neo-go/pkg/core/notary_test.go

652 lines
25 KiB
Go

package core
import (
"bytes"
"errors"
"fmt"
"math/rand"
"path"
"sync"
"testing"
"time"
"github.com/nspcc-dev/neo-go/internal/testchain"
"github.com/nspcc-dev/neo-go/pkg/config"
"github.com/nspcc-dev/neo-go/pkg/config/netmode"
"github.com/nspcc-dev/neo-go/pkg/core/block"
"github.com/nspcc-dev/neo-go/pkg/core/blockchainer"
"github.com/nspcc-dev/neo-go/pkg/core/mempool"
"github.com/nspcc-dev/neo-go/pkg/core/native"
"github.com/nspcc-dev/neo-go/pkg/core/transaction"
"github.com/nspcc-dev/neo-go/pkg/crypto/hash"
"github.com/nspcc-dev/neo-go/pkg/crypto/keys"
"github.com/nspcc-dev/neo-go/pkg/network/payload"
"github.com/nspcc-dev/neo-go/pkg/services/notary"
"github.com/nspcc-dev/neo-go/pkg/smartcontract"
"github.com/nspcc-dev/neo-go/pkg/smartcontract/trigger"
"github.com/nspcc-dev/neo-go/pkg/util"
"github.com/nspcc-dev/neo-go/pkg/vm/opcode"
"github.com/nspcc-dev/neo-go/pkg/wallet"
"github.com/stretchr/testify/require"
"go.uber.org/zap/zaptest"
)
const notaryModulePath = "../services/notary/"
func getTestNotary(t *testing.T, bc *Blockchain, walletPath, pass string, onTx func(tx *transaction.Transaction) error) (*wallet.Account, *notary.Notary, *mempool.Pool) {
mainCfg := config.P2PNotary{
Enabled: true,
UnlockWallet: config.Wallet{
Path: path.Join(notaryModulePath, walletPath),
Password: pass,
},
}
cfg := notary.Config{
MainCfg: mainCfg,
Chain: bc,
Log: zaptest.NewLogger(t),
}
mp := mempool.New(10, 1, true)
ntr, err := notary.NewNotary(cfg, mp, onTx)
require.NoError(t, err)
w, err := wallet.NewWalletFromFile(path.Join(notaryModulePath, walletPath))
require.NoError(t, err)
require.NoError(t, w.Accounts[0].Decrypt(pass))
return w.Accounts[0], ntr, mp
}
func TestNotary(t *testing.T) {
bc := newTestChain(t)
defer bc.Close()
var (
nonce uint32
nvbDiffFallback uint32 = 20
)
mtx := sync.RWMutex{}
completedTxes := make(map[util.Uint256]*transaction.Transaction)
var unluckies []*payload.P2PNotaryRequest
var (
finalizeWithError bool
choosy bool
)
onTransaction := func(tx *transaction.Transaction) error {
mtx.Lock()
defer mtx.Unlock()
if !choosy {
if completedTxes[tx.Hash()] != nil {
panic("transaction was completed twice")
}
if finalizeWithError {
return errors.New("error while finalizing transaction")
}
completedTxes[tx.Hash()] = tx
return nil
}
for _, unl := range unluckies {
if tx.Hash().Equals(unl.FallbackTransaction.Hash()) {
return errors.New("error while finalizing transaction")
}
}
completedTxes[tx.Hash()] = tx
return nil
}
acc1, ntr1, mp1 := getTestNotary(t, bc, "./testdata/notary1.json", "one", onTransaction)
acc2, _, _ := getTestNotary(t, bc, "./testdata/notary2.json", "two", onTransaction)
randomAcc, err := keys.NewPrivateKey()
require.NoError(t, err)
bc.SetNotary(ntr1)
bc.RegisterPostBlock(func(bc blockchainer.Blockchainer, pool *mempool.Pool, b *block.Block) {
ntr1.PostPersist()
})
notaryNodes := keys.PublicKeys{acc1.PrivateKey().PublicKey(), acc2.PrivateKey().PublicKey()}
bc.setNodesByRole(t, true, native.RoleP2PNotary, notaryNodes)
createFallbackTx := func(requester *wallet.Account, mainTx *transaction.Transaction, nvbIncrement ...uint32) *transaction.Transaction {
fallback := transaction.New(testchain.Network(), []byte{byte(opcode.RET)}, 2000_0000)
fallback.Nonce = nonce
nonce++
fallback.SystemFee = 1_0000_0000
fallback.ValidUntilBlock = bc.BlockHeight() + 50
fallback.Signers = []transaction.Signer{
{
Account: bc.GetNotaryContractScriptHash(),
Scopes: transaction.None,
},
{
