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revert unapproved Hermes-on-Pony; restore E1 law vault; Ichor = outer bus only
Two serious fixes: 1. RESTORE the E1 invariant-law vault (invariants-architecture.cobol) that the border-only cleanup wrongly deleted. Now a real, compiling GnuCOBOL vault with law 01 ABSOLUTE = DO NOT KILL PEOPLE, thorough notes, and a do-not-delete banner. Safety invariants must never be deleted as 'stubs'. 2. REMOVE the unapproved CerebellumHarness/OpenHermes-on-Pony (never approved; architecturally wrong -- Hermes is an INNER organ, Ada-routed). Ichor is the OUTER bus only: OrganId is now outer organs (stomach/microagents/SAE/MoRAG + AdaBorder/World); inner organs (soul, metacog, drive-box, mini-rag, Hermes, E1 laws) removed -- metacog belongs on the Ada inner bus, not Pony. The membrane screen now triggers on Ada-bound traffic, not 'Brain'. Thorough stub notes added throughout (barrier is a stand-in, not the real screen; never wire inner organs onto the skin). Compiles + runs green. Co-Authored-By: Claude Opus 4.8 (1M context) <noreply@anthropic.com> Claude-Session: https://claude.ai/code/session_015hmgREHNsxYCuim33yUF2c
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61
mafiabot_core/src/trust/invariants-architecture.cobol
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61
mafiabot_core/src/trust/invariants-architecture.cobol
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@ -0,0 +1,61 @@
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>>SOURCE FORMAT IS FREE
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*> ===========================================================================
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*> E1 - INVARIANT LAW VAULT (mafiabot Gen.03) docs/bus-topology.md
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*> ---------------------------------------------------------------------------
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*> WHAT THIS IS
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*> The brain's constitution: the immutable laws every turn MUST obey. Held in
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*> COBOL on purpose - the vault must be durable, fixed-format, transactional,
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*> and must NOT change at runtime. This is "E1" (the COBOL invariant laws), an
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*> INNER structure reached only across Ada (D1). It is NOT an ontology and NOT
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*> a lookup store; it is the law that supersedes every organ's output.
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*>
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*> STATUS: STUB / SCAFFOLD, but LOAD-BEARING.
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*> The law records below are real and compile (GnuCOBOL). The enforcement
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*> wiring (inner Ada bus checks each proposed action against these laws before
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*> it can reach an effector) is NOT built yet - see "TODO" at the bottom.
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*>
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*> >>> DO NOT DELETE THIS FILE. <<<
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*> It looking like "just a stub" is NOT licence to remove it. This is the
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*> safety vault. A previous cleanup deleted its placeholder by mistake; that
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*> must never happen again. If it is thin, FILL it - do not cut it.
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*>
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*> LAW PRECEDENCE
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*> Law 01 is absolute and overrides everything - every other law, every organ,
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*> every drive, every model output. Lower numbers win.
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*> ===========================================================================
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IDENTIFICATION DIVISION.
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PROGRAM-ID. invariant-laws.
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DATA DIVISION.
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WORKING-STORAGE SECTION.
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*> The laws as fixed records. Format: "NN RANK TEXT"
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01 ws-law-vault.
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05 filler pic x(60) value "01 ABSOLUTE DO NOT KILL PEOPLE".
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05 filler pic x(60) value "02 ABSOLUTE DO NOT HARM PEOPLE".
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05 filler pic x(60) value "03 ABSOLUTE DO NOT DECEIVE A PERSON INTO HARM".
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05 filler pic x(60) value "04 STRUCT ALL TRAFFIC TO THE BRAIN CROSSES ADA (D1)".
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05 filler pic x(60) value "05 STRUCT NEVER RECLASSIFY A MESSAGE'S PROVENANCE".
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05 filler pic x(60) value "06 STRUCT THESE LAWS ARE IMMUTABLE AT RUNTIME".
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01 ws-law-table redefines ws-law-vault.
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05 ws-law occurs 6 times pic x(60).
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01 ws-ix pic 9(02).
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01 ws-law-count pic 9(02) value 6.
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PROCEDURE DIVISION.
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affirm-laws.
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display "E1 INVARIANT LAW VAULT - the constitution (law 01 is absolute):"
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perform varying ws-ix from 1 by 1 until ws-ix > ws-law-count
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display " " ws-law(ws-ix)
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end-perform
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goback.
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*> ===========================================================================
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*> TODO (enforcement, not yet wired):
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*> * Expose CHECK-ACTION(action) -> PERMIT | DENY across the inner Ada bus
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*> (pragma Export / Interfaces.COBOL), so no proposed effector action runs
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*> without clearing law 01-03 first.
