engine

package
v6.5.0-p2p2-beta2+inco... Latest Latest
Warning

This package is not in the latest version of its module.

 Go to latest Published: Dec 19, 2019 License: Apache-2.0, BSD-2-Clause, BSD-3-Clause, + 4 more Imports: 58 Imported by: 0

Documentation

Overview

Interface that allows factomd to offload the dbstate fetching to this plugin. If offloaded, factomd will need to drain the buffer by launching a drain go routine

Index

Constants

This section is empty.

Variables

View Source 
var (
	// Messages
	RepeatMsgs = prometheus.NewCounter(prometheus.CounterOpts{
		Name: "factomd_state_msg_replay_toss_total",
		Help: "Number of repeated msgs.",
	})

	BroadInCastQueue = prometheus.NewGauge(prometheus.GaugeOpts{
		Name: "factomd_state_broadcast_in_current",
		Help: "Number of msgs in broadcastin queue.",
	})

	BroadCastInQueueDrop = prometheus.NewCounter(prometheus.CounterOpts{
		Name: "factomd_state_broadcast_in_drop_total",
		Help: "How many messages are dropped due to full queues",
	})

	// NetworkReplayFilter
	TotalNetworkReplayFilter = prometheus.NewCounter(prometheus.CounterOpts{
		Name: "factomd_state_network_replay_filter_total",
		Help: "Tally of total messages gone into NetworkReplayFilter",
	})
	TotalNetworkAckReplayFilter = prometheus.NewCounter(prometheus.CounterOpts{
		Name: "factomd_state_network_ack_replay_filter_total",
		Help: "Tally of total messages gone into NetworkAckReplayFilter",
	})

	// Network Out Queue
	NetworkOutTotalDequeue = prometheus.NewCounter(prometheus.CounterOpts{
		Name: "factomd_state_queue_netoutmsg_total_general",
		Help: "Count of all messages being dequeued",
	})

	// Send/Receive Times
	TotalSendTime = prometheus.NewGauge(prometheus.GaugeOpts{
		Name: "factomd_state_total_send_time",
		Help: "Time spent sending (nanoseconds)",
	})
	TotalReceiveTime = prometheus.NewGauge(prometheus.GaugeOpts{
		Name: "factomd_state_total_receive_time",
		Help: "Time spent receiving (nanoseconds)",
	})
)
View Source 
var Build string

Build sets the factomd build id using git's SHA Version sets the semantic version number of the build $ go install -ldflags "-X github.com/FactomProject/factomd/engine.Build=`git rev-parse HEAD` -X github.com/FactomProject/factomd/engine.=`cat VERSION`" It also seems to need to have the previous binary deleted if recompiling to have this message show up if no code has changed. Since we are tracking code changes, then there is no need to delete the binary to use the latest message

View Source 
var CHECK_BUFFER time.Duration = 2 * time.Second

How often to check the plugin if it has messages ready

View Source 
var FactomdVersion string = "BuiltWithoutVersion"
View Source 
var LOCAL_NET_PRIV_KEY string = "4c38c72fc5cdad68f13b74674d3ffb1f3d63a112710868c9b08946553448d26d"

Used for signing messages

View Source 
var ListenTo int
View Source 
var (
	STACK_HEIGHT = 100
)
View Source 
var SortByID bool
View Source 
var VerboseAuthorityDeltas = false
View Source 
var VerboseAuthoritySet = false
View Source 
var VerboseFaultOutput = false

Functions

func AddInterruptHandler 

func AddInterruptHandler(handler func())

AddInterruptHandler adds a handler to call when a SIGINT (Ctrl+C) is received.

func AddNode 

func AddNode()

func AddSimPeer 

func AddSimPeer(fnodes []*FactomNode, i1 int, i2 int)

func BlockFreeChannelSend 

func BlockFreeChannelSend(channel chan interface{}, message interface{}) int

BlockFreeChannelSend will remove things from the queue to make room for new messages if the queue is full. This prevents channel blocking on full. 

