unifi-network-maps

CLI tool for generating UniFi network maps from LLDP topology. Outputs Mermaid, SVG (including isometric), Markdown, and MkDocs formats. Built on the unifi-topology library for topology modeling and SVG rendering.

Python 3.12+ is supported (3.13 preferred).

Installation

PyPI:

pip install unifi-network-maps

From source:

python -m venv .venv
source .venv/bin/activate
pip install -r requirements-build.txt
pip install .

Configuration

Set environment variables (no secrets in code). The CLI loads .env automatically if present:

export UNIFI_URL=https://192.168.1.1
export UNIFI_SITE=default
export UNIFI_USER=local_admin
export UNIFI_PASS=********
export UNIFI_VERIFY_SSL=false
export UNIFI_REQUEST_TIMEOUT_SECONDS=10

Use a custom env file:

unifi-network-maps --env-file ./site.env --stdout

Quickstart

Basic map (tree layout by LLDP hops):

unifi-network-maps --stdout

Write Markdown for notes tools:

unifi-network-maps --markdown --output ./network.md

Usage

Show ports + clients:

unifi-network-maps --include-ports --include-clients --stdout

SVG output (orthogonal layout + icons):

unifi-network-maps --format svg --output ./network.svg

Isometric SVG output:

unifi-network-maps --format svg-iso --output ./network.svg

MkDocs output (ports included, no clients):

unifi-network-maps --format mkdocs --output ./docs/unifi-network.md

MkDocs output with clients:

unifi-network-maps --format mkdocs --include-clients --output ./docs/unifi-network.md

MkDocs output with dual Mermaid blocks for Material theme switching:

unifi-network-maps --format mkdocs --mkdocs-dual-theme --output ./docs/unifi-network.md

LLDP tables for troubleshooting:

unifi-network-maps --format lldp-md --output ./lldp.md

Legend only:

unifi-network-maps --legend-only --stdout

JSON payload (devices + clients + VLAN inventory):

unifi-network-maps --format json --output ./payload.json

Home Assistant integration

The live Home Assistant integration (Config Flow + coordinator + custom card) lives in a separate repo:

• https://github.com/merlijntishauser/unifi-network-maps-ha

Programmatic API

The topology model, diff engine, snapshot serialization, and SVG renderer live in the unifi-topology library. Use it directly for programmatic access:

from unifi_topology.model.topology import Topology
from unifi_topology.render import render_svg

See the unifi-topology documentation for the full API.

Examples (mock data)

These examples are generated from examples/mock_data.json (safe, anonymized fixture). Mock generation requires dev dependencies (pip install -r requirements-dev.txt -c constraints.txt). Regenerate the fixture + SVG with make mock-data.

Generate mock data (dev-only, uses Faker):

unifi-network-maps --generate-mock examples/mock_data.json --mock-seed 1337

Generate the isometric SVG:

unifi-network-maps --mock-data examples/mock_data.json   --include-ports --include-clients --format svg-iso   --output examples/output/network_ports_clients_iso.svg

Themes & Icon Sets

Built-in themes (--theme) and icon sets (--icon-set) can be combined freely. Regenerate this overview with make theme-matrix.

Mermaid example with ports:

graph TB
  core_switch["Core Switch"] ---|"Core Switch: Port 7 (AP Attic) <-> AP Attic: Port 1 (Core Switch)"| ap_attic["AP Attic"];
  core_switch["Core Switch"] ---|"Core Switch: Port 3 (AP Living Room) <-> AP Living Room: Port 1 (Core Switch)"| ap_living_room["AP Living Room"];
  cloud_gateway["Cloud Gateway"] ---|"Cloud Gateway: Port 9 (Core Switch) <-> Core Switch: Port 1 (Cloud Gateway)"| core_switch["Core Switch"];
  class cloud_gateway node_gateway;
  class core_switch node_switch;
  class ap_living_room node_ap;
  class ap_attic node_ap;
  classDef node_gateway fill:#ffe3b3,stroke:#d98300,stroke-width:1px;
  classDef node_switch fill:#d6ecff,stroke:#3a7bd5,stroke-width:1px;
  classDef node_ap fill:#d7f5e7,stroke:#27ae60,stroke-width:1px;
  classDef node_client fill:#f2e5ff,stroke:#7f3fbf,stroke-width:1px;
  classDef node_other fill:#eeeeee,stroke:#8f8f8f,stroke-width:1px;
  classDef node_legend font-size:10px;
  linkStyle 0 stroke:#1e88e5,stroke-width:2px,arrowhead:none;
  linkStyle 1 stroke:#1e88e5,stroke-width:2px,arrowhead:none;

MkDocs Material example

See examples/mkdocs/ for a ready-to-use setup that renders Mermaid diagrams with Material for MkDocs, including a sample unifi-network page and legend.