Account: requester.PrivateKey().PublicKey().GetScriptHash(),
Scopes: transaction.None,
},
}
nvb := bc.BlockHeight() + nvbDiffFallback
if len(nvbIncrement) != 0 {
nvb += nvbIncrement[0]
}
fallback.Attributes = []transaction.Attribute{
{
Type: transaction.NotaryAssistedT,
Value: &transaction.NotaryAssisted{NKeys: 0},
},
{
Type: transaction.NotValidBeforeT,
Value: &transaction.NotValidBefore{Height: nvb},
},
{
Type: transaction.ConflictsT,
Value: &transaction.Conflicts{Hash: mainTx.Hash()},
},
}
fallback.Scripts = []transaction.Witness{
{
InvocationScript: append([]byte{byte(opcode.PUSHDATA1), 64}, make([]byte, 64)...),
VerificationScript: []byte{},
},
}
requester.SignTx(fallback)
return fallback
}
createStandardRequest := func(requesters []*wallet.Account, NVBincrements ...uint32) []*payload.P2PNotaryRequest {
mainTx := *transaction.New(testchain.Network(), []byte{byte(opcode.RET)}, 11000000)
mainTx.Nonce = nonce
nonce++
mainTx.SystemFee = 100000000
mainTx.ValidUntilBlock = bc.BlockHeight() + 2*nvbDiffFallback
signers := make([]transaction.Signer, len(requesters)+1)
for i := range requesters {
signers[i] = transaction.Signer{
Account: requesters[i].PrivateKey().PublicKey().GetScriptHash(),
Scopes: transaction.None,
}
}
signers[len(signers)-1] = transaction.Signer{
Account: bc.GetNotaryContractScriptHash(),
Scopes: transaction.None,
}
mainTx.Signers = signers
mainTx.Attributes = []transaction.Attribute{
{
Type: transaction.NotaryAssistedT,
Value: &transaction.NotaryAssisted{NKeys: uint8(len(requesters))},
},
}
payloads := make([]*payload.P2PNotaryRequest, len(requesters))
for i := range payloads {
cp := mainTx
main := &cp
scripts := make([]transaction.Witness, len(requesters)+1)
for j := range requesters {
scripts[j].VerificationScript = requesters[j].PrivateKey().PublicKey().GetVerificationScript()
}
scripts[i].InvocationScript = append([]byte{byte(opcode.PUSHDATA1), 64}, requesters[i].PrivateKey().Sign(main.GetSignedPart())...)
main.Scripts = scripts
var fallback *transaction.Transaction
if len(NVBincrements) == len(requesters) {
fallback = createFallbackTx(requesters[i], main, NVBincrements[i])
} else {
fallback = createFallbackTx(requesters[i], main)
}
payloads[i] = &payload.P2PNotaryRequest{
MainTransaction: main,
FallbackTransaction: fallback,
Network: netmode.UnitTestNet,
}
}
return payloads
}
createMultisigRequest := func(m int, requesters []*wallet.Account) []*payload.P2PNotaryRequest {
mainTx := *transaction.New(testchain.Network(), []byte{byte(opcode.RET)}, 11000000)
mainTx.Nonce = nonce
nonce++
mainTx.SystemFee = 100000000
mainTx.ValidUntilBlock = bc.BlockHeight() + 2*nvbDiffFallback
pubs := make(keys.PublicKeys, len(requesters))
for i, r := range requesters {
pubs[i] = r.PrivateKey().PublicKey()
}
script, err := smartcontract.CreateMultiSigRedeemScript(m, pubs)
require.NoError(t, err)
mainTx.Signers = []transaction.Signer{
{
Account: hash.Hash160(script),
Scopes: transaction.None,
},
{
Account: bc.GetNotaryContractScriptHash(),
Scopes: transaction.None,
},
}
mainTx.Attributes = []transaction.Attribute{
{
Type: transaction.NotaryAssistedT,
Value: &transaction.NotaryAssisted{NKeys: uint8(len(requesters))},
},
}
payloads := make([]*payload.P2PNotaryRequest, len(requesters))
// we'll collect only m signatures out of n (so only m payloads are needed), but let's create payloads for all requesters (for the next tests)
for i := range payloads {
cp := mainTx
main := &cp
main.Scripts = []transaction.Witness{
{
