Abstract: Digital content coediting techniques are described, including detecting a change in state of digital content that is maintained as part of a coediting session involving a plurality of client devices. One or more elements of the digital content are located corresponding to the change in state and a fingerprint is generated responsive to the detecting, which is based on a hash of a serialization of the one or more elements. The fingerprint is communicated for receipt by at least one of the plurality of client devices, the fingerprint configured to cause local synchronization of the digital content.

Abstract: Digital content coediting techniques are described, including detecting a change in state of digital content that is maintained as part of a coediting session involving a plurality of client devices. One or more elements of the digital content are located corresponding to the change in state and a fingerprint is generated responsive to the detecting, which is based on a hash of a serialization of the one or more elements. The fingerprint is communicated for receipt by at least one of the plurality of client devices, the fingerprint configured to cause local synchronization of the digital content.

Abstract: Digital content coediting techniques are described. In an implementation, an edit input specifying an edit to digital content and an action identifier is assigned to the edit. An element identifier of an element of the digital content that is a subject of the edit of the element is obtained along with a previous action identifier identifying a previous edit associated with the element, e.g., as a pair. An edited content region is detected of the digital content corresponding to the edit a candidate edit event is generated including the action identifier, the element identifier, the previous action identifier, and the edited content region.