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OCPJP 6 Includes

  • 1 Free Practice Test

  • 6 Mock Exams

  • 1 Quiz Tests

  • 2 Flashcard Quiz

  • 2 E-Books

OCPJP 6 Practice Tests - 1Z0-851 Mock Exams

MyExamCloud OCPJP 6 Practice Tests helps you to pass the exam in first attempt. Prepare with one of the best OCAPJP 6 Study Course developed by Java Certified Experts. 100% Test Pass Guarantee.

OCPJP 8 Upgrade (All Versions) Practice Tests and eBooks are available online at MyExamCloud Exam Simulator. This course contents can be accessed from PC, Mac, iPhone®, iPad®, Android™ Device. Mobile Apps available on iTunes and Android stores.

What is inside?

Inside MyExamCloud's OCPJP 6 Practice Course

  1. 1

    Set Your Goals

    Set Goals on OCPJP 6 exam topics
    (MyExamCloud PPA Tracker)

  2. 2

    Mock Exams

    6 Full length mock exams
    (MyExamCloud Practice Exams)

  3. 3

    Free Trial Exam

    1 Free Trial mock exam
    (MyExamCloud Practice Exam)

  4. 4

    Quiz Exams

    1 Quiz Exams
    (MyExamCloud Quiz Exams)

  5. 5

    Flash Card Quiz Exams

    2 Flash Card Quiz Exams
    (MyExamCloud Quiz Exams)

  6. 6

    Study Notes

    2 Study Notes
    (MyExamCloud eBooks)

  1. 7

    Topic Based Questions

    Study mode to access topic based questions

  2. 8

    Answer with Explanation

    Exhaustive explanation with every question

  3. 9

    Exam Report

    Reports to assess performance history, strengths & weaknesses

  4. 10

    Goal Tracker

    Track your goals

  5. 11

    Focus On Your Weakness

    Focus lab to pinpoint your weak areas

  6. 12

    Lifetime License

    Unlimited lifetime Access

Who created MyExamCloud OCPJP 6 Practice Tests?

The OCPJP 6 Practice Questions and study notes are created by highly qualified and Java Certified experts. The Authors has created this online course covering all Java SE 6 Programmer Certified Professional exam objectives based on latest Oracle's changes.

OCPJP 6 Exam Information

The OCPJP 6 certification improves object-orientated programming and Java fundamental skills.

Exam Process

Exam Number: 1Z0-851
Exam Title: Java SE 6 Programmer Certified Professional


Oracle Certified Professional Java SE 6 Programmer Certification Path

Passing this exam, one can achieve Java SE 6 Programmer Certified Professional from Oracle. The real exam tests your OO and Java SE 6 skills by Single and Multiple choice questions.

Number of Questions: 150 Questions
Exam Duration 60 Minutes
Passing Score: 61%
Exam Format Multiple Choice
(which can have single or multiple answers)
Validated Against Java SE 5 & SE 6
Exam Price Price May vary from Country to country. Refer Oracle site for latest pricing.

The real exam is a computer based test provided by pearsonvue and it can be taken from any local test centers in your country.

Who can take OCPJP 6?

Set The New Java Standard With Java SE 6 OCP Certification: Java SE OCP certification is prerequisite for most of the advanced certifications. So it is good to have certified in Java SE 6 to attend advanced certifications. The Java SE 6 Oracle Certified Professional (OCP) certification provides a foundational understanding of Java as well as programming in general. So it suits for most Java Professionals starting from beginner to expert.

  • College Students
  • Java Developer looking for Job
  • Java Trainers
  • Java Developers

OCPJP 6 Sample Question

The following practice question is taken from MyExamCloud OCPJP 6 Study Plan.


import java.util.*;

public class PayRoll {
   public static void main(String[] args) {
     Vector<String> employeeList = new Vector<String>();
     Vector<Integer> employeeIdList = new Vector<Integer>();
     Vector<Object> employeeProfileList = new Vector<Object>();
     System.out.print(employeeList.getClass()== employeeIdList.getClass());
     System.out.print(employeeList.getClass()== employeeProfileList.getClass());

What is the result of compiling and running the above code?


Choice A: Runtime error

Choice B: Compile error

Choice C: truefalsetruefalse

Choice D: falsefalsefalsetrue

Choice E: falsetruetruetrue

Choice F: truetruetruetrue

Answer and Explanation:

Choice  F is correct

All instances of a generic class have the same runtime class, regardless of their actual type parameters. So the getClass() method returns java.util.Vector for both x and y.

Since no data has been added to both Vector objects, they are also meaningfully equal. So the equals method returns true here.