InvocationScript: append([]byte{byte(opcode.PUSHDATA1), 64}, requesters[i].PrivateKey().Sign(main.GetSignedPart())...),
VerificationScript: script,
},
{}, // empty Notary witness
}
fallback := createFallbackTx(requesters[i], main)
payloads[i] = &payload.P2PNotaryRequest{
MainTransaction: main,
FallbackTransaction: fallback,
Network: netmode.UnitTestNet,
}
}
return payloads
}
checkSigTx := func(t *testing.T, requests []*payload.P2PNotaryRequest, sentCount int, shouldComplete bool) {
nKeys := len(requests)
completedTx := completedTxes[requests[0].MainTransaction.Hash()]
if sentCount == nKeys && shouldComplete {
require.NotNil(t, completedTx, errors.New("main transaction expected to be completed"))
require.Equal(t, nKeys+1, len(completedTx.Signers))
require.Equal(t, nKeys+1, len(completedTx.Scripts))
interopCtx := bc.newInteropContext(trigger.Verification, bc.dao, nil, completedTx)
for i, req := range requests {
require.Equal(t, req.MainTransaction.Scripts[i], completedTx.Scripts[i])
_, err := bc.verifyHashAgainstScript(completedTx.Signers[i].Account, &completedTx.Scripts[i], interopCtx, -1)
require.NoError(t, err)
}
require.Equal(t, transaction.Witness{
InvocationScript: append([]byte{byte(opcode.PUSHDATA1), 64}, acc1.PrivateKey().Sign(requests[0].MainTransaction.GetSignedPart())...),
VerificationScript: []byte{},
}, completedTx.Scripts[nKeys])
} else {
require.Nil(t, completedTx, fmt.Errorf("main transaction shouldn't be completed: sent %d out of %d requests", sentCount, nKeys))
}
}
checkMultisigTx := func(t *testing.T, nSigs int, requests []*payload.P2PNotaryRequest, sentCount int, shouldComplete bool) {
completedTx := completedTxes[requests[0].MainTransaction.Hash()]
if sentCount >= nSigs && shouldComplete {
require.NotNil(t, completedTx, errors.New("main transaction expected to be completed"))
require.Equal(t, 2, len(completedTx.Signers))
require.Equal(t, 2, len(completedTx.Scripts))
interopCtx := bc.newInteropContext(trigger.Verification, bc.dao, nil, completedTx)
_, err := bc.verifyHashAgainstScript(completedTx.Signers[0].Account, &completedTx.Scripts[0], interopCtx, -1)
require.NoError(t, err)
require.Equal(t, transaction.Witness{
InvocationScript: append([]byte{byte(opcode.PUSHDATA1), 64}, acc1.PrivateKey().Sign(requests[0].MainTransaction.GetSignedPart())...),
VerificationScript: []byte{},
}, completedTx.Scripts[1])
// check that only nSigs out of nKeys signatures are presented in the invocation script
for i, req := range requests[:nSigs] {
require.True(t, bytes.Contains(completedTx.Scripts[0].InvocationScript, req.MainTransaction.Scripts[0].InvocationScript), fmt.Errorf("signature from extra request #%d shouldn't be presented in the main tx", i))
}
// the rest (nKeys-nSigs) out of nKeys shouldn't be presented in the invocation script
for i, req := range requests[nSigs:] {
require.False(t, bytes.Contains(completedTx.Scripts[0].InvocationScript, req.MainTransaction.Scripts[0].InvocationScript), fmt.Errorf("signature from extra request #%d shouldn't be presented in the main tx", i))
}
} else {
require.Nil(t, completedTx, fmt.Errorf("main transaction shouldn't be completed: sent %d out of %d requests", sentCount, nSigs))
}
}
checkFallbackTxs := func(t *testing.T, requests []*payload.P2PNotaryRequest, shouldComplete bool) {
for i, req := range requests {
completedTx := completedTxes[req.FallbackTransaction.Hash()]
if shouldComplete {
require.NotNil(t, completedTx, fmt.Errorf("fallback transaction for request #%d expected to be completed", i))
