1Z0-144 Oracle Database 11g: Program with PL/SQL

Exam Number: 1Z0-144
Exam Title: Oracle Database 11g: Program with PL/SQL
Associated Certification Paths Oracle Advanced PL/SQL Developer Certified Professional (Retiring June 30th, 2018)
Oracle PL/SQL Developer Certified Associate
Duration: 90 minutes
Number of Questions: 63
Passing Score: 65%
Validated Against: This exam has been validated against Oracle Database 10g, Oracle Database 11g, Oracle Database 11g Release 2, and Oracle Database 12c Release 1.
Format: Multiple Choice

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Complete the training below to prepare for your exam (optional):

Oracle Database: Program with PL/SQL

Certification Discount Package:Oracle PL/SQL Developer Certified Associate Certification Discount Package(ILT, LVC)

Additional Preparation and Information

A combination of Oracle training and hands-on experience (attained via labs and/or field experience) provides the best preparation for passing the exam.

Also available in Spanish – 1Z0-144-ESN on the Pearson VUE website.

Exam Preparation Seminar
Certification Exam Prep Seminar: Program with PL/SQL
Exam Prep Seminar Package: Program with PL/SQL

Practice Exams

Practice Exams: Oracle Authorized practice exam from Kaplan IT Training: 1Z0-144: Oracle Database 11g: PL/SQL Fundamentals

Additional Training: These earlier courses are still valid exam preparation tools but are no longer being scheduled:

Oracle Database 11g: Program with PL/SQL

Oracle Database 11g: PL/SQL Fundamentals
Introduction to PL/SQL
Explain the need for PL/SQL
Explain the benefits of PL/SQL
Identify the different types of PL/SQL blocks
Output messages in PL/SQL
Declaring PL/SQL Variables
Recognize valid and invalid identifiers
List the uses of variables, declare and initialize variables, use bind variables
List and describe various data types using the %TYPE attribute
Writing Executable Statements
Identify lexical units in a PL/SQL block
Use built-in SQL functions in PL/SQL and sequences in PL/SQL expressions
Describe when implicit conversions take place and when explicit conversions have to be dealt with
Write nested blocks and qualify variables with labels
Write readable code with appropriate indentation
Interacting with the Oracle Database Server
Create PL/SQL executable blocks using DML and transaction control statements
Make use of the INTO clause to hold the values returned by a SQL statement
Writing Control Structures
Identify the uses and types of control structures (IF, CASE statements and expressions)
Construct and identify loop statements
Apply guidelines when using conditional control structures
Working with Composite Data Types
Create user-defined PL/SQL records
Create a record with the %ROWTYPE attribute
Create an INDEX BY table and INDEX BY table of records
Describe the differences among records, tables, and tables of records
Using Explicit Cursors
Distinguish between usage of implicit and explicit cursors, use SQL cursor attributes
Declare and control explicit cursors, use simple loops and cursor FOR loops to fetch data
Declare and use cursors with parameters
Lock rows with the FOR UPDATE clause and reference the current row with the WHERE CURRENT OF clause
Handling Exceptions
Define PL/SQL exceptions
Recognize unhandled exceptions
Handle different types of exceptions (pre-defined exceptions, non-predefined exceptions and user-defined exceptions)
Propagate exceptions in nested blocks and call applications
Creating Stored Procedures and Functions
Differentiate between anonymous blocks and subprograms
Create a simple procedure and invoke it from an anonymous block
Create a simple function
Create a simple function that accepts a parameter
Differentiate between procedures and functions

