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Oracle continues to be a very popular relational database management system (RDBMS) software program in the IT industry. It can be found on every version of UNIX, most versions of Windows and in cloud computing environments.

Expand your database knowledge and gain an edge in a competitive IT marketplace with Oracle training. ONLC has hands-on, live online instructor-led classes. Our delivery format is fully interactive so you can attend Oracle classes from ONLC centers coast to coast click link or your own location click link.

Our Oracle instructors have years of hands-on experience in their field and can bring that experience to training. Our classes include practice exams and our instructors can provide feedback and guidance to help you become adept in the subject matter.

Having Oracle skills can give you an edge in the competitive IT marketplace and open up new career opportunities. Attend ONLC's Oracle training today so you can get started achieving your career goals!

Oracle Training Classes

Oracle Database: SQL Fundamentals

+++++++++ NOTE ++++++++++

This course content is applicable to versions 11c, 12c, 18c, and 19c.

Overview

Learning the SQL language is one of the most basic tasks required for the use of a relational database. SQL proficiency is essential for business users, database developers, database administrators and any other database professional. This course introduces the basics of the SQL language and the Oracle Relational Database Management System (RDBMS). One will become acquainted with the differences in the working environment between a traditional on-premise database installation and the Oracle database service cloud-computing platform. This course also considers intermediate-level SQL topics such as writing database queries using the SQL-99 syntax and exploiting the power of built-in functions that extend the capabilities of SQL.

Since SQL is an industry standard language, many of the topics presented and many of the skills you will acquire will be applicable to other database platforms, such as Microsoft SQL Server, IBM DB2, the open-source databases MySQL and PostgreSQL, and others.

This course takes a unique approach to SQL training in that it incorporates data modeling theory, relational database theory, graphical depictions of theoretical concepts and numerous examples of actual SQL syntax into one learning vehicle.

You will learn how to complete of an application schema definition by creating database objects such as relational views, sequences, synonyms, indexes and others to compliment the table definitions. The crucial topic of data integrity and how this is protected using declarative constraints is covered.

With this course we will also leave the idyllic realm of the learning environment and begin to explore such practical real-world considerations as database object security and database performance.

Target Audience

The target audience for this course is all Oracle professionals, both business and systems professionals. Among the specific groups for whom this course will be helpful are:
• Business and non-IT professionals
• Application designers and database developers
• Business Intelligence (BI) analysts and consumers
• Database administrators
• Web server administrators

Certification

This course and the subsequent ones within this series consider subjects applicable to certification as an Oracle Database Certified SQL Expert. The topics considered are included within Exam 1Z0-071: Oracle Database SQL.
Passing the exam is required for the Oracle Database SQL Certified Associate certification.

Objectives

The first portion of this course considers the logical models upon which a relational database is based and the various configurations and environments in which you may work with the Oracle database. The next segment focuses on the actual SQL syntax for writing database queries. You will begin with the simplest of queries and then proceed onto moderately complex query scenarios. Finally, this textbook covers the DDL, DML and transaction control portions of the SQL language that allow one to create, maintain and manipulate application database objects and application data.

This course also demonstrates how one can build intermediate-level and even advanced queries using the SQL-99 join syntax, along with other advanced query topics. It also considers both ANSI/ISO and native Oracle SQL built-in functions and the tremendous power that functions offer to SQL operations. It is difficult for one to use SQL within a production environment without liberal use of the built-in functions. Among many other tasks, the built-in functions allow one to move beyond the use of primitive date data types and values to include timestamps, time zones and to address other realistic date and time challenges. Finally attention is given to how one completes an application schema by creating database objects to compliment table definitions. One cannot implement a production database application simply with table and column definitions but needs to create and manage views, indexes, constraints and other object types.

