So...
On reflection, and adding a number of tests for static initialisation
with serialised types it looks like there is no chance that the
serializer factory will ever pass a non white-listed type through to the
carpenter in the first place.
As such leaving the plumbing in as it may be useful to pass a blacklist
at some point into the carpenter and the tests are always useful
(ignoring those that won't work without the white-list checking)
The class carpenter should refuse to carpent classes that are not
whitelisted or marked as CordaSerializable. This prevents any security
issue where a malicious message could indicate a class had a member of
some type that on construction did something bad. By respecting the
whitelist we avoid this.
As the carpeter annotates anythign it constructs as CordaSerializable,
it will always be able to carpent classes that contain memebrs that were
unknown, and thus unannotated, carpented classes
* Added schedulable flows to cordapp scanning
* Fixed a bug where the core flows are included in every cordapp.
* Added a test to prove the scheduled flows are loaded correctly.
* Enabled a negative test to prove that we are not currently dynamically loading attachment classes from the network.
Move Jackson public key encode/decode support away from Kryo serialization format for compactness and to DER format encoded as base64 for compatibility with other systems.
The current use of SSL RPC relies on access to the node's keystore file, and further to that some uses where using the NODE_USER to login on the p2p port.
* Make functions in CompositeSignature static
* Make contract IDs constant
* Remove use of "e.g." which Dokka will take as end of the first sentence
* Move example onto function that it actually works with
* Change comment which refers to comment above it, without any linkage, to directly describe the function
* Move implementation notes out of Dokka comment
* Change contract IDs to constants in companion objects
* Transform Kotlin's EmptyList, EmptySet and EmptyMap into Java classes before serialising them.
* Transform Kotlin's EmptyList, EmptySet and EmptyMap to their unmodifiable Java equivalents.
Remove cyclic call from `CompositeKey` cycle detection code. Previously when trying to report a cyclic graph in a `CompositeKey`, it called `toString()` which resulted in serialization of the graph, which of course was cyclic, so it failed.
Update cash spending to handle multiple identities per node. For test cases nodes typically have a single identity, which we extract using `chooseIdentity()`, however for production environments we need to support nodes having multiple identities they can represent, with none being special.
