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NginxPulse

Lightweight Nginx access log analytics and visualization dashboard with realtime stats, PV filtering, IP geo lookup, and client parsing.

Source repository: https://github.com/likaia/nginxpulse

Documentation Site (Recommended)

Online docs: https://nginx-pulse-docs.kaisir.cn/

⚠️ Note: This document focuses on quick usage. For detailed docs and example configs, see the online documentation site.

Tech Stack
IP Geo Lookup Strategy
How to Use
Docker Deployment Permissions
FAQ
Directory Structure and Key Files
Acknowledgements
Final Notes

Tech Stack

Important (version > 1.5.3): SQLite is fully removed. Single-binary deployment requires your own PostgreSQL and a configured DB_DSN (or database.dsn).

Backend: Go 1.24.x · Gin · Logrus
Data: PostgreSQL (pgx)
IP Geo: ip2region (local) + ip-api.com (remote batch)
Frontend: Vue 3 · Vite · TypeScript · PrimeVue · ECharts/Chart.js · Scss
Container: Docker / Docker Compose · Nginx (static frontend serving)

IP Geo Lookup Strategy

Fast filter: empty/local/loopback addresses return "local"; private network addresses return "intranet/local network".
Decoupled resolution: log parsing stores entries and marks geo as "pending"; a background task resolves and backfills later.
Cache first: persistent cache + in-memory cache hits return directly (default limit: 1,000,000 rows).
Local first (IPv4/IPv6): ip2region is queried first and used when the result is usable.
Remote enrich: when local lookup returns "unknown" or fails, a remote API is called (default ip-api.com/batch, configurable) in batches (timeout 1.2s, up to 100 IPs per batch).
Remote failure: return "unknown".

While geo backfill is unfinished, the UI shows "pending" and location stats may be incomplete.

The local databases ip2region_v4.xdb and ip2region_v6.xdb are embedded in the binary. On first startup they are extracted to ./var/nginxpulse_data/, and vector indexes are loaded when possible.

This project calls an external IP geo API (default ip-api.com). Ensure outbound access to that domain is allowed. You can also run your own geo service (see the Wiki for details).

How to Use

1) Docker

Single image (frontend Nginx + backend service):

The image includes PostgreSQL and initializes the database on startup (when you do not provide your own database). You must mount the data directories: /app/var/nginxpulse_data and /app/var/pgdata. Without these mounts, the container exits with an error. If you plan to configure an external database in the setup wizard, you can skip mounting pgdata for the first boot; restart the container after saving the config.

One-click start (minimal config, first launch opens the setup wizard):

docker run -d --name nginxpulse \
  -p 8088:8088 \
  -v ./docker_local/logs:/share/logs:ro \
  -v ./docker_local/nginxpulse_data:/app/var/nginxpulse_data \
  -v ./docker_local/pgdata:/app/var/pgdata \
  -v /etc/localtime:/etc/localtime:ro \
  magiccoders/nginxpulse:latest

Replace docker_local with a real host directory. Make sure permissions allow the container to read the logs, otherwise you may see empty results.

If you prefer a config file, mount configs/nginxpulse_config.json to /app/configs/nginxpulse_config.json. If no config file or environment variables are provided, the first launch opens the "initial setup wizard". After saving, it writes to configs/nginxpulse_config.json. Restart the container to apply changes (mount /app/configs for persistence).

2) Docker Compose

Use the remote image (Docker Hub):

services:
  nginxpulse:
    image: magiccoders/nginxpulse:latest
    container_name: local_nginxpulse
    ports:
      - "8088:8088"
      - "8089:8089"
    volumes:
      - ./docker_local/logs:/share/logs
      - ./docker_local/nginxpulse_data:/app/var/nginxpulse_data
      - ./docker_local/pgdata:/app/var/pgdata
      - /etc/localtime:/etc/localtime
    stop_grace_period: 90s
    restart: unless-stopped

docker compose up -d

Keep stop_grace_period (for example 90s) so embedded PostgreSQL has enough time to shut down cleanly on docker compose stop, reducing recovery/restart loops on next boot.

Time Zone (Important)

This project uses the system time zone for log parsing and statistics. Make sure the runtime time zone is correct.