require.Equal(t, 2, len(completedTx.Signers))
require.Equal(t, 2, len(completedTx.Scripts))
require.Equal(t, transaction.Witness{
InvocationScript: append([]byte{byte(opcode.PUSHDATA1), 64}, acc1.PrivateKey().Sign(req.FallbackTransaction.GetSignedPart())...),
VerificationScript: []byte{},
}, completedTx.Scripts[0])
interopCtx := bc.newInteropContext(trigger.Verification, bc.dao, nil, completedTx)
_, err := bc.verifyHashAgainstScript(completedTx.Signers[1].Account, &completedTx.Scripts[1], interopCtx, -1)
require.NoError(t, err)
} else {
require.Nil(t, completedTx, fmt.Errorf("fallback transaction for request #%d shouldn't be completed", i))
}
}
}
checkCompleteStandardRequest := func(t *testing.T, nKeys int, shouldComplete bool, nvbIncrements ...uint32) []*payload.P2PNotaryRequest {
requesters := make([]*wallet.Account, nKeys)
for i := range requesters {
requesters[i], _ = wallet.NewAccount()
}
requests := createStandardRequest(requesters, nvbIncrements...)
sendOrder := make([]int, nKeys)
for i := range sendOrder {
sendOrder[i] = i
}
rand.Shuffle(nKeys, func(i, j int) {
sendOrder[j], sendOrder[i] = sendOrder[i], sendOrder[j]
})
for i := range requests {
ntr1.OnNewRequest(requests[sendOrder[i]])
checkSigTx(t, requests, i+1, shouldComplete)
completedCount := len(completedTxes)
// check that the same request won't be processed twice
ntr1.OnNewRequest(requests[sendOrder[i]])
checkSigTx(t, requests, i+1, shouldComplete)
require.Equal(t, completedCount, len(completedTxes))
}
return requests
}
checkCompleteMultisigRequest := func(t *testing.T, nSigs int, nKeys int, shouldComplete bool) []*payload.P2PNotaryRequest {
requesters := make([]*wallet.Account, nKeys)
for i := range requesters {
requesters[i], _ = wallet.NewAccount()
}
requests := createMultisigRequest(nSigs, requesters)
sendOrder := make([]int, nKeys)
for i := range sendOrder {
sendOrder[i] = i
}
rand.Shuffle(nKeys, func(i, j int) {
sendOrder[j], sendOrder[i] = sendOrder[i], sendOrder[j]
})
var submittedRequests []*payload.P2PNotaryRequest
// sent only nSigs (m out of n) requests - it should be enough to complete min tx
for i := 0; i < nSigs; i++ {
submittedRequests = append(submittedRequests, requests[sendOrder[i]])
ntr1.OnNewRequest(requests[sendOrder[i]])
checkMultisigTx(t, nSigs, submittedRequests, i+1, shouldComplete)
// check that the same request won't be processed twice
ntr1.OnNewRequest(requests[sendOrder[i]])
checkMultisigTx(t, nSigs, submittedRequests, i+1, shouldComplete)
}
// sent the rest (n-m) out of n requests: main tx is already collected, so only fallbacks should be applied
completedCount := len(completedTxes)
for i := nSigs; i < nKeys; i++ {
submittedRequests = append(submittedRequests, requests[sendOrder[i]])
ntr1.OnNewRequest(requests[sendOrder[i]])
checkMultisigTx(t, nSigs, submittedRequests, i+1, shouldComplete)
require.Equal(t, completedCount, len(completedTxes))
}
return submittedRequests
}
// OnNewRequest: missing account
ntr1.UpdateNotaryNodes(keys.PublicKeys{randomAcc.PublicKey()})
r := checkCompleteStandardRequest(t, 1, false)
checkFallbackTxs(t, r, false)
// set account back for the next tests
ntr1.UpdateNotaryNodes(keys.PublicKeys{acc1.PrivateKey().PublicKey()})
// OnNewRequest: signature request
for _, i := range []int{1, 2, 3, 10} {
r := checkCompleteStandardRequest(t, i, true)
checkFallbackTxs(t, r, false)
}
// OnNewRequest: multisignature request
r = checkCompleteMultisigRequest(t, 1, 1, true)
checkFallbackTxs(t, r, false)
r = checkCompleteMultisigRequest(t, 1, 2, true)
