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Johnathan Corgan
6a564e26ac
Everything the release needs except the version number, which stays at 0.5.0-dev until the tag. The changelog entry covers only the work that is new on this line. The point release's forty-six entries arrived under their own heading with the forward merge and are left alone; the twenty that remained are regrouped by topic and eight more added for changes no entry covered. Three of those eight matter to someone upgrading. Five root modules and four re-exports left the public library surface and Node::connections narrowed, none of it recorded anywhere; the entry names what to use instead and distinguishes the removed connection-phase enum from the Noise type of the same name, which is a different type that still exists. Tracing targets moved, so an existing RUST_LOG filter stops matching rather than erroring. And the handshake resend interval key no longer governs the first resend, which is now a constant, though it still governs later ones. Seven more entries cover the work that landed after the first content pass was written: the experimental native datagram API, the fipsctl probe diagnostic, per-instance transport addressing, the app-owned UDP socket seam, and the connect, disconnect and path-MTU fixes. The four bug fixes among them all reach the deployed line, so the release notes no longer claim this release carries exactly one fix for a shipped bug; it carries four. There is no security section, because after the split every security entry belongs to the point release. The release notes say so plainly rather than leaving a reader upgrading across both releases to conclude this one carries no security work. The notes are organized by audience, since the release spans OpenWrt routers, embedders, FreeBSD, and the existing platforms, and a single list serves none of them. The native datagram API is given a section of its own rather than folded into the embedding seam: it is a client-facing API rather than a way to host a node, and its one rule with no Berkeley-socket counterpart, that the v1 wire carries no half-close, needs to be somewhere a client author will read it. FreeBSD is advertised as supported on x86_64 only, stated wherever the platform appears. Android is advertised as an embedding seam and not as a supported platform: a compile-gated library surface with no artifact and no host application guide. The configuration table rename is carried through every shipped file that taught the old spelling: nine documentation files, the OpenWrt sample config and a test generator, twenty-two sites in all. Guides written this same cycle were among them, which is how the omission was found. The documentation that arrived with the native API was checked for the same omission and was already clean. The compatibility tests keep the old spelling deliberately, since they exist to test the fold. The changelog section is the fold of master's [Unreleased], not a snapshot of it. An earlier version of this commit took a copy that then drifted, so each section ended up holding a bullet the other did not and re-folding them would have picked a winner silently. Both causes were fixed on master instead — the NixOS module had never been recorded there, and the pre-release batch of fixes was new — so [Unreleased] is a strict superset and this is a copy rather than a merge. [0.5.0] carries all forty-six bullets byte for byte, [Unreleased] is empty, and [0.4.2] is untouched, checked by hashing it against master's copy. The BLE work landed after the content pass and gets one summary entry in the changelog and one section in the release notes rather than nine bullets: the ble_available gate replacing target_os = "linux", packet-boundary recovery for stream-oriented backends, peer recognition by node identity instead of a rotating link address, the L2CAP PSM moving into the backend seam and onto the advertisement, the embedder-supplied Android radio, bounded probe retry, and inbound handshakes moved off the accept loop. The two release-notes copies no longer share their link paths. Relative links resolve from one directory only, so the seven written for docs/releases/ all 404ed from the root copy. The root copy now uses paths from the repository root and the versioned copy keeps the ../ form; both sets were resolved against the tree. The same two links are broken the same way in the v0.4.0 through v0.4.2 notes, left as shipped history. The contributor tallies are re-derived against maint..HEAD rather than adjusted: twenty commits from outside the project and 171 from me, with Arjen at fifteen and fr34aky at two. An earlier count of twelve and 138 was carried from a measurement taken three days before this content was written, and the BLE branch widened the gap after it. Arjen's NixOS flake module, the UDP sin6_scope_id fix and most of the BLE rework were uncredited, as was fr34aky's L2CAP PSM seam. They want one last re-derive at tag time if anything lands before the tag. A sweep of all 99 tracked markdown files against the tree corrected fifty-three of them. Four told the reader to run a build.sh that does not exist; the only harness builder is testing/scripts/build.sh. The BLE build prerequisites were described as optional on the strength of a probe that build.rs does not perform, and bluez was named a build prerequisite when libdbus-sys asks only for libdbus-1-dev and pkg-config and bluez is the runtime daemon. Link cost is the primary