Returns: The number of elements cleared from the channel to make room

func ComposeEcTransaction 

func ComposeEcTransaction(inSec interfaces.IHash, outEC interfaces.IHash, timeInMilliseconds *primitives.Timestamp, amt uint64, ecPrice uint64) (*factoid.Transaction, error)

create a transaction to buy Entry Credits this adds the EC fee on top of the input amount

func ComposeFctTransaction 

func ComposeFctTransaction(amt uint64, inSec interfaces.IHash, outPub interfaces.IHash, ecPrice uint64) (*factoid.Transaction, error)

create a transaction to transfer FCT between addresses adds EC fee on top of input amount

func Factomd 

func Factomd(params *FactomParams, listenToStdin bool) interfaces.IState

func FaultSummary 

func FaultSummary() string

func FundECWallet 

func FundECWallet(st *state.State, inSec interfaces.IHash, outEC interfaces.IHash, amt uint64) (error, string)

FundECWallet get the current time in ms, add to it the offset provided (usually zero, except for tests)

func FundWallet 

func FundWallet(st *state.State, amt uint64) (error, string)

FundWallet() Entry Point for no time offset on the transaction.

func FundWalletTOFF 

func FundWalletTOFF(st *state.State, timeOffsetInMilliseconds int64, amt uint64) (error, string)

FundWalletTOFF() Entry Point where test code allows the transaction to have a time offset from the current time.

func GetBalance 

func GetBalance(s *state.State, userStr string) int64

func GetBalanceEC 

func GetBalanceEC(s *state.State, userStr string) int64

func GetLine 

func GetLine(listenToStdin bool) string

var InputChan = make(chan string)

func GetSystemStatus 

func GetSystemStatus(listenTo int, wsapiNode int) string

func HandleLogfiles 

func HandleLogfiles(stdoutlog string, stderrlog string)

func InvalidOutputs 

func InvalidOutputs(fnode *FactomNode)

Just throw away the trash

func LaunchDBStateManagePlugin 

func LaunchDBStateManagePlugin(path string, inQueue interfaces.IQueue, s *state.State, sigKey *primitives.PrivateKey, memProfileRate int) (interfaces.IManagerController, error)

LaunchDBStateManagePlugin launches the plugin and returns an interface that can be interacted with like a usual interface. The client returned must be killed before we exit

func LaunchDebugServer 

func LaunchDebugServer(service string)

func LoadJournal 

func LoadJournal(s interfaces.IState, journal string)

func LoadJournalFromReader 

func LoadJournalFromReader(s interfaces.IState, r *bufio.Reader)

func LoadJournalFromString 

func LoadJournalFromString(s interfaces.IState, journalStr string)

func NetStart 

func NetStart(s *state.State, p *FactomParams, listenToStdin bool)

func NetworkOutputs 

func NetworkOutputs(fnode *FactomNode)

func NetworkProcessorNet 

func NetworkProcessorNet(fnode *FactomNode)

func NewTransaction 

func NewTransaction(amt uint64, userSecretIn string, userPublicOut string, ecPrice uint64) (*factoid.Transaction, error)

construct a new factoid transaction

func ParseCmdLine 

func ParseCmdLine(args []string) *FactomParams

func Peers 

func Peers(fnode *FactomNode)

func PostTransaction 

func PostTransaction(st *state.State, trans *factoid.Transaction) (error, string)

create wsapi Post and invoke v2Request handler

func PrintOneStatus 

func PrintOneStatus(listenTo int, wsapiNode int)

func Q1 

func Q1(fnode *FactomNode, source string, msg interfaces.IMsg)

func Q2 

func Q2(fnode *FactomNode, source string, msg interfaces.IMsg)

func RandomEntry 

func RandomEntry() *entryBlock.Entry

func RandomFctAddressPair 

func RandomFctAddressPair() (string, string)

generate a pair of user-strings Fs.., FA..

func RegisterPrometheus 

func RegisterPrometheus()

