tawasuyu

tawasuyu/llimphi

Sovereign retained-mode GPU UI framework in Rust (wgpu+vello+taffy+parley), Elm loop, 40+ widgets.

Rust 229TOML 101Markdown 82Shell 24052 Definitions

⎇ 168cd187519c0ad575d3ce63baee2f164c38d9d1 llimphi-wasm-core/README.md Markdown · 24 lines · 1.1 KB History raw

chore: refresco desde el monorepo — 27 crates nuevos (anim, lottie, svg, mesh, image, layer, test, wire-view, widgets rag-sidebar/router/lazy-list/rive-button) y sync de los 95 existentes 93253cc22 · Sergio · 

1# llimphi-wasm-core
2
3Distribution by hash of Tier 3 WASM apps (no GPU).
4
5The pure core of distribution: hash resolution, integrity and Ed25519 grant
6verification, effective permissions. It **does not depend on the runner or on
7Llimphi** — so a headless service (a relay, a blob server) can use it without
8dragging in the graphics stack. The bridge to actually *run* a `VerifiedApp`
9lives in `llimphi-wasm-dist` (which adds the runner).
10
11The chain, a host-side mirror of what wawa's kernel does with its apps:
12
131. **Resolve** the bytecode by its BLAKE3 hash from a `BlobSource` (today
14   `DiskStore`, a local CAS; or a P2P backend such as `llimphi-wasm-net`).
152. **Verify integrity**: the retrieved wasm must rehash to the requested hash —
16   content addressing, tamper detection.
173. **Verify the Ed25519 grant** (`format::ConcesionCapacidad`): the author must
18   live in a loadable `TrustRing` and the signature must cover
19   `mensaje_capacidad(bytecode, permissions)`. A grant for bytecode X is never
20   valid for Y.
21
22---
23
24Part of **llimphi** — see [llimphi](../README.md).

README.md

llimphi-wasm-core

Distribution by hash of Tier 3 WASM apps (no GPU).

The pure core of distribution: hash resolution, integrity and Ed25519 grant verification, effective permissions. It does not depend on the runner or on Llimphi — so a headless service (a relay, a blob server) can use it without dragging in the graphics stack. The bridge to actually run a VerifiedApp lives in llimphi-wasm-dist (which adds the runner).

The chain, a host-side mirror of what wawa's kernel does with its apps:

  1. Resolve the bytecode by its BLAKE3 hash from a BlobSource (today DiskStore, a local CAS; or a P2P backend such as llimphi-wasm-net).
  2. Verify integrity: the retrieved wasm must rehash to the requested hash — content addressing, tamper detection.
  3. Verify the Ed25519 grant (format::ConcesionCapacidad): the author must live in a loadable TrustRing and the signature must cover mensaje_capacidad(bytecode, permissions). A grant for bytecode X is never valid for Y.

Part of llimphi — see llimphi.