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2026-02-09 14:46:19 +08:00
package main
import (
"context"
"errors"
"flag"
"fmt"
"log"
"log/slog"
"strings"
"time"
"github.com/gagliardetto/solana-go"
"github.com/gagliardetto/solana-go/rpc"
"github.com/jackc/pgtype"
"github.com/shopspring/decimal"
solana_parser "github.com/thloyi/pump-parser"
"gorm.io/driver/postgres"
"gorm.io/gorm"
"gorm.io/gorm/logger"
)
var (
blockFlag = flag.Uint64("block", 0, "block number to process")
blockRange = flag.Uint64("range", 100, "number of blocks to compare")
)
func main() {
flag.Parse()
slot := *blockFlag
if slot == 0 {
fmt.Println("please provide a valid block number using -block flag")
return
}
client := rpc.New("http://127.0.0.1:18899")
dsn := "host=10.180.183.27 user=postgres password=123456789 dbname=solana port=5432 sslmode=disable TimeZone=UTC"
db := NewGorm(dsn)
for {
if slot > *blockFlag+*blockRange {
fmt.Printf("compare done for blocks %d to %d\n", *blockFlag, slot-1)
break
}
dbTxs, err := getBlockTxsFromDb(db, slot)
if err != nil {
fmt.Println("get block txs error:", err)
return
}
dbAction, err := getBlockActionsFromDb(db, slot)
if err != nil {
fmt.Println("get block actions error:", err)
return
}
var data = NewBlockData(decimal.NewFromFloat(100.0))
var rewards = false
var version uint64 = 0
blocks, err := client.GetBlockWithOpts(context.Background(), slot, &rpc.GetBlockOpts{
TransactionDetails: rpc.TransactionDetailsFull,
Rewards: &rewards,
Commitment: rpc.CommitmentFinalized,
Encoding: solana.EncodingBase64,
MaxSupportedTransactionVersion: &version,
})
if err != nil {
slot++
fmt.Println("get block error:", err)
continue
}
solana_parser.EnableAllParsers()
var txs []*solana_parser.Tx
for i, tx := range blocks.Transactions {
var blockTime uint64
if blocks.BlockTime != nil {
blockTime = uint64(*blocks.BlockTime)
}
rawTx, err := solana_parser.FromRpcTransactionWithMeta(tx, &blockTime, slot, int64(i))
if err != nil {
fmt.Println("from rpc tx error:", i, err)
break
}
if rawTx.Meta.Err != nil {
continue
}
parsedTx, err := solana_parser.ParseRawTx(rawTx)
if err != nil {
fmt.Println("parse tx error:", i, rawTx.TxHash(), err)
continue
}
txs = append(txs, parsedTx)
}
var parseErr bool
for _, result := range txs {
swapsLen := len(result.Swaps)
for i := 0; i < swapsLen; i++ {
action := result.Swaps[i]
var actions []solana_parser.Swap = make([]solana_parser.Swap, 0, 2)
actions = append(actions, action)
if i+1 < swapsLen {
nextAction := result.Swaps[i+1]
if action.Event == "buy" && nextAction.Event == "complete" &&
action.Program == solana_parser.SolProgramPump &&
nextAction.Program == solana_parser.SolProgramPump &&
action.BaseMint == nextAction.BaseMint {
actions = append(actions, nextAction)
i++
}
if action.Event == "migrate" && nextAction.Event == "create" &&
action.Program == solana_parser.SolProgramPump &&
nextAction.Program == solana_parser.SolProgramPumpAMM &&
action.BaseMint == nextAction.BaseMint {
actions = append(actions, nextAction)
i++
}
}
if err = HandleAction(context.Background(), result, actions, data); err != nil {
//h.logger.Errorf("handle action error: %s - %v", result.RawTx.Transaction.Signatures[0].String(), err)
fmt.Println("parse action error:", "tx", result.GetTxHash(), "i", i, "err", err)
parseErr = true
}
}
}
fmt.Println("slot", slot, "tx count: ", len(data.Txs))
// compare db and parsed data
_, _ = compareTxs(dbTxs, data.Txs)
_, miss2 := compareActions(dbAction, data.Actions)
if miss2 > 0 {
break
}
if parseErr {
break
}
