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NEW QUESTION: 1
Which Activity method is used to view the contents of a step page in XML format? (Choose One)
A. Page-New
B. Property-Set
C. Show-Page
D. Step pages cannot be viewed as XML
Answer: C

NEW QUESTION: 2
ソリューションアーキテクトは、企業独自の機密性の高いアプリケーションの500MBソースコードリポジトリ用の費用対効果の高いバックアップソリューションを作成する必要があります。リポジトリはLinuxで実行され、毎日テープにバックアップされます。
テープバックアップは1年間保存されます。
現在のソリューションは、エラーが発生しやすく、メンテナンスに費用がかかり、1時間の目標復旧時間（RPO）または目標復旧時間（RTO）のニーズを満たしていない手動プロセスであるため、企業のニーズを満たしていません。 2時間。新しい災害復旧要件は、バックアップをオフサイトに保存し、必要に応じて単一のファイルを復元できるようにすることです。
最小限の労力と費用で、RTO、RPO、および災害復旧に対する顧客のニーズを満たすソリューションはどれですか？
A. ローカルソースコードリポジトリストレージをStorage Gatewayキャッシュボリュームに置き換えます。スナップショットスケジュールを作成して、1時間ごとのスナップショットを作成します。 Amazon CloudWatch Eventsスケジュール式ルールを使用して、1時間ごとのAWS Lambdaタスクで実行し、US-EAST -1からUS-WEST-2にスナップショットをコピーします。
B. ローカルテープをAWS Storage Gateway仮想テープライブラリに置き換えて、現在のバックアップソフトウェアと統合します。バックアップを毎晩実行し、仮想テープをUS-EAST-1のAmazon S3標準ストレージに保存します。リージョン間レプリケーションを使用して、US-WEST-2に2つ目のコピーを作成します。 Amazon S3ライフサイクルポリシーを使用して、Amazon Glacierへの自動移行と1年後の期限切れのバックアップの削除を実行しますか？
C. ローカルソースコードリポジトリを設定して、ファイルをAWS Storage GatewayファイルAmazonゲートウェイに同期し、バックアップコピーをAmazon S3標準バケットに保存します。 Amazon S3バケットでバージョン管理を有効にします。 Amazon S3ライフサイクルポリシーを作成して、オブジェクトの古いバージョンをAmazon S3 Standard 0 Infrequent Access、次にAmazon Glacierに自動的に移行し、1年後にバックアップを削除します。
D. ローカルソースコードリポジトリストレージをStorage Gatewayに保存されたボリュームに置き換えます。デフォルトのスナップショット頻度を1時間に変更します。 Amazon S3ライフサイクルポリシーを使用して、スナップショットをAmazon Glacierにアーカイブし、1年後に古いスナップショットを削除します。リージョン間レプリケーションを使用して、US-WEST-2にスナップショットのコピーを作成します。
Answer: D

NEW QUESTION: 3
What is the name of a one way transformation of a string of characters into a usually shorter fixed-length value or key that represents the original string? Such a transformation cannot be reversed?
A. Substitution
B. Transposition
C. DES
D. One-way hash
Answer: D
Explanation:
A cryptographic hash function is a transformation that takes an input (or
'message') and returns a fixed-size string, which is called the hash value (sometimes termed a message digest, a digital fingerprint, a digest or a checksum).
The ideal hash function has three main properties - it is extremely easy to calculate a hash for any given data, it is extremely difficult or almost impossible in a practical sense to calculate a text that has a given hash, and it is extremely unlikely that two different messages, however close, will have the same hash.
Functions with these properties are used as hash functions for a variety of purposes, both within and outside cryptography. Practical applications include message integrity checks, digital signatures, authentication, and various information security applications. A hash can also act as a concise representation of the message or document from which it was computed, and allows easy indexing of duplicate or unique data files.
In various standards and applications, the two most commonly used hash functions are
MD5 and SHA-1. In 2005, security flaws were identified in both of these, namely that a possible mathematical weakness might exist, indicating that a stronger hash function would be desirable. In 2007 the National Institute of Standards and Technology announced a contest to design a hash function which will be given the name SHA-3 and be the subject of a FIPS standard.
A hash function takes a string of any length as input and produces a fixed length string which acts as a kind of "signature" for the data provided. In this way, a person knowing the hash is unable to work out the original message, but someone knowing the original message can prove the hash is created from that message, and none other. A cryptographic hash function should behave as much as possible like a random function while still being deterministic and efficiently computable.
A cryptographic hash function is considered "insecure" from a cryptographic point of view, if either of the following is computationally feasible:
finding a (previously unseen) message that matches a given digest
finding "collisions", wherein two different messages have the same message digest.
An attacker who can do either of these things might, for example, use them to substitute an authorized message with an unauthorized one.
Ideally, it should not even be feasible to find two messages whose digests are substantially similar; nor would one want an attacker to be able to learn anything useful about a message given only its digest. Of course the attacker learns at least one piece of information, the digest itself, which for instance gives the attacker the ability to recognise the same message should it occur again.
REFERENCES:
Source: KRUTZ, Ronald L. & VINES, Russel D., The CISSP Prep Guide: Mastering the
Ten Domains of Computer Security, 2001, John Wiley & Sons, Pages 40-41.
also see:
http://en.wikipedia.org/wiki/Cryptographic_hash_function