LXMF-rs Monorepo

Rust monorepo for LXMF and Reticulum with strict library/app boundaries and enterprise quality gates. The 0.9.5 line is a usable sub-1.0 daemon/product release with substantially expanded RNS/LXMF software parity, published crates, GitHub tool bundles, and improved existing typed SDK communication for REM/RCH clients; it is not a compatibility layer or a complete drop-in replacement for every Python Reticulum/LXMF behavior.

Start Here

• Contributor workflow: CONTRIBUTING.md
• Current status and execution order: docs/status/current-roadmap.md
• Release notes: docs/release-notes-v0.9.5.md
• Docs map and retention rules: docs/README.md
• SDK guide: docs/sdk/README.md
• Support policy: docs/contracts/support-policy.md

Release Status

Current release train: 0.9.5.

Use docs/release-notes-v0.9.5.md for the release summary and docs/runbooks/release-readiness.md for the release gate record. The repository-level parity source of truth remains docs/status/current-roadmap.md; the detailed parity supplements are docs/status/reticulum-parity-matrix.md and docs/status/lxmf-parity-matrix.md.

The 0.9.5 release scope covers the Rust libraries, SDK entry points, lxmd, reticulumd, and rns-tools, plus host-native GitHub bundles for all implemented user-facing tools. The 0.9.5 train is SDK-first: it improves the existing typed SDK communication path, event/status metadata, and release alignment while preserving the explicit boundary that this is not a separate compatibility layer. Operational substitutability is materially stronger but still partial. External-client compatibility claims for REM, RCH, Sideband, MeshChatX, Columba, or other third-party clients require separate interop gate evidence.

Workspace Layout

LXMF-rs/
├── crates/
│   ├── libs/
│   │   ├── lxmf/
│   │   ├── lxmf-core/
│   │   ├── lxmf-sdk/
│   │   ├── lxmf-runtime/
│   │   ├── reticulum-rs/
│   │   ├── rns-core/
│   │   ├── rns-embedded-core/
│   │   ├── rns-embedded-ffi/
│   │   ├── rns-embedded-runtime/
│   │   ├── rns-transport/
│   │   ├── rns-rpc/
│   │   └── test-support/
│   ├── apps/
│   │   ├── lxmf-cli/
│   │   ├── reticulumd/
│   │   └── rns-tools/
├── docs/
    ├── adr/
    ├── architecture/
    ├── contracts/
    ├── fixtures/
    ├── migrations/
    ├── runbooks/
    ├── schemas/
    └── sdk/
├── examples/
├── tools/
│   └── scripts/
├── scripts/
└── xtask/

Cargo.toml is the source of truth for active workspace members. Retired migration-era crates are not kept in the repository surface.

Active Libraries

• lxmf-wire (crates/libs/lxmf-core): message/payload/identity primitives.
• lxmf: umbrella crate for lxmf-sdk and lxmf-wire.
• lxmf-sdk: host-facing client API (start/send/cancel/status/configure/poll/snapshot/shutdown).
• lxmf-runtime: in-process SdkBackend over Reticulum transport for embedded host applications.
• rns-embedded-runtime: node-centric embedded runtime facade with lifecycle, event, and managed std driver support.
• rns-embedded-ffi: C ABI for embedded/manual-tick compatibility and the v1 node-centric API.
• rns-embedded-core: shared embedded/runtime types and fixtures.
• reticulum-rs: umbrella crate for the Reticulum stack crates.
• reticulum-rs-core (crates/libs/rns-core): Reticulum cryptographic and packet primitives.
• reticulum-rs-transport (crates/libs/rns-transport): transport + iface + receipt/resource API.
• reticulum-rs-rpc (crates/libs/rns-rpc): JSON-RPC request/response/event contracts and bridges.
• test-support: schema/fixture validation and integration-test helpers.

