotherTxIn]
, WppHash (newScriptIntegrityHash pf (pp pf) [] (mkRedeemers pf []) txDats)
, Outputs' [newTxOut pf [Address (plainAddr pf), Amount (inject $ Coin 1135)]]
, Txfee (Coin 5)
]
, initOutputs =
InitOutputs
{ ofInputs = [newTxOut pf [Address $ plainAddr pf, Amount (inject $ Coin 1140)]]
, ofRefInputs =
[ newTxOut
pf
[ Address (plainAddr pf)
, Amount (inject $ Coin 10)
, DHash' [hashData $ datumExampleSixtyFiveBytes @era]
]
]
, ofCollateral = []
}
, keysForAddrWits = [someKeysPaymentKeyRole pf]
, otherWitsFields = [DataWits' [datumExampleSixtyFiveBytes]]
}
-- ====================================================================================
-- Valid: Use a reference script for authorizing a delegation certificate
-- ====================================================================================
certRedeemers :: Era era => Proof era -> Redeemers era
certRedeemers proof =
mkRedeemersFromTags
proof
[((Certifying, 0), (Data (PV1.I 42), ExUnits 5000 5000))]
refscriptForDelegCert ::
forall era.
( Scriptic era
, EraTxBody era
, ShelleyEraTxCert era
) =>
Proof era ->
TestCaseData era
refscriptForDelegCert pf =
TestCaseData
{ txBody =
newTxBody
pf
[ Inputs' [someTxIn]
, RefInputs' [anotherTxIn]
, Collateral' [yetAnotherTxIn]
, Outputs' [newTxOut pf [Address (plainAddr pf), Amount (inject $ Coin 1135)]]
, Certs'
[ UnRegTxCert (ScriptHashObj (hashScript @era $ alwaysAlt 2 pf))
]
, Txfee (Coin 5)
, WppHash (newScriptIntegrityHash pf (pp pf) [PlutusV2] (certRedeemers pf) mempty)
]
, initOutputs =
InitOutputs
{ ofInputs = [newTxOut pf [Address $ plainAddr pf, Amount (inject $ Coin 1140)]]
, ofRefInputs =
[ newTxOut
pf
[ Address (plainAddr pf)
, Amount (inject $ Coin 5000)
, RefScript (SJust $ alwaysAlt 2 pf)
]
]
, ofCollateral = [newTxOut pf [Address $ plainAddr pf, Amount (inject $ Coin 2115)]]
}
, keysForAddrWits = [someKeysPaymentKeyRole pf]
, otherWitsFields = [RdmrWits $ certRedeemers pf]
}
-- ====================================================================================
-- Invalid: Use a collateral output
-- ====================================================================================
useCollateralReturn :: forall era. (Scriptic era, Reflect era) => Proof era -> TestCaseData era
useCollateralReturn pf =
TestCaseData
{ txBody =
newTxBody
pf
[ Inputs' [someTxIn]
, Collateral' [anotherTxIn]
, CollateralReturn' [newTxOut pf [Address $ plainAddr pf, Amount (inject $ Coin 2110)]]
, TotalCol (SJust $ Coin 5)
, Outputs' [newTxOut pf [Address (plainAddr pf), Amount (inject $ Coin 4995)]]
, Txfee (Coin 5)
, WppHash (newScriptIntegrityHash pf (pp pf) [PlutusV1] (validatingRedeemers pf) txDats)
]
, initOutputs =
InitOutputs
{ ofInputs =
[ newTxOut
pf
[ Address (scriptAddr pf (never 3 pf))
, Amount (inject $ Coin 5000)
, DHash' [hashData $ datumExampleSixtyFiveBytes @era]
]
]
, ofRefInputs = []
, ofCollateral = [newTxOut pf [Address $ plainAddr pf, Amount (inject $ Coin 2115)]]
}
, keysForAddrWits = [someKeysPaymentKeyRole pf]
, otherWitsFields =
[ ScriptWits' [never 3 pf]
, DataWits' [datumExampleSixtyFiveBytes]
, RdmrWits $ validatingRedeemers pf
]
}
-- ====================================================================================
-- Invalid: Invalid collateral total
