@fluidframework/aqueduct package is a library for building Fluid objects and Fluid containers within the Fluid
Framework. Its goal is to provide a thin base layer over the existing Fluid Framework interfaces that allows developers
to get started quickly. Learn more.
If your app is bundled separately from your container code, Fluid can use a code loader to download and load the container code bundle dynamically.
The container is your application’s entry point to the Fluid Framework. It runs your container code and is the object through which you’ll retrieve your Fluid objects.
You’ll write container code to define which Fluid objects your scenario uses and how you’ll access them.
Aqueduct’s implementation of a Fluid object. Designed to organize distributed data structures into semantically meaningful groupings for your scenario, as well as, providing an API surface to your data.
Distributed data structures (DDSes)
DDSes are the data structures Fluid Framework provides for storing collaborative data. As collaborators modify the data, the changes will be reflected to all other collaborators.
Responsible for connecting to a Fluid service and loading a Fluid container.
A service endpoint that is responsible for receiving, processing, storing, and broadcasting operations.
Fluid service driver
Client code responsible for connecting to the Fluid service.
A distributed data structure (DDS) or
Fluid’s API surface makes use of URLs, for example in the
resolve() method and
method. The URL resolver is used to interpret these URLs for use with the Fluid service.