Docker / Docker Compose

Recommended: mount host time zone: -v /etc/localtime:/etc/localtime:ro (Linux)
If the host provides /etc/timezone, you can also mount it: -v /etc/timezone:/etc/timezone:ro
If you only want to set a time zone, use TZ=Asia/Shanghai, but ensure the container has time zone data (for example, install tzdata or mount /usr/share/zoneinfo)

Single Binary (Single Process)

Uses the current system time zone by default
Temporary override: TZ=Asia/Shanghai ./nginxpulse

Mobile Access (/m)

Entry: http://<host>:8088/m
Mobile supports Overview / Daily / Realtime / Logs only
Initial setup must be completed on desktop; mobile will prompt to open on a computer

3) Manual Build (Frontend + Backend)

Frontend build:

cd webapp
pnpm install
pnpm run build

Mobile build (/m):

cd webapp_mobile
pnpm install
pnpm run build

Backend build:

go mod download
go build -o bin/nginxpulse ./cmd/nginxpulse/main.go

Local development (frontend + backend together):

./scripts/dev_local.sh

The frontend dev server defaults to port 8088 and proxies /api to http://127.0.0.1:8089. Before local development, prepare log files under var/log/ (or ensure configs/nginxpulse_config.json sets logPath correctly).

4) Single Binary Deployment (Single Process)

Important (version > 1.5.3): SQLite is fully removed. Single-binary deployment requires your own PostgreSQL and a configured DB_DSN (or fill in database.dsn in configs/nginxpulse_config.json).
Download the binary for your platform from the repository releases and run it.

The single executable bundles the frontend static assets and serves both frontend and backend:

Frontend: http://localhost:8088
Backend: http://localhost:8088/api/...

Single Binary Configuration

There are two ways to provide config at runtime (choose one):

Option A: Config file (default)

Create configs/ in the run directory
Put configs/nginxpulse_config.json
Start: ./nginxpulse

Option B: Environment injection (no file required)

CONFIG_JSON="$(cat /path/to/nginxpulse_config.json)" ./nginxpulse

Notes:

The config path is relative: ./configs/nginxpulse_config.json. Ensure the working directory is correct.
If you use systemd, set WorkingDirectory, or prefer CONFIG_JSON injection.
The data directory ./var/nginxpulse_data is also relative; if it cannot be found, check the process working directory first.

5) Makefile Commands

This project also supports building via Makefile:

make frontend   # Build frontend (webapp/dist + webapp_mobile/dist)
make frontend-mobile # Build only mobile webapp_mobile/dist
make backend    # Build backend bin/nginxpulse (without embedded frontend)
make single     # Build single package (embedded frontend + copy configs and gzip examples)
make dev        # Start local development (frontend 8088, backend 8089)
make clean      # Clean build artifacts

Specify a version example:

VERSION=v0.4.8 make single
VERSION=v0.4.8 make backend

Notes:

make single builds linux/amd64 and linux/arm64 by default. Outputs are in bin/linux_amd64/ and bin/linux_arm64/.
For single-platform builds, the output is bin/nginxpulse, the config is bin/configs/nginxpulse_config.json (default port :8088), and gzip examples are in bin/var/log/gz-log-read-test/.

Docker Deployment Permissions

The image runs as a non-root user (nginxpulse) by default. Whether the app can read logs or write data depends on host directory permissions. If you can cat files via docker exec, you are likely root; it does not mean the app user can access them.

Recommended approach: align container UID/GID with host directory ownership.

Step 1: Check host directory UID/GID

ls -n /path/to/logs /path/to/nginxpulse_data /path/to/pgdata
# or
stat -c '%u %g %n' /path/to/logs /path/to/nginxpulse_data /path/to/pgdata

Step 2: Pass PUID/PGID when starting the container

docker run ... \
  -e PUID=1000 \
  -e PGID=1000 \
  -v /path/to/logs:/var/log/nginx:ro \
  -v /path/to/nginxpulse_data:/app/var/nginxpulse_data:rw \
  -v /path/to/pgdata:/app/var/pgdata:rw \
  ...

Step 3: Ensure directories are readable/writable for that UID/GID

chown -R 1000:1000 /path/to/nginxpulse_data /path/to/pgdata
chmod -R u+rx /path/to/logs

If you use an external database (DB_DSN), you can skip mounting pgdata. PostgreSQL 16 is recommended for external deployments. If the external database is configured via the setup wizard, you can also skip pgdata and restart the container after saving the config.