sort key in next-hop ranking, not reserved for future use; Ethernet runs on macOS as well as Linux; the BLE MTU is the L2CAP CoC MTU rather than a negotiated ATT_MTU; effective Ethernet MTU is 1497; the LAN discovery subsystem is src/mdns and eight citations still named a src/discovery that never existed here. The connectivity states in three tutorials were invented, and their jq filters matched nothing including healthy peers. One command filtered on a literal fd97: address prefix, which only the first byte of fixes, so it returned empty for all but one reader in 256 and every later step using the variable failed silently. transports.tor.advertise_on_nostr was undocumented despite being validated against node.rendezvous.nostr.enabled. The transport design document gains the BLE section it never had, written from the source: the backend cascade and its compile_error tripwire, the platform gate, the PSM advertisement wire layout and the byte budget that forces a 16-bit service-data key, and the probe and admission bounds. Three source files carried the same class of staleness and are corrected with the documentation: the OpenWrt ipk usage line and Makefile error text both named a packaging/openwrt that does not exist, and chaos.sh parsed --subnet without listing it. Folded in with the content commit, having been prepared alongside it: The three GitHub Action pins that had gone stale. Every third-party action is pinned to a commit SHA, nothing reports that a pin has aged, and re-resolving all ten against their tags found dorny/test-reporter@v2, taiki-e/install-action@v2 and vmactions/freebsd-vm@v1 had moved. The three install-action@nextest references stay unpinned, since that action reads the tool to install from the ref name. check-action-pins.sh passes at 75 references and all nine workflow files parse. The lockfile refresh, which is the mutating half of the dependency sweep. Thirty-six packages move to their latest semver-compatible versions and every one is transitive; nothing declared in Cargo.toml changes version. No advisory forces any of them. It was taken before the validation battery, because a gate run against a lockfile that later moves proves nothing about what ships. The sha2 0.10 to 0.11, hkdf 0.12 to 0.13 and bech32 0.11 to 0.12 majors, three of the four deferred at v0.4.0 for change surface rather than security. All three land with no source change. sha2 and hkdf must move together, since both depend on digest 0.11, and neither changes an algorithm. That matters because the chaining-key KDF in the Noise handshake is built on Hkdf::<Sha256>, where an output change would be a wire break rather than a compile error; no known-answer vectors exist for that path, so the wire-compatibility gate is what covers it. secp256k1 0.31 is deliberately absent, since nostr's own requirement would leave two copies of the ECC library in the tree. The README support matrix, rebuilt as one feature table broken out by Linux variety. A single Linux column hid that Debian, Ubuntu, Arch and NixOS are one glibc build differing in packaging, that OpenWrt is musl and drops BLE, and that Android is not a daemon platform. Transport rows sort by how many platforms carry them. A Native API row reads its platform set from the cfg gates. The installer row becomes a package format row naming the artifact, and only the .deb is exercised per release. Four changelog and release-note gaps the BLE re-walk found: a Bluetooth LE bullet stranded inside the released 0.4.2 section, a missing Fixed entry for the scan and probe loop counting a pool-refused connection as an established link, the unnamed embedder call that installs an application-owned radio, and the fact that stopping the transport now stops scanning as well as advertising. Three release-document gaps found walking the unsurveyed commits: the UDP reuse-flag fix stated in the direction opposite to the one it was made, with the silent second-daemon bind it prevents left unsaid; the corrected native-API socket paragraph carried into both release-note copies, which still named SOCK_SEQPACKET on FreeBSD and two kernels where three are handled; and the coordinate-cache hardening, which shipped with no text anywhere despite adding four operator-visible status fields. That last entry states plainly that the checks are mitigations and not a closure, since the coordinate is still not authenticated. Also folded in, the documentation pass that followed the content commit: A stage-pipeline diagram for the probe, embedded in the fipsctl reference under the five-stage list. It draws the five stages left to right with each stage's failure reasons below it, and the bypass that skips both lookup stages when the coordinates are cached or the target is a direct peer. Its branches come from the probe state machine rather than from the report, so the path stage is drawn as the one failure that does not stop the probe. A rewrite of the README's "What FIPS does" section. It now opens with what a machine running FIPS gets, rather than with the two deployment modes, and gives the self-organizing and permissionless property its own paragraph since it holds for both modes. A regrouping of the README's feature list into the mesh, getting traffic onto it, and running a node, with a bullet added for the native datagram API, which had none despite sitting in the support matrix. The Quick start now leads with the released packages rather than a source build. It also fixes a real defect: