* Generate networkParameteres for Cordformation.
Fix deployNodes task in Cordformation to generate NetworkParameters before running the nodes.
Add TestNetworkParametersGenerator utility loaded after node infos generation step.
* Get rid of bouncy castle provider dependency
For cordform-common. It caused problems with loading our custom
X509EdDSAEngine for generation of network parameters in deployNodes
task.
* new network map object for network map, and verify signature and root in Signed network map and node info
* fixup after rebase
* * added certificate and key to network map server
* move DigitalSignature.WithCert back to NetworkMap.kt, as its breaking API test, will raise another PR to move it back.
* Make DigitalSignature.WithCert not extend WithKey, as per PR discussion.
* various fixes after rebase.
* move Network map back to core/node, as its breaking API test
* revert unintended changes
* move network map objects to node-api
* make node info file copying optional by setting "compatabilityZoneURL" in driver
integration test for node using http network map using driver
some bug fixes
* rebase to feature branch and fixup
* add initialRegistration flag to driver
* remove useFileBaseNetworkMap flag, add network map server to DriverTest
* remove useFileBaseNetworkMap flag, add network map server to DriverTest
* use PortAllocation.Incremental instead of random
* * use PortAllocation.Incremental instead of random
* fix NodeInfoWatcher thread leak issue
* reset scheduler before create notary
* move port allocation out of companion object
* move port allocation out of companion object
* make node info file copier lateinit to avoid observable thread pool get created on init
Document the included samples in the docs again so there's some continuity from v1 docs, while making it clear they're not best practice examples but instead illustrate solutions to various use-cases.
Document the included samples in the docs again so there's some continuity from v1 docs, while making it clear they're not best practice examples but instead illustrate solutions to various use-cases.
* PartyAndCertificate serialiser has been converted to deal with just CertPath
* Removed X500Name serialiser as we no longer use the BC implementation and have our own CordaX500Name
* Converted X509 cert serialiser to use Java certs and not BC X509 cert holder
* Added to test to AMQP serialisation to make sure c'tor is invoked on deserialisation
* Revert "CORDA-296: added rpc that returns an observable for node state (#2004)"
This reverts commit 7d1f7ab
* Revert "CORDA-296: added rpc that returns an observable for node state (#2004)"
This reverts commit 7d1f7ab
Previously when de-anonymising a Party instance, the name of the Party was used rather than
the key, meaning a Party could be constructed with a random nonsense key and any name, and be treated as corresponding to the well known identity. This is not a security hole in itself as
in any real scenario a party shouldn't be trusted without having been registered, it creates
a significant risk of a security hole depending on how trusted the anonymous identity is, and
the returned identity is considered.
Pass notary identity into flow in `NodeStatePersistenceTests` rather than resolving it from the network map cache, which avoids a race condition between the flow starting and the notary registration being sent to the cache.
