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contract_client_test.go
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contract_client_test.go
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//go:build integrationtests
// +build integrationtests
package coreum_test
import (
"context"
"crypto/rand"
"fmt"
"strconv"
"strings"
"testing"
sdkmath "cosmossdk.io/math"
wasmtypes "github.com/CosmWasm/wasmd/x/wasm/types"
sdk "github.com/cosmos/cosmos-sdk/types"
banktypes "github.com/cosmos/cosmos-sdk/x/bank/types"
"github.com/cosmos/gogoproto/proto"
rippledata "github.com/rubblelabs/ripple/data"
"github.com/samber/lo"
"github.com/stretchr/testify/require"
"github.com/CoreumFoundation/coreum/v3/testutil/event"
coreumintegration "github.com/CoreumFoundation/coreum/v3/testutil/integration"
assetfttypes "github.com/CoreumFoundation/coreum/v3/x/asset/ft/types"
integrationtests "github.com/CoreumFoundation/coreumbridge-xrpl/integration-tests"
"github.com/CoreumFoundation/coreumbridge-xrpl/relayer/coreum"
"github.com/CoreumFoundation/coreumbridge-xrpl/relayer/xrpl"
)
const (
xrp = "XRP"
drop = "drop"
xrplPrecision = 15
xrpIssuer = "rrrrrrrrrrrrrrrrrrrrrho"
xrpCurrency = "XRP"
eventAttributeThresholdReached = "threshold_reached"
)
var defaultTrustSetLimitAmount = sdkmath.NewInt(10000000000000000)
func TestDeployAndInstantiateContract(t *testing.T) {
t.Parallel()
ctx, chains := integrationtests.NewTestingContext(t)
assetftClient := assetfttypes.NewQueryClient(chains.Coreum.ClientContext)
relayers := genRelayers(ctx, t, chains, 1)
usedTicketsThreshold := 10
owner, contractClient := integrationtests.DeployAndInstantiateContract(
ctx,
t,
chains,
relayers,
len(relayers),
usedTicketsThreshold,
defaultTrustSetLimitAmount,
)
contractCfg, err := contractClient.GetContractConfig(ctx)
require.NoError(t, err)
require.Equal(t, coreum.ContractConfig{
Relayers: relayers,
EvidenceThreshold: len(relayers),
UsedTicketsThreshold: usedTicketsThreshold,
TrustSetLimitAmount: defaultTrustSetLimitAmount,
}, contractCfg)
contractOwnership, err := contractClient.GetContractOwnership(ctx)
require.NoError(t, err)
require.Equal(t, coreum.ContractOwnership{
Owner: owner,
PendingOwner: sdk.AccAddress{},
}, contractOwnership)
contractAddress := contractClient.GetContractAddress()
tokensRes, err := assetftClient.Tokens(ctx, &assetfttypes.QueryTokensRequest{
Issuer: contractAddress.String(),
})
require.NoError(t, err)
require.Len(t, tokensRes.Tokens, 1)
coreumDenom := fmt.Sprintf("%s-%s", drop, contractAddress.String())
require.Equal(t, assetfttypes.Token{
Denom: coreumDenom,
Issuer: contractAddress.String(),
Symbol: xrp,
Subunit: drop,
Precision: 6,
Description: "",
GloballyFrozen: false,
Features: []assetfttypes.Feature{assetfttypes.Feature_minting, assetfttypes.Feature_burning, assetfttypes.Feature_ibc},
BurnRate: sdk.ZeroDec(),
SendCommissionRate: sdk.ZeroDec(),
Version: assetfttypes.CurrentTokenVersion,
}, tokensRes.Tokens[0])
// query all tokens
xrplTokens, err := contractClient.GetXRPLTokens(ctx)
require.NoError(t, err)
require.Len(t, xrplTokens, 1)
require.Equal(t, coreum.XRPLToken{
Issuer: xrpIssuer,
Currency: xrpCurrency,
CoreumDenom: coreumDenom,
State: coreum.TokenStateEnabled,
}, xrplTokens[0])
}
func TestChangeContractOwnership(t *testing.T) {
t.Parallel()
ctx, chains := integrationtests.NewTestingContext(t)
relayers := genRelayers(ctx, t, chains, 1)
usedTicketsThreshold := 10
owner, contractClient := integrationtests.DeployAndInstantiateContract(
ctx,
t,
chains,
relayers,
len(relayers),
usedTicketsThreshold,
defaultTrustSetLimitAmount,
)
contractOwnership, err := contractClient.GetContractOwnership(ctx)
require.NoError(t, err)
require.Equal(t, owner.String(), contractOwnership.Owner.String())
newOwner := chains.Coreum.GenAccount()
// fund to cover fees
chains.Coreum.FundAccountWithOptions(ctx, t, newOwner, coreumintegration.BalancesOptions{
Amount: sdkmath.NewIntFromUint64(1_000_000),
})
// transfer ownership
_, err = contractClient.TransferOwnership(ctx, owner, newOwner)
require.NoError(t, err)
contractOwnership, err = contractClient.GetContractOwnership(ctx)
require.NoError(t, err)
// the owner is still old until new owner accepts the ownership
require.Equal(t, owner.String(), contractOwnership.Owner.String())
require.Equal(t, newOwner.String(), contractOwnership.PendingOwner.String())
// accept the ownership
_, err = contractClient.AcceptOwnership(ctx, newOwner)
require.NoError(t, err)
contractOwnership, err = contractClient.GetContractOwnership(ctx)
require.NoError(t, err)
// the contract has a new owner
