149 lines
4.8 KiB
Markdown
149 lines
4.8 KiB
Markdown
# Uptime Kuma Terminal Dashboard
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A terminal-based monitoring dashboard for Uptime Kuma that displays service status, uptime percentages, and historical performance data directly in your terminal. Built with Rust for performance and reliability.
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## Demo
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Ou usando HTML para melhor controle:
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<video width="800" controls>
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<source src="assets/demo.webm" type="video/webm">
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Your browser does not support the video tag.
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</video>
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## Overview
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This personal project started as a way to monitor my home lab services without needing a web browser. It connects to your Uptime Kuma instance API and presents a clean, color-coded view of your services' status with real-time updates. The dashboard works great on servers, remote terminals, or anywhere you prefer a lightweight monitoring solution.
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Perfect for DevOps engineers, system administrators, or anyone who prefers terminal workflows over web interfaces for quick status checks.
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## Features
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- Real-time service monitoring with automatic refresh
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- Color-coded status indicators (green for up, red for down)
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- Historical uptime visualization with compact status history lines
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- Responsive terminal UI that adapts to window size
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- Internationalization support (English and Portuguese)
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- Configurable refresh intervals
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- Minimal resource usage (runs efficiently even on low-power devices)
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- Keyboard navigation support (arrow keys, home/end)
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- Mobile-friendly design for SSH connections
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## Tech Stack
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This project demonstrates proficiency with several modern technologies:
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- **Rust** (core language with async capabilities)
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- **ratatui** (terminal UI framework)
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- **reqwest** (HTTP client for API communication)
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- **serde** (JSON serialization/deserialization)
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- **clap** (command-line argument parsing)
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- **fluent-templates** (internationalization framework)
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- REST API integration patterns
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- Error handling and logging best practices
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- Cross-platform terminal development
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You can find the latest releases in the [Releases section](https://git.marcodearaujo.com/marcodearaujo/uptime-kuma-dashboard/releases).
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## Installation
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### Option 1: Download built Binary (Recommended)
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1. Go to the [Releases page](https://git.marcodearaujo.com/marcodearaujo/uptime-kuma-dashboard/releases)
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2. Download the binary for your operating system:
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- **Linux (x86_64)**: `uptime-kuma-dashboard-x86_64-unknown-linux-gnu`
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- **Linux (ARM64)**: `uptime-kuma-dashboard-aarch64-unknown-linux-gnu` (Raspberry Pi, ARM servers)
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- **Windows**: `uptime-kuma-dashboard-x86_64-pc-windows-gnu.exe`
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3. Verify the checksum (recommended for security):
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```bash
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sha256sum -c SHA256SUMS.txt
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```
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4. Make it executable (Linux/ARM only):
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```bash
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chmod +x uptime-kuma-dashboard-*
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```
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5. Run with your parameters:
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```bash
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./uptime-kuma-dashboard-* --base-url="http://your-kuma:3001/" --slug="your-slug"
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```
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### Option 2: Build From Source
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### Prerequisites
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- Rust 1.74+ toolchain (install via [rustup](https://rustup.rs/))
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- Uptime Kuma instance with API access
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### Build from Source
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```bash
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# Clone the repository
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git clone https://git.marcodearaujo.com/marcodearaujo/uptime-kuma-dashboard.git
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cd uptime-kuma-dashboard
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# Build the project
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cargo build --release
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# Run the dashboard (replace with your Uptime Kuma URL and status page slug)
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./target/release/uptime-kuma-dashboard \
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--base-url="http://your-uptime-kuma-instance:3001/" \
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--slug="your-status-page-slug"
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```
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## Usage
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The dashboard requires two parameters:
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- `--base-url`: Your Uptime Kuma instance URL (including port)
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- `--slug`: Your status page slug identifier
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Example:
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```bash
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./uptime-kuma-dashboard --base-url="http://192.168.1.100:3001/" --slug="home-services"
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```
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**Controls during runtime:**
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- `q` or `ESC`: Exit the dashboard
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- `↑`/`↓` or `k`/`j`: Navigate through monitors
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- `Home`/`End`: Jump to top/bottom of the list
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## Configuration
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You can set environment variables to avoid typing parameters each time:
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```bash
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export UPTIME_KUMA_URL="http://your-uptime-kuma-instance:3001/"
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export STATUS_PAGE_SLUG="your-status-page-slug"
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```
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## Development Notes
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This project follows Rust best practices including:
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- Comprehensive error handling with `anyhow`
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- Internationalization-ready architecture
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- Modular code organization
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- Performance optimization for terminal rendering
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- Cross-platform compatibility testing
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The architecture separates concerns into:
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- API client layer
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- Data processing core
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- UI rendering components
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- Configuration management
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- Internationalization system
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## License
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This project is available under the MIT License - see the [LICENSE](LICENSE) file for details.
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---
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_Developed as a personal learning project to improve Rust skills and create a useful tool for my home lab monitoring. Feedback welcome!_
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