27 OCPJP 6 Practice Questions - Free

You can access 27 Oracle Certified Professional Java SE 6 Programmer Practice Questions, from MyExamCloud Exam Simulator

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After OCPJP 6 Exam

Within 30 minutes of completing your OCPJP 6 Certification exam, you will receive an email from Oracle notifying you that your exam results are available in CertView. If you have previously authenticated your CertView account, simply login and select the option to "See My New Exam Result Now."

If you have not authenticated your CertView account yet at this point, you will need to proceed with your account authentication.

Authentication requires an Oracle Single Sign On username and password and the following information from your Pearson VUE profile: email address and Oracle Testing ID. You will be taken to CertView to log in once your account has been authenticated.

Sample OCPJP 6 Certificate

Sample Oracle Certified Professional Java SE 6 Programmer Certificate

OCPJP 6 Benefits

The reason for taking Oracle Java Certification is to differentiate general programmers from certified experts. You may get additional benefits like getting a good job, salary hike, designation changes, role changes and higher promotion.

Stand out from the millions of Java crowd. Increase your marketability with OCPJP 8 Certification on the most used programming language in the world - Java.

Related Articles:

How to register for OCPJP 6

  • Step 1:Oracle :: Pearson VUEOpen this page, If you are a first time visitor then click on Create an account
  • Step 2:Click on Proctored Exams
  • Step 3:You will see a screen to search exam. Enter the exam code you want to give. You can get exam code details at Java Certifications MyExamCloud Exam Collections
  • Step 4:You will see the exam name, fees for the exam and language of exam in the screen, Click on Schedule this exam.
  • Step 5.You will see Confirm Exam Selection screen, click on the Proceed to Scheduling.
  • Step 6. Now, Enter into the search box, the near by place for test center. Select the test center and click on Next.
  • Step 7.Select Date and Time on which you will write your exam.
  • Step 8.Check the information again, date and time. After confirming then click on the Proceed to Checkout.
  • Step 9.After that you need to check the information and enter the credit card details.

Congrats, you have successfully scheduled your Java Certification exam.

OCPJP 6 Topics

The real exam questions assumes the following:

Missing package and import statements: If sample code do not include package or import statements, and the question does not explicitly refer to these missing statements, then assume that all sample code is in the same package, or import statements exist to support them.

No file or directory path names for classes: If a question does not state the file names or directory locations of classes, then assume one of the following, whichever will enable the code to compile and run:

  • All classes are in one file
  • Each class is contained in a separate file, and all files are in one directory

Unintended line breaks: Sample code might have unintended line breaks. If you see a line of code that looks like it has wrapped, and this creates a situation where the wrapping is significant (for example, a quoted String literal has wrapped), assume that the wrapping is an extension of the same line, and the line does not contain a hard carriage return that would cause a compilation failure.

Code fragments: A code fragment is a small section of source code that is presented without its context. Assume that all necessary supporting code exists and that the supporting environment fully supports the correct compilation and execution of the code shown and its omitted environment.

Descriptive comments: Take descriptive comments, such as "setter and getters go here," at face value. Assume that correct code exists, compiles, and runs successfully to create the described effect.

Exam Topics:

Section 1: Declarations, Initialization and Scoping

  • Develop code that declares classes (including abstract and all forms of nested classes), interfaces, and enums, and includes the appropriate use of package and import statements (including static imports).
  • Develop code that declares an interface. Develop code that implements or extends one or more interfaces.
  • Develop code that declares an abstract class. Develop code that extends an abstract class.
  • Develop code that declares, initializes, and uses primitives, arrays, enums, and objects as static, instance, and local variables. Also, use legal identifiers for variable names.
  • Given a code example, determine if a method is correctly overriding or overloading another method, and identify legal return values (including covariant returns), for the method.
  • Given a set of classes and superclasses, develop constructors for one or more of the classes. Given a class declaration, determine if a default constructor will be created, and if so, determine the behavior of that constructor. Given a nested or non-nested class listing, write code to instantiate the class.

Section 2: Flow Control

  • Develop code that implements an if or switch statement; and identify legal argument types for these statements.
  • Develop code that implements all forms of loops and iterators, including the use of for, the enhanced for loop (for-each), do, while, labels, break, and continue; and explain the values taken by loop counter variables during and after loop execution.
  • Develop code that makes use of assertions, and distinguish appropriate from inappropriate uses of assertions.
  • Develop code that makes use of exceptions and exception handling clauses (try, catch, finally), and declares methods and overriding methods that throw exceptions.
  • Recognize the effect of an exception arising at a specified point in a code fragment. Note that the exception may be a runtime exception, a checked exception, or an error.
  • Recognize situations that will result in any of the following being thrown: ArrayIndexOutOfBoundsException,ClassCastException, IllegalArgumentException, IllegalStateException, NullPointerException, NumberFormatException, AssertionError, ExceptionInInitializerError, StackOverflowError or NoClassDefFoundError. Understand which of these are thrown by the virtual machine and recognize situations in which others should be thrown programatically.

