/- ──────────────────────────────────────────────────────────────────────────
   Proofs/InventoryScalar.lean — declaration inventory for the scalar layer.

   Audit INFRASTRUCTURE, not corpus. Compiled by check-scalar.sh Phase 2c,
   which is where these modules' compiled artifacts exist: check.sh does not
   compile the scalar layer, so its own inventory could not cover them and
   named them as uncovered on every run instead. This closes that.
────────────────────────────────────────────────────────────────────────── -/
import Proofs.InventoryCore
import Proofs.ScalarDenote
import Proofs.ScalarLoop
import Proofs.ScalarSubSpec
import Proofs.ScalarAddSpec
import Proofs.ScalarMulSpec
import Proofs.ScalarMontSpec
import Proofs.ScalarReduceSpec
import Proofs.ScalarFullMulSpec
import Proofs.ScalarMain
import Proofs.ScalarWideSpec
import Proofs.ScalarBytesSpec
import Proofs.ScalarUnpackSpec
import Proofs.ScalarFromBytesSpec
-- The scalar audit driver is in this button's compile manifest, exactly as
-- Proofs.Audit is in the main button's, so the inventory must cover it too.
import Proofs.ScalarAudit
open Lean Ed25519Inventory

/-- Exactly check-scalar.sh's PROOFS manifest; that script asserts the
    correspondence in both directions. -/
def corpus : Array Name :=
  #[`Proofs.ScalarDenote, `Proofs.ScalarLoop, `Proofs.ScalarSubSpec, `Proofs.ScalarAddSpec, `Proofs.ScalarMulSpec, `Proofs.ScalarMontSpec, `Proofs.ScalarReduceSpec, `Proofs.ScalarFullMulSpec, `Proofs.ScalarMain, `Proofs.ScalarWideSpec, `Proofs.ScalarBytesSpec, `Proofs.ScalarUnpackSpec, `Proofs.ScalarFromBytesSpec, `Proofs.ScalarAudit]

#eval show MetaM Unit from emitInventory corpus