lavasession

package
v4.2.4 Latest Latest
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This package is not in the latest version of its module.

 Go to latest Published: Dec 23, 2024 License: Apache-2.0 Imports: 39 Imported by: 0

Documentation

Index

Constants

View Source 
const (
	MaxConsecutiveConnectionAttempts                 = 5
	TimeoutForEstablishingAConnection                = 1500 * time.Millisecond // 1.5 seconds
	MaxSessionsAllowedPerProvider                    = 1000                    // Max number of sessions allowed per provider
	MaxAllowedBlockListedSessionPerProvider          = MaxSessionsAllowedPerProvider / 3
	MaximumNumberOfFailuresAllowedPerConsumerSession = 15
	RelayNumberIncrement                             = 1
	DataReliabilitySessionId                         = 0 // data reliability session id is 0. we can change to more sessions later if needed.
	DataReliabilityRelayNumber                       = 1
	DataReliabilityCuSum                             = 0
	GeolocationFlag                                  = "geolocation"
	TendermintUnsubscribeAll                         = "unsubscribe_all"
	IndexNotFound                                    = -15
	MinValidAddressesForBlockingProbing              = 2
	BACKOFF_TIME_ON_FAILURE                          = 3 * time.Second
	BLOCKING_PROBE_SLEEP_TIME                        = 1000 * time.Millisecond // maximum amount of time to sleep before triggering probe, to scatter probes uniformly across chains
	BLOCKING_PROBE_TIMEOUT                           = time.Minute             // maximum time to wait for probe to complete before updating pairing

)
View Source 
const (
	PercentileToCalculateLatency = 0.9
	MinProvidersForSync          = 0.6
	OptimizerPerturbation        = 0.10
	LatencyThresholdStatic       = 1 * time.Second
	LatencyThresholdSlope        = 1 * time.Millisecond
	StaleEpochDistance           = 3 // relays done 3 epochs back are ready to be rewarded

)
View Source 
const (
	BlockedProviderSessionUsedStatus   = uint32(1)
	BlockedProviderSessionUnusedStatus = uint32(0)
)
View Source 
const (
	AllowInsecureConnectionToProvidersFlag = "allow-insecure-provider-dialing"
	AllowGRPCCompressionFlag               = "allow-grpc-compression-for-consumer-provider-communication"

	WeightMultiplierForStaticProviders = 10
)
View Source 
const MaximumNumberOfSelectionLockAttempts = 500
View Source 
const (
	ReconnectCandidateTime = 30 * time.Second
)
View Source 
const (
	RouterKeySeparator = "|"
)
View Source 
const (
	TRY_LOCK_ATTEMPTS = 30
)

