collect basic usage statistics (install/update events, version, os, selected
services) to help improve the project. users can opt-out by setting
SCARF_ANALYTICS=false or DO_NOT_TRACK=1.
- add gost http/https proxy service with authentication
- create x-proxy-env anchor for shared proxy configuration
- apply proxy settings to ai services (n8n, flowise, langfuse, etc.)
- add gost to wizard, welcome page, and final report
- generate gost credentials and proxy url in secrets script
- use wget healthcheck compatible with alpine-based gost image
- add make doctor command for system diagnostics (dns, ssl, containers, disk, memory)
- add make update-preview for dry-run update checks without applying changes
- add service groups to wizard with quick start pack (n8n + monitoring + postgresus + portainer)
- add make switch-beta and switch-stable commands for branch switching
- update readme with organized commands table
n8nio/runners image uses pnpm, not npm. configure allowed modules
via n8n-task-runners.json instead of environment variables.
- switch from npm to pnpm in Dockerfile.runner
- add n8n-task-runners.json for module allowlist config
- remove redundant env vars from docker-compose.yml
- update documentation to reflect new config location
- fix quote parsing in N8N_WORKER_COUNT from .env
- remove unused N8N_RUNNER_COUNT references
- parameterize n8n version for both n8n and runner images
- add healthchecks to n8n main and worker services
upgrade n8n from 1.123.3 to 2.0.0-rc.4 with external task runners for
Code node execution. task runners handle javascript and python code
execution in isolated containers with configurable concurrency.
key changes:
- add n8n-runner service using n8nio/runners:2.0.0-rc.4
- configure runner auth token and broker communication
- add N8N_RUNNER_COUNT for scaling runner replicas
- move code node library config to runner container
- update binary data mode from filesystem to database
- add runner count prompt to installation wizard
- Included Docling service details in the "Quick Start and Usage" section of README.md, providing users with access information.
- Updated the service addition guidelines in add-new-service.mdc to include instructions for adding service URLs in alphabetical order.
- Introduced Docling hostname and credentials in .env.example for environment setup.
- Updated Caddyfile to include reverse proxy configuration for the Docling service.
- Added Docling service definition in docker-compose.yml with necessary environment variables and health checks.
- Enhanced README.md to document Docling integration and access details.
- Updated scripts to generate Docling credentials and include them in the final report for user visibility.
- Updated .env.example to include RAGFLOW_ELASTICSEARCH_PASSWORD for Elasticsearch credentials.
- Modified docker-compose.yml to replace the Infinity service with a new ragflow-elasticsearch service, including necessary environment variables and health checks.
- Adjusted README.md to reflect the integration of Elasticsearch as the backend for RAGFlow.
- Enhanced system preparation script to configure vm.max_map_count for Elasticsearch requirements.
- Updated secrets generation script to include RAGFLOW_ELASTICSEARCH_PASSWORD for credential management.
- Introduced LightRAG hostname and credentials in .env.example for environment setup.
- Updated Caddyfile to include reverse proxy configuration for LightRAG service.
- Added LightRAG service definition in docker-compose.yml with necessary environment variables and volume mappings.
- Enhanced README.md to document LightRAG integration and access details.
- Updated scripts to generate LightRAG credentials and include them in the final report for user visibility.
- Updated .env.example to include RAGFlow hostname and internal credentials for MySQL and MinIO.
- Modified Caddyfile to set up a reverse proxy for RAGFlow service.
- Enhanced docker-compose.yml with RAGFlow service definition, including environment variables and health checks for dependencies.
- Updated README.md to include RAGFlow information and service URL for user guidance.
- Configured system preparation script to set vm.max_map_count for Elasticsearch support required by RAGFlow.
- Added secret generation for RAGFlow internal credentials in the secrets generation script.
- Included RAGFlow in the final report script for visibility on service status and access information.
- Renamed references from "n8n-installer" to "n8n-install" across multiple files for consistency.
- Improved formatting in Cloudflare instructions for better readability.
- Updated installation script to handle directory corrections for the new naming convention.
