BTMValue: 0,
},
output: &GasState{
- GasLeft: 10000 / consensus.VMGasRate,
+ GasLeft: 10000/consensus.ActiveNetParams.VMGasRate + consensus.ActiveNetParams.DefaultGasCredit,
GasUsed: 0,
BTMValue: 10000,
},
},
{
input: &GasState{
- GasLeft: consensus.DefaultGasCredit,
+ GasLeft: consensus.ActiveNetParams.DefaultGasCredit,
GasUsed: 0,
BTMValue: 0,
},
output: &GasState{
- GasLeft: 200000,
+ GasLeft: 640000,
GasUsed: 0,
BTMValue: 80000000000,
},
},
{
input: &GasState{
+ GasLeft: consensus.ActiveNetParams.DefaultGasCredit,
+ GasUsed: 0,
+ BTMValue: 0,
+ },
+ output: &GasState{
+ GasLeft: 640000,
+ GasUsed: 0,
+ BTMValue: math.MaxInt64,
+ },
+ f: func(input *GasState) error {
+ return input.setGas(math.MaxInt64, 0)
+ },
+ err: nil,
+ },
+ {
+ input: &GasState{
GasLeft: 10000,
GasUsed: 0,
BTMValue: 0,
},
err: nil,
},
+ {
+ input: &GasState{
+ GasLeft: -10000,
+ GasUsed: 0,
+ BTMValue: 0,
+ },
+ output: &GasState{
+ GasLeft: -10000,
+ GasUsed: 0,
+ BTMValue: 0,
+ },
+ f: func(input *GasState) error {
+ return input.updateUsage(math.MaxInt64)
+ },
+ err: ErrGasCalculate,
+ },
+ {
+ input: &GasState{
+ GasLeft: 1000,
+ GasUsed: 10,
+ StorageGas: 1000,
+ GasValid: false,
+ },
+ output: &GasState{
+ GasLeft: 0,
+ GasUsed: 1010,
+ StorageGas: 1000,
+ GasValid: true,
+ },
+ f: func(input *GasState) error {
+ return input.setGasValid()
+ },
+ err: nil,
+ },
+ {
+ input: &GasState{
+ GasLeft: 900,
+ GasUsed: 10,
+ StorageGas: 1000,
+ GasValid: false,
+ },
+ output: &GasState{
+ GasLeft: -100,
+ GasUsed: 10,
+ StorageGas: 1000,
+ GasValid: false,
+ },
+ f: func(input *GasState) error {
+ return input.setGasValid()
+ },
+ err: ErrGasCalculate,
+ },
+ {
+ input: &GasState{
+ GasLeft: 1000,
+ GasUsed: math.MaxInt64,
+ StorageGas: 1000,
+ GasValid: false,
+ },
+ output: &GasState{
+ GasLeft: 0,
+ GasUsed: 0,
+ StorageGas: 1000,
+ GasValid: false,
+ },
+ f: func(input *GasState) error {
+ return input.setGasValid()
+ },
+ err: ErrGasCalculate,
+ },
+ {
+ input: &GasState{
+ GasLeft: math.MinInt64,
+ GasUsed: 0,
+ StorageGas: 1000,
+ GasValid: false,
+ },
+ output: &GasState{
+ GasLeft: 0,
+ GasUsed: 0,
+ StorageGas: 1000,
+ GasValid: false,
+ },
+ f: func(input *GasState) error {
+ return input.setGasValid()
+ },
+ err: ErrGasCalculate,
+ },
}
for i, c := range cases {
txInputs := make([]*types.TxInput, 0, len(inputs))
txOutputs := make([]*types.TxOutput, 0, len(outputs))
- for _, amount := range inputs {
- txInput := types.NewSpendInput(nil, *sourceID, *consensus.BTMAssetID, amount, 0, ctrlProgram)
+ for i, amount := range inputs {
+ txInput := types.NewSpendInput(nil, *sourceID, *consensus.BTMAssetID, amount, uint64(i), ctrlProgram)
txInputs = append(txInputs, txInput)
}
for _, amount := range outputs {
