<ID>ComplexCondition:ConfigUtilities.kt$value is Temporal || value is NetworkHostAndPort || value is CordaX500Name || value is Path || value is URL || value is UUID || value is X500Principal</ID>
<ID>ComplexCondition:CordaClassResolver.kt$CordaClassResolver$type.isPrimitive || type == Any::class.java || type == String::class.java || (!type.isEnum && isAbstract(type.modifiers))</ID>
<ID>ComplexCondition:FlowMessaging.kt$FlowMessagingImpl$(exception is KryoException || exception is NotSerializableException) && message is ExistingSessionMessage && message.payload is ErrorSessionMessage</ID>
<ID>ComplexCondition:FlowStackSnapshot.kt$FlowStackSnapshotFactoryImpl$it != null && (it is FlowLogic<*> || it is FlowStateMachine<*> || it is Fiber<*> || it is SerializeAsToken)</ID>
<ID>ComplexCondition:InternalUtils.kt$it.type == this && it.isPublic && it.isStatic && it.isFinal</ID>
<ID>ComplexMethod:AMQPBridgeManager.kt$AMQPBridgeManager.AMQPBridge$private fun clientArtemisMessageHandler(artemisMessage: ClientMessage)</ID>
<ID>ComplexMethod:AMQPBridgeTest.kt$AMQPBridgeTest$@Test fun `test acked and nacked messages`()</ID>
<ID>ComplexMethod:AMQPChannelHandler.kt$AMQPChannelHandler$override fun userEventTriggered(ctx: ChannelHandlerContext, evt: Any)</ID>
<ID>ComplexMethod:AMQPTypeIdentifierParser.kt$AMQPTypeIdentifierParser$// Make sure our inputs aren't designed to blow things up. private fun validate(typeString: String)</ID>
<ID>ComplexMethod:ANSIProgressRenderer.kt$ANSIProgressRenderer$// Returns number of lines rendered. private fun renderLevel(ansi: Ansi, error: Boolean): Int</ID>
<ID>ComplexMethod:ANSIProgressRenderer.kt$ANSIProgressRenderer$@Synchronized protected fun draw(moveUp: Boolean, error: Throwable? = null)</ID>
<ID>ComplexMethod:AbstractConcatenatedList.kt$AbstractConcatenatedList$// This is where we create a listener for a *nested* list. Note that 'indexMap' doesn't need to be adjusted on any // of these changes as the indices of nested lists don't change, just their contents. private fun createListener(wrapped: WrappedObservableList<A>): ListChangeListener<A></ID>
<ID>ComplexMethod:AbstractConcatenatedList.kt$AbstractConcatenatedList$// This is where we handle changes to the *source* list. override fun sourceChanged(change: ListChangeListener.Change<out ObservableList<A>>)</ID>
<ID>ComplexMethod:AbstractFlattenedList.kt$AbstractFlattenedList$override fun sourceChanged(c: ListChangeListener.Change<out ObservableValue<out A>>)</ID>
<ID>ComplexMethod:AbstractMappedList.kt$AbstractMappedList$override fun sourceChanged(change: ListChangeListener.Change<out A>)</ID>
<ID>ComplexMethod:AppendOnlyPersistentMapTest.kt$AppendOnlyPersistentMapTest.TestThread$private fun doActivity()</ID>
<ID>ComplexMethod:AttachmentVersionNumberMigration.kt$AttachmentVersionNumberMigration$override fun execute(database: Database?)</ID>
<ID>ComplexMethod:AttachmentsClassLoader.kt$AttachmentsClassLoader$private fun checkAttachments(attachments: List<Attachment>)</ID>
<ID>ComplexMethod:BridgeControlListener.kt$BridgeControlListener$private fun processControlMessage(msg: ClientMessage)</ID>
<ID>ComplexMethod:CashSelectionH2Impl.kt$CashSelectionH2Impl$// We are using an H2 specific means of selecting a minimum set of rows that match a request amount of coins: // 1) There is no standard SQL mechanism of calculating a cumulative total on a field and restricting row selection on the // running total of such an accumulator // 2) H2 uses session variables to perform this accumulator function: // http://www.h2database.com/html/functions.html#set // 3) H2 does not support JOIN's in FOR UPDATE (hence we are forced to execute 2 queries) override fun executeQuery(connection: Connection, amount: Amount<Currency>, lockId: UUID, notary: Party?, onlyFromIssuerParties: Set<AbstractParty>, withIssuerRefs: Set<OpaqueBytes>, withResultSet: (ResultSet) -> Boolean): Boolean</ID>
<ID>ComplexMethod:CashSelectionPostgreSQLImpl.kt$CashSelectionPostgreSQLImpl$// This is using PostgreSQL window functions for selecting a minimum set of rows that match a request amount of coins: // 1) This may also be possible with user-defined functions (e.g. using PL/pgSQL) // 2) The window function accumulated column (`total`) does not include the current row (starts from 0) and cannot // appear in the WHERE clause, hence restricting row selection and adjusting the returned total in the outer query. // 3) Currently (version 9.6), FOR UPDATE cannot be specified with window functions override fun executeQuery(connection: Connection, amount: Amount<Currency>, lockId: UUID, notary: Party?, onlyFromIssuerParties: Set<AbstractParty>, withIssuerRefs: Set<OpaqueBytes>, withResultSet: (ResultSet) -> Boolean): Boolean</ID>
<ID>ComplexMethod:CheckpointDumper.kt$CheckpointDumper$private fun FlowIORequest<*>.toSuspendedOn(suspendedTimestamp: Instant, now: Instant): SuspendedOn</ID>
<ID>ComplexMethod:ClassCarpenter.kt$ClassCarpenterImpl$ private fun validateSchema(schema: Schema)</ID>
<ID>ComplexMethod:CollectSignaturesFlow.kt$CollectSignaturesFlow$@Suspendable override fun call(): SignedTransaction</ID>
<ID>ComplexMethod:CompatibleTransactionTests.kt$CompatibleTransactionTests$@Test fun `Command visibility tests`()</ID>
<ID>ComplexMethod:ConfigUtilities.kt$// For Iterables figure out the type parameter and apply the same logic as above on the individual elements. private fun Iterable<*>.toConfigIterable(field: Field): Iterable<Any?></ID>
<ID>ComplexMethod:ConfigUtilities.kt$// TODO Move this to KeyStoreConfigHelpers. fun MutualSslConfiguration.configureDevKeyAndTrustStores(myLegalName: CordaX500Name, signingCertificateStore: FileBasedCertificateStoreSupplier, certificatesDirectory: Path, cryptoService: CryptoService? = null)</ID>
<ID>ComplexMethod:ConfigUtilities.kt$@Suppress("PLATFORM_CLASS_MAPPED_TO_KOTLIN") // Reflect over the fields of the receiver and generate a value Map that can use to create Config object. private fun Any.toConfigMap(): Map<String, Any></ID>
<ID>ComplexMethod:ConfigUtilities.kt$private fun Config.getCollectionValue(path: String, type: KType, onUnknownKeys: (Set<String>, logger: Logger) -> Unit, nestedPath: String?, baseDirectory: Path?): Collection<Any></ID>
<ID>ComplexMethod:ConfigUtilities.kt$private fun Config.getSingleValue(path: String, type: KType, onUnknownKeys: (Set<String>, logger: Logger) -> Unit, nestedPath: String?, baseDirectory: Path?): Any?</ID>
<ID>ComplexMethod:ConfigUtilities.kt$private fun convertValue(value: Any): Any</ID>
<ID>ComplexMethod:ConnectionStateMachine.kt$ConnectionStateMachine$override fun onConnectionFinal(event: Event)</ID>
<ID>ComplexMethod:ConnectionStateMachine.kt$ConnectionStateMachine$override fun onDelivery(event: Event)</ID>
<ID>ComplexMethod:ConstraintsUtils.kt$ fun AttachmentConstraint.canBeTransitionedFrom(input: AttachmentConstraint, attachment: ContractAttachment): Boolean</ID>
<ID>ComplexMethod:Expect.kt$ fun <S, E : Any> S.genericExpectEvents( isStrict: Boolean = true, stream: S.((E) -> Unit) -> Unit, expectCompose: () -> ExpectCompose<E> )</ID>
<ID>ComplexMethod:FinalityFlow.kt$FinalityFlow$@Suspendable @Throws(NotaryException::class) override fun call(): SignedTransaction</ID>
<ID>ComplexMethod:FlowMonitor.kt$FlowMonitor$private fun warningMessageForFlowWaitingOnIo(request: FlowIORequest<*>, flow: FlowStateMachineImpl<*>, now: Instant): String</ID>
<ID>ComplexMethod:FlowStateMachineImpl.kt$FlowStateMachineImpl$ @Suspendable private fun processEventsUntilFlowIsResumed(isDbTransactionOpenOnEntry: Boolean, isDbTransactionOpenOnExit: Boolean): Any?</ID>
<ID>ComplexMethod:GenerateRpcSslCertsCli.kt$GenerateRpcSslCerts$private fun generateRpcSslCertificates(conf: NodeConfiguration)</ID>
<ID>ComplexMethod:GenericsTests.kt$GenericsTests$@Test fun nestedSerializationInMultipleContextsDoesntColideGenericTypes()</ID>
<ID>ComplexMethod:HTTPNetworkRegistrationService.kt$HTTPNetworkRegistrationService$@Throws(CertificateRequestException::class) override fun retrieveCertificates(requestId: String): CertificateResponse</ID>
<ID>ComplexMethod:HibernateQueryCriteriaParser.kt$HibernateAttachmentQueryCriteriaParser$override fun parseCriteria(criteria: AttachmentQueryCriteria.AttachmentsQueryCriteria): Collection<Predicate></ID>
<ID>ComplexMethod:HibernateQueryCriteriaParser.kt$HibernateQueryCriteriaParser$override fun parseCriteria(criteria: CommonQueryCriteria): Collection<Predicate></ID>
<ID>ComplexMethod:HibernateQueryCriteriaParser.kt$HibernateQueryCriteriaParser$override fun parseCriteria(criteria: QueryCriteria.VaultQueryCriteria): Collection<Predicate></ID>
<ID>ComplexMethod:Obligation.kt$Obligation$override fun verify(tx: LedgerTransaction)</ID>
<ID>ComplexMethod:PersistentNetworkMapCache.kt$PersistentNetworkMapCache$override fun addNodes(nodes: List<NodeInfo>)</ID>
<ID>ComplexMethod:QuasarInstrumentationHook.kt$QuasarInstrumentationHookAgent.Companion$@JvmStatic fun premain(argumentsString: String?, instrumentation: Instrumentation)</ID>
<ID>ComplexMethod:RPCClientProxyHandler.kt$RPCClientProxyHandler$ private fun close(notify: Boolean = true)</ID>
<ID>ComplexMethod:RPCClientProxyHandler.kt$RPCClientProxyHandler$// The handler for Artemis messages. private fun artemisMessageHandler(message: ClientMessage)</ID>
<ID>ComplexMethod:RPCClientProxyHandler.kt$RPCClientProxyHandler$// This is the general function that transforms a client side RPC to internal Artemis messages. override fun invoke(proxy: Any, method: Method, arguments: Array<out Any?>?): Any?</ID>
<ID>ComplexMethod:RPCClientProxyHandler.kt$RPCClientProxyHandler$private fun attemptReconnect()</ID>
<ID>ComplexMethod:RPCServer.kt$RPCServer$private fun clientArtemisMessageHandler(artemisMessage: ClientMessage)</ID>
<ID>ComplexMethod:RemoteTypeCarpenter.kt$SchemaBuildingRemoteTypeCarpenter$override fun carpent(typeInformation: RemoteTypeInformation): Type</ID>
<ID>ComplexMethod:RpcReconnectTests.kt$RpcReconnectTests$ @Test fun `test that the RPC client is able to reconnect and proceed after node failure, restart, or connection reset`()</ID>
<ID>ComplexMethod:SchemaMigration.kt$SchemaMigration$ private fun migrateOlderDatabaseToUseLiquibase(existingCheckpoints: Boolean): Boolean</ID>
<ID>ComplexMethod:SchemaMigration.kt$SchemaMigration$private fun doRunMigration(run: Boolean, check: Boolean, existingCheckpoints: Boolean? = null)</ID>
<ID>ComplexMethod:SendTransactionFlow.kt$DataVendingFlow$@Suspendable override fun call(): Void?</ID>
<ID>ComplexMethod:ShellCmdLineOptions.kt$ShellCmdLineOptions$private fun toConfigFile(): Config</ID>
<ID>ComplexMethod:SignedTransaction.kt$SignedTransaction$// TODO: Verify contract constraints here as well as in LedgerTransaction to ensure that anything being deserialised // from the attachment is trusted. This will require some partial serialisation work to not load the ContractState // objects from the TransactionState. @DeleteForDJVM private fun verifyRegularTransaction(services: ServiceHub, checkSufficientSignatures: Boolean)</ID>
<ID>ComplexMethod:SingleThreadedStateMachineManager.kt$SingleThreadedStateMachineManager$override fun retryFlowFromSafePoint(currentState: StateMachineState)</ID>
<ID>ComplexMethod:StartedFlowTransition.kt$StartedFlowTransition$override fun transition(): TransitionResult</ID>
<ID>ComplexMethod:StatusTransitions.kt$StatusTransitions$ fun verify(tx: LedgerTransaction)</ID>
<ID>ComplexMethod:StringToMethodCallParser.kt$StringToMethodCallParser$ @Throws(UnparseableCallException::class) fun parse(target: T?, command: String): ParsedMethodCall</ID>
<ID>ComplexMethod:TlsDiffProtocolsTest.kt$TlsDiffProtocolsTest$@Test fun testClientServerTlsExchange()</ID>
<ID>ComplexMethod:TransactionBuilder.kt$TransactionBuilder$ fun withItems(vararg items: Any)</ID>
<ID>ComplexMethod:TransactionBuilder.kt$TransactionBuilder$ private fun addMissingDependency(services: ServicesForResolution, wireTx: WireTransaction): Boolean</ID>
<ID>ComplexMethod:TypeModellingFingerPrinter.kt$FingerPrintingState$// For a type we haven't seen before, determine the correct path depending on the type of type it is. private fun fingerprintNewType(type: LocalTypeInformation)</ID>
<ID>ComplexMethod:UniversalContract.kt$UniversalContract$override fun verify(tx: LedgerTransaction)</ID>
<ID>ForbiddenComment:AbstractAttachment.kt$AbstractAttachment$// TODO: read file size information from metadata instead of loading the data.</ID>
<ID>ForbiddenComment:AbstractCashSelection.kt$AbstractCashSelection$// TODO: future implementation to retrieve contract states from a Vault BLOB store</ID>
<ID>ForbiddenComment:AbstractCashSelection.kt$AbstractCashSelection$// TODO: make parameters configurable when we get CorDapp configuration.</ID>
<ID>ForbiddenComment:AbstractCashSelection.kt$AbstractCashSelection$// TODO: revisit the back off strategy for contended spending.</ID>
<ID>ForbiddenComment:AbstractNode.kt$AbstractNode$// TODO: Use configuration to indicate composite key should be used instead of public key for the identity.</ID>
<ID>ForbiddenComment:AbstractNode.kt$AbstractNode$// TODO: We need a good way of handling "nice to have" shutdown events, especially those that deal with the</ID>
<ID>ForbiddenComment:AbstractNode.kt$AbstractNode.<no name provided>$// TODO: Exponential backoff? It should reach max interval of eventHorizon/2.</ID>
<ID>ForbiddenComment:AbstractStateReplacementFlow.kt$AbstractStateReplacementFlow.Acceptor$// TODO: This step should not be necessary, as signatures are re-checked in verifyRequiredSignatures.</ID>
<ID>ForbiddenComment:AbstractStateReplacementFlow.kt$AbstractStateReplacementFlow.Acceptor$// TODO: use keys from the keyManagementService instead</ID>
<ID>ForbiddenComment:AffinityExecutor.kt$AffinityExecutor$// TODO: Rename this to executeWithResult</ID>
<ID>ForbiddenComment:AllButBlacklisted.kt$AllButBlacklisted$// TODO: add more from java.io.</ID>
<ID>ForbiddenComment:AllButBlacklisted.kt$AllButBlacklisted$// TODO: add more from java.lang.reflect.</ID>
<ID>ForbiddenComment:AllButBlacklisted.kt$AllButBlacklisted$// TODO: add more from java.net.</ID>
<ID>ForbiddenComment:AllButBlacklisted.kt$AllButBlacklisted$// TODO: blacklistedClasses += type.name // add it, so checking is faster next time we encounter this class.</ID>
<ID>ForbiddenComment:Arrangement.kt$Obligation$// TODO: should be replaced with something that uses Corda assets and/or cash?</ID>
<ID>ForbiddenComment:Arrangement.kt$Obligation$// TODO: should only be allowed to transfer non-negative amounts</ID>
<ID>ForbiddenComment:Arrangement.kt$RollOut$// TODO: think about payment offset (ie. settlement) - probably it doesn't belong on a distributed ledger</ID>
<ID>ForbiddenComment:ArtemisMessagingComponent.kt$ArtemisMessagingComponent.Companion$// TODO: we might want to make this value configurable.</ID>
<ID>ForbiddenComment:ArtemisMessagingServer.kt$// TODO: Implement a discovery engine that can trigger builds of new connections when another node registers? (later)</ID>
<ID>ForbiddenComment:ArtemisMessagingServer.kt$// TODO: Verify that nobody can connect to us and fiddle with our config over the socket due to the secman.</ID>
<ID>ForbiddenComment:ArtemisMessagingServer.kt$ArtemisMessagingServer$// TODO: Maybe wrap [IOException] on a key store load error so that it's clearly splitting key store loading from</ID>
<ID>ForbiddenComment:BFTSmart.kt$BFTSmart$// TODO: Define and document the configuration of the bft-smart cluster.</ID>
<ID>ForbiddenComment:BFTSmart.kt$BFTSmart$// TODO: Potentially update the bft-smart API for our use case or rebuild client and server from lower level building</ID>
<ID>ForbiddenComment:BFTSmart.kt$BFTSmart$// TODO: Support cluster membership changes. This requires reading about reconfiguration of bft-smart clusters and</ID>
<ID>ForbiddenComment:BFTSmart.kt$BFTSmart.Client$// TODO: Hopefully we only need to wait for the client's initial connection to the cluster, and this method can be moved to some startup code.</ID>
<ID>ForbiddenComment:BFTSmart.kt$BFTSmart.Client$// TODO: Investigate ConcurrentModificationException in this method.</ID>
<ID>ForbiddenComment:BFTSmart.kt$BFTSmart.Client$// TODO: for now we treat all errors as equal, compare by error type as well</ID>
<ID>ForbiddenComment:BFTSmart.kt$BFTSmart.Client$// TODO: is it safe use the last message for sender/session/sequence info</ID>
<ID>ForbiddenComment:BFTSmart.kt$BFTSmart.Client$// TODO: only return an aggregate if the majority of signatures are replies</ID>
<ID>ForbiddenComment:BFTSmart.kt$BFTSmart.Client$// TODO: return an error reported by the majority and not just the first one</ID>
<ID>ForbiddenComment:BFTSmart.kt$BFTSmart.CordaServiceReplica$// TODO: At the cluster level, join all Sender/Receiver threads.</ID>
<ID>ForbiddenComment:BFTSmartNotaryService.kt$BFTSmartNotaryService.ServiceFlow$// TODO: here we assume that all error will be the same, but there might be invalid onces from mailicious nodes</ID>
<ID>ForbiddenComment:BasicHSMKeyManagementService.kt$BasicHSMKeyManagementService$// TODO: A full KeyManagementService implementation needs to record activity to the Audit Service and to limit</ID>
<ID>ForbiddenComment:BusinessCalendar.kt$BusinessCalendar.Companion$// TODO: Fix addl period logic</ID>
<ID>ForbiddenComment:BusinessCalendar.kt$BusinessCalendar.Companion$// TODO: The rest.</ID>
<ID>ForbiddenComment:Cash.kt$Cash$// TODO: This doesn't work with the trader demo, so use the underlying key instead</ID>
<ID>ForbiddenComment:CashPaymentFlow.kt$CashPaymentFlow$// TODO: Have some way of restricting this to states the caller controls</ID>
<ID>ForbiddenComment:CashTests.kt$CashTests$// TODO: Optimise this so that we don't throw away and rebuild state that can be shared across tests.</ID>
<ID>ForbiddenComment:CashViewer.kt$CashViewer$// TODO: Anonymous should probably be italicised or similar</ID>
<ID>ForbiddenComment:CashViewer.kt$CashViewer.StateRowGraphic$// TODO: Anonymous should probably be italicised or similar</ID>
<ID>ForbiddenComment:CertRole.kt$CertRole$// TODO: Link to the specification once it has a permanent URL</ID>
<ID>ForbiddenComment:ClassCarpenter.kt$ClassCarpenterImpl$// TODO: Sandbox the generated code when a security manager is in use.</ID>
<ID>ForbiddenComment:ClassCarpenter.kt$ClassCarpenterImpl$// TODO: Support annotations.</ID>
<ID>ForbiddenComment:ClassCarpenter.kt$ClassCarpenterImpl$// TODO: isFoo getter patterns for booleans (this is what Kotlin generates)</ID>
<ID>ForbiddenComment:ClassWhitelists.kt$GlobalTransientClassWhiteList$// TODO: Need some concept of from which class loader</ID>
<ID>ForbiddenComment:ClientRPCInfrastructureTests.kt$ClientRPCInfrastructureTests$// TODO: Test that timeouts work</ID>
<ID>ForbiddenComment:CollectSignaturesFlow.kt$CollectSignaturesFlow$// TODO: AbstractStateReplacementFlow needs updating to use this flow.</ID>
<ID>ForbiddenComment:CollectSignaturesFlow.kt$CollectSignaturesFlow.Companion$// TODO: Make the progress tracker adapt to the number of counterparties to collect from.</ID>
<ID>ForbiddenComment:CollectSignaturesFlow.kt$SignTransactionFlow$// TODO: We should have a faster way of verifying we own a single key</ID>
<ID>ForbiddenComment:CollectionSerializer.kt$CollectionSerializer$// TODO: Can we verify the entries in the list?</ID>
<ID>ForbiddenComment:CommercialPaper.kt$CommercialPaper$// TODO: Consider how to handle the case of mistaken issuances, or other need to patch.</ID>
<ID>ForbiddenComment:CommercialPaper.kt$CommercialPaper$// TODO: Generalise the notion of an owned instrument into a superclass/supercontract. Consider composition vs inheritance.</ID>
<ID>ForbiddenComment:CommercialPaper.kt$CommercialPaper$// TODO: Think about how to evolve contracts over time with new commands.</ID>
<ID>ForbiddenComment:CommercialPaperIssueFlow.kt$CommercialPaperIssueFlow$// TODO: Consider moving these two steps below into generateIssue.</ID>
<ID>ForbiddenComment:CommercialPaperTests.kt$// TODO: The generate functions aren't tested by these tests: add them.</ID>
<ID>ForbiddenComment:CompatibilityTest.kt$CompatibilityTest$// TODO: If this type of testing gets momentum, we can create a mini-framework that rides through list of files</ID>
<ID>ForbiddenComment:CompositeKey.kt$CompositeKey$// TODO: replace with the more extensive, but slower, checkValidity() test.</ID>
<ID>ForbiddenComment:CompositeKey.kt$CompositeKey.Companion$// TODO: node.encoded.sequence() might be expensive, consider a faster deterministic compareTo implementation</ID>
<ID>ForbiddenComment:CompositeKey.kt$CompositeKey.NodeAndWeight$// TODO: this might be expensive, consider a faster deterministic compareTo implementation when weights are equal.</ID>
<ID>ForbiddenComment:CompositeKeyTests.kt$CompositeKeyTests$// TODO: Look into a DSL for building multi-level composite keys if that becomes a common use case</ID>
<ID>ForbiddenComment:ContractUpgradeFlow.kt$ContractUpgradeFlow.Initiate$// TODO: We need a much faster way of finding our key in the transaction</ID>
<ID>ForbiddenComment:ContractUpgradeTransactions.kt$// TODO: check transaction size is within limits</ID>
<ID>ForbiddenComment:ContractUpgradeTransactions.kt$// TODO: copy across encumbrances when performing contract upgrades</ID>
<ID>ForbiddenComment:ContractUpgradeTransactions.kt$ContractUpgradeLedgerTransaction$// TODO: exclude encumbrance states from this check</ID>
<ID>ForbiddenComment:ContractUpgradeTransactions.kt$ContractUpgradeLedgerTransaction$// TODO: relax this constraint once upgrading encumbered states is supported.</ID>
<ID>ForbiddenComment:ContractUpgradeTransactions.kt$ContractUpgradeWireTransaction.Companion$// TODO: if there are encumbrance states in the inputs, just copy them across without modifying</ID>
<ID>ForbiddenComment:CordaClassResolver.kt$CordaClassResolver$// TODO: Later we can support annotations on attachment classes and spin up a proxy via bytecode that we know is harmless.</ID>
<ID>ForbiddenComment:CordaClassResolver.kt$CordaClassResolver$// TODO: come up with a more efficient way. e.g. segregate the name space by class loader.</ID>
<ID>ForbiddenComment:CordaRPCClient.kt$CordaRPCClientConfiguration$// TODO: acquire this value from Network Map when supported.</ID>
<ID>ForbiddenComment:Cordapp.kt$Cordapp.Info.ContractAndWorkflow$// TODO: future work in Gradle cordapp plugins to enforce separation of Contract and Workflow classes into separate jars</ID>
<ID>ForbiddenComment:CordappImpl.kt$CordappImpl$// TODO: Also add [SchedulableFlow] as a Cordapp class</ID>
<ID>ForbiddenComment:CordappProviderImpl.kt$CordappProviderImpl$// TODO: Use better supported APIs in Java 9</ID>
<ID>ForbiddenComment:CordappProviderImplTests.kt$CordappProviderImplTests.Companion$// TODO: Cordapp name should differ from the JAR name</ID>
<ID>ForbiddenComment:CoreFlowHandlers.kt$NotaryChangeHandler$// TODO: Right now all nodes will automatically approve the notary change. We need to figure out if stricter controls are necessary.</ID>
<ID>ForbiddenComment:CrossCashTest.kt$CrossCashState$// TODO: Alternative: We may possibly reduce the complexity of the search even further using some form of</ID>
<ID>ForbiddenComment:Crypto.kt$Crypto$// TODO: We currently use SHA256(seed) when retrying, but BIP32 just skips a counter (i) that results to an invalid key.</ID>
<ID>ForbiddenComment:Crypto.kt$Crypto$// TODO: change the val name to a more descriptive one as it's now confusing and looks like a Key type.</ID>
<ID>ForbiddenComment:Crypto.kt$Crypto$// TODO: change val name to SPHINCS256_SHA512. This will break backwards compatibility.</ID>
<ID>ForbiddenComment:Crypto.kt$Crypto$// TODO: perform all cryptographic operations via Crypto.</ID>
<ID>ForbiddenComment:CryptoUtils.kt$// TODO: SignatureException should be used only for a damaged signature, as per `java.security.Signature.verify()`.</ID>
<ID>ForbiddenComment:CustomSerializer.kt$CustomSerializer.SubClass$// TODO: should this be a custom serializer at all, or should it just be a plain AMQPSerializer?</ID>
<ID>ForbiddenComment:CustomSerializer.kt$CustomSerializer.SubClass$// TODO: should this be empty or contain the schema of the super?</ID>
<ID>ForbiddenComment:DbTransactionsResolver.kt$DbTransactionsResolver$// TODO: This approach has two problems. Analyze and resolve them:</ID>
<ID>ForbiddenComment:DefaultKryoCustomizer.kt$DefaultKryoCustomizer$// TODO: re-organise registrations into logical groups before v1.0</ID>
<ID>ForbiddenComment:DigitalSignatureWithCert.kt$// TODO: Rename this to DigitalSignature.WithCert once we're happy for it to be public API. The methods will need documentation</ID>
<ID>ForbiddenComment:DriverDSLImpl.kt$DriverDSLImpl$// TODO: Derive name from the full picked name, don't just wrap the common name</ID>
<ID>ForbiddenComment:DriverDSLImpl.kt$DriverDSLImpl$//TODO: remove this once we can bundle quasar properly.</ID>
<ID>ForbiddenComment:DriverDSLImpl.kt$DriverDSLImpl.Companion$// TODO: There is pending work to fix this issue without custom blacklisting. See: https://r3-cev.atlassian.net/browse/CORDA-2164.</ID>
<ID>ForbiddenComment:DriverDSLImpl.kt$DriverDSLImpl.LocalNetworkMap$// TODO: this object will copy NodeInfo files from started nodes to other nodes additional-node-infos/</ID>
<ID>ForbiddenComment:DummyFungibleContract.kt$DummyFungibleContract$// TODO: This doesn't work with the trader demo, so use the underlying key instead</ID>
<ID>ForbiddenComment:E2ETestKeyManagementService.kt$E2ETestKeyManagementService$// TODO: A full KeyManagementService implementation needs to record activity to the Audit Service and to limit</ID>
<ID>ForbiddenComment:EncodingUtils.kt$// TODO: follow the crypto-conditions ASN.1 spec, some changes are needed to be compatible with the condition</ID>
<ID>ForbiddenComment:Envelope.kt$Envelope$// TODO: don't recognise a type descriptor.</ID>
<ID>ForbiddenComment:Envelope.kt$Envelope$// TODO: make the schema parsing lazy since mostly schemas will have been seen before and we only need it if we</ID>
<ID>ForbiddenComment:Explorer.kt$Explorer$// TODO: Remove this code when serialisation has been upgraded.</ID>
<ID>ForbiddenComment:FetchDataFlow.kt$FetchDataFlow$// TODO: Support "large message" response streaming so response sizes are not limited by RAM.</ID>
<ID>ForbiddenComment:FiberUtils.kt$// TODO: This method uses a built-in Quasar function to make a map of all ThreadLocals. This is probably inefficient, but the only API readily available.</ID>
<ID>ForbiddenComment:FinanceTypes.kt$// TODO: Make Calendar data come from an oracle</ID>
<ID>ForbiddenComment:FinanceTypes.kt$Frequency$// TODO: Revisit post-Vega and see if annualCompoundCount is still needed.</ID>
<ID>ForbiddenComment:FixingFlow.kt$FixingFlow.Fixer$// TODO: this is in no way secure and will be replaced by general session initiation logic in the future</ID>
<ID>ForbiddenComment:FlowIORequest.kt$FlowIORequest.ForceCheckpoint$// TODO: consider using an empty FlowAsyncOperation instead</ID>
<ID>ForbiddenComment:FlowLogicRef.kt$FlowLogicRef$// TODO: align this with the existing [FlowRef] in the bank-side API (probably replace some of the API classes)</ID>
<ID>ForbiddenComment:FlowLogicRefFactoryImpl.kt$FlowLogicRefFactoryImpl$// TODO: Replace with a per app classloader/cordapp provider/cordapp loader - this will do for now</ID>
<ID>ForbiddenComment:FlowLogicRefFactoryImpl.kt$FlowLogicRefFactoryImpl$// TODO: This is used via RPC but it's probably better if we pass in argument names and values explicitly</ID>
<ID>ForbiddenComment:GenerateRpcSslCertsCli.kt$GenerateRpcSslCerts$// TODO: consider adding a password strength policy.</ID>
<ID>ForbiddenComment:GuiUtilities.kt$// TODO: This is a temporary fix for the UI to show the correct issuer identity, this will break when we start randomizing keys. More work is needed here when the identity work is done.</ID>
<ID>ForbiddenComment:HibernateConfiguration.kt$HibernateConfiguration$// TODO: require mechanism to set schemaOptions (databaseSchema, tablePrefix) which are not global to session</ID>
<ID>ForbiddenComment:IRS.kt$FloatingRatePaymentEvent$// TODO: Should an uncalculated amount return a zero ? null ? etc.</ID>
<ID>ForbiddenComment:IRS.kt$InterestRateSwap$// TODO: Confirm: would someone really enter a swap with a negative fixed rate?</ID>
<ID>ForbiddenComment:IRS.kt$InterestRateSwap$// TODO: further tests</ID>
<ID>ForbiddenComment:IRS.kt$InterestRateSwap.Commands.Mature$// Trade has matured; no more actions. Cleanup. // TODO: Do we need this?</ID>
<ID>ForbiddenComment:IRS.kt$InterestRateSwap.State$// TODO: Jexl is purely for prototyping. It may be replaced</ID>
<ID>ForbiddenComment:IRS.kt$InterestRateSwap.State$// TODO: Whatever we do use must be secure and sandboxed</ID>
<ID>ForbiddenComment:IRSTests.kt$// TODO: How I want it to look</ID>
<ID>ForbiddenComment:IRSTests.kt$// TODO: this seems to fail quite dramatically</ID>
<ID>ForbiddenComment:IRSUtils.kt$// TODO: For further discussion.</ID>
<ID>ForbiddenComment:IRSUtils.kt$RatioUnit$// TODO: Discuss this type</ID>
<ID>ForbiddenComment:IdempotentFlow.kt$TimedFlow$// TODO: allow specifying retry settings per flow</ID>
<ID>ForbiddenComment:IdenticonRenderer.kt$IdenticonRenderer$// TODO: support transparency.</ID>
<ID>ForbiddenComment:IdentityService.kt$IdentityService$// TODO: This should be done via the network map cache, which is the authoritative source of well known identities</ID>
<ID>ForbiddenComment:IdentitySyncFlow.kt$IdentitySyncFlow.Send$// TODO: Can this be triggered automatically from [SendTransactionFlow]?</ID>
<ID>ForbiddenComment:IdentitySyncFlow.kt$IdentitySyncFlow.Send$// TODO: Consider if this too restrictive - we perhaps should be checking the name on the signing certificate in the certificate path instead</ID>
<ID>ForbiddenComment:InMemoryIdentityServiceTests.kt$InMemoryIdentityServiceTests$// TODO: Generate certificate with an EdDSA key rather than ECDSA</ID>
<ID>ForbiddenComment:InitialRegistrationCli.kt$InitialRegistration$// TODO: Move node identity generation logic from node to registration helper.</ID>
<ID>ForbiddenComment:InteractiveShell.kt$// TODO: Add a command to view last N lines/tail/control log4j2 loggers.</ID>
<ID>ForbiddenComment:InteractiveShell.kt$// TODO: Configure default renderers, send objects down the pipeline, add support for xml output format.</ID>
<ID>ForbiddenComment:InteractiveShell.kt$// TODO: Do something sensible with commands that return a future.</ID>
<ID>ForbiddenComment:InteractiveShell.kt$// TODO: Fix up the 'dashboard' command which has some rendering issues.</ID>
<ID>ForbiddenComment:InteractiveShell.kt$// TODO: Get rid of the 'java' command, it's kind of worthless.</ID>
<ID>ForbiddenComment:InteractiveShell.kt$// TODO: Make it notice new shell commands added after the node started.</ID>
<ID>ForbiddenComment:InteractiveShell.kt$// TODO: Resurrect or reimplement the mail plugin.</ID>
<ID>ForbiddenComment:InteractiveShell.kt$// TODO: Review or fix the JVM commands which have bitrotted and some are useless.</ID>
<ID>ForbiddenComment:InteractiveShell.kt$InteractiveShell$// TODO: A default renderer could be used, instead of an object mapper. See: http://www.crashub.org/1.3/reference.html#_renderers</ID>
<ID>ForbiddenComment:InteractiveShell.kt$InteractiveShell$// TODO: This utility is generally useful and might be better moved to the node class, or an RPC, if we can commit to making it stable API.</ID>
<ID>ForbiddenComment:InternalUtils.kt$// TODO: Add inline back when a new Kotlin version is released and check if the java.lang.VerifyError</ID>
<ID>ForbiddenComment:InternalUtils.kt$// TODO: Currently the certificate revocation status is not handled here. Nowhere in the code the second parameter is used. Consider adding the support in the future.</ID>
<ID>ForbiddenComment:IrsDemoClientApi.kt$IRSDemoClientApi$// TODO: Add uploading of files to the HTTP API</ID>
<ID>ForbiddenComment:JarSignatureCollectorTest.kt$JarSignatureCollectorTest$// TODO: use programmatic API support to implement signing (see https://docs.oracle.com/javase/9/docs/api/jdk/security/jarsigner/JarSigner.html)</ID>
<ID>ForbiddenComment:Kryo.kt$PublicKeySerializer$// TODO: Instead of encoding to the default X509 format, we could have a custom per key type (space-efficient) serialiser.</ID>
<ID>ForbiddenComment:LegalNameValidator.kt$LegalNameValidator.Rule.Companion$// TODO: Implement confusable character detection if we add more scripts.</ID>
<ID>ForbiddenComment:LocalTypeInformationBuilder.kt$// TODO: Revisit this when Kotlin issue is fixed.</ID>
<ID>ForbiddenComment:LoggingBuyerFlow.kt$LoggingBuyerFlow$// TODO: This is potentially very expensive, and requires transaction details we may no longer have once</ID>
<ID>ForbiddenComment:MockServices.kt$MockServices.Companion$// TODO: Can we use an X509 principal generator here?</ID>
<ID>ForbiddenComment:NetParams.kt$NetParamsSigner$// TODO: not supported</ID>
<ID>ForbiddenComment:NetworkBootstrapper.kt$NetworkBootstrapper$// TODO: pass a commandline parameter to the bootstrapper instead. Better yet, a notary config map</ID>
<ID>ForbiddenComment:NetworkMapCacheTest.kt$NetworkMapCacheTest$// TODO: Should have a test case with anonymous lookup</ID>
<ID>ForbiddenComment:NetworkMapUpdaterTest.kt$NetworkMapUpdaterTest$//TODO: Remove sleep in unit test.</ID>
<ID>ForbiddenComment:Node.kt$Node.Companion$// TODO: make this configurable.</ID>
<ID>ForbiddenComment:NodeAttachmentService.kt$NodeAttachmentService$// TODO: PLT-147: The attachment should be randomised to prevent brute force guessing and thus privacy leaks.</ID>
<ID>ForbiddenComment:NodeAttachmentService.kt$NodeAttachmentService$// TODO: Switch to a two-phase insert so we can handle attachments larger than RAM.</ID>
<ID>ForbiddenComment:NodeAttachmentService.kt$NodeAttachmentService$// TODO: this is racey. ENT-2870</ID>
<ID>ForbiddenComment:NodeConfigurationImpl.kt$NodeConfigurationImpl$// TODO: There are two implications here:</ID>
<ID>ForbiddenComment:NodeInfoConstants.kt$// TODO: Add to Corda node.conf to allow customisation</ID>
<ID>ForbiddenComment:NodeInfoWatcher.kt$NodeInfoWatcher$// TODO: Use NIO watch service instead?</ID>
<ID>ForbiddenComment:NodeInterestRates.kt$NodeInterestRates.FixContainer$// TODO: the calendar data needs to be specified for every fix type in the input string</ID>
<ID>ForbiddenComment:NodeInterestRates.kt$NodeInterestRates.UnknownFix$// TODO: can we split into two? Fix not available (retryable/transient) and unknown (permanent)</ID>
<ID>ForbiddenComment:NodeSchemaServiceTest.kt$NodeSchemaServiceTest$// TODO: driver limitation: cannot restrict CorDapps that get automatically created by default,</ID>
<ID>ForbiddenComment:NodeTerminalView.kt$NodeTerminalView$// TODO: Remove this special case once Rick's serialisation work means we can deserialise states that weren't on our own classpath.</ID>
<ID>ForbiddenComment:NodeVaultService.kt$NodeVaultService$// TODO: Perhaps these can be stored in a batch?</ID>
<ID>ForbiddenComment:NodeVaultService.kt$NodeVaultService$// TODO: This is a catch-all solution. But why is the default pageNumber set to be -1 in the first place?</ID>
<ID>ForbiddenComment:NodeVaultService.kt$NodeVaultService$// TODO: This is expensive - is there another way?</ID>
<ID>ForbiddenComment:NodeVaultService.kt$NodeVaultService$// TODO: improve typing of returned other results</ID>
<ID>ForbiddenComment:NodeVaultService.kt$NodeVaultService$// TODO: revisit (use single instance of parser for all queries)</ID>
<ID>ForbiddenComment:NodeVaultServiceTest.kt$NodeVaultServiceTest$// TODO: Unit test linear state relevancy checks</ID>
<ID>ForbiddenComment:NotaryChangeFlow.kt$NotaryChangeFlow$// TODO: We need a much faster way of finding our key in the transaction</ID>
<ID>ForbiddenComment:NotaryChangeTests.kt$NotaryChangeTests$// TODO: Add more test cases once we have a general flow/service exception handling mechanism:</ID>
<ID>ForbiddenComment:NotaryChangeTests.kt$NotaryChangeTests$// TODO: Re-enable the test when parameter currentness checks are in place, ENT-2666.</ID>
<ID>ForbiddenComment:NotaryError.kt$StateConsumptionDetails$// TODO: include notary timestamp?</ID>
<ID>ForbiddenComment:NotaryFlow.kt$NotaryFlow.Client$// TODO: This is not required any more once our AMQP serialization supports turning off object referencing.</ID>
<ID>ForbiddenComment:NotaryFlow.kt$NotaryFlow.Client$// TODO: [CORDA-2274] Perform full transaction verification once verification caching is enabled.</ID>
<ID>ForbiddenComment:NotaryServiceFlow.kt$NotaryServiceFlow.Companion$// TODO: Determine an appropriate limit and also enforce in the network parameters and the transaction builder.</ID>
<ID>ForbiddenComment:NotaryUtils.kt$// TODO: if requestSignature was generated over an old version of NotarisationRequest, we need to be able to</ID>
<ID>ForbiddenComment:OGUtils.kt$// TODO: Do this correctly</ID>
<ID>ForbiddenComment:Obligation.kt$Obligation$// TODO: Handle proxies nominated by parties, i.e. a central clearing service</ID>
<ID>ForbiddenComment:ObligationUtils.kt$ObligationUtils$// TODO: A much better (but more complex) solution would be to have two iterators, one for obligations,</ID>
<ID>ForbiddenComment:OnLedgerAsset.kt$OnLedgerAsset.Companion$// TODO: Check that re-running this on the same transaction multiple times does the right thing.</ID>
