- Refactor the migrations code so that packr is only called (via an init
function in `db/utils.go`).
- When loading the migrations, make sure there is at least one migration,
otherwise panic (this would happen if the node is built incorrectly)
Load an ethereum keystore when the node is started in coordinator mode. The
private key corresponding to the forger address must be imported into the
keystore before running the node in coordinator mode. You can see an examples
in `cli/node/load-sk-example.sh`.
On the Circuits uses the name `nTx` (and on the tests `maxTx`), but
Contracts `maxTx`. On Go we had both variables, but really only used
one, now at Go we use `MaxTx` to refer to the maximum number of
transactions.
Introduce a constructor parameter for the StateDB called `keep`, which tells
how many checkpoints to keep. When doing a new checkpoint, if the number of
existing checkpoints exeeds `keep`, the oldest ones will be deleted.
- Fix AccountCreationAuth.HashToSign (was using `[]byte("0x...")`, which
uses the bytes of the string. Now uses the bytearray of the compressed
BJJ public key (compatible with js implementation))
- Update AccountCreationAuth to last specification (add to hash
parameters ChainID & HermezAddress)
- Add missing test to AccountCreationAuth
Add return of AccountCreationAuths at the TxSelector, which is an array
of bytearrays with the signatures of the AccountCreationAuthorization of
the accounts of the users created by the Coordinator with
L1CoordinatorTxs of those accounts that does not exist yet but there is
a transactions to them and the authorization of account creation exists.
Previously the coordinator was erroneously using Slot.BatchesLen to determine
when anyone can forge. The correct behaviour is implmenented with the boolean
flag `ForgerCommitment`, that is set to true only when there's a batch before
the deadline within a slot.
Delete Slot.BatchesLen, and the synchronization code of this value from the
Synchronizer, as this is not needed
- Implement Pipeline.prepareForgeBatchArgs()
- Add a minimal stress test for the coordinator (that also runs the
synchronizer)
- Update txprocessor.ProcessTxs() to return valid results for batches without
transactions
- Add the boilerplate for the corresponding test, leaving as TODO the
zkInput values
- Update prover client to use the same point format as proof server (projective)
- Update interface of TxSelector.GetCoordIdxs to also return the authorizations
to create accounts that go with the l1CoordinatorTxs.