Variables

View Source 
var (
	AllowInsecureConnectionToProviders                   = false
	AllowGRPCCompressionForConsumerProviderCommunication = false
)
View Source 
var (
	PairingListEmptyError                                = sdkerrors.New("pairingListEmpty Error", 665, "No pairings available.") // client could not connect to any provider.
	UnreachableCodeError                                 = sdkerrors.New("UnreachableCode Error", 666, "Should not get here.")
	AllProviderEndpointsDisabledError                    = sdkerrors.New("AllProviderEndpointsDisabled Error", 667, "All endpoints are not available.") // a provider is completely unresponsive all endpoints are not available
	MaximumNumberOfSessionsExceededError                 = sdkerrors.New("MaximumNumberOfSessionsExceeded Error", 668, "Provider reached maximum number of active sessions.")
	MaxComputeUnitsExceededError                         = sdkerrors.New("MaxComputeUnitsExceeded Error", 669, "Consumer is trying to exceed the maximum number of compute units available.")
	EpochMismatchError                                   = sdkerrors.New("ReportingAnOldEpoch Error", 670, "Tried to Report to an older epoch")
	AddressIndexWasNotFoundError                         = sdkerrors.New("AddressIndexWasNotFound Error", 671, "address index was not found in list")
	LockMisUseDetectedError                              = sdkerrors.New("LockMisUseDetected Error", 672, "Faulty use of locks detected")
	SessionIsAlreadyBlockListedError                     = sdkerrors.New("SessionIsAlreadyBlockListed Error", 673, "Session is already in block list")
	NegativeComputeUnitsAmountError                      = sdkerrors.New("NegativeComputeUnitsAmount", 674, "Tried to subtract to negative compute units amount")
	ReportAndBlockProviderError                          = sdkerrors.New("ReportAndBlockProvider Error", 675, "Report and block the provider")
	BlockProviderError                                   = sdkerrors.New("BlockProvider Error", 676, "Block the provider")
	SessionOutOfSyncError                                = sdkerrors.New("SessionOutOfSync Error", 677, "Session went out of sync with the provider") // do no change the name, before also fixing the consumerSessionManager.ts file as it relies on the error message
	MaximumNumberOfBlockListedSessionsError              = sdkerrors.New("MaximumNumberOfBlockListedSessions Error", 678, "Provider reached maximum number of block listed sessions.")
	SendRelayError                                       = sdkerrors.New("SendRelay Error", 679, "Failed To Send Relay")
	DataReliabilityIndexRequestedIsOriginalProviderError = sdkerrors.New("DataReliabilityIndexRequestedIsOriginalProvider Error", 680, "Data reliability session index belongs to the original provider")
	DataReliabilityIndexOutOfRangeError                  = sdkerrors.New("DataReliabilityIndexOutOfRange Error", 681, "Trying to get provider index out of range")
	DataReliabilityAlreadySentThisEpochError             = sdkerrors.New("DataReliabilityAlreadySentThisEpoch Error", 682, "Trying to send data reliability more than once per provider per epoch")
	FailedToConnectToEndPointForDataReliabilityError     = sdkerrors.New("FailedToConnectToEndPointForDataReliability Error", 683, "Failed to connect to a providers endpoints")
	DataReliabilityEpochMismatchError                    = sdkerrors.New("DataReliabilityEpochMismatch Error", 684, "Data reliability epoch mismatch original session epoch.")
	NoDataReliabilitySessionWasCreatedError              = sdkerrors.New("NoDataReliabilitySessionWasCreated Error", 685, "No Data reliability session was created")
	ContextDoneNoNeedToLockSelectionError                = sdkerrors.New("ContextDoneNoNeedToLockSelection Error", 687, "Context deadline exceeded while trying to lock selection")
	BlockEndpointError                                   = sdkerrors.New("BlockEndpoint Error", 688, "Block the endpoint")
)
View Source 
var (
	InvalidEpochError                                = sdkerrors.New("InvalidEpoch Error", 881, "Requested Epoch Is Too Old")
	NewSessionWithRelayNumError                      = sdkerrors.New("NewSessionWithRelayNum Error", 882, "Requested Session With Relay Number Is Invalid")
	ConsumerIsBlockListed                            = sdkerrors.New("ConsumerIsBlockListed Error", 883, "This Consumer Is Blocked.")
	ConsumerNotRegisteredYet                         = sdkerrors.New("ConsumerNotActive Error", 884, "This Consumer Is Not Currently In The Pool.")
	SessionDoesNotExist                              = sdkerrors.New("SessionDoesNotExist Error", 885, "This Session Id Does Not Exist.")
	MaximumCULimitReachedByConsumer                  = sdkerrors.New("MaximumCULimitReachedByConsumer Error", 886, "Consumer reached maximum cu limit")
	ProviderConsumerCuMisMatch                       = sdkerrors.New("ProviderConsumerCuMisMatch Error", 887, "Provider and Consumer disagree on total cu for session")
	RelayNumberMismatch                              = sdkerrors.New("RelayNumberMismatch Error", 888, "Provider and Consumer disagree on relay number for session")
	SubscriptionInitiationError                      = sdkerrors.New("SubscriptionInitiationError Error", 889, "Provider failed initiating subscription")
	EpochIsNotRegisteredError                        = sdkerrors.New("EpochIsNotRegisteredError Error", 890, "Epoch is not registered in provider session manager")
	ConsumerIsNotRegisteredError                     = sdkerrors.New("ConsumerIsNotRegisteredError Error", 891, "Consumer is not registered in provider session manager")
	SubscriptionAlreadyExistsError                   = sdkerrors.New("SubscriptionAlreadyExists Error", 892, "Subscription already exists in single provider session")
	DataReliabilitySessionAlreadyUsedError           = sdkerrors.New("DataReliabilitySessionAlreadyUsed Error", 893, "Data Reliability Session already used by this consumer in this epoch")
	DataReliabilityCuSumMisMatchError                = sdkerrors.New("DataReliabilityCuSumMisMatch Error", 894, "Data Reliability Cu sum mismatch error")
	DataReliabilityRelayNumberMisMatchError          = sdkerrors.New("DataReliabilityRelayNumberMisMatch Error", 895, "Data Reliability RelayNumber mismatch error")
	SubscriptionPointerIsNilError                    = sdkerrors.New("SubscriptionPointerIsNil Error", 896, "Trying to unsubscribe a nil pointer.")
	CouldNotFindIndexAsConsumerNotYetRegisteredError = sdkerrors.New("CouldNotFindIndexAsConsumerNotYetRegistered Error", 897, "fetching provider index from psm failed")
	ProviderIndexMisMatchError                       = sdkerrors.New("ProviderIndexMisMatch Error", 898, "provider index mismatch")
	SessionIdNotFoundError                           = sdkerrors.New("SessionIdNotFound Error", 899, "Session Id not found")
)
View Source 
var AvailabilityPercentage sdk.Dec = sdk.NewDecWithPrec(1, 1) // TODO move to params pairing
View Source 
var (
	DebugProbes = false
)