<ID>ForbiddenComment:OnLedgerAsset.kt$OnLedgerAsset.Companion$// TODO: We should be prepared to produce multiple transactions exiting inputs from</ID>
<ID>ForbiddenComment:OnLedgerAsset.kt$OnLedgerAsset.Companion$// TODO: We should be prepared to produce multiple transactions spending inputs from</ID>
<ID>ForbiddenComment:OracleUtils.kt$// TODO: we would ordinarily convert clock to same time zone as the index/source would announce in</ID>
<ID>ForbiddenComment:ParametersUtilities.kt$// TODO: Make this configurable and consistence across driver, bootstrapper, demobench and NetworkMapServer</ID>
<ID>ForbiddenComment:Perceivable.kt$// TODO: fix should have implied default date and perhaps tenor when used in a rollOut template</ID>
<ID>ForbiddenComment:PortfolioApi.kt$PortfolioApi$// TODO: Stop using localdate.now</ID>
<ID>ForbiddenComment:PortfolioApi.kt$PortfolioApi$// TODO: enhancement to Vault Query to check for any participant in participants attribute</ID>
<ID>ForbiddenComment:ProgressTracker.kt$// TODO: Expose the concept of errors.</ID>
<ID>ForbiddenComment:ProgressTracker.kt$// TODO: It'd be helpful if this class was at least partly thread safe.</ID>
<ID>ForbiddenComment:ProviderMap.kt$// TODO: Find a way to make JKS work with bouncy castle provider or implement our own provide so we don't have to register bouncy castle provider.</ID>
<ID>ForbiddenComment:PublicKeySerializer.kt$PublicKeySerializer$// TODO: Instead of encoding to the default X509 format, we could have a custom per key type (space-efficient) serialiser.</ID>
<ID>ForbiddenComment:RPCStabilityTests.kt$RPCStabilityTests$// TODO: This is ignored because Artemis slow consumers are broken. I'm not deleting it in case we can get the feature fixed.</ID>
<ID>ForbiddenComment:RaftTransactionCommitLog.kt$RaftTransactionCommitLog$// TODO: read & put entries in batches</ID>
<ID>ForbiddenComment:RaftTransactionCommitLog.kt$RaftTransactionCommitLog.Commands.CommitTransaction$// TODO: Cluster membership changes need testing.</ID>
<ID>ForbiddenComment:RaftTransactionCommitLog.kt$RaftTransactionCommitLog.Commands.CommitTransaction$// TODO: I'm wondering if we should support resizing notary clusters, or if we could require users to</ID>
<ID>ForbiddenComment:RaftUniquenessProvider.kt$RaftUniquenessProvider$// TODO: use local transport for client-server communications</ID>
<ID>ForbiddenComment:RatesFixFlow.kt$RatesFixFlow$// TODO: Kick to a user confirmation / ui flow if it's out of bounds instead of raising an exception.</ID>
<ID>ForbiddenComment:RatesFixFlow.kt$RatesFixFlow.FixQueryFlow$// TODO: add deadline to receive</ID>
<ID>ForbiddenComment:ResolveTransactionsFlow.kt$ResolveTransactionsFlow$// TODO: This could be done in parallel with other fetches for extra speed.</ID>
<ID>ForbiddenComment:ResolveTransactionsFlowTest.kt$ResolveTransactionsFlowTest$// TODO: this operation should not require an explicit transaction</ID>
<ID>ForbiddenComment:RestrictedEntityManager.kt$RestrictedEntityManager$// TODO: Figure out which other methods on EntityManager need to be blocked?</ID>
<ID>ForbiddenComment:ScheduledActivityObserver.kt$ScheduledActivityObserver.Companion$// TODO: Beware we are calling dynamically loaded contract code inside here.</ID>
<ID>ForbiddenComment:ScheduledFlowIntegrationTests.kt$ScheduledFlowIntegrationTests$// TODO: the queries below are not atomic so we need to allow enough time for the scheduler to finish. Would be better to query scheduler.</ID>
<ID>ForbiddenComment:SendTransactionFlow.kt$DataVendingFlow$// Security TODO: Check for abnormally large or malformed data requests</ID>
<ID>ForbiddenComment:SerializationHelper.kt$// TODO: surely we check it is concrete at this point with no TypeVariables</ID>
<ID>ForbiddenComment:SerializationOutputTests.kt$SerializationOutputTests$// TODO: add some schema assertions to check correctly formed.</ID>
<ID>ForbiddenComment:SerializationScheme.kt$SerializationFactoryImpl$// TODO: This is read-mostly. Probably a faster implementation to be found.</ID>
<ID>ForbiddenComment:ServiceHub.kt$ServicesForResolution$// TODO: future implementation to use a Vault state ref -> contract state BLOB table and perform single query bulk load</ID>
<ID>ForbiddenComment:ServiceHubCoreInternal.kt$ServiceHubCoreInternal$// TODO: This should really be called ServiceHubInternal but that name is already taken by net.corda.node.services.api.ServiceHubInternal.</ID>
<ID>ForbiddenComment:ServiceHubInternal.kt$WritableTransactionStorage$// TODO: Throw an exception if trying to add a transaction with fewer signatures than an existing entry.</ID>
<ID>ForbiddenComment:ServicesForResolutionImpl.kt$ServicesForResolutionImpl$// TODO: check only one (or until one is resolved successfully), max recursive invocations check?</ID>
<ID>ForbiddenComment:SignedTransaction.kt$SignedTransaction$// TODO: Verify contract constraints here as well as in LedgerTransaction to ensure that anything being deserialised</ID>
<ID>ForbiddenComment:SignedTransaction.kt$SignedTransaction$// TODO: We could probably optimise the below by</ID>
<ID>ForbiddenComment:SignedTransaction.kt$SignedTransaction$// TODO: We need a much better way of structuring this data.</ID>
<ID>ForbiddenComment:SinglePartyNotaryService.kt$SinglePartyNotaryService$// TODO: Log the request here. Benchmarking shows that logging is expensive and we might get better performance</ID>
<ID>ForbiddenComment:StateMachineManagerUtils.kt$//TODO: instead of replacing the progress tracker after constructing the flow logic, we should inject it during fiber deserialization</ID>
<ID>ForbiddenComment:Structures.kt$MoveCommand$// TODO: Replace Class here with a general contract constraints object</ID>
<ID>ForbiddenComment:SwapData.kt$SwapData$// TODO: Fix below to be correct - change tenor and reference data</ID>
<ID>ForbiddenComment:SwapDataView.kt$// TODO: Should be able to display an array ?</ID>
<ID>ForbiddenComment:ThrowableSerializer.kt$ThrowableSerializer$// TODO: This will need reworking when we have multiple class loaders</ID>
<ID>ForbiddenComment:TransactionBuilder.kt$TransactionBuilder$// TODO: Add support for making recursive resolution optional if it becomes an issue.</ID>
<ID>ForbiddenComment:TransactionBuilder.kt$TransactionBuilder$//TODO: add link to docsite page, when there is one.</ID>
<ID>ForbiddenComment:TransactionState.kt$TransactionState$// TODO: Implement the contract sandbox loading of the contract attachments</ID>
<ID>ForbiddenComment:TransactionState.kt$TransactionState$//TODO: add link to docsite page, when there is one.</ID>
<ID>ForbiddenComment:TransactionUtils.kt$// TODO: [ENT-2666] Implement network parameters fuzzy checking. By design in Corda network we have propagation time delay.</ID>
<ID>ForbiddenComment:TransactionUtils.kt$// TODO: we could avoid deserialising unrelated signers.</ID>
<ID>ForbiddenComment:TransactionVerificationException.kt$TransactionVerificationException$// TODO: Make this descend from TransactionVerificationException so that untrusted attachments cause flows to be hospitalized.</ID>
<ID>ForbiddenComment:TransactionVerificationException.kt$TransactionVerificationException.TransactionRequiredContractUnspecifiedException$// TODO: add reference to documentation</ID>
<ID>ForbiddenComment:TransactionViewer.kt$TransactionViewer.ContractStatesView$// TODO: Anonymous should probably be italicised or similar</ID>
<ID>ForbiddenComment:TransformTypes.kt$TransformTypes$// TODO: annotated with some annotation</ID>
<ID>ForbiddenComment:TransformTypes.kt$TransformTypes$// TODO: it would be awesome to auto build this list by scanning for transform annotations themselves</ID>
<ID>ForbiddenComment:TwoPartyDealFlow.kt$TwoPartyDealFlow$// TODO: Also, the term Deal is used here where we might prefer Agreement.</ID>
<ID>ForbiddenComment:TwoPartyDealFlow.kt$TwoPartyDealFlow$// TODO: Make this flow more generic.</ID>
<ID>ForbiddenComment:TwoPartyDealFlow.kt$TwoPartyDealFlow$// TODO: The subclasses should probably be broken out into individual flows rather than making this an ever expanding collection of subclasses.</ID>
<ID>ForbiddenComment:TwoPartyTradeFlow.kt$TwoPartyTradeFlow$// TODO: Common elements in multi-party transaction consensus and signing should be refactored into a superclass of this</ID>
<ID>ForbiddenComment:TwoPartyTradeFlow.kt$TwoPartyTradeFlow.Buyer.RECORDING$// TODO: Currently triggers a race condition on Team City. See https://github.com/corda/corda/issues/733.</ID>
<ID>ForbiddenComment:TwoPartyTradeFlowTests.kt$TwoPartyTradeFlowTests$// FIXME: Knowledge of confidential identities is lost on node shutdown, so Bob's node now refuses to sign the</ID>
<ID>ForbiddenComment:TwoPartyTradeFlowTests.kt$TwoPartyTradeFlowTests$// TODO: Verify that the result was inserted into the transaction database.</ID>
<ID>ForbiddenComment:UniversalContract.kt$UniversalContract$// TODO: calendar + rolling conventions</ID>
<ID>ForbiddenComment:UniversalContract.kt$UniversalContract$// TODO: look into schedule for final dates</ID>
<ID>ForbiddenComment:UniversalContract.kt$UniversalContract$// TODO: not sure this is necessary??</ID>
<ID>ForbiddenComment:UniversalContract.kt$UniversalContract$// TODO: think about multi layered rollouts</ID>
<ID>ForbiddenComment:UniversalContract.kt$UniversalContract$// TODO: we may have to save original start date in order to roll out correctly</ID>
<ID>ForbiddenComment:UniversalContract.kt$UniversalContract.Commands.Split$// todo: Who should sign this?</ID>
<ID>ForbiddenComment:VaultFiller.kt$VaultFiller$// TODO: need to make all FungibleAsset commands (issue, move, exit) generic</ID>
<ID>ForbiddenComment:VaultSchema.kt$VaultSchemaV1.VaultStates$// TODO: create a distinct table to hold serialized state data (once DBTransactionStore is encrypted)</ID>
<ID>ForbiddenComment:VaultWithCashTest.kt$// TODO: Move this to the cash contract tests once mock services are further split up.</ID>
<ID>ForbiddenComment:WebServerConfig.kt$WebServerConfig$// TODO: remove this once config format is updated</ID>
<ID>ForbiddenComment:WebServerConfig.kt$WebServerConfig$// TODO: replace with credentials supplied by a user</ID>
<ID>ForbiddenComment:WireTransaction.kt$WireTransaction$// TODO: prevent notary field from being set if there are no inputs and no time-window.</ID>
<ID>ForbiddenComment:WireTransaction.kt$WireTransaction$// TODO: revisit once Deterministic JVM code updated</ID>
<ID>ForbiddenComment:X509Utilities.kt$CertificateType.LEGAL_IDENTITY$// TODO: Identity certs should have tight name constraints on child certificates</ID>
<ID>FunctionNaming:ArtemisRpcTests.kt$ArtemisRpcTests$@Test fun rpc_client_certificate_untrusted_to_server()</ID>
<ID>FunctionNaming:ArtemisRpcTests.kt$ArtemisRpcTests$@Test fun rpc_with_no_ssl_on_client_side_and_ssl_on_server_side()</ID>
<ID>FunctionNaming:ArtemisRpcTests.kt$ArtemisRpcTests$@Test fun rpc_with_ssl_disabled()</ID>
<ID>FunctionNaming:ArtemisRpcTests.kt$ArtemisRpcTests$@Test fun rpc_with_ssl_enabled()</ID>
<ID>FunctionNaming:ConfigParsingTest.kt$ConfigParsingTest$@Test fun Boolean()</ID>
<ID>FunctionNaming:ConfigParsingTest.kt$ConfigParsingTest$@Test fun CordaX500Name()</ID>
<ID>FunctionNaming:ConfigParsingTest.kt$ConfigParsingTest$@Test fun Double()</ID>
<ID>FunctionNaming:ConfigParsingTest.kt$ConfigParsingTest$@Test fun Enum()</ID>
<ID>FunctionNaming:ConfigParsingTest.kt$ConfigParsingTest$@Test fun Instant()</ID>
<ID>FunctionNaming:ConfigParsingTest.kt$ConfigParsingTest$@Test fun Int()</ID>
<ID>FunctionNaming:ConfigParsingTest.kt$ConfigParsingTest$@Test fun LocalDate()</ID>
<ID>FunctionNaming:ConfigParsingTest.kt$ConfigParsingTest$@Test fun Long()</ID>
<ID>FunctionNaming:ConfigParsingTest.kt$ConfigParsingTest$@Test fun NetworkHostAndPort()</ID>
<ID>FunctionNaming:ConfigParsingTest.kt$ConfigParsingTest$@Test fun Path()</ID>
<ID>FunctionNaming:ConfigParsingTest.kt$ConfigParsingTest$@Test fun Set()</ID>
<ID>FunctionNaming:ConfigParsingTest.kt$ConfigParsingTest$@Test fun String()</ID>
<ID>FunctionNaming:ConfigParsingTest.kt$ConfigParsingTest$@Test fun URL()</ID>
<ID>FunctionNaming:ConfigParsingTest.kt$ConfigParsingTest$@Test fun UUID()</ID>
<ID>FunctionNaming:ConfigParsingTest.kt$ConfigParsingTest$@Test fun X500Principal()</ID>
<ID>FunctionNaming:ContractFunctions.kt$// building an fx swap using abstract swap fun fx_swap2(expiry: String, notional: Long, strike: Double, foreignCurrency: Currency, domesticCurrency: Currency, partyA: Party, partyB: Party)</ID>
<ID>LongMethod:RpcReconnectTests.kt$RpcReconnectTests$ @Test fun `test that the RPC client is able to reconnect and proceed after node failure, restart, or connection reset`()</ID>
<ID>LongParameterList:TLSAuthenticationTests.kt$TLSAuthenticationTests$( serverSocketFactory: SSLServerSocketFactory, clientSocketFactory: SSLSocketFactory, serverPort: Int = 0, // Use 0 to get first free socket. clientPort: Int = 0, // Use 0 to get first free socket. cipherSuitesServer: Array<String> = CORDA_TLS_CIPHER_SUITES, cipherSuitesClient: Array<String> = CORDA_TLS_CIPHER_SUITES )</ID>
<ID>MaxLineLength:AMQPSerializationScheme.kt$AbstractAMQPSerializationScheme${ // This is a hack introduced in version 3 to fix a spring boot issue - CORDA-1747. // It breaks the shell because it overwrites the CordappClassloader with the system classloader that doesn't know about any CorDapps. // In case a spring boot serialization issue with generics is found, a better solution needs to be found to address it. // var contextToUse = context // if (context.useCase == SerializationContext.UseCase.RPCClient) { // contextToUse = context.withClassLoader(getContextClassLoader()) // } val serializerFactory = getSerializerFactory(context) return DeserializationInput(serializerFactory).deserialize(byteSequence, clazz, context) }</ID>
<ID>MaxLineLength:AMQPSerializationScheme.kt$AbstractAMQPSerializationScheme${ with(factory) { register(publicKeySerializer) register(net.corda.serialization.internal.amqp.custom.PrivateKeySerializer) register(net.corda.serialization.internal.amqp.custom.ThrowableSerializer(this)) register(net.corda.serialization.internal.amqp.custom.BigDecimalSerializer) register(net.corda.serialization.internal.amqp.custom.BigIntegerSerializer) register(net.corda.serialization.internal.amqp.custom.CurrencySerializer) register(net.corda.serialization.internal.amqp.custom.OpaqueBytesSubSequenceSerializer(this)) register(net.corda.serialization.internal.amqp.custom.InstantSerializer(this)) register(net.corda.serialization.internal.amqp.custom.DurationSerializer(this)) register(net.corda.serialization.internal.amqp.custom.LocalDateSerializer(this)) register(net.corda.serialization.internal.amqp.custom.LocalDateTimeSerializer(this)) register(net.corda.serialization.internal.amqp.custom.LocalTimeSerializer(this)) register(net.corda.serialization.internal.amqp.custom.ZonedDateTimeSerializer(this)) register(net.corda.serialization.internal.amqp.custom.ZoneIdSerializer(this)) register(net.corda.serialization.internal.amqp.custom.OffsetTimeSerializer(this)) register(net.corda.serialization.internal.amqp.custom.OffsetDateTimeSerializer(this)) register(net.corda.serialization.internal.amqp.custom.OptionalSerializer(this)) register(net.corda.serialization.internal.amqp.custom.YearSerializer(this)) register(net.corda.serialization.internal.amqp.custom.YearMonthSerializer(this)) register(net.corda.serialization.internal.amqp.custom.MonthDaySerializer(this)) register(net.corda.serialization.internal.amqp.custom.PeriodSerializer(this)) register(net.corda.serialization.internal.amqp.custom.ClassSerializer(this)) register(net.corda.serialization.internal.amqp.custom.X509CertificateSerializer) register(net.corda.serialization.internal.amqp.custom.X509CRLSerializer) register(net.corda.serialization.internal.amqp.custom.CertPathSerializer(this)) register(net.corda.serialization.internal.amqp.custom.StringBufferSerializer) register(net.corda.serialization.internal.amqp.custom.InputStreamSerializer) register(net.corda.serialization.internal.amqp.custom.BitSetSerializer(this)) register(net.corda.serialization.internal.amqp.custom.EnumSetSerializer(this)) register(net.corda.serialization.internal.amqp.custom.ContractAttachmentSerializer(this)) registerNonDeterministicSerializers(factory) } // This step is registering custom serializers, which have been added after node initialisation (i.e. via attachments during transaction verification). // Note: the order between the registration of customSerializers and cordappCustomSerializers must be preserved as-is. The reason is the following: // Currently, the serialization infrastructure does not support multiple versions of a class (the first one that is registered dominates). // As a result, when inside a context with attachments class loader, we prioritize serializers loaded on-demand from attachments to serializers that had been // loaded during node initialisation, by scanning the cordapps folder. context.customSerializers.forEach { customSerializer -> factory.registerExternal(CorDappCustomSerializer(customSerializer, factory)) } cordappCustomSerializers.forEach { customSerializer -> factory.registerExternal(CorDappCustomSerializer(customSerializer, factory)) } context.properties[ContextPropertyKeys.SERIALIZERS]?.apply { uncheckedCast<Any, List<CustomSerializer<out Any>>>(this).forEach { factory.register(it) } } }</ID>
<ID>MaxLineLength:AMQPSerializerFactories.kt$ fun createClassCarpenter(context: SerializationContext): ClassCarpenter</ID>
<ID>MaxLineLength:AMQPServer.kt$AMQPServer$val channelFuture = server.bind(hostName, port).sync() // block/throw here as better to know we failed to claim port than carry on</ID>
<ID>MaxLineLength:AbstractCashSelection.kt$AbstractCashSelection$log.trace("Coin selection for $amount retrieved ${stateAndRefs.count()} states totalling $totalPennies pennies: $stateAndRefs")</ID>
<ID>MaxLineLength:AbstractCashSelection.kt$AbstractCashSelection$log.trace("Coin selection requested $amount but retrieved $totalPennies pennies with state refs: ${stateAndRefs.map { it.ref }}")</ID>
<ID>MaxLineLength:AbstractNode.kt$AbstractNode$" for it exists in the database. This suggests the identity for this node has been lost. Shutting down to prevent network map issues."</ID>
<ID>MaxLineLength:AbstractNode.kt$AbstractNode$"Private key for the node legal identity not found (alias $legalIdentityPrivateKeyAlias) but the corresponding public key"</ID>
<ID>MaxLineLength:AbstractNode.kt$AbstractNode$// Ideally we should be disabling the FinalityHandler if it's not needed, to prevent any party from submitting transactions to us without // us checking. Previously this was gated on app target version and if there were no apps with target version <= 3 then the handler would // be disabled. However this prevents seemless rolling-upgrades and so it was removed until a better solution comes along. private fun installFinalityHandler()</ID>
<ID>MaxLineLength:AbstractNode.kt$AbstractNode$// There is already a party in the identity store for this node, but the key has been lost. If this node starts up, it will // publish it's new key to the network map, which Corda cannot currently handle. To prevent this, stop the node from starting. "Private key for the node legal identity not found (alias $legalIdentityPrivateKeyAlias) but the corresponding public key" + " for it exists in the database. This suggests the identity for this node has been lost. Shutting down to prevent network map issues."</ID>
<ID>MaxLineLength:AbstractNode.kt$AbstractNode$log.warn("Found more than one node registration with our legal name, this is only expected if our keypair has been regenerated")</ID>
<ID>MaxLineLength:AbstractNode.kt$AbstractNode$throw ConfigurationException("The name '$legalName' for $NODE_IDENTITY_ALIAS_PREFIX doesn't match what's in the key store: $subject")</ID>
<ID>MaxLineLength:AbstractNode.kt$AbstractNode$throw ConfigurationException("The name of the notary service '$serviceLegalName' for $DISTRIBUTED_NOTARY_ALIAS_PREFIX doesn't " + "match what's in the key store: $subject. You might need to adjust the configuration of `notary.serviceLegalName`.")</ID>
<ID>MaxLineLength:AbstractNode.kt$AbstractNode$throw IllegalStateException("CryptoService and signingCertificateStore are not aligned, the entry for key-alias: $alias is only found in $keyExistsIn")</ID>
<ID>MaxLineLength:AbstractNode.kt$AbstractNode.AppServiceHubImpl$require(logicType.isAnnotationPresent(StartableByService::class.java)) { "${logicType.name} was not designed for starting by a CordaService" }</ID>
<ID>MaxLineLength:AbstractNode.kt$ex is HikariPool.PoolInitializationException -> throw CouldNotCreateDataSourceException("Could not connect to the database. Please check your JDBC connection URL, or the connectivity to the database.", ex)</ID>
<ID>MaxLineLength:AbstractNode.kt$ex.cause is ClassNotFoundException -> throw CouldNotCreateDataSourceException("Could not find the database driver class. Please add it to the 'drivers' folder. See: https://docs.corda.net/corda-configuration-file.html")</ID>
<ID>MaxLineLength:AbstractStateReplacementFlow.kt$AbstractStateReplacementFlow$Instigator<out S : ContractState, out T : ContractState, out M> : FlowLogic</ID>
<ID>MaxLineLength:AddressBindingFailureTests.kt$AddressBindingFailureTests$@Test fun `H2 address`()</ID>
<ID>MaxLineLength:AddressBindingFailureTests.kt$AddressBindingFailureTests$@Test fun `rpc admin address`()</ID>
<ID>MaxLineLength:AddressBindingFailureTests.kt$AddressBindingFailureTests$assertThat(exception.addresses).contains(address).withFailMessage("Expected addresses to contain $address but was ${exception.addresses}.")</ID>
<ID>MaxLineLength:AliasPrivateKeyTest.kt$AliasPrivateKeyTest${ val alias = "01234567890" val aliasPrivateKey = AliasPrivateKey(alias) val certificatesDirectory = tempFolder.root.toPath() val signingCertStore = CertificateStoreStubs.Signing.withCertificatesDirectory(certificatesDirectory, "keystorepass").get(createNew = true) signingCertStore.query { setPrivateKey(alias, aliasPrivateKey, listOf(NOT_YET_REGISTERED_MARKER_KEYS_AND_CERTS.ECDSAR1_CERT), "entrypassword") } // We can retrieve the certificate. assertTrue { signingCertStore.contains(alias) } // We can retrieve the certificate. assertEquals(NOT_YET_REGISTERED_MARKER_KEYS_AND_CERTS.ECDSAR1_CERT, signingCertStore[alias]) // Although we can store an AliasPrivateKey, we cannot retrieve it. But, it's fine as we use certStore for storing/handling certs only. assertThatIllegalArgumentException().isThrownBy { signingCertStore.query { getPrivateKey(alias, "entrypassword") } }.withMessage("Unrecognised algorithm: 1.3.6.1.4.1.50530.1.2") }</ID>
<ID>MaxLineLength:AllButBlacklisted.kt$AllButBlacklisted$throw IllegalStateException("The $matchType $aMatch of ${type.name} is blacklisted, so it cannot be used in serialization.")</ID>
<ID>MaxLineLength:Amount.kt$AmountTransfer$result = 31 * result + (source.hashCode() xor destination.hashCode())</ID>
<ID>MaxLineLength:Amount.kt$TokenizableAssetInfo$/** The nominal display unit size of a single token, potentially with trailing decimal display places if the scale parameter is non-zero. */ val displayTokenSize: BigDecimal</ID>
<ID>MaxLineLength:AmountTests.kt$AmountTests$val collector = Collectors.toMap<SourceAndAmount<Currency, String>, Pair<String, Currency>, BigDecimal>({ Pair(it.source, it.amount.token) }, { it.amount.toDecimal() }, { x, y -> x + y })</ID>
<ID>MaxLineLength:AppendOnlyPersistentMap.kt$AppendOnlyPersistentMapBase$ operator fun set(key: K, value: V)</ID>
<ID>MaxLineLength:AppendOnlyPersistentMap.kt$AppendOnlyPersistentMapBase$log.warn("Double insert in ${this.javaClass.name} for entity class $persistentEntityClass key $key, not inserting the second time")</ID>
<ID>MaxLineLength:AppendOnlyPersistentMap.kt$AppendOnlyPersistentMapBase${ // IMPORTANT: The flush is needed because detach() makes the queue of unflushed entries invalid w.r.t. Hibernate internal state if the found entity is unflushed. // We want the detach() so that we rely on our cache memory management and don't retain strong references in the Hibernate session. session.flush() }</ID>
<ID>MaxLineLength:AppendOnlyPersistentMap.kt$AppendOnlyPersistentMapBase${ // Some database transactions, including us, writing, with readers seeing whatever is in the database and writers seeing the (in memory) value. Transactional.InFlight(this, key, _readerValueLoader = { loadValue(key) }).apply { alsoWrite(value) } }</ID>
<ID>MaxLineLength:AppendOnlyPersistentMap.kt$AppendOnlyPersistentMapBase.Transactional.InFlight$get() = if (isPresentAsWriter) loadAsWriter() else if (isPresentAsReader) loadAsReader()!! else throw NoSuchElementException("Not present")</ID>
<ID>MaxLineLength:AppendOnlyPersistentMap.kt$AppendOnlyPersistentMapBase.Transactional.InFlight$get() = if (writerValueLoader.get() != _writerValueLoader) writerValueLoader.get()() else if (readerValueLoader.get() != _readerValueLoader) readerValueLoader.get()() else null</ID>
<ID>MaxLineLength:AppendOnlyPersistentMap.kt$AppendOnlyPersistentMapBase.Transactional.InFlight$private val _writerValueLoader: () -> T = { throw IllegalAccessException("No value loader provided") }</ID>
<ID>MaxLineLength:AppendOnlyPersistentMap.kt$AppendOnlyPersistentMapBase.Transactional.InFlight${ // Make the lazy loader the writers see actually just return the value that has been set. writerValueLoader.set { _value } // We make all these vals so that the lambdas do not need a reference to this, and so the onCommit only has a weak ref to the value. // We want this so that the cache could evict the value (due to memory constraints etc) without the onCommit callback // retaining what could be a large memory footprint object. val tx = contextTransaction val strongKey = key val strongMap = map if (map.addPendingKey(key, tx)) { // If the transaction commits, update cache to make globally visible if we're first for this key, // and then stop saying the transaction is writing the key. tx.onCommit { strongMap.cache.asMap().computeIfPresent(strongKey) { _, transactional: Transactional<T> -> if (transactional is Transactional.InFlight<*, T>) { transactional.committed.set(true) val value = transactional.peekableValue if (value != null) { Transactional.Committed(value) } else { transactional } } else { transactional } } strongMap.removePendingKey(strongKey, tx) } // If the transaction rolls back, stop saying this transaction is writing the key. tx.onRollback { strongMap.removePendingKey(strongKey, tx) } } }</ID>
<ID>MaxLineLength:AppendOnlyPersistentMapTest.kt$AppendOnlyPersistentMapTest${ // Writes intentionally do not check the database first, so purging between read and write changes behaviour // Also, a purge after write causes the subsequent read to flush to the database, causing the read to generate a constraint violation when single threaded (in same database transaction). val remapped = mapOf(Scenario(true, ReadOrWrite.Read, ReadOrWrite.Write, Outcome.Success, Outcome.Fail) to Scenario(true, ReadOrWrite.Read, ReadOrWrite.Write, Outcome.SuccessButErrorOnCommit, Outcome.SuccessButErrorOnCommit), Scenario(true, ReadOrWrite.Write, ReadOrWrite.Read, Outcome.SuccessButErrorOnCommit, Outcome.Success) to Scenario(true, ReadOrWrite.Write, ReadOrWrite.Read, Outcome.SuccessButErrorOnCommit, Outcome.SuccessButErrorOnCommit)) scenario = remapped[scenario] ?: scenario prepopulateIfRequired() val map = createMap() val a = TestThread("A", map, true).apply { phase1.countDown() phase3.countDown() } val b = TestThread("B", map, true).apply { phase1.countDown() phase3.countDown() } try { database.transaction { a.run() map.invalidate() b.run() } } catch (t: PersistenceException) { // This only helps if thrown on commit, otherwise other latches not counted down. assertEquals(t.message, Outcome.SuccessButErrorOnCommit, a.outcome) } a.await(a::phase4) b.await(b::phase4) assertTrue(map.pendingKeysIsEmpty()) }</ID>
<ID>MaxLineLength:ArtemisMessagingComponent.kt$ArtemisMessagingComponent.RemoteInboxAddress.Companion$require(address.startsWith(PEERS_PREFIX)) { "Failed to map address: $address to a remote topic as it is not in the $PEERS_PREFIX namespace" }</ID>
<ID>MaxLineLength:Attachment.kt$Attachment$/** * The parties that have correctly signed the whole attachment. * Even though this returns a list of party objects, it is not required that these parties exist on the network, but rather they are a mapping from the signing key to the X.500 name. * * Note: Anyone can sign attachments, not only Corda parties. It's recommended to use [signerKeys]. */ @Deprecated("Use signerKeys. There is no requirement that attachment signers are Corda parties.") val signers: List<Party></ID>
<ID>MaxLineLength:AttachmentConstraint.kt$HashAttachmentConstraint$log.warn("Hash constraint check failed: $attachmentId does not match contract attachment JAR ${attachment.id} or contract attachment JAR is untrusted")</ID>
<ID>MaxLineLength:AttachmentTrustCalculatorTest.kt$AttachmentTrustCalculatorTest$assertFalse(attachmentTrustCalculator.calculate(storage.openAttachment(attachmentB)!!), "Contract $attachmentB should not be trusted")</ID>
<ID>MaxLineLength:AttachmentTrustCalculatorTest.kt$AttachmentTrustCalculatorTest$assertFalse(attachmentTrustCalculator.calculate(storage.openAttachment(attachmentC)!!), "Contract $attachmentC should not be trusted (no chain of trust)")</ID>
<ID>MaxLineLength:AttachmentTrustCalculatorTest.kt$AttachmentTrustCalculatorTest$assertFalse(attachmentTrustCalculator.calculate(storage.openAttachment(v1Id)!!), "Initial attachment $v1Id should not be trusted")</ID>
<ID>MaxLineLength:AttachmentTrustCalculatorTest.kt$AttachmentTrustCalculatorTest$assertFalse(attachmentTrustCalculator.calculate(storage.openAttachment(v2Id)!!), "Upgraded contract $v2Id should not be trusted")</ID>
<ID>MaxLineLength:AttachmentTrustCalculatorTest.kt$AttachmentTrustCalculatorTest$assertTrue(attachmentTrustCalculator.calculate(storage.openAttachment(attachmentA)!!), "Contract $attachmentA should be trusted")</ID>
<ID>MaxLineLength:AttachmentTrustCalculatorTest.kt$AttachmentTrustCalculatorTest$assertTrue(attachmentTrustCalculator.calculate(storage.openAttachment(attachmentB)!!), "Contract $attachmentB should inherit trust")</ID>
<ID>MaxLineLength:AttachmentTrustCalculatorTest.kt$AttachmentTrustCalculatorTest$assertTrue(attachmentTrustCalculator.calculate(storage.openAttachment(attachmentId)!!), "Attachment $attachmentId should be trusted but isn't")</ID>
<ID>MaxLineLength:AttachmentTrustCalculatorTest.kt$AttachmentTrustCalculatorTest$assertTrue(attachmentTrustCalculator.calculate(storage.openAttachment(signedId)!!), "Signed contract $signedId should be trusted but isn't")</ID>
<ID>MaxLineLength:AttachmentTrustCalculatorTest.kt$AttachmentTrustCalculatorTest$assertTrue(attachmentTrustCalculator.calculate(storage.openAttachment(unsignedId)!!), "Unsigned contract $unsignedId should be trusted but isn't")</ID>
<ID>MaxLineLength:AttachmentTrustCalculatorTest.kt$AttachmentTrustCalculatorTest$assertTrue(attachmentTrustCalculator.calculate(storage.openAttachment(v1Id)!!), "Initial attachment $v1Id should not be trusted")</ID>
<ID>MaxLineLength:AttachmentVersionNumberMigration.kt$AttachmentVersionNumberMigration$logger.error("$msg skipped, network parameters not retrieved, could not determine node base directory due to system property $NODE_BASE_DIR_KEY being not set.")</ID>
<ID>MaxLineLength:AttachmentVersionNumberMigration.kt$AttachmentVersionNumberMigration$logger.info("$msg using network parameters from $path, whitelistedContractImplementations: ${networkParameters.whitelistedContractImplementations}.")</ID>
<ID>MaxLineLength:AttachmentVersionNumberMigration.kt$AttachmentVersionNumberMigration$logger.warn("Several versions based on whitelistedContractImplementations position are available: ${versions.toSet()}. $updateVersionMsg")</ID>
<ID>MaxLineLength:AttachmentVersionNumberMigration.kt$AttachmentVersionNumberMigration$val versions = networkParameters.whitelistedContractImplementations.values.map { it.indexOfFirst { aid -> aid.toString() == attachmentId } }.filter { it >= 0 }</ID>
<ID>MaxLineLength:AttachmentWithContext.kt$AttachmentWithContext$"This AttachmentWithContext was not initialised properly. Please ensure all Corda contracts extending existing Corda contracts also implement the Contract base class."</ID>
<ID>MaxLineLength:AttachmentsClassLoader.kt$AttachmentsClassLoader$"Please follow the operational steps outlined in https://docs.corda.net/cordapp-build-systems.html#cordapp-contract-attachments to learn more and continue."</ID>
<ID>MaxLineLength:AttachmentsClassLoader.kt$AttachmentsClassLoader${ // Make some preliminary checks to ensure that we're not loading invalid attachments. // All attachments need to be valid JAR or ZIP files. for (attachment in attachments) { if (!isZipOrJar(attachment)) throw TransactionVerificationException.InvalidAttachmentException(sampleTxId, attachment.id) } // Until we have a sandbox to run untrusted code we need to make sure that any loaded class file was whitelisted by the node administrator. val untrusted = attachments .filter(::containsClasses) .filterNot(isAttachmentTrusted) .map(Attachment::id) if (untrusted.isNotEmpty()) { log.warn("Cannot verify transaction $sampleTxId as the following attachment IDs are untrusted: $untrusted." + "You will need to manually install the CorDapp to whitelist it for use. " + "Please follow the operational steps outlined in https://docs.corda.net/cordapp-build-systems.html#cordapp-contract-attachments to learn more and continue.") throw TransactionVerificationException.UntrustedAttachmentsException(sampleTxId, untrusted) } // Enforce the no-overlap and package ownership rules. checkAttachments(attachments) }</ID>
<ID>MaxLineLength:AttachmentsClassLoaderStaticContractTests.kt$AttachmentsClassLoaderStaticContractTests.AttachmentDummyContract.Companion$const val ATTACHMENT_PROGRAM_ID = "net.corda.nodeapi.internal.AttachmentsClassLoaderStaticContractTests\$AttachmentDummyContract"</ID>
<ID>MaxLineLength:AttachmentsClassLoaderTests.kt$AttachmentsClassLoaderTests$@Test fun `Allow loading an untrusted contract jar if another attachment exists that was signed by a trusted uploader - intersection of keys match existing attachment`()</ID>
<ID>MaxLineLength:AttachmentsClassLoaderTests.kt$AttachmentsClassLoaderTests$@Test fun `Allow loading an untrusted contract jar if another attachment exists that was signed with the same keys and uploaded by a trusted uploader`()</ID>
<ID>MaxLineLength:AttachmentsClassLoaderTests.kt$AttachmentsClassLoaderTests$@Test fun `Cannot load an untrusted contract jar if it is signed by a blacklisted key even if there is another attachment signed by the same keys that is trusted`()</ID>
<ID>MaxLineLength:AttachmentsClassLoaderTests.kt$AttachmentsClassLoaderTests$@Test fun `Cannot load an untrusted contract jar if no other attachment exists that was signed with the same keys and uploaded by a trusted uploader`()</ID>
<ID>MaxLineLength:AutoOfferFlow.kt$AutoOfferFlow.Requester$val notary = serviceHub.networkMapCache.notaryIdentities.first() // TODO We should pass the notary as a parameter to the flow, not leave it to random choice.</ID>
<ID>MaxLineLength:BCCryptoService.kt$BCCryptoService$throw CryptoServiceException("Cannot generate key for alias $alias and signature scheme ${scheme.schemeCodeName} (id ${scheme.schemeNumberID})", e)</ID>
<ID>MaxLineLength:BFTSmart.kt$BFTSmart.Client$private val sessionTable = (proxy.communicationSystem as NettyClientServerCommunicationSystemClientSide).declaredField<Map<Int, NettyClientServerSession>>("sessionTable").value</ID>
<ID>MaxLineLength:BFTSmart.kt$BFTSmart.Client${ // TODO: Hopefully we only need to wait for the client's initial connection to the cluster, and this method can be moved to some startup code. // TODO: Investigate ConcurrentModificationException in this method. while (true) { val inactive = sessionTable.entries.mapNotNull { if (it.value.channel.isActive) null else it.key } if (inactive.isEmpty()) break log.info("Client-replica channels not yet active: $clientId to $inactive") Thread.sleep((inactive.size * 100).toLong()) } }</ID>
<ID>MaxLineLength:BFTSmartConfigInternal.kt$BFTSmartConfigInternal$val systemConfig = String.format(javaClass.getResource("system.config.printf").readText(), n, maxFaultyReplicas(n), if (debug) 1 else 0, (0 until n).joinToString(","))</ID>
<ID>MaxLineLength:BackpressureAwareTimedFlow.kt$BackpressureAwareTimedFlow$else -> throw throw IllegalArgumentException("We were expecting a ${ReceiveType::class.java.name} or WaitTimeUpdate but we instead got a ${unwrapped.javaClass.name} ($unwrapped)")</ID>
<ID>MaxLineLength:BackpressureAwareTimedFlow.kt$BackpressureAwareTimedFlow$logger.info("Counterparty [${session.counterparty}] is busy - TimedFlow $runId has been asked to wait for an additional ${unwrapped.waitTime} seconds for completion.")</ID>
<ID>MaxLineLength:BankOfCordaClientApi.kt$BankOfCordaClientApi$ fun requestRPCIssue(rpcAddress: NetworkHostAndPort, params: IssueRequestParams): SignedTransaction</ID>
