Oracle Database 11g: Program with PL/SQL
Oracle University provides a downloadable eKit containing the training materials for this course.What you will learn:
This course introduces students to PL/SQL and helps them understand the benefits of this powerful programming language. Students learn to create PL/SQL blocks of application code that can be shared by multiple forms, reports, and data management applications. Students learn to create anonymous PL/SQL blocks as well as stored procedures and functions.
Students learn to develop, execute, and manage PL\SQL stored program units such as procedures, functions, packages, and database triggers. Students also learn to manage PL/SQL subprograms, triggers, declaring identifiers and trapping exceptions. Students are introduced to the utilization of some of the Oracle-supplied packages.
This course is a combination of Oracle Database 11g: PL/SQL Fundamentals and Oracle Database 11g: Develop PL/SQL Program Units courses.Students use Oracle SQL Developer to develop these program units. SQL*Plus and JDeveloper are introduced as optional tools.
This is appropriate for a 10g audience too. There are few minor changes between 10g and 11g features.
Learn to:- Conditionally control code flow (loops, control structures)
- Design and use PL/SQL packages to group and contain related constructs.
- Create triggers to solve business challenges.
- Use some of the Oracle supplied PL/SQL packages to generate screen output and file output.
- Create anonymous PL/SQL blocks of code.
- Declare PL/SQL Variables
| Schedule/Purchase | Training Formats | Price | Duration | Course Materials | Instruction Language |
|---|---|---|---|---|---|
| View Schedule | Instructor-Led Training | US$ 3,000 | 5 Days | English | English |
| View Schedule | Live Virtual Class | US$ 3,000 | 5 Days | English |
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Audience:
- PL/SQL Developer
- Forms Developer
- Application Developers
- Database Administrators
- Technical Consultant
- Portal Developer
- System Analysts
- Developer
Prerequisites:
Required Prerequisites:
- Oracle Database 11g: Introduction to SQL (combination of Oracle Database 11g: SQL Fundamentals I and Oracle Database 11g: SQL Fundamentals II)
Suggested Prerequisites:
- Previous programming experience
Course Objectives:
- Use conditional compilation to customize the functionality in a PL/SQL application without removing any source code
- Create and use stored procedures and functions
- Design and use PL/SQL packages to group and contain related constructs
- Create overloaded package subprograms for more flexibility
- Use the Oracle supplied PL/SQL packages to generate screen output, file output, and mail output
- Write dynamic SQL for more coding flexibility
- Describe the features and syntax of PL/SQL
- Use PL/SQL programming constructs and conditionally control code flow (loops, control structures, and explicit cursors)
- Manage dependencies between PL/SQL subprograms
- Handle runtime errors
- Describe stored procedures and functions
- Design PL/SQL code for predefined data types, local subprograms, additional pragmas and standardized constants and exceptions
- Create triggers to solve business challenges
- Design PL/SQL anonymous block that execute efficiently
Course Topics:
Introduction
- Course Objectives
- Course Agenda
- Describing the Human Resources (HR) Schema
- PL/SQL development environments Available in this course
- Introduction to SQL Developer
Introduction to PL/SQL
- PL/SQL Overview
- Benefits of PL/SQL Subprograms
- Overview of the Types of PL/SQL blocks
- Creating and Executing a Simple Anonymous Block
- Generating Output from a PL/SQL Block
Declaring PL/SQL Identifiers
- Different Types of Identifiers in a PL/SQL subprogram
- Using the Declarative Section to Define Identifiers
- Storing Data in Variables
- Scalar Data Types
- %TYPE Attribute
- Bind Variables
- Using Sequences in PL/SQL Expressions
Writing Executable Statements
- Describing Basic PL/SQL Block Syntax Guidelines
- Commenting Code
- SQL Functions in PL/SQL
- Data Type Conversion
- Nested Blocks
- Operators in PL/SQL
Interacting with the Oracle Server
- Including SELECT Statements in PL/SQL to Retrieve data
- Manipulating Data in the Server Using PL/SQL
- The SQL Cursor concept
- Using SQL Cursor Attributes to Obtain Feedback on DML
- Saving and Discarding Transactions
Writing Control Structures
- Conditional processing Using IF Statements
- Conditional processing Using CASE Statements
- Simple Loop Statement
- While Loop Statement
- For Loop Statement
- The Continue Statement
Working with Composite Data Types
- Using PL/SQL Records
- Using the %ROWTYPE Attribute
- Inserting and Updating with PL/SQL Records
- INDEX BY Tables
- INDEX BY Table Methods
- INDEX BY Table of Records
Using Explicit Cursors
- Understanding Explicit Cursors
- Declaring the Cursor
- Opening the Cursor
- Fetching data from the Cursor
- Closing the Cursor
- Cursor FOR loop
- Explicit Cursor Attributes
- FOR UPDATE Clause and WHERE CURRENT Clause
Handling Exceptions
- Understanding Exceptions
