pavax

# ESPHome for a Lolin S3 Mini on the HAN port of a Kamstrup Omnipower.
# Powered from the meter (HAN); a supercapacitor buffers energy — no battery.
# Reads DLMS telegrams (power/energy import+export) and sends them via
# ESP-NOW to the hub. Radio stays off until it is time to transmit.
# Capacitor check before metering: voltage too low → short sleep to recharge.
# Otherwise wait for a telegram (or timeout), send, then deep sleep until the next slot.
#
# LED: brief blue if capacitor is OK, red if voltage is too low, green after telegram, off in sleep.
# Flow: radio off → capacitor check → DLMS → ESP-NOW → sleep.
# Capacitor < ${min_capacitor_voltage}: sleep ${charging_sleep_duration_seconds}s immediately (capacitor charges, no radio).

pavax

substitutions:
  name: "smart-plant-watering-mini-1"
  friendly_name: "Smart Plant Watering Mini 1"
  initial_sleep_duration_minutes: "120" # For how long (minutes) should the MCU sleep
  initial_watering_wait_time_minutes: "240" # Time (minutes) to wait before watering the plant again
  initial_min_moisture_level: "15" # Threshold that defines when to water a plant
  initial_watering_time_seconds: "10" # How long should the watering process run (seconds)
  initial_max_running_time_minutes: "5" # Max time (minutes) for the MCU to stay awake
  battery_max: "8.2" # Battery voltage indicating 100%
  battery_min: "6.6" # Battery voltage indicating 0%

pavax

substitutions:
  friendly_name: "Smart Plant Watering 2"
  name: "smart-plant-watering-2"
  initial_sleep_duration_minutes: "60" # For how long (minutes) should the node sleep
  initial_rewatering_wait_time_minutes: "240" # Time (minutes) to wait before watering the plant again
  initial_min_moisture_level: "15" # Threshold that defines when to water a plant
  initial_max_watering_time_seconds: "10" # How long should the watering process run (seconds)
  initial_max_running_time_minutes: "5" # Max time (minutes) for the node to stay awake
  battery_max: "4.1" # Battery voltage indicating 100%
  battery_min: "3.3" # Battery voltage indicating 0%

pavax

#!/bin/sh

# Path to the Docker Compose file
DOCKER_COMPOSE_FILE="/volume2/mkv/makemkv-docker/docker-compose.yml"

find_device_paths_from_compose() {
    echo "Searching for device paths in the Docker Compose file..."
    device_path_sr=$(grep -o '/dev/sr[^:"]*' "$DOCKER_COMPOSE_FILE" | head -n1)
    device_path_sg=$(grep -o '/dev/sg[^:"]*' "$DOCKER_COMPOSE_FILE" | head -n1)

pavax

[Adblock Plus]
! Version: 202412291713
! Title: oisd nsfw
! Description: Block. Don't break.
! Syntax: Adblock Plus Filter List
! Entries: 329315
! Last modified: 2024-12-29T17:13:57+0000
! Expires: 1 hours
! License: https://github.com/sjhgvr/oisd/blob/main/LICENSE

pavax

button:
  - platform: template
    name: "${name} Power"
    on_press:
      - remote_transmitter.transmit_nec:
          address: 0xB683
          command: 0xB24D
          command_repeats: 1

  - platform: template

pavax

acme-v01.api.letsencrypt.org
acme-staging.api.letsencrypt.org
acme-v02.api.letsencrypt.org
acme-staging-v02.api.letsencrypt.org
outbound1a.letsencrypt.org
outbound1b.letsencrypt.org
outbound1c.letsencrypt.org
outbound1d.letsencrypt.org
outbound1e.letsencrypt.org
outbound1f.letsencrypt.org

pavax

#!/bin/bash

# The gatway to send the natpmp commands
natpmp_ip="10.2.0.1"

# Path to the lock file
lock_file="/tmp/transmission_update.lock"

# Path to the Transmission settings.json file
settings_file="/etc/transmission-daemon/settings.json"

pavax

#!/bin/sh

# How to use:
#    Place this file in /usr/local/etc/rc.d/
#    Make the file executable: chmod +x /usr/local/etc/rc.d/udpbroadcastrelay2
#    Adjust the command_args to your needs
#    Add udpbroadcastrelay_enable="YES" to /etc/rc.config
#    Start using the command: service udpbroadcastrelay start

. /etc/rc.subr

pavax

blueprint:
  name: Aqara TRV E1 External Temperature Control
  description: >
    This automation allows the Aqara TRV E1 Smart Radiator Thermostat to use temperature readings from an external sensor rather than its internal sensor. Whenever the temperature sensor reports a new value, it is sent to the TRV for more accurate climate control.
  domain: automation
  source_url: "https://gist.github.com/pavax/8d6ed250765d89cb281d4a1762b8d2e8"

  input:
    external_temp_sensor:
      name: External Temperature Sensor