- txOutput := types.NewTxOutput(*consensus.BTMAssetID, amount, ctrlProgram)
+ txOutput := types.NewIntraChainOutput(*consensus.BTMAssetID, amount, ctrlProgram)
txOutputs = append(txOutputs, txOutput)
}
addCoinbase := func(assetID *bc.AssetID, amount uint64, arbitrary []byte) {
coinbase := bc.NewCoinbase(arbitrary)
- txOutput := types.NewTxOutput(*assetID, amount, []byte{byte(vm.OP_TRUE)})
+ txOutput := types.NewIntraChainOutput(*assetID, amount, []byte{byte(vm.OP_TRUE)})
+ assetAmount := txOutput.AssetAmount()
muxID := getMuxID(tx)
- coinbase.SetDestination(muxID, &txOutput.AssetAmount, uint64(len(mux.Sources)))
+ coinbase.SetDestination(muxID, &assetAmount, uint64(len(mux.Sources)))
coinbaseID := bc.EntryID(coinbase)
tx.Entries[coinbaseID] = coinbase
mux.Sources = append(mux.Sources, &bc.ValueSource{
Ref: &coinbaseID,
- Value: &txOutput.AssetAmount,
+ Value: &assetAmount,
})
src := &bc.ValueSource{
Ref: muxID,
- Value: &txOutput.AssetAmount,
+ Value: &assetAmount,
Position: uint64(len(tx.ResultIds)),
}
- prog := &bc.Program{txOutput.VMVersion, txOutput.ControlProgram}
- output := bc.NewOutput(src, prog, uint64(len(tx.ResultIds)))
+ prog := &bc.Program{txOutput.VMVersion(), txOutput.ControlProgram()}
+ output := bc.NewIntraChainOutput(src, prog, uint64(len(tx.ResultIds)))
outputID := bc.EntryID(output)
tx.Entries[outputID] = output
{
desc: "unbalanced mux amounts",
f: func() {
- mux.Sources[0].Value.Amount++
- iss := tx.Entries[*mux.Sources[0].Ref].(*bc.Issuance)
- iss.WitnessDestination.Value.Amount++
- },
- err: ErrUnbalanced,
- },
- {
- desc: "unbalanced mux amounts",
- f: func() {
mux.WitnessDestinations[0].Value.Amount++
},
err: ErrUnbalanced,
err: nil,
},
{
- desc: "overflowing mux source amounts",
- f: func() {
- mux.Sources[0].Value.Amount = math.MaxInt64
- iss := tx.Entries[*mux.Sources[0].Ref].(*bc.Issuance)
- iss.WitnessDestination.Value.Amount = math.MaxInt64
- },
- err: ErrOverflow,
- },
- {
desc: "underflowing mux destination amounts",
f: func() {
mux.WitnessDestinations[0].Value.Amount = math.MaxInt64
- out := tx.Entries[*mux.WitnessDestinations[0].Ref].(*bc.Output)
+ out := tx.Entries[*mux.WitnessDestinations[0].Ref].(*bc.IntraChainOutput)
out.Source.Value.Amount = math.MaxInt64
mux.WitnessDestinations[1].Value.Amount = math.MaxInt64
- out = tx.Entries[*mux.WitnessDestinations[1].Ref].(*bc.Output)
+ out = tx.Entries[*mux.WitnessDestinations[1].Ref].(*bc.IntraChainOutput)
out.Source.Value.Amount = math.MaxInt64
},
err: ErrOverflow,
{
desc: "mismatched output source / mux dest position",
f: func() {
- tx.Entries[*tx.ResultIds[0]].(*bc.Output).Source.Position = 1
+ tx.Entries[*tx.ResultIds[0]].(*bc.IntraChainOutput).Source.Position = 1
+ },
+ err: ErrMismatchedPosition,
+ },
+ {
