Corporate Trainer’s Profile - miracleindia.com · Discussing the Theoretical, Conceptual, and Physical Aspects of a Relational Database ... Use the management framework Use DBCA

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Corporate Trainer’s Profile

Corporate Trainers are having the experience of 4 to 12 years in development ,

working with TOP CMM level 5 comapnies (Project Leader /Project Manager )

qualified from NIT/IIT/IIM and work exp in USA and UK.

CMM (Capability Maturity Model) level Project Standard:-

The Capability Maturity Model (CMM) is a method for evaluating the maturity of organizations on a scale of 1 to 5.Get the Oppertunites to work on Client Projects Of US/UK, which follow the allstandard of CMM level 5 Company.

Mail ID :[email protected]

Ist Floor, B-12, Behind DELITE Showroom, Adjacent to Metro Station, Near Gol Chakkar Sector-2, Noida

Ph. : +91-120-3058446 +91-120-3058447Mobile : 9311305845/6/7TECHNOLOGIES

Course Map OCP 10g

Introduction to SQL: Exam #1Z0-007

Describing the Life Cycle Development Phases

Defining a Relational Database

Discussing the Theoretical, Conceptual, and Physical Aspects of a Relational Database

Describing How a Relational Database Management System (RDBMS) Is Used to Manage a Relational

Database

Describing the Oracle Implementation of Both the RDBMS and the Object Relational Database Management

System (ORDBMS)

Describing How SQL Is Used in the Oracle Product Set

Describing the SQL Select Capabilities

Executing a Basic Select Statement with the Mandatory Clauses

Differentiating Between SQL and iSQL*Plus Commands

Limiting the Rows Retrieved by a Query

Sorting the Rows Retrieved by a Query

Describing Various Types of Functions Available in SQL

Using a Variety of Character, Number, and Date Functions in SELECT Statements

Explaining What the Conversion Functions Are and How They Are Used

Using Control Statements

Writing SELECT Statements to Access Data from More Than One Table

Describing the Cartesian Product

Describing and Using the Different Types of Joins

Writing Joins Using the Tips Provided

Identifying the Different Group Functions Available

Explaining the Use of Group Functions

Grouping Data by Using the GROUP BY Clause

Describing the Types of Problems That Subqueries Can Solve

Describing Subqueries

Listing the Types of Subqueries

Writing Single-Row and Multi-Row Subqueries

Describing and Explaining the Behavior of Subqueries When NULL Values Are Retrieved

Introduction

Writing a Basic SQL Statement

Restricting and Sorting Data

Single Row Functions

Displaying Data from Multiple Tables

Aggregating Data by Using Group Functions

Writing Subqueries




Producing Readable Output with iSQL*Plus

Producing Queries That Require an Input Variable

Customizing the iSQL*Plus Environment

Producing More Readable Output

Creating and Executing Script Files

Describing Each Data Manipulation Language (DML) Command

Inserting Rows into a Table

Updating Rows in a Table

Deleting Rows from a Table

Merging Rows into a Table

Controlling Transactions

Describing Transaction Processing

Describing Read Consistency and Implicit and Explicit Locking

Describing the Main Database Objects

Creating Tables

Describing the Oracle Data Types

Altering Table Definitions

Dropping, Renaming, and Truncating Tables

Describing Constraints

Creating and Maintaining Constraints

Describing Views and Their Uses

Creating a View

Retrieving Data by Means of a View

Inserting, Updating, and Deleting Data Through Views

Dropping Views

Altering the Definition of a View

Inline Views

Top 'N' Analysis

Creating, Maintaining, and Using Sequences

Creating and Maintaining Indexes

Creating Private and Public Synonyms

Manipulating Data

Creating and Managing Tables

Including Constraints

Creating Views

Other Database Objects




Controlling User Access

Using Set Operators

Oracle 9i Datetime Functions

Advanced Subqueries

Hierarchical Retrieval

Understanding the Concepts of Users, Roles, and Privileges

Granting and Revoking Object Privileges

Creating Roles and Granting Privileges to Roles

Creating Synonyms for Ease of Table Access

SQL Workshop

Applying Techniques Learned in This Course

Preparing for Future Oracle Courses

Describing the Set Operators

Obeying the Set Operators Rules and Guidelines

Using a Set Operator to Combine Multiple Queries into a Single Subquery

Controlling the Order of Rows Returned

Using DATETIME Functions

Using the NVL2 Function to Handle NULL Values

Enhancements to the GROUP BY Clause

Using ROLLUP as an Extension to the GROUP BY Clause to Produce Subtotal Values

Using CUBE as an Extension to the GROUP BY Clause to Produce Cross-Tabulation Values

