Research-Stack/0-Core-Formalism/lean/Semantics/Semantics/Ingestion.lean

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import Semantics.Adaptation
import Lean.Data.Json
namespace Semantics.Ingestion
open Semantics.Swarm
open Lean (Json)
/--
Master Ingestion Mapping:
Decomposes IA metadata into the 6D Sovereign Genome.
-/
def mapToGenome (j : Json) : Genome :=
let metadataCount := match j.getObj? with | .ok obj => obj.toArray.size | _ => 0
let downloads := match j.getObjVal? "downloads" with
| .ok (.num n) => n.toFloat.toUInt64.toNat
| _ => 0
let identSize := match j.getObjVal? "identifier" with
| .ok (.str s) => s.length
| _ => 10
let week_trending := match j.getObjVal? "week" with
| .ok (.num n) => n.toFloat.toUInt64.toNat
| _ => 0
-- 1. mu_bin (Mutation): Inverse completeness
let mu := (20 - metadataCount).toUInt8 / 2
-- 2. rho_bin (Refresh Rate): Based on trending status
let rho := if week_trending > 100 then 7 else if week_trending > 10 then 4 else 1
-- 3. c_bin (Connectance): Path density
let c := (identSize / 5).toUInt8
-- 4. m_bin (Modularity): Format diversity
let m := 3
-- 5. ne_bin (Observer Mass): Raw download scale
let ne := if downloads > 1000 then 7 else if downloads > 100 then 4 else 1
-- 6. sig_bin (Selection): Hardened significance
let sig := 4
{ mu_bin := if mu > 7 then 7 else mu
, rho_bin := rho.toUInt8
, c_bin := if c > 7 then 7 else c
, m_bin := m.toUInt8
, ne_bin := ne.toUInt8
, sig_bin := sig.toUInt8 }
def isRecordLawful (j : Json) : Bool :=
isScaleCoherent (mapToGenome j)
end Semantics.Ingestion