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index_test.go
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index_test.go
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package bond
import (
"bytes"
"context"
"fmt"
"math"
"math/big"
"sort"
"strings"
"testing"
"github.com/cockroachdb/pebble"
"github.com/stretchr/testify/assert"
"github.com/stretchr/testify/mock"
"github.com/stretchr/testify/require"
)
type TestStructure struct {
ID int
Name string
Description string
}
func TestIndexOrder_Single_Int64_ASC(t *testing.T) {
indexOrderKey1 := IndexOrder{}.OrderInt64(5, IndexOrderTypeASC).Bytes()
indexOrderKey2 := IndexOrder{}.OrderInt64(-1, IndexOrderTypeASC).Bytes()
indexOrderKey3 := IndexOrder{}.OrderInt64(7, IndexOrderTypeASC).Bytes()
indexOrderKey4 := IndexOrder{}.OrderInt64(-10, IndexOrderTypeASC).Bytes()
indexOrderKey5 := IndexOrder{}.OrderInt64(2, IndexOrderTypeASC).Bytes()
keyList := [][]byte{
indexOrderKey1,
indexOrderKey2,
indexOrderKey3,
indexOrderKey4,
indexOrderKey5,
}
expectedKeyList := [][]byte{
indexOrderKey4,
indexOrderKey2,
indexOrderKey5,
indexOrderKey1,
indexOrderKey3,
}
sort.Slice(keyList, func(i, j int) bool {
return bytes.Compare(keyList[i], keyList[j]) == -1
})
assert.Equal(t, expectedKeyList, keyList)
}
func TestIndexOrder_Single_Int32_ASC(t *testing.T) {
indexOrderKey1 := IndexOrder{}.OrderInt32(5, IndexOrderTypeASC).Bytes()
indexOrderKey2 := IndexOrder{}.OrderInt32(-1, IndexOrderTypeASC).Bytes()
indexOrderKey3 := IndexOrder{}.OrderInt32(7, IndexOrderTypeASC).Bytes()
indexOrderKey4 := IndexOrder{}.OrderInt32(-10, IndexOrderTypeASC).Bytes()
indexOrderKey5 := IndexOrder{}.OrderInt32(2, IndexOrderTypeASC).Bytes()
keyList := [][]byte{
indexOrderKey1,
indexOrderKey2,
indexOrderKey3,
indexOrderKey4,
indexOrderKey5,
}
expectedKeyList := [][]byte{
indexOrderKey4,
indexOrderKey2,
indexOrderKey5,
indexOrderKey1,
indexOrderKey3,
}
sort.Slice(keyList, func(i, j int) bool {
return bytes.Compare(keyList[i], keyList[j]) == -1
})
assert.Equal(t, expectedKeyList, keyList)
}
func TestIndexOrder_Single_Int16_ASC(t *testing.T) {
indexOrderKey1 := IndexOrder{}.OrderInt16(5, IndexOrderTypeASC).Bytes()
indexOrderKey2 := IndexOrder{}.OrderInt16(-1, IndexOrderTypeASC).Bytes()
indexOrderKey3 := IndexOrder{}.OrderInt16(7, IndexOrderTypeASC).Bytes()
indexOrderKey4 := IndexOrder{}.OrderInt16(-10, IndexOrderTypeASC).Bytes()
indexOrderKey5 := IndexOrder{}.OrderInt16(2, IndexOrderTypeASC).Bytes()
keyList := [][]byte{
indexOrderKey1,
indexOrderKey2,
indexOrderKey3,
indexOrderKey4,
indexOrderKey5,
}
expectedKeyList := [][]byte{
indexOrderKey4,
indexOrderKey2,
indexOrderKey5,
indexOrderKey1,
indexOrderKey3,
}
sort.Slice(keyList, func(i, j int) bool {
return bytes.Compare(keyList[i], keyList[j]) == -1
})
assert.Equal(t, expectedKeyList, keyList)
}
func TestIndexOrder_Single_Int64_DESC(t *testing.T) {
indexOrderKey1 := IndexOrder{}.OrderInt64(5, IndexOrderTypeDESC).Bytes()
indexOrderKey2 := IndexOrder{}.OrderInt64(-1, IndexOrderTypeDESC).Bytes()
indexOrderKey3 := IndexOrder{}.OrderInt64(7, IndexOrderTypeDESC).Bytes()
indexOrderKey4 := IndexOrder{}.OrderInt64(-10, IndexOrderTypeDESC).Bytes()
indexOrderKey5 := IndexOrder{}.OrderInt64(2, IndexOrderTypeDESC).Bytes()
keyList := [][]byte{
indexOrderKey1,
indexOrderKey2,
indexOrderKey3,
indexOrderKey4,
indexOrderKey5,
}
expectedKeyList := [][]byte{
indexOrderKey3,
indexOrderKey1,
indexOrderKey5,
indexOrderKey2,
indexOrderKey4,
}
sort.Slice(keyList, func(i, j int) bool {
return bytes.Compare(keyList[i], keyList[j]) == -1
})
assert.Equal(t, expectedKeyList, keyList)
}
func TestIndexOrder_Single_Int32_DESC(t *testing.T) {
indexOrderKey1 := IndexOrder{}.OrderInt32(5, IndexOrderTypeDESC).Bytes()
indexOrderKey2 := IndexOrder{}.OrderInt32(-1, IndexOrderTypeDESC).Bytes()
indexOrderKey3 := IndexOrder{}.OrderInt32(7, IndexOrderTypeDESC).Bytes()