Published crates.io entry points:

• lxmf
• lxmf-sdk
• lxmf-wire
• lxmf-embedded-mini
• reticulum-rs
• reticulum-rs-core
• reticulum-rs-transport
• reticulum-rs-rpc
• rns-embedded-core
• rns-embedded-runtime
• rns-embedded-ffi
• rns-embedded-mininode
• lxmf-cli
• reticulumd
• rns-tools

Published Crates

Main entry points:

• lxmf (docs.rs): umbrella crate for LXMF wire types and the high-level SDK.
• reticulum-rs (docs.rs): umbrella crate for the Reticulum stack crates.

Component crates:

• lxmf-sdk (docs.rs): high-level Rust SDK for LXMF clients.
• lxmf-wire (docs.rs): LXMF wire format, message primitives, and identity helpers.
• reticulum-rs-core (docs.rs): core Reticulum cryptographic and packet primitives.
• reticulum-rs-transport (docs.rs): transport, interface, receipt, and resource layers.
• reticulum-rs-rpc (docs.rs): JSON-RPC request, response, event, and daemon bridge contracts.

Embedded crates:

• lxmf-embedded-mini (docs.rs): no-alloc mini LXMF runtime for embedded targets.
• rns-embedded-core (docs.rs): embedded-friendly Reticulum core primitives.
• rns-embedded-runtime (docs.rs): runtime support for embedded Reticulum targets.
• rns-embedded-ffi (docs.rs): FFI and static-library surface for embedded runtimes.
• rns-embedded-mininode (docs.rs): minimal embedded Reticulum node helpers.

Command crates:

• lxmf-cli : command-line LXMF client tools.
• reticulumd : Reticulum daemon and interchange binaries.
• rns-tools : Reticulum diagnostic and embedded tooling binaries.

Active Applications

• lxmf-cli
• reticulumd
• rns-tools

Bootstrap

Recommended:

make bootstrap

Direct script form:

./tools/scripts/bootstrap-dev.sh

Verification-only mode:

./tools/scripts/bootstrap-dev.sh --check --skip-smoke

Build and Validation

cargo check --workspace --all-targets
cargo test --workspace
cargo clippy --workspace --all-targets --all-features --no-deps -- -D warnings
cargo doc --workspace --no-deps
./tools/scripts/check-boundaries.sh

or via xtask:

cargo xtask ci
cargo run -p xtask -- architecture-checks
cargo run -p xtask -- sdk-docs-check
cargo run -p xtask -- sdk-migration-check
cargo xtask release-check
cargo xtask package-daemon-bundle --version 0.9.5
cargo xtask api-diff
cargo xtask python-impl-bench-compare
cargo xtask python-impl-bench-compare --profile report
cargo xtask python-impl-bench-report

For fast local iteration on one binary, prefer narrow commands:

make check-bin PKG=lxmf-cli BIN=lxmd
make run-bin PKG=rns-tools BIN=rnsd ARGS="--help"
make package-daemon-bundle VERSION=0.9.5
make python-lxmd-smoke

Binaries

• lxmf-cli
• lxmd
• reticulumd
• lxm-interchange
• rnsd, rnstatus-rs, rnx

Run examples:

cargo run -p lxmf-cli -- --help
cargo run -p reticulumd -- --help
cargo run -p rns-tools --bin rnx -- e2e --timeout-secs 20

Documentation Entry Points

• Docs map: docs/README.md
• Current status: docs/status/current-roadmap.md
• API surface and stability: docs/lxmf-rs-api.md
• CLI quick reference: docs/lxmf-cli.md
• Architecture overview: docs/architecture/overview.md
• JSON and wire-field mapping: docs/architecture/json-lxmf-fields.md
• Meshtastic tunnel interface: docs/interfaces/meshtastic.md
• Compatibility contract: docs/contracts/compatibility-contract.md
• Compatibility matrix: docs/contracts/compatibility-matrix.md
• Third-party compatibility kit: docs/contracts/third-party-compatibility-kit.md
• Support and LTS policy: docs/contracts/support-policy.md
• Extension registry: docs/contracts/extension-registry.md
• RPC contract: docs/contracts/rpc-contract.md
• Payload contract: docs/contracts/payload-contract.md
• Historical performance comparison archive: docs/PerformancesComparison.html; current generated results: docs/performance.md
• reticulumd operational deployment: docs/runbooks/reticulumd-operational-deployment.md
• Logging and diagnostics: docs/runbooks/logging-and-diagnostics.md
• crates.io publish plan: docs/runbooks/crates-io-publish-plan.md
• Release readiness: docs/runbooks/release-readiness.md

crates.io Consumers

For library consumers, prefer the published package names rather than the workspace directory names:

[dependencies]
lxmf = "0.9.5"
reticulum-rs = "0.9.5"

Or depend on the component crates directly:

[dependencies]
lxmf-sdk = "0.9.5"
reticulum-rs-rpc = "0.9.5"

SDK Guide

• Guide index: docs/sdk/README.md
• Quickstart: docs/sdk/quickstart.md
• Profiles/configuration: docs/sdk/configuration-profiles.md
• Config cookbook: docs/runbooks/sdk-config-cookbook.md
• Lifecycle/events: docs/sdk/lifecycle-and-events.md
• Remote mTLS: docs/sdk/remote-mtls.md
• Delivery states: docs/sdk/delivery-states.md
• Error handling: docs/sdk/error-handling.md
• Advanced embedding: docs/sdk/advanced-embedding.md

Release Bundles

cargo xtask package-daemon-bundle builds the host-native lxmd and reticulumd binaries, generates lxmd.example.config, copies README.md, and writes a release archive under target/release-bundles/. The command emits .zip bundles on Windows and .tar.gz bundles on macOS/Linux.

On macOS, Gatekeeper may quarantine a downloaded release bundle because the project does not currently ship signed/notarized binaries. If that happens, remove the quarantine attribute after extracting the archive:

xattr -dr com.apple.quarantine /path/to/lxmf-rs-tools-<version>-macos-arm64
chmod +x /path/to/lxmf-rs-tools-<version>-macos-arm64/lxmd
chmod +x /path/to/lxmf-rs-tools-<version>-macos-arm64/reticulumd

Embedded Node FFI

• Header: crates/libs/rns-embedded-ffi/include/rns_embedded_ffi.h
• Guide and example: crates/libs/rns-embedded-ffi/README.md
• Stable core contract: lifecycle, status, capability probe, send/broadcast, subscriptions, structured errors
• Compatibility surface: legacy manual tick, raw wire ingress/egress, low-level queueing
• Extension surface: numeric extension IDs validated by docs/fixtures/embedded/public-node-api-v1/extension-ids.json
• v1 node-centric API: rns_embedded_v1_node_new/start/stop/restart/get_status/send/broadcast/set_log_level/subscribe_events
• legacy compatibility API remains available for manual tick, raw wire ingress/egress, and low-level queueing

Governance

• Security policy: SECURITY.md
• Code ownership: .github/CODEOWNERS

Linux daemon setup (systemd)

The following installs a long-running lxmd service. lxmd also launches reticulumd, so a single unit is enough for most deployments.

1. Install binaries (from source)

cargo build --release -p lxmf-cli -p reticulumd
sudo install -m 0755 target/release/lxmd /usr/local/bin/lxmd
sudo install -m 0755 target/release/reticulumd /usr/local/bin/reticulumd

2. Create a dedicated service user and daemon directories

sudo useradd --system --create-home --shell /usr/sbin/nologin lxmd
sudo mkdir -p /etc/lxmf/lxmd /etc/lxmf/reticulumd /var/log/lxmf
sudo chown -R lxmd:lxmd /etc/lxmf /var/log/lxmf

3. Create a starting config file for lxmd

sudo mkdir -p /etc/lxmf/lxmd
sudo chown lxmd:lxmd /etc/lxmf/lxmd
sudo -u lxmd /usr/local/bin/lxmd --exampleconfig > /etc/lxmf/lxmd/config
sudo chmod 600 /etc/lxmf/lxmd/config