<ID>MaxLineLength:BankOfCordaWebApi.kt$BankOfCordaWebApi$rpc.wellKnownPartyFromX500Name(params.issuerBankName) ?: return Response.status(Response.Status.FORBIDDEN).entity("Unable to locate ${params.issuerBankName} in identity service").build()</ID>
<ID>MaxLineLength:BaseTransactions.kt$FullTransaction$"Notary ($notaryParty) specified by the transaction is not on the network parameter whitelist: [${notaryWhitelist.joinToString()}]"</ID>
<ID>MaxLineLength:BaseTransactions.kt$FullTransaction$/** * Network parameters that were in force when this transaction was created. Resolved from the hash of network parameters on the corresponding * wire transaction. */ abstract val networkParameters: NetworkParameters?</ID>
<ID>MaxLineLength:BasicHSMKeyManagementService.kt$BasicHSMKeyManagementService$require(it.private is AliasPrivateKey) { "${this.javaClass.name} supports AliasPrivateKeys only, but ${it.private.algorithm} key was found" }</ID>
<ID>MaxLineLength:BlobInspector.kt$BlobInspector$@Option(names = ["--input-format"], paramLabel = "type", description = ["Input format. If the file can't be decoded with the given value it's auto-detected, so you should never normally need to specify this. Possible values: [BINARY, HEX, BASE64]"])</ID>
<ID>MaxLineLength:BrokerJaasLoginModule.kt$BrokerJaasLoginModule$@Suppress("DEPRECATION") // should use java.security.cert.X509Certificate private</ID>
<ID>MaxLineLength:BrokerJaasLoginModule.kt$BrokerJaasLoginModule${ // This is a known problem, so we swallow this exception. A peer will attempt to connect without presenting client certificates during SASL if (e is IllegalArgumentException && e.stackTrace.any { it.className == "org.apache.activemq.artemis.protocol.amqp.sasl.PlainSASL" }) { log.trace("SASL Login failed.") } else { log.warn("Login failed: ${e.message}") } if (e is LoginException) { throw e } else { throw FailedLoginException(e.message) } }</ID>
<ID>MaxLineLength:ByteArrays.kt$OpaqueBytes$/** * The bytes are always cloned so that this object becomes immutable. This has been done * to prevent tampering with entities such as [net.corda.core.crypto.SecureHash] and [net.corda.core.contracts.PrivacySalt], as well as * preserve the integrity of our hash constants [net.corda.core.crypto.SecureHash.zeroHash] and [net.corda.core.crypto.SecureHash.allOnesHash]. * * Cloning like this may become a performance issue, depending on whether or not the JIT * compiler is ever able to optimise away the clone. In which case we may need to revisit * this later. */ final override val bytes: ByteArray = bytes get() = field.clone()</ID>
<ID>MaxLineLength:ByteArrays.kt$OpaqueBytesSubSequence$require(offset >= 0 && offset < bytes.size) { "Offset must be greater than or equal to 0, and less than the size of the backing array" }</ID>
<ID>MaxLineLength:ByteArrays.kt$OpaqueBytesSubSequence$require(size >= 0 && offset + size <= bytes.size) { "Sub-sequence size must be greater than or equal to 0, and less than the size of the backing array" }</ID>
<ID>MaxLineLength:Cash.kt$Cash$val inputAmount = inputs.sumCashOrNull() ?: throw IllegalArgumentException("there is at least one cash input for this group")</ID>
<ID>MaxLineLength:Cash.kt$Cash.State$infix fun issuedBy(party: AbstractParty)</ID>
<ID>MaxLineLength:Cash.kt$Cash.State$infix fun withDeposit(deposit: PartyAndReference): Cash.State</ID>
<ID>MaxLineLength:CashUtils.kt$CashUtils$@Deprecated("Our identity should be specified", replaceWith = ReplaceWith("generateSpend(services, tx, amount, to, ourIdentity, onlyFromParties)"))</ID>
<ID>MaxLineLength:CashUtils.kt$CashUtils$val changeIdentity: AbstractParty = if (anonymous) services.keyManagementService.freshKeyAndCert(ourIdentity, revocationEnabled).party.anonymise() else ourIdentity.party</ID>
<ID>MaxLineLength:CashViewer.kt$CashViewer$/** * Assemble the Issuer node. */ val treeItem = TreeItem(ViewerNode.IssuerNode(issuer.owningKey.toKnownParty().value ?: issuer, equivSumAmount, memberStates))</ID>
<ID>MaxLineLength:CashViewer.kt$CashViewer$/** * Next we create subgroups based on currency. [memberStates] here is all states holding currency [currency] issued by [issuer] above. * Note that these states will not be displayed in the TreeTable, but rather in the side pane if the user clicks on the row. */ val currencyNodes = AggregatedList(memberStates, { it.state.data.amount.token.product }) { currency, groupedMemberStates -> /** * We sum the states in the subgroup, to be displayed in the "Local Currency" column */ val amounts = groupedMemberStates.map { it.state.data.amount.withoutIssuer() } val sumAmount = amounts.foldObservable(Amount(0, currency), Amount<Currency>::plus) /** * We exchange the sum to the reporting currency, to be displayed in the "<currency> Equiv" column. */ val equivSumAmount = EasyBind.combine(sumAmount, reportingExchange) { sum, exchange -> exchange.second(sum) } /** * Finally assemble the actual TreeTable Currency node. */ TreeItem(ViewerNode.CurrencyNode(sumAmount, equivSumAmount, groupedMemberStates)) }</ID>
<ID>MaxLineLength:CashViewer.kt$CashViewer.CashWidget${ // If update arrived in very close succession to the previous one - kill the last point received to eliminate un-necessary noise on the graph. if(lastTimeStamp != null && currentTimeStamp - lastTimeStamp.toLong() < 1.seconds.toMillis()) { data.safelyTransition { remove(size - 1, size) } } // Add a new data point. data(currentTimeStamp, currAmount) // Limit population of data points to make graph painting faster. data.safelyTransition { if (size > 300) remove(0, 1) } }</ID>
<ID>MaxLineLength:CheckpointVerifier.kt$CheckpointIncompatibleException.CannotBeDeserialisedException$"Found checkpoint that cannot be deserialised using the current Corda version. Please revert to the previous version of Corda, "</ID>
<ID>MaxLineLength:CheckpointVerifier.kt$CheckpointIncompatibleException.CordappNotInstalledException$"Found checkpoint for CorDapp that is no longer installed. Specifically, could not find class $classNotFound. Please install the "</ID>
<ID>MaxLineLength:CheckpointVerifier.kt$CheckpointIncompatibleException.SubFlowCoreVersionIncompatibleException$"version of Corda (version $oldVersion), drain your node (see https://docs.corda.net/upgrading-cordapps.html#flow-drains), and try again."</ID>
<ID>MaxLineLength:ClientRPCInfrastructureTests.kt$ClientRPCInfrastructureTests$assertEquals("Quote by Mark Twain: Clothes make the man. Naked people have little or no influence on society.", clientQuotes.take())</ID>
<ID>MaxLineLength:ClockUtilsTest.kt$ClockUtilsTest$assertFalse(NodeSchedulerService.awaitWithDeadline(stoppedClock, stoppedClock.instant().minus(1.hours)), "Should have reached deadline")</ID>
<ID>MaxLineLength:ClockUtilsTest.kt$ClockUtilsTest$assertFalse(NodeSchedulerService.awaitWithDeadline(stoppedClock, stoppedClock.instant().minus(1.hours), future), "Should have reached deadline")</ID>
<ID>MaxLineLength:ClockUtilsTest.kt$ClockUtilsTest$assertTrue(NodeSchedulerService.awaitWithDeadline(stoppedClock, advancedClock.instant(), future), "Should not have reached deadline")</ID>
<ID>MaxLineLength:CollectSignaturesFlow.kt$CollectSignaturesFlow$else -> throw IllegalArgumentException("Signatures can only be collected from Party or AnonymousParty, not $destination")</ID>
<ID>MaxLineLength:CollectSignaturesFlow.kt$CollectSignaturesFlow$override val progressTracker: ProgressTracker = CollectSignaturesFlow.tracker()</ID>
<ID>MaxLineLength:CollectSignaturesFlow.kt$CollectSignaturesFlow$val wellKnownParty = checkNotNull(keyToSigningParty[it]) { "Could not find a session or wellKnown party for key ${it.toStringShort()}" }</ID>
<ID>MaxLineLength:CollectSignaturesFlow.kt$SignTransactionFlow$override val progressTracker: ProgressTracker = SignTransactionFlow.tracker()</ID>
<ID>MaxLineLength:CommandLineCompatibilityUtils.kt$CommandLineCompatibilityChecker$EnumOptionsChangedError(it.key + " on command ${old.commandName} previously accepted: $oldEnums, and now is missing $toPrint}")</ID>
<ID>MaxLineLength:CommandLineCompatibilityUtils.kt$CommandLineCompatibilityChecker$PositionalArgumentsChangedError("Positional Parameter [ ${it.parameterName} ] has been removed from subcommand: ${old.commandName}")</ID>
<ID>MaxLineLength:CommandParsers.kt$CliParser$@Option(names = ["--add"], split = ":", description = ["The node to add. Format is <Name>:<X500>. Eg; \"Node1:O=Bank A, L=New York, C=US, OU=Org Unit, CN=Service Name\""])</ID>
<ID>MaxLineLength:CommandParsers.kt$CliParser$@Option(names = ["-b", "--backend"], description = ["The backend to use when instantiating nodes. Valid values: LOCAL_DOCKER and AZURE."])</ID>
<ID>MaxLineLength:CommercialPaper.kt$CommercialPaper.State$// Although kotlin is smart enough not to need these, as we are using the ICommercialPaperState, we need to declare them explicitly for use later, override fun withOwner(newOwner: AbstractParty): ICommercialPaperState</ID>
<ID>MaxLineLength:CommercialPaper.kt$CommercialPaper.State$override fun toString()</ID>
<ID>MaxLineLength:CommercialPaperTests.kt$CommercialPaperTestsGeneric.<no name provided>$override fun loadState(stateRef: StateRef): TransactionState<*></ID>
<ID>MaxLineLength:CompatibleTransactionTests.kt$CompatibleTransactionTests$private val attachmentGroup by lazy { ComponentGroup(ATTACHMENTS_GROUP.ordinal, attachments.map { it.serialize() }) } // The list is empty.</ID>
<ID>MaxLineLength:CompatibleTransactionTests.kt$CompatibleTransactionTests$val alterSignerComponents = signerComponents.subList(0, 2) + signerComponents[1] // Third one is removed and the 2nd command is added twice.</ID>
<ID>MaxLineLength:CompatibleTransactionTests.kt$CompatibleTransactionTests$val ftxCompatibleAll = wireTransactionCompatibleA.buildFilteredTransaction(Predicate { true }) // All filtered, including the unknown component.</ID>
<ID>MaxLineLength:CompatibleTransactionTests.kt$CompatibleTransactionTests${ // Filter out all of the components. val ftxNothing = wireTransactionA.buildFilteredTransaction(Predicate { false }) // Nothing filtered. // Although nothing filtered, we still receive the group hashes for the top level Merkle tree. // Note that attachments are not sent, but group hashes include the allOnesHash flag for the attachment group hash; that's why we expect +1 group hashes. assertEquals(wireTransactionA.componentGroups.size + 1, ftxNothing.groupHashes.size) ftxNothing.verify() // Include all of the components. val ftxAll = wireTransactionA.buildFilteredTransaction(Predicate { true }) // All filtered. ftxAll.verify() ftxAll.checkAllComponentsVisible(INPUTS_GROUP) ftxAll.checkAllComponentsVisible(OUTPUTS_GROUP) ftxAll.checkAllComponentsVisible(COMMANDS_GROUP) ftxAll.checkAllComponentsVisible(ATTACHMENTS_GROUP) ftxAll.checkAllComponentsVisible(NOTARY_GROUP) ftxAll.checkAllComponentsVisible(TIMEWINDOW_GROUP) ftxAll.checkAllComponentsVisible(SIGNERS_GROUP) ftxAll.checkAllComponentsVisible(PARAMETERS_GROUP) // Filter inputs only. fun filtering(elem: Any): Boolean { return when (elem) { is StateRef -> true else -> false } } val ftxInputs = wireTransactionA.buildFilteredTransaction(Predicate(::filtering)) // Inputs only filtered. ftxInputs.verify() ftxInputs.checkAllComponentsVisible(INPUTS_GROUP) assertEquals(1, ftxInputs.filteredComponentGroups.size) // We only add component groups that are not empty, thus in this case: the inputs only. assertEquals(3, ftxInputs.filteredComponentGroups.firstOrNull { it.groupIndex == INPUTS_GROUP.ordinal }!!.components.size) // All 3 inputs are present. assertEquals(3, ftxInputs.filteredComponentGroups.firstOrNull { it.groupIndex == INPUTS_GROUP.ordinal }!!.nonces.size) // And their corresponding nonces. assertNotNull(ftxInputs.filteredComponentGroups.firstOrNull { it.groupIndex == INPUTS_GROUP.ordinal }!!.partialMerkleTree) // And the Merkle tree. // Filter one input only. fun filteringOneInput(elem: Any) = elem == inputs[0] val ftxOneInput = wireTransactionA.buildFilteredTransaction(Predicate(::filteringOneInput)) // First input only filtered. ftxOneInput.verify() assertFailsWith<ComponentVisibilityException> { ftxOneInput.checkAllComponentsVisible(INPUTS_GROUP) } assertEquals(1, ftxOneInput.filteredComponentGroups.size) // We only add component groups that are not empty, thus in this case: the inputs only. assertEquals(1, ftxOneInput.filteredComponentGroups.firstOrNull { it.groupIndex == INPUTS_GROUP.ordinal }!!.components.size) // 1 input is present. assertEquals(1, ftxOneInput.filteredComponentGroups.firstOrNull { it.groupIndex == INPUTS_GROUP.ordinal }!!.nonces.size) // And its corresponding nonce. assertNotNull(ftxOneInput.filteredComponentGroups.firstOrNull { it.groupIndex == INPUTS_GROUP.ordinal }!!.partialMerkleTree) // And the Merkle tree. // The old client (receiving more component types than expected) is still compatible. val componentGroupsCompatibleA = listOf( inputGroup, outputGroup, commandGroup, notaryGroup, timeWindowGroup, signersGroup, newUnknownComponentGroup // A new unknown component with ordinal 100 that we cannot process. ) val wireTransactionCompatibleA = WireTransaction(componentGroupsCompatibleA, privacySalt) val ftxCompatible = wireTransactionCompatibleA.buildFilteredTransaction(Predicate(::filtering)) ftxCompatible.verify() assertEquals(ftxInputs.inputs, ftxCompatible.inputs) assertEquals(wireTransactionCompatibleA.id, ftxCompatible.id) assertEquals(1, ftxCompatible.filteredComponentGroups.size) assertEquals(3, ftxCompatible.filteredComponentGroups.firstOrNull { it.groupIndex == INPUTS_GROUP.ordinal }!!.components.size) assertEquals(3, ftxCompatible.filteredComponentGroups.firstOrNull { it.groupIndex == INPUTS_GROUP.ordinal }!!.nonces.size) assertNotNull(ftxCompatible.filteredComponentGroups.firstOrNull { it.groupIndex == INPUTS_GROUP.ordinal }!!.partialMerkleTree) assertNull(wireTransactionCompatibleA.networkParametersHash) assertNull(ftxCompatible.networkParam
<ID>MaxLineLength:CompatibleTransactionTests.kt$CompatibleTransactionTests${ val groups = createComponentGroups(inputs, outputs, commands, attachments, notary, timeWindow, emptyList(), null) val wireTransactionOldConstructor = WireTransaction(groups, privacySalt) assertEquals(wireTransactionA, wireTransactionOldConstructor) // Malformed tx - attachments is not List<SecureHash>. For this example, we mistakenly added input-state (StateRef) serialised objects with ATTACHMENTS_GROUP.ordinal. val componentGroupsB = listOf( inputGroup, outputGroup, commandGroup, ComponentGroup(ATTACHMENTS_GROUP.ordinal, inputGroup.components), notaryGroup, timeWindowGroup, signersGroup ) assertFails { WireTransaction(componentGroupsB, privacySalt).attachments.toList() } // Malformed tx - duplicated component group detected. val componentGroupsDuplicatedCommands = listOf( inputGroup, outputGroup, commandGroup, // First commandsGroup. commandGroup, // Second commandsGroup. notaryGroup, timeWindowGroup, signersGroup ) assertFails { WireTransaction(componentGroupsDuplicatedCommands, privacySalt) } // Malformed tx - inputs is not a serialised object at all. val componentGroupsC = listOf( ComponentGroup(INPUTS_GROUP.ordinal, listOf(OpaqueBytes(ByteArray(8)))), outputGroup, commandGroup, notaryGroup, timeWindowGroup, signersGroup ) assertFails { WireTransaction(componentGroupsC, privacySalt) } val componentGroupsCompatibleA = listOf( inputGroup, outputGroup, commandGroup, notaryGroup, timeWindowGroup, signersGroup, newUnknownComponentGroup // A new unknown component with ordinal 100 that we cannot process. ) // The old client (receiving more component types than expected) is still compatible. val wireTransactionCompatibleA = WireTransaction(componentGroupsCompatibleA, privacySalt) assertEquals(wireTransactionCompatibleA.availableComponentGroups, wireTransactionA.availableComponentGroups) // The known components are the same. assertNotEquals(wireTransactionCompatibleA, wireTransactionA) // But obviously, its Merkle root has changed Vs wireTransactionA (which doesn't include this extra component). // The old client will throw if receiving an empty component (even if this is unknown). val componentGroupsCompatibleEmptyNew = listOf( inputGroup, outputGroup, commandGroup, notaryGroup, timeWindowGroup, signersGroup, newUnknownComponentEmptyGroup // A new unknown component with ordinal 101 that we cannot process. ) assertFails { WireTransaction(componentGroupsCompatibleEmptyNew, privacySalt) } }</ID>
<ID>MaxLineLength:CompositeKeyTests.kt$CompositeKeyTests$@Test() fun `composite key validation with graph cycle detection`()</ID>
<ID>MaxLineLength:CompositeKeyTests.kt$CompositeKeyTests$private val bobSignature by lazy { bobKey.sign(SignableData(secureHash, SignatureMetadata(1, Crypto.findSignatureScheme(bobPublicKey).schemeNumberID))) }</ID>
<ID>MaxLineLength:CompositeKeyTests.kt$CompositeKeyTests$private val charlieSignature by lazy { charlieKey.sign(SignableData(secureHash, SignatureMetadata(1, Crypto.findSignatureScheme(charliePublicKey).schemeNumberID))) }</ID>
<ID>MaxLineLength:CompositeKeyTests.kt$CompositeKeyTests$val compositeKey = CompositeKey.Builder().addKeys(keyPairRSA.public, keyPairK1.public, keyPairR1.public, keyPairEd.public, keyPairSP.public).build() as CompositeKey</ID>
<ID>MaxLineLength:CompositeSignature.kt$CompositeSignature$throw InvalidKeyException("Composite signatures must be assembled independently from signatures provided by the component private keys")</ID>
<ID>MaxLineLength:CompositeSignature.kt$CompositeSignature$throw SignatureException("Composite signatures must be assembled independently from signatures provided by the component private keys")</ID>
<ID>MaxLineLength:CompositeSignature.kt$CompositeSignature.Companion$@JvmStatic fun getService(provider: Provider)</ID>
<ID>MaxLineLength:ConfigSections.kt$DatabaseConfigSpec$private val initialiseAppSchema by enum(SchemaInitializationType::class).optional().withDefaultValue(DatabaseConfig.Defaults.initialiseAppSchema)</ID>
<ID>MaxLineLength:ConfigSections.kt$DatabaseConfigSpec$private val transactionIsolationLevel by enum(TransactionIsolationLevel::class).optional().withDefaultValue(DatabaseConfig.Defaults.transactionIsolationLevel)</ID>
<ID>MaxLineLength:ConfigSections.kt$SSHDConfigurationSpec$override fun parseValid(configuration: Config): Valid<SSHDConfiguration></ID>
<ID>MaxLineLength:ConfigSections.kt$SecurityConfigurationSpec.AuthServiceSpec$dataSource.type == AuthDataSourceType.INMEMORY && options?.cache != null -> badValue("no cache supported for \"INMEMORY\" data provider")</ID>
<ID>MaxLineLength:ConfigSections.kt$SecurityConfigurationSpec.AuthServiceSpec.DataSourceSpec$private val passwordEncryption by enum(PasswordEncryption::class).optional().withDefaultValue(SecurityConfiguration.AuthService.DataSource.Defaults.passwordEncryption)</ID>
<ID>MaxLineLength:ConfigSections.kt$SecurityConfigurationSpec.AuthServiceSpec.DataSourceSpec$type == AuthDataSourceType.DB && (users != null || connection == null) -> badValue("\"DB\" data source type requires \"connection\" and cannot specify \"users\"")</ID>
<ID>MaxLineLength:ConfigSections.kt$SecurityConfigurationSpec.AuthServiceSpec.DataSourceSpec$type == AuthDataSourceType.INMEMORY && (users == null || connection != null) -> badValue("\"INMEMORY\" data source type requires \"users\" and cannot specify \"connection\"")</ID>
<ID>MaxLineLength:ConfigSections.kt$SecurityConfigurationSpec.AuthServiceSpec.OptionsSpec.CacheSpec$private val expireAfterSecs by long().mapValid { value -> if (value >= 0) validValue(value) else badValue("cannot be less than 0'") }</ID>
<ID>MaxLineLength:ConfigSections.kt$SecurityConfigurationSpec.AuthServiceSpec.OptionsSpec.CacheSpec$private val maxEntries by long().mapValid { value -> if (value >= 0) validValue(value) else badValue("cannot be less than 0'") }</ID>
<ID>MaxLineLength:ConfigUtilities.kt$ // TODO Move this to KeyStoreConfigHelpers. fun NodeConfiguration.configureWithDevSSLCertificate(cryptoService: CryptoService? = null)</ID>
<ID>MaxLineLength:ConfigUtilities.kt$// Problems: // - Forces you to have a primary constructor with all fields of name and type matching the configuration file structure. // - Encourages weak bean-like types. // - Cannot support a many-to-one relationship between configuration file structures and configuration domain type. This is essential for versioning of the configuration files. // - It's complicated and based on reflection, meaning problems with it are typically found at runtime. // - It doesn't support validation errors in a structured way. If something goes wrong, it throws exceptions, which doesn't support good usability practices like displaying all the errors at once. fun <T : Any> Config.parseAs(clazz: KClass<T>, onUnknownKeys: ((Set<String>, logger: Logger) -> Unit) = UnknownConfigKeysPolicy.FAIL::handle, nestedPath: String? = null, baseDirectory: Path? = null): T</ID>
<ID>MaxLineLength:ConfigUtilities.kt$// TODO Move this to KeyStoreConfigHelpers. fun MutualSslConfiguration.configureDevKeyAndTrustStores(myLegalName: CordaX500Name, signingCertificateStore: FileBasedCertificateStoreSupplier, certificatesDirectory: Path, cryptoService: CryptoService? = null)</ID>
<ID>MaxLineLength:ConfigUtilities.kt$ConfigHelper$return ConfigFactory.parseMap(toProperties().filterKeys { (it as String).startsWith(CORDA_PROPERTY_PREFIX) }.mapKeys { (it.key as String).removePrefix(CORDA_PROPERTY_PREFIX) })</ID>
<ID>MaxLineLength:ConfigUtilities.kt$inline fun <reified T : Any> Config.parseAs(noinline onUnknownKeys: ((Set<String>, logger: Logger) -> Unit) = UnknownConfigKeysPolicy.FAIL::handle): T</ID>
<ID>MaxLineLength:ConfigUtilities.kt$private</ID>
<ID>MaxLineLength:ConfigUtilities.kt$require(clazz.isData) { "Only Kotlin data classes or class annotated with CustomConfigParser can be parsed. Offending: ${clazz.qualifiedName}" }</ID>
<ID>MaxLineLength:ConfigUtilities.kt${ // These types are supported by Config as use as is value }</ID>
<ID>MaxLineLength:ConfigUtilities.kt${ // if baseDirectory been specified try resolving path against it. Note if `pathFromConfig` is an absolute path - this instruction has no effect. baseDirectory.resolve(path) }</ID>
<ID>MaxLineLength:Configuration.kt$Configuration.Property.Definition.Companion$ fun string(key: String, sensitive: Boolean = false): Standard<String></ID>
<ID>MaxLineLength:Configuration.kt$Configuration.Property.Definition.Companion$invalid<Float, Configuration.Validation.Error>(Configuration.Validation.Error.BadValue.of(key, Float::class.javaObjectType.simpleName, "Provided value exceeds Float range."))</ID>
<ID>MaxLineLength:Configuration.kt$Configuration.Property.Definition.Companion$invalid<Int, Configuration.Validation.Error>(Configuration.Validation.Error.BadValue.of("Provided value exceeds Integer range [${Int.MIN_VALUE}, ${Int.MAX_VALUE}].", key, Int::class.javaObjectType.simpleName))</ID>
<ID>MaxLineLength:Configuration.kt$Configuration.Property.Definition.RequiredList$ fun <MAPPED> map(mappedTypeName: String, convert: (List<TYPE>) -> MAPPED): Required<MAPPED></ID>
<ID>MaxLineLength:Configuration.kt$Configuration.Validation.Error.MalformedStructure$override fun with(keyName: String, typeName: String): MalformedStructure</ID>
<ID>MaxLineLength:Configuration.kt$Configuration.Validation.Error.MalformedStructure$override fun withContainingPath(vararg containingPath: String)</ID>
<ID>MaxLineLength:Configuration.kt$Configuration.Value.Extractor$ @Throws(ConfigException.Missing::class, ConfigException.WrongType::class, ConfigException.BadValue::class) fun valueIn(configuration: Config): TYPE</ID>
<ID>MaxLineLength:Configuration.kt$Configuration.Value.Extractor$ @Throws(ConfigException.WrongType::class, ConfigException.BadValue::class) fun valueInOrNull(configuration: Config): TYPE?</ID>
<ID>MaxLineLength:Configuration.kt$Configuration.Value.Parser$ fun parse(configuration: Config, options: Configuration.Validation.Options = Configuration.Validation.Options.defaults): Valid<VALUE></ID>
<ID>MaxLineLength:Configuration.kt$Configuration.Version.Extractor.Companion$ fun fromPath(versionPath: String, versionDefaultValue: Int = DEFAULT_VERSION_VALUE): Configuration.Version.Extractor</ID>
<ID>MaxLineLength:ConnectionStateMachine.kt$ConnectionStateMachine$logDebugWithMDC { "Put tag ${javax.xml.bind.DatatypeConverter.printHexBinary(delivery.tag)} on wire uuid: ${nextMessage.applicationProperties["_AMQ_DUPL_ID"]}" }</ID>
<ID>MaxLineLength:ConstraintsPropagationTests.kt$ConstraintsPropagationTests$@Test fun `On contract annotated with NoConstraintPropagation there is no platform check for propagation, but the transaction builder can't use the AutomaticPlaceholderConstraint`()</ID>
<ID>MaxLineLength:ConstraintsPropagationTests.kt$ConstraintsPropagationTests$@Test fun `Switching from the WhitelistConstraint to the Signature Constraint fails if the signature constraint does not inherit all jar signatures`()</ID>
<ID>MaxLineLength:ConstraintsPropagationTests.kt$ConstraintsPropagationTests$@Test fun `Switching from the WhitelistConstraint to the Signature Constraint is possible if the attachment satisfies both constraints, and the signature constraint inherits all jar signatures`()</ID>
<ID>MaxLineLength:ConstraintsUtils.kt$when { // These branches should not happen, as this has been already checked. input is AutomaticPlaceholderConstraint || output is AutomaticPlaceholderConstraint -> throw IllegalArgumentException("Illegal constraint: AutomaticPlaceholderConstraint.") input.isAutomaticHashConstraint() || output.isAutomaticHashConstraint() -> throw IllegalArgumentException("Illegal constraint: AutomaticHashConstraint.") // Transition to the same constraint. input == output -> true // You can't transition from the AlwaysAcceptAttachmentConstraint to anything else, as it could hide something illegal. input is AlwaysAcceptAttachmentConstraint && output !is AlwaysAcceptAttachmentConstraint -> false // Nothing can be migrated from the HashConstraint except a HashConstraint with the same Hash. (This check is redundant, but added for clarity) input is HashAttachmentConstraint && output is HashAttachmentConstraint -> input == output // Anything (except the AlwaysAcceptAttachmentConstraint) can be transformed to a HashAttachmentConstraint. input !is HashAttachmentConstraint && output is HashAttachmentConstraint -> true // The SignatureAttachmentConstraint allows migration from a Signature constraint with the same key. // TODO - we don't support currently third party signers. When we do, the output key will have to be stronger then the input key. input is SignatureAttachmentConstraint && output is SignatureAttachmentConstraint -> input.key == output.key // HashAttachmentConstraint can be transformed to a SignatureAttachmentConstraint when hash constraint verification checking disabled. HashAttachmentConstraint.disableHashConstraints && input is HashAttachmentConstraint && output is SignatureAttachmentConstraint -> true // You can transition from the WhitelistConstraint to the SignatureConstraint only if all signers of the JAR are required to sign in the future. input is WhitelistedByZoneAttachmentConstraint && output is SignatureAttachmentConstraint -> attachment.signerKeys.isNotEmpty() && output.key.keys.containsAll(attachment.signerKeys) else -> false }</ID>
<ID>MaxLineLength:ContractUpgradeTransactions.kt$ContractUpgradeWireTransaction$ fun buildFilteredTransaction(): ContractUpgradeFilteredTransaction</ID>
<ID>MaxLineLength:ContractUpgradeTransactions.kt$ContractUpgradeWireTransaction$classLoader.loadClass(className).asSubclass(UpgradedContract::class.java).getDeclaredConstructor().newInstance() as UpgradedContract<ContractState, ContractState></ID>
<ID>MaxLineLength:CordaClassResolver.kt$CordaClassResolver$// We don't allow the annotation for classes in attachments for now. The class will be on the main classpath if we have the CorDapp installed. // We also do not allow extension of KryoSerializable for annotated classes, or combination with @DefaultSerializer for custom serialisation. // TODO: Later we can support annotations on attachment classes and spin up a proxy via bytecode that we know is harmless. private fun checkForAnnotation(type: Class<*>): Boolean</ID>
<ID>MaxLineLength:CordaClassResolver.kt$CordaClassResolver$if (type.isPrimitive || type == Any::class.java || type == String::class.java || (!type.isEnum && isAbstract(type.modifiers))) return null</ID>
<ID>MaxLineLength:CordaClassResolver.kt$CordaClassResolver${ // If call path has disabled whitelisting (see [CordaKryo.register]), just return without checking. if (!whitelistEnabled) return null // If array, recurse on element type if (type.isArray) return checkClass(type.componentType) // Specialised enum entry, so just resolve the parent Enum type since cannot annotate the specialised entry. if (!type.isEnum && Enum::class.java.isAssignableFrom(type)) return checkClass(type.superclass) // Allow primitives, abstracts and interfaces. Note that we can also create abstract Enum types, // but we don't want to whitelist those here. if (type.isPrimitive || type == Any::class.java || type == String::class.java || (!type.isEnum && isAbstract(type.modifiers))) return null // It's safe to have the Class already, since Kryo loads it with initialisation off. // If we use a whitelist with blacklisting capabilities, whitelist.hasListed(type) may throw an IllegalStateException if input class is blacklisted. // Thus, blacklisting precedes annotation checking. if (!whitelist.hasListed(type) && !checkForAnnotation(type)) { throw KryoException("Class ${Util.className(type)} is not annotated or on the whitelist, so cannot be used in serialization") } return null }</ID>
<ID>MaxLineLength:CordaClassResolverTests.kt$CordaClassResolverTests$expectedEx.expectMessage("The superclass java.util.HashSet of net.corda.serialization.internal.CordaClassResolverTests\$CordaSerializableHashSet is blacklisted, so it cannot be used in serialization.")</ID>
<ID>MaxLineLength:CordaClassResolverTests.kt$CordaClassResolverTests$expectedEx.expectMessage("The superclass java.util.HashSet of net.corda.serialization.internal.CordaClassResolverTests\$SubHashSet is blacklisted, so it cannot be used in serialization.")</ID>
<ID>MaxLineLength:CordaClassResolverTests.kt$CordaClassResolverTests$expectedEx.expectMessage("The superclass java.util.HashSet of net.corda.serialization.internal.CordaClassResolverTests\$SubSubHashSet is blacklisted, so it cannot be used in serialization.")</ID>
<ID>MaxLineLength:CordaClassResolverTests.kt$CordaClassResolverTests$expectedEx.expectMessage("The superinterface java.sql.Connection of net.corda.serialization.internal.CordaClassResolverTests\$ConnectionImpl is blacklisted, so it cannot be used in serialization.")</ID>
<ID>MaxLineLength:CordaClassResolverTests.kt$CordaClassResolverTests$expectedEx.expectMessage("The superinterface java.sql.Connection of net.corda.serialization.internal.CordaClassResolverTests\$SubConnectionImpl is blacklisted, so it cannot be used in serialization.")</ID>
<ID>MaxLineLength:CordaClassResolverTests.kt$CordaClassResolverTests$private fun importJar(storage: AttachmentStorage, uploader: String = DEPLOYED_CORDAPP_UPLOADER)</ID>
<ID>MaxLineLength:CordaClassResolverTests.kt$CordaClassResolverTests$private val allButBlacklistedContext: CheckpointSerializationContext = CheckpointSerializationContextImpl(this.javaClass.classLoader, AllButBlacklisted, emptyMap(), true, null)</ID>
<ID>MaxLineLength:CordaClassResolverTests.kt$CordaClassResolverTests$private val emptyWhitelistContext: CheckpointSerializationContext = CheckpointSerializationContextImpl(this.javaClass.classLoader, EmptyWhitelist, emptyMap(), true, null)</ID>
<ID>MaxLineLength:CordaModule.kt$CordaModule${ super.setupModule(context) // For classes which are annotated with CordaSerializable we want to use the same set of properties as the Corda serilasation scheme. // To do that we use CordaSerializableClassIntrospector to first turn on field visibility for these classes (the Jackson default is // private fields are not included) and then we use CordaSerializableBeanSerializerModifier to remove any extra properties that Jackson // might pick up. context.setClassIntrospector(CordaSerializableClassIntrospector(context)) context.addBeanSerializerModifier(CordaSerializableBeanSerializerModifier()) context.addBeanDeserializerModifier(AmountBeanDeserializerModifier()) context.setMixInAnnotations(PartyAndCertificate::class.java, PartyAndCertificateMixin::class.java) context.setMixInAnnotations(NetworkHostAndPort::class.java, NetworkHostAndPortMixin::class.java) context.setMixInAnnotations(CordaX500Name::class.java, CordaX500NameMixin::class.java) context.setMixInAnnotations(Amount::class.java, AmountMixin::class.java) context.setMixInAnnotations(AbstractParty::class.java, AbstractPartyMixin::class.java) context.setMixInAnnotations(AnonymousParty::class.java, AnonymousPartyMixin::class.java) context.setMixInAnnotations(Party::class.java, PartyMixin::class.java) context.setMixInAnnotations(PublicKey::class.java, PublicKeyMixin::class.java) context.setMixInAnnotations(ByteSequence::class.java, ByteSequenceMixin::class.java) context.setMixInAnnotations(SecureHash.SHA256::class.java, SecureHashSHA256Mixin::class.java) context.setMixInAnnotations(SecureHash::class.java, SecureHashSHA256Mixin::class.java) context.setMixInAnnotations(SerializedBytes::class.java, SerializedBytesMixin::class.java) context.setMixInAnnotations(DigitalSignature.WithKey::class.java, ByteSequenceWithPropertiesMixin::class.java) context.setMixInAnnotations(DigitalSignatureWithCert::class.java, ByteSequenceWithPropertiesMixin::class.java) context.setMixInAnnotations(TransactionSignature::class.java, ByteSequenceWithPropertiesMixin::class.java) context.setMixInAnnotations(SignedTransaction::class.java, SignedTransactionMixin::class.java) context.setMixInAnnotations(WireTransaction::class.java, WireTransactionMixin::class.java) context.setMixInAnnotations(TransactionState::class.java, TransactionStateMixin::class.java) context.setMixInAnnotations(Command::class.java, CommandMixin::class.java) context.setMixInAnnotations(TimeWindow::class.java, TimeWindowMixin::class.java) context.setMixInAnnotations(PrivacySalt::class.java, PrivacySaltMixin::class.java) context.setMixInAnnotations(SignatureScheme::class.java, SignatureSchemeMixin::class.java) context.setMixInAnnotations(SignatureMetadata::class.java, SignatureMetadataMixin::class.java) context.setMixInAnnotations(PartialTree::class.java, PartialTreeMixin::class.java) context.setMixInAnnotations(NodeInfo::class.java, NodeInfoMixin::class.java) context.setMixInAnnotations(StateMachineRunId::class.java, StateMachineRunIdMixin::class.java) }</ID>
<ID>MaxLineLength:CordaPersistence.kt$CordaPersistence$@Suppress("UNCHECKED_CAST") val connectionBag: ConcurrentBag<ConcurrentBag.IConcurrentBagEntry> = connectionBagField.get(pool) as ConcurrentBag<ConcurrentBag.IConcurrentBagEntry></ID>
<ID>MaxLineLength:CordaPersistence.kt$CordaPersistence$error("Was not expecting to find existing database transaction on current strand when setting database: ${Strand.currentStrand()}, $it")</ID>
<ID>MaxLineLength:CordaPersistence.kt$CordaPersistence$is SchemaManagementException -> throw HibernateSchemaChangeException("Incompatible schema change detected. Please run the node with database.initialiseSchema=true. Reason: ${e.message}", e)</ID>
<ID>MaxLineLength:CordaPersistence.kt$CordaPersistence$val transaction = contextDatabase.currentOrNew(isolationLevel) // XXX: Does this code really support statement changing the contextDatabase?</ID>
<ID>MaxLineLength:CordaRPCClient.kt$CordaRPCClient${ val cache = Caffeine.newBuilder().maximumSize(128).build<SerializationFactoryCacheKey, SerializerFactory>().asMap() // If the client has explicitly provided a classloader use this one to scan for custom serializers, otherwise use the current one. val serializationClassLoader = this.classLoader ?: this.javaClass.classLoader val customSerializers = createInstancesOfClassesImplementing(serializationClassLoader, SerializationCustomSerializer::class.java) val serializationWhitelists = ServiceLoader.load(SerializationWhitelist::class.java, serializationClassLoader).toSet() AMQPClientSerializationScheme.initialiseSerialization(serializationClassLoader, customSerializers, serializationWhitelists, cache) }</ID>
<ID>MaxLineLength:CordaRPCOps.kt$ @Deprecated("For automated upgrades, consider using the `gracefulShutdown` command in an SSH session instead.") fun CordaRPCOps.pendingFlowsCount(): DataFeed<Int, Pair<Int, Int>></ID>
<ID>MaxLineLength:CordaRPCOps.kt$CordaRPCOps$ // TODO This operation should be restricted to just node admins. fun acceptNewNetworkParameters(parametersHash: SecureHash)</ID>
<ID>MaxLineLength:CordaRPCOps.kt$CordaRPCOps$ @CordaInternal @Deprecated("This method is intended only for internal use and will be removed from the public API soon.") fun internalFindVerifiedTransaction(txnId: SecureHash): SignedTransaction?</ID>
<ID>MaxLineLength:CordaRPCOps.kt$CordaRPCOps$ @Deprecated("This method is intended only for internal use and will be removed from the public API soon.") @RPCReturnsObservables fun internalVerifiedTransactionsFeed(): DataFeed<List<SignedTransaction>, SignedTransaction></ID>