time.Sleep(time.Millisecond * 200)
slot++
}
}
var (
meteoraDammV2Program = solana.MustPublicKeyFromBase58("cpamdpZCGKUy5JxQXB4dcpGPiikHawvSWAd6mEn1sGG")
raydiumCPmmProgramID = solana.MustPublicKeyFromBase58("CPMMoo8L3F4NbTegBCKVNunggL7H1ZpdTHKxQB5qKP1C")
)
func HandleAction(ctx context.Context, tx *solana_parser.Tx, swaps []solana_parser.Swap, data *BlockData) error {
swapLen := len(swaps)
if len(swaps) == 0 {
return nil
}
if swaps[0].BaseMint != solana_parser.WSOL && swaps[0].QuoteMint != solana_parser.WSOL && !swaps[0].QuoteMint.IsZero() {
return nil
}
if len(swaps) == 0 {
return nil
}
event := swaps[0].Event
swap := swaps[0]
action := SwapGetter{swap}
switch event {
case "buy", "sell":
data.AppendTx(action.GetTx(tx, uint64(swap.TxIndex), data.Price))
if swap.Program == solana_parser.SolProgramPump {
if swapLen == 2 && swaps[1].Event == "complete" {
t := pgtype.Timestamptz{}
t.Set(time.Unix(tx.BlockAt, 0))
data.AppendAction(Action{
Maker: swaps[1].User.String(),
Token: swaps[1].BaseMint.String(),
Pair: swaps[1].Pool.String(),
Action: "pump-migrate",
Block: tx.Block,
BlockAt: t,
TxHash: tx.GetTxHash(),
})
}
}
return data.SetPair(action, tx.Block, "")
case "create":
pair, err := action.GetPair(tx.Block, "")
if err != nil {
return err
}
data.AppendTx(action.GetTx(tx, uint64(swap.TxIndex), data.Price))
data.Pairs[pair.Address] = *pair
case "add_liquidity", "remove_liquidity", "deposit", "withdraw", "add", "remove":
liquidityTx, err := action.GetLiquidityTx(tx, uint64(swap.TxIndex))
if liquidityTx == nil {
return err
}
data.AppendTx(*liquidityTx)
return data.SetPair(action, tx.Block, "")
}
if event != "migrate" {
return nil
}
if swap.Program == solana_parser.SolProgramPump {
t := pgtype.Timestamptz{}
t.Set(time.Unix(tx.BlockAt, 0))
if swapLen == 2 && swaps[1].Event == "create" && swaps[1].Program == solana_parser.SolProgramPumpAMM && swaps[1].BaseMint == swap.BaseMint {
tokenMint := swap.BaseMint.String()
data.AppendAction(Action{
Maker: swap.User.String(),
Token: tokenMint,
Pair: swaps[1].Pool.String(),
Action: "on-pumpswap",
Block: tx.Block,
BlockAt: t,
TxHash: tx.GetTxHash(),
})
data.NewRaydium = append(data.NewRaydium, tokenMint)
}
} else if swap.Program == solana_parser.SolProgramRaydiumLaunchLab || swap.Program == solana_parser.SolProgramRaydiumLaunchLabBonk {
t := pgtype.Timestamptz{}
t.Set(time.Unix(tx.BlockAt, 0))
var actionType string
if action.MigrateTopProgram == raydiumCPmmProgramID {
actionType = "on-raydium-cpmm"
} else {
actionType = "on-raydium-amm"
}
data.AppendAction(Action{
Maker: action.User.String(),
Token: action.BaseMint.String(),
Pair: action.MigrateToPool.String(),
Action: actionType,
Block: tx.Block,
BlockAt: t,
TxHash: tx.GetTxHash(),
})
} else if swap.Program == solana_parser.SolProgramMeteoraBondingCurve {
t := pgtype.Timestamptz{}
t.Set(time.Unix(tx.BlockAt, 0))
var actionType string
if swap.MigrateTopProgram == meteoraDammV2Program {
actionType = "on-meteora-amm-v2"
} else {
actionType = "on-meteora-amm-v1"
}
data.AppendAction(Action{
Maker: action.User.String(),
Token: action.BaseMint.String(),
Pair: action.MigrateToPool.String(),
Action: actionType,
Block: uint64(tx.Block),
BlockAt: t,
TxHash: tx.GetTxHash(),
})
}
return nil
}
type Pair struct {
Id string `gorm:"column:id;primaryKey;default:uuid_generate_v4()"`
Address string
Name string
Token0 string
Token1 string
LpToken string
ChainId int64
Reserve0 decimal.Decimal
Reserve1 decimal.Decimal
Block uint64
BlockAt *pgtype.Timestamptz `gorm:"column:block_at;default:NULL" json:"block_at,omitempty"`
