openmeter/openmeter

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Full safety evidence →

• Running docker-compose up -d starts the openmeter stack in the background: Real input produced the expected result: influxdb is up-to-date

  Source: docker-compose up -d

  Input: docker-compose up -d in the repo root

  Expected: Compose reports the services as up

  Command: sudo -n docker-compose up -d

  Observed: influxdb is up-to-date dsmr_fluvius is up-to-date openhab is up-to-date

Examples

• Install step: run the stack with docker-compose up -d: command completed successfully

  Source: README.md section 3

  Input: docker-compose up -d

  Expected: Services start; mqtt_broker and dsmr_fluvius are arm-only images and crash on this x86_64 guest

  Command: sudo -n docker-compose up -d

  Observed: Some networks were defined but are not used by any service: frontend influxdb is up-to-date mqtt_broker is up-to-date dsmr_fluvius is up-to-date openhab is up-to-date

• Getting Raspberry Pi ready and SSH into the pi: Requires a Raspberry Pi host (ssh pi@<internal-ip>) and external repo openmeter-RPI-get-ready; not available in this VM

  Source: README.md section 2 and 3

  Expected: documented command completes successfully

  Observed: Requires a Raspberry Pi host (ssh pi@<internal-ip>) and external repo openmeter-RPI-get-ready; not available in this VM

Local or hosted: local

Deploy the openmeter stack with docker-compose up -d (README section 3), then reach the openHAB and InfluxDB services