indexOrderKey4 := IndexOrder{}.OrderInt32(-10, IndexOrderTypeDESC).Bytes()
indexOrderKey5 := IndexOrder{}.OrderInt32(2, IndexOrderTypeDESC).Bytes()
keyList := [][]byte{
indexOrderKey1,
indexOrderKey2,
indexOrderKey3,
indexOrderKey4,
indexOrderKey5,
}
expectedKeyList := [][]byte{
indexOrderKey3,
indexOrderKey1,
indexOrderKey5,
indexOrderKey2,
indexOrderKey4,
}
sort.Slice(keyList, func(i, j int) bool {
return bytes.Compare(keyList[i], keyList[j]) == -1
})
assert.Equal(t, expectedKeyList, keyList)
}
func TestIndexOrder_Single_Int16_DESC(t *testing.T) {
indexOrderKey1 := IndexOrder{}.OrderInt16(5, IndexOrderTypeDESC).Bytes()
indexOrderKey2 := IndexOrder{}.OrderInt16(-1, IndexOrderTypeDESC).Bytes()
indexOrderKey3 := IndexOrder{}.OrderInt16(7, IndexOrderTypeDESC).Bytes()
indexOrderKey4 := IndexOrder{}.OrderInt16(-10, IndexOrderTypeDESC).Bytes()
indexOrderKey5 := IndexOrder{}.OrderInt16(2, IndexOrderTypeDESC).Bytes()
keyList := [][]byte{
indexOrderKey1,
indexOrderKey2,
indexOrderKey3,
indexOrderKey4,
indexOrderKey5,
}
expectedKeyList := [][]byte{
indexOrderKey3,
indexOrderKey1,
indexOrderKey5,
indexOrderKey2,
indexOrderKey4,
}
sort.Slice(keyList, func(i, j int) bool {
return bytes.Compare(keyList[i], keyList[j]) == -1
})
assert.Equal(t, expectedKeyList, keyList)
}
func TestIndexOrder_Single_Uint64_ASC(t *testing.T) {
indexOrderKey1 := IndexOrder{}.OrderUint64(5, IndexOrderTypeASC).Bytes()
indexOrderKey2 := IndexOrder{}.OrderUint64(1, IndexOrderTypeASC).Bytes()
indexOrderKey3 := IndexOrder{}.OrderUint64(7, IndexOrderTypeASC).Bytes()
indexOrderKey4 := IndexOrder{}.OrderUint64(10, IndexOrderTypeASC).Bytes()
indexOrderKey5 := IndexOrder{}.OrderUint64(2, IndexOrderTypeASC).Bytes()
keyList := [][]byte{
indexOrderKey1,
indexOrderKey2,
indexOrderKey3,
indexOrderKey4,
indexOrderKey5,
}
expectedKeyList := [][]byte{
indexOrderKey2,
indexOrderKey5,
indexOrderKey1,
indexOrderKey3,
indexOrderKey4,
}
sort.Slice(keyList, func(i, j int) bool {
return bytes.Compare(keyList[i], keyList[j]) == -1
})
assert.Equal(t, expectedKeyList, keyList)
}
func TestIndexOrder_Single_Uint32_ASC(t *testing.T) {
indexOrderKey1 := IndexOrder{}.OrderUint32(5, IndexOrderTypeASC).Bytes()
indexOrderKey2 := IndexOrder{}.OrderUint32(1, IndexOrderTypeASC).Bytes()
indexOrderKey3 := IndexOrder{}.OrderUint32(7, IndexOrderTypeASC).Bytes()
indexOrderKey4 := IndexOrder{}.OrderUint32(10, IndexOrderTypeASC).Bytes()
indexOrderKey5 := IndexOrder{}.OrderUint32(2, IndexOrderTypeASC).Bytes()
keyList := [][]byte{
indexOrderKey1,
indexOrderKey2,
indexOrderKey3,
indexOrderKey4,
indexOrderKey5,
}
expectedKeyList := [][]byte{
indexOrderKey2,
indexOrderKey5,
indexOrderKey1,
indexOrderKey3,
indexOrderKey4,
}
sort.Slice(keyList, func(i, j int) bool {
return bytes.Compare(keyList[i], keyList[j]) == -1
})
assert.Equal(t, expectedKeyList, keyList)
}
func TestIndexOrder_Single_Uint16_ASC(t *testing.T) {
indexOrderKey1 := IndexOrder{}.OrderUint16(5, IndexOrderTypeASC).Bytes()
indexOrderKey2 := IndexOrder{}.OrderUint16(1, IndexOrderTypeASC).Bytes()
indexOrderKey3 := IndexOrder{}.OrderUint16(7, IndexOrderTypeASC).Bytes()
indexOrderKey4 := IndexOrder{}.OrderUint16(10, IndexOrderTypeASC).Bytes()
indexOrderKey5 := IndexOrder{}.OrderUint16(2, IndexOrderTypeASC).Bytes()
keyList := [][]byte{
indexOrderKey1,
indexOrderKey2,
indexOrderKey3,
indexOrderKey4,
indexOrderKey5,
}
expectedKeyList := [][]byte{
indexOrderKey2,
indexOrderKey5,
indexOrderKey1,
indexOrderKey3,
indexOrderKey4,
}
sort.Slice(keyList, func(i, j int) bool {
return bytes.Compare(keyList[i], keyList[j]) == -1
})
assert.Equal(t, expectedKeyList, keyList)
}
func TestIndexOrder_Single_Uint64_DESC(t *testing.T) {
indexOrderKey1 := IndexOrder{}.OrderUint64(5, IndexOrderTypeDESC).Bytes()
indexOrderKey2 := IndexOrder{}.OrderUint64(1, IndexOrderTypeDESC).Bytes()
indexOrderKey3 := IndexOrder{}.OrderUint64(7, IndexOrderTypeDESC).Bytes()
