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What is the duration, language, and format of Oracle 1Z0-499: Oracle ZFS Storage Appliance 2017 Implementation Essentials Exam

• Language: English (U.S)
• Number of Questions: 80
• Length of Examination: 180 minutes
• Passing score: 63%
• Format: Multiple choices

Introduction to Oracle 1Z0-499: Oracle ZFS Storage Appliance 2017 Implementation Essentials Exam

Oracle 1Z0-499: Oracle ZFS Storage Appliance 2017 Implementation Essentials Exam is designed for candidates who have knowledge and skills in Java Programming or candidates who willing to have a strong understanding of Java coding can go ahead and appear for this exam. With consistent preparation, there is also another aspect of acing the examination - proper time scheduling. Much like any other examinations, the Upgrade Java 11 OCP assessment provides the enrolled candidate a limited duration for completing the examination. Considering the depth of the questions asked in the examination, you must adapt yourself to the restrictions that the assessment places on you. The most effective method for doing the same is to regularly take the relevant 1z0-499 practice test.

Topics of Oracle 1Z0-499: Oracle ZFS Storage Appliance 2017 Implementation Essentials Exam

Candidates must know the exam topics before they start preparation. Our 1z0-499 exam dumps will include the following topics:

Understanding Modules

• Describe the Modular JDK
• Describe how a modular project is compiled and run
• Declare modules and enable access between modules

Migration to a Modular Application

• Use jdeps to determine dependencies and identify the way to address the cyclic dependencies
• Migrate the application developed using a Java version before SE 9 to SE 11 including top-down and bottom-up migration, splitting a Java SE 8 application into modules for migration

Services in a Modular Application

• Design a service type, load services using ServiceLoader, check for dependencies of the services including consumer and provider modules
• Describe the components of Services including directives

Local Variable Type Inference

• Create and use lambda expressions with local variable type inferred parameters
• Use local variable type inference

Java Interfaces

• Define and write functional interfaces
• Create and use methods in interfaces

Lambda Expressions

• Use built-in functional interfaces including Predicate, Consumer, Function, and Supplier
• Create and use lambda expressions
• Use primitive and binary variations of base interfaces of java.util.function package
• Use lambda expressions and method references

Lambda Operations on Streams

• Sort a collection using lambda expressions
• Use Collectors with streams, including the grouping and partitioning operation
• Perform calculations using count, max, min, average, and sum stream operations
• Use the Optional class
• Search stream data using search find First, finding, any match, all match, and non-match methods
• Extract stream data using a map, peek, and flatMap methods

Parallel Streams

• Implement decomposition and reduction with streams
• Develop the code that uses parallel streams

Java File I/O (NIO.2)

• Use Stream API with Files
• Use Files class to check, delete, copy, or move a file or directory
• Use the Path interface to operate on file and directory paths

Language Enhancements

Use the try-with-resources construct Develop code that handles multiple Exception types in a single catch block

Reference: https://education.oracle.com/oracle-zfs-storage-appliance-2017-implementation-essentials/pexam_1Z0-499