The shell is embedded in the node and offers the ability to monitor
and control the node via the launching terminal.
Still to do:
* Switch to a fork of CRaSH that we can maintain ourselves, and merge in Marek's SSH patch so we can enable SSH access.
* Add persistent command history that survives restarts.
* Tab completion for the 'flow' and 'run' commands.
* Remove the 'jul' command and replace it with a command that lets you see and tail the log4j logs instead.
* Fix or remove the other crash commands that have bitrotted since 2015.
* Record a metric for the duration and rate of execution for every flow. This is useful for task intense scenarios to detect performance degradation.
* Measure both successful and failed flow durations
* CORDA-305: Refactor CordaRPCClient into :client:rpc module
* CORDA-305: Remove the Kotlin test framework from the artifacts.
* CORDA-305: Migrate serialisation whitelist into node-api module.
* CORDA-305: Clean up unused RPC observables.
* CORDA-305: Add :client:rpc module to documentation tasks.
* CORDA-305: Include :finance into :client:rpc for its serialisable classes.
* CORDA-305: Move test classes into the correct directory.
* CORDA-305: Migrate :finance dependency from :client:rpc into DemoBench.
* CORDA-305: Update wording of TODO about handling Observables.
* CORDA-304: Refactor :client modules into :client:javafx and :client:mock.
* CORDA-304: Add :client:mock to Dokka tasks, and remove unused integrationTest task.
* CORDA-304: Migrate DriverBasedTest from node into test-utils.
* CORDA-304: Rename .fx. package to .jfx. to prevent confusion with "exchange rate".
* CORDA-304: Rename module to ':client:jfx'.
* We were leaving trailing attachmentStorage on pooled kryo instances after some tests. Changed attachment storage logic to make it impossible to leave it behind.
* Some low level tests corrupt the Kryo config, so do not return to pool when this is the case. Also, we discovered that Kryo is caching class name to class resolution. We don't want to do this where attachments are involved. The errors raised highlighted a class missing from the whitelist. Need to write a unit test to test the class loader issue.
* Unit test for attachment class loading with kryo.
* Non-ssl artemis acceptor for RPC connection. (#271)
* New non-ssl acceptor in artemis server for RPC connection.
* Rename artemisAddress with messagingAddress
Rename artemisAddress with messagingAddress so that the node configuration file properties match
the code variable names.
Rename artemisPort to messagingPort in Gradle configuration to match node configuration naming.
* Add rpcPort configuration option for Gradle
* Update docs to reflect changes to RPC port configuration
* Renumber ports in example CorDapp to match numbering used elsewhere
* Restructure upgrade guide
* added config file checks on corda startup to make the upgrade path a bit smoother.
Convert NodeVaultService states to return Iterable (backed by Sequence) Vs the old way using a List. Worth noting this relieves memory pressure as the number of vault states grows.
* remove toList in ContractUpgradeFlowTest
Basic crypto API to support 5 signature schemes and MetaData-ed signatures.
Supported schemes: (1) RSA_SHA256, (2) ECDSA_SECP256K1_SHA256, (3) ECDSA_SECP256R1_SHA256, (4) EDDSA_ED25519_SHA512, (5) SPHINCS-256_SHA512.
To sign a transaction, a signer should create a MetaData wrapper that contains transaction's merkle root and some extra information, such as signer's public key, timestamp and visibleInputs. Actually, MetaData is utilised to support a practical partial, blind and extra-data attached signature model.
When a MetaData object is signed, the signer sends a TransactionSignature object that contains the signed output and the corresponding MetaData object.
Remarks:
This is an temporary solution for signature algorithmic agility. Further development is required for a robust and extensible Crypto Manager/Provider PKI that will support certificate creation, key generation, signing/verifying, deterministic key derivation, encoding formats, SGX/HSM support, identity and key management, versioning, revocation, asynchronicity, metadata, partial sig. policies etc.
* QueuedObservable could not leak due to hard references. Have made it weak referenced but also had to reference count a hard reference to prevent early GC. Explained in comments.
* Improved comments.
