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Container Platform

Docker Container Monitor - Monitoring Docker Container Status with Grafana

··597 words·3 mins
This comprehensive guide demonstrates how to build a complete Docker container monitoring system using Prometheus, Node Exporter, cAdvisor, and Grafana. We’ll cover creating Docker networks, preparing Prometheus configuration, deploying monitoring services with Docker Compose, and configuring Grafana data sources and dashboards to effectively monitor Docker container performance and status.

Nginx Proxy Manager Monitor (NPM Monitor) - Monitoring NPM Proxy Status with Grafana

··828 words·4 mins
This guide walks you through setting up a monitoring system for Nginx Proxy Manager using Promtail, Loki, and Grafana. By parsing Nginx logs and visualizing the data, you can track traffic patterns, status codes, and other key metrics. We’ll cover deploying Grafana, Loki, and Promtail, configuring Nginx Proxy Manager with geoip2 and JSON logging, and setting up the data source and dashboard in Grafana.

Immich Deployment, Configuration, and Reverse Proxy - The Best Open-Source Alternative to Google Photos

··1140 words·6 mins
This guide demonstrates how to deploy Immich using Docker Compose and Portainer, with detailed instructions for optimizing Traditional Chinese reverse geocoding for Taiwan, configuring video transcoding and machine learning hardware acceleration (using NVIDIA as an example), and replacing machine learning models.

n8n-ffmpeg: Integrating FFmpeg with n8n Docker Images via Automated Builds

··1021 words·5 mins
This article introduces n8n-ffmpeg, an open-source project that extends the official n8n Docker image by pre-installing FFmpeg and automatically syncing with the latest official releases. We will explore the automated build process, the technical adjustments required by recent official changes, and how to deploy it in a production environment.

Localized Place Names for Immich - immich-geodata-zh-tw Project Overview and Setup Guide

··2497 words·5 mins
This article introduces immich-geodata-zh-tw, a reverse geocoding optimization for Immich built for Traditional Chinese users. Besides deep localization for Taiwan (Traditional Chinese place names and complete township/district levels), it also covers high-precision geodata and localized translations for popular Asian travel destinations such as Japan, South Korea, and Southeast Asia. Every other region falls back to the Chinese names commonly used in Taiwan, and the whole dataset is kept current by an automated update mechanism.