A warm welcome to the Oracle PL/SQL course by Uplatz.

PL/SQL is a procedural extension of SQL, making it extremely simple to write procedural code that includes/embraces SQL as if it were a single language thus combining the power of both the database Structured Query Language (SQL) as well as the high-level Procedural Language (PL).

This comprehensive Oracle PL/SQL training course by Uplatz will teach you all concepts of Oracle PL/SQL programming in great depth. You will build skills on programming, productivity, performance, scalability, portability, and security of your Oracle database. With this training, you will learn how to build and execute PL/SQL programs in Oracle, build stored procedures, triggers, functions, etc., design and execute modular applications, automate the Oracle PL/SQL packages, tuning of Oracle database, and increase the efficiency of data movement - essential skills for any Oracle developer.

Key features of PL/SQL are:

• PL/SQL is a procedural extension of SQL, making it extremely simple to write procedural code that includes SQL as if it were a single language. In comparison, most other programming languages require mapping data types, preparing statements and processing result sets, all of which require knowledge of specific APIs.

• The data types in PL/SQL are a super-set of those in the database, so you rarely need to perform data type conversions when using PL/SQL. Ask your average Java or .NET programmer how they find handling date values coming from a database. They can only wish for the simplicity of PL/SQL.

• When coding business logic in middle tier applications, a single business transaction may be made up of multiple interactions between the application server and the database. This adds a significant overhead associated with network traffic. In comparison, building all the business logic as PL/SQL in the database means client code needs only a single database call per transaction, reducing the network overhead significantly.

• Oracle is a multi-platform database, making PL/SQL and incredibly portable language. If your business logic is located in the database, you are protecting yourself from operating system lock-in.

• Programming languages go in and out of fashion continually. Over the last 35+ years Oracle databases have remained part of the enterprise landscape. Suggesting that any language is a safer bet than PL/SQL is rather naive. Placing your business logic in the database makes changing your client layer much simpler if you like to follow fashion.

• Centralizing application logic enables a higher degree of security and productivity. The use of Application Program Interfaces (APIs) can abstract complex data structures and security implementations from client application developers, leaving them free to do what they do best.

