model

Documentation

Index

• func IsApprovedLayer(l *pb.Layer) bool
• func IsConfirmedLayer(l *pb.Layer) bool
• func NewLayer(in *pb.Layer, networkInfo *NetworkInfo) (*Layer, []*Block, []*Activation, map[string]*Transaction)
• type Account
  • func NewAccount(in *pb.Account) *Account
• type AccountService
• type AccountSummary
• type Activation
  • func NewActivation(atx *types.VerifiedActivationTx) *Activation
  • func (atx *Activation) GetSmesher(unitSize uint64) *Smesher
• type ActivationService
• type App
• type AppService
• type Block
• type BlockService
• type Epoch
• type EpochService
• type Geo
• type Layer
• type LayerService
• type MalfeasanceProof
  • func NewMalfeasanceProof(in *pb.MalfeasanceProof) *MalfeasanceProof
• type NetworkInfo
• type Reward
  • func NewReward(reward *pb.Reward) *Reward
• type RewardService
• type Smesher
• type SmesherService
• type Statistics
• type Stats
• type Transaction
  • func NewTransaction(in *pb.Transaction, layer uint32, blockID string, timestamp uint32, ...) (*Transaction, error)
  • func NewTransactionResult(res *pb.TransactionResult, state *pb.TransactionState, networkInfo NetworkInfo) (*Transaction, error)
• type TransactionReceipt
• type TransactionService

Functions

func IsApprovedLayer

func IsApprovedLayer(l *pb.Layer) bool

func IsConfirmedLayer

func IsConfirmedLayer(l *pb.Layer) bool

func NewLayer

func NewLayer(in *pb.Layer, networkInfo *NetworkInfo) (*Layer, []*Block, []*Activation, map[string]*Transaction)

Types

type Account

type Account struct {
	Address string `json:"address" bson:"address"` // account public address
	Balance uint64 `json:"balance" bson:"balance"` // known account balance
	Counter uint64 `json:"counter" bson:"counter"`
	Created uint64 `json:"created" bson:"created"`
	// get from ledger collection
	Sent         uint64 `json:"sent" bson:"-"`
	Received     uint64 `json:"received" bson:"-"`
	Awards       uint64 `json:"awards" bson:"-"`
	Fees         uint64 `json:"fees" bson:"-"`
	Txs          int64  `json:"txs" bson:"-"`
	LastActivity int32  `json:"lastActivity" bson:"-"`
}

func NewAccount

func NewAccount(in *pb.Account) *Account

type AccountService

type AccountService interface {
	GetAccount(ctx context.Context, accountID string) (*Account, error)
	GetAccounts(ctx context.Context, page, perPage int64) ([]*Account, int64, error)
	GetAccountTransactions(ctx context.Context, accountID string, page, perPage int64) ([]*Transaction, int64, error)
	GetAccountRewards(ctx context.Context, accountID string, page, perPage int64) ([]*Reward, int64, error)
}

type AccountSummary

type AccountSummary struct {
	Sent         uint64 `json:"sent" bson:"sent"`
	Received     uint64 `json:"received" bson:"received"`
	Awards       uint64 `json:"awards" bson:"awards"`
	Fees         uint64 `json:"fees" bson:"fees"`
	LastActivity int32  `json:"lastActivity" bson:"-"`
}

AccountSummary data taken from `ledger` collection. Not all accounts from api have filled this data.

type Activation

type Activation struct {
	Id                string `json:"id" bson:"id"`             //nolint will fix it later.
	SmesherId         string `json:"smesher" bson:"smesher"`   //nolint will fix it later // id of smesher who created the ATX
	Coinbase          string `json:"coinbase" bson:"coinbase"` // coinbase account id
	PrevAtx           string `json:"prevAtx" bson:"prevAtx"`   // previous ATX pointed to
	NumUnits          uint32 `json:"numunits" bson:"numunits"` // number of PoST data commitment units
	CommitmentSize    uint64 `json:"commitmentSize" bson:"commitmentSize"`
	PublishEpoch      uint32 `json:"publishEpoch" bson:"publishEpoch"`
	TargetEpoch       uint32 `json:"targetEpoch" bson:"targetEpoch"`
	TickCount         uint64 `json:"tickCount" bson:"tickCount"`
	Weight            uint64 `json:"weight" bson:"weight"`
	EffectiveNumUnits uint32 `json:"effectiveNumUnits" bson:"effectiveNumUnits"`
	Received          int64  `json:"received" bson:"received"`
}