+ desc: "mismatched input dest / mux source position",
+ f: func() {
+ mux.Sources[0].Position = 1
},
err: ErrMismatchedPosition,
},
fixture2 := sample(t, fixture)
tx2 := types.NewTx(*fixture2.tx).Tx
out2ID := tx2.ResultIds[0]
- out2 := tx2.Entries[*out2ID].(*bc.Output)
+ out2 := tx2.Entries[*out2ID].(*bc.IntraChainOutput)
tx.Entries[*out2ID] = out2
mux.WitnessDestinations[0].Ref = out2ID
},
desc: "mismatched mux dest value / output source value",
f: func() {
outID := tx.ResultIds[0]
- out := tx.Entries[*outID].(*bc.Output)
+ out := tx.Entries[*outID].(*bc.IntraChainOutput)
mux.WitnessDestinations[0].Value = &bc.AssetAmount{
AssetId: out.Source.Value.AssetId,
Amount: out.Source.Value.Amount + 1,
},
},
{
- desc: "issuance program failure",
- f: func() {
- iss := txIssuance(t, tx, 0)
- iss.WitnessArguments[0] = []byte{}
- },
- err: vm.ErrFalseVMResult,
- },
- {
desc: "spend control program failure",
f: func() {
spend := txSpend(t, tx, 1)
desc: "mismatched spent source/witness value",
f: func() {
spend := txSpend(t, tx, 1)
- spentOutput := tx.Entries[*spend.SpentOutputId].(*bc.Output)
+ spentOutput := tx.Entries[*spend.SpentOutputId].(*bc.IntraChainOutput)
spentOutput.Source.Value = &bc.AssetAmount{
AssetId: spend.WitnessDestination.Value.AssetId,
Amount: spend.WitnessDestination.Value.Amount + 1,
err: bc.ErrMissingEntry,
},
{
- desc: "no gas spend input",
+ desc: "normal check with no gas spend input",
f: func() {
spendID := mux.Sources[len(mux.Sources)-1].Ref
delete(tx.Entries, *spendID)
tx.GasInputIDs = nil
vs.gasStatus.GasLeft = 0
},
- err: vm.ErrRunLimitExceeded,
+ err: nil,
},
{
desc: "no gas spend input, but set gas left, so it's ok",
err: ErrMismatchedValue,
},
{
- desc: "mismatched witness asset destination",
- f: func() {
- issuanceID := mux.Sources[0].Ref
- issuance := tx.Entries[*issuanceID].(*bc.Issuance)
- issuance.WitnessAssetDefinition.Data = &bc.Hash{V0: 9999}
- },
- err: ErrMismatchedAssetID,
- },
- {
- desc: "issuance witness position greater than length of mux sources",
- f: func() {
- issuanceID := mux.Sources[0].Ref
- issuance := tx.Entries[*issuanceID].(*bc.Issuance)
- issuance.WitnessDestination.Position = uint64(len(mux.Sources) + 1)
- },
- err: ErrPosition,
- },
- {
desc: "normal coinbase tx",
f: func() {
addCoinbase(consensus.BTMAssetID, 100000, nil)
{
desc: "coinbase arbitrary size out of limit",
f: func() {
- arbitrary := make([]byte, consensus.CoinbaseArbitrarySizeLimit+1)
+ arbitrary := make([]byte, consensus.ActiveNetParams.CoinbaseArbitrarySizeLimit+1)
addCoinbase(consensus.BTMAssetID, 100000, arbitrary)
},
err: ErrCoinbaseArbitraryOversize,
desc: "normal retirement output",
f: func() {
outputID := tx.ResultIds[0]
- output := tx.Entries[*outputID].(*bc.Output)