require.Equal(t, newOwner.String(), contractOwnership.Owner.String())
// try to update the ownership one more time (from old owner)
_, err = contractClient.TransferOwnership(ctx, owner, newOwner)
require.True(t, coreum.IsNotOwnerError(err), err)
}
func TestRegisterCoreumToken(t *testing.T) {
t.Parallel()
ctx, chains := integrationtests.NewTestingContext(t)
xrplRelayerSigner := xrpl.GenPrivKeyTxSigner()
relayers := []coreum.Relayer{
{
CoreumAddress: chains.Coreum.GenAccount(),
XRPLAddress: xrplRelayerSigner.Account().String(),
XRPLPubKey: xrplRelayerSigner.PubKey().String(),
},
}
usedTicketsThreshold := 10
notOwner := chains.Coreum.GenAccount()
chains.Coreum.FundAccountWithOptions(ctx, t, notOwner, coreumintegration.BalancesOptions{
Amount: sdkmath.NewInt(1_000_000),
})
owner, contractClient := integrationtests.DeployAndInstantiateContract(
ctx,
t,
chains,
relayers,
len(relayers),
usedTicketsThreshold,
defaultTrustSetLimitAmount,
)
denom1 := "denom1"
denom1Decimals := uint32(17)
// try to register from not owner
_, err := contractClient.RegisterCoreumToken(ctx, notOwner, denom1, denom1Decimals)
require.True(t, coreum.IsNotOwnerError(err), err)
// register from the owner
_, err = contractClient.RegisterCoreumToken(ctx, owner, denom1, denom1Decimals)
require.NoError(t, err)
// try to register the same denom one more time
_, err = contractClient.RegisterCoreumToken(ctx, owner, denom1, denom1Decimals)
require.True(t, coreum.IsCoreumTokenAlreadyRegisteredError(err), err)
coreumTokens, err := contractClient.GetCoreumTokens(ctx)
require.NoError(t, err)
require.Len(t, coreumTokens, 1)
registeredToken := coreumTokens[0]
require.Equal(t, denom1, registeredToken.Denom)
require.Equal(t, denom1Decimals, registeredToken.Decimals)
require.NotEmpty(t, registeredToken.XRPLCurrency)
// try to use the registered denom with new XRPL currency on the XRPL chain
issuerAcc := chains.XRPL.GenAccount(ctx, t, 10)
recipientAcc := chains.XRPL.GenAccount(ctx, t, 10)
// allow to receive the currency
amountToSend, err := rippledata.NewValue("10000000000000000", false)
require.NoError(t, err)
currency, err := rippledata.NewCurrency(registeredToken.XRPLCurrency)
require.NoError(t, err)
trustSetTx := rippledata.TrustSet{
LimitAmount: rippledata.Amount{
Value: amountToSend,
Currency: currency,
Issuer: issuerAcc,
},
TxBase: rippledata.TxBase{
TransactionType: rippledata.TRUST_SET,
},
}
require.NoError(t, chains.XRPL.AutoFillSignAndSubmitTx(ctx, t, &trustSetTx, recipientAcc))
paymentTx := rippledata.Payment{
Destination: recipientAcc,
Amount: rippledata.Amount{
Value: amountToSend,
Currency: currency,
Issuer: issuerAcc,
},
TxBase: rippledata.TxBase{
TransactionType: rippledata.PAYMENT,
},
}
balancesBeforeSend := chains.XRPL.GetAccountBalances(ctx, t, recipientAcc)
t.Logf("Recipient account balances before send: %s", balancesBeforeSend)
require.NoError(t, chains.XRPL.AutoFillSignAndSubmitTx(ctx, t, &paymentTx, issuerAcc))
balancesAfterSend := chains.XRPL.GetAccountBalances(ctx, t, recipientAcc)
t.Logf("Recipient account balances after send: %s", balancesAfterSend)
receiveAmount, ok := balancesAfterSend[fmt.Sprintf("%s/%s", currency.String(), issuerAcc.String())]
require.True(t, ok)
require.Equal(t, amountToSend.String(), receiveAmount.Value.String())
}
func TestRegisterXRPLToken(t *testing.T) {
t.Parallel()
ctx, chains := integrationtests.NewTestingContext(t)
assetftClient := assetfttypes.NewQueryClient(chains.Coreum.ClientContext)
bankClient := banktypes.NewQueryClient(chains.Coreum.ClientContext)
relayers := genRelayers(ctx, t, chains, 2)
usedTicketsThreshold := 3
coreumRecipient := chains.Coreum.GenAccount()
notOwner := chains.Coreum.GenAccount()
issueFee := chains.Coreum.QueryAssetFTParams(ctx, t).IssueFee
// fund with issuance fee and some coins on to cover fees
chains.Coreum.FundAccountWithOptions(ctx, t, notOwner, coreumintegration.BalancesOptions{
Amount: issueFee.Amount.AddRaw(1_000_000),
})
owner, contractClient := integrationtests.DeployAndInstantiateContract(
ctx,
t,
chains,
relayers,
len(relayers),
usedTicketsThreshold,
defaultTrustSetLimitAmount,
)
// fund owner to cover issuance fees twice
chains.Coreum.FundAccountWithOptions(ctx, t, owner, coreumintegration.BalancesOptions{
Amount: issueFee.Amount.Mul(sdkmath.NewIntFromUint64(2)),
})
issuerAcc := chains.XRPL.GenAccount(ctx, t, 0)
issuer := issuerAcc.String()
invactiveCurrency := "INA"
activeCurrency := "ACT"
sendingPrecision := int32(15)
maxHoldingAmount := sdk.NewIntFromUint64(10000)
// recover tickets so that we can create a pending operation to activate the token