func NewActivation

func NewActivation(atx *types.VerifiedActivationTx) *Activation

func (*Activation) GetSmesher

func (atx *Activation) GetSmesher(unitSize uint64) *Smesher

type ActivationService

type ActivationService interface {
	GetActivations(ctx context.Context, page, perPage int64) (atxs []*Activation, total int64, err error)
	GetActivation(ctx context.Context, activationID string) (*Activation, error)
}

type App

type App struct {
	Address string `json:"address" bson:"address"`
}

type AppService

type AppService interface {
	GetApps(ctx context.Context, pageNum, pageSize int64) (apps []*App, total int64, err error)
	GetApp(ctx context.Context, appID string) (*App, error)
}

type Block

type Block struct {
	Id        string `json:"id" bson:"id"` // nolint will fix it later
	Layer     uint32 `json:"layer" bson:"layer"`
	Epoch     uint32 `json:"epoch" bson:"epoch"`
	Start     uint32 `json:"start" bson:"start"`
	End       uint32 `json:"end" bson:"end"`
	TxsNumber uint32 `json:"txsnumber" bson:"txsnumber"`
	TxsValue  uint64 `json:"txsvalue" bson:"txsvalue"`
}

type BlockService

type BlockService interface {
	GetBlock(ctx context.Context, blockID string) (*Block, error)
}

type Epoch

type Epoch struct {
	Number     int32  `json:"number" bson:"number"`
	Start      uint32 `json:"start" bson:"start"`
	End        uint32 `json:"end" bson:"end"`
	LayerStart uint32 `json:"layerstart" bson:"layerstart"`
	LayerEnd   uint32 `json:"layerend" bson:"layerend"`
	Layers     uint32 `json:"layers" bson:"layers"`
	Stats      Stats  `json:"stats"`
}

type EpochService

type EpochService interface {
	GetEpoch(ctx context.Context, epochNum int) (*Epoch, error)
	GetEpochs(ctx context.Context, page, perPage int64) (epochs []*Epoch, total int64, err error)
	GetEpochLayers(ctx context.Context, epochNum int, page, perPage int64) (layers []*Layer, total int64, err error)
	GetEpochTransactions(ctx context.Context, epochNum int, page, perPage int64) (txs []*Transaction, total int64, err error)
	GetEpochSmeshers(ctx context.Context, epochNum int, page, perPage int64) (smeshers []*Smesher, total int64, err error)
	GetEpochRewards(ctx context.Context, epochNum int, page, perPage int64) (rewards []*Reward, total int64, err error)
	GetEpochActivations(ctx context.Context, epochNum int, page, perPage int64) (atxs []*Activation, total int64, err error)
}

type Geo

type Geo struct {
	Name        string     `json:"name"`
	Coordinates [2]float64 `json:"coordinates"`
}

type Layer

type Layer struct {
	Number       uint32 `json:"number" bson:"number"`
	Status       int    `json:"status" bson:"status"`
	Txs          uint32 `json:"txs" bson:"txs"`
	Start        uint32 `json:"start" bson:"start"`
	End          uint32 `json:"end" bson:"end"`
	TxsAmount    uint64 `json:"txsamount" bson:"txsamount"`
	Rewards      uint64 `json:"rewards" bson:"rewards"`
	Epoch        uint32 `json:"epoch" bson:"epoch"`
	Hash         string `json:"hash" bson:"hash"`
	BlocksNumber uint32 `json:"blocksnumber" bson:"blocksnumber"`
}

type LayerService

type LayerService interface {
	GetLayer(ctx context.Context, layerNum int) (*Layer, error)
	//GetLayerByHash(ctx context.Context, layerHash string) (*Layer, error)
	GetLayers(ctx context.Context, page, perPage int64) (layers []*Layer, total int64, err error)
	GetLayerTransactions(ctx context.Context, layerNum int, pageNum, pageSize int64) (txs []*Transaction, total int64, err error)
	GetLayerSmeshers(ctx context.Context, layerNum int, pageNum, pageSize int64) (smeshers []*Smesher, total int64, err error)
	GetLayerRewards(ctx context.Context, layerNum int, pageNum, pageSize int64) (rewards []*Reward, total int64, err error)
	GetLayerActivations(ctx context.Context, layerNum int, pageNum, pageSize int64) (atxs []*Activation, total int64, err error)
	GetLayerBlocks(ctx context.Context, layerNum int, pageNum, pageSize int64) (blocks []*Block, total int64, err error)
}