Functions

func CalcWeightsByStake 

func CalcWeightsByStake(providers map[uint64]*ConsumerSessionsWithProvider) (weights map[string]int64)

func CalculateAvailabilityScore 

func CalculateAvailabilityScore(qosReport *QoSReport) (downtimePercentageRet, scaledAvailabilityScoreRet sdk.Dec)

func ConnectGRPCClient 

func ConnectGRPCClient(ctx context.Context, address string, allowInsecure bool, skipTLS bool, allowCompression bool) (*grpc.ClientConn, error)

func GenerateSelfSignedCertificate 

func GenerateSelfSignedCertificate() (tls.Certificate, error)

func GetCaCertificate 

func GetCaCertificate(serverCertPath, serverKeyPath string) (*tls.Config, error)

func GetSelfSignedConfig 

func GetSelfSignedConfig() (*tls.Config, error)

func GetTlsConfig 

func GetTlsConfig(networkAddress NetworkAddressData) *tls.Config

func IsEpochValidForUse 

func IsEpochValidForUse(targetEpoch, blockedEpochHeight uint64) bool

func IsSessionSyncLoss 

func IsSessionSyncLoss(err error) bool

func SortByGeolocations 

func SortByGeolocations(pairingEndpoints []*Endpoint, currentGeo planstypes.Geolocation)

Types

type ActiveSubscriptionProvidersStorage 

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

func NewActiveSubscriptionProvidersStorage 

func NewActiveSubscriptionProvidersStorage() *ActiveSubscriptionProvidersStorage

func (*ActiveSubscriptionProvidersStorage) AddProvider 

func (asps *ActiveSubscriptionProvidersStorage) AddProvider(providerAddress string)

func (*ActiveSubscriptionProvidersStorage) IsProviderCurrentlyUsed 

func (asps *ActiveSubscriptionProvidersStorage) IsProviderCurrentlyUsed(providerAddress string) bool

func (*ActiveSubscriptionProvidersStorage) RemoveProvider 

func (asps *ActiveSubscriptionProvidersStorage) RemoveProvider(providerAddress string)

type BadgeSession 

type BadgeSession struct {
	BadgeCuAllocation uint64
	BadgeUser         string
}

type BlockedProvidersInf 

type BlockedProvidersInf interface {
	GetBlockedProviders() []string
}

type ConsumerSessionManager 

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

created with NewConsumerSessionManager

func NewConsumerSessionManager 

func NewConsumerSessionManager(
	rpcEndpoint *RPCEndpoint,
	providerOptimizer ProviderOptimizer,
	consumerMetricsManager *metrics.ConsumerMetricsManager,
	reporter metrics.Reporter,
	consumerPublicAddress string,
	activeSubscriptionProvidersStorage *ActiveSubscriptionProvidersStorage,
) *ConsumerSessionManager

func (*ConsumerSessionManager) CalculateAddonValidAddresses 

func (csm *ConsumerSessionManager) CalculateAddonValidAddresses(addon string, extensions []string) (supportingProviderAddresses []string)

csm is Rlocked

func (*ConsumerSessionManager) GenerateReconnectCallback 

func (csm *ConsumerSessionManager) GenerateReconnectCallback(consumerSessionsWithProvider *ConsumerSessionsWithProvider) func() error

func (*ConsumerSessionManager) GetAtomicPairingAddressesLength 

func (csm *ConsumerSessionManager) GetAtomicPairingAddressesLength() uint64

Atomically read csm.pairingAddressesLength for data reliability.

func (*ConsumerSessionManager) GetNumberOfValidProviders 

func (csm *ConsumerSessionManager) GetNumberOfValidProviders() int

func (*ConsumerSessionManager) GetReportedProviders 

func (csm *ConsumerSessionManager) GetReportedProviders(epoch uint64) []*pairingtypes.ReportedProvider

Get the reported providers currently stored in the session manager.

func (*ConsumerSessionManager) GetSessions 

func (csm *ConsumerSessionManager) GetSessions(ctx context.Context, cuNeededForSession uint64, usedProviders UsedProvidersInf, requestedBlock int64, addon string, extensions []*spectypes.Extension, stateful uint32, virtualEpoch uint64) (
	consumerSessionMap ConsumerSessionsMap, errRet error,
)

GetSessions will return a ConsumerSession, given cu needed for that session. The user can also request specific providers to not be included in the search for a session.