allocateInitialTickets(ctx, t, contractClient, owner, relayers)
// try to register from not owner
_, err := contractClient.RegisterXRPLToken(ctx, notOwner, issuer, invactiveCurrency, sendingPrecision, maxHoldingAmount)
require.True(t, coreum.IsNotOwnerError(err), err)
// register from the owner
_, err = contractClient.RegisterXRPLToken(ctx, owner, issuer, invactiveCurrency, sendingPrecision, maxHoldingAmount)
require.NoError(t, err)
// try to register the same denom one more time
_, err = contractClient.RegisterXRPLToken(ctx, owner, issuer, invactiveCurrency, sendingPrecision, maxHoldingAmount)
require.True(t, coreum.IsXRPLTokenAlreadyRegisteredError(err), err)
xrplTokens, err := contractClient.GetXRPLTokens(ctx)
require.NoError(t, err)
// one XRP token and registered
require.Len(t, xrplTokens, 2)
registeredInactiveToken, err := contractClient.GetXRPLToken(ctx, issuer, invactiveCurrency)
require.NoError(t, err)
require.NotNil(t, registeredInactiveToken)
require.Equal(t, coreum.XRPLToken{
Issuer: issuer,
Currency: invactiveCurrency,
CoreumDenom: registeredInactiveToken.CoreumDenom,
State: coreum.TokenStateProcessing,
}, *registeredInactiveToken)
// check that corresponding token is issued
contractAddress := contractClient.GetContractAddress()
tokenRes, err := assetftClient.Token(ctx, &assetfttypes.QueryTokenRequest{
Denom: registeredInactiveToken.CoreumDenom,
})
require.NoError(t, err)
// deconstruct the denom to get prefix used for the symbol and subunit
prefix, _, err := assetfttypes.DeconstructDenom(registeredInactiveToken.CoreumDenom)
require.NoError(t, err)
require.Equal(t, assetfttypes.Token{
Denom: registeredInactiveToken.CoreumDenom,
Issuer: contractAddress.String(),
Symbol: strings.ToUpper(prefix),
Subunit: prefix,
Precision: xrplPrecision,
Description: "",
GloballyFrozen: false,
Features: []assetfttypes.Feature{assetfttypes.Feature_minting, assetfttypes.Feature_burning, assetfttypes.Feature_ibc},
BurnRate: sdk.ZeroDec(),
SendCommissionRate: sdk.ZeroDec(),
Version: assetfttypes.CurrentTokenVersion,
}, tokenRes.Token)
// go through the trust set evidence use cases
pendingOperations, err := contractClient.GetPendingOperations(ctx)
require.NoError(t, err)
require.Len(t, pendingOperations, 1)
operation := pendingOperations[0]
require.NotNil(t, operation.OperationType.TrustSet)
rejectedTxEvidenceTrustSet := coreum.XRPLTransactionResultTrustSetEvidence{
XRPLTransactionResultEvidence: coreum.XRPLTransactionResultEvidence{
TxHash: genXRPLTxHash(t),
TicketNumber: &operation.TicketNumber,
TransactionResult: coreum.TransactionResultRejected,
},
Issuer: issuer,
Currency: invactiveCurrency,
}
// try to register not existing operation
invalidEvidenceTrustSetWithInvalidTicket := rejectedTxEvidenceTrustSet
invalidEvidenceTrustSetWithInvalidTicket.TicketNumber = lo.ToPtr(uint32(99))
_, err = contractClient.SendXRPLTrustSetTransactionResultEvidence(ctx, relayers[0].CoreumAddress, invalidEvidenceTrustSetWithInvalidTicket)
require.True(t, coreum.IsPendingOperationNotFoundError(err), err)
// try to register with not existing currency
invalidEvidenceNotExistingIssuer := rejectedTxEvidenceTrustSet
invalidEvidenceNotExistingIssuer.Issuer = xrpl.GenPrivKeyTxSigner().Account().String()
_, err = contractClient.SendXRPLTrustSetTransactionResultEvidence(ctx, relayers[0].CoreumAddress, invalidEvidenceNotExistingIssuer)
require.True(t, coreum.IsTokenNotRegisteredError(err), err)
// send valid rejected evidence from first relayer
txResTrustSet, err := contractClient.SendXRPLTrustSetTransactionResultEvidence(ctx, relayers[0].CoreumAddress, rejectedTxEvidenceTrustSet)
require.NoError(t, err)
thresholdReachedTrustSet, err := event.FindStringEventAttribute(txResTrustSet.Events, wasmtypes.ModuleName, eventAttributeThresholdReached)
require.NoError(t, err)
require.Equal(t, strconv.FormatBool(false), thresholdReachedTrustSet)
// send valid rejected evidence from second relayer
txResTrustSet, err = contractClient.SendXRPLTrustSetTransactionResultEvidence(ctx, relayers[1].CoreumAddress, rejectedTxEvidenceTrustSet)
require.NoError(t, err)
thresholdReachedTrustSet, err = event.FindStringEventAttribute(txResTrustSet.Events, wasmtypes.ModuleName, eventAttributeThresholdReached)
require.NoError(t, err)
require.Equal(t, strconv.FormatBool(true), thresholdReachedTrustSet)
registeredInactiveToken, err = contractClient.GetXRPLToken(ctx, issuer, invactiveCurrency)
require.NoError(t, err)
require.NotNil(t, registeredInactiveToken)
require.Equal(t, coreum.XRPLToken{
Issuer: issuer,
Currency: invactiveCurrency,
CoreumDenom: registeredInactiveToken.CoreumDenom,
