Restructures /docs/ by reader purpose (tutorials, how-to, reference, design), adds the new-user-progression and operator-recipe content the prior layout lacked, runs an accuracy pass against current source across the pre-existing design docs, and rewrites the gateway feature-set documentation end-to-end around its actual operational profile (a niche feature designed for systems already serving DHCP/DNS to a LAN, with two independent halves — outbound LAN→mesh, inbound mesh→LAN — sharing one nftables table, one binary, and one control socket). Top-level README and getting-started rewritten around two equally-weighted deployment modes (overlay on existing IP networks; ground-up over non-IP transports). ## Additions - 11 new tutorials in docs/tutorials/: an 8-step new-user progression from single-daemon test-mesh peering through to a ground-up two-device mesh, an IPv6-adapter side-trip walkthrough, an Advanced Tutorials index, and a hand-held OpenWrt walk-through for fips-gateway deployment that exercises both halves of the feature. - 12 new how-tos in docs/how-to/: firewall activation, Nostr discovery (resolve / advertise / open across five scenarios), Tor onion (directory + control_port modes), UDP buffer tuning, unprivileged-user setup, persistent identity, host aliases, Bluetooth LE peering, MTU diagnostics, manual Linux-host gateway deployment (covers both halves), gateway troubleshooting (organised by half), and a section index. - 9 new reference docs in docs/reference/: configuration, wire formats, control-socket protocol, four CLI references (fips, fipsctl, fipstop, fips-gateway), security posture matrix, and Nostr events catalog. Configuration and wire-formats are renamed-and-extended from prior design/ versions; the other seven are net-new. - 6 new design docs: fips-concepts, fips-architecture, and fips-prior-work split out of the deleted fips-intro.md; consolidated fips-mmp and fips-mtu aggregations; and a new generic port-advertisement-and-nat-traversal doc (Nostr-signaled port advertisement plus UDP NAT-traversal protocol, FIPS as an example implementation, suitable for eventual NIP submission). - Top-level docs/getting-started.md walking through the binary-installer-only Install story. - packaging/common/hosts pre-populated with the eight public test-mesh nodes so shortnames resolve out of the box on every fresh install. ## Changes - 23 wire-format diagrams relocated to reference/diagrams/ alongside the wire-formats move. - 4 design diagrams corrected against source code (fips-protocol-stack, fips-identity-derivation, fips-coordinate-discovery, fips-routing-decision). - 10 pre-existing design docs reconciled with current source. Numeric corrections: stale link-MMP report bounds (now [1s, 5s] with 200 ms cold-start floor); UDP default MTU (now 1280, IPv6 minimum); node_addr formula (SHA-256(pubkey)[..16]); Noise patterns (IK at link, XK at session); peer-ACL semantics (strict allowlist requires ALL in peers.deny); daemon DNS upstream ([::1]:5354); on-the-wire bloom-filter size (1,071 bytes); obsolete Cargo-feature references (PR #79 dropped them) removed. - Transport framing tightened across the docs: TCP is for UDP-filtered networks (not NAT traversal); Tor is a deployment mode (not failover); WebSocket dropped (not a shipped FIPS transport); WiFi promoted to Implemented via Ethernet in infrastructure mode; classic-Bluetooth row removed (BLE is the only Bluetooth-mode transport). - docs/design/fips-gateway.md rewritten end-to-end to lead with the niche-feature framing and the two-halves structure. Title moved from "FIPS Outbound LAN Gateway" to "FIPS Gateway"; architecture section describes the common machinery (the fips-gateway service, the nftables table, the control socket) before splitting into separate "Outbound Half" and "Inbound Half" sections of equal weight; security considerations split per-half; no Future Work section (speculative directions live in the project tracker, not in protocol design docs). Inbound port forwarding is a first-class half rather than a buried "Implemented Extensions" subsection. - Gateway terminology unified across all gateway docs as a separate Linux service running alongside the fips daemon (its own systemd unit / OpenWrt init script). Container- pattern terms (sidecar) are reserved for the Docker/Kubernetes sidecar deployment examples — the testing/sidecar/ tree, examples/k8s-sidecar/, examples/sidecar-nostr-relay/, examples/wireguard-sidecar-macos/, and the related CHANGELOG / top-level README entries — where the term carries its standard container meaning. - Net-new design body content: rekey section in fips-mesh-layer (Noise IK msg1/msg2 over the established link, K-bit cutover, drain window, smaller-NodeAddr-wins tie-breaker on dual-init); Mesh Size Estimation and Antipoison FPR Cap sections in fips-bloom-filters; Mesh-Interface Query Filter subsection in fips-ipv6-adapter; failure-suppression knobs and clock- skew tolerance in fips-nostr-discovery; loop-rejection and mid-chain ancestor swap added to spanning-tree propagation / stability rules; Priority Chain in fips-mesh-operation renumbered to match the routing-decision diagram. - Top-level README: dropped the stale nostr-discovery cargo-feature parenthetical. docs/README.md and the four section READMEs (tutorials, how-to, reference, design) refreshed for the new structure; index rows reflect both halves of the gateway feature and the new fips-gateway CLI reference. - Cargo.toml [package.metadata.deb] assets path updated for the fips-security.md move; .gitignore /reference/ rule anchored to repo root so docs/reference/ is trackable. - packaging/openwrt-ipk/files/etc/fips/fips.yaml configuration-doc URL updated to the new docs/reference/configuration.md location. ## Deletions - docs/design/fips-intro.md (split into the three new intro design docs). - docs/design/document-relationships.svg (orphan, no longer referenced). - docs/proposals/ tree removed; the only proposal it contained (the Nostr UDP hole-punch protocol) was rewritten as the new generic design/port-advertisement-and-nat-traversal.md.
