Adobe AD0-E906 Exam Questions

In this scenario, the user is managing a marketing campaign in Workfront and wants to use an existing asset from AEM Assets. Since the enhanced connector is already installed and configured, the user can go to the Documents area within the Workfront project, click Add new, and then select the Experience Manager integration.

This integration allows the user to browse assets stored in AEM and select the required asset, which will be linked to the Workfront project without the need to download and re-upload the file.

This seamless integration between Workfront and AEM Assets enhances workflow efficiency by enabling users to directly access and use assets from AEM within their Workfront environment.

For more information, refer to the documentation on Workfront and AEM Asset Integration, which covers the process of selecting and using AEM-stored assets within Workfront.

The features requested by the customer, such as automatic folder creation, synchronization of Workfront document custom form values to AEM asset metadata, and automatic publication of assets to Brand Portal upon project completion, rely on Event Subscriptions in the enhanced connector configuration.

Event Subscriptions are triggered when certain events occur, such as project completion or updates to custom form values, ensuring that the correct actions (like folder creation or asset publication) happen automatically.

Option A (Workflows) would be used for content approval processes but not for these specific automatic actions. Option B (Webhooks) can handle external notifications but is not directly relevant for these tasks within AEM and Workfront.

For more information, refer to AEM Enhanced Connector documentation on Event Subscriptions and their use in automating processes.

The requirement is to deploy the com.myCompany.ui.content package specifically to the AEM Cloud Service author environment. The key here is ensuring that the package is targeted correctly to the author instance, without affecting other environments.

Option A uses the following target:

<target>/apps/my-company-packages/content/install.author</target>

The use of install.author ensures that the package will only be installed on the author environment of AEM as a Cloud Service, meeting the developer's requirement. This is a common approach in AEM Cloud Service projects, where you differentiate between environments using the appropriate subfolder (in this case, author).

Option B (author.install) and Option D are similar but incorrect because they are not standard for specifying the exact environment, while Option C (install/) is too generic and could apply to both author and publish environments.

Refer to the AEM Cloud Service documentation on deployment and package management for more details on targeting specific environments such as author during content deployment.

In Adobe Experience Manager (AEM) as a Cloud Service, deployments are handled through Cloud Manager, and all code, including third-party libraries, must be part of the versioned code repository. To deploy the third-party package provided by the vendor, it needs to be included as part of the AEM project's codebase under the install folder within the repository:

The package should be stored in the <url>file;$(maven.multiModuleProjectDirectory)/install</url> directory.

Once stored, the deployment will be handled through Cloud Manager's deployment pipeline.

This ensures the third-party package is included in the standard deployment process and follows AEMaaCS's immutable infrastructure model, which ensures that changes to environments are made only through deployments using Cloud Manager.

Option B is incorrect because installing a package directly to production via CRX Package Manager is not allowed in AEM as a Cloud Service. Option C would work for self-hosted AEM instances but not for AEMaaCS, where dependencies must be part of the Maven build.

For more information, refer to AEMaaCS deployment best practices and the Cloud Manager documentation.

In AEM, to limit the number of concurrent workflows running at the same time, you need to adjust the Maximum Parallel Jobs setting in the OSGI console. This setting controls how many workflow jobs can be processed simultaneously, and reducing this number will lower the load on the server by limiting the number of workflows that can run concurrently.

This setting can be found under the Day CQ Workflow - Workflow Engine configuration in the OSGI Web Console.

Options B and C refer to specific workflows and threads, but they do not directly address the overall system limit on concurrent workflow executions.

Refer to the AEM documentation on workflow scaling and performance for more information on how to adjust these settings in the OSGI configuration.