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package runtime
import (
"math"
"math/big"
"testing"
"github.com/dexon-foundation/decimal"
"github.com/stretchr/testify/suite"
dexCommon "github.com/dexon-foundation/dexon/common"
"github.com/dexon-foundation/dexon/core/vm"
"github.com/dexon-foundation/dexon/core/vm/sqlvm/ast"
"github.com/dexon-foundation/dexon/core/vm/sqlvm/common"
dec "github.com/dexon-foundation/dexon/core/vm/sqlvm/common/decimal"
)
func TestFunction(t *testing.T) {
suite.Run(t, new(FunctionSuite))
}
type FunctionSuite struct {
suite.Suite
}
var (
hash1 = dexCommon.BigToHash(big.NewInt(1))
hash255 = dexCommon.BigToHash(big.NewInt(255))
)
var mockNumberHashTable = map[uint64]dexCommon.Hash{1: hash1, 255: hash255}
func mockGetHashFunc(u uint64) dexCommon.Hash { return mockNumberHashTable[u] }
func (s *FunctionSuite) TestFnBlockHash() {
type blockHashCase struct {
Name string
Ops []*Operand
Length uint64
Res [][]byte
Cur *big.Int
Err error
}
testcases := []blockHashCase{
{"Immediate OP", []*Operand{
{IsImmediate: true, Meta: nil, Data: []Tuple{{&Raw{Value: decimal.New(1, 0)}}}},
}, 2, [][]byte{hash1.Bytes(), hash1.Bytes()}, big.NewInt(255), nil},
{"OP", []*Operand{
{IsImmediate: false, Meta: nil, Data: []Tuple{
{&Raw{Value: decimal.New(255, 0)}},
{&Raw{Value: decimal.New(515, 0)}},
}},
}, 2, [][]byte{hash255.Bytes(), make([]byte, 32)}, big.NewInt(256), nil},
{"Older than 257 block", []*Operand{
{IsImmediate: false, Meta: nil, Data: []Tuple{
{&Raw{Value: decimal.New(1, 0)}},
}},
}, 1, [][]byte{make([]byte, 32)}, big.NewInt(512), nil},
}
callFn := func(c blockHashCase) (*Operand, error) {
return fnBlockHash(
&common.Context{
Context: vm.Context{
GetHash: mockGetHashFunc,
BlockNumber: c.Cur,
},
},
c.Ops,
c.Length,
)
}
meta := []ast.DataType{ast.ComposeDataType(ast.DataTypeMajorFixedBytes, 3)}
for idx, tCase := range testcases {
r, err := callFn(tCase)
s.Require().Equal(
tCase.Err, err,
"Index: %v. Error not expected: %v != %v", idx, tCase.Err, err)
s.Require().Equal(
meta, r.Meta,
"Index: %v. Meta not equal: %v != %v", idx, meta, r.Meta)
s.Require().Equal(
uint64(len(r.Data)), tCase.Length,
"Index: %v. Length not equal: %v != %v", idx, len(r.Data), tCase.Length)
for i := 0; i < len(r.Data); i++ {
s.Require().Equal(
tCase.Res[i], r.Data[i][0].Bytes,
"TestCase Index: %v. Data Index: %v. Value not equal: %v != %v",
idx, i, tCase.Res[i], r.Data[i][0].Bytes)
}
}
}
func (s *FunctionSuite) TestFnBlockNumber() {
type blockNumberCase struct {
Name string
RawNum *big.Int
Length uint64
ResNum decimal.Decimal
Err error
AsserPanic bool
}
testcases := []blockNumberCase{
{"number 1 with length 1", big.NewInt(1), 1, decimal.New(1, 0), nil, false},
{"number 10 with length 10", big.NewInt(10), 10, decimal.New(10, 0), nil, false},
{"number 1 with length 0", big.NewInt(1), 0, decimal.New(1, 0), nil, false},
{"panic on invalid context", nil, 0, decimal.New(1, 0), nil, true},
}
callFn := func(c blockNumberCase) (*Operand, error) {
return fnBlockNumber(
&common.Context{
Context: vm.Context{BlockNumber: c.RawNum},
},
nil,
c.Length)
}
meta := []ast.DataType{ast.ComposeDataType(ast.DataTypeMajorUint, 31)}
for idx, tCase := range testcases {
if tCase.AsserPanic {
s.Require().Panicsf(
func() { callFn(tCase) },
"Index: %v. Not Panic on '%v'", idx, tCase.Name,
)
} else {
r, err := callFn(tCase)
s.Require().Equal(
tCase.Err, err,
"Index: %v. Error not expected: %v != %v", idx, tCase.Err, err)
s.Require().Equal(
meta, r.Meta,
"Index: %v. Meta not equal: %v != %v", idx, meta, r.Meta)
s.Require().Equal(
uint64(len(r.Data)), tCase.Length,
"Index: %v. Length not equal: %v != %v", idx, len(r.Data), tCase.Length)
for i := 0; i < len(r.Data); i++ {
s.Require().True(
tCase.ResNum.Equal(r.Data[i][0].Value),
"Index: %v Data index: %v. Value not equal: %v != %v",
idx, i, tCase.ResNum, r.Data[i][0].Value)
}
}
}
}
func (s *FunctionSuite) TestFnBlockTimestamp() {