-- ====================================================================================
incorrectCollateralTotal :: forall era. (Scriptic era, Reflect era) => Proof era -> TestCaseData era
incorrectCollateralTotal pf =
TestCaseData
{ txBody =
newTxBody
pf
[ Inputs' [someTxIn]
, Collateral' [anotherTxIn]
, CollateralReturn' [newTxOut pf [Address $ plainAddr pf, Amount (inject $ Coin 2110)]]
, TotalCol (SJust $ Coin 6)
, Outputs' [newTxOut pf [Address (plainAddr pf), Amount (inject $ Coin 4995)]]
, Txfee (Coin 5)
, WppHash (newScriptIntegrityHash pf (pp pf) [PlutusV2] (validatingRedeemers pf) mempty)
]
, initOutputs =
InitOutputs
{ ofInputs =
[ newTxOut
pf
[ Address (scriptAddr pf (evenData3ArgsScript pf))
, Amount (inject $ Coin 5000)
, FDatum (Datum . dataToBinaryData $ datumExampleEven @era)
]
]
, ofRefInputs = []
, ofCollateral = [newTxOut pf [Address $ plainAddr pf, Amount (inject $ Coin 2115)]]
}
, keysForAddrWits = [someKeysPaymentKeyRole pf]
, otherWitsFields =
[ ScriptWits' [evenData3ArgsScript pf]
, RdmrWits $ validatingRedeemers pf
]
}
-- ====================================================================================
-- Invalid: Inline datum used with redundant datum in witness set
-- ====================================================================================
inlineDatumRedundantDatumWit ::
forall era.
(Scriptic era, Reflect era) =>
Proof era ->
TestCaseData era
inlineDatumRedundantDatumWit pf =
TestCaseData
{ txBody =
newTxBody
pf
[ Inputs' [someTxIn]
, Collateral' [anotherTxIn]
, Outputs' [newTxOut pf [Address (plainAddr pf), Amount (inject $ Coin 4995)]]
, Txfee (Coin 5)
, WppHash (newScriptIntegrityHash pf (pp pf) [PlutusV2] (validatingRedeemers pf) txDats)
]
, initOutputs =
InitOutputs
{ ofInputs =
[ newTxOut
pf
[ Address (scriptAddr pf (evenData3ArgsScript pf))
, Amount (inject $ Coin 5000)
, FDatum (Datum . dataToBinaryData $ datumExampleEven @era)
]
]
, ofRefInputs = []
, ofCollateral = [newTxOut pf [Address $ plainAddr pf, Amount (inject $ Coin 2115)]]
}
, keysForAddrWits = [someKeysPaymentKeyRole pf]
, otherWitsFields =
[ ScriptWits' [evenData3ArgsScript pf]
, DataWits' [datumExampleSixtyFiveBytes]
, RdmrWits (validatingRedeemers pf)
]
}
-- ====================================================================================
-- Invalid: Using inline datums with Plutus V1 script
-- ====================================================================================
inlineDatumWithPlutusV1Script ::
forall era. (Scriptic era, Reflect era) => Proof era -> TestCaseData era
inlineDatumWithPlutusV1Script pf =
TestCaseData
{ txBody =
newTxBody
pf
[ Inputs' [someTxIn]
, Collateral' [anotherTxIn]
, Outputs' [newTxOut pf [Address (plainAddr pf), Amount (inject $ Coin 4995)]]
, Txfee (Coin 5)
, WppHash (newScriptIntegrityHash pf (pp pf) [PlutusV1] (validatingRedeemers pf) mempty)
]
, initOutputs =
InitOutputs
{ ofInputs =
[ newTxOut
pf
[ Address (scriptAddr pf (always 3 pf))
, Amount (inject $ Coin 5000)
, FDatum (Datum . dataToBinaryData $ datumExampleSixtyFiveBytes @era)
]
]
, ofRefInputs = []
, ofCollateral = [newTxOut pf [Address $ plainAddr pf, Amount (inject $ Coin 2115)]]
}
, keysForAddrWits = [someKeysPaymentKeyRole pf]
, otherWitsFields =
[ ScriptWits' [always 3 pf]
