export type ProjectLink = { label: string; href: string };

export type ProjectSection = {
  title: string;
  content: string;
};

export type Project = {
  slug: string;
  title: string;
  description: string;
  tag: string;
  href: string;
  image: string;
  year?: string;
  stack?: string[];
  status?: "Live" | "WIP" | "Archived";
  links?: ProjectLink[];
  sections?: ProjectSection[];
  gallery?: string[];
};

export const projects: Project[] = [
  {
    slug: "unraid-docker",
    title: "Unraid + Docker Homelab",
    description:
      "Cloudflare Tunnel → NPM → Docker services. Clean routing, access control, and observability-first layout.",
    tag: "Infrastructure + UI",
    href: "/projects/unraid-docker",
    image: "/projects/unraid_docker.png",
    year: "2026",
    stack: ["Unraid", "Docker", "Cloudflare", "NPM"],
    status: "WIP",
    links: [
      { label: "Home", href: "/" },
      { label: "Lab", href: "/lab" },
      { label: "Projects", href: "/#projects" },
    ],
    gallery: [
      "/projects/unraid_docker.png",
      "/projects/image_2026-02-21_112603143.png",
    ],
    sections: [
      {
        title: "Goal",
        content:
          "A secure, cleanly routed homelab with no open router ports—Cloudflare Tunnel into Nginx Proxy Manager, backed by containerized services and a structured dashboard UI.",
      },
      {
        title: "Architecture",
        content:
          "Cloudflare → Tunnel → NPM → service containers. The portfolio and dashboard live behind NPM; access lists protect sensitive routes.",
      },
      {
        title: "Next",
        content:
          "Wire read-only Docker discovery via docker-socket-proxy, then implement the Lab dashboard: metrics row, service list, and topology visualization with Hide IP/Ports ON by default.",
      },
    ],
  },
  {
    slug: "macropad",
    title: "Macropad Controller",
    description:
      "A tactile control surface for workflows: 12 macro keys, 4 encoders, and RGB feedback — paired with a desktop app for press/hold macros and per-app volume control.",
    tag: "Embedded + Desktop",
    href: "/projects/macropad",
    image: "/projects/macropad.png",
    year: "2025–2026",
    stack: ["ESP32", "USB HID", "FastLED", "Python", "GUI", "EEPROM"],
    status: "WIP",
    links: [
      { label: "Home", href: "/" },
      { label: "Projects", href: "/#projects" },
    ],
    gallery: [
      "/projects/macropad.png",
      "/projects/Model.png",
    ],
    sections: [
      {
        title: "What it is",
        content:
          "A programmable macropad with physical controls and real-time RGB feedback. It’s built for fast actions (macros), precise adjustments (encoders), and clear state visibility (LED bars/rings).",
      },
      {
        title: "Why it exists",
        content:
          "Keyboard shortcuts are powerful but invisible. This gives you a physical interface where macros, holds, and volume states are obvious and consistent across apps.",
      },
      {
        title: "How it works",
        content:
          "The desktop app assigns press/hold macros and target apps for volume control. The ESP32 executes input logic and drives LED animation synced to system state.",
      },
    ],
  },
];