- Adjusted service selection script comments to reflect the updated project name.
- Modified docker-compose.yml to use environment variables for WAHA_DASHBOARD_ENABLED and WHATSAPP_SWAGGER_ENABLED, allowing for more flexible configuration.
- Added service health dependencies for Redis and Postgres in docker-compose.yml to ensure proper service startup order.
- Updated README.md to include WAHA service URL for better user guidance.
- Updated .env.example to include WAHA_HOSTNAME and related environment variables for configuration.
- Modified Caddyfile to set up reverse proxy for WAHA service.
- Enhanced docker-compose.yml to define WAHA service with necessary environment variables.
- Updated scripts to generate secrets for WAHA, including dashboard and Swagger credentials.
- Added WAHA information to the final report for user visibility.
- Added new environment variables for LibreTranslate and updated existing ones for consistency in .env.example.
- Changed the LibreTranslate image tag to 'latest' in docker-compose.yml for improved version management.
- Enhanced README.md to include LibreTranslate service information and access URL, improving documentation clarity.
- Introduced a detailed README.md to provide an overview of the n8n Installer, including its purpose, included services, installation instructions, and usage guidelines.
- Highlighted key features such as the ability to automate tasks, build AI applications, and access a rich toolset.
- Included information on community workflows, prerequisites for installation, and troubleshooting tips to enhance user experience.
- Added n8n service description to the list of available tools, highlighting its low-code capabilities and integrations.
- Removed duplicate n8n entry from the access URLs section for clarity and consistency.
- Reorganized and clarified the list of included services, ensuring consistent formatting and improved readability.
- Added new services such as ComfyUI, Crawl4ai, Grafana, and others while removing outdated entries.
- Updated access URLs for various services to reflect recent changes in the installation process.
- Introduced Postgresus service in docker-compose.yml with necessary environment variables and volume configuration.
- Updated .env.example to include Postgresus credentials (username, password, password hash).
- Modified Caddyfile to implement basic authentication for Postgresus.
- Enhanced scripts for secret generation to include Postgresus credentials.
- Updated README.md to add a description for Postgresus and its functionalities.
- Enhanced final report script to display Postgresus connection details if the service is active.
- Updated .env.example to include PaddleOCR credentials (username, password, password hash).
- Modified Caddyfile to implement basic authentication for PaddleOCR using the new credentials.
- Enhanced docker-compose.yml to pass PaddleOCR environment variables to the service.
- Updated scripts to generate and manage PaddleOCR password securely.
- Added PaddleOCR documentation link in README.md for user reference.
- Changed installation command to use 'sudo bash' for better permissions handling.
- Clarified that the Cloudflare Tunnel service must be enabled in the Service Selection Wizard.
- Updated README to provide a direct link to the Cloudflare instructions.
- Introduced Postiz as a new service in docker-compose.yml, including necessary environment variables and volume configurations.
- Updated Caddyfile to set up reverse proxy for Postiz.
- Enhanced README.md to document Postiz and its hostname for user reference.
- Modified scripts to include Postiz in the service selection wizard and final report for improved user guidance.
- Introduced a new section addressing common issues related to sites not loading after installation.
- Provided potential causes and solutions, including resource checks and minimal configuration testing to enhance user support and guidance.
- Introduced a new internal utility service, python-runner, in docker-compose.yml to execute custom Python scripts within the Docker network.
- Added detailed documentation in n8n-installer-developer-guide.md and README.md on how to enable and use the python-runner service.
- Created main.py and requirements.txt files for user-defined Python code and dependencies.
- Updated scripts to include python-runner in the service selection wizard and final report for improved user guidance.
- Updated README.md to include RAGApp as a new open-source tool for building Retrieval-Augmented Generation assistants.
- Enhanced final report script to display internal access information for RAGApp, improving user visibility and integration guidance.
- Updated .env.example to include COMFYUI_HOSTNAME for configuration.
- Modified Caddyfile to add a reverse proxy for ComfyUI at the specified hostname.
- Enhanced docker-compose.yml to include a new ComfyUI service with persistent storage and health checks.