indexOrderKey4 := IndexOrder{}.OrderUint64(10, IndexOrderTypeDESC).Bytes()
indexOrderKey5 := IndexOrder{}.OrderUint64(2, IndexOrderTypeDESC).Bytes()
keyList := [][]byte{
indexOrderKey1,
indexOrderKey2,
indexOrderKey3,
indexOrderKey4,
indexOrderKey5,
}
expectedKeyList := [][]byte{
indexOrderKey4,
indexOrderKey3,
indexOrderKey1,
indexOrderKey5,
indexOrderKey2,
}
sort.Slice(keyList, func(i, j int) bool {
return bytes.Compare(keyList[i], keyList[j]) == -1
})
assert.Equal(t, expectedKeyList, keyList)
}
func TestIndexOrder_Single_Uint32_DESC(t *testing.T) {
indexOrderKey1 := IndexOrder{}.OrderUint32(5, IndexOrderTypeDESC).Bytes()
indexOrderKey2 := IndexOrder{}.OrderUint32(1, IndexOrderTypeDESC).Bytes()
indexOrderKey3 := IndexOrder{}.OrderUint32(7, IndexOrderTypeDESC).Bytes()
indexOrderKey4 := IndexOrder{}.OrderUint32(10, IndexOrderTypeDESC).Bytes()
indexOrderKey5 := IndexOrder{}.OrderUint32(2, IndexOrderTypeDESC).Bytes()
keyList := [][]byte{
indexOrderKey1,
indexOrderKey2,
indexOrderKey3,
indexOrderKey4,
indexOrderKey5,
}
expectedKeyList := [][]byte{
indexOrderKey4,
indexOrderKey3,
indexOrderKey1,
indexOrderKey5,
indexOrderKey2,
}
sort.Slice(keyList, func(i, j int) bool {
return bytes.Compare(keyList[i], keyList[j]) == -1
})
assert.Equal(t, expectedKeyList, keyList)
}
func TestIndexOrder_Single_Uint16_DESC(t *testing.T) {
indexOrderKey1 := IndexOrder{}.OrderUint16(5, IndexOrderTypeDESC).Bytes()
indexOrderKey2 := IndexOrder{}.OrderUint16(1, IndexOrderTypeDESC).Bytes()
indexOrderKey3 := IndexOrder{}.OrderUint16(7, IndexOrderTypeDESC).Bytes()
indexOrderKey4 := IndexOrder{}.OrderUint16(10, IndexOrderTypeDESC).Bytes()
indexOrderKey5 := IndexOrder{}.OrderUint16(2, IndexOrderTypeDESC).Bytes()
keyList := [][]byte{
indexOrderKey1,
indexOrderKey2,
indexOrderKey3,
indexOrderKey4,
indexOrderKey5,
}
expectedKeyList := [][]byte{
indexOrderKey4,
indexOrderKey3,
indexOrderKey1,
indexOrderKey5,
indexOrderKey2,
}
sort.Slice(keyList, func(i, j int) bool {
return bytes.Compare(keyList[i], keyList[j]) == -1
})
assert.Equal(t, expectedKeyList, keyList)
}
func TestIndexOrder_Single_BigInt256_ASC(t *testing.T) {
indexOrderKey1 := IndexOrder{}.OrderBigInt(big.NewInt(5), 256, IndexOrderTypeASC).Bytes()
indexOrderKey2 := IndexOrder{}.OrderBigInt(big.NewInt(-1), 256, IndexOrderTypeASC).Bytes()
indexOrderKey3 := IndexOrder{}.OrderBigInt(big.NewInt(7), 256, IndexOrderTypeASC).Bytes()
indexOrderKey4 := IndexOrder{}.OrderBigInt(big.NewInt(-10), 256, IndexOrderTypeASC).Bytes()
indexOrderKey5 := IndexOrder{}.OrderBigInt(big.NewInt(2), 256, IndexOrderTypeASC).Bytes()
keyList := [][]byte{
indexOrderKey1,
indexOrderKey2,
indexOrderKey3,
indexOrderKey4,
indexOrderKey5,
}
expectedKeyList := [][]byte{
indexOrderKey4,
indexOrderKey2,
indexOrderKey5,
indexOrderKey1,
indexOrderKey3,
}
sort.Slice(keyList, func(i, j int) bool {
return bytes.Compare(keyList[i], keyList[j]) == -1
})
assert.Equal(t, expectedKeyList, keyList)
}
func TestIndexOrder_Single_BigInt256_DESC(t *testing.T) {
indexOrderKey1 := IndexOrder{}.OrderBigInt(big.NewInt(5), 256, IndexOrderTypeDESC).Bytes()
indexOrderKey2 := IndexOrder{}.OrderBigInt(big.NewInt(-1), 256, IndexOrderTypeDESC).Bytes()
indexOrderKey3 := IndexOrder{}.OrderBigInt(big.NewInt(7), 256, IndexOrderTypeDESC).Bytes()
indexOrderKey4 := IndexOrder{}.OrderBigInt(big.NewInt(-10), 256, IndexOrderTypeDESC).Bytes()
indexOrderKey5 := IndexOrder{}.OrderBigInt(big.NewInt(2), 256, IndexOrderTypeDESC).Bytes()
keyList := [][]byte{
indexOrderKey1,
indexOrderKey2,
indexOrderKey3,
indexOrderKey4,
indexOrderKey5,
}
expectedKeyList := [][]byte{
indexOrderKey3,
indexOrderKey1,
indexOrderKey5,
indexOrderKey2,
indexOrderKey4,
}
sort.Slice(keyList, func(i, j int) bool {
return bytes.Compare(keyList[i], keyList[j]) == -1
})
assert.Equal(t, expectedKeyList, keyList)
}
func TestIndexOrder_Multi(t *testing.T) {
indexOrderKey1 := IndexOrder{}.
