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NEW QUESTION: 1
Azure Data Lake Storage Gen2アカウントへのアクセスを提供するのはお客様の責任です。
ユーザーアカウントにはストレージアカウントへの寄稿者アクセス権があり、アプリケーションIDアクセスキーがあります。
PolyBaseを使用してAzure SQLデータウェアハウスにデータをロードする予定です。
データウェアハウスをストレージアカウントに接続するようにPolyBaseを構成する必要があります。
どの3つのコンポーネントを順番に作成する必要がありますか?回答するには、適切なコンポーネントをコンポーネントのリストから回答エリアに移動し、正しい順序で配置します。
Answer:
Explanation:
Explanation
Step 1: a database scoped credential
To access your Data Lake Storage account, you will need to create a Database Master Key to encrypt your credential secret used in the next step. You then create a database scoped credential.
Step 2: an external data source
Create the external data source. Use the CREATE EXTERNAL DATA SOURCE command to store the location of the data. Provide the credential created in the previous step.
Step 3: an external file format
Configure data format: To import the data from Data Lake Storage, you need to specify the External File Format. This object defines how the files are written in Data Lake Storage.
References:
https://docs.microsoft.com/en-us/azure/sql-data-warehouse/sql-data-warehouse-load-from-azure-data-lake-store
NEW QUESTION: 2
Click the Exhibit button.
Refer to the logging configuration parameters shown in the exhibit.
If the active log path was only configured to have enough space for 100 active log files, what will happen if there are currently 100 active log files and DB2 needs to create active log file 101?
A. The transaction that prompts DB2 to try and create log file 101 will receive a "log full" error because the active log space and active log path are both full. The transaction will be rolled back andit's associated application will be forced off.
B. The transaction that prompts DB2 to try and create log file 101 will receive a "log full" error because the active log path is full. The transaction will be rolled back andit's associated application will be forced off.
C. The database will continue normal operation because infinite logging has been enabled and any logs that will not fit in the active log path will automatically be created within the OVERFLOWLOGPATH until logs in the active log path begin to be archived.
D. The database will appear to be hung because the BLK_LOG_DSK_FUL configuration parameter is set to YES. Once some active log files arearchived,the database will resume normal operation.
Answer: D
NEW QUESTION: 3
些細なDNSルックアップに関連する潜在的な異常なアクティビティについて警告を受けた後、セキュリティアナリストは、実装されたファイアウォールルールの次の出力を調べます。
アナリストは、予想されるポリシーにその日のヒット数がないことに気付きました。次のうち、最も起こりそうなものはどれですか?
A. ファイアウォールポリシーが正しく構成されていません
B. DNSルックアップにポリシー違反があります
C. データ実行防止が有効
D. VLANは適切にトランキングされていません
Answer: A
NEW QUESTION: 4
A. DNS
B. DHCP
C. autoconfiguration
D. DHCPv6
Answer: D
Explanation:
Explanation
DHCPv6 Technology Overview
IPv6 Internet Address Assignment Overview
IPv6 has been developed with Internet Address assignment dynamics in mind. Being aware that IPv6 Internet addresses are 128 bits in length and written in hexadecimals makes automation of address-assignment an important aspect within network design. These attributes make it inconvenient for a user to manually assign IPv6 addresses, as the format is not naturally intuitive to the human eye. To facilitate address assignment with little or no human intervention, several methods and technologies have been developed to automate the process of address and configuration parameter assignment to IPv6 hosts.
The various IPv6 address assignment methods are as follows:
1. Manual Assignment
An IPv6 address can be statically configured by a human operator. However, manual assignment is quite open to errors and operational overhead due to the 128 bit length and hexadecimal attributes of the addresses, although for router interfaces and static network elements and resources this can be an appropriate solution.
2. Stateless Address Autoconfiguration (RFC2462)
Stateless Address Autoconfiguration (SLAAC) is one of the most convenient methods to assign Internet addresses to IPv6 nodes. This method does not require any human intervention at all from an IPv6 user. If one wants to use IPv6 SLAAC on an IPv6 node, it is important that this IPv6 node is connected to a network with at least one IPv6 router connected. This router is configured by the network administrator and sends out Router Advertisement announcements onto the link. These announcements can allow the on-link connected IPv6 nodes to configure themselves with IPv6 address and routing parameters, as specified in RFC2462, without further human intervention.
3. Stateful DHCPv6
The Dynamic Host Configuration Protocol for IPv6 (DHCPv6) has been standardized by the IETF through RFC3315. DHCPv6 enables DHCP servers to pass configuration parameters, such as IPv6 network addresses, to IPv6 nodes. It offers the capability of automatic allocation of reusable network addresses and additional configuration flexibility. This protocol is a stateful counterpart to "IPv6 Stateless Address Autoconfiguration" (RFC 2462), and can be used separately, or in addition to the stateless autoconfiguration to obtain configuration parameters.
4. DHCPv6-PD
DHCPv6 Prefix Delegation (DHCPv6-PD) is an extension to DHCPv6, and is specified in RFC3633. Classical DHCPv6 is typically focused upon parameter assignment from a DHCPv6 server to an IPv6 host running a DHCPv6 protocol stack. A practical example would be the stateful address assignment of "2001:db8::1" from a DHCPv6 server to a DHCPv6 client. DHCPv6-PD however is aimed at assigning complete subnets and other network and interface parameters from a DHCPv6-PD server to a DHCPv6-PD client. This means that instead of a single address assignment, DHCPv6-PD will assign a set of IPv6 "subnets". An example could be the assignment of "2001:db8::/60" from a DHCPv6-PD server to a DHCPv6-PD client. This will allow the DHCPv6-PD client (often a CPE device) to segment the received address IPv6 address space, and assign it dynamically to its IPv6 enabled interfaces.
5. Stateless DHCPv6
Stateless DHCPv6 is a combination of "stateless Address Autoconfiguration" and "Dynamic Host Configuration Protocol for IPv6" and is specified by RFC3736. When using stateless-DHCPv6, a device will use Stateless Address Auto-Configuration (SLAAC) to assign one or more IPv6 addresses to an interface, while it utilizes DHCPv6 to receive "additional parameters" which may not be available through SLAAC. For example, additional parameters could include information such as DNS or NTP server addresses, and are provided in a stateless manner by DHCPv6. Using stateless DHCPv6 means that the DHCPv6 server does not need to keep track of any state of assigned IPv6 addresses, and there is no need for state refreshment as result.
On network media supporting a large number of hosts associated to a single DHCPv6 server, this could mean a significant reduction in DHCPv6 messages due to the reduced need for address state refreshments. From Cisco IOS 12.4(15)T onwards the client can also receive timing information, in addition to the "additional parameters" through DHCPv6. This timing information provides an indication to a host when it should refresh its DHCPv6 configuration data. This behavior (RFC4242) is particularly useful in unstable environments where changes are likely to occur.