type MalfeasanceProof

type MalfeasanceProof struct {
	Smesher   string `json:"smesher" bson:"smesher"`
	Layer     uint32 `json:"layer" bson:"layer"`
	Kind      string `json:"kind" bson:"kind"`
	DebugInfo string `json:"debugInfo" bson:"debugInfo"`
}

func NewMalfeasanceProof

func NewMalfeasanceProof(in *pb.MalfeasanceProof) *MalfeasanceProof

type NetworkInfo

type NetworkInfo struct {
	GenesisId                string `json:"genesisid" bson:"genesisid"` // nolint will fix it later
	GenesisTime              uint32 `json:"genesis" bson:"genesis"`
	EpochNumLayers           uint32 `json:"layers" bson:"layers"`
	MaxTransactionsPerSecond uint32 `json:"maxtx" bson:"maxtx"`
	LayerDuration            uint32 `json:"duration" bson:"duration"`
	PostUnitSize             uint64 `json:"postUnitSize" bson:"postUnitSize"`

	LastLayer          uint32 `json:"lastlayer" bson:"lastlayer"`
	LastLayerTimestamp uint32 `json:"lastlayerts" bson:"lastlayerts"`
	LastApprovedLayer  uint32 `json:"lastapprovedlayer" bson:"lastapprovedlayer"`
	LastConfirmedLayer uint32 `json:"lastconfirmedlayer" bson:"lastconfirmedlayer"`

	ConnectedPeers uint64 `json:"connectedpeers" bson:"connectedpeers"`
	IsSynced       bool   `json:"issynced" bson:"issynced"`
	SyncedLayer    uint32 `json:"syncedlayer" bson:"syncedlayer"`
	TopLayer       uint32 `json:"toplayer" bson:"toplayer"`
	VerifiedLayer  uint32 `json:"verifiedlayer" bson:"verifiedlayer"`
}

type Reward

type Reward struct {
	ID            string `json:"_id" bson:"_id"`
	Layer         uint32 `json:"layer" bson:"layer"`
	Total         uint64 `json:"total" bson:"total"`
	LayerReward   uint64 `json:"layerReward" bson:"layerReward"`
	LayerComputed uint32 `json:"layerComputed" bson:"layerComputed"` // layer number of the layer when reward was computed
	// tx_fee = total - layer_reward
	Coinbase  string `json:"coinbase" bson:"coinbase"` // account awarded this reward
	Smesher   string `json:"smesher" bson:"smesher"`
	Timestamp uint32 `json:"timestamp" bson:"timestamp"`
}

func NewReward

func NewReward(reward *pb.Reward) *Reward

type RewardService

type RewardService interface {
	GetReward(ctx context.Context, rewardID string) (*Reward, error)
	GetRewardV2(ctx context.Context, smesherID string, layer uint32) (*Reward, error)
	GetRewards(ctx context.Context, page, perPage int64) ([]*Reward, int64, error)
	GetTotalRewards(ctx context.Context, filter *bson.D) (int64, int64, error)
}

type Smesher

type Smesher struct {
	Id             string             `json:"id" bson:"id"` //nolint will fix it later.
	CommitmentSize uint64             `json:"cSize" bson:"cSize"`
	Coinbase       string             `json:"coinbase" bson:"coinbase"`
	AtxCount       uint32             `json:"atxcount" bson:"atxcount"`
	Timestamp      uint64             `json:"timestamp" bson:"timestamp"`
	Rewards        int64              `json:"rewards" bson:"-"`
	AtxLayer       uint32             `json:"atxLayer" bson:"atxLayer"`
	Proofs         []MalfeasanceProof `json:"proofs,omitempty" bson:"proofs,omitempty"`
	Epochs         []uint32           `json:"epochs,omitempty" bson:"epochs,omitempty"`
}

type SmesherService

type SmesherService interface {
	GetSmesher(ctx context.Context, smesherID string) (*Smesher, error)
	GetSmeshers(ctx context.Context, page, perPage int64) (smeshers []*Smesher, total int64, err error)
	GetSmesherActivations(ctx context.Context, smesherID string, page, perPage int64) (atxs []*Activation, total int64, err error)
	GetSmesherRewards(ctx context.Context, smesherID string, page, perPage int64) (rewards []*Reward, total int64, err error)
	CountSmesherRewards(ctx context.Context, smesherID string) (total, count int64, err error)
}