COURSE OUTLINE

RELATIONAL DATABASES & DATA MODELS

  • • ABOUT DATA MODELS
  • • ABOUT THE RELATIONAL MODEL
  • • THE ELECTRONICS DATA MODEL
  • • ABOUT THE RELATIONAL DBMS

SELECTION & SETUP OF THE DATABASE INTERFACE

  • • CONSIDERING AVAILABLE TOOLS
  • • SELECTING THE APPROPRIATE TOOL
  • • ORACLE NET DATABASE CONNECTIONS
  • • ORACLE PAAS DATABASE CONNECTIONS
  • • SETUP SQL DEVELOPER
  • • SETUP SQL*PLUS
  • • SETUP JDEVELOPER

USING THE DATABASE INTERFACE

  • • ABOUT BIND & SUBSTITUTION VARIABLES
  • • USING SQL DEVELOPER
  • • USING SQL*PLUS

INTRODUCTION TO THE SQL LANGUAGE

  • • ABOUT THE SQL LANGUAGE
  • • CHARACTERISTICS OF SQL
  • • INTRODUCING SQL USING SELECT
  • • SQL RULES

THE SELECT STATEMENT

  • • THE SELECT STATEMENT
  • • DISTINCT / UNIQUE Keyword
  • • USING ALIAS NAMES

RESTRICTING RESULTS WITH THE WHERE CLAUSE

  • • ABOUT LOGICAL OPERATORS
  • • EQUALITY OPERATOR
  • • BOOLEAN OPERATORS
  • • REGEXP_LIKE()
  • • IN OPERATOR

SORTING DATA WITH THE ORDER BY CLAUSE

  • • ABOUT THE ORDER BY CLAUSE
  • • MULTIPLE COLUMN SORTS
  • • SPECIFY THE SORT SEQUENCE
  • • ABOUT NULL VALUES WITHIN SORTS
  • • USING COLUMN ALIASES

PSEUDO COLUMNS, FUNCTIONS & TOP-N QUERIES

  • • ROWID PSEUDO COLUMN
  • • ORA_ROWSCN PSEUDO COLUMN
  • • ROWNUM PSEUDO COLUMN
  • • ABOUT THE BUILT-IN FUNCTIONS
  • • SYSDATE
  • • USER & UID
  • • SESSIONTIMEZONE Function
  • • USING THE DUAL TABLE
  • • ROW LIMITING & TOP-N QUERIES
  • • FETCH FIRST x ROWS ONLY Clause
  • • OFFSET x ROWS Clause
  • • FETCH ... PERCENT Clause
  • • The WITH TIES Option

JOINING TABLES

  • • ABOUT JOINS
  • • INNER JOIN
  • • REFLEXIVE JOIN
  • • NON-KEY JOIN
  • • OUTER JOIN

USING THE SET OPERATORS

  • • ABOUT THE SET OPERATORS
  • • SQL SET OPERATOR EXAMPLES
  • • UNION Example
  • • INTERSECT Example
  • • MINUS Example
  • • UNION ALL

SUMMARY FUNCTIONS

  • USING SUB-QUERIES
  • • FINDING DATA WITH SUB-QUERIES
  • • STANDARD SUB-QUERIES
  • • CORRELATED SUB-QUERIES
  • • The EXISTS Operator

AGGREGATING DATA WITHIN GROUPS

  • • ABOUT SUMMARY GROUPS
  • • FIND GROUPS WITHIN THE TABLES
  • • SELECT DATA FROM THE BASE TABLES
  • • SELECT GROUPS FROM THE RESULTS

USE DDL TO CREATE & MANAGE TABLES

  • • CREATE TABLE STATEMENT
  • • COLUMN DATA TYPES
  • • NOT NULL
  • • DEFAULT
  • • DESCRIBE
  • • ALTER TABLE STATEMENT
  • • DROP TABLE STATEMENT
  • • TABLE DDL USING SQL DEVELOPER
  • • ALTER USER STATEMENT
  • • ALTER SESSION STATEMENT
  • • NLS_LANGUAGE
  • • NLS_DATE
  • • UNUSED
  • • TEMPORARY TABLES
  • • EXTERNAL TABLES
  • • INTERVAL DATATYPES
  • • CURRENT_DATE, CURRENT_TIMESTAMP, LOCALTIMESTAMP

USE DML TO MANIPULATE DATA

  • • THE INSERT STATEMENT
  • • THE DELETE STATEMENT
  • • THE UPDATE STATEMENT
  • • ABOUT TRANSACTIONS
  • • TRANSACTION ROLLBACK
  • • TRANSACTION COMMIT
  • • TRANSACTION SAVEPOINT
  • • THE SET TRANSACTION STATEMENT
  • • SET TRANSACTION READ ONLY Statement Rules