+ output := tx.Entries[*outputID].(*bc.IntraChainOutput)
retirement := bc.NewRetirement(output.Source, output.Ordinal)
retirementID := bc.EntryID(retirement)
tx.Entries[retirementID] = retirement
desc: "ordinal doesn't matter for prevouts",
f: func() {
spend := txSpend(t, tx, 1)
- prevout := tx.Entries[*spend.SpentOutputId].(*bc.Output)
- newPrevout := bc.NewOutput(prevout.Source, prevout.ControlProgram, 10)
+ prevout := tx.Entries[*spend.SpentOutputId].(*bc.IntraChainOutput)
+ newPrevout := bc.NewIntraChainOutput(prevout.Source, prevout.ControlProgram, 10)
hash := bc.EntryID(newPrevout)
spend.SpentOutputId = &hash
},
}
}
+// TestCoinbase test the coinbase transaction is valid (txtest#1016)
func TestCoinbase(t *testing.T) {
- CbTx := mockCoinbaseTx(5000000000)
+ cp, _ := vmutil.DefaultCoinbaseProgram()
+ retire, _ := vmutil.RetireProgram([]byte{})
+ CbTx := types.MapTx(&types.TxData{
+ SerializedSize: 1,
+ Inputs: []*types.TxInput{
+ types.NewCoinbaseInput(nil),
+ },
+ Outputs: []*types.TxOutput{
+ types.NewIntraChainOutput(*consensus.BTMAssetID, 888, cp),
+ },
+ })
+
cases := []struct {
block *bc.Block
- tx *bc.Tx
+ txIndex int
GasValid bool
err error
}{
{
block: &bc.Block{
- BlockHeader: &bc.BlockHeader{
- Height: 666,
- },
+ BlockHeader: &bc.BlockHeader{Height: 666},
Transactions: []*bc.Tx{CbTx},
},
- tx: CbTx,
+ txIndex: 0,
GasValid: true,
err: nil,
},
+ {
+ block: &bc.Block{
+ BlockHeader: &bc.BlockHeader{Height: 666},
+ Transactions: []*bc.Tx{
+ CbTx,
+ types.MapTx(&types.TxData{
+ SerializedSize: 1,
+ Inputs: []*types.TxInput{
+ types.NewCoinbaseInput(nil),
+ },
+ Outputs: []*types.TxOutput{
+ types.NewIntraChainOutput(*consensus.BTMAssetID, 888, cp),
+ },
+ }),
+ },
+ },
+ txIndex: 1,
+ GasValid: false,
+ err: ErrWrongCoinbaseTransaction,
+ },
+ {
+ block: &bc.Block{
+ BlockHeader: &bc.BlockHeader{Height: 666},
+ Transactions: []*bc.Tx{
+ CbTx,
+ types.MapTx(&types.TxData{
+ SerializedSize: 1,
+ Inputs: []*types.TxInput{
+ types.NewCoinbaseInput(nil),
+ types.NewSpendInput([][]byte{}, *newHash(8), *consensus.BTMAssetID, 100000000, 0, cp),
+ },
+ Outputs: []*types.TxOutput{
+ types.NewIntraChainOutput(*consensus.BTMAssetID, 888, cp),
+ types.NewIntraChainOutput(*consensus.BTMAssetID, 90000000, cp),
+ },
+ }),
+ },
+ },
+ txIndex: 1,
+ GasValid: false,
+ err: ErrWrongCoinbaseTransaction,
+ },
+ {
+ block: &bc.Block{
+ BlockHeader: &bc.BlockHeader{Height: 666},
+ Transactions: []*bc.Tx{
+ CbTx,
+ types.MapTx(&types.TxData{
+ SerializedSize: 1,
+ Inputs: []*types.TxInput{
+ types.NewCoinbaseInput(nil),
+ types.NewSpendInput([][]byte{}, *newHash(8), *consensus.BTMAssetID, 100000000, 0, cp),
+ },
+ Outputs: []*types.TxOutput{
+ types.NewIntraChainOutput(*consensus.BTMAssetID, 888, cp),
+ types.NewIntraChainOutput(*consensus.BTMAssetID, 90000000, cp),