, RdmrWits (validatingRedeemers pf)
]
}
-- ====================================================================================
-- Invalid: Using reference script with Plutus V1 script
-- ====================================================================================
referenceScriptWithPlutusV1Script ::
forall era. (Scriptic era, Reflect era) => Proof era -> TestCaseData era
referenceScriptWithPlutusV1Script pf =
TestCaseData
{ txBody =
newTxBody
pf
[ Inputs' [someTxIn]
, Collateral' [anotherTxIn]
, Outputs'
[ newTxOut
pf
[Address (plainAddr pf), Amount (inject $ Coin 4995), RefScript (SJust $ simpleScript pf)]
]
, Txfee (Coin 5)
, WppHash (newScriptIntegrityHash pf (pp pf) [PlutusV1] (validatingRedeemers pf) txDats)
]
, initOutputs =
InitOutputs
{ ofInputs =
[ newTxOut
pf
[ Address (scriptAddr pf (always 3 pf))
, Amount (inject $ Coin 5000)
, DHash' [hashData $ datumExampleSixtyFiveBytes @era]
]
]
, ofRefInputs = []
, ofCollateral = [newTxOut pf [Address $ plainAddr pf, Amount (inject $ Coin 2115)]]
}
, keysForAddrWits = [someKeysPaymentKeyRole pf]
, otherWitsFields =
[ ScriptWits' [always 3 pf]
, DataWits' [datumExampleSixtyFiveBytes]
, RdmrWits (validatingRedeemers pf)
]
}
-- ====================================================================================
-- Invalid: Using reference input with Plutus V1 script
-- ====================================================================================
referenceInputWithPlutusV1Script ::
forall era. (Scriptic era, Reflect era) => Proof era -> TestCaseData era
referenceInputWithPlutusV1Script pf =
TestCaseData
{ txBody =
newTxBody
pf
[ Inputs' [someTxIn]
, RefInputs' [anotherTxIn]
, Collateral' [yetAnotherTxIn]
, Outputs' [newTxOut pf [Address (plainAddr pf), Amount (inject $ Coin 4995)]]
, Txfee (Coin 5)
, WppHash (newScriptIntegrityHash pf (pp pf) [PlutusV1] (validatingRedeemers pf) txDats)
]
, initOutputs =
InitOutputs
{ ofInputs =
[ newTxOut
pf
[ Address (scriptAddr pf (always 3 pf))
, Amount (inject $ Coin 5000)
, DHash' [hashData $ datumExampleSixtyFiveBytes @era]
]
]
, ofRefInputs =
[ newTxOut
pf
[ Address (scriptAddr pf (always 3 pf))
, Amount (inject $ Coin 5000)
]
]
, ofCollateral = [newTxOut pf [Address $ plainAddr pf, Amount (inject $ Coin 2115)]]
}
, keysForAddrWits = [someKeysPaymentKeyRole pf]
, otherWitsFields =
[ ScriptWits' [always 3 pf]
, DataWits' [datumExampleSixtyFiveBytes]
, RdmrWits (validatingRedeemers pf)
]
}
-- ====================================================================================
-- Valid: Don't run reference scripts in output for validation
-- ====================================================================================
refScriptInOutput :: forall era. (Scriptic era, EraTxBody era) => Proof era -> TestCaseData era
refScriptInOutput pf =
TestCaseData
{ txBody =
newTxBody
pf
[ Inputs' [someTxIn]
, Outputs' [newTxOut pf [Address (plainAddr pf), Amount (inject $ Coin 4995)]]
, Txfee (Coin 5)
]
, initOutputs =
InitOutputs
{ ofInputs =
[ newTxOut
pf
[ Address (plainAddr pf)
, Amount (inject $ Coin 5000)
, RefScript (SJust $ simpleScript pf)
]
]
, ofRefInputs = []
, ofCollateral = []
}
, keysForAddrWits = [someKeysPaymentKeyRole pf]
, otherWitsFields = []
}
-- ====================================================================================