- Updated scripts to integrate ComfyUI into the setup wizard and final report.
- Documented the integration process and reflections in the memory bank for future reference.
- Included a description of Portainer as a lightweight web UI for managing Docker environments.
- Added Portainer access information to the services list in the README, specifying the URL and authentication details.
- Integrated Dify, an open-source AI application development platform, as an optional service in the n8n-installer project.
- Updated start_services.py to include functions for cloning the Dify repository, preparing the environment, and starting Dify services.
- Configured docker-compose.yml to reference Dify's external Docker Compose file and included necessary environment variables.
- Enhanced Caddyfile with reverse proxy settings for Dify, ensuring proper routing and access.
- Updated .env.example to include Dify-specific configuration variables.
- Revised README.md to document Dify's capabilities and access details.
- Enhanced service selection wizard to allow users to choose Dify during setup.
- Comprehensive testing and validation phase pending to ensure full functionality.
- Removed Gotenberg configuration from .env.example and docker-compose.yml to restrict external access.
- Updated Caddyfile to eliminate reverse proxy settings for Gotenberg.
- Revised README.md to clarify that Gotenberg is now accessible only within the Docker network.
- Enhanced final report script to include internal access details and API documentation for Gotenberg.
- Integrated Gotenberg, a document conversion API, as an optional service in the n8n-installer project.
- Updated docker-compose.yml to include Gotenberg service configuration with health checks and environment variables.
- Configured Caddy reverse proxy for Gotenberg, ensuring proper routing and SSL support.
- Enhanced service selection wizard to allow users to choose Gotenberg during setup.
- Updated .env.example and README.md to reflect the new service, including usage examples and access details.
- Comprehensive testing and validation phase pending to ensure full functionality.
- Introduced a new script, docker_cleanup.sh, for cleaning up unused Docker containers, images, and volumes to free up disk space.
- Updated README.md to include instructions for using the Docker cleanup script, emphasizing its utility and caution regarding data removal.
- Updated the Quick Start section to provide clearer access instructions for services post-installation, including login details for n8n and Flowise.
- Added steps for exploring n8n, utilizing integrated AI tools, and checking monitoring options with Grafana.
- Improved overall structure and clarity to facilitate user onboarding and understanding of available services.
- Introduced a new section in README.md to acknowledge project contributors.
- Added a link to the GitHub Contributors Page for easy access to contributor information.
- Introduced a new section in README.md detailing the pre-installed Node.js libraries available for use in n8n's Code nodes, including `cheerio`, `axios`, `moment`, and `lodash`.
- Enhanced user understanding of available tools for web scraping, API requests, date manipulation, and utility functions.
- Introduced Neo4j service in docker-compose.yml with necessary environment variables and volume mappings.
- Updated Caddyfile to include reverse proxy settings for Neo4j.
- Enhanced .env.example to include placeholders for Neo4j username and password.
- Modified README.md to document Neo4j integration and access details.
- Added .cursorignore file to specify files and directories to ignore during indexing.
- Introduced Weaviate service in docker-compose.yml with necessary environment variables and health checks.
- Updated Caddyfile to include reverse proxy settings for Weaviate with basic authentication.
- Enhanced README.md to document Weaviate's integration and access details.
- Modified scripts to generate secrets for Weaviate, including username and password handling.
- Updated final report script to display Weaviate configuration details for user clarity.
- Introduced Ollama service with CPU and GPU profiles in docker-compose.yml, allowing users to run large language models locally.
- Added Ollama selection option in the wizard script for hardware profile configuration.
- Updated README.md to include Ollama as a new available service.
- Adjusted .env.example to include GRAFANA_HOSTNAME in the correct position.
- Added Letta service to docker-compose.yml with necessary environment variables and volume configuration.
- Updated Caddyfile to include reverse proxy for Letta.
- Included Letta in the README.md for service availability and provided a brief description.
- Enhanced scripts to generate Letta server password and report its status in the final report.
- Updated .env.example to include Letta hostname and server password variable.