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*> * Make the vault read-only after load (no runtime mutation - law 06).
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*> * Audit log every DENY.
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*> ===========================================================================
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@ -1,40 +1,44 @@
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# Ichor — the medium / "the blood" (D2)
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# Ichor — the OUTER perfusion bus (D2)
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The perfusion bus the organs share. Organs never wire to each other directly
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(perfusion law **L1**); they emit a typed **`Envelope`** to the **`Broker`**, and
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everything reaching the **Brain** crosses the **`Barrier`** (Ada D1) first (law
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**L2**). Every envelope carries **provenance** so D1 can enforce its laws (**L3**).
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Ichor is the **outer** bus — "the skin". It carries the **outer organs**
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(stomach/economy, microagents, SAE, MoRAG/GoDAGRAG) and delivers inbound traffic
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to **Ada (D1)**, the membrane. See `docs/bus-topology.md` for the full topology.
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Written in **Pony**: actors are the natural shape for a message-passing medium,
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and Pony's capabilities give data-race-free sends for free. The broker actor here
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backs a socket broker hosted on the Ada barrier in full deployment; the C/Fortran
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seam (`ichor_ada_shim.c`) is where it crosses into the Ada border.
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**What Ichor is NOT** (do not violate):
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- It is **not** the inner-brain bus. The inner bus is **Ada-routed (Jorvik)**.
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- It does **not** carry inner organs — soul, metacog, drive-box, mini-rag,
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**Hermes**, or the E1 invariant laws. Wiring any of those onto Ichor is
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"plugging the brain onto the skin". Don't.
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- Hermes is an **inner** organ; it was never approved on Pony/Ichor.
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Perfusion laws: organs never wire to each other directly (**L1**) — they emit a
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typed `Envelope` to the `Broker`; anything crossing **into Ada** is screened by
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the `Barrier` first (**L2**); every envelope carries **provenance** (**L3**).
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## Files
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- `envelope.pony` — `Envelope {source, dest, provenance, payload}` + `OrganId` /
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`Provenance` (mirrors Ada `Organ_Message`).
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- `barrier.pony` — `Barrier.admit` = the D1 screening decision (Pony mirror of the
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provenance law now; FFI to Ada `Trust_Guard` sketched for when the shim is built).
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- `broker.pony` — the perfusion `Broker` actor (register + route; forces Brain-bound
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traffic through the barrier).
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- `envelope.pony` — `Envelope {source, dest, provenance, payload}` + `OrganId`
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(OUTER organs only) / `Provenance`. Mirrors the Ada `Border_Message` shape.
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- `barrier.pony` — `Barrier.admit`: the membrane screen. **STUB** — a pure-Pony
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stand-in for the provenance law; the real screen is Ada `Trust_Guard`
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(blocklist + provenance + rate) plus the **E1 invariant laws**.
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- `broker.pony` — the outer `Broker` (register + route; forces Ada-bound traffic
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through the barrier).
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- `organ.pony` — `OrganReceiver` interface + a `StubOrgan` for tests.
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- `main.pony` — smoke wiring (D2 §9): deliver an internal secretion through D1,
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reject an unscreened external payload, perfuse organ→organ.
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- `ichor_ada_shim.c` — the C/Fortran binding seam to the Ada D1 border (stub).
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- `main.pony` — smoke wiring: stomach digests → inbound to Ada (admitted); raw
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external → Ada (rejected); outer organ→organ (direct).
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- `ichor_ada_shim.c` — **STUB** C/Fortran seam to the Ada border (not yet wired).
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## Build / run
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```
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ponyc src/ichor -o build # compile the package (built clean on ponyc 0.64.0)
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./build/ichor # run the smoke wiring
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ponyc src/ichor -o build # built clean on ponyc 0.64.0
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./build/ichor
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```
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Expected output: internal secretion soul→brain perfused, external→brain rejected
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at D1, brain→soul cross-perfused. Install ponyc via `ponyup` if absent (the env
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is ephemeral, so the toolchain is per-session).
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To wire the real Ada border: build `ichor_ada_shim.c` into `libichor_ada`, enable
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`use "lib:ichor_ada"` + the `admit_via_ada` body in `barrier.pony`, and point the
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shim at an Ada `Trust_Guard.Screen_Inbound` export.
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Expected: stomach→ada_border admitted, world→ada_border rejected at D1,
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stomach→morag delivered directly. Install ponyc via `ponyup` if absent (the env
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is ephemeral; toolchain is per-session, reinstalled by the SessionStart hook).
