1Z0-066問題集、1Z0-066参考書、1Z0-066受験対策、1Z0-066トレーニング資料、1Z0-066試験問題

Oracle Certified Expert, Oracle Database 12c: Data Guard Administrator資格は物理的および論理的スタンバイ?データベースの作成、データ?ガード環境でのOracle Net Servicesの管理、Oracleアクティブ?データ?ガードの使用、 データガードブローカの設定、データ保護モードの設定などが含まれます。
試験番号:1Z0-066
試験のタイトル:Oracle Database 12c:Data Guardの管理
所要時間:150分
質問の数:92
合格点:61%
ビューの合格スコアポリシー
検証済み:この試験はバージョン12.1.0.2で検証されています。
フォーマット:複数選択
試験価格:CNY 1077

TestpassportのOracle Database 1Z0-066問題集は結構ありますから、活用すると効果が高いです。
最優秀なOracle Database 1Z0-066参考書を提供して、受験者を試験に合格させることを保証します。
もし、弊社のOracle Database 1Z0-066受験対策を使用してから、不合格の場合、弊社で購入したお金を返金します。
弊社のOracle Database 1Z0-066試験資料を利用したら、あなたはきっと自分の理想を実現することができます。
弊社のOracle Database 1Z0-066トレーニング資料はカバー率が高くて、更新のスピードも速くて、完全なトレーニング資料です。
弊社のOracle Database 1Z0-066問題集は出題範囲内容を含まれて、安心で順調に1Z0-066試験に合格するのを保証します。

Oracle Database 1Z0-066試験によっては、ここに示されていない関連分野も出題される場合があります。Oracle Database 1Z0-066試験内容をより適切に反映させ、明確にするために、次のガイドラインは事前の通告なく変更されることがあります。

Oracle Data Guard Basics
Describe the Architecture of Oracle Data Guard
Explain the applicability between physical and logical standby and snapshot databases
Explain the benefits of implementing Oracle Data Guard
Explain Data Guard use with the Oracle Multi-tennant databases

Creating a Physical Standby Database by Using Enterprise Manager Cloud Control
Create a Data Guard broker configuration
Create a physical standby database
Verify a Data Guard configuration
Edit database properties related to Data Guard
Test a Data Guard configuration

Managing Oracle Net Services in a Data Guard Environment
Configure client connectivity in a Data Guard configuration
Implement failover procedures to automatically redirect clients to a new primary database
Using Application Continuity in a Data Guard Environment

Creating a Physical Standby Database by Using SQL and RMAN Commands
Configure the primary database and Oracle Net Services to support the creation of the physical standby database and role transition
Create a physical standby database by using the DUPLICATE TARGET DATABASE FOR STANDBY FROM ACTIVE DATABASE RMAN command

Using Oracle Active Data Guard
Use Real-time Query to access data on a physical standby database
Enable RMAN block change tracking for a physical standby database
Use Far Sync to extend zero data loss protection for intercontinental configurations
Using Temporary Undo. Global Sequences and Session Sequences
Using Automatic Block Media Recovery
Configure Real-Time Cascading

Creating and Managing a Snapshot Standby Database
Create a snapshot standby database to meet the requirement for a temporary, updatable snapshot of a physical standby database
Convert a snapshot standby database back to a physical standby database

Creating a Logical Standby Database
Determine when to create a logical standby database
Create a logical standby database
Manage SQL Apply filtering

Oracle Data Guard Broker Basics
Describe the Data Guard broker architecture
Describe the Data Guard broker components
Explain the benefits of the Data Guard broker
Describe Data Guard broker configurations

Creating a Data Guard Broker Configuration
Create a Data Guard broker configuration
Manage the Data Guard broker configuration

Monitoring a Data Guard Broker Configuration
Use Enterprise Manager to manage your Data Guard configuration
Invoke DGMGRL to manage your Data Guard configuration

Configuring Data Protection Modes
Describe the data protection modes
Change the data protection mode of your configuration

Performing Role Transitions
Explain the database roles
Perform a switchover
Perform a failover

Using Flashback Database in a Data Guard Configuration
Configure Flashback Database
Explain the advantages of using Flashback Database in a Data Guard configuration

Enabling Fast-Start Failover
Configure fast-start failover
View information about the fast-start failover configuration
Manage the observer
Perform role changes in a fast-start failover configuration
Manually reinstate the primary database

Backup and Recovery Considerations in an Oracle Data Guard Configuration
Use Recovery Manager (RMAN) to back up and restore files in a Data Guard configuration
Offload backups to a physical standby database
Recovering databases in a Data Guard Environment
Managing Archive Redo Logs in a Data Guard Environment

Patching and Upgrading Databases in a Data Guard Configuration
Patch and upgrade databases using traditional patch methods
Perform rolling upgrades

Optimizing a Data Guard Configuration
Monitor configuration performance
Optimize redo transport for best performance
Optimize SQL Apply

弊社のOracle Database 1Z0-066参考書は一年以内に無料でアップデート版を提供し、一回で合格することを保証いたします。
弊社のOracle Database 1Z0-066勉強資料を使用すると、勉強時間は短くても、最も理解しやすいものを提供します。
実際のOracle Database 1Z0-066試験問題に対して役に立ち、試す認定試験に自信を持ってお客様の能力を高めます。

1.Which two statements are true for Data Guard environments with multi-tenant databases?
A.DB_UNIQUE_NAME must be specified differently for each pluggable database within a multi-tenant
standby database.
B.Each pluggable database within a multi-tenant physical standby database has a minimum of one
associated Oracle Net service name.
C.Each pluggable database within a multi-tenant physical standby has one MRP background process
running during redo apply.
D.A pluggable database within a multi-tenant standby database can have a different open mode than the
container database
E.A pluggable database within a multi-tenant standby database can have a different database role than
the container database.
Answer: A, D

2.Your Data Guard environment has two remote physical standby databases
Client applications use the local naming method to connect to the primary database instance.
You want applications to automatically connect to the new primary database instance in case of a
switchover or a failover
Which will fulfill this requirement?
A.Create a database service on each standby database that is started automatically by a trigger, when the
database rote is PRIMARY, modify the connection description used by client applications to include all the
standby hosts and connect to the database instance using that service name.
B.Create a database service on the primary database that is started automatically by a trigger, when the
database role is PRIMARY, modify the connection descriptors used by client applications to include all the
standby hosts and connect to the database instance using that service name.
C.Set the INSTANCE_NAME parameter identically on all databases; modify the connection descriptor on
client applications to include all the standby hosts and connect to the database instance using that service
name.
D.Set the DB_NAME and DB_UNIQUE_NAME identical on all databases, modify the connection
descriptors on client applications to include all the standby hosts and connect to the database using that
service name.
Answer: A