Docker container for AirSpy SpyServer, with support for x86 and arm32.
Forked from https://github.com/lloydpick/docker-spyserver to add compiling of updated device libraries, and extra configuration options
The container provides you with the SpyServer application running on port 5555. It has been tested with an RTL-SDR R820T2 RTL2832U device on a Raspberry Pi 3 Model B+. There is a docker-compose.yml file should you want to see how to correctly mount the USB device.
All configuration for this Docker container is done via environmental variables with sane defaults. To change a setting, simply set the appropriate environment variable.
| Environment Variable | Default Value | Notes |
|---|---|---|
BIND_PORT |
5555 |
Port to run SpyServer on |
LIST_IN_DIRECTORY |
1 |
List Server in the AirSpy Directory, 1 for yes, 0 for no |
OWNER_NAME |
Name in the directory | |
OWNER_EMAIL |
Directory contact | |
ANTENNA_TYPE |
Random Wire/Magnetic Loop/Mini-Whip/Inverted V/etc. | |
ANTENNA_LOCATION |
Lat/Long, eg. 48.858332, 2.294560 |
|
GENERAL_DESCRIPTION |
Description for the directory | |
MAXIMUM_CLIENTS |
1 |
Maximum number of clients that can connect at a time |
MAXIMUM_SESSION_DURATION |
0 |
Maximum session duration in minutes. 0 for no limit |
AlLOW_CONTROL |
1 |
Allow clients to retune and change of gain of the device |
DEVICE_TYPE |
Auto |
Possible Values: AirspyOne, AirspyHF+, RTL-SDR, Auto (Scans for the first available device) |
DEVICE_SERIAL |
0 |
Device Serial Number as 64bit hex eg. 0xDD52D95C904534AD. A value of 0 will acquire the first available device. |
FFT_FPS |
15 |
FFT Frames Per Second |
FFT_BIN_BITS |
16 |
FFT Bins, Bins = 2^fft_bin_bits |
BUFFER_SIZE_MS |
50 |
Buffer Size (in milliseconds) |
BUFFER_COUNT |
10 |
Buffer Count |
INITIAL_FREQUENCY |
Initial Center Frequency, leave undefined to use SpyServer default | |
DEVICE_SAMPLE_RATE |
Device Sample Rate | |
MAXIMUM_BANWIDTH |
Maximum Bandwidth (set to DEVICE_SAMPLE_RATE to allow "Raw IQ" mode), leave undefined to use SpyServer default | |
MINIMUM_FREQUENCY |
Minimum Tunable Frequency, leave undefined to use device default | |
MAXIMUM_FREQUENCY |
Maximum Tunable Frequency, leave undefined to use device default | |
FORCE_8BIT |
Force PCM 8bit only (any value will enable) | |
INITIAL_GAIN |
Initial Gain |
If you wish to rebuild this image for yourself, you can use the Dockerfile provided. However, the image that exists on DockerHub was built using the Docker experimental buildx functionality to build the arm32 version from a Mac. You can view the build command in the Makefile.