the package enables fips.service and fips-dns.service and starts neither on a fresh install, so .fips name resolution was silently dead until the next reboot and neither page said to start the service. A rewrite of the release notes. They opened with seven subsections of upgrade caveats and reached the first feature two hundred lines in; they now open with a summary of the release and elaborate below it in the same order. Android is stated as supported through an embedded crate rather than as a standalone daemon, consistently across all three documents. The OpenWrt pair is corrected: it is 802.11s between routers with FIPS supplying encryption, authentication and routing, plus a convention of an open !FIPS SSID a client joins over WiFi, not meshing over a router's own radios. The probe's path output is described as the least-common-ancestor walk, which is the worst-case fallback route rather than the route a packet takes. Detail that did not change what a reader does was cut from the notes and kept in the changelog.
230 lines
10 KiB
Markdown
230 lines
10 KiB
Markdown
# FIPS Testing
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Integration and simulation test harnesses for FIPS, using Docker
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containers running the full protocol stack.
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## Test Harnesses
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### [static/](static/) -- Static Docker Network
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Fixed topologies with manual scripts for building, config generation,
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connectivity tests (ping, iperf), and network impairment (netem).
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Useful for deterministic debugging and validating specific topology
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configurations.
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| Topology | Nodes | Transport | Description |
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| ----------- | ----- | --------- | -------------------------------- |
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| mesh | 5 | UDP | Sparse mesh, 6 links, multi-hop |
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| chain | 5 | UDP | Linear chain, max 4-hop paths |
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| rekey | 5 | UDP | Rekey integration test topology |
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### [tor/](tor/) -- Tor Transport Integration
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End-to-end Tor transport testing with Docker containers running real
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Tor daemons. Requires internet access for Tor bootstrapping.
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| Scenario | Description |
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| -------------- | -------------------------------------------------------- |
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| socks5-outbound | Outbound SOCKS5 connections through Tor to clearnet peer |
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| directory-mode | Inbound via HiddenServiceDir onion service (co-located) |
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### [nat/](nat/) -- NAT Traversal Lab
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Real Docker NAT traversal tests for the Nostr/STUN bootstrap path,
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using router containers with `iptables`-based NAT, a local Nostr relay,
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and a local STUN responder.
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| Scenario | Description |
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| --------- | ------------------------------------------------------------ |
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| cone | Two NATed peers establish a UDP traversal path |
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| symmetric | UDP traversal fails under symmetric NAT, TCP fallback wins |
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| lan | Peers on the same LAN prefer local addresses over reflexive |
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### [chaos/](chaos/) -- Stochastic Simulation
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Automated network testing with configurable node counts, topology
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algorithms (random geometric, Erdos-Renyi, chain, explicit), and fault
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injection (netem mutation, link flaps, traffic generation, node
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churn). 10 scenarios covering general stress and node churn, discovery
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over sparse topologies, spanning-tree and bloom-propagation regression,
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transport-specific validation (UDP, TCP, Ethernet), and ECN/congestion
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testing. Scenarios are
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defined in YAML and executed via a Python harness that manages the full
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lifecycle: topology generation, Docker orchestration, fault scheduling,
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log collection, and analysis.
