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NEW QUESTION: 1
会社は最近Microsoft 365サブスクリプションを購入しました。
Azure Active Directory（Azure AD）テナントの500ユーザーすべてに対してMicrosoft Azure Multi-Factor Authentication（Ml A）を有効にします。
Azure MFA登録プロセスを完了したすべてのユーザーをリストするレポートを生成する必要があります。
目標を達成するための最良のアプローチは何ですか？複数の回答を選択することで目標を達成できます。 BESTアンサーを選択してください。
A. Azure Active Directory管理センターから、MFAサーバーブレードを使用します。
B. Azure Active Directory管理センターから、Riskyサインインブレードを使用します。
C. Azure Cloud Shellから、Get-AzureADUserコマンドレットを実行します。
D. Azure Cloud Shellから、Get-MsolUserコマンドレットを実行します
Answer: D
Explanation:
You can use the Get-MsolUser cmdlet to generate a report that lists all the users who completed the Azure MFA registration process. The full command would look like this:
Get-MsolUser -All | Where-Object {$_.StrongAuthenticationMethods.Count -eq 0} | Select-Object -Property UserPrincipalName Reference:
https://docs.microsoft.com/en-us/azure/active-directory/authentication/howto-mfa-reporting

NEW QUESTION: 2
You have an Azure App Service plan named AdatumASP1 that hosts several Azure web apps.
You discover that the web apps respond slowly.
You need to provide additional memory and CPU resources to each instance of the web app.
What should you do?
A. Add a virtual machine scale set.
B. Add continuous WebJobs that use the multi-instance scale.
C. Scale up AdatumASP1.
D. Scale out AdatumASP1.
Answer: C

NEW QUESTION: 3
You need to deploy a new version of the LabelMaker application.
Which three actions should you perform in sequence? To answer, move the appropriate actions from the list of actions to the answer area and arrange them in the correct order.
NOTE: Each correct selection is worth one point.

Answer:
Explanation:

Explanation

Step 1: Build a new application image by using dockerfile
Step 2: Create an alias if the image with the fully qualified path to the registry Before you can push the image to a private registry, you've to ensure a proper image name. This can be achieved using the docker tag command. For demonstration purpose, we'll use Docker's hello world image, rename it and push it to ACR.
# pulls hello-world from the public docker hub
$ docker pull hello-world
# tag the image in order to be able to push it to a private registry
$ docker tag hello-word <REGISTRY_NAME>/hello-world
# push the image
$ docker push <REGISTRY_NAME>/hello-world
Step 3: Log in to the registry and push image
In order to push images to the newly created ACR instance, you need to login to ACR form the Docker CLI.
Once logged in, you can push any existing docker image to your ACR instance.
Scenario:
Coho Winery plans to move the application to Azure and continue to support label creation.
LabelMaker app
Azure Monitor Container Health must be used to monitor the performance of workloads that are deployed to Kubernetes environments and hosted on Azure Kubernetes Service (AKS).
You must use Azure Container Registry to publish images that support the AKS deployment.
References:
https://thorsten-hans.com/how-to-use-a-private-azure-container-registry-with-kubernetes-9b86e67b93b6
https://docs.microsoft.com/en-us/azure/container-registry/container-registry-tutorial-quick-task

NEW QUESTION: 4
Which two GRE features are configured to prevent fragmentation? (Choose two.)
A. TCP MSS
B. IP MTU
C. MTU ignore
D. DF bit Clear
E. TCP window size
F. PMTUD
Answer: A,F
Explanation:
Explanation
The IP protocol was designed for use on a wide variety of transmission links. Although the maximum length of an IP datagram is 65535, most transmission links enforce a smaller maximum packet length limit, called an MTU. The value of the MTU depends on the type of the transmission link. The design of IP accommodates MTU differences since it allows routers to fragment IP datagrams as necessary. The receiving station is responsible for the reassembly of the fragments back into the original full size IP datagram.
Fragmentation and Path Maximum Transmission Unit Discovery (PMTUD) is a standardized technique to determine the maximum transmission unit (MTU) size on the network path between two hosts, usually with the goal of avoiding IP fragmentation. PMTUD was originally intended for routers in IPv4. However, all modern operating systems use it on endpoints.
The TCP Maximum Segment Size (TCP MSS) defines the maximum amount of data that a host is willing to accept in a single TCP/IP datagram. This TCP/IP datagram might be fragmented at the IP layer. The MSS value is sent as a TCP header option only in TCP SYN segments. Each side of a TCP connection reports its MSS value to the other side. Contrary to popular belief, the MSS value is not negotiated between hosts. The sending host is required to limit the size of data in a single TCP segment to a value less than or equal to the MSS reported by the receiving host.
TCP MSS takes care of fragmentation at the two endpoints of a TCP connection, but it does not handle the case where there is a smaller MTU link in the middle between these two endpoints.
PMTUD was developed in order to avoid fragmentation in the path between the endpoints. It is used to dynamically determine the lowest MTU along the path from a packet's source to its destination.