SkillSoft Explore Course – Lambers, Inc.

Aspire Java Novice to Javanista Java Novice to Javanista Track 1: Java Novice

Final Exam: Java Novice will test your knowledge and application of the topics presented throughout the Java Novice track of the Aspire Java Novice to Javanista Journey.

Asset ID	it_fejnj_01_enus
Course Type	Video Course
Course Category	Java Novice to Javanista

Objectives
Final Exam: Java Novice accept user input and implement conditional execution using if statements access and use class loaders in Java contrast the effects of variable reassignment with variable modification contrast the restrictions offered by the public and private access modifiers create and invoke functions in the JShell create and use parameterized constructors in Java create constructors and use them to instantiate objects in Java create member variables in Java and view their values define a function that includes a forward reference and recognize the limitations of such methods define variables using interface types demonstrate how for loops can be used to iterate the contents of a string or array describe how the JVM is used to execute your Java source code describe the use of logical operators in Java to specify conditions and create filters describe the use of various primitive Java data types, such as int and Boolean enumerate the various use cases of Java in different fields of computer science examine how to work with the .equals() and .hashCode() methods and the hashCode contract explore nuances while defining derived class constructors explore the nuances of the protected access modifier identify the existence of the universal Object base class implement interface methods in class definitions implement return values and types correctly initialize fields in constructor definitions initialize fields using the 'this' keyword install and set up the Java Development Kit and the IntelliJ IDE on macOS install the Java Development Kit and the IntelliJ IDE on Microsoft Windows instantiate objects of built-in Java classes list the characteristics of an abstract class make use of comparison operators and functions in Java to compare variables model is-a relationships using the inheritance hierarchy overload methods with the same name and different number and types of input arguments override .equals() to check for semantic equality perform operations on Java objects publish variable values to the console using the format method in Java recall how a Java class is a template with attributes and actions recall how classes and inheritance can be used to model relationships recall how inheritance, polymorphism, and encapsulation are used in java recall how Java identifies and invokes the right overloaded method based on parameter types recall how the default constructor in the base class is used in the derived class recall how variables can be declared and created in Java recall Java best practices to access static variables recall the characteristics of interfaces and interface methods recall the characteristics of runtime polymorphism recall the operation of the == operator and the default .equals() method recall the use-case for class loaders and list the class loader hierarchy recognize how imports work in JShell and how objects can be instantiated recognize how Java assignment operators are used to change the values of variables recognize that classes are blueprints and objects are instances of classes recognize the syntax of if statements and make use of else blocks set up an inheritance hierarchy using custom classes set up JShell and execute basic Java commands in the interactive environment use class references to access static variables and describe the use of the 'final' keyword use Java math operators to perform operations on integers and concatenate strings use multiple if statements and explore the use of else-if blocks use switch statements to select categories based on a value use the auto-complete feature to automatically fill in code details use the default modifier to restrict access to other classes in the same package use the instanceof operator to identify types for objects use the private access modifier to restrict access to fields and methods use the protected access modifier to restrict access to derived classes and classes in the same package use the super keyword to invoke a base class constructor from a derived class

Objectives

Final Exam: Java Novice

accept user input and implement conditional execution using if statements
access and use class loaders in Java
contrast the effects of variable reassignment with variable modification
contrast the restrictions offered by the public and private access modifiers
create and invoke functions in the JShell
create and use parameterized constructors in Java
create constructors and use them to instantiate objects in Java
create member variables in Java and view their values
define a function that includes a forward reference and recognize the limitations of such methods
define variables using interface types
demonstrate how for loops can be used to iterate the contents of a string or array
describe how the JVM is used to execute your Java source code
describe the use of logical operators in Java to specify conditions and create filters
describe the use of various primitive Java data types, such as int and Boolean
enumerate the various use cases of Java in different fields of computer science
examine how to work with the .equals() and .hashCode() methods and the hashCode contract
explore nuances while defining derived class constructors
explore the nuances of the protected access modifier
identify the existence of the universal Object base class
implement interface methods in class definitions
implement return values and types correctly
initialize fields in constructor definitions
initialize fields using the 'this' keyword
install and set up the Java Development Kit and the IntelliJ IDE on macOS
install the Java Development Kit and the IntelliJ IDE on Microsoft Windows
instantiate objects of built-in Java classes
list the characteristics of an abstract class
make use of comparison operators and functions in Java to compare variables
model is-a relationships using the inheritance hierarchy
overload methods with the same name and different number and types of input arguments
override .equals() to check for semantic equality
perform operations on Java objects
publish variable values to the console using the format method in Java
recall how a Java class is a template with attributes and actions
recall how classes and inheritance can be used to model relationships
recall how inheritance, polymorphism, and encapsulation are used in java
recall how Java identifies and invokes the right overloaded method based on parameter types
recall how the default constructor in the base class is used in the derived class
recall how variables can be declared and created in Java
recall Java best practices to access static variables
recall the characteristics of interfaces and interface methods
recall the characteristics of runtime polymorphism
recall the operation of the == operator and the default .equals() method
recall the use-case for class loaders and list the class loader hierarchy
recognize how imports work in JShell and how objects can be instantiated
recognize how Java assignment operators are used to change the values of variables
recognize that classes are blueprints and objects are instances of classes
recognize the syntax of if statements and make use of else blocks
set up an inheritance hierarchy using custom classes
set up JShell and execute basic Java commands in the interactive environment
use class references to access static variables and describe the use of the 'final' keyword
use Java math operators to perform operations on integers and concatenate strings
use multiple if statements and explore the use of else-if blocks
use switch statements to select categories based on a value
use the auto-complete feature to automatically fill in code details
use the default modifier to restrict access to other classes in the same package
use the instanceof operator to identify types for objects
use the private access modifier to restrict access to fields and methods
use the protected access modifier to restrict access to derived classes and classes in the same package
use the super keyword to invoke a base class constructor from a derived class