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stevenboyd78 edited this page Aug 10, 2026 · 5 revisions

Installation

Important

This page is a task-oriented guide. The repository README is the canonical installation reference.

Requirements

  • Python 3.11 or newer
  • A Uniden SDS100, SDS150, or SDS200 scanner
  • A USB serial connection for any supported model, or a trusted local network for native SDS200 Ethernet features
  • FFmpeg with libmp3lame for the Broadcastify adapter
  • A working PortAudio environment for optional local playback

Install from PyPI

Install the library and sdsctl command:

python -m pip install sds200

Install the optional Textual full-screen interface:

python -m pip install "sds200[tui]"

Install optional local audio playback:

python -m pip install "sds200[playback]"

Install the optional loopback web dashboard:

python -m pip install "sds200[web]"

Install the TUI, playback, and web feature groups together:

python -m pip install "sds200[tui,playback,web]"

Verify the installation:

sdsctl --version
sdsctl --help

Use a virtual environment

A virtual environment keeps the package and optional dependencies isolated:

python3 -m venv .venv
source .venv/bin/activate
python -m pip install --upgrade pip
python -m pip install "sds200[tui,playback]"

Activate the environment again before using its sdsctl command:

source .venv/bin/activate

Install from source

git clone https://github.com/stevenboyd78/sds200-python.git
cd sds200-python

python3 -m venv .venv
source .venv/bin/activate
python -m pip install --upgrade pip
python -m pip install -e ".[dev]"

Run the project checks before contributing:

ruff check .
mypy src/sds200
pytest
python scripts/check_docs.py
git diff --check

Linux USB permissions

Some Linux systems do not automatically grant the active user access to the scanner serial port. The project includes an optional udev rule that uses systemd-logind uaccess, retains a dialout fallback, and prevents ModemManager from probing matching scanners.

Follow the canonical Linux udev guide rather than making scanner devices globally writable.

Inspect stable device paths with:

ls -l /dev/serial/by-id/

Optional FFmpeg support

Check that FFmpeg exposes the MP3 encoder required by the Broadcastify adapter:

ffmpeg -version | head -n 1
ffmpeg -hide_banner -encoders 2>/dev/null | grep -F libmp3lame

The encoder listing should contain libmp3lame.

First connection

Try automatic USB discovery:

sdsctl discover
sdsctl info

For an SDS200 on Ethernet:

sdsctl discover --network 192.168.0.0/24 --network-only
sdsctl --host SCANNER_IP info

Only scan networks you own or are authorized to probe.

Install the Home Assistant App

Home Assistant OS users can install the published App without copying a Local App into /addons.

  1. Open Settings > Apps > App store.
  2. Open the top-right three-dot menu and choose Repositories.
  3. Add https://github.com/stevenboyd78/sds200-python.
  4. Open the repository's sds200 App.
  5. Install it.
  6. Set scanner_host to the SDS200 LAN hostname or IP address.
  7. Leave recording_directory at sdsctl/recordings unless another Home Assistant media subdirectory is preferred.
  8. Start the App and open Web UI.

The App requires the Home Assistant MQTT service and uses UDP 50000 for scanner RTP audio. See the canonical Home Assistant App guide before changing network or MQTT settings.

The Local App workflow under /addons remains available for development but is not required for normal release installation.

Upgrade to v0.20.1

v0.20.1 is a corrective Home Assistant App release. It keeps the distribution and Python import package named sds200, the executable named sdsctl, and the existing single-owner daemon architecture.

Home Assistant recordings now use writable media storage instead of the App-private legacy recording directory. The default recording_directory value sdsctl/recordings resolves to:

/media/sdsctl/recordings

When upgrading a v0.20.0 Home Assistant App installation, startup migrates files from /data/recordings into the configured media library before starting the daemon. Nested paths and metadata sidecars are preserved. Migration preflights destination conflicts, never overwrites a differing file, verifies copied file contents before removing the legacy source, and can resume when an identical destination already exists.

The dashboard also separates active Capture from Recent recordings, moves Reconnect scanner into Scanner connection, groups daemon runtime with scanner connection, and gives the finalized recording library its own responsive panel.

Existing standalone scanner profiles, remote-audio profiles, daemon configuration, and other non-App data are not moved by this Home Assistant recording migration. Back up important configuration and recordings before any upgrade.

See the canonical Home Assistant App guide for exact storage, migration, networking, and security behavior.

Run the SDS200 daemon

The foreground daemon is intended for process-manager ownership. It exposes private local API, event, PCMU, and finalized-recording sockets and can activate saved playback, recording, and remote-profile destinations.

sdsctl --log-level INFO --host SCANNER_IP daemon
sdsctl daemon-client status
sdsctl tui --daemon-client

Standalone scanner commands and the standalone TUI remain the default. Daemon client mode is explicit.

To run the loopback web dashboard in another terminal:

sdsctl web

Open http://127.0.0.1:8000/ locally. The web service remains a daemon client and does not open scanner hardware directly.

Next steps

sds200-python

Canonical guides

Project

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