checkFallbackTxs(t, r, false)
r = checkCompleteMultisigRequest(t, 1, 3, true)
checkFallbackTxs(t, r, false)
r = checkCompleteMultisigRequest(t, 3, 3, true)
checkFallbackTxs(t, r, false)
r = checkCompleteMultisigRequest(t, 3, 4, true)
checkFallbackTxs(t, r, false)
r = checkCompleteMultisigRequest(t, 3, 10, true)
checkFallbackTxs(t, r, false)
// PostPersist: missing account
finalizeWithError = true
r = checkCompleteStandardRequest(t, 1, false)
checkFallbackTxs(t, r, false)
finalizeWithError = false
ntr1.UpdateNotaryNodes(keys.PublicKeys{randomAcc.PublicKey()})
require.NoError(t, bc.AddBlock(bc.newBlock()))
checkSigTx(t, r, 1, false)
checkFallbackTxs(t, r, false)
// set account back for the next tests
ntr1.UpdateNotaryNodes(keys.PublicKeys{acc1.PrivateKey().PublicKey()})
// PostPersist: complete main transaction, signature request
finalizeWithError = true
requests := checkCompleteStandardRequest(t, 3, false)
// check PostPersist with finalisation error
finalizeWithError = true
require.NoError(t, bc.AddBlock(bc.newBlock()))
checkSigTx(t, requests, len(requests), false)
// check PostPersist without finalisation error
finalizeWithError = false
require.NoError(t, bc.AddBlock(bc.newBlock()))
checkSigTx(t, requests, len(requests), true)
// PostPersist: complete main transaction, multisignature account
finalizeWithError = true
requests = checkCompleteMultisigRequest(t, 3, 4, false)
checkFallbackTxs(t, requests, false)
// check PostPersist with finalisation error
finalizeWithError = true
require.NoError(t, bc.AddBlock(bc.newBlock()))
checkMultisigTx(t, 3, requests, len(requests), false)
checkFallbackTxs(t, requests, false)
// check PostPersist without finalisation error
finalizeWithError = false
require.NoError(t, bc.AddBlock(bc.newBlock()))
checkMultisigTx(t, 3, requests, len(requests), true)
checkFallbackTxs(t, requests, false)
// PostPersist: complete fallback, signature request
finalizeWithError = true
requests = checkCompleteStandardRequest(t, 3, false)
checkFallbackTxs(t, requests, false)
// make fallbacks valid
_, err = bc.genBlocks(int(nvbDiffFallback))
require.NoError(t, err)
// check PostPersist for valid fallbacks with finalisation error
require.NoError(t, bc.AddBlock(bc.newBlock()))
checkSigTx(t, requests, len(requests), false)
checkFallbackTxs(t, requests, false)
// check PostPersist for valid fallbacks without finalisation error
finalizeWithError = false
require.NoError(t, bc.AddBlock(bc.newBlock()))
checkSigTx(t, requests, len(requests), false)
checkFallbackTxs(t, requests, true)
// PostPersist: complete fallback, multisignature request
nSigs, nKeys := 3, 5
// check OnNewRequest with finalization error
finalizeWithError = true
requests = checkCompleteMultisigRequest(t, nSigs, nKeys, false)
checkFallbackTxs(t, requests, false)
// make fallbacks valid
_, err = bc.genBlocks(int(nvbDiffFallback))
require.NoError(t, err)
// check PostPersist for valid fallbacks with finalisation error
require.NoError(t, bc.AddBlock(bc.newBlock()))
checkMultisigTx(t, nSigs, requests, len(requests), false)
checkFallbackTxs(t, requests, false)
// check PostPersist for valid fallbacks without finalisation error
finalizeWithError = false
require.NoError(t, bc.AddBlock(bc.newBlock()))
checkMultisigTx(t, nSigs, requests, len(requests), false)
checkFallbackTxs(t, requests[:nSigs], true)
// the rest of fallbacks should also be applied even if the main tx was already constructed by the moment they were sent
checkFallbackTxs(t, requests[nSigs:], true)