OrderUint64(2, IndexOrderTypeASC).
OrderUint64(50, IndexOrderTypeDESC).Bytes()
indexOrderKey2 := IndexOrder{}.
OrderUint64(1, IndexOrderTypeASC).
OrderUint64(100, IndexOrderTypeDESC).Bytes()
indexOrderKey3 := IndexOrder{}.
OrderUint64(2, IndexOrderTypeASC).
OrderUint64(100, IndexOrderTypeDESC).Bytes()
indexOrderKey4 := IndexOrder{}.
OrderUint64(2, IndexOrderTypeASC).
OrderUint64(90, IndexOrderTypeDESC).Bytes()
indexOrderKey5 := IndexOrder{}.
OrderUint64(1, IndexOrderTypeASC).
OrderUint64(100000000, IndexOrderTypeDESC).Bytes()
keyList := [][]byte{
indexOrderKey1,
indexOrderKey2,
indexOrderKey3,
indexOrderKey4,
indexOrderKey5,
}
expectedKeyList := [][]byte{
indexOrderKey5,
indexOrderKey2,
indexOrderKey3,
indexOrderKey4,
indexOrderKey1,
}
sort.Slice(keyList, func(i, j int) bool {
return bytes.Compare(keyList[i], keyList[j]) == -1
})
assert.Equal(t, expectedKeyList, keyList)
}
func TestBond_NewIndex(t *testing.T) {
const (
TokenBalanceAccountIDIndexID = IndexID(1)
)
TokenBalanceAccountIDIndex := NewIndex[*TokenBalance](IndexOptions[*TokenBalance]{
IndexID: TokenBalanceAccountIDIndexID,
IndexName: "account_id_idx",
IndexKeyFunc: func(builder KeyBuilder, tb *TokenBalance) []byte {
return builder.AddUint32Field(tb.AccountID).Bytes()
},
IndexOrderFunc: IndexOrderDefault[*TokenBalance],
})
assert.Equal(t, TokenBalanceAccountIDIndexID, TokenBalanceAccountIDIndex.IndexID)
assert.Equal(t, true, TokenBalanceAccountIDIndex.IndexFilterFunction(&TokenBalance{AccountID: 1}))
assert.Equal(t, true, TokenBalanceAccountIDIndex.IndexFilterFunction(&TokenBalance{AccountID: 2}))
TokenBalanceAccountIndexSelective := NewIndex[*TokenBalance](IndexOptions[*TokenBalance]{
IndexID: TokenBalanceAccountIDIndexID,
IndexName: "account_id_1_idx",
IndexKeyFunc: func(builder KeyBuilder, tb *TokenBalance) []byte {
return builder.AddUint32Field(tb.AccountID).Bytes()
},
IndexOrderFunc: IndexOrderDefault[*TokenBalance],
IndexFilterFunc: func(tb *TokenBalance) bool {
return tb.AccountID == 1
},
})
assert.Equal(t, TokenBalanceAccountIDIndexID, TokenBalanceAccountIndexSelective.IndexID)
assert.Equal(t, true, TokenBalanceAccountIndexSelective.IndexFilterFunction(&TokenBalance{AccountID: 1}))
assert.Equal(t, false, TokenBalanceAccountIndexSelective.IndexFilterFunction(&TokenBalance{AccountID: 2}))
}
func TestIndex_IndexKeyFunction(t *testing.T) {
NameIndexID := IndexID(1)
NameIndex := NewIndex[*TestStructure](IndexOptions[*TestStructure]{
IndexID: NameIndexID,
IndexName: "name_idx",
IndexKeyFunc: func(builder KeyBuilder, ts *TestStructure) []byte {
return builder.AddStringField(ts.Name).Bytes()
},
IndexOrderFunc: IndexOrderDefault[*TestStructure],
})
testStructure := &TestStructure{1, "test", "test desc"}
assert.Equal(t, NameIndexID, NameIndex.IndexID)
assert.Equal(t, []byte{0x01, 't', 'e', 's', 't'}, NameIndex.IndexKeyFunction(NewKeyBuilder([]byte{}), testStructure))
assert.Equal(t, []byte{}, NameIndex.IndexOrderFunction(IndexOrder{NewKeyBuilder([]byte{})}, testStructure).Bytes())
}
func TestIndex_Iter(t *testing.T) {
db := setupDatabase()
defer tearDownDatabase(db)
const (
TokenBalanceTableID = TableID(1)
)
tokenBalanceTable := NewTable[*TokenBalance](TableOptions[*TokenBalance]{
DB: db,
TableID: TokenBalanceTableID,
TableName: "token_balance",
TablePrimaryKeyFunc: func(builder KeyBuilder, tb *TokenBalance) []byte {
return builder.AddUint64Field(tb.ID).Bytes()
},
})
const (
_ = PrimaryIndexID
TokenBalanceAccountAddressIndexID = iota
TokenBalanceAccountAndContractAddressIndexID
)
var (