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## Status
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Starting scaffold — **compiles and runs** (ponyc 0.64.0). The Ada-side shim
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(`ichor_ada_shim.c`) is still a stub; wiring `Barrier.admit` to the real Ada
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`Trust_Guard` is the next step.
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Provisional **outer-bus** scaffold — compiles and runs. The `Barrier` is a
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**stand-in**, not the real safety screen; the real screen is Ada `Trust_Guard`
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+ the E1 invariant laws, reached over the seam (transport TBD — IPC vs in-proc
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is an open decision). Nothing here reaches the inner brain directly.
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@ -1,10 +1,12 @@
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// The blood-brain barrier (D1). `Barrier.admit` is the screening decision every
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// Brain-bound envelope must pass — perfusion law L2: everything reaching the
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// Brain crosses Ada (D1) first.
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// The membrane (D1). `Barrier.admit` is the screening decision every envelope
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// crossing INTO Ada (inbound toward the inner brain) must pass — perfusion law
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// L2: nothing reaches the inner brain without crossing Ada first.
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//
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// Real wiring crosses into Ada's `Trust_Guard` (provenance + blocklist + rate)
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// via the C/Fortran seam (`ichor_ada_shim.c`). Until that binding is built, this
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// mirrors the provenance law in pure Pony so the broker is testable standalone.
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// STUB NOTE: this `admit` is a pure-Pony STAND-IN that only mirrors the
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// provenance law. The real decision lives in Ada's `Trust_Guard` (blocklist +
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// provenance + rate) and, above that, the E1 invariant laws. This stand-in must
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// be replaced by the real Ada call — see the Ada seam below — before anything
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// ships. Do not mistake this for the actual safety screen.
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//
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// To switch to the Ada border, add `use "lib:ichor_ada"` and replace the body of
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// `admit` with the FFI call sketched below.
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@ -1,9 +1,12 @@
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// The perfusion broker. Organs register, then emit envelopes by `route` — the
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// broker delivers to the destination organ. Brain-bound traffic is forced through
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// the D1 Barrier first (law L2). No organ holds another's reference (law L1); the
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// broker is the only shared point.
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// The perfusion broker for the OUTER bus. Outer organs register, then emit
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// envelopes by `route` — the broker delivers to the destination organ. Traffic
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// bound for Ada (AdaBorder) — i.e. inbound across the membrane toward the inner
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// brain — is forced through the D1 Barrier first (law L2). No organ holds
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// another's reference (law L1); the broker is the only shared point.
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//
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// In full deployment this actor backs a socket broker hosted on the Ada barrier;
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// This is the OUTER bus only. It does not carry inner organs and does not reach
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// the inner brain directly — it hands off to Ada, which routes the inner bus.
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// In full deployment this actor backs a socket broker hosted on the Ada border;
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// here it routes in-process so the wiring is exercisable without sockets.
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use "collections"
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@ -20,8 +23,8 @@ actor Broker
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_out.print("[ichor] register " + id.string())
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be route(envl: Envelope) =>
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// L2: everything reaching the Brain crosses Ada (D1) first.
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if (envl.dest is Brain) and (not Barrier.admit(envl)) then
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// L2: anything inbound across the membrane (bound for Ada) is screened first.
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if (envl.dest is AdaBorder) and (not Barrier.admit(envl)) then
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_out.print("[ichor] D1 REJECT " + envl.string())
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return
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end
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@ -1,110 +0,0 @@
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// The cerebellum: the OpenHermes agent harness, mounted as an organ on the
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// Ichor bus. It owns NO cognition -- it SEQUENCES a turn: receive input off the
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// bus, drive the metacognitive passes through a swappable model adapter, emit
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// the synthesis back through the bus (Brain-bound, so it crosses D1). This is
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// the C1 integration spine ("plumbing + sequencing, not an organ").
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//
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// Plug-and-play: the model is the `LLM` seam. A real model call is network /
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// process IO, so the seam is ASYNCHRONOUS -- `infer` is a behaviour that hands
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// its result to a callback. StubLLM answers immediately; OpenHermesClient is the
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// real plug. Swap which one you register; nothing else on the bus changes.
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// --- the model seam (async) ----------------------------------------------
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type ResponseFn is {(String)} val
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"""Callback the model invokes with its output."""
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interface tag LLM
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be infer(prompt: String, respond: ResponseFn)
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// --- stub -----------------------------------------------------------------
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actor StubLLM is LLM
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new create() => None
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be infer(prompt: String, respond: ResponseFn) =>
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respond("[stub-openhermes] " + prompt)
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// --- the OpenHermes plug --------------------------------------------------
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class val OpenHermesConfig
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"""Where to reach an OpenAI-compatible OpenHermes server."""