type Statistics

type Statistics struct {
	Capacity      int64 `json:"capacity" bson:"capacity"`         // Average tx/s rate over capacity considering all layers in the current epoch.
	Decentral     int64 `json:"decentral" bson:"decentral"`       // Distribution of storage between all active smeshers.
	Smeshers      int64 `json:"smeshers" bson:"smeshers"`         // Number of active smeshers in the current epoch.
	Transactions  int64 `json:"transactions" bson:"transactions"` // Total number of transactions processed by the state transition function.
	Accounts      int64 `json:"accounts" bson:"accounts"`         // Total number of on-mesh accounts with a non-zero coin balance as of the current epoch.
	Circulation   int64 `json:"circulation" bson:"circulation"`   // Total number of Smesh coins in circulation. This is the total balances of all on-mesh accounts.
	Rewards       int64 `json:"rewards" bson:"rewards"`           // Total amount of Smesh minted as mining rewards as of the last known reward distribution event.
	RewardsNumber int64 `json:"rewardsnumber" bson:"rewardsnumber"`
	Security      int64 `json:"security" bson:"security"`   // Total amount of storage committed to the network based on the ATXs in the previous epoch.
	TxsAmount     int64 `json:"txsamount" bson:"txsamount"` // Total amount of coin transferred between accounts in the epoch. Incl coin transactions and smart wallet transactions.
}

type Stats

type Stats struct {
	Current    Statistics `json:"current"`
	Cumulative Statistics `json:"cumulative"`
}

type Transaction

type Transaction struct {
	Id string `json:"id" bson:"id"` //nolint will fix it later

	Layer      uint32 `json:"layer" bson:"layer"`
	Block      string `json:"block" bson:"block"`
	BlockIndex uint32 `json:"blockIndex" bson:"blockIndex"`
	Index      uint32 `json:"index" bson:"index"` // the index of the tx in the ordered list of txs to be executed by stf in the layer
	State      int    `json:"state" bson:"state"`
	Result     int    `json:"result" bson:"result"`
	Timestamp  uint32 `json:"timestamp" bson:"timestamp"`

	MaxGas   uint64 `json:"maxGas" bson:"maxGas"`
	GasPrice uint64 `json:"gasPrice" bson:"gasPrice"`
	GasUsed  uint64 `bson:"gasUsed" json:"gasUsed"` // gas units used by the transaction (gas price in tx)
	Fee      uint64 `json:"fee" bson:"fee"`         // transaction fee charged for the transaction

	Amount  uint64 `json:"amount" bson:"amount"`   // amount of coin transferred in this tx by sender
	Counter uint64 `json:"counter" bson:"counter"` // tx counter aka nonce

	Type      int    `json:"type" bson:"type"`
	Signature string `json:"signature" bson:"signature"` // the signature itself
	PublicKey string `json:"pubKey" bson:"pubKey"`       // included in schemes which require signer to provide a public key

	Sender   string `json:"sender" bson:"sender"` // tx originator, should match signer inside Signature
	Receiver string `json:"receiver" bson:"receiver"`
	SvmData  string `json:"svmData" bson:"svmData"` // svm binary data. Decode with svm-codec

	Message          string   `json:"message" bson:"message"`
	TouchedAddresses []string `json:"touchedAddresses" bson:"touchedAddresses"`
}

func NewTransaction

func NewTransaction(in *pb.Transaction, layer uint32, blockID string, timestamp uint32, blockIndex uint32) (*Transaction, error)

NewTransaction try to parse the transaction and return a new Transaction struct.

func NewTransactionResult

func NewTransactionResult(res *pb.TransactionResult, state *pb.TransactionState, networkInfo NetworkInfo) (*Transaction, error)

type TransactionReceipt

type TransactionReceipt struct {
	Id               string //nolint will fix it later
	Result           int
	Message          string
	GasUsed          uint64 // gas units used by the transaction (gas price in tx)
	Fee              uint64 // transaction fee charged for the transaction
	Layer            uint32
	Block            string
	TouchedAddresses []string
}

type TransactionService

type TransactionService interface {
	GetTransaction(ctx context.Context, txID string) (*Transaction, error)
	GetTransactions(ctx context.Context, page, perPage int64) (txs []*Transaction, total int64, err error)
}