Microsoft Updated AZ-802 Exam Questions and Answers by judah

Windows DNS Server evaluates conditional forwarders using longest-suffix matching, so a conditional forwarder configured for the domain contoso.local also catches queries for names under that suffix, including the delegated child namespaces east.contoso.local and west.contoso.local, when no more specific conditional forwarder exists for those subdomains. Pointing that conditional forwarder at Server1 (10.0.1.10) lets Server2 and Server3 hand off any query for the contoso.local namespace — their own local zone ' s parent, the sibling zone, and the delegated zones alike — to a server that is authoritative for contoso.local and holds the NS delegation records needed to chase down answers in east.contoso.local and west.contoso.local. Internet name resolution is unaffected by this change: the scenario states that all the DNS servers already use root hints, and a conditional forwarder scoped to contoso.local has no effect on queries for names outside that suffix, so Server2 and Server3 continue to resolve internet hosts directly through their existing root hints exactly as before. Because the combination of the pre-existing root hints (internet hosts) and the new conditional forwarder (the full internal contoso.local namespace, including both delegated child zones) covers every namespace the requirement asks for, this solution meets the stated goal.

Running adprep /domainprep requires that the domain controller currently holding the Infrastructure Master operations master role be online and reachable during the operation, because the domainprep step updates security descriptors, access control entries, and permissions on domain-wide objects that depend on coordination through that specific FSMO role holder; if the Infrastructure Master is offline, the domainprep portion of the adprep process cannot complete successfully. The exhibit shows that among the five domain controllers, DC5 is the one that holds the Infrastructure Master role, so DC5 specifically must be available and reachable on the network for adprep /domainprep to run to completion. The Schema Master role, held by DC4 in this exhibit, is the role holder that must be online for the separate adprep /forestprep command instead, since forestprep applies schema extensions that require the Schema Master, not the Infrastructure Master; that is a different role and a different adprep sub-command from the one described in this scenario. The PDC emulator, RID master, and Domain naming master roles held by DC1, DC2, and DC3 respectively are not the specific role that adprep /domainprep depends on being online, so none of those three domain controllers is the correct answer here.

The Azure Migrate App Containerization tool discovers the ASP.NET application on Server1, containerizes it, and pushes the image to a container registry as part of the integrated App Service migration flow. Running a migration task in Azure Migrate then deploys that container to an Azure App Service Web App for Containers instance. Because the App Service app is initially reachable only through its default azurewebsites.net hostname, a custom domain (app1.contoso.com) must be bound and validated on the App Service app afterward so users can continue using the same URL. Creating an App Service plan, an Azure Migrate assessment, or a Private DNS zone are not part of this specific containerize-and-migrate-then-rebind-domain sequence, since the plan is provisioned implicitly during deployment and the assessment step is only relevant before the migration decision is made. Validating the custom domain also typically requires adding a CNAME or TXT record with the domain registrar and, for HTTPS, binding a TLS certificate, but these DNS-provider-side steps happen outside the three Azure Migrate actions being sequenced here.

1. Download and extract the Azure Migrate installer script ZIP file. 2. Run AzureMigrateInstaller.ps1. 3. Configure the appliance and register the appliance with Azure Migrate.

For discovering physical servers, as opposed to Hyper-V or VMware virtual machines, Azure Migrate provides a PowerShell installer script rather than a prebuilt appliance VHD, because there is no hypervisor host on which to import a template virtual machine for a physical server scenario. The correct sequence begins with downloading and extracting the Azure Migrate installer script ZIP file directly onto the physical server, then running AzureMigrateInstaller.ps1 from that extracted script, which deploys and configures the Azure Migrate appliance software on the server itself. The final step is configuring and registering that appliance with the Azure Migrate project in the portal, which is what actually links the appliance to the project so discovery of the physical server ' s configuration, performance, and dependency data can begin. Downloading the Appliance VHD file and importing a virtual machine are steps that apply specifically to the Hyper-V host deployment method for discovering virtualized workloads, and they are not part of the physical-server discovery path described here.