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https://github.com/fizzbee-io/fizzbee

Easiest-ever formal methods language! Designed for developers crafting distributed systems, microservices, and cloud applications
https://github.com/fizzbee-io/fizzbee

alloy alloy-analyzer formal-languages formal-methods formal-verification ltl pluscal prism tla tla-plus tlaplus

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Easiest-ever formal methods language! Designed for developers crafting distributed systems, microservices, and cloud applications

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README 

        
# fizzbee



A Formal specification language and model checker

to specify distributed systems.

Try out now at [Fizzbee Online Playground](https://fizzbee.io/). No installation needed.



# Docs

If you are familiar with [TLA+](https://lamport.azurewebsites.net/tla/tla.html), this would be a quick start

[From TLA+ to Fizz](https://github.com/fizzbee-io/fizzbee/blob/main/docs/fizzbee-quick-start-for-tlaplus-users.md)



# Run a model checker

For now, no prebuilt binaries. But you can try without installation at https://fizzbee.io/play 



Or Install from source.

- Bazel: You need bazel installed to build. [Bazelisk](https://github.com/bazelbuild/bazelisk?tab=readme-ov-file#installation) is the recommended way to use bazel. Rename the binary to bazel and put it part of your PATH.

- gcc: This project uses protobuf. Bazel proto_library does not use precompiled protoc, and it builds from scratch. It requires g++ compiler. `sudo apt update; sudo apt install g++`



```

./fizz path_to_spec.fizz  

```

Example:

```

./fizz examples/tutorials/19-for-stmt-serial-check-again/ForLoop.fizz 

```



Note: Generally, you won't need to rebuild the binary,

but most likely will be required after each `git pull`.



# Development



## Bazel build

To run all tests:



```

bazel test //...

```



To regenerate BUILD.bazel files,



```

bazel run //:gazelle

```



To add a new dependency,



```

bazel run //:gazelle -- update-repos github.com/your/repo

```

or

```

gazelle update-repos github.com/your/repo

```



When making grammar changes, run



```

antlr4 -Dlanguage=Python3 -visitor *.g4

```

and commit the py files.

TODO: Automate this using gen-rule, so the generated files are not required in the repository



## Cross compilation to linux

Only the go model checker is cross compiled to linux.



On local machine, run `bazel build //:fizzbee`



To dockerize or to run on the linux server:

```

bazel build --platforms=//:linux_arm  //:fizzbee

```

or

```

bazel build --platforms=//:linux_x86  //:fizzbee

```

Python seems to work without platforms flag but unfortunately, 

passing platforms flag actually breaks the build.



# Running the Fizz with Docker

This guide will walk you through the steps needed to build and run the application using Docker.



## Clone the Repository 

If you haven't already cloned the project, you can do so by running the following command:



```bash

git clone https://github.com/fizzbee-io/fizzbee.git

cd fizzbee

```



## Build the Docker Image

To build the Docker image, run the following command from the root directory of the project:



```bash

docker build -t fizzbee-app .

```



## Run the Docker Container

Once the image is built, you can run the container using:

```bash

docker run --rm -it fizzbee-app

```



## Using Shell Alias for Easier CLI Access

To make running CLI commands from Docker easier, you can create a shell alias. Add the following to your `.bashrc` or `.zshrc`:



```bash

alias fizz='docker run -it --rm -v $(pwd):/spec -w /spec fizzbee-app'

```



After adding the alias, you will need to either restart your terminal or use the source command to apply the changes immediately:



```bash

source ~/.bashrc # or ~/.zshrc

```