4.9 KiB
fipstop
Live-status terminal UI for a running FIPS daemon.
Synopsis
fipstop [-s SOCKET] [--gateway-socket PATH] [-r SECONDS]
Description
fipstop is a ratatui-based dashboard. It opens the daemon control
socket, polls a small set of show_* queries on a timer, and renders
the state in a tabbed full-screen UI. A separate poll runs against the
gateway control socket when the Gateway tab is active.
fipstop is read-only — it cannot mutate daemon state. Use
fipsctl for connect / disconnect and friends.
Options
| Flag | Argument | Default | Description |
|---|---|---|---|
-s, --socket |
PATH |
(auto) | Daemon control-socket path / port. Same default as fipsctl. |
--gateway-socket |
PATH |
(auto) | fips-gateway control-socket path / port. Default: /run/fips/gateway.sock (Unix), TCP port 21211 (Windows). |
-r, --refresh |
SECONDS |
2 |
Poll interval. |
-V, --version |
— | — | Print short version. |
--version |
— | — | Print long version. |
-h, --help |
— | — | Print usage and exit. |
Tabs
Tabs cycle in this order. Each tab issues the listed control-socket query on its first activation and on every refresh tick while active.
| Tab | Query | Shows |
|---|---|---|
| Node | show_status |
Identity, version, uptime, peer/link/session counts, sparklines for mesh size, tree depth, peer count, bytes, loss. |
| Peers | show_peers (+ show_links, show_transports cross-refs) |
Authenticated peers in a table. Selecting a row and pressing Enter opens a detail view. |
| Transports | show_transports (+ show_links, show_peers cross-refs) |
Tree of transport instances with per-link children when expanded. |
| Sessions | show_sessions |
End-to-end FSP sessions. |
| Tree | show_tree |
Spanning-tree state and per-peer coordinates. |
| Filters | show_bloom |
Per-peer Bloom-filter state. |
| Performance | show_mmp |
Link-layer and session-layer MMP metrics. |
| Routing | show_routing (+ show_cache cross-ref) |
Forwarding/discovery counters, pending lookups, retry state. |
| Graphs | show_stats_history family + show_stats_peers |
Stacked time-series plots. Three modes: node-level metrics, one metric across peers, all metrics for one peer. |
| Gateway | show_gateway and show_mappings against the gateway socket |
Pool utilisation and per-mapping state when fips-gateway is running. Empty when the gateway socket is unreachable. |
The cycle order in the UI is: Node → Peers → Transports → Sessions → Tree → Filters → Performance → Routing → Graphs → Gateway. The Links and Cache tabs are not in the cycle but are fetched as cross-references to populate Peers, Transports, and Routing detail views.
Keybindings
Global
| Key | Action |
|---|---|
q, Ctrl-C |
Quit. |
Tab |
Next tab. |
Shift-Tab |
Previous tab. |
g |
Jump to the Graphs tab. |
Esc |
Close detail view (if open). |
Table tabs (Peers, Sessions, Transports, Gateway)
| Key | Action |
|---|---|
Up, Down |
Move row selection. |
Enter |
Open detail view for the selected row. |
Transports tab (extra)
| Key | Action |
|---|---|
Right, Space |
Expand the selected transport row to show its links. |
Left |
Collapse the selected transport row. |
e |
Expand all transports. |
c |
Collapse all transports. |
Graphs tab (extra)
| Key | Action |
|---|---|
Up, Down |
Scroll within the stacked plots. |
Right, Space |
Next time window. Cycles 1m / 1s → 10m / 1s → 1h / 1s → 24h / 1m. |
Left |
Previous time window. |
m |
Cycle view mode: Node (stacked node metrics) → MetricByPeer (one per-peer metric across all peers) → PeerByMetric (all per-peer metrics for one peer). |
n |
Next selector (next per-peer metric in MetricByPeer; next peer in PeerByMetric). |
Shift-N |
Previous selector. |
Exit Codes
| Code | Meaning |
|---|---|
0 |
Normal quit. |
1 |
Failed to initialise the terminal. The reason is printed to stderr. |
A failure to reach the daemon socket is not fatal: the dashboard displays "Disconnected" in the status bar and retries on every refresh tick.
Environment
| Variable | Description |
|---|---|
XDG_RUNTIME_DIR |
Used to derive the default control-socket and gateway-socket paths when /run/fips is absent. |
Files
Same control-socket resolution rules as
fipsctl. The gateway socket follows the same
pattern with gateway.sock in place of control.sock, falling back
to /tmp/fips-gateway.sock if neither system path nor
XDG_RUNTIME_DIR is available.
See also
fipsctl— issue mutating commands.fips— the daemon.- control-socket.md — wire protocol fipstop polls.