UNDERSTANDING THE DATA MODELS

  • • THE COMPANY DATA MODEL
  • • THE ELECTRONICS DATA MODEL

ABOUT THE SQL-99 STANDARD

  • • SQL-92 & SQL-99
  • • CROSS JOINS
  • • NATURAL JOINS
  • • INNER JOINS
  • • Implicit INNER JOIN
  • • OUTER JOINS
  • • ANTI JOINS
  • • NAMED SUB-QUERIES

ENHANCING GROUPS WITH ROLLUP & CUBE

  • • USING ROLLUP
  • • The GROUPING() Function
  • • USING CUBE

USING THE CASE EXPRESSION

  • SQL FUNCTIONS: CHARACTER HANDLING
  • • WHAT ARE THE SQL FUNCTIONS?
  • • STRING FORMATTING FUNCTIONS
  • • UPPER(), LOWER() Example
  • • INITCAP() Example
  • • CHARACTER CODES FUNCTIONS
  • • CHR(), ASCII() Examples
  • • PAD & TRIM FUNCTIONS
  • • RPAD() Example
  • • RTRIM() Example
  • • TRIM() Example
  • • STRING MANIPULATION FUNCTIONS
  • • DECODE() Example
  • • SUBSTR() Example
  • • INSTR() Example
  • • TRANSLATE() Example
  • • REPLACE() Example
  • • STRING COMPARISON FUNCTIONS
  • • LEAST() Example
  • • PHONETIC SEARCH FUNCTION
  • • SOUNDEX() Example

SQL FUNCTIONS: NUMERIC HANDLING

  • • ABOUT THE NUMERIC DATA FUNCTIONS
  • • GREATEST() Example
  • • ABS() Example
  • • ROUND() Example
  • • TRUNC() Example
  • • SIGN() Example
  • • TO_NUMBER() Example & Data Type Conversions
  • • NULL VALUES FUNCTIONS
  • • NVL() & NVL2() Function
  • • NVL() Example (Character)
  • • NVL() Example (Numeric Loss Of Data)
  • • NVL() Example (Numeric Output)
  • • NVL2() Example
  • • COALESCE() Function
  • • NULLIF() Function

SQL FUNCTIONS: DATE HANDLING

  • • DATE FORMATTING FUNCTIONS
  • • TO_CHAR() & TO_DATE() Format Patterns
  • • TO_CHAR() Examples
  • • TO_DATE() Examples
  • • EXTRACT() Example
  • • DATE ARITHMETIC FUNCTIONS
  • • MONTHS_BETWEEN() Example
  • • ADD_MONTHS() Example
  • • LAST_DAY() Example
  • • NEXT_DAY() Example
  • • TRUNC(), ROUND() Dates Example
  • • NEW_TIME() Example
  • • About V$TIMEZONE_NAMES
  • • CAST() FUNCTION & TIME ZONES

DATABASE OBJECTS: ABOUT DATABASE OBJECTS

  • • ABOUT DATABASE OBJECTS
  • • ABOUT SCHEMAS
  • • MAKING OBJECT REFERENCES

DATABASE OBJECTS: RELATIONAL VIEWS

  • • ABOUT RELATIONAL VIEWS
  • • THE CREATE VIEW STATEMENT
  • • WHY USE VIEWS?
  • • ACCESSING VIEWS WITH DML
  • • MAINTAINING VIEW DEFINITIONS
  • • ALTER VIEW
  • • DROP VIEW
  • • DDL Using SQL Developer

DATABASE OBJECTS: INDEXES

  • • ABOUT INDEXES
  • • CREATE & DROP INDEX STATEMENTS
  • • INDEXES & PERFORMANCE
  • • DATA DICTIONARY STORAGE

DATABASE OBJECTS: CREATING OTHER OBJECTS

  • • ABOUT SEQUENCES
  • • Referencing NEXTVAL
  • • Referencing CURRVAL
  • • Within The DEFAULT Clause
  • • ALTER SEQUENCE & DROP SEQUENCE
  • • ALTER SEQUENCE
  • • DROP SEQUENCE
  • • ABOUT IDENTITY COLUMNS
  • • CREATE TABLE ... GENERATED AS IDENTITY
  • • ALTER TABLE ... GENERATED AS IDENTITY
  • • START WITH LIMIT VALUE
  • • ALTER TABLE ... DROP IDENTITY
  • • ABOUT SYNONYMS
  • • CREATE & DROP SYNONYM Statements
  • • CREATE SYNONYM
  • • DROP SYNONYM
  • • Public Vs. Private Synonyms
  • • CREATE SCHEMA AUTHORIZATION