RegisterPrometheus registers the variables to be exposed. This can only be run once, hence the boolean flag to prevent panics if launched more than once. This is called in NetStart

func SendTxn 

func SendTxn(s *state.State, amt uint64, userSecretIn string, userPubOut string, ecPrice uint64) (*factoid.Transaction, error)

SendTxn() adds transaction to APIQueue bypassing the wsapi / json encoding

func SimControl 

func SimControl(listenTo int, listenStdin bool)

func StartProfiler 

func StartProfiler(mpr int, expose bool)

StartProfiler runs the go pprof tool `go tool pprof http://localhost:6060/debug/pprof/profile` https://golang.org/pkg/net/http/pprof/

func SystemFaults 

func SystemFaults(f *FactomNode) string

func Timer 

func Timer(stateI interfaces.IState)

Timer Provides a tick add inserts it into the TickerQueue to trigger EOM generation by leaders.

Types

type CompletedHeightsManager 

type CompletedHeightsManager struct {
	Completed []int64
	Base      int
}

CompletedHeightsManager ensures the same height is not processed many times

func NewCompletedHeightManager 

func NewCompletedHeightManager() *CompletedHeightsManager

func (*CompletedHeightsManager) ClearTo 

func (c *CompletedHeightsManager) ClearTo(height int)

ClearTo will indicate anything below this height is no longer needed

func (*CompletedHeightsManager) CompleteHeight 

func (c *CompletedHeightsManager) CompleteHeight(height int) bool

CompleteHeight will signal a height has been completed. It will return a boolean value to indicate whether or not to allow this height to be added to the inmsg queue

type FactomMessage 

type FactomMessage struct {
	Message  []byte
	PeerHash string
	AppHash  string
	AppType  string
}

func (*FactomMessage) JSONByte 

func (e *FactomMessage) JSONByte() ([]byte, error)

func (*FactomMessage) JSONString 

func (e *FactomMessage) JSONString() (string, error)

func (*FactomMessage) String 

func (e *FactomMessage) String() string

type FactomNode 

type FactomNode struct {
	Index    int
	State    *state.State
	Peers    []interfaces.IPeer
	MLog     *MsgLog
	P2PIndex int
}

func GetFnodes 

func GetFnodes() []*FactomNode

func GetFocus 

func GetFocus() *FactomNode

type IManagerPlugin 

type IManagerPlugin struct {
	// Impl Injection
	Impl interfaces.IManagerController
}

This is the implementation of plugin.Plugin so we can serve/consume this

This has two methods: Server must return an RPC server for this plugin type. We construct a IManagerPluginRPCServer for this.

Client must return an implementation of our interface that communicates over an RPC client. We return IManagerPluginRPC for this.

Ignore MuxBroker. That is used to create more multiplexed streams on our plugin connection and is a more advanced use case.

func (IManagerPlugin) Client 

func (IManagerPlugin) Client(b *plugin.MuxBroker, c *rpc.Client) (interface{}, error)

func (*IManagerPlugin) Server 

func (p *IManagerPlugin) Server(*plugin.MuxBroker) (interface{}, error)

type IManagerPluginRPC 

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

Here is an implementation that talks over RPC

func (*IManagerPluginRPC) Alive 

func (g *IManagerPluginRPC) Alive() error

func (*IManagerPluginRPC) CompletedHeightTo 

func (g *IManagerPluginRPC) CompletedHeightTo(height uint32) error

func (*IManagerPluginRPC) FetchFromBuffer 

func (g *IManagerPluginRPC) FetchFromBuffer() []byte

func (*IManagerPluginRPC) IsBufferEmpty 

func (g *IManagerPluginRPC) IsBufferEmpty() bool

func (*IManagerPluginRPC) RetrieveDBStateByHeight 

func (g *IManagerPluginRPC) RetrieveDBStateByHeight(height uint32) error

func (*IManagerPluginRPC) SetSigningKey 

func (g *IManagerPluginRPC) SetSigningKey(sec []byte) error

func (*IManagerPluginRPC) UploadDBStateBytes 

func (g *IManagerPluginRPC) UploadDBStateBytes(data []byte, sign bool) error

func (*IManagerPluginRPC) UploadIfOnDisk 

func (g *IManagerPluginRPC) UploadIfOnDisk(height uint32) bool

type IManagerPluginRPCServer 

type IManagerPluginRPCServer struct {
	// This is the real implementation
	Impl interfaces.IManagerController
}

