apply optimizer refactor

protocol/chainlib/consumer_ws_subscription_manager_test.go

@@ -722,10 +722,9 @@ func TestConsumerWSSubscriptionManager(t *testing.T) {
 
 func CreateConsumerSessionManager(chainID, apiInterface, consumerPublicAddress string) *lavasession.ConsumerSessionManager {
 	rand.InitRandomSeed()
-	baseLatency := common.AverageWorldLatency / 2 // we want performance to be half our timeout or better
 	return lavasession.NewConsumerSessionManager(
 		&lavasession.RPCEndpoint{NetworkAddress: "stub", ChainID: chainID, ApiInterface: apiInterface, TLSEnabled: false, HealthCheckPath: "/", Geolocation: 0},
-		provideroptimizer.NewProviderOptimizer(provideroptimizer.STRATEGY_BALANCED, 0, baseLatency, 1, nil, "dontcare"),
+		provideroptimizer.NewProviderOptimizer(provideroptimizer.StrategyBalanced, 0, 1, nil, "dontcare"),
 		nil, nil, consumerPublicAddress,
 		lavasession.NewActiveSubscriptionProvidersStorage(),
 	)

protocol/integration/protocol_test.go

@@ -232,8 +232,7 @@ func createRpcConsumer(t *testing.T, ctx context.Context, rpcConsumerOptions rpc
 	consumerStateTracker := &mockConsumerStateTracker{}
 	finalizationConsensus := finalizationconsensus.NewFinalizationConsensus(rpcEndpoint.ChainID)
 	_, averageBlockTime, _, _ := chainParser.ChainBlockStats()
-	baseLatency := common.AverageWorldLatency / 2
-	optimizer := provideroptimizer.NewProviderOptimizer(provideroptimizer.STRATEGY_BALANCED, averageBlockTime, baseLatency, 2, nil, "dontcare")
+	optimizer := provideroptimizer.NewProviderOptimizer(provideroptimizer.StrategyBalanced, averageBlockTime, 2, nil, "dontcare")
 	consumerSessionManager := lavasession.NewConsumerSessionManager(rpcEndpoint, optimizer, nil, nil, "test", lavasession.NewActiveSubscriptionProvidersStorage())
 	consumerSessionManager.UpdateAllProviders(rpcConsumerOptions.epoch, rpcConsumerOptions.pairingList)
 

protocol/lavasession/consumer_session_manager.go

@@ -562,15 +562,15 @@ func (csm *ConsumerSessionManager) GetSessions(ctx context.Context, cuNeededForS
 				sessionInfo.QoSSummeryResult = consumerSession.getQosComputedResultOrZero()
 				sessions[providerAddress] = sessionInfo
 
-				qosReport, rawQosReport := csm.providerOptimizer.GetExcellenceQoSReportForProvider(providerAddress)
+				qosReport, _ := csm.providerOptimizer.GetExcellenceQoSReportForProvider(providerAddress)
 				if csm.rpcEndpoint.Geolocation != uint64(endpoint.endpoint.Geolocation) {
 					// rawQosReport is used only when building the relay payment message to be used to update
 					// the provider's reputation on-chain. If the consumer and provider don't share geolocation
 					// (consumer geo: csm.rpcEndpoint.Geolocation, provider geo: endpoint.endpoint.Geolocation)
 					// we don't want to update the reputation by it, so we null the rawQosReport
-					rawQosReport = nil
+					qosReport = nil
 				}
-				consumerSession.SetUsageForSession(cuNeededForSession, qosReport, rawQosReport, usedProviders, routerKey)
+				consumerSession.SetUsageForSession(cuNeededForSession, qosReport, usedProviders, routerKey)
 				// We successfully added provider, we should ignore it if we need to fetch new
 				tempIgnoredProviders.providers[providerAddress] = struct{}{}
 				if len(sessions) == wantedSession {
@@ -640,7 +640,7 @@ func (csm *ConsumerSessionManager) getValidProviderAddresses(ignoredProvidersLis
 		}
 	}
 	var providers []string
-	if stateful == common.CONSISTENCY_SELECT_ALL_PROVIDERS && csm.providerOptimizer.Strategy() != provideroptimizer.STRATEGY_COST {
+	if stateful == common.CONSISTENCY_SELECT_ALL_PROVIDERS && csm.providerOptimizer.Strategy() != provideroptimizer.StrategyCost {
 		providers = csm.getTopTenProvidersForStatefulCalls(validAddresses, ignoredProvidersList)
 	} else {
 		providers, _ = csm.providerOptimizer.ChooseProvider(validAddresses, ignoredProvidersList, cu, requestedBlock)
@@ -1049,7 +1049,7 @@ func (csm *ConsumerSessionManager) OnSessionDone(
 	consumerSession.CalculateQoS(currentLatency, expectedLatency, expectedBH-latestServicedBlock, numOfProviders, int64(providersCount))
 	if !isHangingApi {
 		// append relay data only for non hanging apis
-		go csm.providerOptimizer.AppendRelayData(consumerSession.Parent.PublicLavaAddress, currentLatency, isHangingApi, specComputeUnits, uint64(latestServicedBlock))
+		go csm.providerOptimizer.AppendRelayData(consumerSession.Parent.PublicLavaAddress, currentLatency, specComputeUnits, uint64(latestServicedBlock))
 	}
 