-- Valid: Unlock Simple Scripts with a Reference Script
-- ====================================================================================
simpleScriptOutWithRefScriptUTxOState ::
(Scriptic era, Reflect era) => Proof era -> TestCaseData era
simpleScriptOutWithRefScriptUTxOState pf =
TestCaseData
{ txBody =
newTxBody
pf
[ Inputs' [someTxIn]
, RefInputs' [anotherTxIn]
, Outputs' [newTxOut pf [Address (plainAddr pf), Amount (inject $ Coin 4995)]]
, Txfee (Coin 5)
]
, initOutputs =
InitOutputs
{ ofInputs =
[ newTxOut
pf
[ Address (simpleScriptAddr pf)
, Amount (inject $ Coin 5000)
]
]
, ofRefInputs =
[ newTxOut
pf
[ Address (plainAddr pf)
, Amount (inject $ Coin 5000)
, RefScript (SJust $ simpleScript pf)
]
]
, ofCollateral = []
}
, keysForAddrWits = [someKeysPaymentKeyRole pf, keysForMultisigWitnessKeyRole pf]
, otherWitsFields = []
}
-- ========================================================================================
-- Invalid: TxOut too large for the included ADA, using a large inline datum
-- ========================================================================================
largeDatum :: Era era => Data era
largeDatum = Data (PV1.B . BS.pack $ replicate 1500 0)
largeOutput' :: forall era. EraTxOut era => Proof era -> TxOut era
largeOutput' pf =
newTxOut
pf
[ Address (plainAddr pf)
, Amount (inject $ Coin 1135)
, FDatum . Datum . dataToBinaryData $ largeDatum @era
]
largeOutput :: forall era. BabbageEraTxBody era => Proof era -> TestCaseData era
largeOutput pf =
TestCaseData
{ txBody =
newTxBody
pf
[ Inputs' [someTxIn]
, Outputs' [largeOutput' pf]
, Txfee (Coin 5)
]
, initOutputs =
InitOutputs
{ ofInputs = [newTxOut pf [Address $ plainAddr pf, Amount (inject $ Coin 1140)]]
, ofRefInputs = []
, ofCollateral = []
}
, keysForAddrWits = [someKeysPaymentKeyRole pf]
, otherWitsFields = []
}
-- =============================================================================
-- Invalid: There is no such thing as a "reference datum".
-- In other words, you cannot include a reference input that contains an
-- inline datum and have it count for the datum witness where ever it is needed.
-- =============================================================================
noSuchThingAsReferenceDatum ::
forall era. (Scriptic era, Reflect era) => Proof era -> TestCaseData era
noSuchThingAsReferenceDatum pf =
TestCaseData
{ txBody =
newTxBody
pf
[ Inputs' [someTxIn]
, RefInputs' [anotherTxIn] -- Note that this reference input has the required datum
, Collateral' [yetAnotherTxIn]
, Outputs' [newTxOut pf [Address (plainAddr pf), Amount (inject $ Coin 4995)]]
, Txfee (Coin 5)
, WppHash (newScriptIntegrityHash pf (pp pf) [PlutusV2] (validatingRedeemers pf) (TxDats mempty))
]
, initOutputs =
InitOutputs
{ ofInputs =
[ newTxOut
pf
[ Address (scriptAddr pf (alwaysAlt 3 pf))
, Amount (inject $ Coin 5000)
, DHash' [hashData $ datumExampleSixtyFiveBytes @era]
]
]
, ofRefInputs =
[ newTxOut
pf
[ Address (plainAddr pf)
, Amount (inject $ Coin 5000)
, FDatum (Datum . dataToBinaryData $ datumExampleSixtyFiveBytes @era)
-- Note that this inline datum does not witness the datum for the plutus script
]
]
, ofCollateral = [newTxOut pf [Address $ plainAddr pf, Amount (inject $ Coin 2115)]]
}