Frunze is easy but powerful Web IDE that allows to model your own IoT device based on widely known component architecture. You don't have to be developer to get started as modeling is as simple as just adding functional pieces via drag&drop from available list of components (button, LED, ADC, DAC, Bluetooth, WiFi, sensors etc.) components.

Using full power of modern web browser you can customize and style your components as much as you wish!

Later on your work can be exported as 3D/CAD models, BOM, circuit diagrams, Gerbers, GCode and more. Also you can choose a platform independent JSON format that can potentially be used by 3rd-party postprocessor. If all you need can fit into off the shelf components and IoT boards you'll be prompted with this option as well.

Stay tuned!

Current status: in active development.

Frunze is an Angular2 TypeScript app with Rust API backend and MongoDB database. So you'll need to deal with all parts.

If you just want to give Frunze a try and skip environment setup then use provided Docker Compose file:

$ docker-compose up

Once everything is downloaded, compiled and run you'll see something like this in the terminal window ** NG Live Development Server is running on https://0.0.0.0:4200 **. So open that address in your browser and you're done!

Please, read below if you'd like to have more control over the development setup.

When you run DB container for the first time you'll have to fill database with the initial data:

$ docker-compose run db /data/preloaded/preload.sh

Usually you don't have to deal with the DB itself too much, so you can leverage Docker Compose to run the DB server with exposed port:

$ docker-compose up --no-start db
$ docker-compose start db

To check if mongoDB is running, just go to https://localhost:27017 in you browser, and you should see this message. It looks like you are trying to access MongoDB over HTTP on the native driver port..

To stop mongoDB:

$ docker-compose stop db

Frunze uses Fritzing to work with project schematic (build, export to SVG etc.). To save you some time we provide Docker image with the latest compiled Fritzing ready for your disposal. When you run Fritzing container for the first time you'll have to create it:

$ docker-compose up --no-start fritzing

After that just run it:

$ docker-compose run fritzing

To stop Fritzing container:

$ docker-compose stop fritzing

Checkout docker-compose.yml for default settings that you can modify if you want to.

To setup API server please follow the instructions from Frunze API repository.

Once you have a running API server you can go and run the client part:

$ cd ng-app
$ ng serve

After that navigate to https://localhost:4200/. The app will automatically reload if you change any of the source files.

There is also option to run the app in a dedicated Docker container if you just want to check it out:

$ cd ng-app
$ docker build -t frunze-ng-app:dev .
$ docker run -d --name frunze-ng-app -p 4200:4200 frunze-ng-app:dev

Docker command line arguments are quite obvi ous so there is no need to explain them. Once you're done stop container with:

$ docker stop frunze-ng-app

To build API server please follow the instructions from Frunze API repository.

Run ng build from the ng-app folder. The build artifacts will be stored in the ng-app/dist/ directory. Use the -prod flag for a production build.

To run API server unit-tests please follow the instructions from Frunze API repository.

Run ng test to execute the unit tests via Karma.

Run ng e2e to execute the end-to-end tests via Protractor. Before running the tests make sure you are serving the app via ng serve.