DATABASE OBJECTS: OBJECT MANAGEMENT USING DDL

  • • THE RENAME STATEMENT
  • • TABLESPACE PLACEMENT
  • • CREATE TABLE ... TABLESPACE
  • • THE COMMENT STATEMENT
  • • THE TRUNCATE TABLE STATEMENT

DATABASE OBJECTS: SECURITY

  • • ABOUT OBJECT SECURITY
  • • GRANT OBJECT PRIVILEGES
  • • REVOKE OBJECT PRIVILEGES
  • • OBJECT PRIVILEGES & SQL DEVELOPER
  • • OBJECT VERSUS SYSTEM PRIVILEGES
  • • CREATING ROLES

DATA INTEGRITY USING CONSTRAINTS

  • • ABOUT CONSTRAINTS
  • • NOT NULL CONSTRAINT
  • • NOT NULL Example
  • • CHECK CONSTRAINT
  • • UNIQUE CONSTRAINT
  • • PRIMARY KEY CONSTRAINT
  • • REFERENCES CONSTRAINT
  • • ON DELETE CASCADE Example
  • • ON DELETE SET NULL Example
  • • CONSTRAINTS ON EXISTING TABLES
  • RECENT ENHANCEMENTS
  • • Relating Clauses in SQL Select Statement to Components of an ER diagram
  • • DEFINE and VERIFY
  • • MERGE STATEMENT
  • • UNUSED COLUMNS
  • • TEMPORARY tables
  • • EXTERNAL tables
  • • INTERVAL datatype
  • • Using CURRENT_DATE, CURRENT_TIMESTAMP and LOCALTIMESTAMP
Dates Times Location Price
5/5/25 - 5/9/25 Live Online from our site or yours. $2,995

6/9/25 - 6/13/25 Live Online from our site or yours. $2,995

7/7/25 - 7/11/25 Live Online from our site or yours. $2,995

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Oracle Database: PL/SQL Fundamentals

General Description

This course introduces one to Oracle database programming using the PL/SQL programming language. One will learn the syntax, structure and features of the language. This textbook will also lay the foundation for the entire Sideris Oracle PL/SQL programming series, allowing one to progress from introductory topics to advanced application design and programming and finally onto writing complex high-performance applications.

PL/SQL may be considered as one of the basic skill sets required for any Oracle professional, nearly as important as the SQL language itself.

This course will also continue on to show those who are now ready to employ the language in the development of database applications. In particular, the focus of this course will be on the use of database-resident stored program units such as procedures, functions, packages and database triggers. New features introduced with the Oracle 12c release of the database are also explained and demonstrated.

+++++++++ NOTE ++++++++++

This course content is applicable to versions 11c, 12c, 18c, and 19c.

Target Audience

The target audience for this textbook is all Oracle professionals. Among the specific groups for whom this textbook will be helpful are:
• Application designers and database developers
• Database administrators
• Web server administrators

Prerequisites

Oracle Database 12c: SQL Fundamentals

Certification

This course considers subjects applicable to certification as both an Oracle PL/SQL Developer Certified Associate (OCA) and an Oracle Advanced PL/SQL Developer Certified Professional (OCP). The topics considered are included within "Exam 1Z0-149 Program With PL/SQL".
The exam, along with the exam Oracle Database SQL 1Z0-071, is required for the PL/SQL Developer Certified Professional certification.

Objectives

This course begins with an explanation of the intent and usage of the PL/SQL programming language for database applications. Important reasons why one should incorporate PL/SQL modules within the application architecture right from the initial design and planning phase are presented. Next one learns how to begin building executable PL/SQL program units. One learns about each of the major segments of a working program and how these interact with each other during program execution, including the important error or exception handling capabilities of the language. The final section goes beyond the basics and begins to explore advanced topics that will be useful later in the Sideris Oracle PL/SQL developer textbook series. One learns techniques and features that allow modular and reusable programs to be developed, increasing productivity and maintainability of database applications.

In addition, this course explains how database-resident program units can be used as part of the overall database application architecture and the benefits realized by doing so. It then builds upon one's knowledge of database-resident program units and applies these to the development of PL/SQL packages. In a production environment most PL/SQL program units should be packaged, and these advanced database programming capabilities along with the benefits of using these are discussed. It concludes with extensive demonstrations on how a particular type of database-resident program unit known as a database trigger can be used as part of an advanced database application design.