CreatedAt *pgtype.Timestamptz `gorm:"autoCreateTime" json:"created_at,omitempty"`
SortId uint64
Program string
IsCreate bool `gorm:"-"`
//TokenObj *Token `gorm:"-" json:"token_obj,omitempty"`
UpdateSlot uint64 `gorm:"-"`
InDB bool `gorm:"-"`
}
type Tx struct {
Id pgtype.UUID `gorm:"column:id;primaryKey;default:uuid_generate_v4()" json:"-"`
PairAddress string `json:"pair_address"`
Maker string `json:"maker"`
Token0Address string `json:"token0_address"`
Token1Address string `json:"token1_address"`
Token0Amount decimal.Decimal `json:"token0Amount" gorm:"column:token0_amount;type:numeric"`
Token1Amount decimal.Decimal `json:"token1Amount" gorm:"column:token1_amount;type:numeric"`
PriceUsd decimal.Decimal `json:"price_usd" gorm:"column:price_usd;type:numeric"`
AmountUsd decimal.Decimal `json:"amount_usd" gorm:"column:amount_usd;type:numeric"`
Block uint64 `json:"block"`
BlockIndex uint64 `json:"index"`
Event string `json:"event"`
TxHash string `json:"tx_hash"`
TxIndex uint64 `json:"topic_index"`
Program string `json:"program"`
BlockAt pgtype.Timestamptz `gorm:"column:block_at;default:NULL" json:"block_at"`
CreatedAt *pgtype.Timestamptz `gorm:"autoCreateTime" json:"-"`
TotalSupply string `gorm:"total_supply"`
AfterReserve0 string `gorm:"after_reserve0"`
AfterReserve1 string `gorm:"after_reserve1"`
PositionChange int64 `gorm:"position_change"`
Platform string `gorm:"column:tx_platform;type:platform;default:'none'" json:"tx_platform"`
PlatformFee decimal.Decimal `gorm:"-" json:"-"` // TODO: save to db
CUPrice decimal.Decimal `gorm:"column:tx_cu_price;type:numeric" json:"tx_cu_price"`
MevAgent string `gorm:"column:tx_mev_agent;type:mev_agent;default:'none'" json:"tx_mev_agent"`
MevAgentFee decimal.Decimal `gorm:"column:tx_mev_agent_fee;type:numeric" json:"tx_mev_agent_fee"`
AfterSOLBalance decimal.Decimal `gorm:"column:after_sol_balance;type:numeric" json:"after_sol_balance"`
EntryContract string `gorm:"column:tx_entry_contract;type:entry_contract;default:'none'" json:"tx_entry_contract"`
}
type Action struct {
Id pgtype.UUID `gorm:"column:id;primaryKey;default:uuid_generate_v4()" json:"-"`
Maker string `json:"maker"`
Token string `json:"token"`
Pair string `json:"pair"`
Action string `json:"action"`
Block uint64 `json:"block"`
BlockAt pgtype.Timestamptz `json:"block_at"`
TxHash string `json:"tx_hash"`
CreatedAt *pgtype.Timestamptz `gorm:"autoCreateTime" json:"-"`
}
type BlockData struct {
Pairs map[string]Pair
Txs []Tx
Actions []Action
Price decimal.Decimal
NewRaydium []string
}
func NewBlockData(price decimal.Decimal) *BlockData {
return &BlockData{
Pairs: make(map[string]Pair),
Txs: make([]Tx, 0),
Actions: make([]Action, 0),
Price: price,
NewRaydium: make([]string, 0),
}
}
func (bd *BlockData) AppendTx(tx Tx) {
bd.Txs = append(bd.Txs, tx)
}
func (bd *BlockData) AppendAction(action Action) {
bd.Actions = append(bd.Actions, action)
}
func (bd *BlockData) SetPair(action SwapGetter, block uint64, _ string) error {
pair, err := action.GetPair(block, "")
if err != nil {
return err
}
bd.Pairs[pair.Address] = *pair
return nil
}
type SwapGetter struct {
solana_parser.Swap
}
const (
PositionChangeNone = int64(iota)
PositionChangeNewBuy
PositionChangeBuyMore
PositionChangeSellPart
PositionChangeSellAll
)
func (spg SwapGetter) GetLiquidityTx(tx *solana_parser.Tx, index uint64) (*Tx, error) {
if spg.BaseMint != solana.WrappedSol && spg.QuoteMint != solana.WrappedSol {
return nil, nil
}
var (
token0 string
amount0 decimal.Decimal
amount1 decimal.Decimal