cd <guest-path> && pwd && ls -la && git status 2>&1 | head -3; id -u; python3 --version; cat /etc/os-release | head -2; ls /inputs 2>&1
cd <guest-path> && wc -c README.md && head -c 7000 README.md
cd <guest-path> && cat docker-compose.yaml && echo ---- && cat test.yaml && echo ---- && cat .gitignore && ls .coldpass data img && which docker docker-compose; docker --version 2>&1; docker compose version 2>&1
cd <guest-path> && cat INFLUXDB.md | head -c 4700; echo ----; cat OPENHAB.md | head -c 1700
sudo -n true && echo SUDO_OK; sudo -n apt-get -o DPkg::Lock::Timeout=300 update 2>&1 | tail -3
sudo -n apt-get -o DPkg::Lock::Timeout=300 install -y docker.io docker-compose-v2 2>&1 | tail -5; which docker docker-compose; docker --version; docker compose version
sudo -n apt-get -o DPkg::Lock::Timeout=300 install -y docker-compose 2>&1 | tail -2; which docker-compose && docker-compose version 2>&1 | head -3; (sudo -n systemctl start docker 2>&1 || sudo -n service docker start 2>&1); sleep 3; sudo -n docker info 2>&1 | head -5
sudo -n docker info 2>&1 | grep -iE "server|error|running" | head; ls -l /dev/ttyUSB0 2>&1; timeout 60 sudo -n docker pull openmeter/mqtt_broker:0.6 2>&1 | tail -4
sudo -n ln -sfn <guest-path> /openmeter && cd /openmeter && timeout 900 sudo -n docker-compose up -d 2>&1 | tail -30; echo EXIT=${PIPESTATUS[0]}
sudo -n docker ps --format 'table {{.Names}}\t{{.Status}}\t{{.Ports}}' 2>&1; echo ----; sudo -n docker logs --tail 8 dsmr_fluvius 2>&1 | head -20; echo ----; sudo -n docker logs --tail 5 mqtt_broker 2>&1 | head
uname -m; for i in openmeter/mqtt_broker:0.6 openmeter/dsmr_fluvius:0.9 openhab/openhab:2.5.5 influxdb:latest; do echo -n "$i: "; sudo -n docker image inspect $i --format '{{.Architecture}} {{.Os}}' 2>&1; done; sudo -n docker-compose -f <guest-path> ps 2>&1 | tail -8
sleep 60; curl -s -o /dev/null -w 'influx /ping HTTP %{http_code}\n' http://localhost:8086/ping; curl -s -o /dev/null -w 'openhab HTTP %{http_code}\n' http://localhost:8080/; curl -s -w '\nHTTP %{http_code}\n' http://localhost:8086/health | head -c 300; echo; cd <guest-path> && sudo -n docker-compose up -d 2>&1 | tr -d '\r' | tail -8
cd <guest-path> && ls -la && cat > probe.json <<'EOF'
{"kind":"cli","argv":["sudo","-n","docker-compose","up","-d"],"cwd":"<guest-path>","expected_text":"influxdb is up-to-date"}
EOF
cat > claims.json <<'EOF'
[{"kind":"claim","claim":"Running docker-compose up -d starts the openmeter stack in the background","source":"README.md","input":"docker-compose up -d in the repo root","expected":"Compose reports the services as up","probe_kind":"cli","argv":["sudo","-n","docker-compose","up","-d"],"stdin":"","expected_text":"influxdb is up-to-date","cwd":"<guest-path>"}]
EOF
cat > examples.json <<'EOF'
[{"kind":"example","claim":"Install step: run the stack with docker-compose up -d","source":"README.md section 3","input":"docker-compose up -d","expected":"Services start; mqtt_broker and dsmr_fluvius are arm-only images and crash on this x86_64 guest","argv":["sudo","-n","docker-compose","up","-d"],"cwd":"<guest-path>","env":{},"expected_text":"influxdb is up-to-date"},{"kind":"example","claim":"Getting Raspberry Pi ready and SSH into the pi","source":"README.md section 2 and 3","reason":"Requires a Raspberry Pi host (ssh pi@<internal-ip>) and external repo openmeter-RPI-get-ready; not available in this VM"}]
EOF
cat > cycles.json <<'EOF'
{"detected":false,"reason":"Inspected README.md, docker-compose.yaml, docker-compose-simulate.yaml, test.yaml, INFLUXDB.md, OPENHAB.md: no cron, scheduler, loop, webhook or --once entry point in the product. The stack runs as long-lived containers with restart policies only.","checks":[]}
EOF
for f in probe claims examples cycles; do python3 -I -m json.tool $f.json >/dev/null && echo "$f ok"; done
ls <guest-path> && cd /tmp && <env-var>=<guest-path> timeout 900 python3 -I <guest-path> --validate --replay 2>&1 | tail -60
cd <guest-path> && cat > claims.json <<'EOF'
[{"kind":"claim","claim":"Running docker-compose up -d starts the openmeter stack in the background","source":"docker-compose up -d","input":"docker-compose up -d in the repo root","expected":"Compose reports the services as up","probe_kind":"cli","argv":["sudo","-n","docker-compose","up","-d"],"stdin":"","expected_text":"influxdb is up-to-date","cwd":"<guest-path>"}]
EOF
python3 -I -m json.tool claims.json >/dev/null && cd /tmp && <env-var>=<guest-path> timeout 900 python3 -I <guest-path> --validate --replay 2>&1 | tail -60
cd <guest-path> && cat > report.json <<'EOF'
{"outcome":"blocked","fault_owner":"prerequisite","operation":"Deploy the openmeter stack with docker-compose up -d (README section 3), then reach the openHAB and InfluxDB services","operation_scope":"Raspberry Pi (ARM) host with a P1 smart meter on /dev/ttyUSB0 and Docker/docker-compose. Run here on an x86_64 Ubuntu 24.04 guest with no serial device. Partial result: InfluxDB and openHAB run; the mqtt_broker and dsmr_fluvius services restart in a loop.","steps":["ssh pi@<internal-ip> (not possible in this guest)","cd /  then sudo git clone https://github.com/openmeter/openmeter.git (substituted: repo placed in workspace, symlinked at /openmeter)","sudo chmod 777 -R openmeter","cd /openmeter","docker-compose up -d"],"deviations":["Installed docker.io and docker-compose 1.29.2 via apt-get (Docker was not present); started the Docker daemon.","Created symlink /openmeter -> <guest-path> so the compose volume paths /openmeter/data/... resolve; did not clone from GitHub.","Ran docker and docker-compose through sudo -n.","Did not apply the pinned openmeter/openmeter commit: the workspace is the OpenMeter docker-compose deployment snapshot, not the Go billing project at that pin, and the README does not need Git metadata.","Did not run the Raspberry Pi preparation step (external repo openmeter-RPI-get-ready) or the openHAB Cloud app step, which need a Pi and a phone.","Did not use docker-compose-simulate.yaml (not referenced by the README)."],"stuck_step":"docker-compose up -d: the mqtt_broker (openmeter/mqtt_broker:0.6) and dsmr_fluvius (openmeter/dsmr_fluvius:0.9) containers fail with 'exec format error' and restart repeatedly. Their images are arm linux; this guest is x86_64. /dev/ttyUSB0 is also absent.","main_blocker":"The two openmeter-built images are ARM-only and the P1 smart-meter serial device is missing, so the core meter-to-broker pipeline cannot run on this x86_64 VM. The InfluxDB and openHAB services (public amd64 images) do start.","plain_failure":"The openmeter stack only partly starts here. The database and the home dashboard come up, but the two services that read the electricity meter and send its data to the message broker crash on start. They were built for Raspberry Pi processors and need the meter's USB cable, neither of which this test machine has.","suggested_fix":"Run the stack on the Raspberry Pi it was built for (ARM), with the P1 meter plugged in at /dev/ttyUSB0. Or publish multi-architecture (amd64 and arm64) images for mqtt_broker and dsmr_fluvius, and document the serial-device requirement. Also note that the README's docker-compose and /openmeter paths assume a Pi."}
EOF
python3 -I -m json.tool report.json >/dev/null && echo report ok; ls -la; cd /tmp && <env-var>=<guest-path> python3 -I <guest-path> --validate --replay 2>&1 | head -c 400