State: coreum.TokenStateInactive,
}, *registeredInactiveToken)
// try to send evidence one more time
_, err = contractClient.SendXRPLTrustSetTransactionResultEvidence(ctx, relayers[1].CoreumAddress, rejectedTxEvidenceTrustSet)
require.True(t, coreum.IsOperationAlreadyExecutedError(err), err)
// try to register the sending from the XRPL to coreum evidence with inactive token
xrplToCoreumInactiveTokenTransferEvidence := coreum.XRPLToCoreumTransferEvidence{
TxHash: genXRPLTxHash(t),
Issuer: issuerAcc.String(),
Currency: invactiveCurrency,
Amount: sdkmath.NewInt(10),
Recipient: coreumRecipient,
}
_, err = contractClient.SendXRPLToCoreumTransferEvidence(ctx, relayers[1].CoreumAddress, xrplToCoreumInactiveTokenTransferEvidence)
require.True(t, coreum.IsXRPLTokenNotEnabledError(err), err)
// register one more token and activate it
_, err = contractClient.RegisterXRPLToken(ctx, owner, issuer, activeCurrency, sendingPrecision, maxHoldingAmount)
require.NoError(t, err)
registeredActiveToken, err := contractClient.GetXRPLToken(ctx, issuer, activeCurrency)
require.NoError(t, err)
require.NotNil(t, registeredInactiveToken)
require.Equal(t, coreum.XRPLToken{
Issuer: issuer,
Currency: activeCurrency,
CoreumDenom: registeredActiveToken.CoreumDenom,
State: coreum.TokenStateProcessing,
}, *registeredActiveToken)
activateXRPLToken(ctx, t, contractClient, relayers, issuer, activeCurrency)
amountToSend := sdkmath.NewInt(99)
sendFromXRPLToCoreum(ctx, t, contractClient, relayers, issuer, activeCurrency, amountToSend, coreumRecipient)
balanceRes, err := bankClient.Balance(ctx, &banktypes.QueryBalanceRequest{
Address: coreumRecipient.String(),
Denom: registeredActiveToken.CoreumDenom,
})
require.NoError(t, err)
require.Equal(t, amountToSend.String(), balanceRes.Balance.Amount.String())
}
func TestSendFromXRPLToCoreumXRPLNativeToken(t *testing.T) {
t.Parallel()
ctx, chains := integrationtests.NewTestingContext(t)
coreumRecipient := chains.Coreum.GenAccount()
randomAddress := chains.Coreum.GenAccount()
relayers := genRelayers(ctx, t, chains, 2)
bankClient := banktypes.NewQueryClient(chains.Coreum.ClientContext)
chains.Coreum.FundAccountWithOptions(ctx, t, randomAddress, coreumintegration.BalancesOptions{
Amount: sdkmath.NewInt(1_000_000),
})
usedTicketsThreshold := 3
owner, contractClient := integrationtests.DeployAndInstantiateContract(
ctx,
t,
chains,
relayers,
len(relayers),
usedTicketsThreshold,
defaultTrustSetLimitAmount,
)
issueFee := chains.Coreum.QueryAssetFTParams(ctx, t).IssueFee
// fund owner to cover issuance fees twice
chains.Coreum.FundAccountWithOptions(ctx, t, owner, coreumintegration.BalancesOptions{
Amount: issueFee.Amount.Mul(sdkmath.NewIntFromUint64(2)),
})
issuerAcc := chains.XRPL.GenAccount(ctx, t, 0)
issuer := issuerAcc.String()
currency := "RCR"
sendingPrecision := int32(15)
maxHoldingAmount := sdk.NewIntFromUint64(10000)
// recover tickets so that we can create a pending operation to activate the token
allocateInitialTickets(ctx, t, contractClient, owner, relayers)
// register from the owner
_, err := contractClient.RegisterXRPLToken(ctx, owner, issuer, currency, sendingPrecision, maxHoldingAmount)
require.NoError(t, err)
xrplTokens, err := contractClient.GetXRPLTokens(ctx)
require.NoError(t, err)
// find registered token
var registeredToken coreum.XRPLToken
for _, token := range xrplTokens {
if token.Issuer == issuer && token.Currency == currency {
registeredToken = token
break
}
}
require.Equal(t, issuer, registeredToken.Issuer)
require.Equal(t, currency, registeredToken.Currency)
require.NotEmpty(t, registeredToken.CoreumDenom)
// activate token
activateXRPLToken(ctx, t, contractClient, relayers, issuer, currency)
// create an evidence to transfer tokens from XRPL to Coreum
xrplToCoreumTransferEvidence := coreum.XRPLToCoreumTransferEvidence{
TxHash: genXRPLTxHash(t),
Issuer: issuerAcc.String(),
Currency: currency,
Amount: sdkmath.NewInt(10),
Recipient: coreumRecipient,
}
// try to call from not relayer
_, err = contractClient.SendXRPLToCoreumTransferEvidence(ctx, randomAddress, xrplToCoreumTransferEvidence)
require.True(t, coreum.IsUnauthorizedSenderError(err), err)
// try use not registered token
wrongXRPLToCoreumTransferEvidence := xrplToCoreumTransferEvidence
wrongXRPLToCoreumTransferEvidence.Currency = "NEZ"
_, err = contractClient.SendXRPLToCoreumTransferEvidence(ctx, relayers[0].CoreumAddress, wrongXRPLToCoreumTransferEvidence)
require.True(t, coreum.IsTokenNotRegisteredError(err), err)
// call from first relayer
txRes, err := contractClient.SendXRPLToCoreumTransferEvidence(ctx, relayers[0].CoreumAddress, xrplToCoreumTransferEvidence)