* Fixed typo
* Fixed another typo
* CORDA-265: Implement "ALL" permission for RPC users. Users with this permission in node.conf can use any flow.
* CORDA-265: Ensure that we always close the RPC proxy object after each test.
* CORDA-265: Refactor construction of dummy RPC client into an abstract base class.
* CORDA-265: Document RPC "ALL" permission.
* BFT notary prototype: add a non-validating service.
Each replica now validates the transaction timestamp and returns an individual signature to the BFT client. The client then returns a list of signatures back to the notary service flow.
The validating variant is still incomplete - it requires the ability to suspend flows on arbitrary function calls.
* Make the network registration process more verbose
* removed gradle task for building standalone jar for the certificate signing request utility
* Added a flag "--initial-registration" to the corda jar to start the registration
* Initial prototyping with Requery as a persistence replacement for Exposed/Hibernate
Applied changes following PR review by RP
Updated timestamp naming (removed committedTimestamp) and StateStatus (removed AWAITING_CONSENSUS) after discussion with RP.
Removed FungibleState and LinearState schemas (and associated tests) - awaiting Requery uni-directional relationship fix.
Added Transaction propagation such that requery re-uses any existing transaction context.
Made requery default logging configurable (disabled by default)
Nullable fields are now truly nullable (in the Kotlin and DDL sense)
Fix for SimmValuation integration test.
Workarounds applied to resolve Requery issues when sharing Transactional context.
Addressed PR review comments from MH.
Further updates following re-review by RP/MH
Further updates following additional PR review comments by RP
Minor update following additional PR review comments by RP
Optimised makeUpdate state processing code.
Resolved conflicts after rebase.
Additional Unit tests and bug fix for correct spending of multiple contract state types within a single transaction.
Required interface change to states() API to take a setOf (ContractStateClassTypes)
Minor code clean-up.
Re-write NodeVaultService consumed state makeUpdate function using SQL.
* Resolve conflict after rebase from master
* Added missing out modifier to UpgradedContract class
* Added ContractUpgradeFlow.Instigator to whitelist in AbstractNode
* Added test for contract upgrade using RPC
* Add support for contract upgrades
* Add interface for the upgraded contract to implement, which provides functionality for upgrading legacy states.
* Add shared upgrade command and verification code for it.
* Add DummyContractV2 to illustrate what an upgraded contract looks like.
* Add new functions to vault service to support upgrading state objects.
* Add contract upgrade flow
Split CashFlow into independent CashIssueFlow, CashExitFlow and CashPaymentFlow,
so that users can be given access to one but not the other(s).
Signed-off-by: Ross Nicoll <ross.nicoll@r3.com>
Add AnonymousParty superclass of Party in preparation for anonymising parties stored in
contract states.
Signed-off-by: Ross Nicoll <ross.nicoll@r3.com>
* Add webAddress back to NMS as it shifts the port allocation for all subsequent nodes and causes all demos to break.
* Attachment demo: fix node names
* Notary demo: fix certificate paths & ports
* IRS demo: role decider fixed to allocate roles properly. Previously it used to pick current node as the Fixer, causing both nodes to initiate the trade flow, resulting in double spend exceptions..
Make FinalityFlow do more, and be used more consistently.
Add a new waitForLedgerCommit API that is intended to be used at the end of flows, or at any other point where a flow wants to wait for a transaction to finalise (but the finalisation flow is being done by someone else).
Update the docs a bit.
* Prevent node from starting across upgrades (until we support it better).
On first run a version file is created in the node dir, and on subsequent runs the node version is matched against it.
* Move version check from caplet to node.
InMemoryNetworkMapCacheTest was not actually asserting that an expected exception was thrown, which
meant when earlier changes to the service changed the operation it wasn't caught. The service now
overwrites previous node if a new matching node is added, and this updates the test to follow that
design.
Change Party instances to be uniquely identified by the owning key, without taking into account name.
This requires that mock node key generation is reworked so that keys for services and the node itself
are distinct, otherwise the network map service cannot differentiate them.
Signed-off-by: Ross Nicoll <ross.nicoll@r3.com>
