John Poole
7ffbb0ef5e
Tier 1 audit: `link-lxmf-tier1-rns-1.2.4-lxmf-0.9.7.md` Tier 2 vectors/verifier: link-lxmf.json, regen_link_lxmf.py, and verify_link_lxmf.py Tier 3 promotion: updated SPEC.md, flows, status, and documentation Key correction: the 319/320 boundary uses upstream’s computed LXMF content_size, not simply raw message content length. Also corrected stale flow descriptions for KEEPALIVE (0xFA) and encrypted LINKCLOSE teardown (0xFC). Verification: Deterministic vector regeneration: identical SHA-256 Portable-path and formatting checks: pass Full pinned suite: 17 passed, 0 failed |
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|---|---|---|
| .. | ||
| forward-announce.md | ||
| lxmf-outbound-retry.md | ||
| path-discovery.md | ||
| README.md | ||
| receive-announce.md | ||
| receive-link-lxmf.md | ||
| receive-opportunistic-lxmf.md | ||
| receive-propagated-lxmf.md | ||
| receive-resource.md | ||
| send-announce.md | ||
| send-link-lxmf.md | ||
| send-opportunistic-lxmf.md | ||
| send-propagated-lxmf.md | ||
| send-resource.md | ||
Flows
End-to-end chronological narratives for common Reticulum operations. Where SPEC.md is organized by layer (identity, header, token crypto, announce, LXMF, link, transport, framing), the documents here are organized by operation and walk through what each layer contributes in order — app-call → wire bytes.
The two views are complementary: SPEC.md tells you what each piece looks like; the flows tell you when each piece runs and what calls what. A flow document should not introduce new normative claims — every byte-level detail should be a cross-reference to the relevant SPEC.md section. If you find yourself describing wire bytes here that aren't in SPEC.md, that's a sign the spec has a gap to fill.
Status
| Flow | Status |
|---|---|
send-opportunistic-lxmf.md |
✅ |
receive-opportunistic-lxmf.md |
✅ |
send-link-lxmf.md (DIRECT method, over a Reticulum Link) |
✅ |
receive-announce.md |
✅ |
send-resource.md (Resource fragmentation over a Link) |
✅ |
path-discovery.md (path? request, path-response wire detail, path-table population) |
✅ |
receive-resource.md (inverse of send-resource: ADV ingestion, part assembly, proof emission) |
✅ |
receive-link-lxmf.md (inverse of send-link-lxmf, including responder side of the handshake) |
✅ |
send-announce.md (build, sign, transmit, ratchet rotation, periodic re-announce) |
✅ |
forward-announce.md (transport-node rebroadcast logic, announce_cap, queue) |
✅ |
send-propagated-lxmf.md (PROPAGATED method, via a propagation node) |
✅ |
receive-propagated-lxmf.md (recipient pulling messages via /get) |
✅ |
lxmf-outbound-retry.md (process_outbound retry loop, per-message state machine, fail_message) |
✅ |
Conventions
- Each flow targets one specific upstream operation.
send-opportunistic-lxmf.mddocuments whatLXMRouter.handle_outbound(lxm)does for an opportunistic message; it does not also cover Link or propagation paths — those get their own docs so the chronology stays linear. - Numbered steps are chronological. Each step that produces wire bytes cross-references the SPEC.md section that defines those bytes.
- Source citations use the standard
pip install rns lxmfinstall layout (RNS/,LXMF/) with file + line. Line numbers are pinned to the RNS / LXMF version named at the top of each flow; out-of-date line numbers should be fixed in a PR. - "Verified" claims must be backed by a
tools/script per../agent.md§1. Flow docs inherit the verification status of the SPEC.md sections they reference — if a flow step relies on an unverified SPEC.md callout, the flow should mark that step as inheriting the unverified status rather than silently treat it as fact.