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@@ -5,3 +5,13 @@ A framework that uses OpenAI to maintain a single source of truth for the data m
Basically, it enables one to write a web application whose backend is written in C++. This C++ web application can communicate seamlessly with a Typescript frontend without losing type-safety. We leverage Zod to enforce type safety. So you get type-safety from end to end. From C++ through to the Typescript frontend. Basically, it enables one to write a web application whose backend is written in C++. This C++ web application can communicate seamlessly with a Typescript frontend without losing type-safety. We leverage Zod to enforce type safety. So you get type-safety from end to end. From C++ through to the Typescript frontend.
It works by specifying the data model in OpenAPI. Then the OpenAPI model is transpiled into both C++ headers (with JSON serdes and ODB ORM for your database of choice) and Typescript types with Zod schema descriptions. It works by specifying the data model in OpenAPI. Then the OpenAPI model is transpiled into both C++ headers (with JSON serdes and ODB ORM for your database of choice) and Typescript types with Zod schema descriptions.
## CMake integration
Reusable CMake entry point for embedding in a larger project:
- `cmake/cppbessot/CppBeSSOT.cmake`
The primary schema root folder is configurable via:
- `CPPBESSOT_WORKDIR` (defaults to `db`)