When this request succeeds, the application displays UI and continues its interaction with the user.ĪAR still signals active applications when their keyword is spoken. If the application successfully verifies the keyword, it can make a request that appears in the foreground. This argument tells the application that it was activated by AAR and that it should start keyword verification. The application receives a signal through the OnBackgroundActivated life-cycle method in with a unique event argument. Upon receiving the request from AAR, the Background Service launches the application.
#Voice actions pro registration
Note that this means an application cannot be activated by voice until it has been run once and registration has been allowed to complete. The application also registers with the Background Service.
#Voice actions pro software
AAR registers all configurations in the global mapping with the hardware or software keyword spotter on the system, allowing them to detect the application's keyword. The first time a voice activated application is run, it registers its app ID and keyword information through the ConversationalAgent APIs. AAR in turn sends a request to BackgroundService to start the application with the corresponding application ID. When the user speaks a keyword, the software or hardware keyword spotter on the system notifies AAR that a keyword has been detected, providing a keyword ID. Applications interact with AAR through the ConversationalAgent APIs in the Windows SDK. It starts with Windows as long as there is at least one application on the system that is registered with the system. The Agent Activation Runtime (AAR) is the ongoing process in Windows that manages application activation on a spoken keyword or button press. This allows applications to manage interruptions and other inter-agent events properly. In addition, Windows provides a set of voice-activation privacy settings that gives users control of voice activation and above lock activation on a per-app basis.Īfter voice activation, Windows will manage multiple active agents properly and notify each voice assistant if they are interrupted or deactivated. Voice activation works when the application is closed and when the screen is locked. Voice agent applications can be activated by a spoken keyword to enable a hands-free, voice driven experience. Voice assistant applications can take advantage of the Windows ConversationalAgent APIs to achieve a complete voice-enabled assistant experience.
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