<ID>MaxLineLength:CordaRPCOps.kt$CordaRPCOps$ @Deprecated("This method is intended only for internal use and will be removed from the public API soon.") fun internalVerifiedTransactionsSnapshot(): List<SignedTransaction></ID>
<ID>MaxLineLength:CordaRPCOps.kt$CordaRPCOps$ fun terminate(drainPendingFlows: Boolean = false)</ID>
<ID>MaxLineLength:CordaRPCOpsImpl.kt$CordaRPCOpsImpl$is ConnectException -> throw CordaRuntimeException("There is connection problem to network map. The possible causes are incorrect configuration or network map service being down")</ID>
<ID>MaxLineLength:CordaRPCOpsImpl.kt$CordaRPCOpsImpl${ error -> logger.error("Error while waiting for pending flows to drain in preparation for shutdown. Cause was: ${error.message}", error) }</ID>
<ID>MaxLineLength:CordaServiceTest.kt$CordaServiceTest.CordaServiceThatRequiresThreadContextClassLoader$assertNotNull(Thread.currentThread().contextClassLoader, "thread context classloader should not be null during service initialisation")</ID>
<ID>MaxLineLength:CordaUtils.kt$ private fun owns(packageName: String, fullClassName: String): Boolean</ID>
<ID>MaxLineLength:CordappResolver.kt$CordappResolver$logger.error("ATTENTION: More than one CorDapp installed on the node for contract $className. Please remove the previous version when upgrading to a new version.")</ID>
<ID>MaxLineLength:CordappResolverTest.kt$CordappResolverTest$@Test fun `when the same cordapp is registered for the same class multiple times, the resolver deduplicates and returns it as the current one`()</ID>
<ID>MaxLineLength:CoreFlowHandlers.kt$ContractUpgradeHandler$"The proposed upgrade ${proposal.modification.javaClass} is a trusted upgrade path" using (proposal.modification.name == authorisedUpgrade)</ID>
<ID>MaxLineLength:CoreFlowHandlers.kt$FinalityHandler$logger.warnOnce("Insecure API to record finalised transaction was used by ${sender.counterparty} (${sender.getCounterpartyFlowInfo()})")</ID>
<ID>MaxLineLength:CrossCashTest.kt${ log.warn( "Divergence detected, the remote state doesn't match any of our possible predictions." + "\nPredicted state/queues:\n$previousState" + "\nActual gathered state:\n${CrossCashState(currentNodeVaults, mapOf())}" ) // TODO We should terminate here with an exception, we cannot carry on as we have an inconsistent model. We carry on currently because we always diverge due to notarisation failures return@LoadTest CrossCashState(currentNodeVaults, mapOf()) }</ID>
<ID>MaxLineLength:Crypto.kt$Crypto$ @DeleteForDJVM @JvmStatic fun generateKeyPair(schemeCodeName: String): KeyPair</ID>
<ID>MaxLineLength:CryptoServiceFactory.kt$CryptoServiceFactory.Companion$throw IllegalArgumentException("Currently only BouncyCastle is used as a crypto service. A valid signing certificate store is required.")</ID>
<ID>MaxLineLength:CryptoUtils.kt$ @DeleteForDJVM @Throws(NoSuchAlgorithmException::class) fun newSecureRandom(): SecureRandom</ID>
<ID>MaxLineLength:CryptoUtils.kt$ @DeleteForDJVM @Throws(NoSuchAlgorithmException::class) fun secureRandomBytes(numOfBytes: Int): ByteArray</ID>
<ID>MaxLineLength:CryptoUtils.kt$ @Throws(InvalidKeyException::class, SignatureException::class) fun KeyPair.verify(signatureData: ByteArray, clearData: ByteArray): Boolean</ID>
<ID>MaxLineLength:CryptoUtils.kt$ @Throws(InvalidKeyException::class, SignatureException::class) fun PublicKey.verify(signatureData: ByteArray, clearData: ByteArray): Boolean</ID>
<ID>MaxLineLength:CryptoUtils.kt$ fun PublicKey.isFulfilledBy(otherKeys: Iterable<PublicKey>): Boolean</ID>
<ID>MaxLineLength:CryptoUtils.kt$ fun computeNonce(privacySalt: PrivacySalt, groupIndex: Int, internalIndex: Int)</ID>
<ID>MaxLineLength:CryptoUtils.kt$throw IllegalStateException("Verification of CompositeKey signatures currently not supported.")</ID>
<ID>MaxLineLength:CryptoUtilsTest.kt$CryptoUtilsTest$val pubKeySpec = EdDSAPublicKeySpec((EDDSA_ED25519_SHA512.algSpec as EdDSANamedCurveSpec).curve.getZero(GroupElement.Representation.P3), EDDSA_ED25519_SHA512.algSpec as EdDSANamedCurveSpec)</ID>
<ID>MaxLineLength:CryptoUtilsTest.kt$CryptoUtilsTest${ val keyPairPositive = Crypto.deriveKeyPairFromEntropy(EDDSA_ED25519_SHA512, BigInteger("10")) assertEquals("DLBL3iHCp9uRReWhhCGfCsrxZZpfAm9h9GLbfN8ijqXTq", keyPairPositive.public.toStringShort()) val keyPairNegative = Crypto.deriveKeyPairFromEntropy(EDDSA_ED25519_SHA512, BigInteger("-10")) assertEquals("DLC5HXnYsJAFqmM9hgPj5G8whQ4TpyE9WMBssqCayLBwA2", keyPairNegative.public.toStringShort()) val keyPairZero = Crypto.deriveKeyPairFromEntropy(EDDSA_ED25519_SHA512, BigInteger("0")) assertEquals("DL4UVhGh4tqu1G86UVoGNaDDNCMsBtNHzE6BSZuNNJN7W2", keyPairZero.public.toStringShort()) val keyPairOne = Crypto.deriveKeyPairFromEntropy(EDDSA_ED25519_SHA512, BigInteger("1")) assertEquals("DL8EZUdHixovcCynKMQzrMWBnXQAcbVDHi6ArPphqwJVzq", keyPairOne.public.toStringShort()) val keyPairBiggerThan256bits = Crypto.deriveKeyPairFromEntropy(EDDSA_ED25519_SHA512, BigInteger("2").pow(258).minus(BigInteger.TEN)) assertEquals("DLB9K1UiBrWonn481z6NzkqoWHjMBXpfDeaet3wiwRNWSU", keyPairBiggerThan256bits.public.toStringShort()) // The underlying implementation uses the first 256 bytes of the entropy. Thus, 2^258-10 and 2^258-50 and 2^514-10 have the same impact. val keyPairBiggerThan256bitsV2 = Crypto.deriveKeyPairFromEntropy(EDDSA_ED25519_SHA512, BigInteger("2").pow(258).minus(BigInteger("50"))) assertEquals("DLB9K1UiBrWonn481z6NzkqoWHjMBXpfDeaet3wiwRNWSU", keyPairBiggerThan256bitsV2.public.toStringShort()) val keyPairBiggerThan512bits = Crypto.deriveKeyPairFromEntropy(EDDSA_ED25519_SHA512, BigInteger("2").pow(514).minus(BigInteger.TEN)) assertEquals("DLB9K1UiBrWonn481z6NzkqoWHjMBXpfDeaet3wiwRNWSU", keyPairBiggerThan512bits.public.toStringShort()) // Try another big number. val keyPairBiggerThan258bits = Crypto.deriveKeyPairFromEntropy(EDDSA_ED25519_SHA512, BigInteger("2").pow(259).plus(BigInteger.ONE)) assertEquals("DL5tEFVMXMGrzwjfCAW34JjkhsRkPfFyJ38iEnmpB6L2Z9", keyPairBiggerThan258bits.public.toStringShort()) }</ID>
<ID>MaxLineLength:CurrencyParameterSensitivitySerialiser.kt$CurrencyParameterSensitivitySerializer$override fun toProxy(obj: CurrencyParameterSensitivity)</ID>
<ID>MaxLineLength:DatabaseTransaction.kt$get() = if (_prohibitDatabaseAccess.get() == true) throw IllegalAccessException("Database access is disabled in this context.") else _contextTransaction.get()</ID>
<ID>MaxLineLength:DefaultKryoCustomizer.kt$DefaultKryoCustomizer$// Store a little schema of field names in the stream the first time a class is used which increases tolerance // for change to a class. setDefaultSerializer(CompatibleFieldSerializer::class.java) // Take the safest route here and allow subclasses to have fields named the same as super classes. fieldSerializerConfig.cachedFieldNameStrategy = FieldSerializer.CachedFieldNameStrategy.EXTENDED instantiatorStrategy = CustomInstantiatorStrategy() // Required for HashCheckingStream (de)serialization. // Note that return type should be specifically set to InputStream, otherwise it may not work, i.e. val aStream : InputStream = HashCheckingStream(...). addDefaultSerializer(InputStream::class.java, InputStreamSerializer) addDefaultSerializer(SerializeAsToken::class.java, SerializeAsTokenSerializer<SerializeAsToken>()) addDefaultSerializer(Logger::class.java, LoggerSerializer) addDefaultSerializer(X509Certificate::class.java, X509CertificateSerializer) // WARNING: reordering the registrations here will cause a change in the serialized form, since classes // with custom serializers get written as registration ids. This will break backwards-compatibility. // Please add any new registrations to the end. // TODO: re-organise registrations into logical groups before v1.0 register(Arrays.asList("").javaClass, ArraysAsListSerializer()) register(LazyMappedList::class.java, LazyMappedListSerializer) register(SignedTransaction::class.java, SignedTransactionSerializer) register(WireTransaction::class.java, WireTransactionSerializer) register(SerializedBytes::class.java, SerializedBytesSerializer) UnmodifiableCollectionsSerializer.registerSerializers(this) ImmutableListSerializer.registerSerializers(this) ImmutableSetSerializer.registerSerializers(this) ImmutableSortedSetSerializer.registerSerializers(this) ImmutableMapSerializer.registerSerializers(this) ImmutableMultimapSerializer.registerSerializers(this) // InputStream subclasses whitelisting, required for attachments. register(BufferedInputStream::class.java, InputStreamSerializer) register(Class.forName("sun.net.www.protocol.jar.JarURLConnection\$JarURLInputStream"), InputStreamSerializer) noReferencesWithin<WireTransaction>() register(PublicKey::class.java, publicKeySerializer) register(PrivateKey::class.java, PrivateKeySerializer) register(EdDSAPublicKey::class.java, publicKeySerializer) register(EdDSAPrivateKey::class.java, PrivateKeySerializer) register(CompositeKey::class.java, publicKeySerializer) // Using a custom serializer for compactness // Exceptions. We don't bother sending the stack traces as the client will fill in its own anyway. register(Array<StackTraceElement>::class, read = { _, _ -> emptyArray() }, write = { _, _, _ -> }) // This ensures a NonEmptySetSerializer is constructed with an initial value. register(NonEmptySet::class.java, NonEmptySetSerializer) register(BitSet::class.java, BitSetSerializer()) register(Class::class.java, ClassSerializer) register(FileInputStream::class.java, InputStreamSerializer) register(CertPath::class.java, CertPathSerializer) register(BCECPrivateKey::class.java, PrivateKeySerializer) register(BCECPublicKey::class.java, publicKeySerializer) register(BCRSAPrivateCrtKey::class.java, PrivateKeySerializer) register(BCRSAPublicKey::class.java, publicKeySerializer) register(BCSphincs256PrivateKey::class.java, PrivateKeySerializer) register(BCSphincs256PublicKey::class.java, publicKeySerializer) register(NotaryChangeWireTransaction::class.java, NotaryChangeWireTransactionSerializer) register(PartyAndCertificate::class.java, PartyAndCertificateSerializer) // Don't deserialize PrivacySalt via its default constructor. register(PrivacySalt::class.java, PrivacySaltSerializer) // Used by the remote verifier, and will possibly be removed in future. register(ContractAttachment::class.java, ContractAttachmentSerializer) register(java.lang.invoke.SerializedLambda::class.java) register(ClosureSerializer.Closure::class.java, CordaClosureBlacklistSerializer) registe
<ID>MaxLineLength:Driver.kt$DriverParameters$@Deprecated("extraCordappPackagesToScan does not preserve the original CorDapp's versioning and metadata, which may lead to " + "misleading results in tests. Use withCordappsForAllNodes instead.") fun withExtraCordappPackagesToScan(extraCordappPackagesToScan: List<String>): DriverParameters</ID>
<ID>MaxLineLength:Driver.kt$InProcess$ fun <T> startFlow(logic: FlowLogic<T>): CordaFuture<T></ID>
<ID>MaxLineLength:Driver.kt$JmxPolicy$@Deprecated("The default constructor does not turn on monitoring. Simply leave the jmxPolicy parameter unspecified if you wish to not " + "have monitoring turned on.")</ID>
<ID>MaxLineLength:Driver.kt$PortAllocation.Incremental$@Deprecated("This has been superseded by net.corda.testing.driver.SharedMemoryIncremental.INSTANCE", ReplaceWith("SharedMemoryIncremental.INSTANCE"))</ID>
<ID>MaxLineLength:Driver.kt$PortAllocation.Incremental$@Deprecated("This has been superseded by net.corda.testing.driver.SharedMemoryIncremental.INSTANCE", ReplaceWith("net.corda.testing.driver.DriverDSL.nextPort()"))</ID>
<ID>MaxLineLength:DriverDSLImpl.kt$DriverDSLImpl$NodeConfiguration::rpcUsers.name to if (users.isEmpty()) defaultRpcUserList else users.map { it.toConfig().root().unwrapped() }</ID>
<ID>MaxLineLength:DriverDSLImpl.kt$DriverDSLImpl$val process = startOutOfProcessNode(config, quasarJarPath, debugPort, systemProperties, parameters.maximumHeapSize, parameters.logLevelOverride)</ID>
<ID>MaxLineLength:DriverDSLImpl.kt$DriverDSLImpl.Companion$private operator fun Config.plus(property: Pair<String, Any>)</ID>
<ID>MaxLineLength:DriverDSLImpl.kt$DriverDSLImpl.Companion${ log.info("Starting out-of-process Node ${config.corda.myLegalName.organisation}, debug port is " + (debugPort ?: "not enabled")) // Write node.conf writeConfig(config.corda.baseDirectory, "node.conf", config.typesafe.toNodeOnly()) val systemProperties = mutableMapOf( "name" to config.corda.myLegalName, "visualvm.display.name" to "corda-${config.corda.myLegalName}" ) debugPort?.let { systemProperties += "log4j2.level" to "debug" systemProperties += "log4j2.debug" to "true" } systemProperties += inheritFromParentProcess() systemProperties += overriddenSystemProperties // See experimental/quasar-hook/README.md for how to generate. val excludePattern = "x(antlr**;bftsmart**;ch**;co.paralleluniverse**;com.codahale**;com.esotericsoftware**;" + "com.fasterxml**;com.google**;com.ibm**;com.intellij**;com.jcabi**;com.nhaarman**;com.opengamma**;" + "com.typesafe**;com.zaxxer**;de.javakaffee**;groovy**;groovyjarjarantlr**;groovyjarjarasm**;io.atomix**;" + "io.github**;io.netty**;jdk**;joptsimple**;junit**;kotlin**;net.bytebuddy**;net.i2p**;org.apache**;" + "org.assertj**;org.bouncycastle**;org.codehaus**;org.crsh**;org.dom4j**;org.fusesource**;org.h2**;" + "org.hamcrest**;org.hibernate**;org.jboss**;org.jcp**;org.joda**;org.junit**;org.mockito**;org.objectweb**;" + "org.objenesis**;org.slf4j**;org.w3c**;org.xml**;org.yaml**;reflectasm**;rx**;org.jolokia**;" + "com.lmax**;picocli**;liquibase**;com.github.benmanes**;org.json**;org.postgresql**;nonapi.io.github.classgraph**;)" val extraJvmArguments = systemProperties.removeResolvedClasspath().map { "-D${it.key}=${it.value}" } + "-javaagent:$quasarJarPath=$excludePattern" val loggingLevel = when { logLevelOverride != null -> logLevelOverride debugPort == null -> "INFO" else -> "DEBUG" } val arguments = mutableListOf( "--base-directory=${config.corda.baseDirectory}", "--logging-level=$loggingLevel", "--no-local-shell").also { it += extraCmdLineFlag }.toList() // The following dependencies are excluded from the classpath of the created JVM, so that the environment resembles a real one as close as possible. // These are either classes that will be added as attachments to the node (i.e. samples, finance, opengamma etc.) or irrelevant testing libraries (test, corda-mock etc.). // TODO: There is pending work to fix this issue without custom blacklisting. See: https://r3-cev.atlassian.net/browse/CORDA-2164. val exclude = listOf("samples", "finance", "integrationTest", "test", "corda-mock", "com.opengamma.strata") val cp = ProcessUtilities.defaultClassPath.filterNot { cpEntry -> exclude.any { token -> cpEntry.contains("${File.separatorChar}$token") } || cpEntry.endsWith("-tests.jar") } return ProcessUtilities.startJavaProcess( className = "net.corda.node.Corda", // cannot directly get class for this, so just use string arguments = arguments, jdwpPort = debugPort, extraJvmArguments = extraJvmArguments, workingDirectory = config.corda.baseDirectory, maximumHeapSize = maximumHeapSize, classPath = cp ) }</ID>
<ID>MaxLineLength:DriverDSLImpl.kt$InternalDriverDSL$ fun <A> pollUntilNonNull(pollName: String, pollInterval: Duration = DEFAULT_POLL_INTERVAL, warnCount: Int = DEFAULT_WARN_COUNT, check: () -> A?): CordaFuture<A></ID>
<ID>MaxLineLength:DriverDSLImpl.kt$InternalDriverDSL$ fun pollUntilTrue(pollName: String, pollInterval: Duration = DEFAULT_POLL_INTERVAL, warnCount: Int = DEFAULT_WARN_COUNT, check: () -> Boolean): CordaFuture<Unit></ID>
<ID>MaxLineLength:EnumEvolutionSerializer.kt$EnumEvolutionSerializer$val converted = conversions[enumName] ?: throw AMQPNotSerializableException(type, "No rule to evolve enum constant $type::$enumName")</ID>
<ID>MaxLineLength:EnumEvolvabilityTests.kt$EnumEvolvabilityTests$assertThatThrownBy { SerializationOutput(sf).serialize(C(RejectMultipleRenameFrom.A)) }.isInstanceOf(NotSerializableException::class.java) .hasToString("Unable to serialize/deserialize net.corda.serialization.internal.amqp.EnumEvolvabilityTests\$RejectMultipleRenameFrom: " + "There are multiple transformations from D, which is not allowed")</ID>
<ID>MaxLineLength:ErrorMessagesTests.kt$ErrorMessagesTests$@Ignore("Current behaviour allows for the serialization of objects with private members, this will be disallowed at some point in the future")</ID>
<ID>MaxLineLength:EventGenerator.kt$EventGenerator$protected val currencyMap: MutableMap<Currency, Long> = mutableMapOf(USD to 0L, GBP to 0L) // Used for estimation of how much money we have in general.</ID>
<ID>MaxLineLength:EvolvabilityTests.kt$EvolvabilityTests${ val resource = "EvolvabilityTests.evolutionWithPrimitives" val sf = testDefaultFactory() // Uncomment to recreate // File(URI("$localPath/$resource")).writeBytes(SerializationOutput(sf).serialize(ParameterizedContainer(Parameterized(10, setOf(20)))).bytes) val url = EvolvabilityTests::class.java.getResource(resource) val sc2 = url.readBytes() val deserialized = DeserializationInput(sf).deserialize(SerializedBytes<ParameterizedContainer>(sc2)) assertEquals(10, deserialized.parameterized?.a) }</ID>
<ID>MaxLineLength:FiberUtils.kt$// TODO: This method uses a built-in Quasar function to make a map of all ThreadLocals. This is probably inefficient, but the only API readily available. fun <V, T> Fiber<V>.swappedOutThreadLocalValue(threadLocal: ThreadLocal<T>): T?</ID>
<ID>MaxLineLength:FinalityFlow.kt$ReceiveFinalityFlow$private val statesToRecord: StatesToRecord = ONLY_RELEVANT</ID>
<ID>MaxLineLength:FinalityFlow.kt$ReceiveFinalityFlow$return subFlow(object : ReceiveTransactionFlow(otherSideSession, checkSufficientSignatures = true, statesToRecord = statesToRecord) { override fun checkBeforeRecording(stx: SignedTransaction) { require(expectedTxId == null || expectedTxId == stx.id) { "We expected to receive transaction with ID $expectedTxId but instead got ${stx.id}. Transaction was" + "not recorded and nor its states sent to the vault." } } })</ID>
<ID>MaxLineLength:FinanceJSONSupport.kt$CalendarDeserializer$StringArrayDeserializer.instance.deserialize(parser, context).fold(BusinessCalendar.EMPTY) { acc, name -> acc + loadTestCalendar(name) }</ID>
<ID>MaxLineLength:FinanceTypesTest.kt$FinanceTypesTest$val ret = BusinessCalendar.createGenericSchedule(startDate = LocalDate.of(2014, 11, 25), period = Frequency.Monthly, noOfAdditionalPeriods = 3)</ID>
<ID>MaxLineLength:FlowFrameworkPersistenceTests.kt$FlowFrameworkPersistenceTests$assertEquals(0, charlieNode.internals.checkpointStorage.checkpoints().size, "Checkpoints left after restored flow should have ended")</ID>
<ID>MaxLineLength:FlowFrameworkPersistenceTests.kt$FlowFrameworkPersistenceTests$assertEquals(payload + 1, secondFlow.getOrThrow().receivedPayload2, "Received payload does not match the expected second value on Node 2")</ID>
<ID>MaxLineLength:FlowFrameworkPersistenceTests.kt$FlowFrameworkPersistenceTests$assertEquals(payload, secondFlow.getOrThrow().receivedPayload, "Received payload does not match the (restarted) first value on Node 2")</ID>
<ID>MaxLineLength:FlowLogicRefFactoryImpl.kt$FlowLogicRefFactoryImpl$if (ref !is FlowLogicRefImpl) throw IllegalFlowLogicException(ref.javaClass, "FlowLogicRef was not created via correct FlowLogicRefFactory interface")</ID>
<ID>MaxLineLength:FlowManager.kt$NodeFlowManager$log.warn("Multiple flows are registered for InitiatingFlow: $initiatingFlowClass, currently using: ${listOfFlowsForInitiator.first().initiatedFlowClass}")</ID>
<ID>MaxLineLength:FlowManager.kt$NodeFlowManager$val equalWeightAsCurrentTip = toValidate.map { flowWeightComparator.compare(currentTip, it) to it }.filter { it.first == 0 }.map { it.second }</ID>
<ID>MaxLineLength:FlowManager.kt$NodeFlowManager$val message = "Unable to determine which flow to use when responding to: ${currentTip.initiatingFlowClass.canonicalName}. ${equalWeightAsCurrentTip.map { it.initiatedFlowClass!!.canonicalName }} are all registered with equal weight."</ID>
<ID>MaxLineLength:FlowMessaging.kt$FlowMessagingImpl${ // Handling Kryo and AMQP serialization problems. Unfortunately the two exception types do not share much of a common exception interface. if ((exception is KryoException || exception is NotSerializableException) && message is ExistingSessionMessage && message.payload is ErrorSessionMessage) { val error = message.payload.flowException val rewrappedError = FlowException(error?.message) message.copy(payload = message.payload.copy(flowException = rewrappedError)).serialize() } else { throw exception } }</ID>
<ID>MaxLineLength:FlowMonitor.kt$FlowMonitor$is FlowIORequest.ExecuteAsyncOperation -> "for asynchronous operation of type ${request.operation::javaClass} to complete"</ID>
<ID>MaxLineLength:FlowMonitor.kt$FlowMonitor$is FlowIORequest.SendAndReceive -> "to send and receive messages from parties ${request.sessionToMessage.keys.partiesInvolved()}"</ID>
<ID>MaxLineLength:FlowMonitor.kt$FlowMonitor$is FlowIORequest.Sleep -> "to wake up from sleep ending at ${LocalDateTime.ofInstant(request.wakeUpAfter, ZoneId.systemDefault())}"</ID>
<ID>MaxLineLength:FlowMonitor.kt$FlowMonitor$val message = StringBuilder("Flow with id ${flow.id.uuid} has been waiting for ${flow.ongoingDuration(now).toMillis() / 1000} seconds ")</ID>
<ID>MaxLineLength:FlowStackSnapshotTest.kt$FlowStackSnapshotTest$val a = startNode(rpcUsers = listOf(User(Constants.USER, Constants.PASSWORD, setOf(startFlow<MultiplePersistingSideEffectFlow>())))).get()</ID>
<ID>MaxLineLength:FlowStackSnapshotTest.kt$FlowStackSnapshotTest$val a = startNode(rpcUsers = listOf(User(Constants.USER, Constants.PASSWORD, setOf(startFlow<PersistingNoSideEffectFlow>())))).get()</ID>
<ID>MaxLineLength:FlowStackSnapshotTest.kt$FlowStackSnapshotTest$val a = startNode(rpcUsers = listOf(User(Constants.USER, Constants.PASSWORD, setOf(startFlow<PersistingSideEffectFlow>())))).get()</ID>
<ID>MaxLineLength:FlowStateMachineImpl.kt$FlowStateMachineImpl$errorAndTerminate("Caught unrecoverable error from flow. Forcibly terminating the JVM, this might leave resources open, and most likely will.", t)</ID>
<ID>MaxLineLength:FlowStateMachineImpl.kt$FlowStateMachineImpl$require(continuation == FlowContinuation.ProcessEvents) { "Expected a continuation of type ${FlowContinuation.ProcessEvents}, found $continuation " }</ID>
<ID>MaxLineLength:FlowStateMachineImpl.kt$FlowStateMachineImpl${ // This sets the Cordapp classloader on the contextClassLoader of the current thread. // Needed because in previous versions of the finance app we used Thread.contextClassLoader to resolve services defined in cordapps. Thread.currentThread().contextClassLoader = (serviceHub.cordappProvider as CordappProviderImpl).cordappLoader.appClassLoader val result = logic.call() suspend(FlowIORequest.WaitForSessionConfirmations, maySkipCheckpoint = true) Try.Success(result) }</ID>
<ID>MaxLineLength:FxTransactionBuildTutorial.kt$val ourParties = ourKeys.map { serviceHub.identityService.partyFromKey(it) ?: throw IllegalStateException("Unable to resolve party from key") }</ID>
<ID>MaxLineLength:Generator.kt$Generator$product<R>(other1.product(other2.product(other3.product(other4.product(pure({ e -> { d -> { c -> { b -> { a -> function(a, b, c, d, e) } } } } }))))))</ID>
<ID>MaxLineLength:GuiUtilities.kt$// TODO: This is a temporary fix for the UI to show the correct issuer identity, this will break when we start randomizing keys. More work is needed here when the identity work is done. fun StateAndRef<Cash.State>.resolveIssuer(): ObservableValue<Party?></ID>
<ID>MaxLineLength:H2SecurityTests.kt$H2SecurityTests$startNode(customOverrides = mapOf(h2AddressKey to "${InetAddress.getLocalHost().hostAddress}:${getFreePort()}")).getOrThrow()</ID>
<ID>MaxLineLength:HTTPNetworkRegistrationService.kt$HTTPNetworkRegistrationService$in TRANSIENT_ERROR_STATUS_CODES -> throw ServiceUnavailableException("Could not connect with Doorman. Http response status code was ${conn.responseCode}.")</ID>
<ID>MaxLineLength:HibernateColumnConverterTests.kt$HibernateColumnConverterTests$// AbstractPartyToX500NameAsStringConverter could cause circular flush of Hibernate session because it is invoked during flush, and a // cache miss was doing a flush. This also checks that loading during flush does actually work. @Test fun `issue some cash on a notary that exists only in the database to check cache loading works in our identity column converters during flush of vault update`()</ID>
<ID>MaxLineLength:HibernateConfigurationTest.kt$HibernateConfigurationTest$println("${it.stateRef} with owner ${cashState.owner.owningKey.toBase58String()} and participants ${cashState.participants.map { it.owningKey.toBase58String() }}")</ID>
<ID>MaxLineLength:HibernateQueryCriteriaParser.kt$HibernateAttachmentQueryCriteriaParser$private val criteriaQuery: CriteriaQuery<NodeAttachmentService.DBAttachment></ID>
<ID>MaxLineLength:HibernateQueryCriteriaParser.kt$HibernateQueryCriteriaParser$if (path is SingularAttributePath) //remove the same columns from different joins to match the single column in 'group by' only (from the last join) aggregateExpressions.removeAll { elem -> if (elem is SingularAttributePath) elem.attribute.javaMember == path.attribute.javaMember else false }</ID>
<ID>MaxLineLength:HibernateQueryCriteriaParser.kt$HibernateQueryCriteriaParser$log.warn("Enriching previous attribute [${VaultSchemaV1.VaultStates::constraintType.name}] values [$existingTypes] with [${criteria.constraintTypes}]")</ID>
<ID>MaxLineLength:HibernateQueryCriteriaParser.kt$HibernateQueryCriteriaParser$log.warn("Enriching previous attribute [${VaultSchemaV1.VaultStates::contractStateClassName.name}] values [$existingTypes] with [$contractStateTypes]")</ID>
<ID>MaxLineLength:HibernateQueryCriteriaParser.kt$HibernateQueryCriteriaParser$log.warn("Overriding previous attribute [${VaultSchemaV1.VaultStates::relevancyStatus.name}] value $existingStatus with ${criteria.status}")</ID>
<ID>MaxLineLength:HibernateQueryCriteriaParser.kt$HibernateQueryCriteriaParser$log.warn("Overriding previous attribute [${VaultSchemaV1.VaultStates::stateStatus.name}] value $existingStatus with ${criteria.status}")</ID>
<ID>MaxLineLength:HibernateQueryCriteriaParser.kt$HibernateQueryCriteriaParser${ @Suppress("UNCHECKED_CAST") column as Path<Long?>? val aggregateExpression = when (columnPredicate.type) { AggregateFunctionType.SUM -> criteriaBuilder.sum(column) AggregateFunctionType.AVG -> criteriaBuilder.avg(column) AggregateFunctionType.COUNT -> criteriaBuilder.count(column) AggregateFunctionType.MAX -> criteriaBuilder.max(column) AggregateFunctionType.MIN -> criteriaBuilder.min(column) } //TODO investigate possibility to avoid producing redundant joins in SQL for multiple aggregate functions against the same table aggregateExpressions.add(aggregateExpression) // Some databases may not support aggregate expression in 'group by' clause e.g. 'group by sum(col)', // Hibernate Criteria Builder can't produce alias 'group by col_alias', and the only solution is to use a positional parameter 'group by 1' val orderByColumnPosition = aggregateExpressions.size var shiftLeft = 0 // add optional group by clauses expression.groupByColumns?.let { columns -> val groupByExpressions = columns.map { _column -> val path = root.get<Any?>(getColumnName(_column)) val columnNumberBeforeRemoval = aggregateExpressions.size if (path is SingularAttributePath) //remove the same columns from different joins to match the single column in 'group by' only (from the last join) aggregateExpressions.removeAll { elem -> if (elem is SingularAttributePath) elem.attribute.javaMember == path.attribute.javaMember else false } shiftLeft += columnNumberBeforeRemoval - aggregateExpressions.size //record how many times a duplicated column was removed (from the previous 'parseAggregateFunction' run) aggregateExpressions.add(path) path } criteriaQuery.groupBy(groupByExpressions) } // optionally order by this aggregate function expression.orderBy?.let { val orderCriteria = when (expression.orderBy!!) { // when adding column position of 'group by' shift in case columns were removed Sort.Direction.ASC -> criteriaBuilder.asc(criteriaBuilder.literal<Int>(orderByColumnPosition - shiftLeft)) Sort.Direction.DESC -> criteriaBuilder.desc(criteriaBuilder.literal<Int>(orderByColumnPosition - shiftLeft)) } criteriaQuery.orderBy(orderCriteria) } return aggregateExpression }</ID>
<ID>MaxLineLength:IRS.kt$InterestRateSwap$"The effective date is before the termination date for the fixed leg" using (irs.fixedLeg.effectiveDate < irs.fixedLeg.terminationDate)</ID>
<ID>MaxLineLength:IRS.kt$InterestRateSwap$"The effective date is before the termination date for the floating leg" using (irs.floatingLeg.effectiveDate < irs.floatingLeg.terminationDate)</ID>
<ID>MaxLineLength:IRS.kt$InterestRateSwap$"The fix payment has the same currency as the notional" using (newFixedRatePaymentEvent.flow.token == irs.floatingLeg.notional.token)</ID>
<ID>MaxLineLength:IRS.kt$InterestRateSwap$"The fixed leg parties are constant" using (irs.fixedLeg.fixedRatePayer == prevIrs.fixedLeg.fixedRatePayer)</ID>
<ID>MaxLineLength:IRS.kt$InterestRateSwap$"The fixed leg payment schedule is constant" using (irs.calculation.fixedLegPaymentSchedule == prevIrs.calculation.fixedLegPaymentSchedule)</ID>
<ID>MaxLineLength:IRS.kt$InterestRateSwap$val (oldFloatingRatePaymentEvent, newFixedRatePaymentEvent) = paymentDifferences.single().second // Ignore the date of the changed rate (we checked that earlier).</ID>
<ID>MaxLineLength:IRS.kt$InterestRateSwap.Calculation$return floatingLegPaymentSchedule.filter { it.value.rate is ReferenceRate }.// TODO - a better way to determine what fixings remain to be fixed minBy { it.value.fixingDate.toEpochDay() }?.value?.fixingDate</ID>
<ID>MaxLineLength:IRS.kt$InterestRateSwap.State${ val nextFixingOf = nextFixingOf() ?: return null // This is perhaps not how we should determine the time point in the business day, but instead expect the schedule to detail some of these aspects val instant = suggestInterestRateAnnouncementTimeWindow(index = nextFixingOf.name, source = floatingLeg.indexSource, date = nextFixingOf.forDay).fromTime!! return ScheduledActivity(flowLogicRefFactory.create("net.corda.irs.flows.FixingFlow\$FixingRoleDecider", thisStateRef), instant) }</ID>
<ID>MaxLineLength:IRS.kt$RatePaymentEvent$// TODO : Fix below (use daycount convention for division, not hardcoded 360 etc) val dayCountFactor: BigDecimal get() = (BigDecimal(days).divide(BigDecimal(360.0), 8, RoundingMode.HALF_UP)).setScale(4, RoundingMode.HALF_UP)</ID>
<ID>MaxLineLength:IRSTests.kt$( // TODO: this seems to fail quite dramatically //expression = "fixedLeg.notional * fixedLeg.fixedRate", // TODO: How I want it to look //expression = "( fixedLeg.notional * (fixedLeg.fixedRate)) - (floatingLeg.notional * (rateSchedule.get(context.getDate('currentDate'))))", // How it's ended up looking, which I think is now broken but it's a WIP. expression = Expression("( fixedLeg.notional.pennies * (fixedLeg.fixedRate.ratioUnit.value)) -" + "(floatingLeg.notional.pennies * (calculation.fixingSchedule.get(context.getDate('currentDate')).rate.ratioUnit.value))"), floatingLegPaymentSchedule = mutableMapOf(), fixedLegPaymentSchedule = mutableMapOf() )</ID>
<ID>MaxLineLength:IRSTests.kt${ // 10y swap, we pay 1.3% fixed 30/360 semi, rec 3m usd libor act/360 Q on 25m notional (mod foll/adj on both sides) // I did a mock up start date 10/03/2015 – 10/03/2025 so you have 5 cashflows on float side that have been preset the rest are unknown val fixedLeg = InterestRateSwap.FixedLeg( fixedRatePayer = MEGA_CORP, notional = 25000000.DOLLARS, paymentFrequency = Frequency.SemiAnnual, effectiveDate = LocalDate.of(2015, 3, 10), effectiveDateAdjustment = null, terminationDate = LocalDate.of(2025, 3, 10), terminationDateAdjustment = null, fixedRate = FixedRate(PercentageRatioUnit("1.3")), dayCountBasisDay = DayCountBasisDay.D30, dayCountBasisYear = DayCountBasisYear.Y360, rollConvention = DateRollConvention.ModifiedFollowing, dayInMonth = 10, paymentRule = PaymentRule.InArrears, paymentDelay = 0, paymentCalendar = BusinessCalendar.EMPTY, interestPeriodAdjustment = AccrualAdjustment.Adjusted ) val floatingLeg = InterestRateSwap.FloatingLeg( floatingRatePayer = MINI_CORP, notional = 25000000.DOLLARS, paymentFrequency = Frequency.Quarterly, effectiveDate = LocalDate.of(2015, 3, 10), effectiveDateAdjustment = null, terminationDate = LocalDate.of(2025, 3, 10), terminationDateAdjustment = null, dayCountBasisDay = DayCountBasisDay.DActual, dayCountBasisYear = DayCountBasisYear.Y360, rollConvention = DateRollConvention.ModifiedFollowing, fixingRollConvention = DateRollConvention.ModifiedFollowing, dayInMonth = 10, resetDayInMonth = 10, paymentRule = PaymentRule.InArrears, paymentDelay = 0, paymentCalendar = BusinessCalendar.EMPTY, interestPeriodAdjustment = AccrualAdjustment.Adjusted, fixingPeriodOffset = 2, resetRule = PaymentRule.InAdvance, fixingsPerPayment = Frequency.Quarterly, fixingCalendar = BusinessCalendar.EMPTY, index = "USD LIBOR", indexSource = "TEL3750", indexTenor = Tenor("3M") ) val calculation = InterestRateSwap.Calculation( // TODO: this seems to fail quite dramatically //expression = "fixedLeg.notional * fixedLeg.fixedRate", // TODO: How I want it to look //expression = "( fixedLeg.notional * (fixedLeg.fixedRate)) - (floatingLeg.notional * (rateSchedule.get(context.getDate('currentDate'))))", // How it's ended up looking, which I think is now broken but it's a WIP. expression = Expression("( fixedLeg.notional.pennies * (fixedLeg.fixedRate.ratioUnit.value)) -" + "(floatingLeg.notional.pennies * (calculation.fixingSchedule.get(context.getDate('currentDate')).rate.ratioUnit.value))"), floatingLegPaymentSchedule = mutableMapOf(), fixedLegPaymentSchedule = mutableMapOf() ) val common = InterestRateSwap.Common( baseCurrency = EUR, eligibleCurrency = EUR, eligibleCreditSupport = "Cash in an Eligible Currency", independentAmounts = Amount(0, EUR), threshold = Amount(0, EUR), minimumTransferAmount = Amount(250000 * 100, EUR), rounding = Amount(10000 * 100, EUR), valuationDateDescription = "Every Local Business Day", notificationTime = "2:00pm London", resolutionTime = "2:00pm London time on the first LocalBusiness Day following the date on which the notice is given ", interestRate = ReferenceRate("T3270", Tenor("6M"), "EONIA"), addressForTransfers = "", exposure = UnknownType(), localBusinessDay = loadTestCalendar("London"), tradeID = "trade2", hashLegalDocs = "put hash here", dailyInterestAmount = Expression("(CashAmount * InterestRate ) / (fixedLeg.notional.currency.currencyCode.equals('GBP')) ? 365 : 360") ) return InterestRateSwap.State(fixedLeg = fixedLeg, floatingLeg = floatingLeg, calculation = calculation, common = common, oracle = DUMMY_PARTY) }</ID>
<ID>MaxLineLength:IRSTradeFlow.kt$IRSTradeFlow.Requester$val notary = serviceHub.networkMapCache.notaryIdentities.first() // TODO We should pass the notary as a parameter to the flow, not leave it to random choice.</ID>
<ID>MaxLineLength:IdentityServiceToStringShortMigrationTest.kt$IdentityServiceToStringShortMigrationTest$val hashToIdentityStatement = database.dataSource.connection.prepareStatement("SELECT ${PersistentIdentityService.PK_HASH_COLUMN_NAME} FROM ${PersistentIdentityService.HASH_TO_IDENTITY_TABLE_NAME} WHERE pk_hash=?")</ID>
<ID>MaxLineLength:IdentityServiceToStringShortMigrationTest.kt$IdentityServiceToStringShortMigrationTest$val hashToIdentityStatement = database.dataSource.connection.prepareStatement("SELECT ${PersistentIdentityService.PK_HASH_COLUMN_NAME} FROM ${PersistentIdentityService.HASH_TO_IDENTITY_TABLE_NAME} WHERE pk_hash=?") hashToIdentityStatement.setString(1, it.owningKey.toStringShort()) val hashToIdentityResultSet = hashToIdentityStatement.executeQuery() //check that there is a row for every "new" hash Assert.assertThat(hashToIdentityResultSet.next(), `is`(true)) //check that the pk_hash actually matches what we expect (kinda redundant, but deserializing the whole PartyAndCertificate feels like overkill) Assert.assertThat(hashToIdentityResultSet.getString(1), `is`(it.owningKey.toStringShort())) val nameToHashStatement = connection.prepareStatement("SELECT ${PersistentIdentityService.NAME_COLUMN_NAME} FROM ${PersistentIdentityService.NAME_TO_HASH_TABLE_NAME} WHERE pk_hash=?") nameToHashStatement.setString(1, it.owningKey.toStringShort()) val nameToHashResultSet = nameToHashStatement.executeQuery() //if there is no result for this key, this means its an identity that is not stored in the DB (IE, it's been seen after another identity has already been mapped to it) if (nameToHashResultSet.next()) { Assert.assertThat(nameToHashResultSet.getString(1), `is`(anyOf(groupedByNameIdentities.getValue(it.name).map<PartyAndCertificate, Matcher<String>?> { identity -> CoreMatchers.equalTo(identity.name.toString()) }))) } else { logger.warn("did not find a PK_HASH for ${it.name}") listOfNamesWithoutPkHash.add(it.name) }</ID>
<ID>MaxLineLength:IdentityServiceToStringShortMigrationTest.kt$IdentityServiceToStringShortMigrationTest$val nameToHashStatement = connection.prepareStatement("SELECT ${PersistentIdentityService.NAME_COLUMN_NAME} FROM ${PersistentIdentityService.NAME_TO_HASH_TABLE_NAME} WHERE pk_hash=?")</ID>
