package main import ( "context" "fmt" "math" corebig "math/big" "os" "sort" "strings" "text/tabwriter" "time" "github.com/fatih/color" "github.com/urfave/cli/v2" "golang.org/x/xerrors" cbor "github.com/ipfs/go-ipld-cbor" "github.com/filecoin-project/go-fil-markets/retrievalmarket" "github.com/filecoin-project/go-fil-markets/storagemarket" "github.com/filecoin-project/go-state-types/abi" "github.com/filecoin-project/go-state-types/big" sealing "github.com/filecoin-project/lotus/extern/storage-sealing" "github.com/filecoin-project/lotus/api" "github.com/filecoin-project/lotus/blockstore" "github.com/filecoin-project/lotus/build" "github.com/filecoin-project/lotus/chain/actors/adt" "github.com/filecoin-project/lotus/chain/actors/builtin" "github.com/filecoin-project/lotus/chain/actors/builtin/miner" "github.com/filecoin-project/lotus/chain/types" lcli "github.com/filecoin-project/lotus/cli" ) var infoCmd = &cli.Command{ Name: "info", Usage: "Print miner info", Subcommands: []*cli.Command{ infoAllCmd, }, Flags: []cli.Flag{ &cli.BoolFlag{ Name: "hide-sectors-info", Usage: "hide sectors info", }, }, Action: infoCmdAct, } func infoCmdAct(cctx *cli.Context) error { nodeApi, closer, err := lcli.GetStorageMinerAPI(cctx) if err != nil { return err } defer closer() api, acloser, err := lcli.GetFullNodeAPI(cctx) if err != nil { return err } defer acloser() ctx := lcli.ReqContext(cctx) fmt.Print("Chain: ") head, err := api.ChainHead(ctx) if err != nil { return err } switch { case time.Now().Unix()-int64(head.MinTimestamp()) < int64(build.BlockDelaySecs*3/2): // within 1.5 epochs fmt.Printf("[%s]", color.GreenString("sync ok")) case time.Now().Unix()-int64(head.MinTimestamp()) < int64(build.BlockDelaySecs*5): // within 5 epochs fmt.Printf("[%s]", color.YellowString("sync slow (%s behind)", time.Now().Sub(time.Unix(int64(head.MinTimestamp()), 0)).Truncate(time.Second))) default: fmt.Printf("[%s]", color.RedString("sync behind! (%s behind)", time.Now().Sub(time.Unix(int64(head.MinTimestamp()), 0)).Truncate(time.Second))) } basefee := head.MinTicketBlock().ParentBaseFee gasCol := []color.Attribute{color.FgBlue} switch { case basefee.GreaterThan(big.NewInt(7000_000_000)): // 7 nFIL gasCol = []color.Attribute{color.BgRed, color.FgBlack} case basefee.GreaterThan(big.NewInt(3000_000_000)): // 3 nFIL gasCol = []color.Attribute{color.FgRed} case basefee.GreaterThan(big.NewInt(750_000_000)): // 750 uFIL gasCol = []color.Attribute{color.FgYellow} case basefee.GreaterThan(big.NewInt(100_000_000)): // 100 uFIL gasCol = []color.Attribute{color.FgGreen} } fmt.Printf(" [basefee %s]", color.New(gasCol...).Sprint(types.FIL(basefee).Short())) fmt.Println() maddr, err := getActorAddress(ctx, cctx) if err != nil { return err } mact, err := api.StateGetActor(ctx, maddr, types.EmptyTSK) if err != nil { return err } tbs := blockstore.NewTieredBstore(blockstore.NewAPIBlockstore(api), blockstore.NewMemory()) mas, err := miner.Load(adt.WrapStore(ctx, cbor.NewCborStore(tbs)), mact) if err != nil { return err } // Sector size mi, err := api.StateMinerInfo(ctx, maddr, types.EmptyTSK) if err != nil { return err } ssize := types.SizeStr(types.NewInt(uint64(mi.SectorSize))) fmt.Printf("Miner: %s (%s sectors)\n", color.BlueString("%s", maddr), ssize) pow, err := api.StateMinerPower(ctx, maddr, types.EmptyTSK) if err != nil { return err } fmt.Printf("Power: %s / %s (%0.4f%%)\n", color.GreenString(types.DeciStr(pow.MinerPower.QualityAdjPower)), types.DeciStr(pow.TotalPower.QualityAdjPower), types.BigDivFloat( types.BigMul(pow.MinerPower.QualityAdjPower, big.NewInt(100)), pow.TotalPower.QualityAdjPower, ), ) fmt.Printf("\tRaw: %s / %s (%0.4f%%)\n", color.BlueString(types.SizeStr(pow.MinerPower.RawBytePower)), types.SizeStr(pow.TotalPower.RawBytePower), types.BigDivFloat( types.BigMul(pow.MinerPower.RawBytePower, big.NewInt(100)), pow.TotalPower.RawBytePower, ), ) secCounts, err := api.StateMinerSectorCount(ctx, maddr, types.EmptyTSK) if err != nil { return err } proving := secCounts.Active + secCounts.Faulty nfaults := secCounts.Faulty fmt.Printf("\tCommitted: %s\n", types.SizeStr(types.BigMul(types.NewInt(secCounts.Live), types.NewInt(uint64(mi.SectorSize))))) if nfaults == 0 { fmt.Printf("\tProving: %s\n", types.SizeStr(types.BigMul(types.NewInt(proving), types.NewInt(uint64(mi.SectorSize))))) } else { var faultyPercentage float64 if secCounts.Live != 0 { faultyPercentage = float64(100*nfaults) / float64(secCounts.Live) } fmt.Printf("\tProving: %s (%s Faulty, %.2f%%)\n", types.SizeStr(types.BigMul(types.NewInt(proving), types.NewInt(uint64(mi.SectorSize)))), types.SizeStr(types.BigMul(types.NewInt(nfaults), types.NewInt(uint64(mi.SectorSize)))), faultyPercentage) } if !pow.HasMinPower { fmt.Print("Below minimum power threshold, no blocks will be won") } else { winRatio := new(corebig.Rat).SetFrac( types.BigMul(pow.MinerPower.QualityAdjPower, types.NewInt(build.BlocksPerEpoch)).Int, pow.TotalPower.QualityAdjPower.Int, ) if winRatioFloat, _ := winRatio.Float64(); winRatioFloat > 0 { // if the corresponding poisson distribution isn't infinitely small then // throw it into the mix as well, accounting for multi-wins winRationWithPoissonFloat := -math.Expm1(-winRatioFloat) winRationWithPoisson := new(corebig.Rat).SetFloat64(winRationWithPoissonFloat) if winRationWithPoisson != nil { winRatio = winRationWithPoisson winRatioFloat = winRationWithPoissonFloat } weekly, _ := new(corebig.Rat).Mul( winRatio, new(corebig.Rat).SetInt64(7*builtin.EpochsInDay), ).Float64() avgDuration, _ := new(corebig.Rat).Mul( new(corebig.Rat).SetInt64(builtin.EpochDurationSeconds), new(corebig.Rat).Inv(winRatio), ).Float64() fmt.Print("Projected average block win rate: ") color.Blue( "%.02f/week (every %s)", weekly, (time.Second * time.Duration(avgDuration)).Truncate(time.Second).String(), ) // Geometric distribution of P(Y < k) calculated as described in https://en.wikipedia.org/wiki/Geometric_distribution#Probability_Outcomes_Examples // https://www.wolframalpha.com/input/?i=t+%3E+0%3B+p+%3E+0%3B+p+%3C+1%3B+c+%3E+0%3B+c+%3C1%3B+1-%281-p%29%5E%28t%29%3Dc%3B+solve+t // t == how many dice-rolls (epochs) before win // p == winRate == ( minerPower / netPower ) // c == target probability of win ( 99.9% in this case ) fmt.Print("Projected block win with ") color.Green( "99.9%% probability every %s", (time.Second * time.Duration( builtin.EpochDurationSeconds*math.Log(1-0.999)/ math.Log(1-winRatioFloat), )).Truncate(time.Second).String(), ) fmt.Println("(projections DO NOT account for future network and miner growth)") } } fmt.Println() deals, err := nodeApi.MarketListIncompleteDeals(ctx) if err != nil { return err } type dealStat struct { count, verifCount int bytes, verifBytes uint64 } dsAdd := func(ds *dealStat, deal storagemarket.MinerDeal) { ds.count++ ds.bytes += uint64(deal.Proposal.PieceSize) if deal.Proposal.VerifiedDeal { ds.verifCount++ ds.verifBytes += uint64(deal.Proposal.PieceSize) } } showDealStates := map[storagemarket.StorageDealStatus]struct{}{ storagemarket.StorageDealActive: {}, storagemarket.StorageDealTransferring: {}, storagemarket.StorageDealStaged: {}, storagemarket.StorageDealAwaitingPreCommit: {}, storagemarket.StorageDealSealing: {}, storagemarket.StorageDealPublish: {}, storagemarket.StorageDealCheckForAcceptance: {}, storagemarket.StorageDealPublishing: {}, } var total dealStat perState := map[storagemarket.StorageDealStatus]*dealStat{} for _, deal := range deals { if _, ok := showDealStates[deal.State]; !ok { continue } if perState[deal.State] == nil { perState[deal.State] = new(dealStat) } dsAdd(&total, deal) dsAdd(perState[deal.State], deal) } type wstr struct { str string status storagemarket.StorageDealStatus } sorted := make([]wstr, 0, len(perState)) for status, stat := range perState { st := strings.TrimPrefix(storagemarket.DealStates[status], "StorageDeal") sorted = append(sorted, wstr{ str: fmt.Sprintf(" %s:\t%d\t\t%s\t(Verified: %d\t%s)\n", st, stat.count, types.SizeStr(types.NewInt(stat.bytes)), stat.verifCount, types.SizeStr(types.NewInt(stat.verifBytes))), status: status, }, ) } sort.Slice(sorted, func(i, j int) bool { if sorted[i].status == storagemarket.StorageDealActive || sorted[j].status == storagemarket.StorageDealActive { return sorted[i].status == storagemarket.StorageDealActive } return sorted[i].status > sorted[j].status }) fmt.Printf("Storage Deals: %d, %s\n", total.count, types.SizeStr(types.NewInt(total.bytes))) tw := tabwriter.NewWriter(os.Stdout, 1, 1, 1, ' ', 0) for _, e := range sorted { _, _ = tw.Write([]byte(e.str)) } _ = tw.Flush() fmt.Println() retrievals, err := nodeApi.MarketListRetrievalDeals(ctx) if err != nil { return xerrors.Errorf("getting retrieval deal list: %w", err) } var retrComplete dealStat for _, retrieval := range retrievals { if retrieval.Status == retrievalmarket.DealStatusCompleted { retrComplete.count++ retrComplete.bytes += retrieval.TotalSent } } fmt.Printf("Retrieval Deals (complete): %d, %s\n", retrComplete.count, types.SizeStr(types.NewInt(retrComplete.bytes))) fmt.Println() spendable := big.Zero() // NOTE: there's no need to unlock anything here. Funds only // vest on deadline boundaries, and they're unlocked by cron. lockedFunds, err := mas.LockedFunds() if err != nil { return xerrors.Errorf("getting locked funds: %w", err) } availBalance, err := mas.AvailableBalance(mact.Balance) if err != nil { return xerrors.Errorf("getting available balance: %w", err) } spendable = big.Add(spendable, availBalance) fmt.Printf("Miner Balance: %s\n", color.YellowString("%s", types.FIL(mact.Balance).Short())) fmt.Printf(" PreCommit: %s\n", types.FIL(lockedFunds.PreCommitDeposits).Short()) fmt.Printf(" Pledge: %s\n", types.FIL(lockedFunds.InitialPledgeRequirement).Short()) fmt.Printf(" Vesting: %s\n", types.FIL(lockedFunds.VestingFunds).Short()) colorTokenAmount(" Available: %s\n", availBalance) mb, err := api.StateMarketBalance(ctx, maddr, types.EmptyTSK) if err != nil { return xerrors.Errorf("getting market balance: %w", err) } spendable = big.Add(spendable, big.Sub(mb.Escrow, mb.Locked)) fmt.Printf("Market Balance: %s\n", types.FIL(mb.Escrow).Short()) fmt.Printf(" Locked: %s\n", types.FIL(mb.Locked).Short()) colorTokenAmount(" Available: %s\n", big.Sub(mb.Escrow, mb.Locked)) wb, err := api.WalletBalance(ctx, mi.Worker) if err != nil { return xerrors.Errorf("getting worker balance: %w", err) } spendable = big.Add(spendable, wb) color.Cyan("Worker Balance: %s", types.FIL(wb).Short()) if len(mi.ControlAddresses) > 0 { cbsum := big.Zero() for _, ca := range mi.ControlAddresses { b, err := api.WalletBalance(ctx, ca) if err != nil { return xerrors.Errorf("getting control address balance: %w", err) } cbsum = big.Add(cbsum, b) } spendable = big.Add(spendable, cbsum) fmt.Printf(" Control: %s\n", types.FIL(cbsum).Short()) } colorTokenAmount("Total Spendable: %s\n", spendable) fmt.Println() if !cctx.Bool("hide-sectors-info") { fmt.Println("Sectors:") err = sectorsInfo(ctx, nodeApi) if err != nil { return err } } // TODO: grab actr state / info // * Sealed sectors (count / bytes) // * Power return nil } type stateMeta struct { i int col color.Attribute state sealing.SectorState } var stateOrder = map[sealing.SectorState]stateMeta{} var stateList = []stateMeta{ {col: 39, state: "Total"}, {col: color.FgGreen, state: sealing.Proving}, {col: color.FgBlue, state: sealing.Empty}, {col: color.FgBlue, state: sealing.WaitDeals}, {col: color.FgBlue, state: sealing.AddPiece}, {col: color.FgRed, state: sealing.UndefinedSectorState}, {col: color.FgYellow, state: sealing.Packing}, {col: color.FgYellow, state: sealing.GetTicket}, {col: color.FgYellow, state: sealing.PreCommit1}, {col: color.FgYellow, state: sealing.PreCommit2}, {col: color.FgYellow, state: sealing.PreCommitting}, {col: color.FgYellow, state: sealing.PreCommitWait}, {col: color.FgYellow, state: sealing.SubmitPreCommitBatch}, {col: color.FgYellow, state: sealing.PreCommitBatchWait}, {col: color.FgYellow, state: sealing.WaitSeed}, {col: color.FgYellow, state: sealing.Committing}, {col: color.FgYellow, state: sealing.CommitFinalize}, {col: color.FgYellow, state: sealing.SubmitCommit}, {col: color.FgYellow, state: sealing.CommitWait}, {col: color.FgYellow, state: sealing.SubmitCommitAggregate}, {col: color.FgYellow, state: sealing.CommitAggregateWait}, {col: color.FgYellow, state: sealing.FinalizeSector}, {col: color.FgCyan, state: sealing.Terminating}, {col: color.FgCyan, state: sealing.TerminateWait}, {col: color.FgCyan, state: sealing.TerminateFinality}, {col: color.FgCyan, state: sealing.TerminateFailed}, {col: color.FgCyan, state: sealing.Removing}, {col: color.FgCyan, state: sealing.Removed}, {col: color.FgRed, state: sealing.FailedUnrecoverable}, {col: color.FgRed, state: sealing.AddPieceFailed}, {col: color.FgRed, state: sealing.SealPreCommit1Failed}, {col: color.FgRed, state: sealing.SealPreCommit2Failed}, {col: color.FgRed, state: sealing.PreCommitFailed}, {col: color.FgRed, state: sealing.ComputeProofFailed}, {col: color.FgRed, state: sealing.CommitFailed}, {col: color.FgRed, state: sealing.CommitFinalizeFailed}, {col: color.FgRed, state: sealing.PackingFailed}, {col: color.FgRed, state: sealing.FinalizeFailed}, {col: color.FgRed, state: sealing.Faulty}, {col: color.FgRed, state: sealing.FaultReported}, {col: color.FgRed, state: sealing.FaultedFinal}, {col: color.FgRed, state: sealing.RemoveFailed}, {col: color.FgRed, state: sealing.DealsExpired}, {col: color.FgRed, state: sealing.RecoverDealIDs}, } func init() { for i, state := range stateList { stateOrder[state.state] = stateMeta{ i: i, col: state.col, } } } func sectorsInfo(ctx context.Context, napi api.StorageMiner) error { summary, err := napi.SectorsSummary(ctx) if err != nil { return err } buckets := make(map[sealing.SectorState]int) var total int for s, c := range summary { buckets[sealing.SectorState(s)] = c total += c } buckets["Total"] = total var sorted []stateMeta for state, i := range buckets { sorted = append(sorted, stateMeta{i: i, state: state}) } sort.Slice(sorted, func(i, j int) bool { return stateOrder[sorted[i].state].i < stateOrder[sorted[j].state].i }) for _, s := range sorted { _, _ = color.New(stateOrder[s.state].col).Printf("\t%s: %d\n", s.state, s.i) } return nil } func colorTokenAmount(format string, amount abi.TokenAmount) { if amount.GreaterThan(big.Zero()) { color.Green(format, types.FIL(amount).Short()) } else if amount.Equals(big.Zero()) { color.Yellow(format, types.FIL(amount).Short()) } else { color.Red(format, types.FIL(amount).Short()) } }