I would like to propose the integration of native C++20 coroutine support into the google-cloud-cpp client libraries, with a particular focus on Google Cloud Storage (GCS).
While the current asynchronous API is functional, the addition of first-class coroutine support (e.g., Task<T> or Awaitable types) would significantly improve code readability and maintainability for modern C++ backends. Furthermore, providing low-level networking primitives—similar to the models found in boost::asio or the Networking TS—would allow developers to integrate GCS operations into their own custom execution contexts and coroutine frameworks.
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I would like to propose the integration of native C++20 coroutine support into the google-cloud-cpp client libraries, with a particular focus on Google Cloud Storage (GCS).
While the current asynchronous API is functional, the addition of first-class coroutine support (e.g.,
Task<T>orAwaitabletypes) would significantly improve code readability and maintainability for modern C++ backends. Furthermore, providing low-level networking primitives—similar to the models found inboost::asioor the Networking TS—would allow developers to integrate GCS operations into their own custom execution contexts and coroutine frameworks.