// PostPersist: partial fallbacks completion due to finalisation errors
finalizeWithError = true
requests = checkCompleteStandardRequest(t, 5, false)
checkFallbackTxs(t, requests, false)
// make fallbacks valid
_, err = bc.genBlocks(int(nvbDiffFallback))
require.NoError(t, err)
// some of fallbacks should fail finalisation
unluckies = []*payload.P2PNotaryRequest{requests[0], requests[4]}
lucky := requests[1:4]
choosy = true
// check PostPersist for lucky fallbacks
require.NoError(t, bc.AddBlock(bc.newBlock()))
checkSigTx(t, requests, len(requests), false)
checkFallbackTxs(t, lucky, true)
checkFallbackTxs(t, unluckies, false)
// reset finalisation function for unlucky fallbacks to finalise without an error
choosy = false
finalizeWithError = false
// check PostPersist for unlucky fallbacks
require.NoError(t, bc.AddBlock(bc.newBlock()))
checkSigTx(t, requests, len(requests), false)
checkFallbackTxs(t, lucky, true)
checkFallbackTxs(t, unluckies, true)
// PostPersist: different NVBs
// check OnNewRequest with finalization error and different NVBs
finalizeWithError = true
requests = checkCompleteStandardRequest(t, 5, false, 1, 2, 3, 4, 5)
checkFallbackTxs(t, requests, false)
// generate blocks to reach the most earlier fallback's NVB
_, err = bc.genBlocks(int(nvbDiffFallback))
require.NoError(t, err)
// check PostPersist for valid fallbacks without finalisation error
finalizeWithError = false
for i := range requests {
require.NoError(t, bc.AddBlock(bc.newBlock()))
checkSigTx(t, requests, len(requests), false)
checkFallbackTxs(t, requests[:i+1], true)
checkFallbackTxs(t, requests[i+1:], false)
}
// OnRequestRemoval: missing account
// check OnNewRequest with finalization error
finalizeWithError = true
requests = checkCompleteStandardRequest(t, 4, false)
checkFallbackTxs(t, requests, false)
// make fallbacks valid and remove one fallback
_, err = bc.genBlocks(int(nvbDiffFallback))
require.NoError(t, err)
ntr1.UpdateNotaryNodes(keys.PublicKeys{randomAcc.PublicKey()})
ntr1.OnRequestRemoval(requests[3])
// non of the fallbacks should be completed
finalizeWithError = false
require.NoError(t, bc.AddBlock(bc.newBlock()))
checkSigTx(t, requests, len(requests), false)
checkFallbackTxs(t, requests, false)
// set account back for the next tests
ntr1.UpdateNotaryNodes(keys.PublicKeys{acc1.PrivateKey().PublicKey()})
// OnRequestRemoval: signature request, remove one fallback
// check OnNewRequest with finalization error
finalizeWithError = true
requests = checkCompleteStandardRequest(t, 4, false)
checkFallbackTxs(t, requests, false)
// make fallbacks valid and remove one fallback
_, err = bc.genBlocks(int(nvbDiffFallback))
require.NoError(t, err)
unlucky := requests[3]
ntr1.OnRequestRemoval(unlucky)
// rest of the fallbacks should be completed
finalizeWithError = false
require.NoError(t, bc.AddBlock(bc.newBlock()))
checkSigTx(t, requests, len(requests), false)
checkFallbackTxs(t, requests[:3], true)
require.Nil(t, completedTxes[unlucky.FallbackTransaction.Hash()])
// OnRequestRemoval: signature request, remove all fallbacks
finalizeWithError = true
requests = checkCompleteStandardRequest(t, 4, false)
// remove all fallbacks
_, err = bc.genBlocks(int(nvbDiffFallback))
require.NoError(t, err)
for i := range requests {
ntr1.OnRequestRemoval(requests[i])
}
// then the whole request should be removed, i.e. there are no completed transactions
finalizeWithError = false
require.NoError(t, bc.AddBlock(bc.newBlock()))
checkSigTx(t, requests, len(requests), false)