<ID>MaxLineLength:IdentitySyncFlow.kt$IdentitySyncFlow.Receive$// Store the received confidential identities in the identity service so we have a record of which well known identity they map to. serviceHub.identityService.verifyAndRegisterIdentity(identity)</ID>
<ID>MaxLineLength:IdentitySyncFlow.kt$IdentitySyncFlow.Send$confidentialIdentities .map { @Suppress("DEPRECATION") Pair(it, serviceHub.identityService.certificateFromKey(it.owningKey)) } // Filter down to confidential identities of our well known identity // TODO: Consider if this too restrictive - we perhaps should be checking the name on the signing certificate in the certificate path instead .filter { it.second?.name == ourIdentity.name }</ID>
<ID>MaxLineLength:IdentitySyncFlow.kt$IdentitySyncFlow.Send$require(req.all { it in identityCertificates.keys }) { "${otherSideSession.counterparty} requested a confidential identity not part of transaction: ${tx.id}" }</ID>
<ID>MaxLineLength:IdentitySyncFlow.kt$IdentitySyncFlow.Send$throw IllegalStateException("Counterparty requested a confidential identity for which we do not have the certificate path: ${tx.id}")</ID>
<ID>MaxLineLength:IdentitySyncFlow.kt$IdentitySyncFlow.Send$val requestedIdentities: List<AbstractParty> = otherSideSession.sendAndReceive<List<AbstractParty>>(identityCertificates.keys.toList()).unwrap { req -> require(req.all { it in identityCertificates.keys }) { "${otherSideSession.counterparty} requested a confidential identity not part of transaction: ${tx.id}" } req }</ID>
<ID>MaxLineLength:IdentityUtils.kt$ // Cannot use @JvmOverloads in interface @Throws(IllegalArgumentException::class) fun groupPublicKeysByWellKnownParty(serviceHub: ServiceHub, publicKeys: Collection<PublicKey>): Map<Party, List<PublicKey>></ID>
<ID>MaxLineLength:IdentityUtils.kt$ fun <T> excludeHostNode(serviceHub: ServiceHub, map: Map<Party, T>): Map<Party, T></ID>
<ID>MaxLineLength:IdentityUtils.kt$(serviceHub.identityService.wellKnownPartyFromAnonymous(it) ?: if (ignoreUnrecognisedParties) return@mapNotNull null else throw IllegalArgumentException("Could not find Party for $it")) to it</ID>
<ID>MaxLineLength:InMemoryIdentityService.kt$InMemoryIdentityService$log.warn("Certificate validation failed for ${identity.name} against trusted root ${trustAnchor.trustedCert.subjectX500Principal}.")</ID>
<ID>MaxLineLength:InMemoryIdentityService.kt$InMemoryIdentityService$results += keyToPartyAndCerts[key]?.party ?: throw IllegalArgumentException("Could not find an entry in the database for the public key $key.")</ID>
<ID>MaxLineLength:InMemoryIdentityService.kt$InMemoryIdentityService$throw NotImplementedError("This method is not implemented in the InMemoryIdentityService at it requires access to CordaPersistence.")</ID>
<ID>MaxLineLength:InfrequentlyMutatedCacheTest.kt$InfrequentlyMutatedCacheTest$@Test fun `fourth get outside first transaction from empty cache with invalidate in other thread in the middle returns result of second loader`()</ID>
<ID>MaxLineLength:InitialRegistrationCli.kt$InitialRegistration$println("Node was started before with `--initial-registration`, but the registration was not completed.\nResuming registration.")</ID>
<ID>MaxLineLength:InitialRegistrationCli.kt$InitialRegistration$println("Successfully registered Corda node with compatibility zone, node identity keys and certificates are stored in '${conf.certificatesDirectory}', it is advised to backup the private keys and certificates.")</ID>
<ID>MaxLineLength:InitialRegistrationCli.kt$InitialRegistration${ // Null checks for [compatibilityZoneURL], [rootTruststorePath] and [rootTruststorePassword] has been done in [CmdLineOptions.loadConfig] attempt { registerWithNetwork(config) }.doOnFailure(Consumer(this::handleRegistrationError)) as Try.Success // At this point the node registration was successful. We can delete the marker file. deleteNodeRegistrationMarker(baseDirectory) }</ID>
<ID>MaxLineLength:InstallShellExtensionsParser.kt$ShellExtensionsGenerator$printWarning("Cannot install shell extension for bash major version earlier than $minSupportedBashVersion. Please upgrade your bash version. Aliases should still work.")</ID>
<ID>MaxLineLength:InstallShellExtensionsParser.kt$ShellExtensionsGenerator$println("Installation complete, ${parent.alias} is available in bash, but autocompletion was not installed because of an old version of bash.")</ID>
<ID>MaxLineLength:InteractiveShell.kt$InteractiveShell$ExternalResolver.INSTANCE.addCommand("attachments", "Commands to extract information about attachments stored within the node", AttachmentShellCommand::class.java)</ID>
<ID>MaxLineLength:InteractiveShell.kt$InteractiveShell$ExternalResolver.INSTANCE.addCommand("checkpoints", "Commands to extract information about checkpoints stored within the node", CheckpointShellCommand::class.java)</ID>
<ID>MaxLineLength:InteractiveShell.kt$InteractiveShell$ExternalResolver.INSTANCE.addCommand("flow", "Commands to work with flows. Flows are how you can change the ledger.", FlowShellCommand::class.java)</ID>
<ID>MaxLineLength:InteractiveShell.kt$InteractiveShell$ExternalResolver.INSTANCE.addCommand("hashLookup", "Checks if a transaction with matching Id hash exists.", HashLookupShellCommand::class.java)</ID>
<ID>MaxLineLength:InteractiveShell.kt$InteractiveShell$ExternalResolver.INSTANCE.addCommand("output-format", "Commands to inspect and update the output format.", OutputFormatCommand::class.java)</ID>
<ID>MaxLineLength:InteractiveShell.kt$InteractiveShell$ExternalResolver.INSTANCE.addCommand("run", "Runs a method from the CordaRPCOps interface on the node.", RunShellCommand::class.java)</ID>
<ID>MaxLineLength:InternalMockNetwork.kt$InternalMockNetwork$private val serializationEnv = checkNotNull(setDriverSerialization()) { "Using more than one mock network simultaneously is not supported." }</ID>
<ID>MaxLineLength:InternalMockNetwork.kt$InternalMockNetwork.MockNode$require(cryptoService is BCCryptoService) { "MockNode supports BCCryptoService only, but it is ${cryptoService.javaClass.name}" }</ID>
<ID>MaxLineLength:InternalMockNetwork.kt$InternalMockNetwork.MockNode${ require(cryptoService is BCCryptoService) { "MockNode supports BCCryptoService only, but it is ${cryptoService.javaClass.name}" } counter = counter.add(BigInteger.ONE) // The StartedMockNode specifically uses EdDSA keys as they are fixed and stored in json files for some tests (e.g IRSSimulation). val keyPair = Crypto.deriveKeyPairFromEntropy(Crypto.EDDSA_ED25519_SHA512, counter) (cryptoService as BCCryptoService).importKey(alias, keyPair) return keyPair.public }</ID>
<ID>MaxLineLength:InternalTestUtils.kt$ fun cordappWithPackages(vararg packageNames: String): CustomCordapp</ID>
<ID>MaxLineLength:InternalTestUtils.kt$/** * *Custom* CorDapp containing the contents of the `net.corda.testing.contracts` package, i.e. the dummy contracts. This is not a real CorDapp * in the way that [FINANCE_CONTRACTS_CORDAPP] and [FINANCE_WORKFLOWS_CORDAPP] are. */ @JvmField val DUMMY_CONTRACTS_CORDAPP: CustomCordapp = cordappWithPackages("net.corda.testing.contracts")</ID>
<ID>MaxLineLength:InternalTestUtils.kt$/** * Reference to the finance-contracts CorDapp in this repo. The metadata is taken directly from finance/contracts/build.gradle, including the * fact that the jar is signed. If you need an unsigned jar then use `cordappWithPackages("net.corda.finance.contracts")`. * * You will probably need to use [FINANCE_CORDAPPS] instead to get access to the flows as well. */ @JvmField val FINANCE_CONTRACTS_CORDAPP: TestCordappImpl = findCordapp("net.corda.finance.contracts")</ID>
<ID>MaxLineLength:InternalTestUtils.kt$/** * Reference to the finance-workflows CorDapp in this repo. The metadata is taken directly from finance/workflows/build.gradle, including the * fact that the jar is signed. If you need an unsigned jar then use `cordappWithPackages("net.corda.finance.flows")`. * * You will probably need to use [FINANCE_CORDAPPS] instead to get access to the contract classes as well. */ @JvmField val FINANCE_WORKFLOWS_CORDAPP: TestCordappImpl = findCordapp("net.corda.finance.workflows")</ID>
<ID>MaxLineLength:InternalUtils.kt$ fun <T, U> List<T>.lazyMapped(transform: (T, Int) -> U): List<U></ID>
<ID>MaxLineLength:InternalUtils.kt$// TODO: Currently the certificate revocation status is not handled here. Nowhere in the code the second parameter is used. Consider adding the support in the future. fun CertPath.validate(trustAnchor: TrustAnchor, checkRevocation: Boolean = false): PKIXCertPathValidatorResult</ID>
<ID>MaxLineLength:InternalUtils.kt$val Class<*>.packageNameOrNull: String? // This intentionally does not go via `package` as that code path is slow and contended and just ends up doing this. get() { val name = this.name val i = name.lastIndexOf('.') return if (i != -1) { name.substring(0, i) } else { null } }</ID>
<ID>MaxLineLength:JacksonSupport.kt$JacksonSupport.PartyDeserializer$mapper.wellKnownPartyFromX500Name(principal) ?: throw JsonParseException(parser, "Could not find a Party with name $principal")</ID>
<ID>MaxLineLength:JacksonSupport.kt$JacksonSupport.PartyDeserializer$throw JsonParseException(parser, "No matching Party found, then tried to directly deserialise ${parser.text} as a PublicKey with no success", e)</ID>
<ID>MaxLineLength:JacksonSupportTest.kt$JacksonSupportTest${ val cert: X509Certificate = MINI_CORP.identity.certificate val json = mapper.valueToTree<ObjectNode>(cert) println(mapper.writeValueAsString(json)) assertThat(json["serialNumber"].bigIntegerValue()).isEqualTo(cert.serialNumber) assertThat(json["issuer"].valueAs<X500Principal>(mapper)).isEqualTo(cert.issuerX500Principal) assertThat(json["subject"].valueAs<X500Principal>(mapper)).isEqualTo(cert.subjectX500Principal) // cert.publicKey should be converted to a supported format (this is required because [Certificate] returns keys as SUN EC keys, not BC). assertThat(json["publicKey"].valueAs<PublicKey>(mapper)).isEqualTo(Crypto.toSupportedPublicKey(cert.publicKey)) assertThat(json["notAfter"].valueAs<Date>(mapper)).isEqualTo(cert.notAfter) assertThat(json["notBefore"].valueAs<Date>(mapper)).isEqualTo(cert.notBefore) assertThat(json["encoded"].binaryValue()).isEqualTo(cert.encoded) }</ID>
<ID>MaxLineLength:JarScanningCordappLoader.kt$JarScanningCordappLoader$"platform version ${it.minimumPlatformVersion} (This node is running version ${versionInfo.platformVersion})."</ID>
<ID>MaxLineLength:JarScanningCordappLoader.kt$JarScanningCordappLoader$override val appClassLoader: URLClassLoader = URLClassLoader(cordappJarPaths.stream().map { it.url }.toTypedArray(), javaClass.classLoader)</ID>
<ID>MaxLineLength:JarScanningCordappLoader.kt$JarScanningCordappLoader$private val signerKeyFingerprintBlacklist: List<SecureHash.SHA256> = emptyList()</ID>
<ID>MaxLineLength:JarScanningCordappLoader.kt$JarScanningCordappLoader$throw CordappInvalidVersionException("Target versionId attribute $attributeName not specified. Please specify a whole number starting from 1.")</ID>
<ID>MaxLineLength:JarSignatureCollectorTest.kt$JarSignatureCollectorTest$// Signing with EC algorithm produces META-INF/*.EC file name not compatible with JAR File Spec however it's compatible with java.util.JarVerifier // and our JarSignatureCollector @Test fun `one signer with EC algorithm`()</ID>
<ID>MaxLineLength:KMSUtils.kt$require(issuerRole == CertRole.LEGAL_IDENTITY) { "Confidential identities can only be issued from well known identities, provided issuer ${issuer.name} has role $issuerRole" }</ID>
<ID>MaxLineLength:KeyStoreConfigHelpers.kt$// A code signing policy is currently under design. // The following interim key represents a self-signed certificate produced using the Java keytool and located in the gradle cordapp plugins resources key store: // https://github.com/corda/corda-gradle-plugins/blob/master/cordapp/src/main/resources/certificates/cordadevcodesign.jks const val DEV_CORDAPP_CODE_SIGNING_STR = "AA59D829F2CA8FDDF5ABEA40D815F937E3E54E572B65B93B5C216AE6594E7D6B"</ID>
<ID>MaxLineLength:KeyStoreUtilities.kt$return certificate as? X509Certificate ?: throw IllegalStateException("Certificate under alias \"$alias\" is not an X.509 certificate: $certificate")</ID>
<ID>MaxLineLength:Kryo.kt$ImmutableClassSerializer$throw KryoException("Hashcode mismatch for parameter types for ${klass.qualifiedName}: unsupported type evolution has happened.")</ID>
<ID>MaxLineLength:Kryo.kt$ThrowableSerializer$private val delegate: Serializer<Throwable> = uncheckedCast(ReflectionSerializerFactory.makeSerializer(kryo, FieldSerializer::class.java, type))</ID>
<ID>MaxLineLength:LedgerTransaction.kt$LedgerTransaction$/** Random data used to make the transaction hash unpredictable even if the contents can be predicted; needed to avoid some obscure attacks. */ val privacySalt: PrivacySalt</ID>
<ID>MaxLineLength:LedgerTransaction.kt$LedgerTransaction$return inputs.mapNotNull { if (clazz.isInstance(it.state.data)) uncheckedCast<StateAndRef<ContractState>, StateAndRef<T>>(it) else null }</ID>
<ID>MaxLineLength:LedgerTransaction.kt$LedgerTransaction$return references.mapNotNull { if (clazz.isInstance(it.state.data)) uncheckedCast<StateAndRef<ContractState>, StateAndRef<T>>(it) else null }</ID>
<ID>MaxLineLength:LedgerTransaction.kt$LedgerTransaction$throw UnsupportedOperationException("Cannot verify a LedgerTransaction created using deprecated constructors outside of flow context.")</ID>
<ID>MaxLineLength:LegalNameValidator.kt$LegalNameValidator.Rule.MustHaveAtLeastTwoLettersRule$require(legalName.count { it.isLetter() } >= 2) { "Illegal input legal name '$legalName'. Legal name must have at least two letters" }</ID>
<ID>MaxLineLength:LegalNameValidator.kt$LegalNameValidator.Rule.UnicodeNormalizationRule$require(legalName == normalize(legalName)) { "Legal name must be normalized. Please use 'normalize' to normalize the legal name before validation." }</ID>
<ID>MaxLineLength:LegalNameValidatorTest.kt$LegalNameValidatorTest$LegalNameValidator.validateNameAttribute("The quick brown fox jumped over the lazy dog.1234567890", LegalNameValidator.Validation.FULL)</ID>
<ID>MaxLineLength:LegalNameValidatorTest.kt$LegalNameValidatorTest$LegalNameValidator.validateOrganization("The quick brown fox jumped over the lazy dog.1234567890", LegalNameValidator.Validation.FULL)</ID>
<ID>MaxLineLength:LegalNameValidatorTest.kt$LegalNameValidatorTest$assertEquals("Legal Name With Unicode Whitespaces", LegalNameValidator.normalize("Legal Name\u2004With\u0009Unicode\u0020Whitespaces"))</ID>
<ID>MaxLineLength:LocalTypeInformationBuilder.kt$LocalTypeInformationBuilder$remedy = "Either annotate a constructor for this type with @ConstructorForDeserialization, or provide a custom serializer for it"</ID>
<ID>MaxLineLength:LocalTypeInformationBuilder.kt$LocalTypeInformationBuilder$remedy = "Either ensure that the properties ${nonComposableProperties.keys} are serializable, or provide a custom serializer for this type"</ID>
<ID>MaxLineLength:Main.kt$Main$// TODO : This could block the UI thread when number of views increase, maybe we can make this async and display a loading screen. // Stock Views. registerView<Dashboard>() registerView<TransactionViewer>() // CordApps Views. registerView<CashViewer>() // Tools. registerView<Network>() registerView<Settings>() // Default view to Dashboard. selectedView.set(find<Dashboard>())</ID>
<ID>MaxLineLength:Main.kt$NetworkBootstrapperRunner$@Option(names = ["--copy-cordapps"], description = ["Whether or not to copy the CorDapp JARs into the nodes' 'cordapps' directory. \${COMPLETION-CANDIDATES}"])</ID>
<ID>MaxLineLength:Main.kt$NetworkBootstrapperRunner$@Option(names = ["--max-message-size"], description = ["The maximum message size to use in the network-parameters, in bytes. Current default is $DEFAULT_MAX_MESSAGE_SIZE."])</ID>
<ID>MaxLineLength:Main.kt$NetworkBootstrapperRunner$@Option(names = ["--max-transaction-size"], description = ["The maximum transaction size to use in the network-parameters, in bytes. Current default is $DEFAULT_MAX_TRANSACTION_SIZE."])</ID>
<ID>MaxLineLength:Main.kt$NetworkBootstrapperRunner$@Option(names = ["--minimum-platform-version"], description = ["The minimum platform version to use in the network-parameters. Current default is $PLATFORM_VERSION."])</ID>
<ID>MaxLineLength:Main.kt$NetworkBootstrapperRunner$@Option(names = ["--network-parameter-overrides", "-n"], description = ["Overrides the default network parameters with those in the given file."])</ID>
<ID>MaxLineLength:Main.kt$NetworkBootstrapperRunner$@Option(names = ["--no-copy"], hidden = true, description = ["""DEPRECATED. Don't copy the CorDapp JARs into the nodes' "cordapps" directories."""])</ID>
<ID>MaxLineLength:Main.kt$NetworkBootstrapperRunner$if (networkParametersFile?.exists() != true) throw FileNotFoundException("Unable to find specified network parameters config file at $networkParametersFile")</ID>
<ID>MaxLineLength:Main.kt$NetworkBootstrapperRunner$require(minimumPlatformVersion == null || minimumPlatformVersion ?: 0 > 0) { "The --minimum-platform-version parameter must be at least 1" }</ID>
<ID>MaxLineLength:MerkleTransaction.kt$FilteredTransaction$ @Throws(ComponentVisibilityException::class) fun checkAllComponentsVisible(componentGroupEnum: ComponentGroupEnum)</ID>
<ID>MaxLineLength:MerkleTransaction.kt$FilteredTransaction$"Did not receive components for group ${componentGroupEnum.ordinal} and cannot verify they didn't exist in the original wire transaction"</ID>
<ID>MaxLineLength:MerkleTransaction.kt$FilteredTransaction$visibilityCheck(group.groupIndex < groupHashes.size) { "There is no matching component group hash for group ${group.groupIndex}" }</ID>
<ID>MaxLineLength:MerkleTransaction.kt$FilteredTransaction.Companion$wtx.references.forEachIndexed { internalIndex, it -> filter(ReferenceStateRef(it), REFERENCES_GROUP.ordinal, internalIndex) }</ID>
<ID>MaxLineLength:MerkleTransaction.kt$FilteredTransaction.Companion${ wtx.inputs.forEachIndexed { internalIndex, it -> filter(it, INPUTS_GROUP.ordinal, internalIndex) } wtx.outputs.forEachIndexed { internalIndex, it -> filter(it, OUTPUTS_GROUP.ordinal, internalIndex) } wtx.commands.forEachIndexed { internalIndex, it -> filter(it, COMMANDS_GROUP.ordinal, internalIndex) } wtx.attachments.forEachIndexed { internalIndex, it -> filter(it, ATTACHMENTS_GROUP.ordinal, internalIndex) } if (wtx.notary != null) filter(wtx.notary, NOTARY_GROUP.ordinal, 0) if (wtx.timeWindow != null) filter(wtx.timeWindow, TIMEWINDOW_GROUP.ordinal, 0) // Note that because [inputs] and [references] share the same type [StateRef], we use a wrapper for references [ReferenceStateRef], // when filtering. Thus, to filter-in all [references] based on type, one should use the wrapper type [ReferenceStateRef] and not [StateRef]. // Similar situation is for network parameters hash and attachments, one should use wrapper [NetworkParametersHash] and not [SecureHash]. wtx.references.forEachIndexed { internalIndex, it -> filter(ReferenceStateRef(it), REFERENCES_GROUP.ordinal, internalIndex) } wtx.networkParametersHash?.let { filter(NetworkParametersHash(it), PARAMETERS_GROUP.ordinal, 0) } // It is highlighted that because there is no a signers property in TraversableTransaction, // one cannot specifically filter them in or out. // The above is very important to ensure someone won't filter out the signers component group if at least one // command is included in a FilteredTransaction. // It's sometimes possible that when we receive a WireTransaction for which there is a new or more unknown component groups, // we decide to filter and attach this field to a FilteredTransaction. // An example would be to redact certain contract state types, but otherwise leave a transaction alone, // including the unknown new components. wtx.componentGroups .filter { it.groupIndex >= values().size } .forEach { componentGroup -> componentGroup.components.forEachIndexed { internalIndex, component -> filter(component, componentGroup.groupIndex, internalIndex) } } }</ID>
<ID>MaxLineLength:MockServices.kt$MockAppServiceHubImpl<out T : SerializeAsToken> : AppServiceHubServiceHub</ID>
<ID>MaxLineLength:MockServices.kt$MockServices$/** * Create a mock [ServiceHub] that can't load CorDapp code, and which uses a default service identity. */ constructor(cordappPackages: Iterable<String>) : this(cordappPackages, CordaX500Name("TestIdentity", "", "GB"), makeTestIdentityService())</ID>
<ID>MaxLineLength:MockServices.kt$MockServices$/** * Create a mock [ServiceHub] that can't load CorDapp code, which uses the provided identity service * (you can get one from [makeTestIdentityService]) and which represents the given identity. */ @JvmOverloads constructor(cordappPackages: Iterable<String>, initialIdentityName: CordaX500Name, identityService: IdentityService = makeTestIdentityService()) : this(cordappPackages, TestIdentity(initialIdentityName), identityService)</ID>
<ID>MaxLineLength:MockServices.kt$MockServices$/** * Create a mock [ServiceHub] that looks for app code in the given package names, uses the provided identity service * (you can get one from [makeTestIdentityService]) and represents the given identity. */ @JvmOverloads constructor(cordappPackages: Iterable<String>, initialIdentityName: CordaX500Name, identityService: IdentityService = makeTestIdentityService(), key: KeyPair, vararg moreKeys: KeyPair) : this(cordappPackages, TestIdentity(initialIdentityName, key), identityService, *moreKeys)</ID>
<ID>MaxLineLength:MockServices.kt$MockServices$/** * Create a mock [ServiceHub] which uses the package of the caller to find CorDapp code. It uses a default service * identity. */ constructor() : this(listOf(getCallerPackage(MockServices::class)!!), CordaX500Name("TestIdentity", "", "GB"), makeTestIdentityService())</ID>
<ID>MaxLineLength:MockServices.kt$MockServices$/** * Create a mock [ServiceHub] which uses the package of the caller to find CorDapp code. It uses the provided identity service * (you can get one from [makeTestIdentityService]) and which represents the given identity. */ @JvmOverloads constructor(initialIdentityName: CordaX500Name, identityService: IdentityService = makeTestIdentityService(), key: KeyPair, vararg moreKeys: KeyPair) : this(listOf(getCallerPackage(MockServices::class)!!), TestIdentity(initialIdentityName, key), identityService, *moreKeys)</ID>
<ID>MaxLineLength:Network.kt$Network$val inputParties = it.inputs.sequence() .map { it as? PartiallyResolvedTransaction.InputResolution.Resolved } .filterNotNull() .map { it.stateAndRef.state.data }.getParties() val outputParties = it.transaction.coreTransaction.let { if (it is WireTransaction) it.outputStates.observable().getParties() // For ContractUpgradeWireTransaction and NotaryChangeWireTransaction the output parties are the same as input parties else inputParties } val signingParties = it.transaction.sigs.map { it.by.toKnownParty() } // Input parties fire a bullets to all output parties, and to the signing parties. !! This is a rough guess of how the message moves in the network. // TODO : Expose artemis queue to get real message information. inputParties.cross(outputParties) + inputParties.cross(signingParties)</ID>
<ID>MaxLineLength:Network.kt$Network$val mapLabel = label(PartyNameFormatter.short.format(identities.first().name)) // We choose the first one for the name of the node on the map.</ID>
<ID>MaxLineLength:Network.kt$Network${ // It has to be a copy if we want to have notary both in notaries list and in identity (if we are looking at that particular notary node). myIdentityPane.apply { center = node.renderButton(mapLabel) } myLabel = mapLabel }</ID>
<ID>MaxLineLength:NetworkBootstrapper.kt$CopyCordapps.FirstRunOnly$println("Not copying CorDapp JARs as --copy-cordapps is set to FirstRunOnly, and it looks like this network has already been bootstrapped.")</ID>
<ID>MaxLineLength:NetworkBootstrapper.kt$CopyCordapps.Yes$override fun copyTo(cordappJars: List<Path>, nodeDirs: List<Path>, networkAlreadyExists: Boolean, fromCordform: Boolean)</ID>
<ID>MaxLineLength:NetworkBootstrapper.kt$NetworkBootstrapper$val signedJars = cordappJars.filter { isSigned(it) } // signed JARs are excluded by default, optionally include them in order to transition states from CZ whitelist to signature constraint</ID>
<ID>MaxLineLength:NetworkMapTest.kt$NetworkMapTest$assertThatThrownBy { alice.rpc.acceptNewNetworkParameters(nextHash) }.hasMessageContaining("Refused to accept parameters with hash")</ID>
<ID>MaxLineLength:NetworkMapUpdater.kt$NetworkMapUpdater$"""Node is using network parameters with hash $currentParametersHash but the network map is advertising ${networkMap.networkParameterHash}. To resolve this mismatch, and move to the current parameters, delete the $NETWORK_PARAMS_FILE_NAME file from the node's directory and restart. The node will shutdown now."""</ID>
<ID>MaxLineLength:NetworkMapUpdater.kt$NetworkMapUpdater$// Add new node info to the network map cache, these could be new node info or modification of node info for existing nodes. networkMapCache.addNodes(retrievedNodeInfos)</ID>
<ID>MaxLineLength:NetworkMapUpdater.kt$NetworkMapUpdater$To resolve this mismatch, and move to the current parameters, delete the </ID>
<ID>MaxLineLength:NetworkMapUpdater.kt$NetworkMapUpdater$logger.info("Fetched: ${hashesToFetch.size} using $threadsToUseForNetworkMapDownload Threads in ${System.currentTimeMillis() - networkMapDownloadStartTime}ms")</ID>
<ID>MaxLineLength:NetworkMapUpdater.kt$NetworkMapUpdater$val (update, signedNewNetParams) = requireNotNull(newNetworkParameters) { "Couldn't find parameters update for the hash: $parametersHash" }</ID>
<ID>MaxLineLength:NetworkMapUpdaterTest.kt$NetworkMapUpdaterTest$assertFalse(netParams.canAutoAccept(netParamsAutoAcceptable, setOf("whitelistedContractImplementations")), "not auto-acceptable if only AutoAcceptable params have changed but one has been added to the exclusion set")</ID>
<ID>MaxLineLength:NetworkMapUpdaterTest.kt$NetworkMapUpdaterTest$assertFalse(netParams.canAutoAccept(netParamsNotAutoAcceptable, emptySet()), "not auto-acceptable if non-AutoAcceptable param has changed")</ID>
<ID>MaxLineLength:NetworkMapUpdaterTest.kt$NetworkMapUpdaterTest$assertTrue(netParams.canAutoAccept(netParamsAutoAcceptable, emptySet()), "auto-acceptable if only AutoAcceptable params have changed")</ID>
<ID>MaxLineLength:NetworkMapUpdaterTest.kt$NetworkMapUpdaterTest$assertTrue(netParams.canAutoAccept(netParamsAutoAcceptable, setOf("modifiedTime")), "auto-acceptable if only AutoAcceptable params have changed and excluded param has not changed")</ID>
<ID>MaxLineLength:NetworkParametersCopier.kt$NetworkParametersCopier$private val serialisedSignedNetParams: SerializedBytes<SignedDataWithCert<NetworkParameters>> = signingCertAndKeyPair.sign(networkParameters).serialize()</ID>
<ID>MaxLineLength:NetworkParametersReader.kt$NetworkParametersReader${ // TODO On one hand we have node starting without parameters and just accepting them by default, // on the other we have parameters update process - it needs to be unified. Say you start the node, you don't have matching parameters, // you get them from network map, but you have to run the approval step. if (signedParametersFromFile == null) { // Node joins for the first time. downloadParameters(advertisedParametersHash) } else if (signedParametersFromFile.raw.hash == advertisedParametersHash) { // Restarted with the same parameters. signedParametersFromFile } else { // Update case. readParametersUpdate(advertisedParametersHash, signedParametersFromFile.raw.hash) } }</ID>
<ID>MaxLineLength:NetworkParametersServiceInternal.kt$NetworkParametersStorage$ fun getEpochFromHash(hash: SecureHash): Int?</ID>
<ID>MaxLineLength:NetworkParametersTest.kt$NetworkParametersTest$val alice = mockNet.createUnstartedNode(InternalMockNodeParameters(legalName = ALICE_NAME, forcedID = 100, version = MOCK_VERSION_INFO.copy(platformVersion = 1)))</ID>
<ID>MaxLineLength:NetworkParametersTest.kt$NetworkParametersTest$val alice = mockNet.createUnstartedNode(InternalMockNodeParameters(legalName = ALICE_NAME, forcedID = 100, version = MOCK_VERSION_INFO.copy(platformVersion = 2)))</ID>
<ID>MaxLineLength:NetworkRegistrationHelper.kt$NetworkRegistrationHelper$ | Please make sure the config is correct or that the correct certificate for the CRL issuer is added to the node's trust store.</ID>
<ID>MaxLineLength:NetworkRegistrationHelper.kt$NetworkRegistrationHelper$logProgress("Certificate signing request with the following information will be submitted to the Corda certificate signing server.")</ID>
<ID>MaxLineLength:NetworkRegistrationHelper.kt$NetworkRegistrationHelper${ val nodeCACertificate = certificates.first() val nodeCaSubject = try { CordaX500Name.build(nodeCACertificate.subjectX500Principal) } catch (e: IllegalArgumentException) { throw CertificateRequestException("Received node CA cert has invalid subject name: ${e.message}") } if (nodeCaSubject != myLegalName) { throw CertificateRequestException("Subject of received node CA cert doesn't match with node legal name: $nodeCaSubject") } val nodeCaCertRole = try { CertRole.extract(nodeCACertificate) } catch (e: IllegalArgumentException) { throw CertificateRequestException("Unable to extract cert role from received node CA cert: ${e.message}") } if (certRole != nodeCaCertRole) { throw CertificateRequestException("Received certificate contains invalid cert role, expected '$certRole', got '$nodeCaCertRole'.") } // Validate returned certificate is for the correct public key. if (Crypto.toSupportedPublicKey(certificates.first().publicKey) != Crypto.toSupportedPublicKey(registeringPublicKey)) { throw CertificateRequestException("Received certificate contains incorrect public key, expected '$registeringPublicKey', got '${certificates.first().publicKey}'.") } // Validate certificate chain returned from the doorman with the root cert obtained via out-of-band process, to prevent MITM attack on doorman server. X509Utilities.validateCertificateChain(rootCert, certificates) logProgress("Certificate signing request approved, storing private key with the certificate chain.") }</ID>
<ID>MaxLineLength:NetworkRegistrationHelper.kt$NodeRegistrationHelper$logger.warn("The node's trust store already exists. The following certificates will be overridden: ${this.aliases().asSequence()}")</ID>
<ID>MaxLineLength:NewTransaction.kt$NewTransaction$issueRefLabel.visibleProperty().bind(transactionTypeCB.valueProperty().map { it == CashTransaction.Issue || it == CashTransaction.Exit })</ID>
<ID>MaxLineLength:NewTransaction.kt$NewTransaction$issuer.isNotNull.and(currencyChoiceBox.valueProperty().isNotNull).and(transactionTypeCB.valueProperty().booleanBinding(transactionTypeCB.valueProperty()) { it != CashTransaction.Issue })</ID>
<ID>MaxLineLength:Node.kt$Node$"To disable autodetect set detectPublicIp = false in the node.conf, or consider using messagingServerAddress and messagingServerExternal"</ID>
<ID>MaxLineLength:Node.kt$Node$log.info("Detected public IP: ${foundPublicIP.hostAddress}. This will be used instead of the provided \"$host\" as the advertised address.")</ID>
<ID>MaxLineLength:Node.kt$Node$log.info("Retrieved public IP from Network Map Service: $this. This will be used instead of the provided \"$host\" as the advertised address.")</ID>
<ID>MaxLineLength:Node.kt$Node$rpcClientContext = if (configuration.shouldInitCrashShell()) AMQP_RPC_CLIENT_CONTEXT.withClassLoader(classloader) else null</ID>
<ID>MaxLineLength:Node.kt$Node$throw CouldNotCreateDataSourceException("Database password is required for H2 server listening on ${InetAddress.getByName(effectiveH2Settings.address.host)}.")</ID>
<ID>MaxLineLength:Node.kt$Node.Companion$println("You are using a version of Java that is not supported (${SystemUtils.JAVA_VERSION}). Please upgrade to the latest version of Java 8.")</ID>
<ID>MaxLineLength:Node.kt$Node.Companion${ // JDK 11: review naming convention and checking of 'minUpdateVersion' and 'distributionType` (OpenJDK, Oracle, Zulu, AdoptOpenJDK, Cornetto) return try { if (SystemUtils.IS_JAVA_11) return true else { val update = getJavaUpdateVersion(SystemUtils.JAVA_VERSION) // To filter out cases like 1.8.0_202-ea (SystemUtils.IS_JAVA_1_8 && update >= 171) } } catch (e: NumberFormatException) { // custom JDKs may not have the update version (e.g. 1.8.0-adoptopenjdk) false } }</ID>
<ID>MaxLineLength:Node.kt$NodeWithInfo$val services: StartedNodeServices = object : StartedNodeServices, ServiceHubInternal by node.services, FlowStarter by node.flowStarter {}</ID>
<ID>MaxLineLength:NodeAttachmentService.kt$NodeAttachmentService$/** * This caches contract attachment versions by contract class name. For each version, we support one signed and one unsigned attachment, since that is allowed. * * It is correctly invalidated as new attachments are uploaded. */ private val contractsCache = InfrequentlyMutatedCache<ContractClassName, NavigableMap<Version, AttachmentIds>>("NodeAttachmentService_contractAttachmentVersions", cacheFactory)</ID>
<ID>MaxLineLength:NodeAttachmentService.kt$NodeAttachmentService$log.warn("(Dev Mode) Multiple signed attachments ${signed.map { it.toString() }} for contract $contractClassName version '${it.key}'.")</ID>
<ID>MaxLineLength:NodeAttachmentService.kt$NodeAttachmentService$log.warn("Selecting attachment ${unsigned.first()} from duplicated, unsigned attachments ${unsigned.map { it.toString() }} for contract $contractClassName version '${it.key}'.")</ID>
<ID>MaxLineLength:NodeAttachmentService.kt$NodeAttachmentService$log.warn("Several versions based on whitelistedContractImplementations position are available: ${versions.toSet()}. $msg")</ID>
<ID>MaxLineLength:NodeAttachmentService.kt$NodeAttachmentService.HashCheckingStream$private val stream: HashingInputStream = HashingInputStream(Hashing.sha256(), counter)</ID>
<ID>MaxLineLength:NodeAttachmentServiceTest.kt$NodeAttachmentServiceTest$@Test fun `The strict JAR verification function fails signed JARs with removed or extra files that are valid according to the usual jarsigner`()</ID>
<ID>MaxLineLength:NodeAttachmentServiceTest.kt$NodeAttachmentServiceTest$@Test fun `attachments can be queried by providing a intersection of signers using an EQUAL statement - EQUAL containing a single public key`()</ID>
<ID>MaxLineLength:NodeAttachmentServiceTest.kt$NodeAttachmentServiceTest$@Test fun `attachments can be queried by providing a intersection of signers using an EQUAL statement - EQUAL containing multiple public keys`()</ID>
<ID>MaxLineLength:NodeBasedTest.kt$InProcessNode$assertFalse(isInvalidJavaVersion(), "You are using a version of Java that is not supported (${SystemUtils.JAVA_VERSION}). Please upgrade to the latest version of Java 8.")</ID>
<ID>MaxLineLength:NodeBuilder.kt$NodeBuilder.<no name provided>$future.completeExceptionally(IllegalStateException("Could not build image for: $nodeDir, reason: ${result?.errorDetail}"))</ID>
<ID>MaxLineLength:NodeCmdLineOptions.kt$NodeCmdLineOptions$description = ["DEPRECATED. Performs the node start-up tasks necessary to generate the nodeInfo file, saves it to disk, then exits."]</ID>
<ID>MaxLineLength:NodeCmdLineOptions.kt$NodeCmdLineOptions$description = ["DEPRECATED. Starts initial node registration with Corda network to obtain certificate from the permissioning server."]</ID>
<ID>MaxLineLength:NodeConfiguration.kt$SecurityConfiguration.AuthService.DataSource$AuthDataSourceType.DB -> require(users == null && connection != null) { "Database-backed authentication must not specify a user list, and must configure a database" }</ID>
<ID>MaxLineLength:NodeConfiguration.kt$SecurityConfiguration.AuthService.DataSource$AuthDataSourceType.INMEMORY -> require(users != null && connection == null) { "In-memory authentication must specify a user list, and must not configure a database" }</ID>
<ID>MaxLineLength:NodeConfigurationImpl.kt$NodeConfigurationImpl$// TODO: There are two implications here: // 1. "signingCertificateStore" and "p2pKeyStore" have the same passwords. In the future we should re-visit this "rule" and see of they can be made different; // 2. The passwords for store and for keys in this store are the same, this is due to limitations of Artemis. override val signingCertificateStore = FileBasedCertificateStoreSupplier(signingCertificateStorePath, keyStorePassword, keyStorePassword)</ID>
<ID>MaxLineLength:NodeConfigurationImpl.kt$NodeConfigurationImpl$require(rpcSettings.address == null) { "Can't provide top-level rpcAddress and rpcSettings.address (they control the same property)." }</ID>
<ID>MaxLineLength:NodeConfigurationImpl.kt$NodeConfigurationImpl$return listOf("cannot specify 'compatibilityZoneURL' when 'devMode' is true, unless 'devModeOptions.allowCompatibilityZone' is also true")</ID>
<ID>MaxLineLength:NodeConfigurationImpl.kt$NodeConfigurationImpl$return listOf("cannot specify 'networkServices' when 'devMode' is true, unless 'devModeOptions.allowCompatibilityZone' is also true")</ID>