Oracle Database 11g: Develop PL/SQL Program Units
Creating Procedures
Differentiate between anonymous blocks and subprograms, use a modularized and layered subprogram design, and identify the benefits of subprograms
Create a simple procedure and invoke it from an anonymous block
Work with procedures
Handle exceptions in procedures, remove a procedure, and display a procedure’s information
Creating Functions
Differentiate between a procedure and a function
Describe the uses of functions
Work with functions (create, invoke and remove functions)
Creating Packages
Identify the benefits and the components of packages
Work with packages (create package specification and body, invoke package subprograms, remove a package and display package information)
Working with Packages
Overload package subprograms, use forward declarations
Create an initialization block in a package body
Manage persistent package data states for the life of a session and use PL/SQL tables and records in packages
Using Oracle-Supplied Packages in Application Development
Describe how the DBMS_OUTPUT package works
Use UTL_FILE to direct output to operating system files
Describe the main features of UTL_MAIL
Using Dynamic SQL
Describe the execution flow of SQL statements
Use Native Dynamic SQL (NDS)
Use the DBMS_SQL package
Design Considerations for PL/SQL Code
Create standard constants and exceptions
Write and call local subprograms
Control the run-time privileges of a subprogram
Perform autonomous transactions
Use NOCOPY hint, PARALLEL ENABLE hint and DETERMINISTIC clause
Use bulk binding and the RETURNING clause with DML
Creating Triggers
Describe different types of triggers and their uses
Create database triggers
Manage triggers
Creating Compound, DDL, and Event Database Triggers
Create triggers on DDL statements
Create triggers on system events
Using the PL/SQL Compiler
Describe the new PL/SQL compiler and features
Use the new PL/SQL compiler initialization parameters
Use the new PL/SQL compile time warnings
Managing PL/SQL Code
Describe and use conditional compilation
Hide PL/SQL source code using dynamic obfuscation and the Wrap utility
Managing Dependencies
Track and manage procedural dependencies

QUESTION 1
Which two statements are true about the instead of triggers? (Choose two.)

A. Delete operations cannot be performed using the instead of triggers.
B. The instead or triggers must be created to add or modify data through any view.
C. The instead of triggers can be written only for views, and the before and after timing options are not valid.
D. The check option for views is not enforced when Insertions or updates to the view are performed by using theinstead of trigger.

Answer: B,C

Explanation:

QUESTION 2
Which two statements are correct about the usage of parameters in functions? (Choose two.)

A. Functions can have only in mode parameters.
B. Functions called in SQL statements cannot have out or in outmode parameters.
C. Functions having in, out, or in out parameters can be called only in named PL/SQL subprograms
D. Functions having in, out, or in out parameters can be called In PL/SQL procedures and anonymous blocks.

Answer: B,D

Explanation:

QUESTION 3
User SCOTT has been granted CREATE ANY TRIGGER AND ALTER ANY TABLE by the DBA.
HR is an existing schema in the database.
SCOTT creates the following trigger:
CREATE OR REPLACE TRIGGER drop_trigger
BEFORE DROP ON hr.SCHEMA
BEGIN
RAISE_APPLICATION_ERROR (-20000, ‘Cannot drop object’);
END:
SCOTT does not grant the execute privilege on this trigger to any other users.
For which user(s) would this trigger fire by default when they drop an object in the hr schema?

A. Only HR
B. SCOTT and HR
C. Only SCOTT
D. SCOTT, HR, and SYS

Answer: A

Explanation:

QUESTION 4
Which two statements are true about the continue statement? (Choose two.)

A. The PL/SQL block execution terminates immediately.
B. The CONTINUE statement cannot appearoutside a loop.
C. The loop completes immediately and control passes to the statement after end loop.
D. The statements after the continue statement in the iteration are executed before terminating the LOOP.
E. The current iteration of the loop completes immediately and control passes to the next iteration of the loop

Answer: B,E

Explanation:

QUESTION 4
Which two statements are true about statement-level and row-level triggers? (Choose two.)

A. A row trigger fires once even if no rows are affected.
B. A statement trigger fires once even if no rows are affected.
C. Row triggers are useful if the trigger action depends on the data of rows that are affected or on data that is provided by the triggering event itself.
D. Statement triggers are useful if the trigger action depends on the data of rows that are affected or on data that is provided by the triggering event itself.

Answer: B,C

Explanation:

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