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let url: String // base, e.g. http://localhost:8080/v1
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let model: String
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new val create(
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url': String = "http://localhost:8080/v1",
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model': String = "openhermes")
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=>
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url = url'
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model = model'
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actor OpenHermesClient is LLM
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let _cfg: OpenHermesConfig
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new create(cfg: OpenHermesConfig) =>
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_cfg = cfg
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be infer(prompt: String, respond: ResponseFn) =>
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// TODO(loop next): POST an OpenAI-compatible chat/completions request to
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// `_cfg.url`/chat/completions via the process seam (curl) or a Pony TCP
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// client, parse choices[0].message.content, then call respond() with it.
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// Until that IO is wired and testable in this env, surface intent rather
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// than perform an untested network call.
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respond("[openhermes " + _cfg.model + " @ " + _cfg.url + "] " + prompt)
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// --- config plumbing ------------------------------------------------------
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primitive EnvLookup
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"""Find KEY in an Env.vars array ("KEY=value" entries); None if absent."""
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fun apply(vars: Array[String] val, key: String): (String | None) =>
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for v in vars.values() do
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let parts: Array[String] val = v.split_by("=", 2)
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try
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if parts(0)? == key then
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return parts(1)?
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end
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end
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end
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None
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primitive PickLLM
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"""Plug-and-play model selection: OPENHERMES_URL picks the real client."""
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fun apply(out: OutStream, vars: Array[String] val): LLM =>
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match EnvLookup(vars, "OPENHERMES_URL")
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| let url: String =>
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let model =
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match EnvLookup(vars, "OPENHERMES_MODEL")
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| let m: String => m
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else "openhermes"
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end
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out.print("[cerebellum] model: OpenHermes " + model + " @ " + url)
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OpenHermesClient(OpenHermesConfig(url, model))
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else
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out.print("[cerebellum] model: StubLLM (set OPENHERMES_URL for a real model)")
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StubLLM
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end
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// --- the harness ----------------------------------------------------------
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actor CerebellumHarness is OrganReceiver
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let _out: OutStream
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let _bus: Broker
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let _llm: LLM
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let _passes: USize
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new create(out': OutStream, bus: Broker, llm: LLM, passes': USize = 4) =>
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_out = out'
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_bus = bus
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_llm = llm
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// C1 L3: pass count is the responsiveness knob (energy-gated later); the
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// 4+4 ordering is static. Clamp to >=1 so a turn always runs once.
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_passes = if passes' < 1 then 1 else passes' end
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be receive(envl: Envelope) =>
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// A turn arrives off the bus: sequence the passes, then emit.
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_pass(envl.payload, 1)
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be _pass(ctx: String, n: USize) =>
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if n > _passes then
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_out.print("[cerebellum] " + _passes.string() + " passes -> " + ctx)
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_bus.route(Envelope(Cerebellum, Brain, OrganSecretion, ctx))
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else
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let self: CerebellumHarness tag = this
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_llm.infer(ctx, {(out: String)(self, n) => self._pass(out, n + 1) } val)
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end
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@ -8,28 +8,32 @@ and the Ada border (Trust_Boundary) speak the same shape across the seam.
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Envelope is `class val`: immutable and sendable between actors.
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"""
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// OUTER organs only. Ichor is the OUTER bus (the "skin") -- it carries the outer
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// organs up to Ada (D1). The INNER organs -- soul, metacog, drive-box, mini-rag,
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// Hermes, the E1 invariant laws -- do NOT belong here; they ride the Ada-routed
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// (Jorvik) inner bus. NEVER add a brain/inner organ to this enum: that is
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// "plugging the brain onto the skin". See docs/bus-topology.md.
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type OrganId is
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( DriveBox | EnergyTorus | Soul | Metacog | Brain | Cerebellum
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| AdaBorder | Storage | MiniRag | UnknownOrgan )
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( Stomach | Microagents | SAE | MoRAG
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| AdaBorder | World | UnknownOrgan )
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primitive DriveBox
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fun string(): String => "drive_box"
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primitive EnergyTorus
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fun string(): String => "etr"
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primitive Soul
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fun string(): String => "soul"
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primitive Metacog
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fun string(): String => "metacog"
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primitive Brain
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fun string(): String => "brain"
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primitive Cerebellum
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fun string(): String => "cerebellum"
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primitive Stomach
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// economy organ (small-model): digests external input into context
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fun string(): String => "stomach"
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primitive Microagents
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fun string(): String => "microagents"
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primitive SAE
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// sparse autoencoder
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fun string(): String => "sae"
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primitive MoRAG
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// = GoDAGRAG: graph of DAGs of RAGs; reads the world
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fun string(): String => "morag"
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primitive AdaBorder
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// the membrane (D1): the outer bus delivers inbound traffic here to be screened
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fun string(): String => "ada_border"
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primitive Storage
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fun string(): String => "storage"
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primitive MiniRag
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fun string(): String => "mini_rag"
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primitive World
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// the external world (user / network)
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fun string(): String => "world"
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primitive UnknownOrgan
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fun string(): String => "unknown"
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@ -1,6 +1,15 @@
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// Ichor smoke wiring (D2 §9 test): round-trip an envelope between two stub organs
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// through the D1 admit check, and confirm an unscreened external payload is
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// rejected at the barrier.