func (*ConsumerSessionManager) Initialized 

func (csm *ConsumerSessionManager) Initialized() bool

func (*ConsumerSessionManager) OnSessionDone 

func (csm *ConsumerSessionManager) OnSessionDone(
	consumerSession *SingleConsumerSession,
	latestServicedBlock int64,
	specComputeUnits uint64,
	currentLatency time.Duration,
	expectedLatency time.Duration,
	expectedBH int64,
	numOfProviders int,
	providersCount uint64,
	isHangingApi bool,
	extensions []*spectypes.Extension,
	reduceAvailability bool,
) error

On a successful session this function will update all necessary fields in the consumerSession. and unlock it when it finishes

func (*ConsumerSessionManager) OnSessionDoneIncreaseCUOnly 

func (csm *ConsumerSessionManager) OnSessionDoneIncreaseCUOnly(consumerSession *SingleConsumerSession, latestServicedBlock int64) error

On a successful Subscribe relay

func (*ConsumerSessionManager) OnSessionFailure 

func (csm *ConsumerSessionManager) OnSessionFailure(consumerSession *SingleConsumerSession, errorReceived error) error

Report session failure, mark it as blocked from future usages, report if timeout happened.

func (*ConsumerSessionManager) RPCEndpoint 

func (csm *ConsumerSessionManager) RPCEndpoint() RPCEndpoint

this is being read in multiple locations and but never changes so no need to lock.

func (*ConsumerSessionManager) RemoveAddonAddresses 

func (csm *ConsumerSessionManager) RemoveAddonAddresses(addon string, extensions []string)

func (*ConsumerSessionManager) UpdateAllProviders 

func (csm *ConsumerSessionManager) UpdateAllProviders(epoch uint64, pairingList map[uint64]*ConsumerSessionsWithProvider) error

type ConsumerSessionsMap 

type ConsumerSessionsMap map[string]*SessionInfo

type ConsumerSessionsWithProvider 

type ConsumerSessionsWithProvider struct {
	Lock              sync.RWMutex
	PublicLavaAddress string
	Endpoints         []*Endpoint
	Sessions          map[int64]*SingleConsumerSession
	MaxComputeUnits   uint64
	UsedComputeUnits  uint64
	PairingEpoch      uint64

	StaticProvider bool
	// contains filtered or unexported fields
}

func NewConsumerSessionWithProvider 

func NewConsumerSessionWithProvider(publicLavaAddress string, pairingEndpoints []*Endpoint, maxCu uint64, epoch uint64, stakeSize sdk.Coin) *ConsumerSessionsWithProvider

func (*ConsumerSessionsWithProvider) ConflictAlreadyReported 

func (cswp *ConsumerSessionsWithProvider) ConflictAlreadyReported() bool

checking if this provider was reported this epoch already, as we can only report once per epoch

func (*ConsumerSessionsWithProvider) ConnectRawClientWithTimeout 

func (cswp *ConsumerSessionsWithProvider) ConnectRawClientWithTimeout(ctx context.Context, addr string) (pairingtypes.RelayerClient, *grpc.ClientConn, error)

func (*ConsumerSessionsWithProvider) GetConsumerSessionInstanceFromEndpoint 

func (cswp *ConsumerSessionsWithProvider) GetConsumerSessionInstanceFromEndpoint(endpointConnection *EndpointConnection, numberOfResets uint64) (singleConsumerSession *SingleConsumerSession, pairingEpoch uint64, err error)

func (*ConsumerSessionsWithProvider) GetPairingEpoch 

func (cswp *ConsumerSessionsWithProvider) GetPairingEpoch() uint64

func (*ConsumerSessionsWithProvider) IsSupportingAddon 

func (cswp *ConsumerSessionsWithProvider) IsSupportingAddon(addon string) bool

func (*ConsumerSessionsWithProvider) IsSupportingExtensions 

func (cswp *ConsumerSessionsWithProvider) IsSupportingExtensions(extensions []string) bool

func (*ConsumerSessionsWithProvider) StoreConflictReported 

func (cswp *ConsumerSessionsWithProvider) StoreConflictReported()

setting this provider as conflict reported.

type DataReliabilitySession 

type DataReliabilitySession struct {
	SingleConsumerSession *SingleConsumerSession
	Epoch                 uint64
	ProviderPublicAddress string
	UniqueIdentifier      bool
}

type Endpoint 

type Endpoint struct {
	NetworkAddress     string // change at the end to NetworkAddress
	Enabled            bool
	Connections        []*EndpointConnection
	ConnectionRefusals uint64
	Addons             map[string]struct{}
	Extensions         map[string]struct{}
	Geolocation        planstypes.Geolocation
}

func (*Endpoint) CheckSupportForServices 

func (e *Endpoint) CheckSupportForServices(addon string, extensions []string) (supported bool)

type EndpointAndChosenConnection 

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

type EndpointConnection 

type EndpointConnection struct {
	Client pairingtypes.RelayerClient
	// contains filtered or unexported fields
}