pool0 decimal.Decimal
pool1 decimal.Decimal
event string
)
if spg.BaseMint == solana.WrappedSol {
amount0 = spg.QuoteAmount.Div(decimal.New(1, int32(spg.QuoteMintDecimals)))
amount1 = spg.BaseAmount.Div(decimal.New(1, int32(spg.BaseMintDecimals)))
token0 = spg.QuoteMint.String()
pool0 = spg.QuoteReserve.Div(decimal.New(1, int32(spg.QuoteMintDecimals)))
pool1 = spg.BaseReserve.Div(decimal.New(1, int32(spg.BaseMintDecimals)))
} else {
amount0 = spg.BaseAmount.Div(decimal.New(1, int32(spg.BaseMintDecimals)))
amount1 = spg.QuoteAmount.Div(decimal.New(1, int32(spg.QuoteMintDecimals)))
token0 = spg.BaseMint.String()
pool0 = spg.BaseReserve.Div(decimal.New(1, int32(spg.BaseMintDecimals)))
pool1 = spg.QuoteReserve.Div(decimal.New(1, int32(spg.QuoteMintDecimals)))
}
if spg.Event == "deposit" || spg.Event == "add" || spg.Event == "add_liquidity" || spg.Event == "add_liquidity_one_side" {
event = "add"
} else if spg.Event == "withdraw" || spg.Event == "remove" || spg.Event == "remove_liquidity" || spg.Event == "remove_liquidity_one_side" {
event = "remove"
}
if event == "" {
return nil, nil
}
mevName, mevFee := tx.CheckMevAgent()
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platformName, platformFee := tx.CheckPlatform(spg.Swap)
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pairString := ""
if spg.Program == solana_parser.SolProgramPump {
pairString = spg.BaseMint.String()
} else {
pairString = spg.Pool.String()
}
t := pgtype.Timestamptz{}
_ = t.Set(time.Unix(tx.BlockAt, 0))
return &Tx{
PairAddress: pairString,
Maker: spg.User.String(),
Token0Address: token0,
Token1Address: "So11111111111111111111111111111111111111112",
Token0Amount: amount0,
Token1Amount: amount1,
Block: tx.Block,
BlockIndex: tx.BlockIndex,
Event: event,
TxHash: tx.GetTxHash(),
TxIndex: index,
BlockAt: t,
Program: spg.Program,
AfterReserve0: pool0.String(),
AfterReserve1: pool1.String(),
Platform: platformName,
PlatformFee: platformFee,
CUPrice: tx.CUPrice,
MevAgent: mevName,
MevAgentFee: mevFee,
AfterSOLBalance: spg.AfterSOLBalance,
EntryContract: spg.CheckEntryContract(),
}, nil
}
func (spg SwapGetter) GetTx(tx *solana_parser.Tx, index uint64, price decimal.Decimal) Tx {
var (
token0 string
amount0 decimal.Decimal
amount1 decimal.Decimal
pool0 decimal.Decimal
pool1 decimal.Decimal
event string
)
if spg.BaseMint == solana.WrappedSol {
amount0 = spg.QuoteAmount.Div(decimal.New(1, int32(spg.QuoteMintDecimals)))
amount1 = spg.BaseAmount.Div(decimal.New(1, int32(spg.BaseMintDecimals)))
token0 = spg.QuoteMint.String()
pool0 = spg.QuoteReserve.Div(decimal.New(1, int32(spg.QuoteMintDecimals)))
pool1 = spg.BaseReserve.Div(decimal.New(1, int32(spg.BaseMintDecimals)))
if spg.Event == "buy" {
event = "sell"
} else if spg.Event == "sell" {
event = "buy"
}
} else {
amount0 = spg.BaseAmount.Div(decimal.New(1, int32(spg.BaseMintDecimals)))
amount1 = spg.QuoteAmount.Div(decimal.New(1, int32(spg.QuoteMintDecimals)))
token0 = spg.BaseMint.String()
pool0 = spg.BaseReserve.Div(decimal.New(1, int32(spg.BaseMintDecimals)))
pool1 = spg.QuoteReserve.Div(decimal.New(1, int32(spg.QuoteMintDecimals)))
event = spg.Event
}
priceUsd := decimal.Zero
if amount0.GreaterThan(priceUsd) {
priceUsd = amount1.Div(amount0).Mul(price)
}
pc := PositionChangeNone
if event == "buy" {
pc = PositionChangeNewBuy
if spg.BaseMint == solana.WrappedSol {
if spg.UserQuoteBalance.GreaterThan(spg.QuoteAmount) {
pc = PositionChangeBuyMore
}
} else {
if spg.UserBaseBalance.GreaterThan(spg.BaseAmount) {
pc = PositionChangeBuyMore
