BREAKING!
Before: authorized private PDAs remain authorized for the rest of the
calls after.
After: the authorized preivate PDAs remain authorized for the rest of
the callee subtree.
* feat(key_protocol): version-independent domain separators for normal keys
Introduce a /LEE-Keys/v1/... namespace for account key derivation
(private and public), distinct from LEE protocol versioning
(/LEE/v0.3/...). This lets the key derivation protocol evolve
independently of the transaction/message format version, so a LEE
version bump doesn't silently rotate or orphan user keys.
Covers master/child private and public key derivation, authorization
and viewing secret keys, and nullifier secret/public key derivation
(the latter also used by the privacy-preserving guest circuit).
Pinned regression tests updated to match the new derivation outputs.
* chore(artifacts): rebuild guest ELFs and test fixture for key protocol change
Regenerated via just build-artifacts after the /LEE-Keys/v1/... domain
separator migration touched lee_core::nullifier, which every guest
program links against, and changed derived account IDs embedded in
the prebuilt sequencer fixture.
* test(testnet_initial_state): update pinned private-account values for new key domain separators
initial_priv_accounts_private_keys() derives from fixed SSK roots
through the key_protocol chain the /LEE-Keys/v1/... migration changed,
so the derived viewing secret keys and account addresses shifted even
though the SSK roots themselves didn't. Public account addresses are
unaffected since they sign with a raw PrivateKey outside this chain.
* chore(artifacts): rebuild guest ELFs and test fixture after dev rebase
The rebase onto dev conflicted on these binaries (dev had independently
rebuilt them since this branch diverged). Conflicts were resolved
provisionally during the rebase and are now replaced with a fresh
build-artifacts run against the fully merged tree.
Co-Authored-By: Claude Sonnet 5 <noreply@anthropic.com>
---------
Co-authored-by: Claude Sonnet 5 <noreply@anthropic.com>
Resolves the actors-refactor (#691) collision: gossip now starts in
sequencer_service::run() after ExecutorActor construction (which exposes
its mempool handle), and the RPC-side publish hook threads through
RpcServerActor::new into the actor's Service.
Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>
Artem Gureev