TokenBalancePrimaryIndex = tokenBalanceTable.PrimaryIndex()
TokenBalanceAccountAddressIndex = NewIndex[*TokenBalance](IndexOptions[*TokenBalance]{
IndexID: TokenBalanceAccountAddressIndexID,
IndexName: "account_address_idx",
IndexKeyFunc: func(builder KeyBuilder, tb *TokenBalance) []byte {
return builder.AddStringField(tb.AccountAddress).Bytes()
},
IndexOrderFunc: IndexOrderDefault[*TokenBalance],
})
TokenBalanceAccountAndContractAddressIndex = NewIndex[*TokenBalance](IndexOptions[*TokenBalance]{
IndexID: TokenBalanceAccountAndContractAddressIndexID,
IndexName: "account_and_contract_address_idx",
IndexKeyFunc: func(builder KeyBuilder, tb *TokenBalance) []byte {
return builder.
AddStringField(tb.AccountAddress).
AddStringField(tb.ContractAddress).
Bytes()
},
IndexOrderFunc: IndexOrderDefault[*TokenBalance],
IndexFilterFunc: func(tb *TokenBalance) bool {
return tb.ContractAddress == "0xtestContract"
},
})
)
var TokenBalanceIndexes = []*Index[*TokenBalance]{
TokenBalanceAccountAddressIndex,
TokenBalanceAccountAndContractAddressIndex,
}
err := tokenBalanceTable.AddIndex(TokenBalanceIndexes, false)
require.NoError(t, err)
// Insert test data
testTokenBalances := []*TokenBalance{
{1, 1, "0xtestContract", "0xtestAccount", 100, 100},
{2, 2, "0xtestContract", "0xtestAccount", 200, 200},
{3, 3, "0xtestContract", "0xtestAccount1", 300, 300},
{4, 4, "0xtestContract", "0xtestAccount1", 400, 400},
{5, 5, "0xtestContract", "0xtestAccount2", 500, 500},
{6, 6, "0xtestContract", "0xtestAccount2", 600, 600},
{7, 7, "0xtestContract1", "0xtestAccount", 700, 700},
{8, 8, "0xtestContract", "0xtestAccount3", 800, 800},
{9, 9, "0xtestContract", "0xtestAccount3", 900, 900},
{10, 10, "0xtestContract2", "0xtestAccount", 1000, 1000},
}
err = tokenBalanceTable.Insert(context.Background(), testTokenBalances)
require.NoError(t, err)
testInputs := []struct {
Name string
Index *Index[*TokenBalance]
Selector Selector[*TokenBalance]
Expected []*TokenBalance
}{
// Primary index test starting from ID 8
{
Name: "TokenBalancePrimaryIndex_SelectorPoint",
Index: TokenBalancePrimaryIndex,
Selector: NewSelectorPoint(&TokenBalance{ID: 8}),
Expected: []*TokenBalance{
{8, 8, "0xtestContract", "0xtestAccount3", 800, 800},
{9, 9, "0xtestContract", "0xtestAccount3", 900, 900},
{10, 10, "0xtestContract2", "0xtestAccount", 1000, 1000},
},
},
// Primary index test with empty selector
{
Name: "TokenBalancePrimaryIndex_SelectorPoint_Empty",
Index: TokenBalancePrimaryIndex,
Selector: NewSelectorPoint(&TokenBalance{}),
Expected: []*TokenBalance{
{1, 1, "0xtestContract", "0xtestAccount", 100, 100},
{2, 2, "0xtestContract", "0xtestAccount", 200, 200},
{3, 3, "0xtestContract", "0xtestAccount1", 300, 300},
{4, 4, "0xtestContract", "0xtestAccount1", 400, 400},
{5, 5, "0xtestContract", "0xtestAccount2", 500, 500},
{6, 6, "0xtestContract", "0xtestAccount2", 600, 600},
{7, 7, "0xtestContract1", "0xtestAccount", 700, 700},
{8, 8, "0xtestContract", "0xtestAccount3", 800, 800},
{9, 9, "0xtestContract", "0xtestAccount3", 900, 900},
{10, 10, "0xtestContract2", "0xtestAccount", 1000, 1000},
},
},
{
Name: "TokenBalancePrimaryIndex_SelectorPoints",
Index: TokenBalancePrimaryIndex,
Selector: NewSelectorPoints(&TokenBalance{ID: 1}, &TokenBalance{ID: 7}),
Expected: []*TokenBalance{
{1, 1, "0xtestContract", "0xtestAccount", 100, 100},
{7, 7, "0xtestContract1", "0xtestAccount", 700, 700},
},
},
{
Name: "TokenBalancePrimaryIndex_SelectorPoints_Not_Exist",
Index: TokenBalancePrimaryIndex,
Selector: NewSelectorPoints(&TokenBalance{ID: 11}, &TokenBalance{ID: 15}),