func (*EndpointConnection) GetLbUniqueId 

func (ec *EndpointConnection) GetLbUniqueId() string

type EndpointInfo 

type EndpointInfo struct {
	Latency  time.Duration
	Endpoint *Endpoint
}

type EndpointInfoList 

type EndpointInfoList []EndpointInfo

Slice to hold EndpointInfo

func (EndpointInfoList) Len 

func (list EndpointInfoList) Len() int

Implement sort.Interface for EndpointInfoList

func (EndpointInfoList) Less 

func (list EndpointInfoList) Less(i, j int) bool

func (EndpointInfoList) Swap 

func (list EndpointInfoList) Swap(i, j int)

type NetworkAddressData 

type NetworkAddressData struct {
	Address    string `yaml:"address,omitempty" json:"address,omitempty" mapstructure:"address,omitempty"` // HOST:PORT
	KeyPem     string `yaml:"key-pem,omitempty" json:"key-pem,omitempty" mapstructure:"key-pem"`
	CertPem    string `yaml:"cert-pem,omitempty" json:"cert-pem,omitempty" mapstructure:"cert-pem"`
	DisableTLS bool   `yaml:"disable-tls,omitempty" json:"disable-tls,omitempty" mapstructure:"disable-tls"`
}

type NumberOfActiveSubscriptions 

type NumberOfActiveSubscriptions int64

type ProviderOptimizer 

type ProviderOptimizer interface {
	AppendProbeRelayData(providerAddress string, latency time.Duration, success bool)
	AppendRelayFailure(providerAddress string)
	AppendRelayData(providerAddress string, latency time.Duration, isHangingApi bool, cu, syncBlock uint64)
	ChooseProvider(allAddresses []string, ignoredProviders map[string]struct{}, cu uint64, requestedBlock int64) (addresses []string, tier int)
	GetExcellenceQoSReportForProvider(string) (*pairingtypes.QualityOfServiceReport, *pairingtypes.QualityOfServiceReport)
	Strategy() provideroptimizer.Strategy
	UpdateWeights(map[string]int64, uint64)
}

type ProviderSessionManager 

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

func NewProviderSessionManager 

func NewProviderSessionManager(rpcProviderEndpoint *RPCProviderEndpoint, numberOfBlocksKeptInMemory uint64) *ProviderSessionManager

Returning a new provider session manager

func (*ProviderSessionManager) GetBlockedEpochHeight 

func (psm *ProviderSessionManager) GetBlockedEpochHeight() uint64

func (*ProviderSessionManager) GetCurrentEpochAtomic 

func (psm *ProviderSessionManager) GetCurrentEpochAtomic() uint64

func (*ProviderSessionManager) GetSession 

func (psm *ProviderSessionManager) GetSession(ctx context.Context, consumerAddress string, epoch, sessionId, relayNumber uint64, badge *pairingtypes.Badge) (*SingleProviderSession, error)

func (*ProviderSessionManager) IsActiveProject 

func (psm *ProviderSessionManager) IsActiveProject(epoch uint64, projectId string) (providerSessionWithConsumer *ProviderSessionsWithConsumerProject, err error)

Check if consumer exists and is not blocked, if all is valid return the ProviderSessionsWithConsumer pointer

func (*ProviderSessionManager) IsValidEpoch 

func (psm *ProviderSessionManager) IsValidEpoch(epoch uint64) (valid bool)

func (*ProviderSessionManager) OnSessionDone 

func (psm *ProviderSessionManager) OnSessionDone(singleProviderSession *SingleProviderSession, relayNumber uint64) (err error)

OnSessionDone unlocks the session gracefully, this happens when session finished successfully

func (*ProviderSessionManager) OnSessionFailure 

func (psm *ProviderSessionManager) OnSessionFailure(singleProviderSession *SingleProviderSession, relayNumber uint64) (err error)

OnSessionDone unlocks the session gracefully, this happens when session finished with an error

func (*ProviderSessionManager) RPCProviderEndpoint 

func (psm *ProviderSessionManager) RPCProviderEndpoint() *RPCProviderEndpoint

func (*ProviderSessionManager) RegisterProviderSessionWithConsumer 

func (psm *ProviderSessionManager) RegisterProviderSessionWithConsumer(ctx context.Context, consumerAddress string, epoch, sessionId, relayNumber, maxCuForConsumer uint64, pairedProviders int64, projectId string, badge *pairingtypes.Badge) (*SingleProviderSession, error)

func (*ProviderSessionManager) ReportConsumer 

func (psm *ProviderSessionManager) ReportConsumer() (address string, epoch uint64, err error)

func (*ProviderSessionManager) UpdateEpoch 

func (psm *ProviderSessionManager) UpdateEpoch(epoch uint64)

on a new epoch we are cleaning stale provider data, also we are making sure consumers who are trying to use past data are not capable to

func (*ProviderSessionManager) UpdateSessionCU 

func (psm *ProviderSessionManager) UpdateSessionCU(consumerAddress string, epoch, sessionID, newCU uint64) error