Using the GROUPING Function to Identify the Row Values Created by ROLLUP or CUBE Operators

Using GROUPING SETS to Produce a Single Result Set That Is Equivalent to a UNION ALL Approach

Using the WITH Clause

Multiple-Column Subqueries

Writing a Subquery in the FROM Clause

Writing and describing Correlated Subquery

Using EXISTS and NOT EXISTS Operators

Updating and Deleting Rows Using Correlated Subqueries

Using Scalar Subqueries in SQL

Discussing the Benefits of the Hierarchical Query

Ordering the Rows Retrieved by a Query in a Hierarchical Manner

Formatting Hierarchical Data so That It Is Easy to Read

Excluding Branches from the Tree Structure

Oracle Database 10g: Administration I Exam #1Z0-042




Installing Oracle Database 10g Software

Creating an Oracle Database

Managing Schema Objects

Managing Data

PL/SQL

Undo Management

Identify system requirements

Use Optimal Flexible Architecture

Install software with Oracle Universal Installer

Identify and configure commonly used environment variables

Explain the Oracle database architecture

Explain the instance architecture

Use the management framework

Use DBCA to Create a database

Use DBCA to Configure a database

Use DBCA to Drop a database

Use DBCA to Manage templates

Create and modify tables

Define constraints

View the attributes of a table

View the contents of a table

Create indexes and views

Name database objects

Select appropriate data types

Create and use sequences

Manipulate data through SQL using INSERT, UPDATE, and DELETE

Use Data Pump to export data

Use Data Pump to import data

Load data with SQL Loader

Create directory objects

Identify PL/SQL objects

Describe triggers and triggering events

Identify configuration options that affect PL/SQL performance

Monitor and administer undo

Configure undo retention

Guarantee undo retention

Use the Undo Advisor

Describe the relationship between undo and transactions




Monitoring and Resolving Lock Conflicts

Database Interfaces

Controlling the Database

Oracle Database Security

Oracle Net Services

Backup and Recovery Concepts

Size the undo tablespace

Detect and resolve lock conflicts

Manage deadlocks

Describe the relationship between transactions and locks

Explain lock modes within the Oracle

Use SQL*Plus and iSQL*Plus to access the Oracle Database 10g

Use SQL*Plus and iSQL*Plus to describe the logical structure of tables

Use SQL to query, manipulate, and define data using SELECT, UPDATE/INSERT/DELETE and

CREATE/ALTER/DROP statements

Identify common database interfaces

Describe a database transaction

Start and stop iSQL*Plus

Start and stop Enterprise Manager Database Control

Start and stop the Oracle Listener

Start up and shut down Oracle Database 10g

Describe startup and shutdown options for the Oracle Database

Handle Parameter files

Locate and view the Database alert log

Apply the principal of least privilege

Manage default user accounts

Implement standard password security features

Audit database activity

Register for security updates

Use Database Control to Create additional listeners

Use Database Control to Create Oracle Net service aliases

Use Database Control to Configure connect time failover

Use Database Control to Control the Oracle Net listener

Use the Oracle Net Manager to configure client and middle-tier connections

Use TNSPING to test Oracle Net connectivity

Describe Oracle Net Services

Describe Oracle Net names resolution methods

Describe the basics of database backup, restore and recovery




Storage Structures

Administering Users

Oracle Shared Servers

Performance Monitoring

Proactive Maintenance

Database Backups

Describe the types of failure that may occur in an Oracle Database

Describe ways to tune instance recovery

Identify the importance of checkpoints, redo log files, and archived log files

Configure ARCHIVELOG mode

Configure a database for recoverability

Define the purpose of tablespaces and data files

Create tablespaces

Manage tablespaces (alter, drop, generate DDL, take offline, put on line, add data files, make

readonly/read-write)