require.NoError(t, err)
recipientBalanceRes, err := bankClient.Balance(ctx, &banktypes.QueryBalanceRequest{
Address: coreumRecipient.String(),
Denom: registeredToken.CoreumDenom,
})
require.NoError(t, err)
require.True(t, recipientBalanceRes.Balance.IsZero())
thresholdReached, err := event.FindStringEventAttribute(txRes.Events, wasmtypes.ModuleName, eventAttributeThresholdReached)
require.NoError(t, err)
require.Equal(t, strconv.FormatBool(false), thresholdReached)
// call from first relayer one more time
_, err = contractClient.SendXRPLToCoreumTransferEvidence(ctx, relayers[0].CoreumAddress, xrplToCoreumTransferEvidence)
require.True(t, coreum.IsEvidenceAlreadyProvidedError(err), err)
// call from second relayer
txRes, err = contractClient.SendXRPLToCoreumTransferEvidence(ctx, relayers[1].CoreumAddress, xrplToCoreumTransferEvidence)
require.NoError(t, err)
recipientBalanceRes, err = bankClient.Balance(ctx, &banktypes.QueryBalanceRequest{
Address: coreumRecipient.String(),
Denom: registeredToken.CoreumDenom,
})
require.NoError(t, err)
thresholdReached, err = event.FindStringEventAttribute(txRes.Events, wasmtypes.ModuleName, eventAttributeThresholdReached)
require.NoError(t, err)
require.Equal(t, strconv.FormatBool(true), thresholdReached)
require.NoError(t, err)
// expect new token on the recipient balance
require.Equal(t, xrplToCoreumTransferEvidence.Amount.String(), recipientBalanceRes.Balance.Amount.String())
// try to push the same evidence
_, err = contractClient.SendXRPLToCoreumTransferEvidence(ctx, relayers[0].CoreumAddress, xrplToCoreumTransferEvidence)
require.True(t, coreum.IsOperationAlreadyExecutedError(err), err)
}
func TestSendFromXRPLToCoreumXRPLNativeTokenWithDifferentSendingPrecision(t *testing.T) {
// intentionally not parallel
var (
tokenDecimals = int64(15)
highMaxHoldingAmount = integrationtests.ConvertStringWithDecimalsToSDKInt(t, "1", 30)
)
ctx, chains := integrationtests.NewTestingContext(t)
bankClient := banktypes.NewQueryClient(chains.Coreum.ClientContext)
relayers := genRelayers(ctx, t, chains, 2)
coreumRecipient := chains.Coreum.GenAccount()
usedTicketsThreshold := 10
owner, contractClient := integrationtests.DeployAndInstantiateContract(
ctx,
t,
chains,
relayers,
len(relayers),
usedTicketsThreshold,
defaultTrustSetLimitAmount,
)
// register tickets
allocateInitialTickets(ctx, t, contractClient, owner, relayers)
issueFee := chains.Coreum.QueryAssetFTParams(ctx, t).IssueFee
tests := []struct {
name string
sendingPrecision int32
sendingAmount sdkmath.Int
maxHoldingAmount sdkmath.Int
wantReceivedAmount sdkmath.Int
wantIsAmountSentIsZeroAfterTruncationError bool
wantIsMaximumBridgedAmountReachedError bool
}{
{
name: "positive_precision_no_truncation",
sendingPrecision: 2,
maxHoldingAmount: highMaxHoldingAmount,
sendingAmount: integrationtests.ConvertStringWithDecimalsToSDKInt(t, "9999999999.15", tokenDecimals),
wantReceivedAmount: integrationtests.ConvertStringWithDecimalsToSDKInt(t, "9999999999.15", tokenDecimals),
},
{
name: "positive_precision_with_truncation",
sendingPrecision: 2,
maxHoldingAmount: highMaxHoldingAmount,
sendingAmount: integrationtests.ConvertStringWithDecimalsToSDKInt(t, "0.15567", tokenDecimals),
wantReceivedAmount: integrationtests.ConvertStringWithDecimalsToSDKInt(t, "0.15", tokenDecimals),
},
{
name: "positive_precision_low_amount",
sendingPrecision: 2,
maxHoldingAmount: highMaxHoldingAmount,
sendingAmount: integrationtests.ConvertStringWithDecimalsToSDKInt(t, "0.009999", tokenDecimals),
wantIsAmountSentIsZeroAfterTruncationError: true,
},
{
name: "zero_precision_no_truncation",
sendingPrecision: 0,
maxHoldingAmount: highMaxHoldingAmount,
sendingAmount: integrationtests.ConvertStringWithDecimalsToSDKInt(t, "9999999999", tokenDecimals),
wantReceivedAmount: integrationtests.ConvertStringWithDecimalsToSDKInt(t, "9999999999", tokenDecimals),
},
{
name: "zero_precision_with_truncation",
sendingPrecision: 0,
maxHoldingAmount: highMaxHoldingAmount,
sendingAmount: integrationtests.ConvertStringWithDecimalsToSDKInt(t, "1.15567", tokenDecimals),
wantReceivedAmount: integrationtests.ConvertStringWithDecimalsToSDKInt(t, "1", tokenDecimals),
},
{
name: "zero_precision_low_amount",
sendingPrecision: 0,
maxHoldingAmount: highMaxHoldingAmount,
sendingAmount: integrationtests.ConvertStringWithDecimalsToSDKInt(t, "0.9999", tokenDecimals),
wantIsAmountSentIsZeroAfterTruncationError: true,
},
{
name: "negative_precision_no_truncation",
sendingPrecision: -2,
maxHoldingAmount: highMaxHoldingAmount,