Called when the reward server has information on a higher cu proof and usage and this providerSessionsManager needs to sync up on it

type ProviderSessionsEpochData 

type ProviderSessionsEpochData struct {
	UsedComputeUnits    uint64
	MaxComputeUnits     uint64
	MissingComputeUnits uint64
}

type ProviderSessionsWithConsumerProject 

type ProviderSessionsWithConsumerProject struct {
	Sessions map[uint64]*SingleProviderSession

	Lock sync.RWMutex
	// contains filtered or unexported fields
}

holds all of the data for a consumer (project) for a certain epoch

func NewProviderSessionsWithConsumer 

func NewProviderSessionsWithConsumer(projectId string, epochData *ProviderSessionsEpochData, isDataReliability uint32, pairedProviders int64) *ProviderSessionsWithConsumerProject

func (*ProviderSessionsWithConsumerProject) SafeAddMissingComputeUnits 

func (pswc *ProviderSessionsWithConsumerProject) SafeAddMissingComputeUnits(currentMissingCU uint64, allowedThreshold float64) (legitimate bool, totalMissingCu uint64)

type QoSReport 

type QoSReport struct {
	LastQoSReport              *pairingtypes.QualityOfServiceReport
	LastExcellenceQoSReport    *pairingtypes.QualityOfServiceReport
	LastExcellenceQoSReportRaw *pairingtypes.QualityOfServiceReport
	LatencyScoreList           []sdk.Dec
	SyncScoreSum               int64
	TotalSyncScore             int64
	TotalRelays                uint64
	AnsweredRelays             uint64
}

type RPCEndpoint 

type RPCEndpoint struct {
	NetworkAddress  string `yaml:"network-address,omitempty" json:"network-address,omitempty" mapstructure:"network-address"` // HOST:PORT
	ChainID         string `yaml:"chain-id,omitempty" json:"chain-id,omitempty" mapstructure:"chain-id"`                      // spec chain identifier
	ApiInterface    string `yaml:"api-interface,omitempty" json:"api-interface,omitempty" mapstructure:"api-interface"`
	TLSEnabled      bool   `yaml:"tls-enabled,omitempty" json:"tls-enabled,omitempty" mapstructure:"tls-enabled"`
	HealthCheckPath string `yaml:"health-check-path,omitempty" json:"health-check-path,omitempty" mapstructure:"health-check-path"` // health check status code 200 path, default is "/"
	Geolocation     uint64 `yaml:"geolocation,omitempty" json:"geolocation,omitempty" mapstructure:"geolocation"`
}

func (*RPCEndpoint) Key 

func (rpce *RPCEndpoint) Key() string

func (*RPCEndpoint) New 

func (rpce *RPCEndpoint) New(address, chainID, apiInterface string, geolocation uint64) *RPCEndpoint

func (*RPCEndpoint) String 

func (endpoint *RPCEndpoint) String() (retStr string)

type RPCProviderEndpoint 

type RPCProviderEndpoint struct {
	NetworkAddress NetworkAddressData `yaml:"network-address,omitempty" json:"network-address,omitempty" mapstructure:"network-address,omitempty"`
	ChainID        string             `yaml:"chain-id,omitempty" json:"chain-id,omitempty" mapstructure:"chain-id"` // spec chain identifier
	ApiInterface   string             `yaml:"api-interface,omitempty" json:"api-interface,omitempty" mapstructure:"api-interface"`
	Geolocation    uint64             `yaml:"geolocation,omitempty" json:"geolocation,omitempty" mapstructure:"geolocation"`
	NodeUrls       []common.NodeUrl   `yaml:"node-urls,omitempty" json:"node-urls,omitempty" mapstructure:"node-urls"`
}

func (*RPCProviderEndpoint) AddonsString 

func (endpoint *RPCProviderEndpoint) AddonsString() string

func (*RPCProviderEndpoint) Key 

func (rpcpe *RPCProviderEndpoint) Key() string

func (*RPCProviderEndpoint) String 

func (endpoint *RPCProviderEndpoint) String() string

func (*RPCProviderEndpoint) UrlsString 

func (endpoint *RPCProviderEndpoint) UrlsString() string

func (*RPCProviderEndpoint) Validate 

func (endpoint *RPCProviderEndpoint) Validate() error

type RPCSubscription 

type RPCSubscription struct {
	Id                   string
	Sub                  *rpcclient.ClientSubscription
	SubscribeRepliesChan chan interface{}
}