SELinux note (RHEL/CentOS/Fedora):

These systems enable SELinux by default. Docker volumes may be visible but still inaccessible due to labels.
Add :z or :Z to re-label the mount:
- :Z for exclusive use by this container.
- :z to share across multiple containers.

docker run ... \
  -v /path/to/logs:/var/log/nginx:ro,Z \
  -v /path/to/nginxpulse_data:/app/var/nginxpulse_data:rw,Z \
  -v /path/to/pgdata:/app/var/pgdata:rw,Z \
  ...

Not recommended: chmod -R 777. It is unsafe; only use it for temporary debugging.

FAQ

Log details are empty
Usually the container does not have permission to access host log files. See the "Docker Deployment Permissions" section and follow the steps.
Logs exist but PV/UV stats are missing
By default, private network IPs are excluded. If you want to count intranet traffic, set PV_EXCLUDE_IPS to an empty array and restart:

PV_EXCLUDE_IPS='[]'

After restarting, click the "Re-parse" button on the "Log Details" page.

Log times are incorrect
This is usually caused by an unsynchronized time zone. Confirm the Docker/system time zone is correct, follow the "Time Zone (Important)" section, and re-parse the logs.
Cannot start
If you see errors like below (older versions may hit this), confirm nginxpulse_data is writable or set TMPDIR to a writable path:

nginxpulse: initializing postgres data dir at /app/var/pgdata
/app/entrypoint.sh: line 91: can't create /tmp/tmp.KOdAPn: Permission denied

Fix (choose one):

-e TMPDIR=/app/var/nginxpulse_data/tmp

Directory Structure and Key Files

.
├── cmd/
│   └── nginxpulse/
│       └── main.go                 # Program entry
├── internal/                       # Core logic (parsing, analytics, storage, API)
│   ├── app/
│   │   └── app.go                  # Initialization, dependency wiring, task scheduling
│   ├── analytics/                  # Metrics definitions and aggregation
│   ├── enrich/
│   │   ├── ip_geo.go               # IP geo (remote + local) and caching
│   │   └── pv_filter.go            # PV filtering rules
│   ├── ingest/
│   │   └── log_parser.go           # Log scanning, parsing, and ingestion
│   ├── server/
│   │   └── http.go                 # HTTP server and middleware
│   ├── store/
│   │   └── repository.go           # PostgreSQL schema and writes
│   ├── version/
│   │   └── info.go                 # Version info injection
│   ├── webui/
│   │   └── dist/                   # Embedded frontend assets for single binary
│   └── web/
│       └── handler.go              # API routes
├── webapp/
│   └── src/
│       └── main.ts                 # Frontend entry
├── webapp_mobile/                  # Mobile frontend (/m)
│   └── src/
│       └── main.ts                 # Mobile entry
├── configs/
│   ├── nginxpulse_config.json      # Main config entry
│   ├── nginxpulse_config.dev.json  # Local dev config
│   └── nginx_frontend.conf         # Built-in Nginx config
├── docs/
│   └── versioning.md               # Versioning and release notes
├── scripts/
│   ├── build_single.sh             # Single binary build script
│   ├── dev_local.sh                # Local one-click start
│   └── publish_docker.sh           # Publish Docker images
├── var/                            # Data directory (generated/mounted at runtime)
│   └── log/
│       └── gz-log-read-test/       # Gzip sample logs
├── Dockerfile
└── docker-compose.yml

For more details on analytics definitions or API extension points, start with internal/analytics/ and internal/web/handler.go.

Acknowledgements

Thank you very much for your coin investment for your support of this project.

Final Notes

Most of this project was generated with Codex. I fed it many open-source projects and references. Thanks to everyone contributing to the open-source community.

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NginxPulse

Documentation Site (Recommended)

Table of Contents

Tech Stack

IP Geo Lookup Strategy

How to Use

1) Docker

2) Docker Compose

Time Zone (Important)

Mobile Access (/m)

3) Manual Build (Frontend + Backend)

4) Single Binary Deployment (Single Process)

Single Binary Configuration

5) Makefile Commands

Docker Deployment Permissions

FAQ

Directory Structure and Key Files

Acknowledgements

Final Notes

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README_EN.md

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README_EN.md

File metadata and controls

NginxPulse

Documentation Site (Recommended)

Table of Contents

Tech Stack

IP Geo Lookup Strategy

How to Use

1) Docker

2) Docker Compose

Time Zone (Important)

Mobile Access (/m)

3) Manual Build (Frontend + Backend)

4) Single Binary Deployment (Single Process)

Single Binary Configuration

5) Makefile Commands

Docker Deployment Permissions

FAQ

Directory Structure and Key Files

Acknowledgements

Final Notes