sim

package
v0.2.23-beta.0 Latest Latest
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 Go to latest Published: Feb 27, 2023 License: MIT Imports: 17 Imported by: 0

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Index

Constants

View Source 
const DefaultNumBlocks = 5

DefaultNumBlocks is a number of blocks in a layer by default.

Variables

This section is empty.

Functions

func GenLayers 

func GenLayers(g *Generator, seqs ...Sequence) []types.LayerID

GenLayers produces sequence of layers using all configurators.

Types

type Fraction 

type Fraction struct {
	Nominator, Denominator int
}

Fraction of something.

func Frac 

func Frac(nominator, denominator int) Fraction

Frac is a shortcut for creating Fraction object.

func (Fraction) String 

func (f Fraction) String() string

type GenOpt 

type GenOpt func(*Generator)

GenOpt for configuring Generator.

func WithLayerSize 

func WithLayerSize(size uint32) GenOpt

WithLayerSize configures average layer size.

func WithLogger 

func WithLogger(logger log.Log) GenOpt

WithLogger configures logger.

func WithPath 

func WithPath(path string) GenOpt

WithPath configures path for persistent databases.

func WithSeed 

func WithSeed(seed int64) GenOpt

WithSeed configures seed for Generator. By default 0 is used.

func WithStates 

func WithStates(n int) GenOpt

WithStates creates n states.

type Generator 

type Generator struct {
	// contains filtered or unexported fields
}

Generator for layers of blocks.

func New 

func New(opts ...GenOpt) *Generator

New creates Generator instance.

func (*Generator) GetState 

func (g *Generator) GetState(i int) State

GetState at index.

func (*Generator) Layer 

func (g *Generator) Layer(i int) *types.Layer

Layer returns generated layer.

func (*Generator) Merge 

func (g *Generator) Merge(other *Generator)

Merge other Generator state into this Generator state.

func (*Generator) Next 

func (g *Generator) Next(opts ...NextOpt) types.LayerID

Next generates the next layer.

func (*Generator) Setup 

func (g *Generator) Setup(opts ...SetupOpt)

Setup should be called before running Next.

func (*Generator) Split 

func (g *Generator) Split(opts ...SplitOpt) []*Generator

Split generator into multiple partitions. First generator will use original tortoise state (mesh, activations).

type NextOpt 

type NextOpt func(*nextConf)

NextOpt is for configuring layer generator.

func WithBlockTickHeights 

func WithBlockTickHeights(heights ...uint64) NextOpt

WithBlockTickHeights updates height of the blocks.

func WithCoin 

func WithCoin(coin bool) NextOpt

WithCoin is to setup weak coin for voting. By default coin will support blocks.

func WithEmptyHareOutput 

func WithEmptyHareOutput() NextOpt

WithEmptyHareOutput will save an empty vector for hare output.

func WithHareOutputIndex 

func WithHareOutputIndex(i int) NextOpt

WithHareOutputIndex sets the index of the block that will be stored as a hare output.

func WithLayerSizeOverwrite 

func WithLayerSizeOverwrite(size int) NextOpt

WithLayerSizeOverwrite overwrite expected layer size.

func WithNextReorder 

func WithNextReorder(delay uint32) NextOpt

WithNextReorder configures when reordered layer should be returned. Examples: Next() Next(WithNextReorder(1)) Next() 1 3 2 Next() Next(WithNextReorder(2)) Next() Next() 1 3 4 2

So the Next layer with WithNextReorder will be delayed exactly by `delay` value.

func WithNumBlocks 

func WithNumBlocks(num int) NextOpt

WithNumBlocks sets number of the generated blocks.

func WithVoteGenerator 

func WithVoteGenerator(gen VotesGenerator) NextOpt

WithVoteGenerator declares vote generator for a layer.

func WithoutHareOutput 

func WithoutHareOutput() NextOpt

WithoutHareOutput will prevent from saving hare output.

type Sequence 

type Sequence struct {
	Length int
	Opts   []NextOpt
}

Sequence of layers with same configuration.

func WithSequence 

func WithSequence(lth int, opts ...NextOpt) Sequence

WithSequence creates Sequence object.

type SetupOpt 

type SetupOpt func(g *setupConf)

SetupOpt configures setup.

func WithSetupMinerRange 

func WithSetupMinerRange(low, high int) SetupOpt

WithSetupMinerRange number of miners will be selected between low and high values.

func WithSetupTicks 

func WithSetupTicks(ticks ...uint64) SetupOpt

WithSetupTicks configures ticks for every atx.

func WithSetupTicksRange 

func WithSetupTicksRange(low, high int) SetupOpt

WithSetupTicksRange configures range of atxs, that will be randomly chosen by atxs.

func WithSetupUnitsRange 

func WithSetupUnitsRange(low, high int) SetupOpt

WithSetupUnitsRange adjusts units of the ATXs, which will directly affect block weight.

type SplitOpt 

type SplitOpt func(*splitConf)

SplitOpt is for configuring partition.

func WithPartitions 

func WithPartitions(parts ...Fraction) SplitOpt

WithPartitions configures number of miners in each partition relative to original Generator.

type State 

type State struct {
	DB      *datastore.CachedDB
	Beacons *beaconStore
	// contains filtered or unexported fields
}

State of the node.

func (*State) OnActivationTx 

func (s *State) OnActivationTx(atx *types.VerifiedActivationTx)

OnActivationTx callback to store activation transaction.

func (*State) OnBallot 

func (s *State) OnBallot(ballot *types.Ballot)

OnBallot callback to store ballot.

func (*State) OnBeacon 

func (s *State) OnBeacon(eid types.EpochID, beacon types.Beacon)

OnBeacon callback to store generated beacon.

func (*State) OnBlock 

func (s *State) OnBlock(block *types.Block)

OnBlock callback to store block.

func (*State) OnCoinflip 

func (s *State) OnCoinflip(lid types.LayerID, coinflip bool)

OnCoinflip callback to store coinflip.

func (*State) OnHareOutput 

func (s *State) OnHareOutput(lid types.LayerID, bid types.BlockID)

OnHareOutput callback to store hare output.

type VotesGenerator 

type VotesGenerator func(rng *rand.Rand, layers []*types.Layer, i int) Voting

VotesGenerator allows to replace default votes generator. TODO(dshulyak) what is the best way to encapsulate all configuration that is required to generate votes?

func VaryingVoting 

func VaryingVoting(mid int, first, second VotesGenerator) VotesGenerator

VaryingVoting votes using first generator for ballots before mid, and with second generator after mid.

type Voting 

type Voting = types.Votes

Voting contains blocks voting.

func ConsistentVoting 

func ConsistentVoting(rng *rand.Rand, layers []*types.Layer, i int) Voting

ConsistentVoting selects same base ballot for ballot at a specific index.

func PerfectVoting 

func PerfectVoting(rng *rand.Rand, layers []*types.Layer, _ int) Voting

PerfectVoting selects base ballot from previous layer and supports all blocks from previous layer. used by default.

Source Files

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