type ReportedProviderEntry 

type ReportedProviderEntry struct {
	Disconnections uint64
	Errors         uint64
	// contains filtered or unexported fields
}

type ReportedProviders 

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

func NewReportedProviders 

func NewReportedProviders(reporter metrics.Reporter, chainId string) *ReportedProviders

func (*ReportedProviders) AppendReport 

func (rp *ReportedProviders) AppendReport(report metrics.ReportsRequest)

func (*ReportedProviders) GetReportedProviders 

func (rp *ReportedProviders) GetReportedProviders() []*pairingtypes.ReportedProvider

func (*ReportedProviders) IsReported 

func (rp *ReportedProviders) IsReported(address string) bool

func (*ReportedProviders) ReconnectCandidates 

func (rp *ReportedProviders) ReconnectCandidates() []reconnectCandidate

func (*ReportedProviders) ReconnectProviders 

func (rp *ReportedProviders) ReconnectProviders()

func (*ReportedProviders) RemoveReport 

func (rp *ReportedProviders) RemoveReport(address string)

will be called after a disconnected provider got a valid connection

func (*ReportedProviders) ReportProvider 

func (rp *ReportedProviders) ReportProvider(providerAddr string, errors uint64, disconnections uint64, reconnectCB func() error, errorsForReport []error)

func (*ReportedProviders) Reset 

func (rp *ReportedProviders) Reset()

type RouterKey 

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

func GetEmptyRouterKey 

func GetEmptyRouterKey() RouterKey

func NewRouterKey 

func NewRouterKey(extensions []string) RouterKey

func NewRouterKeyFromExtensions added in v4.1.0 

func NewRouterKeyFromExtensions(extensions []*spectypes.Extension) RouterKey

func (*RouterKey) ApplyInternalPath added in v4.1.1 

func (rk *RouterKey) ApplyInternalPath(internalPath string)

func (*RouterKey) ApplyMethodsRoute 

func (rk *RouterKey) ApplyMethodsRoute(routeNum int)

func (RouterKey) HasExtension added in v4.1.1 

func (rk RouterKey) HasExtension(extension string) bool

func (*RouterKey) SetExtensions added in v4.1.1 

func (rk *RouterKey) SetExtensions(extensions []string)

func (RouterKey) String added in v4.1.1 

func (rk RouterKey) String() string

type SessionInfo 

type SessionInfo struct {
	Session           *SingleConsumerSession
	StakeSize         sdk.Coin
	QoSSummeryResult  sdk.Dec // using ComputeQoS to get the total QOS
	Epoch             uint64
	ReportedProviders []*pairingtypes.ReportedProvider
}

type SessionWithProvider 

type SessionWithProvider struct {
	SessionsWithProvider *ConsumerSessionsWithProvider
	CurrentEpoch         uint64
}

type SessionWithProviderMap 

type SessionWithProviderMap map[string]*SessionWithProvider // key is the provider address

type SingleConsumerSession 

type SingleConsumerSession struct {
	CuSum         uint64
	LatestRelayCu uint64 // set by GetSessions cuNeededForSession
	QoSInfo       QoSReport
	SessionId     int64
	Parent        *ConsumerSessionsWithProvider

	RelayNum    uint64
	LatestBlock int64
	// Each session will holds a pointer to a connection, if the connection is lost, this session will be banned (wont be picked)
	EndpointConnection *EndpointConnection
	BlockListed        bool // if session lost sync we blacklist it.
	ConsecutiveErrors  []error

	StaticProvider bool
	// contains filtered or unexported fields
}

func (*SingleConsumerSession) CalculateExpectedLatency 

func (cs *SingleConsumerSession) CalculateExpectedLatency(timeoutGivenToRelay time.Duration) time.Duration

returns the expected latency to a threshold.

func (*SingleConsumerSession) CalculateQoS 

func (cs *SingleConsumerSession) CalculateQoS(latency, expectedLatency time.Duration, blockHeightDiff int64, numOfProviders int, servicersToCount int64, reduceAvailability bool)

func (*SingleConsumerSession) Free 

func (scs *SingleConsumerSession) Free(err error)

func (*SingleConsumerSession) GetProviderUniqueId 

func (scs *SingleConsumerSession) GetProviderUniqueId() string

func (*SingleConsumerSession) SetUsageForSession 

func (scs *SingleConsumerSession) SetUsageForSession(cuNeededForSession uint64, qoSExcellenceReport *pairingtypes.QualityOfServiceReport, rawQoSExcellenceReport *pairingtypes.QualityOfServiceReport, usedProviders UsedProvidersInf, routerKey RouterKey) error

func (*SingleConsumerSession) TryUseSession 

func (session *SingleConsumerSession) TryUseSession() (blocked bool, ok bool)

func (*SingleConsumerSession) VerifyLock 

func (consumerSession *SingleConsumerSession) VerifyLock() error

Verify the consumerSession is locked when getting to this function, if its not locked throw an error

func (*SingleConsumerSession) VerifyProviderUniqueIdAndStoreIfFirstTime 

func (scs *SingleConsumerSession) VerifyProviderUniqueIdAndStoreIfFirstTime(providerUniqueId string) bool

type SingleProviderSession 

type SingleProviderSession struct {
	CuSum         uint64
	LatestRelayCu uint64
	SessionID     uint64