COURSE OUTLINE

SELECTION & SETUP OF THE DATABASE INTERFACE

  • • CONSIDERING AVAILABLE TOOLS
  • • SELECTING THE APPROPRIATE TOOL
  • • ORACLE NET DATABASE CONNECTIONS
  • • ORACLE PAAS DATABASE CONNECTIONS
  • • SETUP SQL DEVELOPER
  • • SETUP SQL*PLUS
  • • SETUP JDEVELOPER

ABOUT BIND & SUBSTITUTION VARIABLES

  • • USING SQL DEVELOPER
  • • USING SQL*PLUS

CHOOSING A DATABASE PROGRAMMING LANGUAGE

  • • WHAT IS DATABASE PROGRAMMING?
  • • PL/SQL PERFORMANCE ADVANTAGES
  • • INTEGRATION WITH OTHER LANGUAGES

PL/SQL LANGUAGE FUNDAMENTALS

  • • PL/SQL PROGRAM STRUCTURE
  • • LANGUAGE SYNTAX RULES
  • • EMBEDDING SQL
  • • WRITING READABLE CODE
  • • GENERATING DATABASE OUTPUT
  • • SQL*PLUS INPUT OF A PROGRAM BLOCK

DECLARE SECTION

  • • ABOUT THE DECLARE SECTION
  • • DECLARE PRIMITIVE TYPES
  • • DECLARATION OPTIONS
  • • NOT NULL
  • • CONSTANT
  • • DATA DICTIONARY INTEGRATION
  • • %TYPE
  • • DECLARE SIMPLE USER-DEFINED TYPES
  • • TYPE ... TABLE
  • • TYPE ... RECORD
  • • EXTENDED USER-DEFINED TYPES

BEGIN SECTION

  • • ABOUT THE BEGIN SECTION
  • • MANIPULATING PROGRAM DATA
  • • LOGIC CONTROL & BRANCHING
  • • GOTO
  • • LOOP
  • • IF-THEN-ELSE
  • • CASE

EXCEPTION SECTION

  • • ABOUT THE EXCEPTION SECTION
  • • ISOLATING THE SPECIFIC EXCEPTION
  • • PRAGMA EXCEPTION_INIT
  • • SQLCODE & SQLERRM Example
  • • SQL%ROWCOUNT & SELECT...INTO

BEYOND THE BASICS: EXPLICIT CURSORS

  • • ABOUT EXPLICIT CURSORS
  • • EXTENDED CURSOR TECHNIQUES
  • • FOR UPDATE OF Clause
  • • WHERE CURRENT OF Clause
  • • Using FOR…LOOP Cursors

INTRODUCING DATABASE-RESIDENT PROGRAM UNITS

  • • ABOUT DATABASE-RESIDENT PROGRAMS
  • • PHYSICAL STORAGE & EXECUTION
  • • TYPES OF STORED PROGRAM UNITS
  • • STORED PROGRAM UNIT ADVANTAGES
  • • MODULAR DESIGN PRINCIPLES

CREATING STORED PROCEDURES & FUNCTIONS

  • • STORED PROCEDURES & FUNCTIONS
  • • CREATE PROCEDURE / CREATE FUNCTION
  • • CREATING PROCEDURES & FUNCTIONS
  • • RAISE_SALARY() Procedure
  • • SALARY_VALID() Function
  • • THE PARAMETER SPECIFICATION
  • • DEFAULT Clause
  • • SYSTEM & OBJECT PRIVILEGES
  • • USING THE DEVELOPMENT TOOLS

EXECUTING STORED PROCEDURES & FUNCTIONS

  • • CALLING PROCEDURES & FUNCTIONS
  • • UNIT TESTING WITH EXECUTE
  • • ANONYMOUS BLOCK UNIT TESTING
  • • SPECIFYING A PARAMETER NOTATION
  • • SQL WORKSHEET UNIT TESTING
  • • CALLING FUNCTIONS FROM SQL