<ID>MaxLineLength:NodeConfigurationImplTest.kt$NodeConfigurationImplTest$assertFalse(getConfig("test-config-DevMode.conf", ConfigFactory.parseMap(mapOf("devMode" to false))).getBooleanCaseInsensitive("devMode"))</ID>
<ID>MaxLineLength:NodeConfigurationImplTest.kt$NodeConfigurationImplTest$assertFalse(getConfig("test-config-empty.conf", ConfigFactory.parseMap(mapOf("devMode" to false))).getBooleanCaseInsensitive("devMode"))</ID>
<ID>MaxLineLength:NodeConfigurationImplTest.kt$NodeConfigurationImplTest$assertFalse(getConfig("test-config-noDevMode.conf", ConfigFactory.parseMap(mapOf("devMode" to false))).getBooleanCaseInsensitive("devMode"))</ID>
<ID>MaxLineLength:NodeConfigurationImplTest.kt$NodeConfigurationImplTest$assertTrue(getConfig("test-config-DevMode.conf", ConfigFactory.parseMap(mapOf("devMode" to true))).getBooleanCaseInsensitive("devMode"))</ID>
<ID>MaxLineLength:NodeConfigurationImplTest.kt$NodeConfigurationImplTest$assertTrue(getConfig("test-config-empty.conf", ConfigFactory.parseMap(mapOf("devMode" to true))).getBooleanCaseInsensitive("devMode"))</ID>
<ID>MaxLineLength:NodeConfigurationImplTest.kt$NodeConfigurationImplTest$assertTrue(getConfig("test-config-noDevMode.conf", ConfigFactory.parseMap(mapOf("devMode" to true))).getBooleanCaseInsensitive("devMode"))</ID>
<ID>MaxLineLength:NodeMonitorModel.kt$NodeMonitorModel${ rpc = ReconnectingCordaRPCOps(nodeHostAndPort, username, password, CordaRPCClientConfiguration.DEFAULT) proxyObservable.value = rpc // Vault snapshot (force single page load with MAX_PAGE_SIZE) + updates val (statesSnapshot, vaultUpdates) = rpc.vaultTrackBy<ContractState>(QueryCriteria.VaultQueryCriteria(Vault.StateStatus.ALL), PageSpecification(DEFAULT_PAGE_NUM, MAX_PAGE_SIZE)) val unconsumedStates = statesSnapshot.states.filterIndexed { index, _ -> statesSnapshot.statesMetadata[index].status == Vault.StateStatus.UNCONSUMED }.toSet() val consumedStates = statesSnapshot.states.toSet() - unconsumedStates val initialVaultUpdate = Vault.Update(consumedStates, unconsumedStates, references = emptySet()) vaultUpdates.startWith(initialVaultUpdate).subscribe(vaultUpdatesSubject::onNext) // Transactions val (transactions, newTransactions) = @Suppress("DEPRECATION") rpc.internalVerifiedTransactionsFeed() newTransactions.startWith(transactions).subscribe(transactionsSubject::onNext) // SM -> TX mapping val (smTxMappings, futureSmTxMappings) = rpc.stateMachineRecordedTransactionMappingFeed() futureSmTxMappings.startWith(smTxMappings).subscribe(stateMachineTransactionMappingSubject::onNext) // Parties on network val (parties, futurePartyUpdate) = rpc.networkMapFeed() futurePartyUpdate.startWith(parties.map(MapChange::Added)).subscribe(networkMapSubject::onNext) val stateMachines = rpc.stateMachinesSnapshot() notaryIdentities = rpc.notaryIdentities() // Extract the flow tracking stream // TODO is there a nicer way of doing this? Stream of streams in general results in code like this... // TODO `progressTrackingSubject` doesn't seem to be used anymore - should it be removed? val currentProgressTrackerUpdates = stateMachines.mapNotNull { stateMachine -> ProgressTrackingEvent.createStreamFromStateMachineInfo(stateMachine) } val futureProgressTrackerUpdates = stateMachineUpdatesSubject.map { stateMachineUpdate -> if (stateMachineUpdate is StateMachineUpdate.Added) { ProgressTrackingEvent.createStreamFromStateMachineInfo(stateMachineUpdate.stateMachineInfo) ?: Observable.empty<ProgressTrackingEvent>() } else { Observable.empty<ProgressTrackingEvent>() } } // We need to retry, because when flow errors, we unsubscribe from progressTrackingSubject. So we end up with stream of state machine updates and no progress trackers. futureProgressTrackerUpdates.startWith(currentProgressTrackerUpdates).flatMap { it }.retry().subscribe(progressTrackingSubject) }</ID>
<ID>MaxLineLength:NodeNamedCache.kt$DefaultNamedCacheFactory$override fun bindWithConfig(nodeConfiguration: NodeConfiguration): BindableNamedCacheFactory</ID>
<ID>MaxLineLength:NodeNamedCache.kt$DefaultNamedCacheFactory$override fun bindWithMetrics(metricRegistry: MetricRegistry): BindableNamedCacheFactory</ID>
<ID>MaxLineLength:NodeStartup.kt$NodeStartup$"Your computer took over a second to resolve localhost due an incorrect configuration. Corda will work but start very slowly until this is fixed. "</ID>
<ID>MaxLineLength:NodeStartup.kt$NodeStartup$Node.printWarning("This node is running in development mode! ${Emoji.developer} This is not safe for production deployment.")</ID>
<ID>MaxLineLength:NodeStartup.kt$NodeStartup$logger.info("The Corda node is running in production mode. If this is a developer environment you can set 'devMode=true' in the node.conf file.")</ID>
<ID>MaxLineLength:NodeStartup.kt$NodeStartup$printError("Unable to access certificates directory ${certDirectory}. This could be because the node has not been registered with the Identity Operator.")</ID>
<ID>MaxLineLength:NodeStartup.kt$NodeStartupCli$Node.printWarning("The --clear-network-map-cache flag has been deprecated and will be removed in a future version. Use the clear-network-cache command instead.")</ID>
<ID>MaxLineLength:NodeStartup.kt$NodeStartupCli$Node.printWarning("The --initial-registration flag has been deprecated and will be removed in a future version. Use the initial-registration command instead.")</ID>
<ID>MaxLineLength:NodeStartup.kt$NodeStartupCli$Node.printWarning("The --just-generate-node-info flag has been deprecated and will be removed in a future version. Use the generate-node-info command instead.")</ID>
<ID>MaxLineLength:NodeStartup.kt$NodeStartupCli$Node.printWarning("The --just-generate-rpc-ssl-settings flag has been deprecated and will be removed in a future version. Use the generate-rpc-ssl-settings command instead.")</ID>
<ID>MaxLineLength:NodeStartup.kt$NodeStartupCli$override fun additionalSubCommands()</ID>
<ID>MaxLineLength:NodeStartup.kt$NodeStartupCli$println("Node was started before in `initial-registration` mode, but the registration was not completed.\nResuming registration.")</ID>
<ID>MaxLineLength:NodeStartup.kt$NodeStartupCli$requireNotNull(cmdLineOptions.networkRootTrustStorePassword) { "Network root trust store password must be provided in registration mode using --network-root-truststore-password." }</ID>
<ID>MaxLineLength:NodeStartup.kt$NodeStartupLogging$error is Errors.NativeIoException && error.message?.contains("Address already in use") == true -> error.logAsExpected("One of the ports required by the Corda node is already in use.")</ID>
<ID>MaxLineLength:NodeStartup.kt$NodeStartupLogging$error is Errors.NativeIoException && error.message?.contains("Can't assign requested address") == true -> error.logAsExpected("Exception during node startup. Check that addresses in node config resolve correctly.")</ID>
<ID>MaxLineLength:NodeStartup.kt$NodeStartupLogging$error is UnresolvedAddressException -> error.logAsExpected("Exception during node startup. Check that addresses in node config resolve correctly.")</ID>
<ID>MaxLineLength:NodeStartup.kt$NodeStartupLogging$error is java.nio.file.AccessDeniedException -> error.logAsExpected("Exception during node startup. Corda started with insufficient privileges to access ${error.file}")</ID>
<ID>MaxLineLength:NodeStartup.kt$NodeStartupLogging$error is java.nio.file.NoSuchFileException -> error.logAsExpected("Exception during node startup. Corda cannot find file ${error.file}")</ID>
<ID>MaxLineLength:NodeStartup.kt$NodeStartupLogging$error.isOpenJdkKnownIssue() -> error.logAsExpected("Exception during node startup - ${error.message}. This is a known OpenJDK issue on some Linux distributions, please use OpenJDK from zulu.org or Oracle JDK.")</ID>
<ID>MaxLineLength:NodeTabView.kt$NodeTabView$CityDatabase.cityMap.values.map { it.countryCode }.toSet().map { it to Image(resources["/net/corda/demobench/flags/$it.png"]) }.toMap()</ID>
<ID>MaxLineLength:NodeTerminalView.kt$NodeTerminalView${ // TODO: Remove this special case once Rick's serialisation work means we can deserialise states that weren't on our own classpath. }</ID>
<ID>MaxLineLength:NodeTestUtils.kt$ fun testActor(owningLegalIdentity: CordaX500Name = CordaX500Name("Test Company Inc.", "London", "GB"))</ID>
<ID>MaxLineLength:NodeTestUtils.kt$ fun testContext(owningLegalIdentity: CordaX500Name = CordaX500Name("Test Company Inc.", "London", "GB"))</ID>
<ID>MaxLineLength:NodeUnloadHandlerTests.kt$NodeUnloadHandlerTests$assertTrue("Timed out waiting for AbstractNode to invoke the test service shutdown callback", shutdownLatch.await(30, TimeUnit.SECONDS))</ID>
<ID>MaxLineLength:NodeVaultService.kt$NodeVaultService$// Returns only output states that can be deserialised successfully. fun WireTransaction.deserializableOutputStates(): Map<Int, TransactionState<ContractState>></ID>
<ID>MaxLineLength:NodeVaultService.kt$NodeVaultService$// Returns only reference states that can be deserialised successfully. fun LedgerTransaction.deserializableRefStates(): Map<Int, StateAndRef<ContractState>></ID>
<ID>MaxLineLength:NodeVaultService.kt$NodeVaultService$log.trace { "Removing $consumedStateRefs consumed contract states and adding $producedStateRefs produced contract states to the database." }</ID>
<ID>MaxLineLength:NodeVaultService.kt$NodeVaultService$log.warn("There are unknown contract state types in the vault, which will prevent these states from being used. The relevant CorDapps must be loaded for these states to be used. The types not on the classpath are ${unknownTypes.joinToString(", ", "[", "]")}.")</ID>
<ID>MaxLineLength:NodeVaultService.kt$NodeVaultService$log.warn("trackBy is called with an already existing, open DB transaction. As a result, there might be states missing from both the snapshot and observable, included in the returned data feed, because of race conditions.")</ID>
<ID>MaxLineLength:NodeVaultService.kt$NodeVaultService$throw VaultQueryException("There are ${results.size} results, which exceeds the limit of $DEFAULT_PAGE_SIZE for queries that do not specify paging. In order to retrieve these results, provide a `PageSpecification(pageNumber, pageSize)` to the method invoked.")</ID>
<ID>MaxLineLength:NodeVaultService.kt$NodeVaultService.InnerState$// For use during publishing only. val updatesPublisher: rx.Observer<Vault.Update<ContractState>> get() = _updatesPublisher.bufferUntilDatabaseCommit().tee(_rawUpdatesPublisher)</ID>
<ID>MaxLineLength:NodeVaultServiceTest.kt$NodeVaultServiceTest$(services.validatedTransactions as WritableTransactionStorage).addTransaction(SignedTransaction(changeNotaryTx, listOf(NullKeys.NULL_SIGNATURE)))</ID>
<ID>MaxLineLength:NodeVaultServiceTest.kt$NodeVaultServiceTest$addOutputState(UniqueDummyLinearContract.State(listOf(megaCorp.party), "Dummy linear id"), UNIQUE_DUMMY_LINEAR_CONTRACT_PROGRAM_ID)</ID>
<ID>MaxLineLength:NodeWebServer.kt$NodeWebServer$/** Fetch WebServerPluginRegistry classes registered in META-INF/services/net.corda.webserver.services.WebServerPluginRegistry files that exist in the classpath */ val pluginRegistries: List<WebServerPluginRegistry> by lazy { ServiceLoader.load(WebServerPluginRegistry::class.java).toList() }</ID>
<ID>MaxLineLength:NodeWebServer.kt$NodeWebServer$private fun reconnectingCordaRPCOps()</ID>
<ID>MaxLineLength:NotaryChangeTransactions.kt$NotaryChangeWireTransaction$@Deprecated("Required only for backwards compatibility purposes. This type of transaction should not be constructed outside Corda code.", ReplaceWith("NotaryChangeTransactionBuilder"), DeprecationLevel.WARNING)</ID>
<ID>MaxLineLength:NotaryError.kt$NotaryError.Conflict$"To find out if any of the conflicting transactions have been generated by this node you can use the hashLookup Corda shell command."</ID>
<ID>MaxLineLength:NotaryError.kt$NotaryError.WrongNotary$@Deprecated("Deprecated since platform version 4. This object is no longer used, [TransactionInvalid] will be reported in case of notary mismatch")</ID>
<ID>MaxLineLength:NotaryFlow.kt$NotaryFlow.Client$"Notary $notaryParty is not on the network parameter whitelist. A non-whitelisted notary can only be used for notary change transactions"</ID>
<ID>MaxLineLength:NotaryLoader.kt$NotaryLoader$throw IllegalStateException("There is a discrepancy in the configured notary type and the one advertised in the network parameters - shutting down. " + "Configured as validating: ${configuredAsValidatingNotary}. Advertised as validating: ${validatingNotaryInNetworkMapCache}")</ID>
<ID>MaxLineLength:NotaryServiceFlow.kt$NotaryServiceFlow$"The notary specified on the transaction: [$notary] does not match the notary service's identity: [${service.notaryIdentityKey}] "</ID>
<ID>MaxLineLength:NotaryWhitelistTests.kt$NotaryWhitelistTests${ // Issue a state using the old notary. It is currently whitelisted. val stateFakeNotary = issueStateOnOldNotary(oldNotary) // Remove old notary from the whitelist val parameters = aliceNode.services.networkParameters val newParameters = removeOldNotary(parameters) mockNet.nodes.forEach { (it.networkParametersStorage as MockNetworkParametersStorage).setCurrentParametersUnverified(newParameters) } // Re-point the state to the remaining whitelisted notary. The transaction itself should be considered valid, even though the old notary is not whitelisted. val futureChange = aliceNode.services.startFlow(NotaryChangeFlow(stateFakeNotary, newNotary)).resultFuture mockNet.runNetwork() val newSTate = futureChange.getOrThrow() // Create a valid transaction consuming the re-pointed state. val validTxBuilder = TransactionBuilder(newNotary) .addInputState(newSTate) .addCommand(dummyCommand(alice.owningKey)) val validStx = aliceNode.services.signInitialTransaction(validTxBuilder) // The transaction verifies. validStx.verify(aliceNode.services, false) // Notarisation should succeed. val future = runNotaryClient(validStx) future.getOrThrow() }</ID>
<ID>MaxLineLength:NotaryWhitelistTests.kt$NotaryWhitelistTests${ Assume.assumeTrue(isValidating) // Skip the test for non-validating notaries val fakeNotaryKeyPair = generateKeyPair() val fakeNotaryParty = Party(DUMMY_NOTARY_NAME.copy(organisation = "Fake notary"), fakeNotaryKeyPair.public) // Issue a state using an unlisted notary. This transaction should not verify when checked by counterparties. val stateFakeNotary = issueStateWithFakeNotary(fakeNotaryParty, fakeNotaryKeyPair) // Re-point the state to the whitelisted notary. The transaction itself should be considered valid, even though the old notary is not whitelisted. val notaryChangeLtx = changeNotary(stateFakeNotary, fakeNotaryParty, fakeNotaryKeyPair) // Create a valid transaction consuming the re-pointed state. val inputStateValidNotary = notaryChangeLtx.outRef<DummyContract.State>(0) val validTxBuilder = TransactionBuilder(oldNotary) .addInputState(inputStateValidNotary) .addCommand(dummyCommand(alice.owningKey)) val validStx = aliceNode.services.signInitialTransaction(validTxBuilder) // The transaction itself verifies, as no resolution is done here. validStx.verify(aliceNode.services, false) val future = runNotaryClient(validStx) // The notary should reject this transaction – the issue transaction in the dependencies should not verify. val ex = assertFailsWith(NotaryException::class) { future.getOrThrow() } assert(ex.error is NotaryError.TransactionInvalid) assertEquals(validStx.id, ex.txId) }</ID>
<ID>MaxLineLength:Obligation.kt$Obligation$"amount in settle command ${command.value.amount} matches settled total $totalAmountSettled" using (command.value.amount == totalAmountSettled)</ID>
<ID>MaxLineLength:Obligation.kt$Obligation$val inputAmount = inputs.sumObligationsOrNull<P>() ?: throw IllegalArgumentException("there is at least one obligation input for this group")</ID>
<ID>MaxLineLength:Obligation.kt$Obligation$val inputAmount: Amount<Issued<Terms<P>>> = inputs.sumObligationsOrNull() ?: throw IllegalArgumentException("there is at least one obligation input for this group")</ID>
<ID>MaxLineLength:ObligationTests.kt$ObligationTests$output(Obligation.PROGRAM_ID, "Alice's defaulted $1,000,000 obligation to Bob", (oneMillionDollars.OBLIGATION between Pair(ALICE, BOB) at futureTestTime).copy(lifecycle = Lifecycle.DEFAULTED))</ID>
<ID>MaxLineLength:ObligationTests.kt$ObligationTests$output(Obligation.PROGRAM_ID, "Alice's defaulted $1,000,000 obligation to Bob", (oneMillionDollars.OBLIGATION between Pair(ALICE, BOB) at pastTestTime).copy(lifecycle = Lifecycle.DEFAULTED))</ID>
<ID>MaxLineLength:ObligationTests.kt$ObligationTests$output(Obligation.PROGRAM_ID, "Alice's defaulted $1,000,000 obligation to Bob", (oneMillionDollars.OBLIGATION between Pair(ALICE, BOB)).copy(lifecycle = Lifecycle.DEFAULTED))</ID>
<ID>MaxLineLength:ObligationTests.kt$ObligationTests$output(Obligation.PROGRAM_ID, "MegaCorp's $1,000,000 obligation to Alice", oneMillionDollars.OBLIGATION between Pair(MEGA_CORP, ALICE))</ID>
<ID>MaxLineLength:ObligationTests.kt$ObligationTests$output(Obligation.PROGRAM_ID, "MegaCorp's $1,000,000 obligation to Bob", oneMillionDollars.OBLIGATION between Pair(MEGA_CORP, BOB))</ID>
<ID>MaxLineLength:ObligationTests.kt$ObligationTests.<no name provided>$override fun loadState(stateRef: StateRef): TransactionState<*></ID>
<ID>MaxLineLength:ObligationUtils.kt$ObligationUtils$"all obligation states are in the normal state" using (statesAndRefs.all { it.state.data.lifecycle == Obligation.Lifecycle.NORMAL })</ID>
<ID>MaxLineLength:ObservableUtilities.kt${ //TODO This is a tactical work round for an issue with SAM conversion (https://youtrack.jetbrains.com/issue/ALL-1552) so that the M10 explorer works. return uncheckedCast(uncheckedCast<Any, ObservableList<A?>>(this).filtered { t -> t != null }) }</ID>
<ID>MaxLineLength:P2PFlowsDrainingModeTest.kt$P2PFlowsDrainingModeTest$val nodeA = startNode(providedName = ALICE_NAME, rpcUsers = users).getOrThrow() var successful = false val latch = CountDownLatch(1) // This would not be needed, as `terminate(true)` sets draining mode anyway, but it's here to ensure that it removes the persistent value anyway. nodeA.rpc.setFlowsDrainingModeEnabled(true) nodeA.rpc.waitForShutdown().doOnError(Throwable::printStackTrace).doOnError { successful = false }.doOnCompleted(nodeA::stop).doOnCompleted { val nodeARestarted = startNode(providedName = ALICE_NAME, rpcUsers = users).getOrThrow() successful = !nodeARestarted.rpc.isFlowsDrainingModeEnabled() }.doAfterTerminate(latch::countDown).subscribe() nodeA.rpc.terminate(true) latch.await() assertThat(successful).isTrue()</ID>
<ID>MaxLineLength:P2PMessagingClient.kt$P2PMessagingConsumer$logger.warn("Node is currently in draining mode, new flows will not be processed! Flows in flight: ${metricsRegistry.gauges["Flows.InFlight"]?.value}")</ID>
<ID>MaxLineLength:PartialMerkleTree.kt$PartialMerkleTree.Companion$ fun rootAndUsedHashes(node: PartialTree, usedHashes: MutableList<SecureHash>): SecureHash</ID>
<ID>MaxLineLength:PartyAndCertificate.kt$PartyAndCertificate$require(role?.isIdentity ?: false) { "Party certificate ${certificate.subjectDN} does not have a well known or confidential identity role. Found: $role" }</ID>
<ID>MaxLineLength:PartyAndCertificate.kt$PartyAndCertificate$throw CertPathValidatorException("The issuing certificate for $certificateString has role $parentRole, expected one of ${role.validParents}")</ID>
<ID>MaxLineLength:PersistentIdentityMigrationNewTable.kt$PersistentIdentityMigrationNewTable$throw PersistentIdentitiesMigrationException("Cannot migrate persistent identities as liquibase failed to provide a suitable database connection")</ID>
<ID>MaxLineLength:PersistentIdentityService.kt$PersistentIdentityService$// Allows us to eliminate keys we know belong to others by using the cache contents that might have been seen during other identity activity. // Concentrating activity on the identity cache works better than spreading checking across identity and key management, because we cache misses too. fun stripNotOurKeys(keys: Iterable<PublicKey>): Iterable<PublicKey></ID>
<ID>MaxLineLength:PersistentIdentityService.kt$PersistentIdentityService$log.warn("Certificate validation failed for ${identity.name} against trusted root ${trustAnchor.trustedCert.subjectX500Principal}.")</ID>
<ID>MaxLineLength:PersistentIdentityService.kt$PersistentIdentityService${ // If there is no entry in the legal keyToPartyAndCert table then the party must be a confidential identity so we perform // a lookup in the keyToName table. If an entry for that public key exists, then we attempt look up the associated node's // PartyAndCertificate. val name = keyToName[party.owningKey.toStringShort()] if (name != null) { // This should never return null as this node would not be able to communicate with the node providing a confidential // identity unless its NodeInfo/PartyAndCertificate were available. wellKnownPartyFromX500Name(name) } else { null } }</ID>
<ID>MaxLineLength:PersistentIdentityService.kt$PersistentIdentityService${ // This should never return null as this node would not be able to communicate with the node providing a confidential // identity unless its NodeInfo/PartyAndCertificate were available. wellKnownPartyFromX500Name(name) }</ID>
<ID>MaxLineLength:PersistentIdentityService.kt$PersistentIdentityService${ // Update the three tables as necessary. We definitely store the public key and map it to a party and we optionally update // the public key to external ID mapping table. This block will only ever be reached when registering keys generated on // other because when a node generates its own keys "registerKeyToParty" is automatically called by KeyManagementService.freshKey. registerKeyToParty(publicKey, party) hashToKey[publicKeyHash] = publicKey if (externalId != null) { registerKeyToExternalId(publicKey, externalId) } }</ID>
<ID>MaxLineLength:PersistentNetworkMapCache.kt$PersistentNetworkMapCache$"SELECT DISTINCT l FROM ${NodeInfoSchemaV1.PersistentNodeInfo::class.java.name} n JOIN n.legalIdentitiesAndCerts l WHERE l.name = :name"</ID>
<ID>MaxLineLength:PersistentNetworkMapCache.kt$PersistentNetworkMapCache$"SELECT n FROM ${NodeInfoSchemaV1.PersistentNodeInfo::class.java.name} n JOIN n.addresses a WHERE a.host = :host AND a.port = :port"</ID>
<ID>MaxLineLength:PersistentNetworkMapCache.kt$PersistentNetworkMapCache$"SELECT n FROM ${NodeInfoSchemaV1.PersistentNodeInfo::class.java.name} n JOIN n.legalIdentitiesAndCerts l WHERE l.name = :name"</ID>
<ID>MaxLineLength:PersistentNetworkMapCache.kt$PersistentNetworkMapCache$"SELECT n FROM ${NodeInfoSchemaV1.PersistentNodeInfo::class.java.name} n JOIN n.legalIdentitiesAndCerts l WHERE l.owningKeyHash = :owningKeyHash"</ID>
<ID>MaxLineLength:PersistentNetworkMapCache.kt$PersistentNetworkMapCache$val info = findByIdentityKey(session, nodeInfo.legalIdentitiesAndCerts.first().owningKey).singleOrNull { it.serial == nodeInfo.serial }</ID>
<ID>MaxLineLength:PersistentNetworkMapCacheTest.kt$PersistentNetworkMapCacheTest$private val charlieNetMapCache = PersistentNetworkMapCache(TestingNamedCacheFactory(), database, InMemoryIdentityService(trustRoot = DEV_ROOT_CA.certificate))</ID>
<ID>MaxLineLength:PersistentTypes.kt$MappedSchemaValidator.SchemaCrossReferenceReport$"MappedSchema '${schema.substringAfterLast(".")}' entity '$entity' field '$fieldOrMethod' is of type '$fieldOrMethodType' "</ID>
<ID>MaxLineLength:PortfolioApi.kt$PortfolioApi$val history = AggregatedHistoryView(state.valuation!!.trades, notional.toDouble(), LocalDate.now(), state.valuation!!.margin.first, mtm)</ID>
<ID>MaxLineLength:PortfolioApiUtils.kt$PortfolioApiUtils$"floatingRatePayer" to (floatingRatePayer.nameOrNull()?.organisation ?: floatingRatePayer.owningKey.toBase58String())</ID>
<ID>MaxLineLength:PrivateKeySerializer.kt$PrivateKeySerializer$override val schemaForDocumentation = Schema(listOf(RestrictedType(type.toString(), "", listOf(type.toString()), AMQPTypeIdentifiers.primitiveTypeName(ByteArray::class.java), descriptor, emptyList())))</ID>
<ID>MaxLineLength:ProgressTracker.kt$ProgressTracker$log.warnOnce("Found ProgressTracker Step(s) with the same label: ${labels.groupBy { it }.filter { it.value.size > 1 }.map { it.key }}")</ID>
<ID>MaxLineLength:ProgressTracker.kt$ProgressTracker.Step$private fun definitionLocation(): String</ID>
<ID>MaxLineLength:Properties.kt$ListProperty$errors += valueIn(target).asSequence().map { element -> element as ConfigObject }.map(ConfigObject::toConfig).mapIndexed { index, targetConfig -> schema.validate(targetConfig, options).errors.map { error -> error.withContainingPath(*error.containingPath(index).toTypedArray()) } }.fold(emptyList<Configuration.Validation.Error>()) { one, other -> one + other }.toSet()</ID>
<ID>MaxLineLength:Properties.kt$OptionalDelegatedProperty$override fun describe(configuration: Config, serialiseValue: (Any?) -> ConfigValue)</ID>
<ID>MaxLineLength:Properties.kt$OptionalDelegatedProperty$override fun withDefaultValue(defaultValue: TYPE): Configuration.Property.Definition<TYPE></ID>
<ID>MaxLineLength:Properties.kt$StandardProperty$override fun <MAPPED> mapValid(mappedTypeName: String, convert: (TYPE) -> Valid<MAPPED>): Configuration.Property.Definition.Standard<MAPPED></ID>
<ID>MaxLineLength:Properties.kt$private val expectedExceptionTypes = setOf(ConfigException.Missing::class, ConfigException.WrongType::class, ConfigException.BadValue::class, ConfigException.BadPath::class, ConfigException.Parse::class)</ID>
<ID>MaxLineLength:PropertyTest.kt$PropertyTest$val property = Configuration.Property.Definition.long(key).map(::AtomicLong).list().map { list -> list.map(AtomicLong::get).max() }.optional()</ID>
<ID>MaxLineLength:PropertyValidationTest.kt$PropertyValidationTest$return invalid(Configuration.Validation.Error.BadValue.of("Value must be of format \"host(String):port(Int > 0)\" e.g., \"127.0.0.1:8080\""))</ID>
<ID>MaxLineLength:ProviderMap.kt$// This registration is needed for reading back EdDSA key from java keystore. // TODO: Find a way to make JKS work with bouncy castle provider or implement our own provide so we don't have to register bouncy castle provider. Security.addProvider(it)</ID>
<ID>MaxLineLength:PublicKeySerializer.kt$PublicKeySerializer$override val schemaForDocumentation = Schema(listOf(RestrictedType(type.toString(), "", listOf(type.toString()), AMQPTypeIdentifiers.primitiveTypeName(ByteArray::class.java), descriptor, emptyList())))</ID>
<ID>MaxLineLength:QuasarInstrumentationHook.kt$QuasarInstrumentationHook$val instrumentClassMethods = clazz.methods.filter { it.name == "instrumentClass" } // TODO this is very brittle, we want to match on a specific instrumentClass() function. We could use the function signature, but that may change between versions anyway. Why is this function overloaded?? instrumentClassMethods[0].insertBefore( "$hookClassName.${::recordScannedClass.name}(className);" )</ID>
<ID>MaxLineLength:QueryCriteria.kt$GenericQueryCriteria.ChainableQueryCriteria$AndVisitor<Q : GenericQueryCriteria<Q, P>, in P : BaseQueryCriteriaParser<Q, P, S>, in S : BaseSort> : GenericQueryCriteria</ID>
<ID>MaxLineLength:QueryCriteria.kt$GenericQueryCriteria.ChainableQueryCriteria$OrVisitor<Q : GenericQueryCriteria<Q, P>, in P : BaseQueryCriteriaParser<Q, P, S>, in S : BaseSort> : GenericQueryCriteria</ID>
<ID>MaxLineLength:QueryCriteriaUtils.kt$Builder$@Deprecated("Does not support fields from a MappedSuperclass. Use equivalent on a FieldInfo.") fun <R> Field.functionPredicate(predicate: ColumnPredicate<R>, groupByColumns: List<Column<Any, R>>? = null, orderBy: Sort.Direction? = null)</ID>
<ID>MaxLineLength:QueryCriteriaUtils.kt$Builder$@JvmOverloads fun <O, R : Comparable<R>> KProperty1<O, R?>.`in`(collection: Collection<R>, exactMatch: Boolean = true)</ID>
<ID>MaxLineLength:QueryCriteriaUtils.kt$Builder$@JvmOverloads fun <O, R : Comparable<R>> KProperty1<O, R?>.notIn(collection: Collection<R>, exactMatch: Boolean = true)</ID>
<ID>MaxLineLength:QueryCriteriaUtils.kt$Builder$@JvmStatic @JvmOverloads @Deprecated("Does not support fields from a MappedSuperclass. Use equivalent on a FieldInfo.") fun <R> Field.avg(groupByColumns: List<Field>? = null, orderBy: Sort.Direction? = null)</ID>
<ID>MaxLineLength:QueryCriteriaUtils.kt$Builder$@JvmStatic @JvmOverloads @Deprecated("Does not support fields from a MappedSuperclass. Use equivalent on a FieldInfo.") fun <R> Field.max(groupByColumns: List<Field>? = null, orderBy: Sort.Direction? = null)</ID>
<ID>MaxLineLength:QueryCriteriaUtils.kt$Builder$@JvmStatic @JvmOverloads @Deprecated("Does not support fields from a MappedSuperclass. Use equivalent on a FieldInfo.") fun <R> Field.min(groupByColumns: List<Field>? = null, orderBy: Sort.Direction? = null)</ID>
<ID>MaxLineLength:QueryCriteriaUtils.kt$Builder$@JvmStatic @JvmOverloads @Deprecated("Does not support fields from a MappedSuperclass. Use equivalent on a FieldInfo.") fun <R> Field.sum(groupByColumns: List<Field>? = null, orderBy: Sort.Direction? = null)</ID>
<ID>MaxLineLength:QueryCriteriaUtils.kt$Column.Companion$when (property) { // This is to ensure that, for a JPA Entity, a field declared in a MappedSuperclass will not cause Hibernate to reject a query referencing it. // TODO remove the cast and access the owner properly after it will be exposed as Kotlin's public API (https://youtrack.jetbrains.com/issue/KT-24170). is CallableReference -> ((property as CallableReference).owner as KClass<*>).javaObjectType else -> property.javaGetter!!.declaringClass }</ID>
<ID>MaxLineLength:RPCApi.kt$RPCApi.ServerToClient.Companion$val id = message.invocationId(RPC_ID_FIELD_NAME, RPC_ID_TIMESTAMP_FIELD_NAME) ?: throw IllegalStateException("Cannot parse invocation id from client message.")</ID>
<ID>MaxLineLength:RPCApi.kt$RPCApi.ServerToClient.Companion$val observableId = message.invocationId(OBSERVABLE_ID_FIELD_NAME, OBSERVABLE_ID_TIMESTAMP_FIELD_NAME) ?: throw IllegalStateException("Cannot parse invocation id from client message.")</ID>
<ID>MaxLineLength:RPCApi.kt$private</ID>
<ID>MaxLineLength:RPCApi.kt$private fun ClientMessage.invocationId(valueProperty: String, timestampProperty: String): InvocationId?</ID>
<ID>MaxLineLength:RPCApi.kt$private fun ClientMessage.sessionId(valueProperty: String, timestampProperty: String): SessionId?</ID>
<ID>MaxLineLength:RPCApi.kt$private fun Trace.mapToExternal(message: ClientMessage)</ID>
<ID>MaxLineLength:RPCApi.kt$return invocationId(RPC_ID_FIELD_NAME, RPC_ID_TIMESTAMP_FIELD_NAME) ?: throw IllegalStateException("Cannot extract reply id from client message.")</ID>
<ID>MaxLineLength:RPCApi.kt$return sessionId(RPC_SESSION_ID_FIELD_NAME, RPC_SESSION_ID_TIMESTAMP_FIELD_NAME) ?: throw IllegalStateException("Cannot extract the session id from client message.")</ID>
<ID>MaxLineLength:RPCClientProxyHandler.kt$RPCClientProxyHandler$throw UnsupportedOperationException("Method $calledMethod was added in RPC protocol version $sinceVersion but the server is running $serverProtocolVersion")</ID>
<ID>MaxLineLength:RPCDriver.kt$SingleUserSecurityManager$override fun validateUserAndRole(user: String?, password: String?, roles: MutableSet<Role>?, checkType: CheckType?)</ID>
<ID>MaxLineLength:RPCHighThroughputObservableTests.kt$RPCHighThroughputObservableTests$val proxy = testProxy() // This tests that the observations are transmitted correctly, also check that server side doesn't try to serialize the whole lot // till client consumed some of the output produced. val observations = proxy.makeObservable() val observationsList = observations.take(4).toBlocking().toIterable().toList() assertEquals(listOf(1, 2, 3, 4), observationsList)</ID>
<ID>MaxLineLength:RPCServer.kt$RPCServer$/** * The method name -> InvocationTarget used for servicing the actual call. * NB: The key in this map can either be: * - FQN of the method including interface name for all the interfaces except `CordaRPCOps`; * - For `CordaRPCOps` interface this will be just plain method name. This is done to maintain wire compatibility with previous versions. */ private val methodTable: Map<String, InvocationTarget></ID>
<ID>MaxLineLength:RPCServer.kt$RPCServer$require(notificationType == CoreNotificationType.BINDING_ADDED.name){"Message contained notification type of $notificationType instead of expected ${CoreNotificationType.BINDING_ADDED.name}"}</ID>
<ID>MaxLineLength:RPCServer.kt$RPCServer$require(notificationType == CoreNotificationType.BINDING_REMOVED.name){"Message contained notification type of $notificationType instead of expected ${CoreNotificationType.BINDING_REMOVED.name}"}</ID>
<ID>MaxLineLength:RPCServer.kt$RPCServer$val validatedUser = message.getStringProperty(Message.HDR_VALIDATED_USER) ?: throw IllegalArgumentException("Missing validated user from the Artemis message")</ID>
<ID>MaxLineLength:RPCStabilityTests.kt$RPCStabilityTests$"Threads have leaked. New threads created: $newThreads (total before: ${threadsBefore.size}, total after: ${threadsAfter.size})"</ID>
<ID>MaxLineLength:ReferencedStatesFlowTests.kt$ReferencedStatesFlowTests${ // 1. Create a state to be used as a reference state. Don't share it. val newRefTx = nodes[0].services.startFlow(CreateRefState()).resultFuture.getOrThrow() val newRefState = newRefTx.tx.outRefsOfType<RefState.State>().single() // 2. Use the "newRefState" a transaction involving another party (nodes[1]) which creates a new state. They should store the new state and the reference state. val newTx = nodes[0].services.startFlow(UseRefState(nodes[1].info.legalIdentities.first(), newRefState.state.data.linearId)) .resultFuture.getOrThrow() // Wait until node 1 stores the new tx. nodes[1].services.validatedTransactions.trackTransaction(newTx.id).getOrThrow() // Check that nodes[1] has finished recording the transaction (and updating the vault.. hopefully!). // nodes[1] should have two states. The newly created output of type "Regular.State" and the reference state created by nodes[0]. assertEquals(2, nodes[1].services.vaultService.queryBy<LinearState>().states.size) // Now let's find the specific reference state on nodes[1]. val refStateLinearId = newRefState.state.data.linearId val query = QueryCriteria.LinearStateQueryCriteria(linearId = listOf(refStateLinearId)) val theReferencedState = nodes[1].services.vaultService.queryBy<RefState.State>(query) // There should be one result - the reference state. assertEquals(newRefState, theReferencedState.states.single()) println(theReferencedState.statesMetadata.single()) // nodes[0] should also have the same state. val nodeZeroQuery = QueryCriteria.LinearStateQueryCriteria(linearId = listOf(refStateLinearId)) val theReferencedStateOnNodeZero = nodes[0].services.vaultService.queryBy<RefState.State>(nodeZeroQuery) assertEquals(newRefState, theReferencedStateOnNodeZero.states.single()) // nodes[0] sends the tx that created the reference state to nodes[1]. nodes[0].services.startFlow(Initiator(newRefState)).resultFuture.getOrThrow() // Query again. val theReferencedStateAgain = nodes[1].services.vaultService.queryBy<RefState.State>(query) // There should be one result - the reference state. assertEquals(newRefState, theReferencedStateAgain.states.single()) }</ID>
<ID>MaxLineLength:ReferencedStatesFlowTests.kt$ReferencedStatesFlowTests${ // 1. Create a state to be used as a reference state. Don't share it. val newRefTx = nodes[0].services.startFlow(CreateRefState()).resultFuture.getOrThrow() val newRefState = newRefTx.tx.outRefsOfType<RefState.State>().single() // 2. Use the "newRefState" a transaction involving another party (nodes[1]) which creates a new state. They should store the new state and the reference state. val newTx = nodes[0].services.startFlow(UseRefState(nodes[1].info.legalIdentities.first(), newRefState.state.data.linearId)) .resultFuture.getOrThrow() // Wait until node 1 stores the new tx. nodes[1].services.validatedTransactions.trackTransaction(newTx.id).getOrThrow() // Check that nodes[1] has finished recording the transaction (and updating the vault.. hopefully!). val allRefStates = nodes[1].services.vaultService.queryBy<LinearState>() // nodes[1] should have two states. The newly created output and the reference state created by nodes[0]. assertEquals(2, allRefStates.states.size) }</ID>
<ID>MaxLineLength:ReferencedStatesFlowTests.kt$ReferencedStatesFlowTests${ // 1. Create a state to be used as a reference state. Don't share it. val newRefTx = nodes[0].services.startFlow(CreateRefState()).resultFuture.getOrThrow() val newRefState = newRefTx.tx.outRefsOfType<RefState.State>().single() // 2. Use the "newRefState" in a transaction involving another party (nodes[1]) which creates a new state. They should store the new state and the reference state. val newTx = nodes[0].services.startFlow(UseRefState(nodes[1].info.legalIdentities.first(), newRefState.state.data.linearId)) .resultFuture.getOrThrow() // Wait until node 1 stores the new tx. nodes[1].services.validatedTransactions.trackTransaction(newTx.id).getOrThrow() // Check that nodes[1] has finished recording the transaction (and updating the vault.. hopefully!). // nodes[1] should have two states. The newly created output of type "Regular.State" and the reference state created by nodes[0]. assertEquals(2, nodes[1].services.vaultService.queryBy<LinearState>().states.size) // 3. Update the reference state but don't share the update. val updatedRefTx = nodes[0].services.startFlow(UpdateRefState(newRefState)).resultFuture.getOrThrow() // 4. Now report the transactions that created the two reference states to a third party. nodes[0].services.startFlow(ReportTransactionFlow(nodes[2].info.legalIdentities.first(), newRefTx)).resultFuture.getOrThrow() nodes[0].services.startFlow(ReportTransactionFlow(nodes[2].info.legalIdentities.first(), updatedRefTx)).resultFuture.getOrThrow() // Check that there are two linear states in the vault (note that one is consumed) assertEquals(2, nodes[2].services.vaultService.queryBy<LinearState>(QueryCriteria.VaultQueryCriteria(status = Vault.StateStatus.ALL)).states.size) // 5. Report the transaction that uses the consumed reference state nodes[0].services.startFlow(ReportTransactionFlow(nodes[2].info.legalIdentities.first(), newTx)).resultFuture.getOrThrow() // There should be 3 linear states in the vault assertEquals(3, nodes[2].services.vaultService.queryBy<LinearState>(QueryCriteria.VaultQueryCriteria(status = Vault.StateStatus.ALL)).states.size) }</ID>
