Neunity is a framework providing the toolset and workflow to increase the development effiency for NEO Smart Contracts (SC) and C# Dapps. Via Neunity, we can
- build testcases or put breakpoints to debug your SCs locally, dispensing testnet interaction.
- reuse SC logic in corresponding Unity (or other .Net) client projects.
- avoid common NEO SC development mistakes as they are encapsulated.
- HTTP server-like SC developement flow.
- Flexible and convenient seralization and custom type managment.
- Other expanding features...
Neunity's final target is to make large-scale NEO blockchain projects practical. It's still in very early stage so welcome suggestions and code contribution from the community.
In General, Neunity provides a 3-layer structure demostrated in the following figure.
- Adapter Layer provides unique upward interfaces and encapsulates the implementation differences between NEO SC and other C# application platforms. So we can make the local debugging and code sharing feasible.
- Tool Layer provides a series of tools to simplify and standardize (Optional) the flow for development. Currently we have NuTP for HTTPlike protocol, NuSD for seralization and NuIO for storage management.
- Application Layer is the layer that developers can focus on their busniess logic without concerning majority blockchain related knowledge or NEO related C# language restrictions.
Please refer to following articles to further understand how to utilize Neunity.
- How to use Visual Studio to debug NEO SC(C#): Introduction. VIDEO
- NuSD: Neunity Serialization.Introduction
- NuTP: Neunity Transfer Protocol, a HTTP-like Application layer communication protocol between NEO smart contract and client Dapp.Introduction
- Other features: Storage, Continous Integration, etc.
Please provide more failure testcases and suggest more functions and tactics. With the community's help, we can make it more powerful.
Contact: @dprat0821 on Github and Discord. Thanks