sendingAmount: integrationtests.ConvertStringWithDecimalsToSDKInt(t, "9999999900", tokenDecimals),
wantReceivedAmount: integrationtests.ConvertStringWithDecimalsToSDKInt(t, "9999999900", tokenDecimals),
},
{
name: "negative_precision_with_truncation",
sendingPrecision: -2,
maxHoldingAmount: highMaxHoldingAmount,
sendingAmount: integrationtests.ConvertStringWithDecimalsToSDKInt(t, "9999.15567", tokenDecimals),
wantReceivedAmount: integrationtests.ConvertStringWithDecimalsToSDKInt(t, "9900", tokenDecimals),
},
{
name: "negative_precision_low_amount",
sendingPrecision: -2,
maxHoldingAmount: highMaxHoldingAmount,
sendingAmount: integrationtests.ConvertStringWithDecimalsToSDKInt(t, "99.9999", tokenDecimals),
wantIsAmountSentIsZeroAfterTruncationError: true,
},
{
name: "reached_max_holding_amount",
sendingPrecision: 2,
maxHoldingAmount: integrationtests.ConvertStringWithDecimalsToSDKInt(t, "9999", tokenDecimals),
sendingAmount: integrationtests.ConvertStringWithDecimalsToSDKInt(t, "9999.01", tokenDecimals),
wantIsMaximumBridgedAmountReachedError: true,
},
}
for _, tt := range tests {
tt := tt
t.Run(tt.name, func(t *testing.T) {
// fund owner to cover registration fee twice
chains.Coreum.FundAccountWithOptions(ctx, t, owner, coreumintegration.BalancesOptions{
Amount: issueFee.Amount,
})
issuerAcc := xrpl.GenPrivKeyTxSigner().Account()
issuer := issuerAcc.String()
currency := "CRC"
// register from the owner
txRes, err := contractClient.RegisterXRPLToken(ctx, owner, issuer, currency, tt.sendingPrecision, tt.maxHoldingAmount)
require.NoError(t, err)
issuedDenom := findOneIssuedDenomInTxResponse(t, txRes)
// create an evidence
xrplToCoreumTransferEvidence := coreum.XRPLToCoreumTransferEvidence{
TxHash: genXRPLTxHash(t),
Issuer: issuerAcc.String(),
Currency: currency,
Amount: tt.sendingAmount,
Recipient: coreumRecipient,
}
// activate token
activateXRPLToken(ctx, t, contractClient, relayers, issuerAcc.String(), currency)
// call from all relayers
for _, relayer := range relayers {
_, err = contractClient.SendXRPLToCoreumTransferEvidence(ctx, relayer.CoreumAddress, xrplToCoreumTransferEvidence)
if tt.wantIsAmountSentIsZeroAfterTruncationError {
require.True(t, coreum.IsAmountSentIsZeroAfterTruncationError(err), err)
return
}
if tt.wantIsMaximumBridgedAmountReachedError {
require.True(t, coreum.IsMaximumBridgedAmountReachedError(err), err)
return
}
require.NoError(t, err)
}
balanceRes, err := bankClient.Balance(ctx, &banktypes.QueryBalanceRequest{
Address: coreumRecipient.String(),
Denom: issuedDenom,
})
require.NoError(t, err)
require.Equal(t, tt.wantReceivedAmount.String(), balanceRes.Balance.Amount.String())
})
}
}
func TestRecoverTickets(t *testing.T) {
t.Parallel()
// TODO(dzmitryhil) extend the test to check multiple operations once we have them allowed to be created
usedTicketsThreshold := 5
numberOfTicketsToInit := uint32(6)
ctx, chains := integrationtests.NewTestingContext(t)
relayers := genRelayers(ctx, t, chains, 3)
owner, contractClient := integrationtests.DeployAndInstantiateContract(
ctx,
t,
chains,
relayers,
2,
usedTicketsThreshold,
defaultTrustSetLimitAmount,
)
// ********** Ticket allocation / Recovery **********
firstBridgeAccountSeqNumber := uint32(1)
// try to call from not owner
_, err := contractClient.RecoverTickets(ctx, relayers[0].CoreumAddress, firstBridgeAccountSeqNumber, &numberOfTicketsToInit)
require.True(t, coreum.IsNotOwnerError(err), err)
// try to use more than max allowed tickets
_, err = contractClient.RecoverTickets(ctx, owner, firstBridgeAccountSeqNumber, lo.ToPtr(uint32(251)))
require.True(t, coreum.IsInvalidTicketNumberToAllocateError(err), err)
// try to use zero tickets
_, err = contractClient.RecoverTickets(ctx, owner, firstBridgeAccountSeqNumber, lo.ToPtr(uint32(0)))
require.True(t, coreum.IsInvalidTicketNumberToAllocateError(err), err)
_, err = contractClient.RecoverTickets(ctx, owner, firstBridgeAccountSeqNumber, &numberOfTicketsToInit)
require.NoError(t, err)
availableTickets, err := contractClient.GetAvailableTickets(ctx)
require.NoError(t, err)
require.Empty(t, availableTickets)
// check that we have just one operation with correct data
pendingOperations, err := contractClient.GetPendingOperations(ctx)
require.NoError(t, err)
require.Len(t, pendingOperations, 1)
ticketsAllocationOperation := pendingOperations[0]
require.Equal(t, coreum.Operation{
TicketNumber: 0,
SequenceNumber: firstBridgeAccountSeqNumber,
Signatures: make([]coreum.Signature, 0),
OperationType: coreum.OperationType{
AllocateTickets: &coreum.OperationTypeAllocateTickets{
Number: numberOfTicketsToInit,
},
},
}, ticketsAllocationOperation)