+ },
+ }),
+ },
+ },
+ txIndex: 1,
+ GasValid: false,
+ err: ErrWrongCoinbaseTransaction,
+ },
+ {
+ block: &bc.Block{
+ BlockHeader: &bc.BlockHeader{Height: 666},
+ Transactions: []*bc.Tx{
+ types.MapTx(&types.TxData{
+ SerializedSize: 1,
+ Inputs: []*types.TxInput{
+ types.NewCoinbaseInput(nil),
+ types.NewSpendInput([][]byte{}, *newHash(8), *consensus.BTMAssetID, 100000000, 0, cp),
+ },
+ Outputs: []*types.TxOutput{
+ types.NewIntraChainOutput(*consensus.BTMAssetID, 888, cp),
+ types.NewIntraChainOutput(*consensus.BTMAssetID, 90000000, cp),
+ },
+ }),
+ },
+ },
+ txIndex: 0,
+ GasValid: true,
+ err: nil,
+ },
+ {
+ block: &bc.Block{
+ BlockHeader: &bc.BlockHeader{Height: 666},
+ Transactions: []*bc.Tx{
+ types.MapTx(&types.TxData{
+ SerializedSize: 1,
+ Inputs: []*types.TxInput{
+ types.NewCoinbaseInput(nil),
+ types.NewSpendInput([][]byte{}, *newHash(8), *consensus.BTMAssetID, 100000000, 0, retire),
+ },
+ Outputs: []*types.TxOutput{
+ types.NewIntraChainOutput(*consensus.BTMAssetID, 888, cp),
+ types.NewIntraChainOutput(*consensus.BTMAssetID, 90000000, cp),
+ },
+ }),
+ },
+ },
+ txIndex: 0,
+ GasValid: false,
+ err: vm.ErrReturn,
+ },
}
for i, c := range cases {
- gasStatus, err := ValidateTx(c.tx, c.block)
+ gasStatus, err := ValidateTx(c.block.Transactions[c.txIndex], c.block)
if rootErr(err) != c.err {
t.Errorf("#%d got error %s, want %s", i, err, c.err)
}
}
+// TestTimeRange test the checkTimeRange function (txtest#1004)
func TestTimeRange(t *testing.T) {
cases := []struct {
timeRange uint64
block := &bc.Block{
BlockHeader: &bc.BlockHeader{
Height: 333,
- Timestamp: 1521625823,
+ Timestamp: 1521625823000,
},
}
mockGasTxInput(),
},
Outputs: []*types.TxOutput{
- types.NewTxOutput(*consensus.BTMAssetID, 1, []byte{0x6a}),
+ types.NewIntraChainOutput(*consensus.BTMAssetID, 1, []byte{0x6a}),
},
})
}
}
+func TestValidateTxVersion(t *testing.T) {
+ cases := []struct {
+ desc string
+ block *bc.Block
+ err error
+ }{
+ {
+ desc: "tx version greater than 1 (txtest#1001)",
+ block: &bc.Block{
+ BlockHeader: &bc.BlockHeader{Version: 1},
+ Transactions: []*bc.Tx{
+ {TxHeader: &bc.TxHeader{Version: 2}},
+ },
+ },
+ err: ErrTxVersion,
+ },
+ {
+ desc: "tx version equals 0 (txtest#1002)",
+ block: &bc.Block{
+ BlockHeader: &bc.BlockHeader{Version: 1},
+ Transactions: []*bc.Tx{
+ {TxHeader: &bc.TxHeader{Version: 0}},
+ },
+ },
+ err: ErrTxVersion,
+ },
+ {
+ desc: "tx version equals max uint64 (txtest#1003)",
+ block: &bc.Block{
+ BlockHeader: &bc.BlockHeader{Version: 1},
+ Transactions: []*bc.Tx{
+ {TxHeader: &bc.TxHeader{Version: math.MaxUint64}},
+ },
+ },
+ err: ErrTxVersion,
+ },
+ }
+
+ for i, c := range cases {
+ if _, err := ValidateTx(c.block.Transactions[0], c.block); rootErr(err) != c.err {