type blockTimestampCase struct {
Name string
Timestamp *big.Int
Length uint64
Res decimal.Decimal
Err error
AsserPanic bool
}
testcases := []blockTimestampCase{
{"number 1 with length 1", big.NewInt(1), 1, decimal.New(1, 0), nil, false},
{"number 10 with length 10", big.NewInt(10), 10, decimal.New(10, 0), nil, false},
{"number 1 with length 0", big.NewInt(1), 0, decimal.New(1, 0), nil, false},
{"panic on invalid context", nil, 0, decimal.New(1, 0), nil, true},
}
callFn := func(c blockTimestampCase) (*Operand, error) {
return fnBlockTimestamp(
&common.Context{
Context: vm.Context{Time: c.Timestamp},
},
nil,
c.Length)
}
meta := []ast.DataType{ast.ComposeDataType(ast.DataTypeMajorUint, 31)}
for idx, tCase := range testcases {
if tCase.AsserPanic {
s.Require().Panicsf(
func() { callFn(tCase) },
"Index: %v. Not Panic on '%v'", idx, tCase.Name,
)
} else {
r, err := callFn(tCase)
s.Require().Equal(
tCase.Err, err,
"Index: %v. Error not expected: %v != %v", idx, tCase.Err, err)
s.Require().Equal(
meta, r.Meta,
"Index: %v. Meta not equal: %v != %v", idx, meta, r.Meta)
s.Require().Equal(
uint64(len(r.Data)), tCase.Length,
"Index: %v. Length not equal: %v != %v", idx, len(r.Data), tCase.Length)
for i := 0; i < len(r.Data); i++ {
s.Require().True(
tCase.Res.Equal(r.Data[i][0].Value),
"Index: %v. Data Index: %v. Value not equal: %v != %v",
idx, i, tCase.Res, r.Data[i][0].Value)
}
}
}
}
func (s *FunctionSuite) TestFnCoinBase() {
type blockCoinBaseCase struct {
Name string
Address dexCommon.Address
Length uint64
Res []byte
Err error
}
res := []byte{
0x01, 0x23, 0x45, 0x67, 0x89, 0xab, 0xcd, 0xef,
0x01, 0x23, 0x45, 0x67, 0x89, 0xab, 0xcd, 0xef,
0x01, 0x23, 0x45, 0x67}
address := dexCommon.BytesToAddress(res)
testcases := []blockCoinBaseCase{
{"address with length 1", address, 1, res, nil},
{"address with length 10", address, 10, res, nil},
{"address with length 0", address, 0, res, nil},
}
callFn := func(c blockCoinBaseCase) (*Operand, error) {
return fnBlockCoinBase(
&common.Context{
Context: vm.Context{Coinbase: c.Address},
},
nil,
c.Length)
}
meta := []ast.DataType{ast.ComposeDataType(ast.DataTypeMajorAddress, 0)}
for idx, tCase := range testcases {
r, err := callFn(tCase)
s.Require().Equal(
tCase.Err, err,
"Index: %v. Error not expected: %v != %v", idx, tCase.Err, err)
s.Require().Equal(
meta, r.Meta,
"Index: %v. Meta not equal: %v != %v", idx, meta, r.Meta)
s.Require().Equal(
uint64(len(r.Data)), tCase.Length,
"Index: %v. Length not equal: %v != %v", idx, len(r.Data), tCase.Length)
for i := 0; i < len(r.Data); i++ {
s.Require().Equal(
tCase.Res, r.Data[i][0].Bytes,
"Index: %v. Data Index: %v. Value not equal: %v != %v",
idx, i, tCase.Res, r.Data[i][0].Bytes)
}
}
}
func (s *FunctionSuite) TestFnGasLimit() {
type blockGasLimitCase struct {
Name string
Limit uint64
Length uint64
Res decimal.Decimal
Err error
}
testcases := []blockGasLimitCase{
{"max int64 with length 1", uint64(math.MaxInt64), 1, dec.MaxInt64, nil},
{"max uint64 with length 1", math.MaxUint64, 10, dec.MaxUint64, nil},
{"address with length 0", math.MaxUint64, 0, decimal.Zero, nil},
}
callFn := func(c blockGasLimitCase) (*Operand, error) {
return fnBlockGasLimit(
&common.Context{
Context: vm.Context{GasLimit: c.Limit},
},
nil,
c.Length)
}
meta := []ast.DataType{ast.ComposeDataType(ast.DataTypeMajorUint, 7)}
for idx, tCase := range testcases {
r, err := callFn(tCase)
s.Require().Equal(
tCase.Err, err,
"Index: %v. Error not expected: %v != %v", idx, tCase.Err, err)
s.Require().Equal(
meta, r.Meta,
"Index: %v. Meta not equal: %v != %v", idx, meta, r.Meta)
s.Require().Equal(
uint64(len(r.Data)), tCase.Length,
"Index: %v. Length not equal: %v != %v", idx, len(r.Data), tCase.Length)
for i := 0; i < len(r.Data); i++ {
s.Require().True(
tCase.Res.Equal(r.Data[i][0].Value),
"Index: %v. Data Index: %v. Value not equal: %v != %v",
idx, i, tCase.Res, r.Data[i][0].Value)
}
}
}
|