Here is the RPC server that IManagerPluginRPC talks to, conforming to the requirements of net/rpc

func (*IManagerPluginRPCServer) Alive 

func (s *IManagerPluginRPCServer) Alive(args interface{}, resp *error) error

func (*IManagerPluginRPCServer) CompletedHeightTo 

func (s *IManagerPluginRPCServer) CompletedHeightTo(height uint32, resp *error) error

func (*IManagerPluginRPCServer) FetchFromBuffer 

func (s *IManagerPluginRPCServer) FetchFromBuffer(args interface{}, resp *[]byte) error

func (*IManagerPluginRPCServer) IsBufferEmpty 

func (s *IManagerPluginRPCServer) IsBufferEmpty(args interface{}, resp *bool) error

func (*IManagerPluginRPCServer) RetrieveDBStateByHeight 

func (s *IManagerPluginRPCServer) RetrieveDBStateByHeight(height uint32, resp *error) error

func (*IManagerPluginRPCServer) SetSigningKey 

func (s *IManagerPluginRPCServer) SetSigningKey(key []byte, resp *error) error

func (*IManagerPluginRPCServer) UploadDBStateBytes 

func (s *IManagerPluginRPCServer) UploadDBStateBytes(args *UploadDBStateArgs, resp *error) error

func (*IManagerPluginRPCServer) UploadIfOnDisk 

func (s *IManagerPluginRPCServer) UploadIfOnDisk(height uint32, resp *bool) error

type LoadGenerator 

type LoadGenerator struct {
	ECKey     *primitives.PrivateKey // Entry Credit private key
	ToSend    int                    // How much to send
	PerSecond atomic.AtomicInt       // How much per second
	// contains filtered or unexported fields
}

func NewLoadGenerator 

func NewLoadGenerator(s *state.State) *LoadGenerator

NewLoadGenerator makes a new load generator. The state is used for funding the transaction

func (*LoadGenerator) KeepUsFunded 

func (lg *LoadGenerator) KeepUsFunded()

func (*LoadGenerator) NewCommitChain 

func (lg *LoadGenerator) NewCommitChain(entry *entryBlock.Entry) *messages.CommitChainMsg

func (*LoadGenerator) NewCommitEntry 

func (lg *LoadGenerator) NewCommitEntry(entry *entryBlock.Entry) *messages.CommitEntryMsg

func (*LoadGenerator) NewRevealEntry 

func (lg *LoadGenerator) NewRevealEntry(entry *entryBlock.Entry) *messages.RevealEntryMsg

func (*LoadGenerator) Run 

func (lg *LoadGenerator) Run()

func (*LoadGenerator) Stop 

func (lg *LoadGenerator) Stop()

type MsgLog 

type MsgLog struct {
	Enable bool

	MsgList []*msglist
	Last    interfaces.Timestamp

	// The last period (msg rate over the last period, so msg changes can be seen)
	Period     int64
	Startp     interfaces.Timestamp
	MsgCntp    int
	MsgPerSecp int
	// contains filtered or unexported fields
}

func (*MsgLog) Add2 

func (m *MsgLog) Add2(fnode *FactomNode, out bool, peer string, where string, valid bool, msg interfaces.IMsg)

func (*MsgLog) Init 

func (m *MsgLog) Init(enable bool, nodecnt int)

func (*MsgLog) PrtMsgs 

func (m *MsgLog) PrtMsgs(state interfaces.IState)

type P2PProxy 

type P2PProxy struct {
	// A connection to this node:
	ToName   string
	FromName string
	// Channels that define the connection:
	BroadcastOut chan interface{} // FactomMessage ToNetwork from factomd
	BroadcastIn  chan interface{} // FactomMessage FromNetwork for Factomd