Expected: []*TokenBalance{},
},
{
Name: "TokenBalancePrimaryIndex_SelectorPoints_ID_7_And_11",
Index: TokenBalancePrimaryIndex,
Selector: NewSelectorPoints(&TokenBalance{ID: 7}, &TokenBalance{ID: 11}),
Expected: []*TokenBalance{
{7, 7, "0xtestContract1", "0xtestAccount", 700, 700},
},
},
{
Name: "TokenBalancePrimaryIndex_SelectorRange",
Index: TokenBalancePrimaryIndex,
Selector: NewSelectorRange(&TokenBalance{ID: 0}, &TokenBalance{ID: math.MaxUint64}),
Expected: []*TokenBalance{
{1, 1, "0xtestContract", "0xtestAccount", 100, 100},
{2, 2, "0xtestContract", "0xtestAccount", 200, 200},
{3, 3, "0xtestContract", "0xtestAccount1", 300, 300},
{4, 4, "0xtestContract", "0xtestAccount1", 400, 400},
{5, 5, "0xtestContract", "0xtestAccount2", 500, 500},
{6, 6, "0xtestContract", "0xtestAccount2", 600, 600},
{7, 7, "0xtestContract1", "0xtestAccount", 700, 700},
{8, 8, "0xtestContract", "0xtestAccount3", 800, 800},
{9, 9, "0xtestContract", "0xtestAccount3", 900, 900},
{10, 10, "0xtestContract2", "0xtestAccount", 1000, 1000},
},
},
{
Name: "TokenBalancePrimaryIndex_SelectorRange_Low_Up_Bound_Same",
Index: TokenBalancePrimaryIndex,
Selector: NewSelectorRange(&TokenBalance{ID: 1}, &TokenBalance{ID: 1}),
Expected: []*TokenBalance{
{1, 1, "0xtestContract", "0xtestAccount", 100, 100},
},
},
{
Name: "TokenBalancePrimaryIndex_SelectorRange_ID_0_2",
Index: TokenBalancePrimaryIndex,
Selector: NewSelectorRange(&TokenBalance{ID: 0}, &TokenBalance{ID: 2}),
Expected: []*TokenBalance{
{1, 1, "0xtestContract", "0xtestAccount", 100, 100},
{2, 2, "0xtestContract", "0xtestAccount", 200, 200},
},
},
{
Name: "TokenBalancePrimaryIndex_SelectorRange_ID_2_7",
Index: TokenBalancePrimaryIndex,
Selector: NewSelectorRange(&TokenBalance{ID: 2}, &TokenBalance{ID: 7}),
Expected: []*TokenBalance{
{2, 2, "0xtestContract", "0xtestAccount", 200, 200},
{3, 3, "0xtestContract", "0xtestAccount1", 300, 300},
{4, 4, "0xtestContract", "0xtestAccount1", 400, 400},
{5, 5, "0xtestContract", "0xtestAccount2", 500, 500},
{6, 6, "0xtestContract", "0xtestAccount2", 600, 600},
{7, 7, "0xtestContract1", "0xtestAccount", 700, 700},
},
},
{
Name: "TokenBalancePrimaryIndex_SelectorRange_Not_Exist",
Index: TokenBalancePrimaryIndex,
Selector: NewSelectorRange(&TokenBalance{ID: 11}, &TokenBalance{ID: 12}),
Expected: []*TokenBalance{},
},
{
Name: "TokenBalancePrimaryIndex_SelectorRanges_ID_0_1_And_10_Max",
Index: TokenBalancePrimaryIndex,
Selector: NewSelectorRanges(
[]*TokenBalance{
{ID: 0}, {ID: 1},
},
[]*TokenBalance{
{ID: 10}, {ID: math.MaxUint64},
},
),
Expected: []*TokenBalance{
{1, 1, "0xtestContract", "0xtestAccount", 100, 100},
{10, 10, "0xtestContract2", "0xtestAccount", 1000, 1000},
},
},
{
Name: "TokenBalancePrimaryIndex_SelectorRanges_ID_0_1_And_7_7_And_10_Max",
Index: TokenBalancePrimaryIndex,
Selector: NewSelectorRanges(
[]*TokenBalance{
{ID: 0}, {ID: 1},
},
[]*TokenBalance{
{ID: 7}, {ID: 7},
},
[]*TokenBalance{
{ID: 10}, {ID: math.MaxUint64},
},
),
Expected: []*TokenBalance{
{1, 1, "0xtestContract", "0xtestAccount", 100, 100},
{7, 7, "0xtestContract1", "0xtestAccount", 700, 700},
{10, 10, "0xtestContract2", "0xtestAccount", 1000, 1000},
},
},
{
Name: "TokenBalanceAccountAddressIndex_SelectorPoint",
Index: TokenBalanceAccountAddressIndex,
Selector: NewSelectorPoint(&TokenBalance{AccountAddress: "0xtestAccount"}),
Expected: []*TokenBalance{
{1, 1, "0xtestContract", "0xtestAccount", 100, 100},
{2, 2, "0xtestContract", "0xtestAccount", 200, 200},
{7, 7, "0xtestContract1", "0xtestAccount", 700, 700},
{10, 10, "0xtestContract2", "0xtestAccount", 1000, 1000},