	RelayNum      uint64
	PairingEpoch  uint64
	BadgeUserData *ProviderSessionsEpochData
	// contains filtered or unexported fields
}

func (*SingleProviderSession) DisbandSession 

func (sps *SingleProviderSession) DisbandSession() error

func (*SingleProviderSession) GetOccupyingGuid 

func (sps *SingleProviderSession) GetOccupyingGuid() uint64

func (*SingleProviderSession) GetPairingEpoch 

func (sps *SingleProviderSession) GetPairingEpoch() uint64

func (*SingleProviderSession) IsBadgeSession 

func (sps *SingleProviderSession) IsBadgeSession() bool

func (*SingleProviderSession) IsPayingRelay 

func (sps *SingleProviderSession) IsPayingRelay() bool

to be used only when locked, otherwise can return wrong values is used to determine if the proof is beneficial and needs to be sent to rewardServer

func (*SingleProviderSession) PrepareDataReliabilitySessionForUsage 

func (sps *SingleProviderSession) PrepareDataReliabilitySessionForUsage(relayRequestTotalCU uint64) error

In case the user session is a data reliability we just need to verify that the cusum is the amount agreed between the consumer and the provider

func (*SingleProviderSession) PrepareSessionForUsage 

func (sps *SingleProviderSession) PrepareSessionForUsage(ctx context.Context, cuFromSpec, relayRequestTotalCU uint64, allowedThreshold float64, virtualEpoch uint64) error

if this errors out the caller needs to unlock the session, this is not implemented inside because code between getting the session and this needs the same behavior

func (*SingleProviderSession) SetPairingEpoch 

func (sps *SingleProviderSession) SetPairingEpoch(epoch uint64)

func (*SingleProviderSession) VerifyLock 

func (sps *SingleProviderSession) VerifyLock() error

Verify the SingleProviderSession is locked when getting to this function, if its not locked throw an error

type UniqueUsedProviders added in v4.1.0 

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

unique used providers are specific for an extension router key. meaning each extension router key has a different used providers struct

type UsedProviders 

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

func NewUsedProviders 

func NewUsedProviders(blockedProviders BlockedProvidersInf) *UsedProviders

func (*UsedProviders) AddUnwantedAddresses 

func (up *UsedProviders) AddUnwantedAddresses(address string, routerKey RouterKey)

func (*UsedProviders) AddUsed 

func (up *UsedProviders) AddUsed(sessions ConsumerSessionsMap, err error)

func (*UsedProviders) AllUnwantedAddresses added in v4.1.0 

func (up *UsedProviders) AllUnwantedAddresses() []string

func (*UsedProviders) BatchNumber 

func (up *UsedProviders) BatchNumber() int

func (*UsedProviders) ClearUnwanted 

func (up *UsedProviders) ClearUnwanted()

func (*UsedProviders) CurrentlyUsed 

func (up *UsedProviders) CurrentlyUsed() int

func (*UsedProviders) CurrentlyUsedAddresses 

func (up *UsedProviders) CurrentlyUsedAddresses() []string

func (*UsedProviders) GetErroredProviders 

func (up *UsedProviders) GetErroredProviders(routerKey RouterKey) map[string]struct{}

func (*UsedProviders) GetUnwantedProvidersToSend 

func (up *UsedProviders) GetUnwantedProvidersToSend(routerKey RouterKey) map[string]struct{}

func (*UsedProviders) RemoveUsed 

func (up *UsedProviders) RemoveUsed(provider string, routerKey RouterKey, err error)

func (*UsedProviders) SessionsLatestBatch 

func (up *UsedProviders) SessionsLatestBatch() int

func (*UsedProviders) TryLockSelection 

func (up *UsedProviders) TryLockSelection(ctx context.Context) error

type UsedProvidersInf 

type UsedProvidersInf interface {
	RemoveUsed(providerAddress string, routerKey RouterKey, err error)
	TryLockSelection(context.Context) error
	AddUsed(ConsumerSessionsMap, error)
	GetUnwantedProvidersToSend(RouterKey) map[string]struct{}
	AddUnwantedAddresses(address string, routerKey RouterKey)
	CurrentlyUsed() int
}

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