<ID>MaxLineLength:ReferencedStatesFlowTests.kt$ReferencedStatesFlowTests${ // 1. Create a state to be used as a reference state. Don't share it. val newRefTx = nodes[0].services.startFlow(CreateRefState()).resultFuture.getOrThrow() val newRefState = newRefTx.tx.outRefsOfType<RefState.State>().single() // 2. Use the "newRefState" in a transaction involving another party (nodes[1]) which creates a new state. They should store the new state and the reference state. val newTx = nodes[0].services.startFlow(UseRefState(nodes[1].info.legalIdentities.first(), newRefState.state.data.linearId)) .resultFuture.getOrThrow() // Wait until node 1 stores the new tx. nodes[1].services.validatedTransactions.trackTransaction(newTx.id).getOrThrow() // Check that nodes[1] has finished recording the transaction (and updating the vault.. hopefully!). // nodes[1] should have two states. The newly created output of type "Regular.State" and the reference state created by nodes[0]. assertEquals(2, nodes[1].services.vaultService.queryBy<LinearState>().states.size) // Now let's find the specific reference state on nodes[1]. val refStateLinearId = newRefState.state.data.linearId val query = QueryCriteria.LinearStateQueryCriteria(linearId = listOf(refStateLinearId)) val theReferencedState = nodes[1].services.vaultService.queryBy<RefState.State>(query) // There should be one result - the reference state. assertEquals(newRefState, theReferencedState.states.single()) // The reference state should not be consumed. assertEquals(Vault.StateStatus.UNCONSUMED, theReferencedState.statesMetadata.single().status) // nodes[0] should also have the same state. val nodeZeroQuery = QueryCriteria.LinearStateQueryCriteria(linearId = listOf(refStateLinearId)) val theReferencedStateOnNodeZero = nodes[0].services.vaultService.queryBy<RefState.State>(nodeZeroQuery) assertEquals(newRefState, theReferencedStateOnNodeZero.states.single()) assertEquals(Vault.StateStatus.UNCONSUMED, theReferencedStateOnNodeZero.statesMetadata.single().status) // 3. Update the reference state but don't share the update. nodes[0].services.startFlow(UpdateRefState(newRefState)).resultFuture.getOrThrow() // 4. Use the evolved state as a reference state. val updatedTx = nodes[0].services.startFlow(UseRefState(nodes[1].info.legalIdentities.first(), newRefState.state.data.linearId)) .resultFuture.getOrThrow() // Wait until node 1 stores the new tx. nodes[1].services.validatedTransactions.trackTransaction(updatedTx.id).getOrThrow() // Check that nodes[1] has finished recording the transaction (and updating the vault.. hopefully!). // nodes[1] should have four states. The originals, plus the newly created output of type "Regular.State" and the reference state created by nodes[0]. assertEquals(4, nodes[1].services.vaultService.queryBy<LinearState>(QueryCriteria.VaultQueryCriteria(status = Vault.StateStatus.ALL)).states.size) // Now let's find the original reference state on nodes[1]. val updatedQuery = QueryCriteria.VaultQueryCriteria(stateRefs = listOf(newRefState.ref), status = Vault.StateStatus.ALL) val theOriginalReferencedState = nodes[1].services.vaultService.queryBy<RefState.State>(updatedQuery) // There should be one result - the original reference state. assertEquals(newRefState, theOriginalReferencedState.states.single()) // The reference state should be consumed. assertEquals(Vault.StateStatus.CONSUMED, theOriginalReferencedState.statesMetadata.single().status) // nodes[0] should also have the same state. val theOriginalReferencedStateOnNodeZero = nodes[0].services.vaultService.queryBy<RefState.State>(updatedQuery) assertEquals(newRefState, theOriginalReferencedStateOnNodeZero.states.single()) assertEquals(Vault.StateStatus.CONSUMED, theOriginalReferencedStateOnNodeZero.statesMetadata.single().status) }</ID>
<ID>MaxLineLength:RetryFlowMockTest.kt$RetryFlowMockTest${ val messagesSent = Collections.synchronizedList(mutableListOf<Message>()) val partyB = nodeB.info.legalIdentities.first() nodeA.setMessagingServiceSpy(object : MessagingServiceSpy() { override fun send(message: Message, target: MessageRecipients, sequenceKey: Any) { messagesSent.add(message) messagingService.send(message, target) } }) val count = 10000 // Lots of iterations so the flow keeps going long enough nodeA.startFlow(KeepSendingFlow(count, partyB)) eventually(duration = Duration.ofSeconds(30), waitBetween = Duration.ofMillis(100)) { assertTrue(messagesSent.isNotEmpty()) assertNotNull(messagesSent.first().senderUUID) } nodeA = mockNet.restartNode(nodeA) // This is a bit racy because restarting the node actually starts it, so we need to make sure there's enough iterations we get here with flow still going. nodeA.setMessagingServiceSpy(object : MessagingServiceSpy() { override fun send(message: Message, target: MessageRecipients, sequenceKey: Any) { messagesSent.add(message) messagingService.send(message, target) } }) // Now short circuit the iterations so the flow finishes soon. KeepSendingFlow.count.set(count - 2) eventually(duration = Duration.ofSeconds(30), waitBetween = Duration.ofMillis(100)) { assertTrue(nodeA.smm.allStateMachines.isEmpty()) } assertNull(messagesSent.last().senderUUID) }</ID>
<ID>MaxLineLength:RigorousMock.kt$ParticipantDefaultAnswer$"Please specify what should happen when '${invocation.method}' is called, or don't call it. Args: ${Arrays.toString(invocation.arguments)}"</ID>
<ID>MaxLineLength:RigorousMock.kt$RigorousMockDefaultAnswer$return if (Modifier.isAbstract(invocation.method.modifiers)) ParticipantDefaultAnswer.answerImpl(invocation) else invocation.callRealMethod()</ID>
<ID>MaxLineLength:RigorousMock.kt$SpectatorDefaultAnswer.MethodInfo$private fun newSpectator(invocation: InvocationOnMock)</ID>
<ID>MaxLineLength:RpcExceptions.kt$OutdatedNetworkParameterHashException.Companion$private const val TEMPLATE = "Refused to accept parameters with hash %s because network map advertises update with hash %s. Please check newest version"</ID>
<ID>MaxLineLength:RpcReconnectTests.kt$RpcReconnectTests$numReconnects++ // We only expect to see a single reconnectOnError in the stack trace. Otherwise we're in danger of stack overflow recursion maxStackOccurrences.set(max(maxStackOccurrences.get(), currentStackTrace().count { it.methodName == "reconnectOnError" })) Unit</ID>
<ID>MaxLineLength:RpcReconnectTests.kt$RpcReconnectTests$val bankAReconnectingRpc = client.start(demoUser.username, demoUser.password, gracefulReconnect = reconnect).proxy as ReconnectingCordaRPCOps</ID>
<ID>MaxLineLength:ScheduledFlowIntegrationTests.kt$ScheduledFlowIntegrationTests$val N = 23 val rpcUser = User("admin", "admin", setOf("ALL")) val (alice, bob) = listOf(ALICE_NAME, BOB_NAME).map { startNode(providedName = it, rpcUsers = listOf(rpcUser)) }.transpose().getOrThrow() val aliceClient = CordaRPCClient(alice.rpcAddress).start(rpcUser.username, rpcUser.password) val bobClient = CordaRPCClient(bob.rpcAddress).start(rpcUser.username, rpcUser.password) val scheduledFor = Instant.now().plusSeconds(10) val initialiseFutures = mutableListOf<CordaFuture<*>>() for (i in 0 until N) { initialiseFutures.add(aliceClient.proxy.startFlow( ::InsertInitialStateFlow, bob.nodeInfo.legalIdentities.first(), defaultNotaryIdentity, i, scheduledFor ).returnValue) initialiseFutures.add(bobClient.proxy.startFlow( ::InsertInitialStateFlow, alice.nodeInfo.legalIdentities.first(), defaultNotaryIdentity, i + 100, scheduledFor ).returnValue) } initialiseFutures.getOrThrowAll() val spendAttemptFutures = mutableListOf<CordaFuture<*>>() for (i in (0 until N).reversed()) { spendAttemptFutures.add(aliceClient.proxy.startFlow(::AnotherFlow, (i).toString()).returnValue) spendAttemptFutures.add(bobClient.proxy.startFlow(::AnotherFlow, (i + 100).toString()).returnValue) } spendAttemptFutures.getOrThrowAll() // TODO: the queries below are not atomic so we need to allow enough time for the scheduler to finish. Would be better to query scheduler. Thread.sleep(20.seconds.toMillis()) val aliceStates = aliceClient.proxy.vaultQuery(ScheduledState::class.java).states.filter { it.state.data.processed } val aliceSpentStates = aliceClient.proxy.vaultQuery(SpentState::class.java).states val bobStates = bobClient.proxy.vaultQuery(ScheduledState::class.java).states.filter { it.state.data.processed } val bobSpentStates = bobClient.proxy.vaultQuery(SpentState::class.java).states assertEquals(aliceStates.count() + aliceSpentStates.count(), N * 2) assertEquals(bobStates.count() + bobSpentStates.count(), N * 2) assertEquals(aliceSpentStates.count(), bobSpentStates.count())</ID>
<ID>MaxLineLength:ScheduledState.kt$ScheduledState$override val linearId: UniqueIdentifier = UniqueIdentifier(externalId = identity)</ID>
<ID>MaxLineLength:Schema.kt$CompositeType.Companion$return CompositeType(list[0] as String, list[1] as? String, uncheckedCast(list[2]), list[3] as Descriptor, uncheckedCast(list[4]))</ID>
<ID>MaxLineLength:Schema.kt$Field.Companion$return Field(list[0] as String, list[1] as String, uncheckedCast(list[2]), list[3] as? String, list[4] as? String, list[5] as Boolean, list[6] as Boolean)</ID>
<ID>MaxLineLength:Schema.kt$RestrictedType.Companion$return RestrictedType(list[0] as String, list[1] as? String, uncheckedCast(list[2]), list[3] as String, list[4] as Descriptor, uncheckedCast(list[5]))</ID>
<ID>MaxLineLength:SchemaMigration.kt$SchemaMigration$// Collect all changelog file referenced in the included schemas. // For backward compatibility reasons, when failOnMigrationMissing=false, we don't manage CorDapps via Liquibase but use the hibernate hbm2ddl=update. val changelogList = schemas.mapNotNull { mappedSchema -> val resource = getMigrationResource(mappedSchema, classLoader) when { resource != null -> resource // Corda OS FinanceApp in v3 has no Liquibase script, so no error is raised (mappedSchema::class.qualifiedName == "net.corda.finance.schemas.CashSchemaV1" || mappedSchema::class.qualifiedName == "net.corda.finance.schemas.CommercialPaperSchemaV1") && mappedSchema.migrationResource == null -> null else -> throw MissingMigrationException(mappedSchema) } } val path = currentDirectory?.toString() if (path != null) { System.setProperty(NODE_BASE_DIR_KEY, path) // base dir for any custom change set which may need to load a file (currently AttachmentVersionNumberMigration) } System.setProperty(NODE_X500_NAME, ourName.toString()) val customResourceAccessor = CustomResourceAccessor(dynamicInclude, changelogList, classLoader) checkResourcesInClassPath(changelogList) // current version of Liquibase appears to be non-threadsafe // this is apparent when multiple in-process nodes are all running migrations simultaneously mutex.withLock { val liquibase = Liquibase(dynamicInclude, customResourceAccessor, getLiquibaseDatabase(JdbcConnection(connection))) val unRunChanges = liquibase.listUnrunChangeSets(Contexts(), LabelExpression()) when { (run && !check) && (unRunChanges.isNotEmpty() && existingCheckpoints!!) -> throw CheckpointsException() // Do not allow database migration when there are checkpoints run && !check -> liquibase.update(Contexts()) check && !run && unRunChanges.isNotEmpty() -> throw OutstandingDatabaseChangesException(unRunChanges.size) check && !run -> { } // Do nothing will be interpreted as "check succeeded" else -> throw IllegalStateException("Invalid usage.") } }</ID>
<ID>MaxLineLength:SchemaMigration.kt$SchemaMigration$it.execute("SELECT COUNT(*) FROM DATABASECHANGELOG WHERE FILENAME IN ('migration/cash.changelog-init.xml','migration/commercial-paper.changelog-init.xml')")</ID>
<ID>MaxLineLength:SchemaMigration.kt$SchemaMigration$throw DatabaseMigrationException("Could not find Liquibase database migration script $resource. Please ensure the jar file containing it is deployed in the cordapps directory.")</ID>
<ID>MaxLineLength:SchemaMigration.kt$SchemaMigration$val isFinanceAppWithLiquibaseNotMigrated = isFinanceAppWithLiquibase // If Finance App is pre v4.0 then no need to migrate it so no need to check. && existingDatabase && (!hasLiquibase // Migrate as other tables. || (hasLiquibase && it.createStatement().use { noLiquibaseEntryLogForFinanceApp(it) })) // If Liquibase is already in the database check if Finance App schema log is missing.</ID>
<ID>MaxLineLength:SchemaMigration.kt$SchemaMigration.CustomResourceAccessor$val includeAllFiles = mapOf("databaseChangeLog" to changelogList.filter { it != null }.map { file -> mapOf("include" to mapOf("file" to file)) })</ID>
<ID>MaxLineLength:SchemaTest.kt$SchemaTest$val prop3Value = ConfigValueFactory.fromIterable(listOf(configObject(prop4 to prop4Value, prop5 to prop5Value), configObject(prop4 to prop4Value, prop5 to prop5Value)))</ID>
<ID>MaxLineLength:SecureHash.kt$SecureHash.Companion$ @JvmStatic fun parse(str: String?): SHA256</ID>
<ID>MaxLineLength:SendTransactionFlow.kt$DataVendingFlow${ // The first payload will be the transaction data, subsequent payload will be the transaction/attachment/network parameters data. var payload = payload // Depending on who called this flow, the type of the initial payload is different. // The authorisation logic is to maintain a dynamic list of transactions that the caller is authorised to make based on the transactions that were made already. // Each time an authorised transaction is requested, the input transactions are added to the list. // Once a transaction has been requested, it will be removed from the authorised list. This means that it is a protocol violation to request a transaction twice. val authorisedTransactions = when (payload) { is NotarisationPayload -> TransactionAuthorisationFilter().addAuthorised(getInputTransactions(payload.signedTransaction)) is SignedTransaction -> TransactionAuthorisationFilter().addAuthorised(getInputTransactions(payload)) is RetrieveAnyTransactionPayload -> TransactionAuthorisationFilter(acceptAll = true) is List<*> -> TransactionAuthorisationFilter().addAuthorised(payload.flatMap { stateAndRef -> if (stateAndRef is StateAndRef<*>) { getInputTransactions(serviceHub.validatedTransactions.getTransaction(stateAndRef.ref.txhash)!!) + stateAndRef.ref.txhash } else { throw Exception("Unknown payload type: ${stateAndRef!!::class.java} ?") } }.toSet()) else -> throw Exception("Unknown payload type: ${payload::class.java} ?") } // This loop will receive [FetchDataFlow.Request] continuously until the `otherSideSession` has all the data they need // to resolve the transaction, a [FetchDataFlow.EndRequest] will be sent from the `otherSideSession` to indicate end of // data request. while (true) { val dataRequest = sendPayloadAndReceiveDataRequest(otherSideSession, payload).unwrap { request -> when (request) { is FetchDataFlow.Request.Data -> { // Security TODO: Check for abnormally large or malformed data requests verifyDataRequest(request) request } FetchDataFlow.Request.End -> return null } } payload = when (dataRequest.dataType) { FetchDataFlow.DataType.TRANSACTION -> dataRequest.hashes.map { txId -> if (!authorisedTransactions.isAuthorised(txId)) { throw FetchDataFlow.IllegalTransactionRequest(txId) } val tx = serviceHub.validatedTransactions.getTransaction(txId) ?: throw FetchDataFlow.HashNotFound(txId) authorisedTransactions.removeAuthorised(tx.id) authorisedTransactions.addAuthorised(getInputTransactions(tx)) tx } FetchDataFlow.DataType.ATTACHMENT -> dataRequest.hashes.map { serviceHub.attachments.openAttachment(it)?.open()?.readFully() ?: throw FetchDataFlow.HashNotFound(it) } FetchDataFlow.DataType.PARAMETERS -> dataRequest.hashes.map { (serviceHub.networkParametersService as NetworkParametersStorage).lookupSigned(it) ?: throw FetchDataFlow.MissingNetworkParameters(it) } } } }</ID>
<ID>MaxLineLength:SerializeAsTokenContextImpl.kt$CheckpointSerializeAsTokenContextImpl$throw UnsupportedOperationException("Attempt to write token for lazy registered $className. All tokens should be registered during context construction.")</ID>
<ID>MaxLineLength:SerializeAsTokenContextImpl.kt$SerializeAsTokenContextImpl$throw UnsupportedOperationException("Attempt to write token for lazy registered $className. All tokens should be registered during context construction.")</ID>
<ID>MaxLineLength:ServicesForResolutionImpl.kt$ServicesForResolutionImpl$else -> throw UnsupportedOperationException("Attempting to resolve attachment for index ${stateRef.index} of a ${ctx.javaClass} transaction. This is not supported.")</ID>
<ID>MaxLineLength:ServicesForResolutionImpl.kt$ServicesForResolutionImpl$if (attachment is ContractAttachment && (forContractClassName ?: transactionState.contract) in attachment.allContracts) { return attachment }</ID>
<ID>MaxLineLength:SignatureConstraintMigrationFromHashConstraintsTests.kt$SignatureConstraintMigrationFromHashConstraintsTests$@Test fun `HashConstraint cannot be migrated to SignatureConstraint if a HashConstraint is specified for one state and another uses an AutomaticPlaceholderConstraint`()</ID>
<ID>MaxLineLength:SignatureConstraintMigrationFromWhitelistConstraintTests.kt$SignatureConstraintMigrationFromWhitelistConstraintTests$"The constraint from the issuance transaction should be the same constraint used in the consuming transaction for the first state"</ID>
<ID>MaxLineLength:SignatureConstraintMigrationFromWhitelistConstraintTests.kt$SignatureConstraintMigrationFromWhitelistConstraintTests$@Test fun `auto migration from WhitelistConstraint to SignatureConstraint will only transition states that do not have a constraint specified`()</ID>
<ID>MaxLineLength:SignedTransaction.kt$SignedTransaction$ |If you wish to verify this transaction, please contact the originator of the transaction and install the provided missing JAR.</ID>
<ID>MaxLineLength:SignedTransaction.kt$SignedTransaction$"""Transaction $ltx is incorrectly formed. Most likely it was created during version 3 of Corda when the verification logic was more lenient. |Attempted to find local dependency for class: $missingClass, but could not find one. |If you wish to verify this transaction, please contact the originator of the transaction and install the provided missing JAR. |You can install it using the RPC command: `uploadAttachment` without restarting the node. |"""</ID>
<ID>MaxLineLength:SingleThreadedStateMachineManager.kt$SingleThreadedStateMachineManager$ #See https://docs.corda.net/head/testing.html#running-tests-in-intellij - 'Fiber classes not instrumented' for more details.</ID>
<ID>MaxLineLength:SingleThreadedStateMachineManager.kt$SingleThreadedStateMachineManager$errorAndTerminate("Caught unrecoverable error from flow. Forcibly terminating the JVM, this might leave resources open, and most likely will.", throwable)</ID>
<ID>MaxLineLength:SingleThreadedStateMachineManager.kt$SingleThreadedStateMachineManager$logger.debug { "Ignoring request to set time-out on timed flow $flowId to $timeoutSeconds seconds which is shorter than default of ${serviceHub.configuration.flowTimeout.timeout.seconds} seconds." }</ID>
<ID>MaxLineLength:SingleThreadedStateMachineManager.kt$SingleThreadedStateMachineManager$require(lastState.pendingDeduplicationHandlers.isEmpty()) { "Flow cannot be removed until all pending deduplications have completed" }</ID>
<ID>MaxLineLength:SpecificationTest.kt$SpecificationTest$val addressesValue = configObject("principal" to "${principalAddressValue.host}:${principalAddressValue.port}", "admin" to "${adminAddressValue.host}:${adminAddressValue.port}")</ID>
<ID>MaxLineLength:SpecificationTest.kt$SpecificationTest$val addressesValue = configObject("principal" to "${principalAddressValue.host}:-10", "admin" to "${adminAddressValue.host}:${adminAddressValue.port}")</ID>
<ID>MaxLineLength:SpecificationTest.kt$SpecificationTest.RpcSettingsSpec$override fun parseValid(configuration: Config)</ID>
<ID>MaxLineLength:StaffedFlowHospital.kt$StaffedFlowHospital$log.info("Flow error discharged from hospital (delay ${backOff.seconds}s) by ${report.by} (error was ${report.error.message})")</ID>
<ID>MaxLineLength:StateSummingUtilities.kt$ fun <P : Any> Iterable<ContractState>.sumObligations(): Amount<Issued<Obligation.Terms<P>>></ID>
<ID>MaxLineLength:StateSummingUtilities.kt$ fun <P : Any> Iterable<ContractState>.sumObligationsOrNull(): Amount<Issued<Obligation.Terms<P>>>?</ID>
<ID>MaxLineLength:StateSummingUtilities.kt$ fun <P : Any> Iterable<ContractState>.sumObligationsOrZero(issuanceDef: Issued<Obligation.Terms<P>>): Amount<Issued<Obligation.Terms<P>>></ID>
<ID>MaxLineLength:StateSummingUtilities.kt$ fun Iterable<ContractState>.sumCashBy(owner: AbstractParty): Amount<Issued<Currency>></ID>
<ID>MaxLineLength:StringToMethodCallParserTest.kt$StringToMethodCallParserTest$"twoStrings a: Some words, b: ' and some words, like, Kirk, would, speak'" to "Some words and some words, like, Kirk, would, speak"</ID>
<ID>MaxLineLength:Structures.kt$CommandWithParties$@Deprecated("Should not be used in contract verification code as it is non-deterministic, will be disabled for some future target platform version onwards and will take effect only for CorDapps targeting those versions.")</ID>
<ID>MaxLineLength:Structures.kt$UpgradedContractWithLegacyConstraint<in OldState : ContractState, out NewState : ContractState> : UpgradedContract</ID>
<ID>MaxLineLength:Structures.kt$return mapNotNull { if (it.state.data is T) StateAndRef(TransactionState(it.state.data, it.state.contract, it.state.notary), it.ref) else null }</ID>
<ID>MaxLineLength:SwapIdentitiesFlow.kt$SwapIdentitiesFlow$@Deprecated("It is unsafe to use this constructor as it requires nodes to automatically vend anonymous identities without first " + "checking if they should. Instead, use the constructor that takes in an existing FlowSession.") constructor(otherParty: Party, @Suppress("UNUSED_PARAMETER") revocationEnabled: Boolean, progressTracker: ProgressTracker) : this(null, otherParty, progressTracker)</ID>
<ID>MaxLineLength:SwapIdentitiesHandler.kt$SwapIdentitiesHandler$logger.warnOnce("Insecure API to swap anonymous identities was used by ${otherSide.counterparty} (${otherSide.getCounterpartyFlowInfo()})")</ID>
<ID>MaxLineLength:TestCommonUtils.kt$inline fun <reified TYPE : Throwable> AbstractThrowableAssert<*, *>.isInstanceOf(): AbstractThrowableAssert<*, *></ID>
<ID>MaxLineLength:TestConstants.kt$ fun dummyCommand(vararg signers: PublicKey = arrayOf(generateKeyPair().public))</ID>
<ID>MaxLineLength:TestCordappImpl.kt$TestCordappImpl$else -> throw IllegalArgumentException("There is more than one CorDapp containing the package $scanPackage on the classpath " + "$jars. Specify a package name which is unique to the CorDapp.")</ID>
<ID>MaxLineLength:TestDSL.kt$TestTransactionDSLInterpreter$attachment((services.cordappProvider as MockCordappProvider).addMockCordapp(contractClassName, services.attachments as MockAttachmentStorage))</ID>
<ID>MaxLineLength:TestDSL.kt$TestTransactionDSLInterpreter$attachment((services.cordappProvider as MockCordappProvider).addMockCordapp(contractClassName, services.attachments as MockAttachmentStorage, attachmentId, signers))</ID>
<ID>MaxLineLength:TestDSL.kt$TestTransactionDSLInterpreter$attachment((services.cordappProvider as MockCordappProvider).addMockCordapp(contractClassName, services.attachments as MockAttachmentStorage, attachmentId, signers, jarManifestAttributes))</ID>
<ID>MaxLineLength:TestingNamedCacheFactory.kt$TestingNamedCacheFactory$override fun bindWithConfig(nodeConfiguration: NodeConfiguration): BindableNamedCacheFactory</ID>
<ID>MaxLineLength:TestingNamedCacheFactory.kt$TestingNamedCacheFactory$override fun bindWithMetrics(metricRegistry: MetricRegistry): BindableNamedCacheFactory</ID>
<ID>MaxLineLength:ThrowableSerializer.kt$ThrowableSerializer${ try { // TODO: This will need reworking when we have multiple class loaders val clazz = Class.forName(proxy.exceptionClass, false, factory.classloader) // If it is CordaException or CordaRuntimeException, we can seek any constructor and then set the properties // Otherwise we just make a CordaRuntimeException if (CordaThrowable::class.java.isAssignableFrom(clazz) && Throwable::class.java.isAssignableFrom(clazz)) { val typeInformation = factory.getTypeInformation(clazz) val constructor = typeInformation.constructor val params = constructor.parameters.map { parameter -> proxy.additionalProperties[parameter.name] ?: proxy.additionalProperties[parameter.name.capitalize()] } val throwable = constructor.observedMethod.newInstance(*params.toTypedArray()) (throwable as CordaThrowable).apply { if (this.javaClass.name != proxy.exceptionClass) this.originalExceptionClassName = proxy.exceptionClass this.setMessage(proxy.message) this.setCause(proxy.cause) this.addSuppressed(proxy.suppressed) } return (throwable as Throwable).apply { this.stackTrace = proxy.stackTrace } } } catch (e: Exception) { logger.warn("Unexpected exception de-serializing throwable: ${proxy.exceptionClass}. Converting to CordaRuntimeException.", e) } // If the criteria are not met or we experience an exception constructing the exception, we fall back to our own unchecked exception. return CordaRuntimeException(proxy.exceptionClass, null, null).apply { this.setMessage(proxy.message) this.setCause(proxy.cause) this.stackTrace = proxy.stackTrace this.addSuppressed(proxy.suppressed) } }</ID>
<ID>MaxLineLength:TimedFlowTests.kt$TimedFlowTests.TestNotaryService$override fun createServiceFlow(otherPartySession: FlowSession): FlowLogic<Void?></ID>
<ID>MaxLineLength:TopLevelTransition.kt$TopLevelTransition$freshErrorTransition(IllegalStateException("Tried to initiate in a flow not annotated with @${InitiatingFlow::class.java.simpleName}"))</ID>
<ID>MaxLineLength:TransactionBuilder.kt$TransactionBuilder$"An attachment has been explicitly set for contract $contractClassName in the transaction builder which conflicts with the HashConstraint of a state."</ID>
<ID>MaxLineLength:TransactionBuilder.kt$TransactionBuilder$"Transaction was built with $contractClassName states with multiple HashConstraints. This is illegal, because it makes it impossible to validate with a single version of the contract code."</ID>
<ID>MaxLineLength:TransactionBuilder.kt$TransactionBuilder$is CommandData -> throw IllegalArgumentException("You passed an instance of CommandData, but that lacks the pubkey. You need to wrap it in a Command object first.")</ID>
<ID>MaxLineLength:TransactionBuilder.kt$TransactionBuilder$log.warnOnce("Signature constraints not available on network requiring a minimum platform version of 4. Current is: ${services.networkParameters.minimumPlatformVersion}.")</ID>
<ID>MaxLineLength:TransactionBuilder.kt$TransactionBuilder$private fun useWhitelistedByZoneAttachmentConstraint(contractClassName: ContractClassName, networkParameters: NetworkParameters)</ID>
<ID>MaxLineLength:TransactionBuilder.kt$TransactionBuilder$require(automaticConstraintPropagation) { "Contract $contractClassName was marked with @NoConstraintPropagation, which means the constraint of the output states has to be set explicitly." }</ID>
<ID>MaxLineLength:TransactionBuilder.kt$TransactionBuilder$require(defaultOutputConstraint.isSatisfiedBy(constraintAttachment)) { "Selected output constraint: $defaultOutputConstraint not satisfying $selectedAttachmentId" }</ID>
<ID>MaxLineLength:TransactionBuilder.kt$TransactionBuilder$require(explicitAttachmentContracts.isEmpty() || explicitAttachmentContracts.groupBy { (ctr, _) -> ctr }.all { (_, groups) -> groups.size == 1 }) { "Multiple attachments set for the same contract." }</ID>
<ID>MaxLineLength:TransactionBuilder.kt$TransactionBuilder$require(outputConstraint.canBeTransitionedFrom(input.constraint, attachmentToUse)) { "Output state constraint $outputConstraint cannot be transitioned from ${input.constraint}" }</ID>
<ID>MaxLineLength:TransactionBuilder.kt$TransactionBuilder$require(signatureConstraint.isSatisfiedBy(attachment)) { "Selected output constraint: $signatureConstraint not satisfying ${attachment.id}" }</ID>
<ID>MaxLineLength:TransactionBuilder.kt$TransactionBuilder$throw IllegalArgumentException("Attempting to create an illegal transaction. Please install the latest signed version for the $attachmentToUse Cordapp.")</ID>
<ID>MaxLineLength:TransactionBuilder.kt$TransactionBuilder$throw IllegalArgumentException("Can't mix the AlwaysAcceptAttachmentConstraint with a secure constraint in the same transaction. This can be used to hide insecure transitions.")</ID>
<ID>MaxLineLength:TransactionBuilder.kt$TransactionBuilder$when { // Sanity check. constraints.isEmpty() -> throw IllegalArgumentException("Cannot transition from no constraints.") // Fail when combining the insecure AlwaysAcceptAttachmentConstraint with something else. constraints.size > 1 && constraints.any { it is AlwaysAcceptAttachmentConstraint } -> throw IllegalArgumentException("Can't mix the AlwaysAcceptAttachmentConstraint with a secure constraint in the same transaction. This can be used to hide insecure transitions.") // Multiple states with Hash constraints with different hashes. This should not happen as we checked already. constraints.size > 1 && constraints.all { it is HashAttachmentConstraint } -> throw IllegalArgumentException("Cannot mix HashConstraints with different hashes in the same transaction.") // The HashAttachmentConstraint is the strongest constraint, so it wins when mixed with anything. As long as the actual constraints pass. // Migration from HashAttachmentConstraint to SignatureAttachmentConstraint is handled in [TransactionBuilder.handleContract] // If we have reached this point, then no migration is possible and the existing HashAttachmentConstraint must be used constraints.any { it is HashAttachmentConstraint } -> constraints.find { it is HashAttachmentConstraint }!! // TODO, we don't currently support mixing signature constraints with different signers. This will change once we introduce third party signers. constraints.count { it is SignatureAttachmentConstraint } > 1 -> throw IllegalArgumentException("Cannot mix SignatureAttachmentConstraints signed by different parties in the same transaction.") // This ensures a smooth migration from a Whitelist Constraint to a Signature Constraint constraints.any { it is WhitelistedByZoneAttachmentConstraint } && attachmentToUse.isSigned && services.networkParameters.minimumPlatformVersion >= 4 -> transitionToSignatureConstraint(constraints, attachmentToUse) // This condition is hit when the current node has not installed the latest signed version but has already received states that have been migrated constraints.any { it is SignatureAttachmentConstraint } && !attachmentToUse.isSigned -> throw IllegalArgumentException("Attempting to create an illegal transaction. Please install the latest signed version for the $attachmentToUse Cordapp.") // When all input states have the same constraint. constraints.size == 1 -> constraints.single() else -> throw IllegalArgumentException("Unexpected constraints $constraints.") }</ID>
<ID>MaxLineLength:TransactionBuilder.kt$TransactionBuilder${ // If the constraint on the output state is already set, and is not a valid transition or can't be transitioned, then fail early. inputStates?.forEach { input -> require(outputConstraint.canBeTransitionedFrom(input.constraint, attachmentToUse)) { "Output state constraint $outputConstraint cannot be transitioned from ${input.constraint}" } } require(outputConstraint.isSatisfiedBy(constraintAttachment)) { "Output state constraint check fails. $outputConstraint" } it }</ID>
<ID>MaxLineLength:TransactionBuilder.kt$TransactionBuilder${ val signatureConstraint = constraints.singleOrNull { it is SignatureAttachmentConstraint } as? SignatureAttachmentConstraint // If there were states transitioned already used in the current transaction use that signature constraint, otherwise create a new one. return when { signatureConstraint != null -> signatureConstraint else -> makeSignatureAttachmentConstraint(attachmentToUse.signerKeys) } }</ID>
<ID>MaxLineLength:TransactionDSLInterpreter.kt$TransactionDSL<out T : TransactionDSLInterpreter> : TransactionDSLInterpreter</ID>
<ID>MaxLineLength:TransactionDSLInterpreter.kt$TransactionDSLInterpreter$ fun _attachment(contractClassName: ContractClassName, attachmentId: AttachmentId, signers: List<PublicKey>, jarManifestAttributes: Map<String,String>)</ID>
<ID>MaxLineLength:TransactionEncumbranceTests.kt$TransactionEncumbranceTests$output(TEST_TIMELOCK_ID, "state encumbered by state 2 which does not exist", encumbrance = 2, contractState = stateWithNewOwner)</ID>
<ID>MaxLineLength:TransactionGenerator.kt$TransactionGenerator$private val DUMMY_CASH_ISSUER_IDENTITY = getTestPartyAndCertificate(Party(CordaX500Name("Snake Oil Issuer", "London", "GB"), DUMMY_CASH_ISSUER_KEY.public))</ID>
<ID>MaxLineLength:TransactionVerificationException.kt$TransactionVerificationException.PackageOwnershipException$"""The attachment JAR: $attachmentHash containing the class: $invalidClassName is not signed by the owner of package $packageName specified in the network parameters. Please check the source of this attachment and if it is malicious contact your zone operator to report this incident. For details see: https://docs.corda.net/network-map.html#network-parameters"""</ID>
<ID>MaxLineLength:TransactionVerificationException.kt$TransactionVerificationException.TransactionNotaryMismatchEncumbranceException$"Output state with index $encumberedIndex is assigned to notary [$encumberedNotary], while its encumbrance with index $encumbranceIndex is assigned to notary [$encumbranceNotary]"</ID>
<ID>MaxLineLength:TransactionVerificationException.kt$TransactionVerificationException.UntrustedAttachmentsException$"Please follow the operational steps outlined in https://docs.corda.net/cordapp-build-systems.html#cordapp-contract-attachments to learn more and continue."</ID>
<ID>MaxLineLength:TransactionVerificationRequest.kt$TransactionVerificationRequest$@Suppress("MemberVisibilityCanBePrivate") //TODO the use of deprecated toLedgerTransaction need to be revisited as resolveContractAttachment requires attachments of the transactions which created input states... //TODO ...to check contract version non downgrade rule, curretly dummy Attachment if not fund is used which sets contract version to '1' @CordaSerializable</ID>
<ID>MaxLineLength:TransactionVerifierServiceInternal.kt$Verifier${ // checkNoNotaryChange and checkEncumbrancesValid are called here, and not in the c'tor, as they need access to the "outputs" // list, the contents of which need to be deserialized under the correct classloader. checkNoNotaryChange() checkEncumbrancesValid() // The following checks ensure the integrity of the current transaction and also of the future chain. // See: https://docs.corda.net/head/api-contract-constraints.html // A transaction contains both the data and the code that must be executed to validate the transition of the data. // Transactions can be created by malicious adversaries, who can try to use code that allows them to create transactions that appear valid but are not. // 1. Check that there is one and only one attachment for each relevant contract. val contractAttachmentsByContract = getUniqueContractAttachmentsByContract() // 2. Check that the attachments satisfy the constraints of the states. (The contract verification code is correct.) verifyConstraints(contractAttachmentsByContract) // 3. Check that the actual state constraints are correct. This is necessary because transactions can be built by potentially malicious nodes // who can create output states with a weaker constraint which can be exploited in a future transaction. verifyConstraintsValidity(contractAttachmentsByContract) // 4. Check that the [TransactionState] objects are correctly formed. validateStatesAgainstContract() // 5. Final step is to run the contract code. After the first 4 steps we are now sure that we are running the correct code. verifyContracts() }</ID>
<ID>MaxLineLength:TransactionWithSignatures.kt$TransactionWithSignatures${ val sigKeys = sigs.map { it.by }.toSet() // TODO Problem is that we can get single PublicKey wrapped as CompositeKey in allowedToBeMissing/mustSign // equals on CompositeKey won't catch this case (do we want to single PublicKey be equal to the same key wrapped in CompositeKey with threshold 1?) return requiredSigningKeys.filter { !it.isFulfilledBy(sigKeys) }.toSet() }</ID>