},
},
{
Name: "TokenBalanceAccountAddressIndex_SelectorPoints",
Index: TokenBalanceAccountAddressIndex,
Selector: NewSelectorPoints(&TokenBalance{AccountAddress: "0xtestAccount"}, &TokenBalance{AccountAddress: "0xtestAccount1"}),
Expected: []*TokenBalance{
{1, 1, "0xtestContract", "0xtestAccount", 100, 100},
{2, 2, "0xtestContract", "0xtestAccount", 200, 200},
{7, 7, "0xtestContract1", "0xtestAccount", 700, 700},
{10, 10, "0xtestContract2", "0xtestAccount", 1000, 1000},
{3, 3, "0xtestContract", "0xtestAccount1", 300, 300},
{4, 4, "0xtestContract", "0xtestAccount1", 400, 400},
},
},
{
Name: "TokenBalanceAccountAddressIndex_SelectorRange",
Index: TokenBalanceAccountAddressIndex,
Selector: NewSelectorRange(&TokenBalance{AccountAddress: "0xtestAccount", ID: 0}, &TokenBalance{AccountAddress: "0xtestAccount1", ID: math.MaxUint64}),
Expected: []*TokenBalance{
{1, 1, "0xtestContract", "0xtestAccount", 100, 100},
{2, 2, "0xtestContract", "0xtestAccount", 200, 200},
{7, 7, "0xtestContract1", "0xtestAccount", 700, 700},
{10, 10, "0xtestContract2", "0xtestAccount", 1000, 1000},
{3, 3, "0xtestContract", "0xtestAccount1", 300, 300},
{4, 4, "0xtestContract", "0xtestAccount1", 400, 400},
},
},
{
Name: "TokenBalanceAccountAddressIndex_SelectorRange_Low_Up_Bound_Same",
Index: TokenBalanceAccountAddressIndex,
Selector: NewSelectorRange(&TokenBalance{AccountAddress: "0xtestAccount", ID: 0}, &TokenBalance{AccountAddress: "0xtestAccount", ID: math.MaxUint64}),
Expected: []*TokenBalance{
{1, 1, "0xtestContract", "0xtestAccount", 100, 100},
{2, 2, "0xtestContract", "0xtestAccount", 200, 200},
{7, 7, "0xtestContract1", "0xtestAccount", 700, 700},
{10, 10, "0xtestContract2", "0xtestAccount", 1000, 1000},
},
},
{
Name: "TokenBalanceAccountAddressIndex_SelectorRange_ID_0_2",
Index: TokenBalanceAccountAddressIndex,
Selector: NewSelectorRange(&TokenBalance{AccountAddress: "0xtestAccount", ID: 0}, &TokenBalance{AccountAddress: "0xtestAccount", ID: 2}),
Expected: []*TokenBalance{
{1, 1, "0xtestContract", "0xtestAccount", 100, 100},
{2, 2, "0xtestContract", "0xtestAccount", 200, 200},
},
},
{
Name: "TokenBalanceAccountAddressIndex_SelectorRange_ID_2_7",
Index: TokenBalanceAccountAddressIndex,
Selector: NewSelectorRange(&TokenBalance{AccountAddress: "0xtestAccount", ID: 2}, &TokenBalance{AccountAddress: "0xtestAccount", ID: 7}),
Expected: []*TokenBalance{
{2, 2, "0xtestContract", "0xtestAccount", 200, 200},
{7, 7, "0xtestContract1", "0xtestAccount", 700, 700},
},
},
{
Name: "TokenBalanceAccountAddressIndex_SelectorRange_Not_Exist",
Index: TokenBalanceAccountAddressIndex,
Selector: NewSelectorRange(&TokenBalance{AccountAddress: "0xtestAccount", ID: 3}, &TokenBalance{AccountAddress: "0xtestAccount", ID: 6}),
Expected: []*TokenBalance{},
},
{
Name: "TokenBalanceAccountAddressIndex_SelectorRanges_ID_0_1_And_10_Max",
Index: TokenBalanceAccountAddressIndex,
Selector: NewSelectorRanges(
[]*TokenBalance{
{AccountAddress: "0xtestAccount", ID: 0}, {AccountAddress: "0xtestAccount", ID: 1},
},
[]*TokenBalance{
{AccountAddress: "0xtestAccount", ID: 10}, {AccountAddress: "0xtestAccount", ID: math.MaxUint64},
},
),
Expected: []*TokenBalance{
{1, 1, "0xtestContract", "0xtestAccount", 100, 100},
{10, 10, "0xtestContract2", "0xtestAccount", 1000, 1000},
},
},
{
Name: "TokenBalanceAccountAddressIndex_SelectorRanges_ID_0_1_And_7_7_And_10_Max",
Index: TokenBalanceAccountAddressIndex,
Selector: NewSelectorRanges(
[]*TokenBalance{
{AccountAddress: "0xtestAccount", ID: 0}, {AccountAddress: "0xtestAccount", ID: 1},