// try to recover tickets when the tickets allocation is in-process
_, err = contractClient.RecoverTickets(ctx, owner, firstBridgeAccountSeqNumber, &numberOfTicketsToInit)
require.True(t, coreum.IsPendingTicketUpdateError(err), err)
// ********** Signatures **********
createTicketsTx := rippledata.TicketCreate{
TicketCount: lo.ToPtr(numberOfTicketsToInit),
TxBase: rippledata.TxBase{
TransactionType: rippledata.TICKET_CREATE,
},
}
relayer1XRPLAcc, err := rippledata.NewAccountFromAddress(relayers[0].XRPLAddress)
require.NoError(t, err)
signerItem1 := chains.XRPL.Multisign(t, &createTicketsTx, *relayer1XRPLAcc).Signer
// try to send from not relayer
_, err = contractClient.RegisterSignature(ctx, owner, firstBridgeAccountSeqNumber, signerItem1.TxnSignature.String())
require.True(t, coreum.IsUnauthorizedSenderError(err), err)
// try to send with incorrect operation ID
_, err = contractClient.RegisterSignature(ctx, relayers[0].CoreumAddress, uint32(999), signerItem1.TxnSignature.String())
require.True(t, coreum.IsPendingOperationNotFoundError(err), err)
// send from first relayer
_, err = contractClient.RegisterSignature(ctx, relayers[0].CoreumAddress, firstBridgeAccountSeqNumber, signerItem1.TxnSignature.String())
require.NoError(t, err)
// try to send from the same relayer one more time
_, err = contractClient.RegisterSignature(ctx, relayers[0].CoreumAddress, firstBridgeAccountSeqNumber, signerItem1.TxnSignature.String())
require.True(t, coreum.IsSignatureAlreadyProvidedError(err), err)
// send from second relayer
createTicketsTx = rippledata.TicketCreate{
TicketCount: lo.ToPtr(numberOfTicketsToInit),
TxBase: rippledata.TxBase{
TransactionType: rippledata.TICKET_CREATE,
},
}
relayer2XRPLAcc, err := rippledata.NewAccountFromAddress(relayers[0].XRPLAddress)
require.NoError(t, err)
signerItem2 := chains.XRPL.Multisign(t, &createTicketsTx, *relayer2XRPLAcc).Signer
_, err = contractClient.RegisterSignature(ctx, relayers[1].CoreumAddress, firstBridgeAccountSeqNumber, signerItem2.TxnSignature.String())
require.NoError(t, err)
pendingOperations, err = contractClient.GetPendingOperations(ctx)
require.NoError(t, err)
require.Len(t, pendingOperations, 1)
ticketsAllocationOperation = pendingOperations[0]
require.Equal(t, coreum.Operation{
TicketNumber: 0,
SequenceNumber: firstBridgeAccountSeqNumber,
Signatures: []coreum.Signature{
{
Relayer: relayers[0].CoreumAddress,
Signature: signerItem1.TxnSignature.String(),
},
{
Relayer: relayers[1].CoreumAddress,
Signature: signerItem2.TxnSignature.String(),
},
},
OperationType: coreum.OperationType{
AllocateTickets: &coreum.OperationTypeAllocateTickets{
Number: numberOfTicketsToInit,
},
},
}, ticketsAllocationOperation)
// ********** TransactionResultEvidence / Transaction rejected **********
rejectedTxHash := genXRPLTxHash(t)
rejectedTxEvidence := coreum.XRPLTransactionResultTicketsAllocationEvidence{
XRPLTransactionResultEvidence: coreum.XRPLTransactionResultEvidence{
TxHash: rejectedTxHash,
SequenceNumber: &firstBridgeAccountSeqNumber,
TransactionResult: coreum.TransactionResultRejected,
},
Tickets: nil,
}
// try to send with not existing sequence
invalidRejectedTxEvidence := rejectedTxEvidence
invalidRejectedTxEvidence.SequenceNumber = lo.ToPtr(uint32(999))
_, err = contractClient.SendXRPLTicketsAllocationTransactionResultEvidence(ctx, relayers[0].CoreumAddress, invalidRejectedTxEvidence)
require.True(t, coreum.IsPendingOperationNotFoundError(err), err)
// try to send with not existing ticket
invalidRejectedTxEvidence = rejectedTxEvidence
invalidRejectedTxEvidence.SequenceNumber = nil
invalidRejectedTxEvidence.TicketNumber = lo.ToPtr(uint32(999))
_, err = contractClient.SendXRPLTicketsAllocationTransactionResultEvidence(ctx, relayers[0].CoreumAddress, invalidRejectedTxEvidence)
require.True(t, coreum.IsPendingOperationNotFoundError(err), err)
// try to send from not relayer
_, err = contractClient.SendXRPLTicketsAllocationTransactionResultEvidence(ctx, owner, rejectedTxEvidence)
require.True(t, coreum.IsUnauthorizedSenderError(err), err)
// send evidence from first relayer
txRes, err := contractClient.SendXRPLTicketsAllocationTransactionResultEvidence(ctx, relayers[0].CoreumAddress, rejectedTxEvidence)
require.NoError(t, err)
thresholdReached, err := event.FindStringEventAttribute(txRes.Events, wasmtypes.ModuleName, eventAttributeThresholdReached)
require.NoError(t, err)
require.Equal(t, strconv.FormatBool(false), thresholdReached)
// try to send evidence from second relayer one more time
_, err = contractClient.SendXRPLTicketsAllocationTransactionResultEvidence(ctx, relayers[0].CoreumAddress, rejectedTxEvidence)