<ID>MaxLineLength:TwoPartyDealFlow.kt$TwoPartyDealFlow.Acceptor$return Triple(ptx, arrayListOf(deal.participants.single { it is Party && serviceHub.myInfo.isLegalIdentity(it) }.owningKey), emptyList())</ID>
<ID>MaxLineLength:TwoPartyDealFlow.kt$TwoPartyDealFlow.Secondary$require(wellKnownMe == ourIdentity){"Well known party for handshake identity ${it.secondaryIdentity} does not match ourIdentity"}</ID>
<ID>MaxLineLength:TwoPartyDealFlow.kt$TwoPartyDealFlow.Secondary$require(wellKnownOtherParty == otherSideSession.counterparty){"Well known party for handshake identity ${it.primaryIdentity} does not match counterparty"}</ID>
<ID>MaxLineLength:TwoPartyTradeFlow.kt$TwoPartyTradeFlow.Buyer$require(assetForSaleIdentity == sellerSession.counterparty){"Well known identity lookup returned identity that does not match counterparty"}</ID>
<ID>MaxLineLength:TwoPartyTradeFlow.kt$TwoPartyTradeFlow.Buyer$require(wellKnownPayToIdentity.party == sellerSession.counterparty) { "Well known identity to pay to must match counterparty identity" }</ID>
<ID>MaxLineLength:TwoPartyTradeFlowTests.kt$TwoPartyTradeFlowTests$( // Seller Alice sends her seller info to Bob, who wants to check the asset for sale. // He requests, Alice looks up in her DB to send the tx to Bob expect(TxRecord.Get(alicesFakePaper[0].id)), // Seller Alice gets a proposed tx which depends on Bob's two cash txns and her own tx. expect(TxRecord.Get(bobsFakeCash[1].id)), expect(TxRecord.Get(bobsFakeCash[2].id)), expect(TxRecord.Get(alicesFakePaper[0].id)), // Alice notices that Bob's cash txns depend on a third tx she also doesn't know. expect(TxRecord.Get(bobsFakeCash[0].id)), // Bob answers with the transactions that are now all verifiable, as Alice bottomed out. // Bob's transactions are valid, so she commits to the database //expect(TxRecord.Add(bobsSignedTxns[bobsFakeCash[0].id]!!)), //TODO investigate missing event after introduction of signature constraints non-downgrade rule expect(TxRecord.Get(bobsFakeCash[0].id)), // Verify expect(TxRecord.Add(bobsSignedTxns[bobsFakeCash[2].id]!!)), expect(TxRecord.Get(bobsFakeCash[0].id)), // Verify expect(TxRecord.Add(bobsSignedTxns[bobsFakeCash[1].id]!!)), // Now she verifies the transaction is contract-valid (not signature valid) which means // looking up the states again. expect(TxRecord.Get(bobsFakeCash[1].id)), expect(TxRecord.Get(bobsFakeCash[2].id)), expect(TxRecord.Get(alicesFakePaper[0].id)), // Alice needs to look up the input states to find out which Notary they point to expect(TxRecord.Get(bobsFakeCash[1].id)), expect(TxRecord.Get(bobsFakeCash[2].id)), expect(TxRecord.Get(alicesFakePaper[0].id)) )</ID>
<ID>MaxLineLength:TypeParameterUtils.kt${ if (declaredClass == actualClass) { return null } if (actualClass.typeParameters.isEmpty()) { return actualClass } // The actual class can never have type variables resolved, due to the JVM's use of type erasure, so let's try and resolve them // Search for declared type in the inheritance hierarchy and then see if that fills in all the variables val implementationChain: List<Type> = findPathToDeclared(actualClass, declaredType)?.toList() ?: throw AMQPNotSerializableException( declaredType, "No inheritance path between actual $actualClass and declared $declaredType.") val start = implementationChain.last() val rest = implementationChain.dropLast(1).drop(1) val resolver = rest.reversed().fold(TypeResolver().where(start, declaredType)) { resolved, chainEntry -> val newResolved = resolved.resolveType(chainEntry) TypeResolver().where(chainEntry, newResolved) } // The end type is a special case as it is a Class, so we need to fake up a ParameterizedType for it to get the TypeResolver to do anything. val endType = actualClass.asParameterizedType() return resolver.resolveType(endType) }</ID>
<ID>MaxLineLength:UniqueDummyFungibleContract.kt$UniqueDummyFungibleContract.State$override fun withNewOwnerAndAmount(newAmount: Amount<Issued<Currency>>, newOwner: AbstractParty): FungibleAsset<Currency></ID>
<ID>MaxLineLength:Utils.kt$internal fun Config.serialize(options: ConfigRenderOptions = ConfigRenderOptions.concise().setFormatted(true).setJson(true)): String</ID>
<ID>MaxLineLength:Utils.kt$internal fun ConfigValue.serialize(options: ConfigRenderOptions = ConfigRenderOptions.concise().setFormatted(true).setJson(true)): String</ID>
<ID>MaxLineLength:Utils.kt$return results.states.firstOrNull() ?: throw IllegalArgumentException("State (type=${T::class}) corresponding to the reference $ref not found (or is spent).")</ID>
<ID>MaxLineLength:V1NodeConfigurationSpec.kt$V1NodeConfigurationSpec$private val additionalNodeInfoPollingFrequencyMsec by long().optional().withDefaultValue(Defaults.additionalNodeInfoPollingFrequencyMsec)</ID>
<ID>MaxLineLength:V1NodeConfigurationSpec.kt$V1NodeConfigurationSpec$private val additionalP2PAddresses by string().mapValid(::toNetworkHostAndPort).list().optional().withDefaultValue(Defaults.additionalP2PAddresses)</ID>
<ID>MaxLineLength:V1NodeConfigurationSpec.kt$V1NodeConfigurationSpec$private val certificateChainCheckPolicies by nested(CertChainPolicyConfigSpec).list().optional().withDefaultValue(Defaults.certificateChainCheckPolicies)</ID>
<ID>MaxLineLength:V1NodeConfigurationSpec.kt$V1NodeConfigurationSpec$private val cordappSignerKeyFingerprintBlacklist by string().list().optional().withDefaultValue(Defaults.cordappSignerKeyFingerprintBlacklist)</ID>
<ID>MaxLineLength:V1NodeConfigurationSpec.kt$V1NodeConfigurationSpec$private val flowMonitorSuspensionLoggingThresholdMillis by duration().optional().withDefaultValue(Defaults.flowMonitorSuspensionLoggingThresholdMillis)</ID>
<ID>MaxLineLength:ValidatingNotaryServiceTests.kt$ValidatingNotaryServiceTests.<no name provided>$val alteredMessage = InMemoryMessage(message.topic, OpaqueBytes(alteredMessageData.serialize().bytes), message.uniqueMessageId)</ID>
<ID>MaxLineLength:VaultFiller.kt$VaultFiller</ID>
<ID>MaxLineLength:VaultFiller.kt$VaultFiller$ // TODO: need to make all FungibleAsset commands (issue, move, exit) generic fun fillWithSomeTestCommodity(amount: Amount<Commodity>, issuerServices: ServiceHub, issuedBy: PartyAndReference): Vault<CommodityState></ID>
<ID>MaxLineLength:VaultFiller.kt$VaultFiller$ fun generateCommoditiesIssue(tx: TransactionBuilder, amount: Amount<Issued<Commodity>>, owner: AbstractParty, notary: Party)</ID>
<ID>MaxLineLength:VaultQueryTests.kt$VaultQueryTestsBase$// Beware: do not use `MyContractClass::class.qualifiedName` as this returns a fully qualified name using "dot" notation for enclosed class val MYCONTRACT_ID = "net.corda.node.services.vault.VaultQueryTestsBase\$MyContractClass"</ID>
<ID>MaxLineLength:VaultQueryTests.kt$VaultQueryTestsBase$@Test fun `logical operator case insensitive NOT IN does not return results containing the same characters as the case insensitive strings`()</ID>
<ID>MaxLineLength:VaultQueryTests.kt$VaultQueryTestsBase$@Test fun `logical operator case insensitive NOT_EQUAL does not return results containing the same characters as the case insensitive string`()</ID>
<ID>MaxLineLength:VaultService.kt$Vault.Update${ require(rhs.type == type) { "Cannot combine updates of different types" } val combinedConsumed = consumed + (rhs.consumed - produced) // The ordering below matters to preserve ordering of consumed/produced Sets when they are insertion order dependent implementations. val combinedProduced = produced.filter { it !in rhs.consumed }.toSet() + rhs.produced return copy(consumed = combinedConsumed, produced = combinedProduced, references = references + rhs.references) }</ID>
<ID>MaxLineLength:VaultServiceInternal.kt$VaultServiceInternal$ fun notifyAll(statesToRecord: StatesToRecord, txns: Iterable<CoreTransaction>, previouslySeenTxns: Iterable<CoreTransaction> = emptyList())</ID>
<ID>MaxLineLength:VaultSoftLockManagerTest.kt$NodePair$internals.disableDBCloseOnStop() // Otherwise the in-memory database may disappear (taking the checkpoint with it) while we reboot the client.</ID>
<ID>MaxLineLength:VaultStateMigrationTest.kt$VaultStateMigrationTest${ val cashStatesToAdd = 1000 val linearStatesToAdd = 0 val commodityStatesToAdd = 0 val stateMultiplier = 10 cordaDB = configureDatabase(makePersistentDataSourceProperties(), DatabaseConfig(), notaryServices.identityService::wellKnownPartyFromX500Name, notaryServices.identityService::wellKnownPartyFromAnonymous) // Starting the database this way runs the migration under test. This is fine for the unit tests (as the changelog table is ignored), // but when starting an actual node using these databases the migration will be skipped, as it has an entry in the changelog table. // This must therefore be removed. cordaDB.dataSource.connection.createStatement().use { it.execute("DELETE FROM DATABASECHANGELOG WHERE FILENAME IN ('migration/vault-schema.changelog-v9.xml')") } for (i in 1..stateMultiplier) { addCashStates(cashStatesToAdd, BOB) addLinearStates(linearStatesToAdd, listOf(BOB, ALICE)) addCommodityStates(commodityStatesToAdd, BOB) } saveOurKeys(listOf(bob.keyPair)) saveAllIdentities(listOf(BOB_IDENTITY, ALICE_IDENTITY, BOC_IDENTITY, dummyNotary.identity)) cordaDB.close() }</ID>
<ID>MaxLineLength:VersionExtractorTest.kt$VersionExtractorTest$val rawConfiguration = configObject("configuration" to configObject("metadata" to configObject("version" to null), "node" to configObject("p2pAddress" to "localhost:8080"))).toConfig()</ID>
<ID>MaxLineLength:VersionExtractorTest.kt$VersionExtractorTest$val rawConfiguration = configObject("configuration" to configObject("metadata" to configObject("version" to versionValue), "node" to configObject("p2pAddress" to "localhost:8080"))).toConfig()</ID>
<ID>MaxLineLength:VersionExtractorTest.kt$VersionExtractorTest$val rawConfiguration = configObject("configuration" to configObject("metadata" to configObject(), "node" to configObject("p2pAddress" to "localhost:8080"))).toConfig()</ID>
<ID>MaxLineLength:VersionExtractorTest.kt$VersionExtractorTest$val rawConfiguration = configObject("configuration" to configObject("node" to configObject("p2pAddress" to "localhost:8080"))).toConfig()</ID>
<ID>MaxLineLength:VersionedParsingExampleTest.kt$VersionedParsingExampleTest$val addressesValue = configObject("principal" to "${principalAddressValue.host}:${principalAddressValue.port}", "admin" to "${adminAddressValue.host}:${adminAddressValue.port}")</ID>
<ID>MaxLineLength:VersionedParsingExampleTest.kt$VersionedParsingExampleTest$val configurationV1 = configObject("configuration.metadata.version" to 1, "principalHost" to principalAddressValue.host, "principalPort" to principalAddressValue.port, "adminHost" to adminAddressValue.host, "adminPort" to adminAddressValue.port).toConfig().also { println(it.serialize()) }</ID>
<ID>MaxLineLength:VersionedParsingExampleTest.kt$VersionedParsingExampleTest$val configurationV2 = configObject("configuration.metadata.version" to 2, "configuration.value.addresses" to addressesValue).toConfig().also { println(it.serialize()) }</ID>
<ID>MaxLineLength:VersionedParsingExampleTest.kt$VersionedParsingExampleTest.RpcSettingsSpec$return Validated.invalid(Configuration.Validation.Error.BadValue.of(host, Address::class.java.simpleName, "Value must be of format \"host(String):port(Int > 0)\" e.g., \"127.0.0.1:8080\""))</ID>
<ID>MaxLineLength:VersionedParsingExampleTest.kt$private fun Configuration.Version.Extractor.parseRequired(config: Config, options: Configuration.Validation.Options = Configuration.Validation.Options.defaults)</ID>
<ID>MaxLineLength:WebServerPluginRegistry.kt$WebServerPluginRegistry$/** * Map of static serving endpoints to the matching resource directory. All endpoints will be prefixed with "/web" and postfixed with "\*. * Resource directories can be either on disk directories (especially when debugging) in the form "a/b/c". Serving from a JAR can * be specified with: javaClass.getResource("<folder-in-jar>").toExternalForm() */ val staticServeDirs: Map<String, String> get() = emptyMap()</ID>
<ID>MaxLineLength:WhitelistGenerator.kt$logger.info("Include contracts from $INCLUDE_WHITELIST_FILE_NAME: ${includeContracts.joinToString()} present in JARs: $optionalCordappJars.")</ID>
<ID>MaxLineLength:WireTransaction.kt$WireTransaction$// This calculates a value that is slightly lower than the actual re-serialized version. But it is stable and does not depend on the classloader. fun componentGroupSize(componentGroup: ComponentGroupEnum): Int</ID>
<ID>MaxLineLength:WireTransaction.kt$WireTransaction$ReplaceWith("WireTransaction(val componentGroups: List<ComponentGroup>, override val privacySalt: PrivacySalt)")</ID>
<ID>MaxLineLength:WireTransaction.kt$WireTransaction.Companion$ @CordaInternal fun resolveStateRefBinaryComponent(stateRef: StateRef, services: ServicesForResolution): SerializedBytes<TransactionState<ContractState>>?</ID>
<ID>MaxLineLength:WireTransaction.kt$WireTransaction.Companion$else -> throw UnsupportedOperationException("Attempting to resolve input ${stateRef.index} of a ${coreTransaction.javaClass} transaction. This is not supported.")</ID>
<ID>MaxLineLength:WorkflowTransactionBuildTutorial.kt$TradeApprovalContract$"Completed command requires the counterparty as signer" using (command.signers.contains(before.counterparty.owningKey))</ID>
<ID>MaxLineLength:X509Utilities.kt$X509Utilities${ val distPointName = DistributionPointName(GeneralNames(GeneralName(GeneralName.uniformResourceIdentifier, crlDistPoint))) val crlIssuerGeneralNames = crlIssuer?.let { GeneralNames(GeneralName(crlIssuer)) } // The second argument is flag that allows you to define what reason of certificate revocation is served by this distribution point see [ReasonFlags]. // The idea is that you have different revocation per revocation reason. Since we won't go into such a granularity, we can skip that parameter. // The third argument allows you to specify the name of the CRL issuer, it needs to be consistent with the crl (IssuingDistributionPoint) extension and the idp argument. // If idp == true, set it, if idp == false, leave it null as done here. val distPoint = DistributionPoint(distPointName, null, crlIssuerGeneralNames) builder.addExtension(Extension.cRLDistributionPoints, false, CRLDistPoint(arrayOf(distPoint))) }</ID>
<ID>NestedBlockDepth:ANSIProgressRenderer.kt$ANSIProgressRenderer$// Returns number of lines rendered. private fun renderLevel(ansi: Ansi, error: Boolean): Int</ID>
<ID>NestedBlockDepth:AbstractAggregatedList.kt$AbstractAggregatedList$override fun sourceChanged(c: ListChangeListener.Change<out E>)</ID>
<ID>NestedBlockDepth:AbstractConcatenatedList.kt$AbstractConcatenatedList$// This is where we handle changes to the *source* list. override fun sourceChanged(change: ListChangeListener.Change<out ObservableList<A>>)</ID>
<ID>NestedBlockDepth:FetchDataFlow.kt$FetchAttachmentsFlow$override fun maybeWriteToDisk(downloaded: List<Attachment>)</ID>
<ID>NestedBlockDepth:HibernateQueryCriteriaParser.kt$HibernateQueryCriteriaParser$override fun parseCriteria(criteria: CommonQueryCriteria): Collection<Predicate></ID>
<ID>NestedBlockDepth:NodeVaultService.kt$NodeVaultService$private fun recordUpdate(update: Vault.Update<ContractState>): Vault.Update<ContractState></ID>
<ID>NestedBlockDepth:Obligation.kt$Obligation$override fun verify(tx: LedgerTransaction)</ID>
<ID>NestedBlockDepth:ProfileController.kt$ProfileController$ @Throws(IOException::class) fun openProfile(): List<InstallConfig>?</ID>
<ID>NestedBlockDepth:ProfileController.kt$ProfileController$ @Throws(IOException::class) fun saveProfile(): Boolean</ID>
<ID>NestedBlockDepth:QuasarInstrumentationHook.kt$PackageTree$ fun toGlobs(excludeTree: PackageTree): List<Glob></ID>
<ID>NestedBlockDepth:RPCClientProxyHandler.kt$RPCClientProxyHandler$// The handler for Artemis messages. private fun artemisMessageHandler(message: ClientMessage)</ID>
<ID>NestedBlockDepth:SpringDriver.kt$SpringBootDriverDSL$private fun queryWebserver(handle: NodeHandle, process: Process, checkUrl: String): WebserverHandle</ID>
<ID>NestedBlockDepth:StartedFlowTransition.kt$StartedFlowTransition$private fun TransitionBuilder.sendToSessionsTransition(sourceSessionIdToMessage: Map<SessionId, SerializedBytes<Any>>)</ID>
<ID>NestedBlockDepth:StatusTransitions.kt$StatusTransitions$ fun verify(tx: LedgerTransaction)</ID>
<ID>NestedBlockDepth:ThrowableSerializer.kt$ThrowableSerializer$override fun fromProxy(proxy: ThrowableProxy): Throwable</ID>
<ID>NestedBlockDepth:TransactionVerifierServiceInternal.kt$Verifier$ private fun verifyConstraintsValidity(contractAttachmentsByContract: Map<ContractClassName, ContractAttachment>)</ID>
<ID>ReturnCount:CordaAuthenticationPlugin.kt$CordaAuthenticationPlugin$override fun authenticate(username: String?, credential: String?): AuthInfo</ID>
<ID>ReturnCount:CordaClassResolver.kt$CordaClassResolver$private fun checkClass(type: Class<*>): Registration?</ID>
<ID>ReturnCount:Crypto.kt$Crypto$// Custom key pair generator from an entropy required for various tests. It is similar to deriveKeyPairECDSA, // but the accepted range of the input entropy is more relaxed: // 2 <= entropy < N, where N is the order of base-point G. private fun deriveECDSAKeyPairFromEntropy(signatureScheme: SignatureScheme, entropy: BigInteger): KeyPair</ID>
<ID>ReturnCount:Crypto.kt$Crypto$// Given the domain parameters, this routine deterministically generates an ECDSA key pair // in accordance with X9.62 section 5.2.1 pages 26, 27. private fun deriveKeyPairECDSA(parameterSpec: ECParameterSpec, privateKey: PrivateKey, seed: ByteArray): KeyPair</ID>
<ID>ReturnCount:DBRunnerExtension.kt$DBRunnerExtension$private fun getDatabaseContext(context: ExtensionContext?): TestDatabaseContext?</ID>
<ID>ReturnCount:NodeConfigurationImpl.kt$NodeConfigurationImpl$private fun validateDevModeOptions(): List<String></ID>
<ID>ReturnCount:NodeSchemaService.kt$NodeSchemaService$// Because schema is always one supported by the state, just delegate. override fun generateMappedObject(state: ContractState, schema: MappedSchema): PersistentState</ID>
<ID>ReturnCount:PartialMerkleTree.kt$PartialMerkleTree$// Helper function to compute the path. False means go to the left and True to the right. // Because the path is updated recursively, the path is returned in reverse order. private fun leafIndexHelper(leaf: SecureHash, node: PartialTree, path: MutableList<Boolean>): Boolean</ID>
<ID>ReturnCount:PersistentNetworkMapCache.kt$PersistentNetworkMapCache$override fun getPartyInfo(party: Party): PartyInfo?</ID>
<ID>ReturnCount:RPCClientProxyHandler.kt$RPCClientProxyHandler$// This is the general function that transforms a client side RPC to internal Artemis messages. override fun invoke(proxy: Any, method: Method, arguments: Array<out Any?>?): Any?</ID>
<ID>ReturnCount:RPCSecurityManagerImpl.kt$RPCPermissionResolver$override fun resolvePermission(representation: String): Permission</ID>
<ID>ReturnCount:RigorousMock.kt$SpectatorDefaultAnswer$override fun answerImpl(invocation: InvocationOnMock): Any?</ID>
<ID>ReturnCount:SerialFilter.kt$SerialFilter$internal fun applyPredicate(acceptClass: (Class<*>) -> Boolean, serialClass: Class<*>?): Boolean</ID>
<ID>ReturnCount:ServicesForResolutionImpl.kt$ServicesForResolutionImpl$// We may need to recursively chase transactions if there are notary changes. fun inner(stateRef: StateRef, forContractClassName: String?): Attachment</ID>
<ID>ReturnCount:SingleThreadedStateMachineManager.kt$SingleThreadedStateMachineManager$override fun retryFlowFromSafePoint(currentState: StateMachineState)</ID>
<ID>ThrowsCount:AMQPTypeIdentifierParser.kt$AMQPTypeIdentifierParser$// Make sure our inputs aren't designed to blow things up. private fun validate(typeString: String)</ID>
<ID>ThrowsCount:ArtemisMessagingServer.kt$ArtemisMessagingServer$// TODO: Maybe wrap [IOException] on a key store load error so that it's clearly splitting key store loading from // Artemis IO errors @Throws(IOException::class, AddressBindingException::class, KeyStoreException::class) private fun configureAndStartServer()</ID>
<ID>ThrowsCount:BrokerJaasLoginModule.kt$BaseBrokerJaasLoginModule$@Suppress("DEPRECATION") // should use java.security.cert.X509Certificate protected fun getUsernamePasswordAndCerts(): Triple<String, String, Array<javax.security.cert.X509Certificate>?></ID>
<ID>ThrowsCount:CheckpointVerifier.kt$CheckpointVerifier$// Throws exception when the flow is incompatible private fun checkFlowCompatible(subFlow: SubFlow, currentCordappsByHash: Map<SecureHash.SHA256, Cordapp>, platformVersion: Int)</ID>
<ID>ThrowsCount:ClassCarpenter.kt$ClassCarpenterImpl$ private fun validateSchema(schema: Schema)</ID>
<ID>ThrowsCount:ConnectionManager.kt$ fun setupJSchWithSshAgent(): JSch</ID>
<ID>ThrowsCount:ContractUpgradeTransactions.kt$ContractUpgradeWireTransaction$ fun resolve(services: ServicesForResolution, sigs: List<TransactionSignature>): ContractUpgradeLedgerTransaction</ID>
<ID>ThrowsCount:SchemaMigration.kt$SchemaMigration$private fun doRunMigration(run: Boolean, check: Boolean, existingCheckpoints: Boolean? = null)</ID>
<ID>ThrowsCount:ServicesForResolutionImpl.kt$ServicesForResolutionImpl$// We may need to recursively chase transactions if there are notary changes. fun inner(stateRef: StateRef, forContractClassName: String?): Attachment</ID>
<ID>ThrowsCount:SignedNodeInfo.kt$SignedNodeInfo$// TODO Add root cert param (or TrustAnchor) to make sure all the identities belong to the same root fun verified(): NodeInfo</ID>
<ID>ThrowsCount:SignedTransaction.kt$SignedTransaction$// TODO: Verify contract constraints here as well as in LedgerTransaction to ensure that anything being deserialised // from the attachment is trusted. This will require some partial serialisation work to not load the ContractState // objects from the TransactionState. @DeleteForDJVM private fun verifyRegularTransaction(services: ServiceHub, checkSufficientSignatures: Boolean)</ID>
<ID>ThrowsCount:SignedTransaction.kt$SignedTransaction$@DeleteForDJVM private fun resolveAndCheckNetworkParameters(services: ServiceHub)</ID>
<ID>ThrowsCount:SingleThreadedStateMachineManager.kt$SingleThreadedStateMachineManager$private fun getInitiatedFlowFactory(message: InitialSessionMessage): InitiatedFlowFactory<*></ID>
<ID>ThrowsCount:StringToMethodCallParser.kt$StringToMethodCallParser$ @Throws(UnparseableCallException::class) fun parse(target: T?, command: String): ParsedMethodCall</ID>
<ID>ThrowsCount:TransactionVerifierServiceInternal.kt$Verifier$ private fun getUniqueContractAttachmentsByContract(): Map<ContractClassName, ContractAttachment></ID>
<ID>ThrowsCount:TransactionVerifierServiceInternal.kt$Verifier$ private fun verifyContracts()</ID>
<ID>ThrowsCount:TransactionVerifierServiceInternal.kt$Verifier$// Using basic graph theory, a full cycle of encumbered (co-dependent) states should exist to achieve bi-directional // encumbrances. This property is important to ensure that no states involved in an encumbrance-relationship // can be spent on their own. Briefly, if any of the states is having more than one encumbrance references by // other states, a full cycle detection will fail. As a result, all of the encumbered states must be present // as "from" and "to" only once (or zero times if no encumbrance takes place). For instance, // a -> b // c -> b and a -> b // b -> a b -> c // do not satisfy the bi-directionality (full cycle) property. // // In the first example "b" appears twice in encumbrance ("to") list and "c" exists in the encumbered ("from") list only. // Due the above, one could consume "a" and "b" in the same transaction and then, because "b" is already consumed, "c" cannot be spent. // // Similarly, the second example does not form a full cycle because "a" and "c" exist in one of the lists only. // As a result, one can consume "b" and "c" in the same transactions, which will make "a" impossible to be spent. // // On other hand the following are valid constructions: // a -> b a -> c // b -> c and c -> b // c -> a b -> a // and form a full cycle, meaning that the bi-directionality property is satisfied. private fun checkBidirectionalOutputEncumbrances(statesAndEncumbrance: List<Pair<Int, Int>>)</ID>
<ID>TooGenericExceptionThrown:CrossCashTest.kt$throw Exception( "Generated exit of ${request.amount} from $issuer, however there is no cash to exit!" )</ID>
<ID>TooGenericExceptionThrown:CrossCashTest.kt$throw Exception( "Generated payment of ${request.amount} from $issuer, " + "however they only have $issuerQuantity!" )</ID>
<ID>TooGenericExceptionThrown:CrossCashTest.kt$throw Exception( "Generated payment of ${request.amount} from ${node.mainIdentity}, " + "however there is no cash from $issuer!" )</ID>
<ID>TooGenericExceptionThrown:CrossCashTest.kt$throw Exception( "Generated payment of ${request.amount} from ${node.mainIdentity}, " + "however they only have $senderQuantity!" )</ID>
<ID>TooGenericExceptionThrown:Generator.kt$Generator$throw Exception("Failed to generate", error)</ID>
<ID>TooGenericExceptionThrown:MerkleTransaction.kt$FilteredTransaction$throw Exception("Malformed transaction, signers at index $internalIndex cannot be deserialised", e)</ID>
<ID>TooGenericExceptionThrown:RpcServerObservableSerializerTests.kt$RpcServerObservableSerializerTests$throw Error("Observable serializer must be registerable with factory, unexpected exception - ${e.message}")</ID>
<ID>TooGenericExceptionThrown:RpcServerObservableSerializerTests.kt$RpcServerObservableSerializerTests$throw Error("Serialization of observable should not throw - ${e.message}")</ID>
<ID>TooGenericExceptionThrown:SelfIssueTest.kt$throw Exception( "Simulated state diverged from actual state" + "\nSimulated state:\n${previousState.vaultsSelfIssued}" + "\nActual state:\n$selfIssueVaults" + "\nDiff:\n$diffString" )</ID>
<ID>TooGenericExceptionThrown:SerializationOutputTests.kt$SerializationOutputTests$throw Error("Deserializing serialized \$C should not throw")</ID>
<ID>TooGenericExceptionThrown:SerializationOutputTests.kt$SerializationOutputTests.<no name provided>$throw Exception()</ID>
<ID>TooGenericExceptionThrown:UniversalContract.kt$UniversalContract$throw Error("Unable to evaluate")</ID>
<ID>TooGenericExceptionThrown:WebServerConfig.kt$WebServerConfig$throw Exception("Missing rpc address property. Either 'rpcSettings' or 'rpcAddress' must be specified.")</ID>
<ID>TopLevelPropertyNaming:AbstractAttachment.kt$// We whitelist sources of transaction JARs for now as a temporary state until the DJVM and other security sandboxes // have been integrated, at which point we'll be able to run untrusted code downloaded over the network and this mechanism // can be removed. Because we ARE downloading attachments over the P2P network in anticipation of this upgrade, we // track the source of each attachment in our store. TestDSL is used by LedgerDSLInterpreter when custom attachments // are added in unit test code. val TRUSTED_UPLOADERS = listOf(DEPLOYED_CORDAPP_UPLOADER, RPC_UPLOADER, TESTDSL_UPLOADER)</ID>
<ID>TopLevelPropertyNaming:Cap.kt$internal val DUMMY_NOTARY = TestIdentity(DUMMY_NOTARY_NAME, 20).party</ID>
<ID>TopLevelPropertyNaming:Cash.kt$/** An extension property that lets you get a cash state from an issued token, under the [NULL_PARTY] */ val Amount<Issued<Currency>>.STATE: Cash.State get() = Cash.State(this, NULL_PARTY)</ID>
<ID>TopLevelPropertyNaming:Cash.kt$/** An extension property that lets you write 100.DOLLARS.CASH */ val Amount<Currency>.CASH: Cash.State get() = Cash.State(Amount(quantity, Issued(NULL_PARTY.ref(1), token)), NULL_PARTY)</ID>
<ID>TopLevelPropertyNaming:InternalTestConstants.kt$/** A dummy time at which we will be pretending test transactions are created. **/ @JvmField val TEST_TX_TIME: Instant = Instant.parse("2015-04-17T12:00:00.00Z")</ID>
<ID>TopLevelPropertyNaming:InternalTestConstants.kt$val DEV_INTERMEDIATE_CA: CertificateAndKeyPair by lazy { net.corda.nodeapi.internal.DEV_INTERMEDIATE_CA }</ID>
<ID>TopLevelPropertyNaming:InternalTestConstants.kt$val DEV_ROOT_CA: CertificateAndKeyPair by lazy { net.corda.nodeapi.internal.DEV_ROOT_CA }</ID>
<ID>TopLevelPropertyNaming:InternalTestUtils.kt$/** * *Custom* CorDapp containing the contents of the `net.corda.testing.contracts` package, i.e. the dummy contracts. This is not a real CorDapp * in the way that [FINANCE_CONTRACTS_CORDAPP] and [FINANCE_WORKFLOWS_CORDAPP] are. */ @JvmField val DUMMY_CONTRACTS_CORDAPP: CustomCordapp = cordappWithPackages("net.corda.testing.contracts")</ID>
<ID>TopLevelPropertyNaming:InternalTestUtils.kt$/** * Reference to the finance-contracts CorDapp in this repo. The metadata is taken directly from finance/contracts/build.gradle, including the * fact that the jar is signed. If you need an unsigned jar then use `cordappWithPackages("net.corda.finance.contracts")`. * * You will probably need to use [FINANCE_CORDAPPS] instead to get access to the flows as well. */ @JvmField val FINANCE_CONTRACTS_CORDAPP: TestCordappImpl = findCordapp("net.corda.finance.contracts")</ID>
<ID>TopLevelPropertyNaming:InternalTestUtils.kt$/** * Reference to the finance-workflows CorDapp in this repo. The metadata is taken directly from finance/workflows/build.gradle, including the * fact that the jar is signed. If you need an unsigned jar then use `cordappWithPackages("net.corda.finance.flows")`. * * You will probably need to use [FINANCE_CORDAPPS] instead to get access to the contract classes as well. */ @JvmField val FINANCE_WORKFLOWS_CORDAPP: TestCordappImpl = findCordapp("net.corda.finance.workflows")</ID>
<ID>TopLevelPropertyNaming:InternalTestUtils.kt$@JvmField val FINANCE_CORDAPPS: Set<TestCordappImpl> = setOf(FINANCE_CONTRACTS_CORDAPP, FINANCE_WORKFLOWS_CORDAPP)</ID>
<ID>TopLevelPropertyNaming:InternalUtils.kt$// re-defined to prevent clash with Java 9 Class.packageName: https://docs.oracle.com/javase/9/docs/api/java/lang/Class.html#getPackageName-- val Class<*>.packageName_: String get() = requireNotNull(this.packageNameOrNull) { "$this not defined inside a package" }</ID>
<ID>TopLevelPropertyNaming:NodeConfiguration.kt$val Int.MB: Long get() = this * 1024L * 1024L</ID>
<ID>TopLevelPropertyNaming:ProviderMap.kt$// OID taken from https://tools.ietf.org/html/draft-ietf-curdle-pkix-00 val `id-Curve25519ph` = ASN1ObjectIdentifier("1.3.101.112")</ID>
<ID>TopLevelPropertyNaming:RPCServer.kt$// TODO replace this by creating a new CordaRPCImpl for each request, passing the context, after we fix Shell and WebServer @JvmField internal val CURRENT_RPC_CONTEXT: ThreadLocal<RpcAuthContext> = CurrentRpcContext()</ID>
<ID>TopLevelPropertyNaming:SerializationFormat.kt$const val encodingNotPermittedFormat = "Encoding not permitted: %s"</ID>
<ID>TopLevelPropertyNaming:SerializationSchemaTests.kt$// Make sure all serialization calls in this test don't get stomped on by anything else val TESTING_CONTEXT = SerializationContextImpl(amqpMagic, SerializationDefaults.javaClass.classLoader, GlobalTransientClassWhiteList(BuiltInExceptionsWhitelist()), emptyMap(), true, SerializationContext.UseCase.Testing, null)</ID>
<ID>TopLevelPropertyNaming:StatusTransitionsTest.kt$private val ALICE = ALICE_ID.party</ID>
<ID>TopLevelPropertyNaming:StatusTransitionsTest.kt$private val ALICE_ID = TestIdentity(CordaX500Name.parse("L=London,O=Alice Ltd,OU=Trade,C=GB"))</ID>
<ID>TopLevelPropertyNaming:StatusTransitionsTest.kt$private val ALICE_PUBKEY = ALICE_ID.publicKey</ID>
<ID>TopLevelPropertyNaming:StatusTransitionsTest.kt$private val BIGCORP_ID = TestIdentity(CordaX500Name.parse("L=New York,O=Bigcorp Ltd,OU=Trade,C=US"))</ID>
<ID>TopLevelPropertyNaming:StatusTransitionsTest.kt$private val BIG_CORP = BIGCORP_ID.party</ID>
<ID>TopLevelPropertyNaming:StatusTransitionsTest.kt$private val BIG_CORP_PUBKEY = BIGCORP_ID.publicKey</ID>
<ID>TopLevelPropertyNaming:StatusTransitionsTest.kt$private val BOB = BOB_ID.party</ID>
<ID>TopLevelPropertyNaming:StatusTransitionsTest.kt$private val BOB_ID = TestIdentity(CordaX500Name.parse("L=London,O=Bob Ltd,OU=Trade,C=GB"))</ID>
<ID>TopLevelPropertyNaming:StatusTransitionsTest.kt$private val BOB_PUBKEY = BOB_ID.publicKey</ID>
<ID>TopLevelPropertyNaming:TestConstants.kt$/** A test node name **/ @JvmField val ALICE_NAME = CordaX500Name("Alice Corp", "Madrid", "ES")</ID>
<ID>TopLevelPropertyNaming:TestConstants.kt$/** A test node name **/ @JvmField val BOB_NAME = CordaX500Name("Bob Plc", "Rome", "IT")</ID>
<ID>TopLevelPropertyNaming:TestConstants.kt$/** A test node name **/ @JvmField val BOC_NAME = CordaX500Name("BankOfCorda", "London", "GB")</ID>
<ID>TopLevelPropertyNaming:TestConstants.kt$/** A test node name **/ @JvmField val CHARLIE_NAME = CordaX500Name("Charlie Ltd", "Athens", "GR")</ID>
<ID>TopLevelPropertyNaming:TestConstants.kt$/** A test node name **/ @JvmField val DUMMY_BANK_A_NAME = CordaX500Name("Bank A", "London", "GB")</ID>
<ID>TopLevelPropertyNaming:TestConstants.kt$/** A test node name **/ @JvmField val DUMMY_BANK_B_NAME = CordaX500Name("Bank B", "New York", "US")</ID>
<ID>TopLevelPropertyNaming:TestConstants.kt$/** A test node name **/ @JvmField val DUMMY_BANK_C_NAME = CordaX500Name("Bank C", "Tokyo", "JP")</ID>
<ID>TopLevelPropertyNaming:TestConstants.kt$/** A test notary name **/ @JvmField val DUMMY_NOTARY_NAME = CordaX500Name("Notary Service", "Zurich", "CH")</ID>
<ID>VariableNaming:EvolvabilityTests.kt$EvolvabilityTests$@Suppress("UNUSED_VARIABLE") val A = 1</ID>
<ID>VariableNaming:EvolvabilityTests.kt$EvolvabilityTests$@Suppress("UNUSED_VARIABLE") val B = 100</ID>
<ID>VariableNaming:EvolvabilityTests.kt$EvolvabilityTests$val A = 1</ID>
<ID>VariableNaming:EvolvabilityTests.kt$EvolvabilityTests$val B = "two"</ID>
<ID>VariableNaming:EvolvabilityTests.kt$EvolvabilityTests$val B = 100</ID>
<ID>VariableNaming:EvolvabilityTests.kt$EvolvabilityTests$val B = 2</ID>
<ID>VariableNaming:EvolvabilityTests.kt$EvolvabilityTests$val C = "This is not a banana"</ID>
<ID>VariableNaming:EvolvabilityTests.kt$EvolvabilityTests$val C = "three"</ID>
<ID>VariableNaming:EvolvabilityTests.kt$EvolvabilityTests$val D = 4</ID>
<ID>VariableNaming:EvolvabilityTests.kt$EvolvabilityTests$val E = null</ID>
<ID>VariableNaming:Examples.kt$Examples$// fx swap // both parties have the right to trigger the exchange of cash flows val an_fx_swap = arrange { actions { (acmeCorp or highStreetBank) may { "execute".givenThat(after("2017-09-01")) { highStreetBank.owes(acmeCorp, 1070.K, EUR) acmeCorp.owes(highStreetBank, 1.M, USD) } } } }</ID>
<ID>VariableNaming:Examples.kt$Examples$// maybe in the presence of negative interest rates you would want other side of contract to be able to take initiative as well val zero_coupon_bond_2 = arrange { actions { (acmeCorp or highStreetBank) may { "execute".givenThat(after("2017-09-01")) { highStreetBank.owes(acmeCorp, 1.M, USD) } } } }</ID>
<ID>VariableNaming:Examples.kt$Examples$// no touch // Party Receiver // Party Giver // // Giver has right to annul contract if barrier is breached // Receiver has right to receive money at/after expiry // // Assume observable is using FX fixing // val no_touch = arrange { actions { (acmeCorp or highStreetBank) may { "execute".givenThat(after("2017-09-01")) { highStreetBank.owes(acmeCorp, 1.M, USD) } } highStreetBank may { "knock out".givenThat(EUR / USD gt 1.3) { zero } } } }</ID>
<ID>VariableNaming:ExternalIdMappingTest.kt$ExternalIdMappingTest$val A = services.keyManagementService.freshKey(id) // Automatically calls registerKeyToParty and registerKeyToExternalId</ID>
<ID>VariableNaming:ExternalIdMappingTest.kt$ExternalIdMappingTest$val B = services.keyManagementService.freshKey(id) // Automatically calls registerKeyToParty and registerKeyToExternalId</ID>
<ID>VariableNaming:ExternalIdMappingTest.kt$ExternalIdMappingTest$val C = services.keyManagementService.freshKey(idTwo) // Automatically calls registerKeyToParty and registerKeyToExternalId</ID>
<ID>VariableNaming:ExternalIdMappingTest.kt$ExternalIdMappingTest$val D = services.keyManagementService.freshKey() // Automatically calls registerKeyToParty and registerKeyToExternalId</ID>
<ID>VariableNaming:ExternalIdMappingTest.kt$ExternalIdMappingTest$val E = Crypto.generateKeyPair().public</ID>
<ID>VariableNaming:ExternalIdMappingTest.kt$ExternalIdMappingTest$val F = Crypto.generateKeyPair().public</ID>
<ID>VariableNaming:ExternalIdMappingTest.kt$ExternalIdMappingTest$val G = Crypto.generateKeyPair().public</ID>
<ID>VariableNaming:HibernateConfigurationTest.kt$HibernateConfigurationTest$val _dummyLinearStates = it[2] as DummyLinearStateSchemaV1.PersistentDummyLinearState</ID>
<ID>VariableNaming:HibernateConfigurationTest.kt$HibernateConfigurationTest$val _vaultLinearStates = it[1] as VaultSchemaV1.VaultLinearStates</ID>
<ID>VariableNaming:InternalMockNetwork.kt$MessagingServiceSpy$internal var _messagingService: MessagingService? = null set(value) { check(field == null) { "Spy has already been attached to a node" } field = value }</ID>
<ID>VariableNaming:VaultQueryTests.kt$VaultQueryTestsBase$// Beware: do not use `MyContractClass::class.qualifiedName` as this returns a fully qualified name using "dot" notation for enclosed class val MYCONTRACT_ID = "net.corda.node.services.vault.VaultQueryTestsBase\$MyContractClass"</ID>
