This requires the class carpenter to be able to run in a "lenient" mode where it permits synthesised classes to implement interfaces with unimplemented methods.
The list of CorDapps jars is no longer passed in via the cmd line but is now expected to be placed in the bootstrapped directory.
Ended up being a bit of a refactor to cater for unit testing, and also tidied up the bootstrapper docs.
* Introduce new h2Settings config block which overrides h2Port
* H2 server listens on localhost by default
* Change is backward compatible and old h2Port option can still be used but that always listens on localhost now
* Update changelog and docs with H2 changes
* filter by contract state in _trackBy
* write tests to check that _trackBy is filtering the states correct and tidy up filtering functions
* remove un needed function
* add change log message for filtering unrelated ContractStates from trackBy
At startup node warns about any MappedSchema containing a JPA entity referencing to another JPA entity from a different MappedSchema. Cross reference between JPA entities across different MappedSchema objects can cause operational issues while evolving one MappedSchema object or migrating it's data. Doc API: Persistence documentation no longer suggests mapping between different schemas.
It will re-run automatically from last checkpoint on node restart, allowing the opportunity to resolve the issue, something required when dealing with contract constraint failures.
JPA/Hibernate entities need to impose the correct NULL/NOT NULL constraints on the database - whatever these correct values actually are.
API change: net.corda.core.schemas.PersistentStateRef fields (index and txId) are now non-nullable. Rationale: The fields were always effectively non-nullable - values were set from non-nullable fields of other objects. The class is used in context of database table Primary Key of for other entities and a database already imposes those columns as non-nullable (even if JPA annotation nullable=false was absent).
* CORDA-1510 - Allow Doorman and NetworkMap to be configured independently
Currently only one compatabilityZoneURL can be specified, however the
two services can be run on as separate servers. Allow nodes to be
configured in this manner
* Partial review comments
* Review comments
* review comments
It's no longer used as we've switched over to AMQP for RPC calls so
remove it from everywhere and only use it for checkpointing
* Wire up demo bench post Kryo removal
* Test Fixes
* rebase and fix tests
* Test Fix
* wip
* revert changes to api now we don't need to add annotations
SerializedBytes are first converted to the object it represents before being serialised as a pojo.
These changes will be needed to support the the blob inspector when it will output to YAML/JSON.
* CORDA-1001 - Remove peristent map in NodeSchedulerService (#763)
* Add scheduled flow test that uses multithreaded node
* Replace use of PersistentMap in NodeSchedulerService
* Correct class name and remove duplicate test
* Address initial PR comments
* Remove debugging code
* Remove acidentally added line
* Move Scheduled State contracts to internal module
* Put things in the right places
* Add changelog message
* Fix countdown issue
* Addressing PR comments
* Remove unused class
* CORDA-847 - Pass serialization context down serialization call stack
Needed for later work on AMQP RPC where we need to set per-thread
elements on a context. Could use some magic thread local but I'd rather
it was explicit on the stack and thus easier to reason about.
Additionally, now we're passing this around we can make better use of it
in the future
* Test Fix
* Test fixes
* REVIEW COMMENTS / CODE FORMAT
* Fix build issues
Just as we did for the RPC CLient, refactor kryo specific elements into
their own sub module. Also move kryo specific components out of generic
RPC files.
Thus, adding AMQP support will be a much smoother operation
