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Java Programming Fundamentals
« em: 09 de Maio de 2020, 07:00 »

Java Programming Fundamentals
Video: .mp4 (1280x720, 30 fps(r)) | Audio: aac, 44100 Hz, 2ch | Size: 10.8 GB
Genre: eLearning Video | Duration: 56 lectures (22 hour, 39 mins) | Language: English
Master the core concepts of Java Programming language & their application to practical projects. Become a Java Developer.

What you'll learn

    End-to-end understanding of core concepts of Java
    Learn the core Java skills needed to apply for Java developer positions
    Master design principles, best practices and coding conventions for writing well-designed, professional Java code
    Be able to demonstrate your understanding of Java to future employers
    Prepare and apply for Oracle Java Certification exams (Oracle Certified Associate, Java SE 8 Programmer 1Z0-808)
    Master OOP concepts by using real-world applications as case study
    Learn why Java is useful for the design of desktop and web applications
    Identify Java language components and how they work together in applications
    Design and program stand-alone Java applications
    How to design a graphical user interface (GUI) with Java Swing
    Learn how to extend Java classes with inheritance and dynamic binding
    Use exception handling in Java applications
    Understand how to design GUI components with the Java Swing API
    Learn Java generics and how to use the Java Collections API
    Understand how to design applications with threads in Java
    Learn how to read and write files in Java

Requirements

    Enthusiasm and determination to make your mark on the world!

Description

This Java Programming Fundamentals course by Uplatz is for anyone who wants to learn Java from scratch, polish java skills, face java interviews and prepare for java certifications. Anyone can take this course and go from zero developments skills to being expert in OOPs and core Java.

Java is the most popular language world wide and technologies like Servlets & JSP, J2EE, Struts, Spring, Hibernate, JMS or android for mobile applications are all based on core Java. Even Kotlin (android's new programming language) becomes easier if you know Java. Having a sound understanding of core java concepts is necessary, if you want to learn advance concepts, frameworks and android programming.

In this Introduction to Java Programming training course, you gain extensive hands-on experience writing, compiling, and executing Java programs. You will learn to build robust applications that use Java's object-oriented features. Java is known for reliability, maintainability, and ease of development. Its unique architecture enables programmers to develop a single application that can seamlessly run across multiple platforms. Attend this course and learn to leverage these key features.

This Introduction to Java programming training course will teach you the latest Java language syntax and programming skills, allowing you to develop commercial object oriented and functional java applications.

What is Java?

Java is a concurrent, compiled, object-oriented programming language. It was created in 1995 by Sun Microsystems (now Oracle) and can be found across many websites, applications, and programs. It was modelled after C++, but intended to be simpler and easier to use.

Java must be run on a software platform, such as the Java Platform by Oracle or the Android SDK for mobile devices. Java is commonly used in Android apps, enterprise software, financial and scientific software, big data calculations, and web applications.

JavaScript is a high-level programming language, which is one of three core technologies of World Wide Web content production. It can be used to make web pages interactive and provide online programs, such as video games. It is widely used, and is employed by the majority of websites and is supported by all modern web browsers. As you can see, if your hoping for a career in programming or web development then this course will be extremely beneficial, and could help you get the career you want.

Why learn Java?

Java is one of the most popular programming languages out there, mainly because of how versatile and compatible it is. Java can be used for a large number of things, including software development, mobile applications, and large systems development. As of 2019, 88% market share of all smartphones run on Android, the mobile operating system written in Java. Knowing Java opens a great deal of doors for you as a developer.

Who learns Java?

Mobile app developers, web developers, and software engineers might need to know Java to create and maintain their products. Java is less intuitive and more complex than other web development languages like Python, so it's better to start elsewhere if you're new to programming.

Objectives of Java Programming Fundamentals course

    Develop an understanding on Java programming

    Implement standard SQL queries with databases

    To be able to program with Java​

    Core concepts of Java including Variables, datatypes, operators, control statements, arrays, packages, classpath, user-input and debugging

    Object Oriented Programming concepts and their application

    String, Wrapper classes, Exception handling and Enumeration in detail

    Adding appropriate comments to your code

    Writing professional Java code using Industry best practices

    Be ready to face interviews

In this Introduction to Java Programming training course, you gain extensive hands-on experience writing, compiling, and executing Java programs. You will learn to build robust applications that use Java's object-oriented features. Java is known for reliability, maintainability, and ease of development. Its unique architecture enables programmers to develop a single application that can seamlessly run across multiple platforms. Attend this course and learn to leverage these key features.

Java Programming Fundamentals course syllabus

Java Overview

    How the Java Environment Works

    HelloWorld Program

    Launch Single-File Source Code

    jShell REPL

    Comments and Terminators

    Identifiers

Syntax and Types

    Java Variables

    var declarations

    Java Types

    Basic Java Types

    Reference types

    Conditional Expressions

    Logical operators

    If statement

    While Statement

    Do Statement

    For statement

    Special flow of control operators

    Switch statement

    Numerical Operators

    Casting

    Strings

Classes and Objects

    What is an Object?

    Objects and Encapsulation

    What is a Class?