Options

The CLI groups options by category (Source, Functional, Mermaid, SVG, Output, Debug).

Source:

• --site: override UNIFI_SITE.
• --env-file: load environment variables from a specific .env file.
• --mock-data: use mock data JSON instead of the UniFi API.

Mock:

• --generate-mock: write mock data JSON and exit.
• --mock-seed: seed for deterministic mock generation.
• --mock-switches: number of switches to generate (default 1).
• --mock-aps: number of access points to generate (default 2).
• --mock-wired-clients: number of wired clients to generate (default 2).
• --mock-wireless-clients: number of wireless clients to generate (default 2).

Functional:

• --include-ports: show port labels (Mermaid shows both ends; SVG shows compact labels).
• --include-clients: add active clients as leaf nodes.
• --client-scope wired|wireless|all: which client types to include (default wired).
• --collapse-clients: group clients by uplink device into cluster nodes with count badges.
• --only-unifi: only include neighbors that are UniFi devices; when clients are included, filters to UniFi-managed clients.
• --no-cache: disable UniFi API cache reads and writes.
• --resolve-hostnames / --no-resolve-hostnames: resolve device IPs to hostnames via reverse DNS against the controller (default: on for mkdocs, off otherwise).

Mermaid:

• --direction LR|TB: diagram direction (default TB).
• --group-by-type: group nodes by gateway/switch/AP in subgraphs.
• --legend-scale: scale legend font/link sizes (default 1.0).
• --legend-style auto|compact|diagram: legend rendering mode (auto uses compact for mkdocs).
• --legend-only: render just the legend as a separate Mermaid graph.

SVG:

• --svg-width/--svg-height: override SVG output dimensions.
• --theme: built-in theme (unifi, unifi-dark, minimal, classic, classic-dark).
• --theme-file: custom theme YAML (takes priority over --theme; see examples/theme.yaml).
• --icon-set isometric|modern|unifi: icon set to use (default: determined by theme, or isometric).
• --svg-layout-mode physical|grouped|vlan: layout mode for SVG output (default physical).
• --iso-compact-layout: for svg-iso, pack each hub and its clients into a compact district instead of spreading siblings along a single diagonal.
• --iso-route-around-nodes: for svg-iso, route edges around intervening nodes instead of always turning on the same axis.
• --wan-label/--wan-speed: WAN1 ISP name and provisioned speed.
• --wan2-label/--wan2-speed: WAN2 ISP name and provisioned speed.
• --max-vlan-colors: limit VLAN colors shown on edges (default: no limit).
• --include-vlan-legend: add VLAN color legend to SVG output.

Output:

• --format mermaid|svg|svg-iso|lldp-md|mkdocs|json: output format (default mermaid).
• --stdout: write output to stdout.
• --output: write output to file.
• --markdown: wrap Mermaid output in a code fence for notes tools like Obsidian.
• --mkdocs-sidebar-legend: write sidebar legend assets next to the output file.
• --mkdocs-dual-theme: render light/dark Mermaid blocks for Material theme switching.
• --mkdocs-timestamp-zone: timezone for mkdocs timestamp (default Europe/Amsterdam; use off to disable).

Debug:

• --debug-dump: dump gateway + sample devices to stderr for debugging.
• --debug-sample N: number of non-gateway devices in debug dump (default 2).

Themes

Five built-in themes are available via --theme:

For custom colors, create a theme YAML and pass it with --theme-file. Override only the values you need:

mermaid:
  nodes:
    gateway:
      fill: "#ffe3b3"
      stroke: "#d98300"
  poe_link: "#1e88e5"
svg:
  icon_set: modern
  grid_color: "#c0c8d0"
  background: "#f9fafa"
  links:
    standard:
      from: "#006fff"
      to: "#0560d4"
  nodes:
    switch:
      from: "#4dd88a"
      to: "#38cc65"

See examples/theme.yaml and examples/theme-dark.yaml for full examples.

Notes

• Default output is top-to-bottom (TB) and rendered as a hop-based tree from the gateway(s).
• Nodes are color-coded by type (gateway/switch/AP/client) with a sensible default palette.
• PoE links are annotated with a power icon when detected from port_table.
• Wireless client links render as dashed lines to indicate the last-known upstream.
• SVG port labels render inside child nodes for readability.
• Icon licenses and attribution are documented in LICENSES.md.

AI Disclosure

This project used Claude as a coding assistant for portions of the implementation and documentation.