require.True(t, coreum.IsEvidenceAlreadyProvidedError(err), err)
// send evidence from second relayer
txRes, err = contractClient.SendXRPLTicketsAllocationTransactionResultEvidence(ctx, relayers[1].CoreumAddress, rejectedTxEvidence)
require.NoError(t, err)
thresholdReached, err = event.FindStringEventAttribute(txRes.Events, wasmtypes.ModuleName, eventAttributeThresholdReached)
require.NoError(t, err)
require.Equal(t, strconv.FormatBool(true), thresholdReached)
// try to send the evidence one more time
_, err = contractClient.SendXRPLTicketsAllocationTransactionResultEvidence(ctx, relayers[0].CoreumAddress, rejectedTxEvidence)
require.True(t, coreum.IsOperationAlreadyExecutedError(err), err)
pendingOperations, err = contractClient.GetPendingOperations(ctx)
require.NoError(t, err)
require.Len(t, pendingOperations, 0)
availableTickets, err = contractClient.GetAvailableTickets(ctx)
require.NoError(t, err)
require.Empty(t, availableTickets)
// ********** TransactionResultEvidence / Transaction invalid **********
invalidBridgeAccountSeqNumber := uint32(1000)
_, err = contractClient.RecoverTickets(ctx, owner, invalidBridgeAccountSeqNumber, &numberOfTicketsToInit)
require.NoError(t, err)
invalidTxEvidence := coreum.XRPLTransactionResultTicketsAllocationEvidence{
XRPLTransactionResultEvidence: coreum.XRPLTransactionResultEvidence{
TxHash: "",
SequenceNumber: &invalidBridgeAccountSeqNumber,
TransactionResult: coreum.TransactionResultInvalid,
},
Tickets: nil,
}
_, err = contractClient.SendXRPLTicketsAllocationTransactionResultEvidence(ctx, relayers[0].CoreumAddress, invalidTxEvidence)
require.NoError(t, err)
_, err = contractClient.SendXRPLTicketsAllocationTransactionResultEvidence(ctx, relayers[1].CoreumAddress, invalidTxEvidence)
require.NoError(t, err)
pendingOperations, err = contractClient.GetPendingOperations(ctx)
require.NoError(t, err)
require.Len(t, pendingOperations, 0)
availableTickets, err = contractClient.GetAvailableTickets(ctx)
require.NoError(t, err)
require.Empty(t, availableTickets)
// try to use the same sequence number (it should be possible)
_, err = contractClient.RecoverTickets(ctx, owner, invalidBridgeAccountSeqNumber, &numberOfTicketsToInit)
require.NoError(t, err)
// reject one more time
_, err = contractClient.SendXRPLTicketsAllocationTransactionResultEvidence(ctx, relayers[0].CoreumAddress, invalidTxEvidence)
require.NoError(t, err)
_, err = contractClient.SendXRPLTicketsAllocationTransactionResultEvidence(ctx, relayers[1].CoreumAddress, invalidTxEvidence)
require.NoError(t, err)
pendingOperations, err = contractClient.GetPendingOperations(ctx)
require.NoError(t, err)
require.Len(t, pendingOperations, 0)
// ********** Ticket allocation after previous failure / Recovery **********
secondBridgeAccountSeqNumber := uint32(2)
// start the process one more time
_, err = contractClient.RecoverTickets(ctx, owner, secondBridgeAccountSeqNumber, &numberOfTicketsToInit)
require.NoError(t, err)
// ********** TransactionResultEvidence / Transaction accepted **********
// we can omit the signing here since it is required only for the tx submission.
acceptedTxEvidence := coreum.XRPLTransactionResultTicketsAllocationEvidence{
XRPLTransactionResultEvidence: coreum.XRPLTransactionResultEvidence{
TxHash: genXRPLTxHash(t),
SequenceNumber: &secondBridgeAccountSeqNumber,
TransactionResult: coreum.TransactionResultAccepted,
},
Tickets: []uint32{3, 5, 6, 7},
}
// try to send with already used txHash
invalidAcceptedTxEvidence := acceptedTxEvidence
invalidAcceptedTxEvidence.TxHash = rejectedTxHash
_, err = contractClient.SendXRPLTicketsAllocationTransactionResultEvidence(ctx, relayers[0].CoreumAddress, invalidAcceptedTxEvidence)
require.True(t, coreum.IsOperationAlreadyExecutedError(err), err)
// send evidence from first relayer
txRes, err = contractClient.SendXRPLTicketsAllocationTransactionResultEvidence(ctx, relayers[0].CoreumAddress, acceptedTxEvidence)
require.NoError(t, err)
thresholdReached, err = event.FindStringEventAttribute(txRes.Events, wasmtypes.ModuleName, eventAttributeThresholdReached)
require.NoError(t, err)
require.Equal(t, strconv.FormatBool(false), thresholdReached)
// send evidence from second relayer
txRes, err = contractClient.SendXRPLTicketsAllocationTransactionResultEvidence(ctx, relayers[1].CoreumAddress, acceptedTxEvidence)
require.NoError(t, err)
thresholdReached, err = event.FindStringEventAttribute(txRes.Events, wasmtypes.ModuleName, eventAttributeThresholdReached)
require.NoError(t, err)
require.Equal(t, strconv.FormatBool(true), thresholdReached)