	Network     *p2p.Network
	ToNetwork   chan interface{} // p2p.Parcel From p2pProxy to the p2p Controller
	FromNetwork chan interface{} // p2p.Parcel Parcels from the network for the application

	NumPeers int
	// contains filtered or unexported fields
}

func (*P2PProxy) BytesIn 

func (f *P2PProxy) BytesIn() int

func (*P2PProxy) BytesOut 

func (f *P2PProxy) BytesOut() int

func (*P2PProxy) Equals 

func (f *P2PProxy) Equals(ff interfaces.IPeer) bool

Is this connection equal to parm connection

func (*P2PProxy) GetNameFrom 

func (f *P2PProxy) GetNameFrom() string

func (*P2PProxy) GetNameTo 

func (f *P2PProxy) GetNameTo() string

func (*P2PProxy) Init 

func (f *P2PProxy) Init(fromName, toName string) interfaces.IPeer

func (*P2PProxy) Len 

func (f *P2PProxy) Len() int

Returns the number of messages waiting to be read

func (*P2PProxy) ManageInChannel 

func (f *P2PProxy) ManageInChannel()

manageInChannel takes messages from the network and stuffs it in the f.BroadcastIn channel

func (*P2PProxy) ManageOutChannel 

func (f *P2PProxy) ManageOutChannel()

manageOutChannel takes messages from the f.broadcastOut channel and sends them to the network.

func (*P2PProxy) Receive 

func (f *P2PProxy) Receive() (interfaces.IMsg, error)

Non-blocking return value from channel.

func (*P2PProxy) Send 

func (f *P2PProxy) Send(msg interfaces.IMsg) error

func (*P2PProxy) SetWeight 

func (f *P2PProxy) SetWeight(w int)

func (*P2PProxy) StartProxy 

func (p *P2PProxy) StartProxy()

func (*P2PProxy) StopProxy 

func (p *P2PProxy) StopProxy()

func (*P2PProxy) Weight 

func (f *P2PProxy) Weight() int

type SimPacket 

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

type SimPeer 

type SimPeer struct {
	// A connection to this node:
	FromName string
	ToName   string
	// Channels that define the connection:
	BroadcastOut chan *SimPacket
	BroadcastIn  chan *SimPacket

	// Delay in Milliseconds
	Delay    int64 // The maximum delay
	DelayUse int64 // We actually select a random delay for each data element.
	// Were we hold delayed packets
	Delayed *SimPacket

	Last int64 // Last time reset (nano seconds)

	RateOut int // Rate of Bytes output per ms
	RateIn  int // Rate of Bytes input per ms
	// contains filtered or unexported fields
}

func (*SimPeer) BytesIn 

func (f *SimPeer) BytesIn() int

Bytes received per second from this peer

func (*SimPeer) BytesOut 

func (f *SimPeer) BytesOut() int

Bytes sent out per second from this peer

func (*SimPeer) Equals 

func (f *SimPeer) Equals(ff interfaces.IPeer) bool

func (*SimPeer) GetNameFrom 

func (f *SimPeer) GetNameFrom() string

func (*SimPeer) GetNameTo 

func (f *SimPeer) GetNameTo() string

func (*SimPeer) Init 

func (f *SimPeer) Init(fromName, toName string) interfaces.IPeer

func (*SimPeer) Len 

func (f *SimPeer) Len() int

func (*SimPeer) Receive 

func (f *SimPeer) Receive() (interfaces.IMsg, error)

Non-blocking return value from channel.

func (*SimPeer) Send 

func (f *SimPeer) Send(msg interfaces.IMsg) error

func (*SimPeer) Weight 

func (*SimPeer) Weight() int

type UploadDBStateArgs 

type UploadDBStateArgs struct {
	Data []byte
	Sign bool
}

Source Files

View all Source files

Jump to

Keyboard shortcuts

? : This menu
/ : Search site
f or F : Jump to
y or Y : Canonical URL
go.dev uses cookies from Google to deliver and enhance the quality of its services and to analyze traffic. Learn more.