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WebGME - Web-based Generic Modeling Environment

Note that this repository contains the full webgme app including a highly extendable graphical user interface and is the typical dependency a webgme app will depend on. To use the webgme framework without a packaged GUI - check out webgme-engine.

Create your own Domain Specific Modeling Languages (DSML) right in the browser. Specify modeling concepts, their relationships, attributes, and aspects by drawing a UML class diagram-based metamodel and WebGME automatically configures itself to support the DSML.

WebGME promotes collaboration where each change is translated into a micro-commit broadcast to all connected users. A lightweight branching scheme is transparently supported by the infrastructure. Code generators and externals tools can work on consistent snapshots (specific commits) while users can continue editing the models.

WebGME provides a variety of extension points for you to customize your application. See below for a list and explainations. All these can be neatly generated, shared and imported using a command line interface.


Getting started



  • NodeJS (version >= 4, CI tests are performed on versions 8.x, 10.x and LTS is recommended).
  • MongoDB (version >= 2.6).
  • Git (must be available in PATH).
  • Redis Note that this is only needed if you intend on running multiple webgme nodes behind a reverse proxy.


We aim to support all the major modern browsers. However we recommend using Chrome for two reasons: manual testing is mostly done using chrome and all performance profiling is done against the V8 JavaScript Engine.


  • Step by step tutorial - Explains meta-modeling in webgme and builds up a small application for Electrical Circuits.
  • Tutorial from seminar 2015 - Shows development techniques in webgme and builds up a Finite State Machine domain. This tutorial requires familiarity with meta-modeling.

Using WebGME

You can always try out webgme at our public deployment at After a certain point you probably want to host your own server with custom running code and visualization. At this point follow the instructions at 1.

  1. webgme-cli. This is the preferred way of using webgme as it allows you to:
  • Automatically generate boilerplate code for extensions (w/o manually configuring paths etc.).
  • Reuse components from other users.
  • Publish and share your work with others.
  • Updating to newer webgme releases only requires a npm install webgme and won't cause any conflicts.
  • Note that if cloning an existing repository constructed with webgme-cli, it is only necessary to install webgme-cli if you intend to create/import new components.
  1. For webgme developers, clone this repo.
  • install packages with npm npm install
  • launch mongod locally
  • start the server npm start

After the webgme server is up and there are no error messages in the console. Open a valid webgme address in the browser. The default is, you should see all valid addresses in the console where you started webgme. To view the available documentation visit <host>/api.

Command line interface

The webgme-engine provides a range of bin scripts, see here for list of all.


  • Plugins - Model interpretation for e.g. code generation.
  • Executor - Job execution framework over multiple worker nodes.
  • Rest Routers - Add custom REST API routes with access to gme-auth and storage APIs.
  • Constraints - Add custom constraints based on meta-types.
  • AddOns - Continuous model interpretation for e.g. constraint evaluation.
  • Webhooks - External event emitting based on changes in storage/models.
  • Layouts - Configure the layout of the generic UI.
  • Visualizers - Add complete visualizers to the generic UI.
  • Decorators - Add custom decoration to the nodes in the model editor.

See gme-config for available configuration parameters.

Change log





See the LICENSE file.

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