netaudio 0.3.13

Description

This is a python program for controlling Dante network audio devices (and possibly others in the future). It's early, so expect things to break or switches to change. Use this at your own risk; it's not ready for anything other than a test environment and could make the devices behave unexpectedly. The first goal is to do everything that Dante Controller can do that would be useful for control of the devices from a command-line interface or within scripts.

For more information, check out the gearspace discussion.

Features

Current

• AVIO input/output gain control
• AES67 readiness in the browser: supported and active modes, pending changes, and DDM-reported RTP flow availability
• Add/remove subscriptions
• CLI and browser interface
• Cross-platform daemon
• DDM-enrolled device settings in the browser, including latency, encoding, analog gain, preferred leader, network configuration, reboot, and sample-rate controls for supported models
• Primary and secondary DHCP/static network configuration on supported Wing devices, through the browser, CLI and API, including DDM-managed control
• Device lock/unlock
• Display active subscriptions, Rx and Tx channels, devices names and addresses, subscription status
• JSON output
• Bounded monitoring event journal with CLI, JSON export, API, and browser history
• Lifecycle-managed monitoring issues with current/history CLI, API, SSE, and browser views
• SAP/SDP external RTP flow discovery and direct receiver subscription
• ConMon interface statistics with raw records, rates, errors, and freshness
• Canonical transmit-flow planning, verified create/delete, HTTP API, browser controls, and presets
• Versioned preset round trips with explicit identity mapping, multi-interface support, and verified apply reports
• Set device latency, sample rate, encoding
• Set/reset channel names, device names
• mDNS device discovery

Installation

To install from PyPI:

uv tool install netaudio

Or with pip/pipx:

pip install netaudio

To install from a clone (requires Python 3.9+ and a Rust toolchain):

uv sync
uv run netaudio

Arch Linux

To install from AUR, build the package with aur/netaudio.

Usage

Run netaudio if installed globally, or uv run netaudio from a clone. Use --help to list commands and options.

To open the browser interface:

netaudio daemon start
netaudio daemon web --open

The server reports its installed version at GET /server-info and during local-network discovery. A Git revision is included when the installation metadata identifies a Git commit.

Run tests:

uv run pytest -q
cargo test --manifest-path packages/netaudio-core/Cargo.toml

Lint and format:

uv run ruff check .
uv run ruff format .

HTTPS

The daemon serves plain HTTP by default. If you already have a certificate for the machine, the daemon can additionally serve HTTPS on a second port; nothing is generated or managed for you:

[daemon]
tls_certificate = "/etc/netaudio/daemon.crt"
tls_key = "/etc/netaudio/daemon.key"
tls_port = 9443

Relative paths resolve against the config file's directory, tls_port defaults to 9443, and the HTTP port keeps working for local tools. netaudio daemon tls shows the active configuration and the certificate's SHA-256 fingerprint; netaudio daemon web lists the HTTPS addresses alongside HTTP. The Bonjour record carries the HTTPS port as tls_port. Clients trust the certificate through their normal trust store, so a certificate signed by a CA your devices already trust is the least friction.

Managed operation permissions

Writes to an enrolled device fail closed until its saved DDM context explicitly permits each operation. Add operation_permissions to the context in the NetAudio configuration file:

[ddm.contexts.studio]
server = "manager"
domain_id = "0123456789abcdef0123456789abcdef"
operation_permissions = ["identify", "sample_rate", "encoding"]

Accepted operation names are identify, sample_rate, encoding, sample_rate_pullup, aes67, static_ipv4, redundancy, codec_control, and locking. Omitting the setting means permission has not been configured; an empty array explicitly permits no operations. Device capability, current configuration state, lock state, and transport support can still prevent a listed operation. Managed lock and unlock remain unavailable because NetAudio has no verified DDM transport for them.

Documentation

Receiver flow queries retain partial replies and identify them as incomplete. The last complete inventory remains available, but a partial readback cannot confirm missing flows or completed changes. Automatic retrieval of receiver-flow continuation pages is not yet supported.

• External RTP discovery and interface statistics
• Monitoring event journal
• Transmit-flow lifecycle
• Presets and monitoring issues
• Examples
• Technical details
• Testing