}
}
} else if event == "sell" {
pc = PositionChangeSellPart
if spg.BaseMint == solana.WrappedSol {
if spg.UserQuoteBalance.Div(decimal.New(1, int32(spg.QuoteMintDecimals))).LessThan(decimal.NewFromFloat(0.01)) {
pc = PositionChangeSellAll
}
} else {
if spg.UserBaseBalance.Div(decimal.New(1, int32(spg.BaseMintDecimals))).LessThan(decimal.NewFromFloat(0.01)) {
pc = PositionChangeSellAll
}
}
}
mevName, mevFee := tx.CheckMevAgent()
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platformName, platformFee := tx.CheckPlatform(spg.Swap)
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if mevName == "" {
mevName = "none"
}
if mevName == "unknown" {
mevName = "none"
mevFee = decimal.Zero
}
pairString := ""
if spg.Program == solana_parser.SolProgramPump {
pairString = spg.BaseMint.String()
} else {
pairString = spg.Pool.String()
}
t := pgtype.Timestamptz{}
_ = t.Set(time.Unix(tx.BlockAt, 0))
return Tx{
PairAddress: pairString,
Maker: spg.User.String(),
Token0Address: token0,
Token1Address: "So11111111111111111111111111111111111111112",
Token0Amount: amount0,
Token1Amount: amount1,
PriceUsd: priceUsd,
AmountUsd: amount1.Mul(price),
Block: tx.Block,
BlockIndex: tx.BlockIndex,
Event: event,
TxHash: tx.GetTxHash(),
TxIndex: index,
BlockAt: t,
Program: spg.Program,
AfterReserve0: pool0.String(),
AfterReserve1: pool1.String(),
PositionChange: pc,
Platform: platformName,
PlatformFee: platformFee,
CUPrice: tx.CUPrice,
MevAgent: mevName,
MevAgentFee: mevFee,
AfterSOLBalance: spg.AfterSOLBalance,
EntryContract: spg.CheckEntryContract(),
}
}
func (spg SwapGetter) GetPair(slot uint64, _ string) (*Pair, error) {
//pump amm
if spg.Program == solana_parser.SolProgramPump {
tokenMint := spg.BaseMint.String()
return &Pair{
Address: tokenMint,
Token0: tokenMint,
Token1: "So11111111111111111111111111111111111111112",
ChainId: 900,
Reserve0: spg.BaseReserve.Div(decimal.New(1, int32(spg.BaseMintDecimals))),
Reserve1: spg.QuoteReserve.Div(decimal.New(1, int32(spg.QuoteMintDecimals))),
IsCreate: spg.Event == "create",
Program: spg.Program,
UpdateSlot: slot,
}, nil
} else {
var (
token0 string
amount0 decimal.Decimal
amount1 decimal.Decimal
)
if spg.BaseMint.IsZero() || spg.QuoteMint.IsZero() {
return nil, errors.New("base mint or quote mint is empty")
}
if spg.BaseMint == solana.WrappedSol {
amount0 = spg.QuoteReserve.Div(decimal.New(1, int32(spg.QuoteMintDecimals)))
amount1 = spg.BaseReserve.Div(decimal.New(1, int32(spg.BaseMintDecimals)))
//decimal0 = spg.QuoteMintDecimals
token0 = spg.QuoteMint.String()
} else {
amount0 = spg.BaseReserve.Div(decimal.New(1, int32(spg.BaseMintDecimals)))
amount1 = spg.QuoteReserve.Div(decimal.New(1, int32(spg.QuoteMintDecimals)))
//decimal0 = a.BaseDecimals
token0 = spg.BaseMint.String()
}
return &Pair{
Address: spg.Pool.String(),
LpToken: spg.LpMint.String(),
Token0: token0,
Token1: "So11111111111111111111111111111111111111112",
ChainId: 900,
Reserve0: amount0,
Reserve1: amount1,
IsCreate: false,
Program: spg.Program,
UpdateSlot: slot,
}, nil
}
}
func getBlockTxsFromDb(db *gorm.DB, block uint64) ([]Tx, error) {
var txs []Tx
result := db.Table("tx").Where("block = ?", block).Find(&txs)
return txs, result.Error
}
func getBlockActionsFromDb(db *gorm.DB, block uint64) ([]Action, error) {
var txs []Action
result := db.Table("action").Where("block = ?", block).Find(&txs)
return txs, result.Error
}
type dbLog struct {
logger *slog.Logger
}
func (l *dbLog) Printf(format string, args ...interface{}) {
l.logger.Info(fmt.Sprintf(format, args...))