Optional: set an explicit Reticulum config for reticulumd (instead of relying on generated defaults).

sudo cp crates/apps/reticulumd/examples/service-reference.toml /etc/lxmf/reticulumd/config.toml
sudo chown lxmd:lxmd /etc/lxmf/reticulumd/config.toml

4. Install a systemd unit for the daemon

sudo tee /etc/systemd/system/lxmd.service > /dev/null <<'EOF'
[Unit]
Description=LXMF daemon (lxmd + reticulumd)
After=network-online.target
Wants=network-online.target

[Service]
Type=simple
User=lxmd
Group=lxmd
WorkingDirectory=/etc/lxmf/lxmd
ExecStart=/usr/local/bin/lxmd --config /etc/lxmf/lxmd/config --rnsconfig /etc/lxmf/reticulumd/config.toml
Restart=on-failure
RestartSec=5
StandardOutput=journal
StandardError=journal
Environment=RUST_LOG=info

[Install]
WantedBy=multi-user.target
EOF

If you are not using /etc/lxmf/reticulumd/config.toml, remove --rnsconfig /etc/lxmf/reticulumd/config.toml from ExecStart and run only with --config.

5. Enable and start the service

sudo systemctl daemon-reload
sudo systemctl enable --now lxmd.service
sudo systemctl status lxmd.service --no-pager

6. Tail logs and verify health

sudo journalctl -u lxmd.service -f

Using the official GitHub release binaries

Release artifacts are published on the GitHub releases page:

https://github.com/FreeTAKTeam/LXMF-rs/releases

For v0.9.5, use the release at:

https://github.com/FreeTAKTeam/LXMF-rs/releases/tag/v0.9.5

1. Open the release page and download the package and matching .sha256 file for your platform.

2. Linux/macOS

sha256sum -c lxmf-rs-tools-v0.9.5-linux-x64.tar.gz.sha256
tar -xzf lxmf-rs-tools-v0.9.5-linux-x64.tar.gz

sha256sum -c lxmf-rs-tools-v0.9.5-macos-arm64.tar.gz.sha256
tar -xzf lxmf-rs-tools-v0.9.5-macos-arm64.tar.gz

3. Windows

Get-FileHash .\lxmf-rs-tools-v0.9.5-windows-x64.zip -Algorithm SHA256
Get-Content .\lxmf-rs-tools-v0.9.5-windows-x64.zip.sha256
Expand-Archive .\lxmf-rs-tools-v0.9.5-windows-x64.zip .

4. Run directly for validation

./lxmd --help
./reticulumd --help

5. Generate a starter lxmd config and follow the same daemon setup flow as above

./lxmd --exampleconfig > /tmp/lxmd.config

If you are using Linux and the Linux daemon guide above, point --config at the downloaded config file and keep binaries in place via your package manager path or your custom install path.

Notes

• If sccache is installed and you want to use it, set RUSTC_WRAPPER=sccache before building.
• Cross-language benchmark configuration lives in tools/benchmarks/python_impl.toml, and the operating runbook is docs/runbooks/python-impl-benchmarking.md.
• For daemon-level mixed-runtime smoke coverage, make python-lxmd-smoke launches a Rust lxmd node and an installed Python lxmd node together.

Measured performance

Release dataset: v0.9.5 at c4fd18761e41caf2f7d2c7307d49c37aa6dc43ca; Python Reticulum 15320e4d2cfa and LXMF 727830cefda8.

Matched workload	Rust p50	Python p50	Rust/Python
LXMF message decode	150 ns	86.56 us	576.59x
LXMF message encode	260 ns	36.27 us	139.59x
LXMF large message decode	250 ns	92.94 us	371.58x
LXMF large message encode	500 ns	43.43 us	86.95x

These are matched-workload comparisons, not a claim of whole-system superiority. See methodology, complete results, variability, and limitations.

License

Eclipse Public License 2.0 (EPL-2.0). See LICENSE.