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* docs: reorganize documentation structure into logical categories Restructure documentation into organized directories for better navigation: - getting-started/: Quick start guides for new users - setup/: Setup and configuration guides - production/: Production deployment guides (backup, TLS, multi-tenancy) - operations/: Site operations and management - development/: Development workflow guides - migration/: Migration guides - troubleshooting/: Troubleshooting guides - reference/: Reference documentation (container setup, build configs) Rename files for consistency: - Use kebab-case naming convention throughout - Remove numbered prefixes from container-setup files - Use descriptive names (backup-strategy, tls-ssl-setup, etc.) Update all internal cross-references to reflect new file locations. Update README.md with organized documentation structure. Fix image paths in development.md to use correct relative paths. * docs: add numeric prefixes to directories and files for navigation order Add numeric prefixes (01-08) to documentation directories to indicate reading order and flow for first-time users: - 01-getting-started: Quick start guides - 02-setup: Setup and configuration - 03-production: Production deployment - 04-operations: Site operations - 05-development: Development guides - 06-migration: Migration guides - 07-troubleshooting: Troubleshooting - 08-reference: Reference documentation Add numeric prefixes to files within directories to guide readers through documentation in a logical sequence. Update all cross-references throughout documentation to use new numbered paths. Update README.md to reflect the new structure. * docs: move container-setup to 02-setup and integrate setup-options content Move container-setup directory from 08-reference/ to 02-setup/ to follow PR feedback. The container-setup documentation provides a more linear and coherent flow compared to the previous unstructured setup files. Changes: - Move container-setup/ from docs/08-reference/ to docs/02-setup/ - Integrate content from setup-options.md into structured flow: - Create new 06-setup-examples.md with practical deployment scenarios - Enhance 03-start-setup.md with site creation details from setup-options - Remove redundant 01-setup-options.md (content now integrated) - Rename 02-single-server-example.md to 07-single-server-example.md - Update all cross-references throughout documentation: - Update README.md with new structure under Setup section - Fix links in site-operations.md and migration docs - Add navigation links between container-setup files and examples - Maintain container-setup's linear flow: overview → build → start → env → overrides - Add practical examples document (06-setup-examples.md) that follows the container-setup guide Result: Documentation now follows a clear progression from conceptual overview through practical examples, with all setup information properly organized under 02-setup/. * docs: remove container-setup subfolder and flatten structure Move all files from docs/02-setup/container-setup/ directly into docs/02-setup/ to eliminate unnecessary subfolder. Files are already numbered sequentially, so they work perfectly at the same level. Changes: - Move all files from container-setup/ subfolder to 02-setup/ root - Remove container-setup/ subfolder - Update all cross-references: - Update README.md paths (remove container-setup/ from all links) - Fix references in site-operations.md - Fix references in migration docs - Update internal references in 06-setup-examples.md - Fix relative path references in 01-overview.md, 02-build-setup.md, 03-start-setup.md Result: Cleaner, flatter structure with all numbered setup files at the same level, making navigation more straightforward. * fix: Pre-commit failure is fixed --------- Co-authored-by: adithya <adithya.a@bayesian.in>
49 lines
5.7 KiB
Markdown
49 lines
5.7 KiB
Markdown
The purpose of this document is to give you an overview of how the Frappe Docker containers are structured.
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# 🐳 Images
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There are **four predefined Dockerfiles** available in the `/images` directory.
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| Dockerfile | Ingredients | Purpose & Use Case |
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| -------------- | ---------------------------------------------------------------------------------------------------------------------------------------------------------------------------- | --------------------------------------------------------------------------------------------------------------------------------------------------------------- |
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| **bench** | Sets up only the Bench CLI. | Used for **development** or debugging. Provides the command-line tooling but does not include runtime services. |
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| **custom** | Multi-purpose Python backend built from a plain Python image. Includes everything needed to run a Frappe instance via a Compose setup. Installs apps defined in `apps.json`. | Suitable for **production** and **testing**. Ideal when you need control over dependencies (e.g. trying new Python or Node versions). |
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| **layered** | Final contents are the same as `custom`, but it is based on **prebuilt images from [Docker Hub](https://hub.docker.com/u/frappe)**. | Great for **production builds** when you’re fine with the dependency versions managed by Frappe. Builds much faster since the base layers are already prepared. |
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| **production** | Similar to `custom` (built from a Python base image), but installs **only Frappe and ERPNext**. Not customizable with `apps.json`. | Best for **quick starts** or exploration. For real deployments or CI/CD pipelines, `custom` or `layered` are preferred because they offer more flexibility. |
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---
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These images include everything needed to run all processes required by the Frappe framework
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(see [Bench Procfile reference](https://frappeframework.com/docs/v14/user/en/bench/resources/bench-procfile)).
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- The `bench` image only sets up the CLI tool.
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- The other images (`custom`, `layered`, and `production`) go further — enabling a nearly **plug-and-play** setup for ERPNext and custom apps.
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> We use [multi-stage builds](https://docs.docker.com/develop/develop-images/multistage-build/) and [Docker Buildx](https://docs.docker.com/engine/reference/commandline/buildx/) to maximize layer reuse and make our builds more efficient.
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# 🏗️ Compose
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Once images are built, containers are orchestrated using a [compose file](https://docs.docker.com/compose/compose-file/). The main compose.yaml provides core services, networking, and volumes for any Frappe setup.
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## 🛠️ Services
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| Service | Role | Purpose |
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| ---------------- | --------------- | ---------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------- |
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| **configurator** | Setup | Updates `common_site_config.json` so Frappe knows how to access db and redis. It is executed on every `docker-compose up` (and exited immediately). Other services start after this container exits successfully |
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| **backend** | Runtime | [Werkzeug server](https://werkzeug.palletsprojects.com/en/2.0.x/) |
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| **frontend** | Proxy | [nginx](https://www.nginx.com) server that serves JS/CSS assets and routes incoming requests |
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| **websocket** | Real-time | Node server that runs [Socket.IO](https://socket.io) |
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| **queue-\_** | Background Jobs | Python servers that run job queues using [rq](https://python-rq.org) |
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| **scheduler** | Task Automation | Python server that runs tasks on schedule using [schedule](https://schedule.readthedocs.io/en/stable/) |
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## 🧩 Overrides
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Additional functionality can be added using [overrides](https://docs.docker.com/compose/extends/). These files modify existing services or add new ones without changing the main `compose.yaml`.
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Example: The main compose file has no database service, but `compose.mariadb.yaml` adds MariaDB. See [overrides.md](05-overrides.md) for the complete list of available overrides and how to use them.
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---
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**Next:** [Build Setup →](02-build-setup.md)
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**See also:** [Setup Examples](06-setup-examples.md) for practical deployment scenarios.
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