Documentation
¶
Index ¶
Constants ¶
This section is empty.
Variables ¶
This section is empty.
Functions ¶
func NewSimulation ¶
func NewSimulation(config string) (sda.Simulation, error)
NewSimulation returns a new Ntree simulation
Types ¶
type BlockAnnounce ¶
type BlockAnnounce struct {
Block *blockchain.TrBlock
}
BlockAnnounce is used to signal the block to the whole tree.
type Exception ¶
type Exception struct {
ID sda.TreeNodeID
}
Exception is just representing the notion that a peers does not accept to sign something. It justs passes its TreeNodeId inside. No need for public key or whatever because each signatures is independent.
type NaiveBlockSignature ¶
type NaiveBlockSignature struct {
Sigs []crypto.SchnorrSig
Exceptions []Exception
}
NaiveBlockSignature contains the signatures of a block that goes up the tree using this message
type Ntree ¶
type Ntree struct {
*sda.TreeNodeInstance
// contains filtered or unexported fields
}
Ntree is a basic implementation of a byzcoin consensus protocol using a tree and each verifiers will have independent signatures. The messages are then bigger and the verification time is also longer.
func NewNTreeRootProtocol ¶
NewNTreeRootProtocol returns a NtreeProtocol with a set of transactions to sign for this round.
func NewNtreeProtocol ¶
func NewNtreeProtocol(node *sda.TreeNodeInstance) (*Ntree, error)
NewNtreeProtocol returns the NtreeProtocol initialized
func (*Ntree) Dispatch ¶
Dispatch do nothing yet since we use an implicit listen function in a go routine
func (*Ntree) RegisterOnDone ¶
func (nt *Ntree) RegisterOnDone(fn func(*NtreeSignature))
RegisterOnDone is the callback that will be executed when the final signature is done.
type NtreeServer ¶
NtreeServer is similar to byzcoin.Server
func NewNtreeServer ¶
func NewNtreeServer(blockSize int) *NtreeServer
NewNtreeServer returns a new block server for Ntree
func (*NtreeServer) Instantiate ¶
func (nt *NtreeServer) Instantiate(node *sda.TreeNodeInstance) (sda.ProtocolInstance, error)
Instantiate returns a new NTree protocol instance
type NtreeSignature ¶
type NtreeSignature struct {
Block *blockchain.TrBlock
*RoundSignatureResponse
}
NtreeSignature is the signature that we give back to the simulation or control
type RoundSignatureRequest ¶
type RoundSignatureRequest struct {
*NaiveBlockSignature
}
RoundSignatureRequest basically is the the block signature broadcasting down the tree.
type RoundSignatureResponse ¶
type RoundSignatureResponse struct {
*NaiveBlockSignature
}
RoundSignatureResponse is the final signatures
type Simulation ¶
type Simulation struct {
// sda fields:
sda.SimulationBFTree
// your simulation specific fields:
byzcoin.SimulationConfig
}
Simulation implements da.Simulation interface
func (*Simulation) Run ¶
func (e *Simulation) Run(sdaConf *sda.SimulationConfig) error
Run implements sda.Simulation interface
func (*Simulation) Setup ¶
func (e *Simulation) Setup(dir string, hosts []string) (*sda.SimulationConfig, error)
Setup implements sda.Simulation interface
Source Files