}
func newDbLog() *dbLog {
return &dbLog{logger: slog.Default()}
}
func NewGorm(dsn string) *gorm.DB {
db, err := gorm.Open(postgres.Open(dsn), &gorm.Config{
Logger: logger.New(newDbLog(), logger.Config{
Colorful: false,
LogLevel: logger.Warn,
SlowThreshold: time.Second * 10,
IgnoreRecordNotFoundError: true,
}),
})
if err != nil {
panic(err)
}
return db
}
func compareTxs(dbTxs []Tx, dataTxs []Tx) (diff int, missing int) {
dataByHash := make(map[string][]Tx, len(dataTxs))
for _, tx := range dataTxs {
dataByHash[fmt.Sprintf("%s-%d", tx.TxHash, tx.TxIndex)] = append(dataByHash[fmt.Sprintf("%s-%d", tx.TxHash, tx.TxIndex)], tx)
}
for _, dbTx := range dbTxs {
candidates := dataByHash[fmt.Sprintf("%s-%d", dbTx.TxHash, dbTx.TxIndex)]
if len(candidates) == 0 {
missing++
log.Printf("missing tx: %s", txCompareString(dbTx))
continue
}
matched := false
for _, dataTx := range candidates {
if txEqualWithoutHash(dbTx, dataTx) {
matched = true
break
}
}
if !matched {
diff++
log.Printf("tx diff hash=%s, program=%s, event:%s: %s, ", dbTx.TxHash, dbTx.Program, dbTx.Event, txCompareDiffString(dbTx, candidates[0]))
}
}
log.Printf("compare txs done: db=%d parsed=%d missing=%d diff=%d", len(dbTxs), len(dataTxs), missing, diff)
return diff, missing
}
func withinOnePercentDecimal(a decimal.Decimal, b decimal.Decimal) bool {
if a.IsZero() {
return b.IsZero()
}
diff := a.Sub(b).Abs()
threshold := a.Abs().Mul(decimal.NewFromFloat(0.03))
return diff.LessThanOrEqual(threshold)
}
func withinOnePercentStringDecimal(a string, b string) bool {
ad, errA := decimal.NewFromString(a)
bd, errB := decimal.NewFromString(b)
if errA != nil || errB != nil {
return a == b
}
return withinOnePercentDecimal(ad, bd)
}
func txEqualWithoutHash(a Tx, b Tx) bool {
//mevMatch := a.MevAgent == b.MevAgent || (a.MevAgent == "none" && b.MevAgent == "unknown") || (a.MevAgent == "unknown" && b.MevAgent == "none")
//mevNone := a.MevAgent == "none" || a.MevAgent == "unknown"
return ((a.Program == solana_parser.SolProgramMeteoraBondingCurve && a.Event == "create") || a.PairAddress == b.PairAddress) &&
a.Token1Address == b.Token1Address &&
(a.Token0Address == "" || a.Token0Address == b.Token0Address) &&
//a.Maker == b.Maker &&
(a.Token0Address == "" || withinOnePercentDecimal(a.Token0Amount, b.Token0Amount)) &&
((a.Token1Amount.LessThan(decimal.NewFromInt(10)) && b.Token1Amount.LessThan(decimal.NewFromInt(10))) || withinOnePercentDecimal(a.Token1Amount, b.Token1Amount)) &&
a.Block == b.Block &&
a.BlockIndex == b.BlockIndex &&
a.Event == b.Event &&
a.TxIndex == b.TxIndex &&
a.Program == b.Program &&
(a.Program == solana_parser.SolProgramPumpAMM || a.Program == solana_parser.SolProgramPump || a.Program == solana_parser.SolProgramMeteoraPools || (a.Event == "create") || withinOnePercentStringDecimal(a.AfterReserve0, b.AfterReserve0)) &&
(a.Program == solana_parser.SolProgramPumpAMM || a.Program == solana_parser.SolProgramPump || a.Program == solana_parser.SolProgramMeteoraPools || (a.Event == "create") || withinOnePercentStringDecimal(a.AfterReserve1, b.AfterReserve1)) &&
