effective

Documentation

Index

• Constants
• func Median(stakes []SlotPurchase) numeric.Dec
• type Candidacy
  • func ValidatorStatus(currentlyInCommittee, isActive bool) Candidacy
  • func (c Candidacy) String() string
• type Eligibility
• type SlotOrder
• type SlotPurchase
  • func Apply(shortHand map[common.Address]*SlotOrder, pull int) (numeric.Dec, []SlotPurchase)
  • func Compute(shortHand map[common.Address]*SlotOrder, pull int) (numeric.Dec, []SlotPurchase)
  • func (p SlotPurchase) MarshalJSON() ([]byte, error)

Constants

const (
	// Unknown ..
	Unknown Candidacy = iota
	// Candidate ..
	Candidate = iota
	// NotCandidate ..
	NotCandidate
	// ElectedAndSigning ..
	ElectedAndSigning
	// ElectedAndFellBelowThreshold ..
	ElectedAndFellBelowThreshold
)

Functions

func Median

func Median(stakes []SlotPurchase) numeric.Dec

Median ..

Types

type Candidacy

type Candidacy byte

Candidacy is a more semantically meaningful value that is derived from core protocol logic but meant more for the presentation of user, like at RPC

func ValidatorStatus

func ValidatorStatus(currentlyInCommittee, isActive bool) Candidacy

ValidatorStatus ..

func (Candidacy) String

func (c Candidacy) String() string

type Eligibility

type Eligibility byte

Eligibility represents ability to participate in EPoS auction that occurs just once an epoch on beaconchain

const (
	// Nil is a default state that represents a no-op
	Nil Eligibility = iota
	// Active means allowed in epos auction
	Active
	// Inactive means validator did not sign enough over 66%
	// of the time in an epoch and so they are removed from
	// the possibility of being in the epos auction, which happens
	// only once an epoch and only
	// by beaconchain, aka shard.BeaconChainShardID
	Inactive
	// Banned records whether this validator is banned
	// from the network because they double-signed
	// it can never be undone
	Banned
)

type SlotOrder

type SlotOrder struct {
	Stake       *big.Int             `json:"stake"`
	SpreadAmong []shard.BlsPublicKey `json:"keys-at-auction"`
	Percentage  numeric.Dec          `json:"percentage-of-total-auction-stake"`
}

SlotOrder ..

type SlotPurchase

type SlotPurchase struct {
	Addr  common.Address     `json:"slot-owner"`
	Key   shard.BlsPublicKey `json:"bls-public-key"`
	Stake numeric.Dec        `json:"eposed-stake"`
}

SlotPurchase ..

func Apply

func Apply(shortHand map[common.Address]*SlotOrder, pull int) (
	numeric.Dec, []SlotPurchase,
)

Apply ..

func Compute

func Compute(
	shortHand map[common.Address]*SlotOrder, pull int,
) (numeric.Dec, []SlotPurchase)

Compute ..

func (SlotPurchase) MarshalJSON

func (p SlotPurchase) MarshalJSON() ([]byte, error)

MarshalJSON ..