Java SE8 Programming

Develop Java applications with Java SE8 Platform

Get Java SE 8 Programming Skills
Tutor support and key learning points
Guaranteed best price in the industry
Designed for java developers and java EE developers

The complete programming skillset is required by IT development companies. The use of basic programming languages does not meet all the customer requirements. There is a need of mature computer language that meets all the customer requirements. Java language is a platform-independent language which fulfils all the project needs. It is used to create software to be embedded in various consumer electronic devices. The Pentagon Training’s Java SE8 Programming course offers you the knowledge of Java Standard Edition 8 platform and Application Programming Interfaces (API).

The Java SE8 Programming course provides the knowledge of Lambda expressions in Java applications. You will be prepared with high-performance multi-threaded applications.

Who should take this course

Java EE Developers
Developer
Java Developers

Prerequisites

There are no prerequisites required for Java SE8 course, but familiarity with basic Java is recommended.

What Will You Learn

By undergoing this Java SE8 course, the candidates will learn to:

Create multi-threaded applications
Build Java applications by using object-oriented paradigm
Use I/O functionalities for reading and writing data
Use command line for running java application
Managing database tables using JDBC and JPA technology
Use Lambda Expressions
Execute error-handling methods using exception handling

Key Learning Points

Tutor Support

Certificate

Course Overview

Java SE 8 Programming course imparts knowledge of language structure and Application Programming Interfaces. You will get to know about the Java platform in which Java libraries and evolution of Java are covered. This Java SE8 course is designed to teach delegates the subclassing and encapsulation topics.