Oracle PL-SQL course curriculum

• Overview of PL/SQL

1. What is PL/SQL? What are the benefits?

2. PL/SQL Block Structure & Types of Blocks

3. Writing simple anonymous block

4. Using SQL*plus to run anonymous block

5. Creating Script and run it

6. Quiz

• Declaring PL/SQL Variables

1. About Variables and the syntax

2. Defining Variables exercise

3. Guidelines for declaring & initializing variables

4. Delimiters in string literals (the q' Notation)

5. Types of variables and data types 1

6. Types of variables and data types 2

7. Data Types exercise

8. Define Variables Using %TYPE

9. Understating the SELECT statement in PL/SQL

10. Bind Variables

11. Quiz

• Writing Executable Statements

1. Inside PL/SQL Block

2. Inside PL/SQL Block (exercise)

3. Nested Blocks

4. SQL & PL/SQL programming Guidelines

5. Quiz

• Interacting with Oracle DB Server

1. SELECT statement & DML in PL/SQL

2. SELECT statement & DML in PL/SQL exercise

3. Understanding Implicit SQL cursor/ SQL Attributes

4. Implicit SQL cursor exercise

5. Quiz

• Writing Control Structure

1. IF Statement Part 1

2. IF Statement Part 2

3. Handling nulls in IF statement

4. CASE expression & CASE Statement

5. Basic Loop

6. While Loop

7. FOR Loop

8. Nested Loops

9. Nested Loops and Labels

10. Continue Statement

• Working with Composite Data Types

1. PL/SQL Records: Programmer method part 1

2. PL/SQL Records: Programmer method part 2

3. PL/SQL Records: %ROWTYPE method

4. Nested PL/SQL Records

5. INDEX BY tables (Associative arrays)

6. INDEX BY tables Methods

7. INDEX BY tables of Records

8. Nested table

9. VARRAY

• Using Explicit Cursors

1. Understanding Explicit Cursor

2. Explicit Cursor exercise

3. Explicit Cursor Attributes

4. FOR LOOP Cursor

5. Cursor with Parameters

6. FOR UPDATE Clause & CURRENT OF Clause

• Handling Exceptions

1. Understanding Exceptions

2. Predefined Oracle Server Error Exception

3. Common mistakes when dealing with exceptions

4. Non-Predefined Oracle Server Error Exception

5. User-Defined Error Exception

6. Group Functions and exceptions

7. Many blocks and many exceptions

• Creating Procedures

1. Understanding Procedures and subprograms

2. Understanding Procedures Syntax

3. Creating Procedure (IN parameter)

4. Creating Procedure (OUT parameter)

5. Creating Procedure (IN OUT parameter)

6. Comparing the Parameter Modes

7. Available notations for passing parameters

8. Using the default option for Parameters

9. Exception handling in multiple blocks

10. Using Boolean and PL/SQL records as parameters

• Creating Functions

1. Understanding user-defined functions

2. Difference between procedures & functions

3. Creating function example

4. No_data_found and functions

5. Advantages of user-defined functions in SQL Statements

6. Restrictions when calling functions from SQL part 1

7. Restrictions when calling functions from SQL part 2

• Creating Packages

1. Understanding packages by nice example

2. More about packages

3. Creating package practice

4. Creating package specification without body

5. Guidelines for writing packages

6. The visibility of a package’s components

7. When & Why to recompile the package?

• Working with Packages

1. Understanding Overloading Subprograms in PL/SQL

2. Overloading Subprograms practices (procedures)

3. Overloading Subprograms practices (functions)

4. Overloading Standard package

5. Forward Declaration

6. Persistent State of packages

7. Using PRAGMA SERIALLY_REUSABLE

8. Persistent State and cursor

9. using PL/SQL tables in packages

• Using Oracle-supplied Packages in Application Development

1. About oracle-supplied Packages

2. DBMS_OUTPUT part 1

3. DBMS_OUTPUT part 2

4. UTL_FILE Package Part 1 / create directory

5. UTL_FILE Package Part 2 / get_line example 1

6. UTL_FILE Package Part 3 / get_line example 2

7. UTL_FILE Package Part 4 / put_line

8. UTL_FILE Package Part 5 / exceptions

9. Mail

• Using Dynamic SQL

1. Execution flow of SQL

2. What is Dynamic SQL?

3. Execute immediate example 1 / delete any table

4. Execute immediate example 2 / DDL in PLSQL

5. Execute immediate example 3 / USING Clause

6. Execute immediate example 4 / INTO Clause

7. Execute immediate example 5 / single row query

8. What is REF Cursor?

9. Dynamic SQL with multi row query

10. Execute immediate/ more examples

11. DBMS_SQL Package VS Execute immediate

• Design Consideration for PL/SQL Code

1. Standardizing Part 1

2. Standardizing Part 2

3. Definer’s Rights

4. Invoker’s Rights

5. Autonomous Transactions

6. Features Autonomous Transactions

7. The (IN) parameters always passed by reference

8. The (out/in out) parameters can be passed by value or reference

9. Passing by reference example (IN parameters)

10. Passing by value VS passing by reference using nocopy

11. When Does NOCOPY hint has no effects?

12. NOCOPY Performance Exercise

13. Using the PARALLEL_ENABLE hint

14. Using the RESULT_CACHE hint

15. Using the DETERMINISTIC hint

16. Understanding Bulk Binding

17. Bulk Binding Example

18. Bulk binding with save exception part 1

19. Bulk binding with save exception part 2

20. Understanding Bulk collect

21. Bulk collect another example

22. Bulk collect and cursors

23. Using returning in bulk collect

24. INDICES OF

• Creating Triggers

1. Understanding Triggers

2. Tigger Types/ Trigger Event Types

3. Statement Level trigger VS Row Level (Part 1)

4. Statement Level trigger VS Row Level (Part 2)

5. Triggers common cases

6. Statement Level trigger Example 1

7. Statement Level trigger Example 2

8. Understanding the NEW & OLD qualifiers

9. Row level trigger example

10. Row level trigger (create Audit table)

11. Trigger Firing sequence

12. Compile/enable/ disable/ drop trigger

13. Using the triggers for populating a default value

14. Instead of triggers (on Views)

• Creating Compound, DDL, and Event Database Triggers

1. Follows Statement in triggers

2. Understanding Compound triggers

3. Understanding Mutating Table

4. Solving Mutating Table issue using compound trigger

5. Using Compound trigger & array to solve Mutating

6. Mutating table & ON DELETE CASCADE

7. Database Triggers VS Stored procedures

8. Creating DDL triggers (Schema or Database)

9. Create system event trigger

10. Final comments about the triggers

• Using the PL/SQL Compiler

1. Introduction about PL/SQL compiler

2. Understanding (plsql_code_type) parameter

3. Understanding (plsql_optimize_level) parameter

4. Understanding Warnings in PL/SQL

5. Understanding (plsql_warnings) parameter

6. More examples for plsql_warnings

7. Using the package dbms_warning

• Managing PL/SQL Code

1. Understanding conditional compilation

2. Understanding (dbms_db_version ) package

3. conditional compilation examples

4. Understanding plsql_ccflags part 1

5. Understanding plsql_ccflags part 2

6. Understanding plsql_ccflags part 3

7. plsql_ccflags Real example

8. create_wrapped

9. The PL/SQL wrapper utility

• Managing Dependencies