// a.PositionChange == b.PositionChange &&
(a.Platform == b.Platform || (a.Platform == "photon" && b.Platform == "fake") || (a.Platform == "trojan" && b.Platform == "fake")) &&
a.CUPrice.String() == b.CUPrice.String() // &&
//mevMatch &&
//(mevNone || a.MevAgentFee.String() == b.MevAgentFee.String()) &&
//(a.Program == solana_parser.SolProgramRaydiumV4 || a.AfterSOLBalance.String() == b.AfterSOLBalance.String())
//&&
// a.EntryContract == b.EntryContract
}
func txCompareDiffString(a Tx, b Tx) string {
var diffs []string
if a.PairAddress != b.PairAddress {
diffs = append(diffs, fmt.Sprintf("PairAddress db=%s data=%s", a.PairAddress, b.PairAddress))
}
//if a.Maker != b.Maker {
// diffs = append(diffs, fmt.Sprintf("Maker db=%s, data=%s", a.Maker, b.Maker))
//}
if a.Token1Address != b.Token1Address {
diffs = append(diffs, fmt.Sprintf("Token1Address db=%s data=%s", a.Token1Address, b.Token1Address))
}
if a.Token0Address != b.Token0Address {
diffs = append(diffs, fmt.Sprintf("Token0Address db=%s data=%s", a.Token0Address, b.Token0Address))
}
if !withinOnePercentDecimal(a.Token0Amount, b.Token0Amount) {
diffs = append(diffs, fmt.Sprintf("Token0Amount db=%s data=%s", a.Token0Amount.String(), b.Token0Amount.String()))
}
if !withinOnePercentDecimal(a.Token1Amount, b.Token1Amount) {
diffs = append(diffs, fmt.Sprintf("Token1Amount db=%s data=%s", a.Token1Amount.String(), b.Token1Amount.String()))
}
if a.Block != b.Block {
diffs = append(diffs, fmt.Sprintf("Block db=%d data=%d", a.Block, b.Block))
}
if a.BlockIndex != b.BlockIndex {
diffs = append(diffs, fmt.Sprintf("BlockIndex db=%d data=%d", a.BlockIndex, b.BlockIndex))
}
if a.Event != b.Event {
diffs = append(diffs, fmt.Sprintf("Event db=%s data=%s", a.Event, b.Event))
}
if a.TxIndex != b.TxIndex {
diffs = append(diffs, fmt.Sprintf("TxIndex db=%d data=%d", a.TxIndex, b.TxIndex))
}
if a.Program != b.Program {
diffs = append(diffs, fmt.Sprintf("Program db=%s data=%s", a.Program, b.Program))
}
if !withinOnePercentStringDecimal(a.AfterReserve0, b.AfterReserve0) {
diffs = append(diffs, fmt.Sprintf("AfterReserve0 db=%s data=%s", a.AfterReserve0, b.AfterReserve0))
}
if !withinOnePercentStringDecimal(a.AfterReserve1, b.AfterReserve1) {
diffs = append(diffs, fmt.Sprintf("AfterReserve1 db=%s data=%s", a.AfterReserve1, b.AfterReserve1))
}
//if a.PositionChange != b.PositionChange {
// diffs = append(diffs, fmt.Sprintf("PositionChange db=%d data=%d", a.PositionChange, b.PositionChange))
//}
if a.Platform != b.Platform {
diffs = append(diffs, fmt.Sprintf("Platform db=%s data=%s", a.Platform, b.Platform))
}
if a.CUPrice.String() != b.CUPrice.String() {
diffs = append(diffs, fmt.Sprintf("CUPrice db=%s data=%s", a.CUPrice.String(), b.CUPrice.String()))
}
//if a.MevAgent != b.MevAgent {
// diffs = append(diffs, fmt.Sprintf("MevAgent db=%s data=%s", a.MevAgent, b.MevAgent))
//}
//if a.MevAgentFee.String() != b.MevAgentFee.String() {
