In order to iteratively develop the offline architecture while also continuing to support the live-service flows, we introduced a local feature-flag that controls whether this new serverless mode is enabled. When disabled, the game functions as it did for the online live-service era sending out real HTTP requests. However, when the feature-flag is enabled, HTTP requests to the Towerborne service domains instead get routed through the local DLL rather than over the internet. From the Unreal game client’s perspective, it is still continuing to make the same HTTP requests as it did in the live game; none of the code surrounding these individual API requests needs change.
Yogita LimayeSouth Asia and Afghanistan correspondent
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Цены на нефть взлетели до максимума за полгода17:55。夫子对此有专业解读
In the live game, every API call that affected the player’s inventory triggered a write to the corresponding record in our Azure Cosmos database. From a player’s perspective, the game is constantly saving their progress. To achieve parity in the offline game, we exposed two functions in the AOT DLL for getting and setting a player’s inventory (equivalent to the Cosmos DB inventory document). When the game first starts up, the local save file on disk is read and the inventory is loaded into the DLL’s memory. As the various serverless HTTP operations occur throughout gameplay the DLL’s in-memory inventory state gets updated. After these operations, if the inventory was changed, the client fetches the new full inventory state from the DLL and saves it back to disk.