    Class Object Relationship

    The Person class

    Variable types

    Constructors

    Working with the class Person

Working with Methods

    Method Definitions

    Method Arguments & Return Types

    Overloading Methods

    Method Invocations

    Defining methods

    Constructors Versus Methods

    toString() method

    Adding behaviour to the class Person

    The PersonApp program

Class Inheritance

    Inheritance in Java

    Implementing Inheritance

    Rule for overriding methods

    Rules for Polymorphic variables

    Casting and Inheritance

    The super variable

    Constructors and Inheritance

Abstract Classes, Class Side Behaviour and Final

    Abstract Classes

    Abstract Classes in Java

    Defining an Abstract Class

    Extending an Abstract Class

    Using Concrete Subclasses

    Class Side Information

    Class Side Data

    Class Side Behaviour

    Final Keyword

Java Interfaces and Enumerations

    What is an Interface in Java?

    Basic Interface Definitions

    Implementing an Interface

    Interface

    Using an Interface in a Contract

    Inheritance by Interfaces and Types

    Classes and multiple Interfaces

    Default Interface Methods

    Static Interface Methods

    Enumeration Support

    Implementing Enumerated Types

Packages

    Packages

    Class-Package Relationship

    Declaring Packages

    Packaging the Person class

    Role of the Classpath

    JAR Files

    Encapsulation and Packages

    Class modifier

    Constructor Modifier

    Variable Modifier

    Method Modifiers

    Package Summary

Java 9+ Modules

    Introduction the JPMS

    Java Platform Module System

    Why we need modules

    Look at what modules are

    How to define a module

    How to create a single module application

    How to link modules

Arrays

    What is a Java Array?

    Creating arrays of Objects

    Accessing Array Elements

    Main method args array

    Short hand from

    Ragged Arrays in Java

    Working with Ragged Arrays

    Implications of Inheritance for Arrays

    Integer Array Example

Java Generics

    Generics and Basic Types

    Generics and Their Types

    Adding Generics to your classes

    A simple user defined Generic class (the Bag class)

    Type Equality

    Generic Collection Assignment

    Generics and Inheritance

Collections Classes

    Collections API

    ArrayList

    Interfaces v Concrete Classes

    HashMap

    Iteration and Enumeration

    Queues

    Generics and Collections

    For Loops

    Boxing and Unboxing

    Raw Collections

Java 9+ Immutable Collections

    Why Immutability?

    Immutability

    List.of Factory method

    Set.of Factory method

    Map.of Factory method

    Immutable Collection Nodes

    Java 10 Enhancement

Error and Exception Handling

    Errors & Exceptions

    Exception types in Java

    Part of the Exception Hierarchy

    Exception Handling

    Local Handling

    Exception Handling Example

    Passing the Buck

    Try with Resources

    Defining new Exceptions

    Chained Exceptions

Nested / Inner Classes

    Four types of Nested / Inner Class

    Properties of Member level inner classes

    Properties of Method Inner classes

    Anonymous Method Inner classes

    Java 11 Nest-based Access

Java Functions

    Functional Programming

    Functional Programming in Java

    Functional Interfaces

    Using Functional Interfaces

    Lambdas in Java

    Closing / Capturing Variables

    Returning Functions

    Combining Functions

    Higher Order Functions

    Defining Lambdas

    Method References

Java Optional Type

    Null considered Harmful

    Java Optional Type

    Optional Variables

    Creating Optional values

    Method Summary

Java 9 Streams

    Streams

    Streams from Collections

    Terminal / Non Terminal Operators

    Creating a Stream

    Map Operation

    Collectors

    Filter operation

    Sorted operation

    ForEach

    Pipelining Operations

    Parallel Streams

    Not just collections

Files, Paths and IO Streams

    Introducing NIO.2

    Paths class and Path Interface

    The Files class

    File Attributes

    The File Watcher Service

    IO Streams

    Scanners

By the end of this course, you will have:

    Learnt about Java class and Objects

    Explored defining methods and properties

    Examined Class Inheritance

    Understood Java Interfaces and Enumerations

    Considered how to use Packages and Modules

    Learnt about Functional Programming in Java

    Understood how to handle Errors and Exceptions

    Worked with Files, paths and Stream IO

    Used the new Streams API for processing data

    Explored the Collection classes

What version of Java should you learn?

Generally speaking you would want to learn the very latest version of a computer programming language, but thats not necessarily the case with Java.

Until recently Java releases were infrequent (one major release in 3 years was common). Companies standardised on specific versions of Java. Right now most companies are still focused on Java 8, which is a relatively old version, dating back to 2015.

Oracle (the owners of Java) are now releasing new versions of Java every six months, and when the new version comes out the old version is no longer supported.

But to cater for most companies who tend to stick to specific versions of Java for a long time, they have marked the current version of Java - Java 11 as LTS - or Long Term support. That means that they guarantee to support this version for the long term - for a number of years at least.

Companies will stick to versions of Java that are supported in the long term. For career purposes you should learn the appropriate versions of Java that your future employer will likely be using. Right now thats Java 8 and Java 11 (Java 9 and Java 10 have been released and already been marked obsolete and are no longer supported).

Job Prospects

According to PayScale, the average salary for a Java developer is $69,722 per year, with an average salary range of $47,169 to $106,610 per year. The highest-paid Java developers are in San Francisco and Arlington, where the average reported yearly salaries are $97,000 per year.

Who this course is for:

    Software Developers & Programmers
    Newbies and Beginners aspiring to become Java Web/App Developers
    Senior Java Developers Full stack, Spring Boot, Angular
    Full Stack Web Developers
    Front End Engineers & Front End Web Developers
    Application Developers & Programmers
    Java Developers - Artificial Intelligence
    Tech Leads & Architects
    Data Engineers & Data Scientists
   

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