- Handling Exceptions with PL/SQL
- Trapping Predefined Oracle Server Errors
- Trapping Non-Predefined Oracle Server Errors
- Trapping User-Defined Exceptions
- Propagate Exceptions
- RAISE_APPLICATION_ERROR Procedure
Creating Stored Procedures
- Creating a Modularize and Layered Subprogram Design
- Modularizing Development With PL/SQL Blocks
- Understanding the PL/SQL Execution Environment
- The Benefits of Using PL/SQL Subprograms
- The Differences Between Anonymous Blocks and Subprograms
- Creating, Calling, and Removing Stored Procedures Using the CREATE Command and SQL Developer
- Using Procedures Parameters and Parameters Modes
- Viewing Procedures Information Using the Data Dictionary Views and SQL Developer
Creating Stored Functions
- Creating, Calling, and Removing a Stored Function Using the CREATE Command and SQL Developer
- Identifying the Advantages of Using Stored Functions in SQL Statements
- Identify the steps to create a stored function
- Using User-Defined Functions in SQL Statements
- Restrictions When Calling Functions from SQL statements
- Controlling Side Effects When Calling Functions from SQL Expressions
- Viewing Functions Information
Creating Packages
- Listing the Advantages of Packages
- Describing Packages
- The Components of a Package
- Developing a Package
- The Visibility of a Package’s Components
- Creating the Package Specification and Body Using the SQL CREATE Statement and SQL Developer
- Invoking the Package Constructs
- Viewing the PL/SQL Source Code Using the Data Dictionary
Working With Packages
- Overloading Subprograms in PL/SQL
- Using the STANDARD Package
- Using Forward Declarations to Solve Illegal Procedure Reference
- Using Package Functions in SQL and Restrictions
- Persistent State of Packages
- Persistent State of a Package Cursor
- Controlling Side Effects of PL/SQL Subprograms
- Using PL/SQL Tables of Records in Packages
Using Oracle-Supplied Packages in Application Development
- Using Oracle-Supplied Packages
- Examples of Some of the Oracle-Supplied Packages
- How Does the DBMS_OUTPUT Package Work?
- Using the UTL_FILE Package to Interact With Operating System Files
- Using the UTL_MAIL Package
- Using the UTL_MAIL Subprograms
Using Dynamic SQL
- The Execution Flow of SQL
- What is Dynamic SQL?
- Declaring Cursor Variables
- Dynamically Executing a PL/SQL Block
- Using Native Dynamic SQL to Compile PL/SQL Code
- Using DBMS_SQL Package
- Using DBMS_SQL with a Parameterized DML Statement
- Dynamic SQL Functional Completeness
Design Considerations for PL/SQL Code
- Standardizing Constants and Exceptions
- Using Local Subprograms
- Using Autonomous Transactions
- Using the NOCOPY Compiler Hint
- Using the PARALLEL_ENABLE Hint
- Using the Cross-Session PL/SQL Function Result Cache
- Using the DETERMINISTIC Clause with Functions
- Using Bulk Binding to Improve Performance
Creating Triggers
- Working With Triggers
- Identifying the Trigger Event Types and Body
- Business Application Scenarios for Implementing Triggers
- Creating DML Triggers Using the CREATE TRIGGER Statement and SQL Developer
- Identifying the Trigger Event Types, Body, and Firing (Timing)
- Statement Level Triggers Versus Row Level Triggers
- Creating Instead of and Disabled Triggers
- Managing, Testing, and Removing Triggers
Creating Compound, DDL, and Event Database Triggers
- Working With Compound Triggers
- Identifying the Timing-Point Sections of a Table Compound Trigger
- Compound Trigger Structure for Tables and Views
- Using a Compound Trigger to Resolve the Mutating Table Error
- Comparing Database Triggers to Stored Procedures
- Creating Triggers on DDL Statements
- Creating Database-Event and System-Events Triggers
- System Privileges Required to Manage Triggers
Using the PL/SQL Compiler
- Using the PL/SQL Compiler
- Using the Initialization Parameters for PL/SQL Compilation
- Using the New PL/SQL Compile Time Warnings
- Overview of PL/SQL Compile Time Warnings for Subprograms
- The Benefits of Compiler Warnings
- The PL/SQL Compile Time Warning Messages Categories
- Setting the Warning Messages Levels: Using SQL Developer, PLSQL_WARNINGS Initialization Parameter, and the DBMS_WARNING Package Subprograms
- Viewing the Compiler Warnings: Using SQL Developer, SQL*Plus, or the Data Dictionary Views
Managing PL/SQL Code
- What Is Conditional Compilation and How Does it Work?
- Using Selection Directives
- Using Predefined and User-Defined Inquiry Directives
- The PLSQL_CCFLAGS Parameter and the Inquiry Directive
- Using Conditional Compilation Error Directives to Raise User-Defined Errors
- Using the DBMS_DB_VERSION Package
- Using DBMS_PREPROCESSOR Procedures to Print or Retrieve Source Text
- Obfuscating and Wrapping PL/SQL Code
Managing Dependencies
- Overview of Schema Object Dependencies
- Querying Direct Object Dependencies Using the USER_DEPENDENCIES View
- Querying an Object’s Status
- Invalidation of Dependent Objects
- Displaying Direct and Indirect Dependencies
- Fine-Grained Dependency Management in Oracle Database 11g
- Understanding Remote Dependencies
- Recompiling a PL/SQL Program Unit