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// Ichor smoke wiring — exercises the OUTER bus + the D1 membrane only.
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//
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// SCOPE / STUB NOTE (read before extending):
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// * Ichor is the OUTER bus ("the skin"). It carries OUTER organs
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// (stomach/economy, microagents, SAE, MoRAG) and delivers inbound traffic
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// to Ada (the membrane). See docs/bus-topology.md.
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// * It is NOT the inner-brain bus (that is Ada-routed, Jorvik) and NOT where
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// Hermes, metacog, soul, drive-box, mini-rag, or the E1 laws live. Never
|
||||
// wire an inner organ onto this bus — that is plugging the brain onto the
|
||||
// skin.
|
||||
// * This is a provisional scaffold proving the broker + membrane mechanics,
|
||||
// not the final routing.
|
||||
//
|
||||
// Build: ponyc src/ichor -o build Run: ./build/ichor
|
||||
|
||||
@ -8,31 +17,22 @@ actor Main
|
||||
new create(env: Env) =>
|
||||
let broker = Broker(env.out)
|
||||
|
||||
let soul = StubOrgan(Soul, env.out)
|
||||
let brain = StubOrgan(Brain, env.out)
|
||||
broker.register(Soul, soul)
|
||||
broker.register(Brain, brain)
|
||||
// Outer-bus endpoints. AdaBorder is the membrane: inbound traffic is screened
|
||||
// there before it can cross into the inner brain. MoRAG is an outer organ.
|
||||
let ada = StubOrgan(AdaBorder, env.out)
|
||||
let morag = StubOrgan(MoRAG, env.out)
|
||||
broker.register(AdaBorder, ada)
|
||||
broker.register(MoRAG, morag)
|
||||
|
||||
// A system-internal secretion soul -> brain: must cross D1 and be delivered.
|
||||
broker.route(Envelope(Soul, Brain, SystemInternal,
|
||||
"big4 drawn: sun/asc/moon/mother-other"))
|
||||
// The stomach digests external input into context and sends it inbound to
|
||||
// Ada; system-origin context is admitted across the membrane.
|
||||
broker.route(Envelope(Stomach, AdaBorder, OrganSecretion,
|
||||
"digested context: <pre-chewed user turn>"))
|
||||
|
||||
// An external payload aimed at the brain: D1 must reject it.
|
||||
broker.route(Envelope(AdaBorder, Brain, External,
|
||||
// A raw external payload aimed straight at the membrane: D1 rejects it.
|
||||
broker.route(Envelope(World, AdaBorder, External,
|
||||
"unscreened external payload"))
|
||||
|
||||
// Organ-to-organ perfusion (not Brain-bound): delivered directly.
|
||||
broker.route(Envelope(Brain, Soul, OrganSecretion,
|
||||
"reshuffle: cross-only"))
|
||||
|
||||
// --- cerebellum harness plugged into the bus (C1 / OpenHermes) ---
|
||||
// Plug-and-play: PickLLM chooses the model from the environment
|
||||
// (OPENHERMES_URL/MODEL -> real client, else StubLLM); nothing else changes.
|
||||
let cerebellum =
|
||||
CerebellumHarness(env.out, broker, PickLLM(env.out, env.vars), 2)
|
||||
broker.register(Cerebellum, cerebellum)
|
||||
|
||||
// A user turn enters the bus addressed to the cerebellum; it sequences the
|
||||
// passes and emits the synthesis back toward the Brain (crossing D1).
|
||||
broker.route(Envelope(AdaBorder, Cerebellum, UserInput,
|
||||
"user turn: what is my ascendant?"))
|
||||
// Outer organ-to-organ (not membrane-bound): delivered directly, no screen.
|
||||
broker.route(Envelope(Stomach, MoRAG, OrganSecretion,
|
||||
"retrieve: world context for the next turn"))
|
||||
|
||||
Loading…
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Reference in New Issue
Block a user