},
[]*TokenBalance{
{AccountAddress: "0xtestAccount", ID: 7}, {AccountAddress: "0xtestAccount", ID: 7},
},
[]*TokenBalance{
{AccountAddress: "0xtestAccount", ID: 10}, {AccountAddress: "0xtestAccount", ID: math.MaxUint64},
},
),
Expected: []*TokenBalance{
{1, 1, "0xtestContract", "0xtestAccount", 100, 100},
{7, 7, "0xtestContract1", "0xtestAccount", 700, 700},
{10, 10, "0xtestContract2", "0xtestAccount", 1000, 1000},
},
},
}
for _, testInput := range testInputs {
t.Run(testInput.Name, func(t *testing.T) {
iter := testInput.Index.Iter(
tokenBalanceTable,
testInput.Selector)
var actual []*TokenBalance
for iter.First(); iter.Valid(); iter.Next() {
key := KeyBytes(iter.Key())
if key.IsIndexKey() {
key = key.ToDataKeyBytes([]byte{})
}
data, closer, err := db.Get(key)
if err != nil {
continue
}
var tb *TokenBalance
err = tokenBalanceTable.Serializer().Deserialize(data, &tb)
if err != nil {
closer.Close()
continue
}
closer.Close()
actual = append(actual, tb)
}
iter.Close()
require.Equal(t, len(testInput.Expected), len(actual))
for i := 0; i < len(testInput.Expected); i++ {
assert.Equal(t, testInput.Expected[i], actual[i])
}
})
}
}
func TestIndex_Callbacks(t *testing.T) {
db := setupDatabase()
defer tearDownDatabase(db)
const (
TokenBalanceTableID = TableID(1)
)
tokenBalanceTable := NewTable[*TokenBalance](TableOptions[*TokenBalance]{
DB: db,
TableID: TokenBalanceTableID,
TableName: "token_balance",
TablePrimaryKeyFunc: func(builder KeyBuilder, tb *TokenBalance) []byte {
return builder.AddUint64Field(tb.ID).Bytes()
},
})
var (
idx1 = NewIndex[*TokenBalance](IndexOptions[*TokenBalance]{
IndexID: 1,
IndexName: "test",
IndexKeyFunc: func(builder KeyBuilder, tb *TokenBalance) []byte {
return builder.AddStringField(tb.AccountAddress).Bytes()
},
IndexOrderFunc: IndexOrderDefault[*TokenBalance],
})
idx2Ordered = NewIndex[*TokenBalance](IndexOptions[*TokenBalance]{
IndexID: 2,
IndexName: "test",
IndexKeyFunc: func(builder KeyBuilder, tb *TokenBalance) []byte {
return builder.AddStringField(tb.AccountAddress).Bytes()
},
IndexOrderFunc: func(o IndexOrder, t *TokenBalance) IndexOrder {
return o.OrderUint64(t.Balance, IndexOrderTypeDESC)
},
})
idx3Filtered = NewIndex[*TokenBalance](IndexOptions[*TokenBalance]{
IndexID: 3,
IndexName: "test",
IndexKeyFunc: func(builder KeyBuilder, tb *TokenBalance) []byte {
return builder.AddStringField(tb.AccountAddress).Bytes()
},
IndexOrderFunc: IndexOrderDefault[*TokenBalance],
IndexFilterFunc: func(tb *TokenBalance) bool {
return tb.Balance > 100
},
})
)
testCases := []struct {
name string
op string
index *Index[*TokenBalance]
existingRow *TokenBalance
newRow *TokenBalance
setCallExpected bool
deleteCallExpected bool
}{
{
name: "Index_1_OnInsert",
op: "insert",
index: idx1,
newRow: &TokenBalance{ID: 1, AccountAddress: "test", Balance: 20},
setCallExpected: true,
},
{
name: "Index_1_OnUpdate",
op: "update",
index: idx1,
existingRow: &TokenBalance{ID: 1, AccountAddress: "test"},
newRow: &TokenBalance{ID: 1, AccountAddress: "test", Balance: 20},
setCallExpected: false,
deleteCallExpected: false,
},
{
name: "Index_1_OnUpdate_Same",
op: "update",
index: idx1,
existingRow: &TokenBalance{ID: 1, AccountAddress: "test"},
newRow: &TokenBalance{ID: 1, AccountAddress: "test"},
setCallExpected: false,
deleteCallExpected: false,
},
{
name: "Index_1_OnDelete",
op: "delete",
index: idx1,
existingRow: &TokenBalance{ID: 1, AccountAddress: "test", Balance: 20},
deleteCallExpected: true,
},
{
name: "Index_2_Ordered_OnInsert",
op: "insert",
index: idx2Ordered,