update block id spec; typo

cryptarchia/cryptarchia.py

@@ -182,6 +182,8 @@ class BlockHeader:
         h.update(self.leader_proof.commitment)
         assert len(self.leader_proof.nullifier) == 32
         h.update(self.leader_proof.nullifier)
+        assert len(self.leader_proof.evolved_commitment) == 32
+        h.update(self.leader_proof.evolved_commitment)
 
         return h.digest()
 
@@ -219,7 +221,7 @@ class LedgerState:
     # set of commitments
     commitments_spend: set[Id] = field(default_factory=set)
 
-    # set of commitments elligible to lead
+    # set of commitments eligible to lead
     commitments_lead: set[Id] = field(default_factory=set)
 
     # set of nullified coins
@@ -235,10 +237,10 @@ class LedgerState:
             nullifiers=deepcopy(self.nullifiers),
         )
 
-    def verify_elligible_to_spend(self, commitment: Id) -> bool:
+    def verify_eligible_to_spend(self, commitment: Id) -> bool:
         return commitment in self.commitments_spend
 
-    def verify_elligible_to_lead(self, commitment: Id) -> bool:
+    def verify_eligible_to_lead(self, commitment: Id) -> bool:
         return commitment in self.commitments_lead
 
     def verify_unspent(self, nullifier: Id) -> bool:
@@ -263,15 +265,15 @@ class EpochState:
     # The nonce snapshot is taken 7k/f slots into the previous epoch
     nonce_snapshot: LedgerState
 
-    def verify_elligible_to_lead_due_to_age(self, commitment: Id) -> bool:
-        # A coin is elligible to lead if it was committed to before the the stake
+    def verify_eligible_to_lead_due_to_age(self, commitment: Id) -> bool:
+        # A coin is eligible to lead if it was committed to before the the stake
         # distribution snapshot was taken or it was produced by a leader proof since the snapshot was taken.
         #
         # This verification is checking that first condition.
         #
         # NOTE: `ledger_state.commitments_spend` is a super-set of `ledger_state.commitments_lead`
 
-        return self.stake_distribution_snapshot.verify_elligible_to_spend(commitment)
+        return self.stake_distribution_snapshot.verify_eligible_to_spend(commitment)
 
     def total_stake(self) -> int:
         """Returns the total stake that will be used to reletivize leadership proofs during this epoch"""
@@ -308,8 +310,8 @@ class Follower:
         return (
             proof.verify(slot)  # verify slot leader proof
             and (
-                ledger_state.verify_elligible_to_lead(proof.commitment)
-                or epoch_state.verify_elligible_to_lead_due_to_age(proof.commitment)
+                ledger_state.verify_eligible_to_lead(proof.commitment)
+                or epoch_state.verify_eligible_to_lead_due_to_age(proof.commitment)
             )
             and ledger_state.verify_unspent(proof.nullifier)
         )

cryptarchia/messages.abnf

@@ -9,7 +9,7 @@ CONTENT-SIZE      = U32
 BLOCK-DATE        = BLOCK-SLOT
 BLOCK-SLOT        = U64
 PARENT-ID         = HEADER-ID
-MOCK-LEADER-PROOF = COMMITMENT NULLIFIER
+MOCK-LEADER-PROOF = COMMITMENT NULLIFIER COMMITMENT
 
 ; ------------ CONTENT --------------------
 CONTENT          = *OCTET

cryptarchia/test_ledger_state_update.py

@@ -157,7 +157,7 @@ class TestLedgerStateUpdate(TestCase):
         assert follower.tip() == block_4
         assert follower.tip().slot.epoch(follower.config).epoch == 2
 
-    def test_evolved_coin_is_elligble_for_leadership(self):
+    def test_evolved_coin_is_eligible_for_leadership(self):
         coin = Coin(sk=0, value=100)
 
         genesis = mk_genesis_state([coin])
@@ -185,7 +185,7 @@ class TestLedgerStateUpdate(TestCase):
 
         assert follower.tip_id() == block_1.id()
 
-        # but the evolved coin is elligible
+        # but the evolved coin is eligible
         block_2_evolve = mk_block(slot=1, parent=block_1.id(), coin=coin.evolve())
         follower.on_block(block_2_evolve)