Ryan Malloy
e8b3600e60
LoRa receiver flowgraph built programmatically via gr-mcp: - osmosdr_source → low_pass_filter → lora_rx → message_debug - XML-RPC server for runtime variable control (samp_rate, center_freq) with introspection enabled - Qt frequency sink for spectrum visualization Docker infrastructure: - gnuradio-lora: gr-lora_sdr OOT module from EPFL (chirp spread spectrum) - gnuradio-lora-runtime: combined runtime with Xvfb + gr-lora_sdr - Compose file, entrypoint, and launch script for LoRa receiver Also includes: - lora_scanner.py: multi-SF LoRa scanner example - lora_infrastructure_test.py: hardware-free pipeline validation (signal_source → throttle → null_sink + xmlrpc variable control) - Integration tests for LoRa scanner flowgraph construction End-to-end pipeline validated: launch_flowgraph → connect_to_container → list_variables → get/set_variable all working through Docker + XML-RPC.
30 lines
960 B
Bash
Executable File
30 lines
960 B
Bash
Executable File
#!/bin/bash
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# Run containerized LoRa receiver
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#
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# Usage: ./run-lora-receiver.sh [FREQ_MHZ] [SF] [BW] [CR] [GAIN]
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# FREQ_MHZ: Center frequency in MHz (default: 915.0)
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# SF: Spreading factor 7-12 (default: 7)
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# BW: Bandwidth in Hz (default: 125000)
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# CR: Coding rate 1-4 (default: 1)
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# GAIN: RF gain in dB (default: 20)
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#
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# Once running, use XML-RPC from host to change parameters:
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# python -c "import xmlrpc.client; p=xmlrpc.client.ServerProxy('http://localhost:8091'); p.set_sf(10)"
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set -e
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SCRIPT_DIR="$(cd "$(dirname "${BASH_SOURCE[0]}")" && pwd)"
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export FREQ_MHZ=${1:-915.0}
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export SF=${2:-7}
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export BW=${3:-125000}
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export CR=${4:-1}
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export GAIN=${5:-20}
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echo "Starting LoRa receiver at $FREQ_MHZ MHz (SF$SF, BW $BW Hz, CR 4/$((4+CR)), gain $GAIN dB)"
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echo "XML-RPC control available at http://localhost:8091"
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echo "Press Ctrl+C to stop"
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echo
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docker compose -f "$SCRIPT_DIR/docker-compose.lora-receiver.yml" up --build
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