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NEW QUESTION: 1
ゾーン冗長ストレージ（ZRS）を使用するBlobサービスエンドポイントを使用するAzureStorageアカウントを実装する必要があります。
ストレージアカウントは、Azure PrivateLinkを介した仮想ネットワークからの接続のみを受け入れる必要があります。
実装には何を含める必要がありますか？
A. AzureBlobストレージのプライベートエンドポイント
B. 共有アクセス署名（SAS）
C. 仮想ネットワークからのトラフィックを許可するファイアウォールルール
D. 顧客管理の鍵
Answer: A
Explanation:
Explanation
You can use private endpoints for your Azure Storage accounts to allow clients on a virtual network (VNet) to securely access data over a Private Link.
When creating the private endpoint, you must specify the storage account and the storage service to which it connects. You need a separate private endpoint for each storage service in a storage account that you need to access, namely Blobs, Data Lake Storage Gen2, Files, Queues, Tables, or Static Websites.
Note: The private endpoint uses an IP address from the VNet address space for your storage account service.
Network traffic between the clients on the VNet and the storage account traverses over the VNet and a private link on the Microsoft backbone network, eliminating exposure from the public internet.
D18912E1457D5D1DDCBD40AB3BF70D5D
Reference:
https://docs.microsoft.com/en-us/azure/storage/common/storage-private-endpoints
NEW QUESTION: 2
HOTSPOT
Background
You manage a Microsoft SQL Server environment that includes the following databases: DB1, DB2, Reporting.
The environment also includes SQL Reporting Services (SSRS) and SQL Server Analysis Services (SSAS). All SSRS and SSAS servers use named instances. You configure a firewall rule for SSAS.
Databases
Database Name:
DB1
Notes:
This database was migrated from SQL Server 2012 to SQL Server 2016. Thousands of records are inserted into DB1 or updated each second. Inserts are made by many different external applications that your company's developers do not control. You observe that transaction log write latency is a bottleneck in performance. Because of the transient nature of all the data in this database, the business can tolerate some data loss in the event of a server shutdown.
Database Name:
DB2
Notes:
This database was migrated from SQL Server 2012 to SQL Server 2016. Thousands of records are updated or inserted per second. You observe that the WRITELOG wait type is the highest aggregated wait type. Most writes must have no tolerance for data loss in the event of a server shutdown. The business has identified certain write queries where data loss is tolerable in the event of a server shutdown.
Database Name:
Reporting
Notes:
You create a SQL Server-authenticated login named BIAppUser on the SQL Server instance to support users of the Reporting database. The BIAppUser login is not a member of the sysadmin role.
You plan to configure performance-monitoring alerts for this instance by using SQL Agent Alerts.
You need to maximize performance of writes to each database without requiring changes to existing database tables.
In the table below, identify the database setting that you must configure for each database.
NOTE: Make only one selection in each column. Each correct selection is worth one point.
Hot Area:
Answer:
Explanation:
Explanation/Reference:
Explanation:
DB1: DELAYED_DURABILITY=FORCED
From scenario: Thousands of records are inserted into DB1 or updated each second. Inserts are made by many different external applications that your company's developers do not control. You observe that transaction log write latency is a bottleneck in performance. Because of the transient nature of all the data in this database, the business can tolerate some data loss in the event of a server shutdown.
With the DELAYED_DURABILITY=FORCED setting, every transaction that commits on the database is delayed durable.
With the DELAYED_DURABILITY= ALLOWED setting, each transaction's durability is determined at the transaction level.
Note: Delayed transaction durability reduces both latency and contention within the system because:
* The transaction commit processing does not wait for log IO to finish and return control to the client.
* Concurrent transactions are less likely to contend for log IO; instead, the log buffer can be flushed to disk in larger chunks, reducing contention, and increasing throughput.
DB2: ALLOW_SNAPSHOT_ISOLATION ON and READ_COMMITTED_SNAPSHOT ON
Snapshot isolation enhances concurrency for OLTP applications.