Section 3: API Contents

  • Develop code that uses the primitive wrapper classes (such as Boolean, Character, Double, Integer, etc.), and/or autoboxing & unboxing. Discuss the differences between the String, StringBuilder, and StringBuffer classes.
  • Given a scenario involving navigating file systems, reading from files, writing to files, or interacting with the user, develop the correct solution using the following classes (sometimes in combination), from BufferedReader, BufferedWriter, File, FileReader, FileWriter, PrintWriter, and Console.
  • Use standard J2SE APIs in the java.text package to correctly format or parse dates, numbers, and currency values for a specific locale; and, given a scenario, determine the appropriate methods to use if you want to use the default locale or a specific locale. Describe the purpose and use of the java.util.Locale class.
  • Write code that uses standard J2SE APIs in the java.util and java.util.regex packages to format or parse strings or streams. For strings, write code that uses the Pattern and Matcher classes and the String.split method. Recognize and use regular expression patterns for matching (limited to: . (dot), * (star), + (plus), ?, \d, \s, \w, [], ()). The use of *, +, and ? will be limited to greedy quantifiers, and the parenthesis operator will only be used as a grouping mechanism, not for capturing content during matching. For streams, write code using the Formatter and Scanner classes and the PrintWriter.format/printf methods. Recognize and use formatting parameters (limited to: %b, %c, %d, %f, %s) in format strings.

Section 4: Concurrency

  • Write code to define, instantiate, and start new threads using both java.lang.Thread and java.lang.Runnable.
  • Recognize the states in which a thread can exist, and identify ways in which a thread can transition from one state to another.
  • Given a scenario, write code that makes appropriate use of object locking to protect static or instance variables from concurrent access problems.

Section 5: OO Concepts

  • Develop code that implements tight encapsulation, loose coupling, and high cohesion in classes, and describe the benefits.
  • Given a scenario, develop code that demonstrates the use of polymorphism. Further, determine when casting will be necessary and recognize compiler vs. runtime errors related to object reference casting.
  • Explain the effect of modifiers on inheritance with respect to constructors, instance or static variables, and instance or static methods.
  • Given a scenario, develop code that declares and/or invokes overridden or overloaded methods and code that declares and/or invokes superclass, or overloaded constructors.
  • Develop code that implements "is-a" and/or "has-a" relationships.

Section 6: Collections / Generics

  • Given a design scenario, determine which collection classes and/or interfaces should be used to properly implement that design, including the use of the Comparable interface.
  • Distinguish between correct and incorrect overrides of corresponding hashCode and equals methods, and explain the difference between == and the equals method.
  • Write code that uses the generic versions of the Collections API, in particular, the Set, List, and Map interfaces and implementation classes. Recognize the limitations of the non-generic Collections API and how to refactor code to use the generic versions. Write code that uses the NavigableSet and NavigableMap interfaces.
  • Develop code that makes proper use of type parameters in class/interface declarations, instance variables, method arguments, and return types; and write generic methods or methods that make use of wildcard types and understand the similarities and differences between these two approaches.
  • Use capabilities in the java.util package to write code to manipulate a list by sorting, performing a binary search, or converting the list to an array. Use capabilities in the java.util package to write code to manipulate an array by sorting, performing a binary search, or converting the array to a list. Use the java.util.Comparator and java.lang.Comparable interfaces to affect the sorting of lists and arrays. Furthermore, recognize the effect of the "natural ordering" of primitive wrapper classes and java.lang.String on sorting.

Section 7: Fundamentals

  • Given a code example and a scenario, write code that uses the appropriate access modifiers, package declarations, and import statements to interact with (through access or inheritance) the code in the example.
  • Given an example of a class and a command-line, determine the expected runtime behavior.
  • Determine the effect upon object references and primitive values when they are passed into methods that perform assignments or other modifying operations on the parameters.
  • Given a code example, recognize the point at which an object becomes eligible for garbage collection, determine what is and is not guaranteed by the garbage collection system, and recognize the behaviors of the Object.finalize() method.
  • Given the fully-qualified name of a class that is deployed inside and/or outside a JAR file, construct the appropriate directory structure for that class. Given a code example and a classpath, determine whether the classpath will allow the code to compile successfully.
  • Write code that correctly applies the appropriate operators including assignment operators (limited to: =, +=, -=), arithmetic operators (limited to: +, -, *, /, %, ++, --), relational operators (limited to: <, <=, >, >=, ==, !=), the instanceof operator, logical operators (limited to: &, |, ^, !, &&, ||), and the conditional operator ( ? : ), to produce a desired result. Write code that determines the equality of two objects or two primitives.


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