Obtain tablespace information from EM and the data dictionary

Drop tablespaces

Describe the default tablespaces

Create and manage database user accounts

Create and manage roles

Grant and revoke privileges

Control resource usage by users

Identify when to use Oracle Shared Servers

Configure Oracle Shared Servers

Monitor Shared Servers

Describe the shared server architecture

Troubleshoot invalid and unusable objects

Gather optimizer statistics

View performance metrics

React to performance issues

Set warning and critical alert thresholds

Collect and use baseline metrics

Use tuning and diagnostic advisors

Use the Automatic Database Diagnostic Monitor (ADDM)

Manage the Automatic Workload Repository

Describe server generated alerts

Create consistent database backups

Back up your database without shutting it down




Database Recovery

Using Globalization Support Objectives

Securing the Oracle Listener

Configuring Recovery Manager

Using Recovery Manager

Diagnostic Sources

Create incremental backups

Automate database backups

Monitor the flash recovery area

Describe the difference between image copies and backup sets

Describe the different types of database backups

Backup a control file to trace

Manage backups

Recover from loss of a Control file

Recover from loss of a Redo log file

Recover from loss of a system-critical data file

Recover from loss of a non systemcritical data file

Oracle Database 10g: Administration II Exam #1Z0-043

Customize language-dependent behavior for the database and individual sessions

Specify different linguistic sorts for queries

Use datatime datatypes

Query data using case insensitive and accent insensitive searches

Obtain Globalization support configuration information

Secure the listener

Remove default EXTPROC entry and

add a separate listener to handle

external procedure calls

Configure database parameters that

Affect RMAN operations

Change RMAN default settings with

CONFIGURE

Manage RMAN's persistent settings

Start RMAN utility and allocate channels

Use the RMAN BACKUP command to create backup sets and image copies

Enable block change tracking

Manage the backups and image copies taken with RMAN with the LIST and REPORT commands

Use the alert log and database trace files for diagnostic purposes




Recovering from Non-Critical Losses

Database Recovery

Flashback Database

Recovering from User Errors

Dealing with Database Corruption

Automatic Database Management

View alerts using Enterprise Manager

Adjust thresholds for tracked metrics

Control the size and location of trace files

Recover temporary tablespaces

Recover a redo log group member

Recover index tablespaces

Recover read-only tablespaces

Recreate the password file

Recover the control file

Explain reasons for incomplete recovery

Perform incomplete recovery using EM

Perform incomplete recovery using RMAN

Perform incomplete recovery using SQL

Perform database recovery following a RESETLOGS operation

Determine which flashback technology to use for each recovery situation

Configure and sue Flashback Database

Monitor the Flashback Database

Use the Enterprise Manager Recovery Wizard to flashback database

Manage (or maintain) the Flash Recovery Area

Recover a dropped table using Flashback technology

Perform Flashback table operation

Manage the recycle bin

Recover from user errors using Flashback versions query

Perform transaction level recovery using Flashback Transaction query

Define block corruption and list its causes and symptoms

Detect database corruptions using the following utilities: ANALYZE DBVERIFY

Detect database corruptions using the dbms_repair package

Implement the DB_BLOCK_CHECKING parameter to detect corruptions

Repair corruptions using RMAN

Use the Database Advisors to gather information about your database

Use the SQL Tuning Advisor to improve database performance

Use automatic undo retention tuning




Monitoring and Managing Storage

Automatic Storage Management

Monitoring and Managing Memory

Automating Tasks with the Scheduler

Tune redo writing and archiving operations

Issue statements that can be suspended upon encountering space condition errors

Reduce space-related error conditions by proactively managing tablespace usage

Reclaim wasted space from tables and indexes using the segment shrink functionality

Estimate the size of new table and indexes

Use different storage options to improve the performance of queries

Rebuild indexes online

Set up initialization parameter files for ASM and database instances

Execute SQL commands with ASM file names

Start up and shut down ASM instances

Administer ASM disk groups

Use RMAN to migrate your database to ASM

Implement Automatic Shared Memory Management

Manually configure SGA parameters for various memory components in the SGA

Use Automatic PGA Memory Management\

Simplify management tasks by using the Scheduler

Create a job, program, schedule, and window

Reuse Scheduler components for similar tasks

View information about job executions and job instances




Documents

Corporate Trainer’s Profile - miracleindia.com · Discussing the Theoretical, Conceptual, and Physical Aspects of a Relational Database ... Use the management framework Use DBCA