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### [interop/](interop/) -- Mixed-Version Interop Harness
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On-demand harness that runs an N-node full mesh from a node-spec where
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each node can run a different build of the FIPS daemon, then attributes
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every FMP/FSP/rekey/connectivity failure to a specific version pair
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(same-version vs MIXED). Used to catch interop regressions between
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builds, not as a per-commit CI gate; not part of `ci-local.sh`.
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### [mesh-lab/](mesh-lab/) -- Mesh Reliability Lab
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On-demand harness that runs a chosen integration suite N times under a
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configurable host-pressure profile (idle / light / github-runner-
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equivalent / heavy via `stress-ng`), per-container netem impairment,
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and optional trace-level RUST_LOG, capturing per-rep diagnostics and a
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mechanism-match summary across the run. Used for statistical reliability
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characterization of known flake classes under calibrated stress, not as
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a per-commit gate; not part of `ci-local.sh`.
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### [sidecar/](sidecar/) -- Network Sidecar Isolation
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FIPS running as a sidecar container that owns the network namespace of
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a companion application container, with iptables/ip6tables rules
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confining the app to the mesh. `scripts/test-sidecar.sh` boots a
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three-node chain of such pairs and asserts both connectivity and
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isolation.
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### [firewall/](firewall/) -- nftables Baseline
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End-to-end exercise of the production `fips0` nftables baseline at
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`packaging/common/fips.nft`, covering the default-deny, conntrack and
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drop-in semantics.
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### [acl-allowlist/](acl-allowlist/) -- Peer ACL Enforcement
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Six nodes with per-node allowlist files mounted at the runtime ACL
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paths, exercising insiders, outsiders and allowed remotes at once to
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check which peer pairs are admitted and which are rejected.
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### [native-api/](native-api/) -- Native Datagram API
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Checks the experimental native datagram API: a client process opens a
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flow to a remote pubkey over a Unix socket, receives a file descriptor,
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and exchanges datagrams on it with no TUN device and no IPv6 emulation.
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### [dns-resolver/](dns-resolver/) -- `fips-dns-setup` Backends
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Runs `fips-dns-setup` against each supported Linux resolver backend in
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systemd containers, verifying backend detection, generated config and
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teardown, plus an end-to-end scenario that resolves a `.fips` name
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through the configured backend.
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### [deb-install/](deb-install/) -- Debian Package Install
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Installs the built `.deb` in privileged systemd containers for each
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target distro and verifies unit enablement, conffile placement and
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end-to-end `.fips` resolution as a user would meet it.
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### [boringtun/](boringtun/) -- WireGuard Throughput Baseline
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Two userspace WireGuard peers running Cloudflare BoringTun, measured
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with `iperf3`, as a comparison baseline for FIPS tunnel throughput.
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### [ble/](ble/) -- BLE L2CAP Spike
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Standalone cargo project (`ble_spike`) that validates the `bluer` API
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assumptions behind the `BleIo` trait against real adapters on two
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machines. Not a Docker harness.
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## Running CI locally (`ci-local.sh`)
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[`ci-local.sh`](ci-local.sh) runs the full local CI pipeline — build,
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clippy, unit tests, and the integration suites (including the chaos
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scenarios) — mirroring the GitHub `ci.yml` integration matrix. Run
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`./ci-local.sh --help` for the full option list and `--list` for the
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available suites. Every run starts with a parity check that verifies the
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local suite set covers the same work as the GitHub matrix, per scenario for
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chaos and per distro for deb-install; a divergence fails the run. GitHub
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runs the same check as its own `ci-parity` job. `--check-parity` runs it
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alone (see [check-ci-parity.sh](check-ci-parity.sh)).
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### Per-run isolation and the `FIPS_CI_RUN_ID` override
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Every invocation derives a **run id** and scopes all of its Docker
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resources to it, so two simultaneous runs on the same host (for example,
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one per git worktree, or an operator testing by hand while CI is in
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flight) never collide:
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- **Compose projects** are named `fipsci_<run-id>_<suite>`, so
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container, network, and volume names are all prefixed per run.