MAINTAINING STORED PROGRAM UNITS

  • • RECOMPILING PROGRAMS
  • • Mass Recompilation Using UTL_RECOMP()
  • • DROPPING PROCEDURES & FUNCTIONS
  • • DROP PROCEDURE / FUNCTION
  • • DATA DICTIONARY METADATA
  • • Using USER_OBJECTS
  • • Using USER_SOURCE
  • • Using USER_ERRORS
  • • Using USER_OBJECT_SIZE
  • • Using USER_DEPENDENCIES

MANAGING DEPENDENCIES

  • • DEPENDENCY INTERNALS
  • • TRACKING DEPENDENCIES
  • • THE DEPENDENCY TRACKING UTILITY
  • • SQL DEVELOPER DEPENDENCY INFO
  • • DEPENDENCY STRATEGY CHECKLISTS

CREATING & MAINTAINING PACKAGES

  • • ABOUT PACKAGES
  • • CREATING PACKAGES
  • • MAINTAINING PACKAGES
  • • PERFORMANCE CONSIDERATIONS

ADVANCED PACKAGE CAPABILITIES

  • • DEFINER & INVOKER RIGHTS
  • • WHITE LISTS & ACCESSIBLE BY
  • • PERSISTENT GLOBAL OBJECTS
  • • DEFINING INITIALIZATION LOGIC
  • • OBJECT ORIENTATION SUPPORT

ADVANCED CURSOR TECHNIQUES

  • • USING CURSOR VARIABLES
  • • Using SYS_REFCURSOR
  • • USING CURSOR EXPRESSIONS

USING SYSTEM-SUPPLIED PACKAGES

  • • DBMS_OUTPUT()
  • • UTL_FILE()
  • • FOPEN() Example

DATABASE TRIGGER CONCEPTS

  • • ABOUT DATABASE TRIGGERS
  • • DML EVENT TRIGGER SUB-TYPES
  • • DATABASE TRIGGER SCENARIO
  • • TRIGGER EXECUTION MECHANISMS
  • • TRIGGERS WITHIN SQL WORKSHEET

CREATING DATABASE TRIGGERS

  • • STATEMENT-LEVEL TRIGGERS
  • • Using RAISE_APPLICATION_ERROR()
  • • ROW-LEVEL TRIGGERS
  • • EXAMPLES OF TRIGGERS
  • • EMPLOYEE_SALARY_CHECK Example
  • • EMPLOYEE_JOURNAL Example
  • • BUDGET_EVENT Example
  • • INSTEAD OF TRIGGERS
  • • TRIGGERS WITHIN AN APPLICATION

MAINTAINING DATABASE TRIGGERS

  • • CALL SYNTAX
  • • TRIGGER MAINTENANCE TASKS
  • • SHOW ERRORS TRIGGER
  • • DROP TRIGGER
  • • ALTER TRIGGER
  • • MULTIPLE TRIGGERS FOR A TABLE
  • • HANDLING MUTATING TABLE ISSUES

IMPLEMENTING SYSTEM EVENT TRIGGERS

  • • WHAT ARE SYSTEM EVENT TRIGGERS?
  • • DEFINING THE SCOPE
  • • AVAILABLE SYSTEM EVENTS
  • • SYSTEM EVENT ATTRIBUTES

RECENT ENHANCEMENTS

  • • PLSCOPE_SETTINGS
  • • DEPRECATE pragma
  • • Conditional Compilation Using $IF, $ELSE, $END, and $ERROR
  • • NOCOPY, PARALLEL_ENABLE Hints, and DETERMINISTIC Clause
  • • INDEX_BY tables
  • • BULK COLLECT
  • • PLSQL_CODE_TYPE and PLSCOPE_SETTINGS
  • • RETURNING clause is used with INSERT, UPDATE, and DELETE statements
  • • Code-Based Access Control (CBAC)
  • • Handling Specific Warnings in PL/SQL using PLSQL_WARNINGS
  • • ACCESSIBLE BY clause
Dates Times Location Price
4/14/25 - 4/18/25 Live Online from our site or yours. $2,995

5/12/25 - 5/16/25 Live Online from our site or yours. $2,995

6/16/25 - 6/20/25 Live Online from our site or yours. $2,995

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News & Offers

PL/SQL is Oracle's procedural extension to industry-standard SQL. Its primary strength is in providing a server-side, stored procedural language. It provides specific syntax for this purpose and the provided Oracle data types are the same datatypes as SQL. Server-side PL/SQL is stored and compiled in Oracle Database and runs within the Oracle executable.

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