 	csm.updateMetricsManager(consumerSession, currentLatency, !isHangingApi) // apply latency only for non hanging apis

protocol/lavasession/consumer_session_manager_test.go

@@ -161,8 +161,7 @@ func TestEndpointSortingFlow(t *testing.T) {
 
 func CreateConsumerSessionManager() *ConsumerSessionManager {
 	rand.InitRandomSeed()
-	baseLatency := common.AverageWorldLatency / 2 // we want performance to be half our timeout or better
-	return NewConsumerSessionManager(&RPCEndpoint{"stub", "stub", "stub", false, "/", 0}, provideroptimizer.NewProviderOptimizer(provideroptimizer.STRATEGY_BALANCED, 0, baseLatency, 1, nil, "dontcare"), nil, nil, "lava@test", NewActiveSubscriptionProvidersStorage())
+	return NewConsumerSessionManager(&RPCEndpoint{"stub", "stub", "stub", false, "/", 0}, provideroptimizer.NewProviderOptimizer(provideroptimizer.StrategyBalanced, 0, 1, nil, "dontcare"), nil, nil, "lava@test", NewActiveSubscriptionProvidersStorage())
 }
 
 func TestMain(m *testing.M) {

protocol/lavasession/consumer_types.go

@@ -72,9 +72,9 @@ type ConsumerSessionsMap map[string]*SessionInfo
 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)
+	AppendRelayData(providerAddress string, latency time.Duration, cu, syncBlock uint64)
 	ChooseProvider(allAddresses []string, ignoredProviders map[string]struct{}, cu uint64, requestedBlock int64) (addresses []string, tier int)
-	GetExcellenceQoSReportForProvider(string) (*pairingtypes.QualityOfServiceReport, *pairingtypes.QualityOfServiceReport)
+	GetExcellenceQoSReportForProvider(string) (*pairingtypes.QualityOfServiceReport, time.Time)
 	Strategy() provideroptimizer.Strategy
 	UpdateWeights(map[string]int64, uint64)
 }

protocol/lavasession/single_consumer_session.go

@@ -104,13 +104,12 @@ func (cs *SingleConsumerSession) CalculateQoS(latency, expectedLatency time.Dura
 	}
 }
 
-func (scs *SingleConsumerSession) SetUsageForSession(cuNeededForSession uint64, qoSExcellenceReport *pairingtypes.QualityOfServiceReport, rawQoSExcellenceReport *pairingtypes.QualityOfServiceReport, usedProviders UsedProvidersInf, routerKey RouterKey) error {
+func (scs *SingleConsumerSession) SetUsageForSession(cuNeededForSession uint64, qoSExcellenceReport *pairingtypes.QualityOfServiceReport, usedProviders UsedProvidersInf, routerKey RouterKey) error {
 	scs.LatestRelayCu = cuNeededForSession // set latestRelayCu
 	scs.RelayNum += RelayNumberIncrement   // increase relayNum
 	if scs.RelayNum > 1 {
 		// we only set excellence for sessions with more than one successful relays, this guarantees data within the epoch exists
 		scs.QoSInfo.LastExcellenceQoSReport = qoSExcellenceReport
-		scs.QoSInfo.LastExcellenceQoSReportRaw = rawQoSExcellenceReport
 	}
 	scs.usedProviders = usedProviders
 	scs.routerKey = routerKey