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- **Build images** are tagged `fips-test:<run-id>` and
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`fips-test-app:<run-id>`, exported as `FIPS_TEST_IMAGE` /
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`FIPS_TEST_APP_IMAGE`, and **every** compose file and suite script reads
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those. The run does not write `fips-test:latest` at all: a bridge back to
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that shared mutable name would let a consumer that had been missed keep
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working while resolving whichever concurrent run wrote the tag last.
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`:latest` stays the hand-build name, produced by
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`testing/scripts/build.sh`, and remains the default every consumer falls
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back to when the variables are unset.
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- **The build context** is a per-run copy at `testing/docker-<run-id>/`,
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exported as `FIPS_BUILD_CONTEXT`. It is absolute because compose resolves
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a relative build context against the compose file's own directory rather
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than the working directory. `testing/docker/` is the hand-run context and
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a CI run does not write to it. Without this, two runs race on the contents
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of one directory and either can build a correctly-per-run-tagged image
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from the other's binaries.
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- Each parallel chaos child gets a unique, non-overlapping `/24` in
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`10.30.x` (via the sim `--subnet` override). `10.30.x` sits outside
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Docker's default address pool and the fixed-subnet suites' `172.x`
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ranges, so neither a sibling chaos child nor an auto-assigned network
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can swallow a pinned subnet.
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By default the run id is `<short-git-sha>-<random>` — the SHA portion
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records *what code* a container is testing, the random suffix keeps
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simultaneous runs of the same SHA disjoint. Override it for a
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reproducible, attach-by-name debug session:
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```sh
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FIPS_CI_RUN_ID=mydebug ./ci-local.sh --only static-mesh
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# containers are named fipsci_mydebug_static_fips-node-a, etc.
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```
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### Preemption-safety and exit codes
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`ci-local.sh` is safe to cancel mid-run. A signal trap tears down *every*
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compose project the run started (not just the current suite) and reaps
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any in-flight parallel chaos children, bounded by a `timeout` so a stuck
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`compose down` cannot wedge the trap. Exit codes distinguish a cancelled
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run from a failing one:
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| Code | Meaning |
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| ---- | ------- |
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| `0` | all stages passed |
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| `1` | one or more stages failed |
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| `130` | interrupted by SIGINT — cancelled, not a failure |
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| `143` | terminated by SIGTERM — cancelled, not a failure |
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A preempting CI worker (the push-triggered, CI-gated build pipeline that
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kills an in-flight run when a newer same-branch tip arrives) maps
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`130`/`143` → *cancelled* (discard, do not record a failing commit), `0`
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→ green, any other non-zero → red.
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### Cleaning up leftover resources
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Every CI-created container, network, and volume carries the label
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`com.corganlabs.fips-ci=1`. If a run is hard-killed (SIGKILL, OOM, crash)
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and leaves resources behind, reap them with:
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```sh
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./ci-local.sh --reap # or: ./ci-cleanup.sh
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```
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[`ci-cleanup.sh`](ci-cleanup.sh) force-removes everything bearing the CI
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label or a `fipsci_` compose-project prefix; it is safe to run when there
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is nothing to reap and safe to run repeatedly. Pass `--project-prefix` to
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scope the sweep to a single run.
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It also removes the chaos simulation's leftover host-namespace veth
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interfaces (`vh…a`/`vh…b`), the one resource it touches that is neither a
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docker object nor labelled — a host interface can carry neither a label
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nor a compose project, so it is matched by name shape alone. That makes
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the reach here asymmetric with everything above, and worth stating
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plainly:
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- A bare `chaos.sh` run's **containers** survive a broad reap. Its
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compose project is not `fipsci_`, and the simulation labels only the
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network, not the services.
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- A bare `chaos.sh` run's **veth interfaces do not.** An unscoped reap
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deletes them while they are in use, severing the Ethernet links of a
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live simulation and leaving its containers running.
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So do not run a broad `--reap` while a bare simulation is up. Scope the
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interface sweep with `--veth-suffixes` (which is what `ci-local.sh`'s own
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teardown passes) or wait for the simulation to finish. `--project-prefix`
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does not help here: it scopes only the compose-project sweep.
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