+ t.Errorf("case #%d (%s) got error %t, want %t", i, c.desc, err, c.err)
+ }
+ }
+}
+
// A txFixture is returned by sample (below) to produce a sample
// transaction, which takes a separate, optional _input_ txFixture to
// affect the transaction that's built. The components of the
result.issuanceProg = bc.Program{VmVersion: 1, Code: prog}
}
if len(result.issuanceArgs) == 0 {
- result.issuanceArgs = [][]byte{[]byte{2}, []byte{3}}
+ result.issuanceArgs = [][]byte{{2}, {3}}
}
if len(result.assetDef) == 0 {
result.assetDef = []byte{2}
}
if result.assetID.IsZero() {
- refdatahash := hashData(result.assetDef)
- result.assetID = bc.ComputeAssetID(result.issuanceProg.Code, result.issuanceProg.VmVersion, &refdatahash)
+ result.assetID = bc.AssetID{V0: 9999}
}
if result.txVersion == 0 {
if err != nil {
tb.Fatal(err)
}
- args1 := [][]byte{[]byte{4}, []byte{5}}
+ args1 := [][]byte{{4}, {5}}
cp2, err := vm.Assemble("ADD 13 NUMEQUAL")
if err != nil {
tb.Fatal(err)
}
- args2 := [][]byte{[]byte{6}, []byte{7}}
+ args2 := [][]byte{{6}, {7}}
result.txInputs = []*types.TxInput{
- types.NewIssuanceInput([]byte{3}, 10, result.issuanceProg.Code, result.issuanceArgs, result.assetDef),
+ types.NewSpendInput(nil, *newHash(9), result.assetID, 10, 0, []byte{byte(vm.OP_TRUE)}),
types.NewSpendInput(args1, *newHash(5), result.assetID, 20, 0, cp1),
types.NewSpendInput(args2, *newHash(8), result.assetID, 40, 0, cp2),
}
}
result.txOutputs = []*types.TxOutput{
- types.NewTxOutput(result.assetID, 25, cp1),
- types.NewTxOutput(result.assetID, 45, cp2),
+ types.NewIntraChainOutput(result.assetID, 25, cp1),
+ types.NewIntraChainOutput(result.assetID, 45, cp2),
}
}
}
}
-func mockCoinbaseTx(amount uint64) *bc.Tx {
- cp, _ := vmutil.DefaultCoinbaseProgram()
- return types.MapTx(&types.TxData{
- SerializedSize: 1,
- Inputs: []*types.TxInput{
- types.NewCoinbaseInput(nil),
- },
- Outputs: []*types.TxOutput{
- types.NewTxOutput(*consensus.BTMAssetID, amount, cp),
- },
- })
-}
-
func mockGasTxInput() *types.TxInput {
cp, _ := vmutil.DefaultCoinbaseProgram()
return types.NewSpendInput([][]byte{}, *newHash(8), *consensus.BTMAssetID, 100000000, 0, cp)
return &a
}
-func txIssuance(t *testing.T, tx *bc.Tx, index int) *bc.Issuance {
- id := tx.InputIDs[index]
- res, err := tx.Issuance(id)
- if err != nil {
- t.Fatal(err)
- }
- return res
-}
-
func txSpend(t *testing.T, tx *bc.Tx, index int) *bc.Spend {
id := tx.InputIDs[index]
res, err := tx.Spend(id)
func getMuxID(tx *bc.Tx) *bc.Hash {
out := tx.Entries[*tx.ResultIds[0]]
switch result := out.(type) {
- case *bc.Output:
+ case *bc.IntraChainOutput:
return result.Source.Ref
case *bc.Retirement:
return result.Source.Ref
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