Course Content

An overview of Java Platform

· The platform independence nature of Java language

· Discriminating the Java ME, Java SE, and Java EE Platforms

· Estimating Java libraries, middleware, and database selections

· Essential points on the evolution of Java language

Java Syntax and Class Review

· Forming Java classes

· Using primitive variables

· Using operators

· Generating and operating strings

· If-else and switch statements

· Use of loops: while, do-while, for

· Concept of arrays

· Using constructors and functions

Subclassing and Encapsulation

· Importance of encapsulation in Java Designing problems using Java classes

· Making classes immutable

· Creating and using Java subclasses

· Overloading functions

Overriding Methods, Polymorphism, and Static Classes

· Understanding access specifies

· Methods of Overriding

· Deploying virtual method request

· Deploying the instance of operator

· Using upward and downward casts

· Designing business problems by using the static keyword

· Executing the singleton design pattern

Abstract and Nested Classes

· Planning general-purpose base classes

· Constructing abstract Java classes and subclasses

· Using final keyword in Java

· differentiate between top-level and nested classes

Interfaces and Lambda Expressions

· Describing a Java interface

· Picking between interface inheritance and class inheritance

· Extending an interface

· Analysing defaulting methods

· Describing a Lambda Expression

Collections and Generics

· Generating a custom generic class

· Create an object using the type inference diamond

· Formation of a collection by using generics

· Executing an ArrayList

· Implementing a TreeSet

· Executing a HashMap

· Implementing a Deque

· Collection Ordering

Lambda Interfaces

· Declaration of the built-in interfaces comprised

· Understanding Core interfaces - Predicate, Consumer, Function, Supplier

· Using primaeval versions of base interfaces

Lambda Operations

· Using map for extracting data

· Describing the types of stream operations

· Understanding the Optional class

· Labelling lazy processing

· Sorting a stream

· Using the Collect method by saving results to a collection

· Partition and Grouping and data using the Collectors class

Concurrency

· Defining operating system task scheduling

· Generating worker threads using Runnable and Callable

· Deploying an Executor Service to execute responsibilities concurrently

· Classifying potential threading problems

Using synchronised and concurrent atomic to manage atomicity

· Using monitor locks to control thread execution control

· The use of java.util.Concurrent collections

The Fork-Join Framework

· Introducing Parallelism

· The necessity for Fork-Join

· Stealing of Work

· RecursiveTask

Localization

· Introducing Localization

· Defining the benefits of localising an application

· describing what a locale represents

· Generating a resource bundle for each locale

· Calling a resource bundle from an application

· Changing the locale for a resource bundle

Database Applications with JDBC

· Describing the layout of the JDBC API

· Connection using a JDBC driver with database

· Acquiescing queries and display data

· Requiring JDBC driver information externally

· Executing CRUD operations using the JDBC API

Parallel Streams

· Studying the key features of streams

· Defining how to make a stream pipeline execute in parallel

· The expectations needed to use a parallel pipeline

· Defining reduction

· Defining associative function

· Defining the process for decaying and then combining work

· Listing the key performance thoughts for parallel streams

Exceptions and Assertions

· Describing the objectives of Java exceptions

· Using the try and throw statements

· Using the catch, multi-catch, and finally clauses

· Auto close properties with a try-with-resources statement

· Identifying common exception classes and groups

· Generating custom exceptions

· Challenging invariants by using declarations

I/O Fundamentals

· Defining the fundamentals of input and output in Java

· Read and write data from the console

· The streams to read and write files

· Writing and read objects using serialisation

Java Date/Time API

· Making date-based events

· Handling time-based events

· Joining date and time into a single object

· Employed with dates and times across time zones

· Handling changes resulting from daylight savings

· Describing and creating timestamps and periods

· Formatting dates and times to local and zoned

Collections Streams, and Filters

· Defining the Builder pattern

· The collection iteration with lambda syntax

· Defining the Stream interface

· The collection filtration using lambda expressions

· Calling current method using a method reference

· Binding multiple methods

· Describing pipelines regarding lambdas and collections

File I/O

· Operating on file and directory paths using the Path interface

· Deploying the Files class to check, delete, copy, or move a file or directory

About Stoke-on-Trent

Stoke-on-Trent is a city in Staffordshire, England. It ranges from 36 square miles. Stoke is polycentric, having been molded by an association of six towns in the early 20th period. It reached its name from Stoke-upon-Trent, where the railway station and the town hall are situated. The four other payments are Burslem, Tunstall, Longton and Fenton.

Geography:

Stoke-on-Trent is situated about half-way between Birmingham and Manchester. It links the town and area of Newcastle-under-Lyme. The city located on the higher hill of the River Trent at the south-west foothills of the Pennines, ranging from 106 to 213 meters (350 to 700 ft.) above sea level. The city is measured to be the southernmost end of the Pennines, restricted by the plains of the Midlands to the south, counting the Cheshire Plain deceitful west of Newcastle. The Peak District National Park lies straight to the east and comprises part of the Staffordshire Moorlands District, as well as parts of Derbyshire, Greater Manchester and West and South Yorkshire.

Climate:

Stoke-on-Trent, as with all of the United Kingdom, practices a temperate nautical weather, missing in weather limits. The local area is comparatively raised due to its nearness to the Pennines, subsequent in cooler temperatures year round likened to the nearby Cheshire Plain. However, on calm, clear nights this is frequently upturned as cold air drainage reasons a temperature overturn to occur. As such, the Stoke-on-Trent and Newcastle area are not vulnerable to plain frosts. The nearest Met Office weather station is Keele University, about four miles west of the city centre.

The absolute high temperature is 32.9 °C (91.2 °F), logged in August 1990, although more classically the average warmest day of the year should be 27.0 °C (80.6 °F). In total, just under fourteen days should report a temperature of 25.1 °C (77.2 °F) or above.

Demography:

Based on the 2001 survey, the total population of the city was 240,63. This was a warning of 3.5% since 1991. 51.3% of the population is female. 96.3% of the population of Stoke-on-Trent were instinctive in the UK. 94.8% of the population recognised themselves as white, 2.6% as Asian British Pakistani, 0.5% Asian British Indian and 0.3% as Black Afro Caribbean. Concerning faith, 74.7% labelled themselves as Christian, 3.2% Muslim and 13.4% had no religion. In the same survey, 19.9% were recognised as under 15; 21.0% were over 60. A total of 24.2% of non-pensioner families were logged as having no working grownups. In 2011 the population had amplified to 249,000. It is the first time that the city's population has full-grown since it drawn at 276,639 in 1931.