// diffs = append(diffs, fmt.Sprintf("MevAgentFee db=%s data=%s", a.MevAgentFee.String(), b.MevAgentFee.String()))
//}
//if a.AfterSOLBalance.String() != b.AfterSOLBalance.String() {
// diffs = append(diffs, fmt.Sprintf("AfterSOLBalance db=%s data=%s", a.AfterSOLBalance.String(), b.AfterSOLBalance.String()))
//}
//if a.EntryContract != b.EntryContract {
// diffs = append(diffs, fmt.Sprintf("EntryContract db=%s data=%s", a.EntryContract, b.EntryContract))
//}
return strings.Join(diffs, "; ")
}
func compareActions(dbActions []Action, dataActions []Action) (diff, missing int) {
dataByHash := make(map[string][]Action, len(dataActions))
for _, action := range dataActions {
dataByHash[action.TxHash] = append(dataByHash[action.TxHash], action)
}
for _, dbAction := range dbActions {
candidates := dataByHash[dbAction.TxHash]
if len(candidates) == 0 {
missing++
log.Printf("missing action: %s", actionCompareString(dbAction))
continue
}
matched := false
for _, dataAction := range candidates {
if actionEqualWithoutHash(dbAction, dataAction) {
matched = true
break
}
}
if !matched {
diff++
log.Printf("action diff hash=%s: %s", dbAction.TxHash, actionCompareDiffString(dbAction, candidates[0]))
}
}
log.Printf("compare actions done: db=%d parsed=%d missing=%d diff=%d", len(dbActions), len(dataActions), missing, diff)
return diff, missing
}
func actionEqualWithoutHash(a Action, b Action) bool {
return a.Maker == b.Maker &&
a.Token == b.Token &&
a.Pair == b.Pair &&
a.Action == b.Action &&
a.Block == b.Block
}
func actionCompareDiffString(a Action, b Action) string {
var diffs []string
if a.Maker != b.Maker {
diffs = append(diffs, fmt.Sprintf("Maker db=%s data=%s", a.Maker, b.Maker))
}
if a.Token != b.Token {
diffs = append(diffs, fmt.Sprintf("Token db=%s data=%s", a.Token, b.Token))
}
if a.Pair != b.Pair {
diffs = append(diffs, fmt.Sprintf("Pair db=%s data=%s", a.Pair, b.Pair))
}
if a.Action != b.Action {
diffs = append(diffs, fmt.Sprintf("Action db=%s data=%s", a.Action, b.Action))
}
if a.Block != b.Block {
diffs = append(diffs, fmt.Sprintf("Block db=%d data=%d", a.Block, b.Block))
}
return strings.Join(diffs, "; ")
}
func actionCompareString(action Action) string {
return fmt.Sprintf("Maker=%s Token=%s Pair=%s Action=%s Block=%d TxHash=%s", action.Maker, action.Token, action.Pair, action.Action, action.Block, action.TxHash)
}
func txCompareString(tx Tx) string {
return fmt.Sprintf(
"tx.Program=%s TxHash=%s PairAddress=%s Token1Address=%s Token0Amount=%s Token1Amount=%s Block=%d BlockIndex=%d Event=%s TxIndex=%d AfterReserve0=%s AfterReserve1=%s PositionChange=%d Platform=%s CUPrice=%s MevAgent=%s MevAgentFee=%s AfterSOLBalance=%s EntryContract=%s",
tx.Program,
tx.TxHash,
tx.PairAddress,
tx.Token1Address,
tx.Token0Amount.String(),
tx.Token1Amount.String(),
tx.Block,
tx.BlockIndex,
tx.Event,
tx.TxIndex,
tx.AfterReserve0,
tx.AfterReserve1,
tx.PositionChange,
tx.Platform,
tx.CUPrice.String(),
tx.MevAgent,
tx.MevAgentFee.String(),
tx.AfterSOLBalance.String(),
tx.EntryContract,
)
}