Snapshot isolation must be enabled by setting the ALLOW_SNAPSHOT_ISOLATION ON database option before it is used in transactions.
The following statements activate snapshot isolation and replace the default READ COMMITTED behavior with SNAPSHOT:
ALTER DATABASE MyDatabase
SET ALLOW_SNAPSHOT_ISOLATION ON
ALTER DATABASE MyDatabase
SET READ_COMMITTED_SNAPSHOT ON
Setting the READ_COMMITTED_SNAPSHOT ON option allows access to versioned rows under the default READ COMMITTED isolation level.
From scenario: The DB2 database was migrated from SQL Server 2012 to SQL Server 2016. Thousands of records are updated or inserted per second. You observe that the WRITELOG wait type is the highest aggregated wait type. Most writes must have no tolerance for data loss in the event of a server shutdown.
The business has identified certain write queries where data loss is tolerable in the event of a server shutdown.
References:
https://msdn.microsoft.com/en-us/library/dn449490.aspx
https://msdn.microsoft.com/en-us/library/tcbchxcb(v=vs.110).aspx
NEW QUESTION: 3
展示を参照してください。
ステートフルなパケットファイアウォールを使用し、内部ACLエントリpermit ip 192.16.1.00 .0.0.255 anyを指定すると、外部ACLの戻りトラフィックに対して、結果として動的に設定されたACLはどのようになりますか？
A. permit ip 172.16.16.10 eq 80 192.168.1.0 0.0.0.255 eq 2300
B. permit tcp any eq 80 host 192.168.1.11 eq 2300
C. permit ip host 172.16.16.10 eq 80 host 192.168.1.0 0.0.0.255 eq 2300
D. permit tcp host 172.16.16.10 eq 80 host 192.168.1.11 eq 2300
Answer: D
Explanation:
Explanation
http://www.cisco
.com/en/US/docs/security/security_management/cisco_security_manager/security_manager/4.1/user/guide/fwins
Understanding Inspection Rules
Inspection rules configure Context-Based Access Control (CBAC) inspection commands. CBAC inspects
traffic that travels through the device to discover and manage state information for TCP and UDP sessions.
The device uses this state information to create temporary openings to allow return traffic and additional data
connections for permissible sessions.
CBAC creates temporary openings in access lists at firewall interfaces. These openings are created when
inspected traffic exits your internal network through the firewall. The openings allow returning traffic (that
would normally be blocked) and additional data channels to enter your internal network back through the
firewall. The traffic is allowed back through the firewall only if it is part of the same session as the original
traffic that triggered inspection when exiting through the firewall.
Inspection rules are applied after your access rules, so any traffic that you deny in the access rule is not
inspected. The traffic must be allowed by the access rules at both the input and output interfaces to be
inspected. Whereas access rules allow you to control connections at layer 3 (network, IP) or 4 (transport, TCP
or UDP protocol), you can use inspection rules to control traffic using application-layer protocol session
information.
For all protocols, when you inspect the protocol, the device provides the following functions:
*Automatically opens a return path for the traffic (reversing the source and destination addresses), so that you
do not need to create an access rule to allow the return traffic. Each connection is considered a session, and the
device maintains session state information and allows return traffic only for valid sessions. Protocols that use
TCP contain explicit session information, whereas for UDP applications, the device models the equivalent of a
session based on the source and destination addresses and the closeness in time of a sequence of UDP packets.
These temporary access lists are created dynamically and are removed at the end of a session.
*Tracks sequence numbers in all TCP packets and drops those packets with sequence numbers that are not
within expected ranges.
*Uses timeout and threshold values to manage session state information, helping to determine when to drop
sessions that do not become fully established. When a session is dropped, or reset, the device informs both the
source and destination of the session to reset the connection, freeing up resources and helping to mitigate
potential Denial of Service (DoS) attacks.