Which two factors must the content author now consider?

A content author will be using live copies on AEM.

Which two factors must the content author now consider? (Choose two.)
A . When the inheritance Is re-enabled, the page is automatically synchronized with the source.
B . When (everting a canceled inheritance on a paragraph system, the order of components will be automatically restored from the blueprint.
C . If the component is marked as a container, the cancellation and suspend actions do not apply to Its child components.
D . Changes made locally to a component marked as a container will not be overwritten by the content of the blueprint on a rollout.

View Answer

Answer: A, D

Explanation:

In Adobe Experience Manager (AEM), when dealing with live copies, a content author must be aware of various factors related to the synchronization of content between the source (blueprint) and the live copies. Option A is correct because when inheritance is re-enabled on a live copy page, synchronization with the blueprint page occurs, which may include automatic updates to the live copy page’s content. Option D is also correct because local changes made to a component marked as a container are protected during rollouts, meaning that these local changes will not be overwritten by content from the blueprint. The container concept in AEM allows for more granular control over which parts of the page are updated during synchronization.

For Option B, the term ‘paragraph system’ seems incorrect. It should likely refer to ‘paragraph systems’ as in the ParSys (Paragraph System), a component that allows authors to add components to a page. There is no automatic restoration of the order of components from the blueprint upon re-enabling canceled inheritance; instead, components are managed according to the rules set in the rollout configurations.

Option C is incorrect because the cancel and suspend actions can be applied to individual child components within a container. When inheritance is canceled for a container, the inheritance status of child components within that container can be controlled individually.