checkFallbackTxs(t, requests, false)
// OnRequestRemoval: signature request, remove unexisting fallback
ntr1.OnRequestRemoval(requests[0])
require.NoError(t, bc.AddBlock(bc.newBlock()))
checkSigTx(t, requests, len(requests), false)
checkFallbackTxs(t, requests, false)
// OnRequestRemoval: multisignature request, remove one fallback
nSigs, nKeys = 3, 5
// check OnNewRequest with finalization error
finalizeWithError = true
requests = checkCompleteMultisigRequest(t, nSigs, nKeys, false)
checkMultisigTx(t, nSigs, requests, len(requests), false)
checkFallbackTxs(t, requests, false)
// make fallbacks valid and remove the last fallback
_, err = bc.genBlocks(int(nvbDiffFallback))
require.NoError(t, err)
unlucky = requests[nSigs-1]
ntr1.OnRequestRemoval(unlucky)
// then (m-1) out of n fallbacks should be completed
finalizeWithError = false
require.NoError(t, bc.AddBlock(bc.newBlock()))
checkMultisigTx(t, nSigs, requests, len(requests), false)
checkFallbackTxs(t, requests[:nSigs-1], true)
require.Nil(t, completedTxes[unlucky.FallbackTransaction.Hash()])
// the rest (n-(m-1)) out of n fallbacks should also be completed even if main tx has been collected by the moment they were sent
checkFallbackTxs(t, requests[nSigs:], true)
// OnRequestRemoval: multisignature request, remove all fallbacks
finalizeWithError = true
requests = checkCompleteMultisigRequest(t, nSigs, nKeys, false)
// make fallbacks valid and then remove all of them
_, err = bc.genBlocks(int(nvbDiffFallback))
require.NoError(t, err)
for i := range requests {
ntr1.OnRequestRemoval(requests[i])
}
// then the whole request should be removed, i.e. there are no completed transactions
finalizeWithError = false
require.NoError(t, bc.AddBlock(bc.newBlock()))
checkMultisigTx(t, nSigs, requests, len(requests), false)
checkFallbackTxs(t, requests, false)
// // OnRequestRemoval: multisignature request, remove unexisting fallbac, i.e. there still shouldn't be any completed transactions after this
ntr1.OnRequestRemoval(requests[0])
require.NoError(t, bc.AddBlock(bc.newBlock()))
checkMultisigTx(t, nSigs, requests, len(requests), false)
checkFallbackTxs(t, requests, false)
// Subscriptions test
mp1.RunSubscriptions()
go ntr1.Run()
defer func() {
ntr1.Stop()
mp1.StopSubscriptions()
}()
finalizeWithError = false
requester1, _ := wallet.NewAccount()
requester2, _ := wallet.NewAccount()
amount := int64(100_0000_0000)
feer := NewNotaryFeerStub(bc)
transferTokenFromMultisigAccountCheckOK(t, bc, bc.GetNotaryContractScriptHash(), bc.contracts.GAS.Hash, amount, requester1.PrivateKey().PublicKey().GetScriptHash(), int64(bc.BlockHeight()+50))
checkBalanceOf(t, bc, bc.contracts.Notary.Hash, int(amount))
transferTokenFromMultisigAccountCheckOK(t, bc, bc.GetNotaryContractScriptHash(), bc.contracts.GAS.Hash, amount, requester2.PrivateKey().PublicKey().GetScriptHash(), int64(bc.BlockHeight()+50))
checkBalanceOf(t, bc, bc.contracts.Notary.Hash, int(2*amount))
// create request for 2 standard signatures => main tx should be completed after the second request is added to the pool
requests = createStandardRequest([]*wallet.Account{requester1, requester2})
require.NoError(t, mp1.Add(requests[0].FallbackTransaction, feer, requests[0]))
require.NoError(t, mp1.Add(requests[1].FallbackTransaction, feer, requests[1]))
require.Eventually(t, func() bool {
mtx.RLock()
defer mtx.RUnlock()
return completedTxes[requests[0].MainTransaction.Hash()] != nil
}, time.Second, time.Millisecond)
checkFallbackTxs(t, requests, false)
}