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- Basic Java Requirements
- 1 Overview Of Programming With Java
- 1.1 What Is Programming ? Why We Need Programming
- 1.2 How To Learn Programming & Programming Skills
- 1.3 How Can I Be A Good/Excellent Programmer
- 1.4 More details on Java
- 1.4.1 Platform Independence In Java - WORA & WOCA
- 1.4.2 Java And Internet - Creating Java Applet
- 1.4.3 What Is Servlet In Java?
- 1.4.4 Java Bytecode
- 1.4.5 Java Buzzwords
- 1.4.6 JDK JRE JVM JIT - Java Compiler
- 1.4.7 Java Versions And Changes Done In Every Version
- 1.4.8 Java Keywords
- 1.5 Simple Programs and Development environment
- 1.5.1 Installation Of Java on your PC
- 1.5.2 Java Sample Program - Simple Hello World Program In Java
- 1.5.3 How to Compile and Run Java Program In Cmd Prompt
- 2 Datatypes
- 2.1 Data Types In Java
- 2.2 Primtive Dataypes
- 2.2.1 Primitive Data Types In Java
- 2.2.2 Integer Data Types In Java
- 2.2.3 Floating Point Data Types In Java
- 2.2.4 Java Character
- 2.2.5 Boolean Data Type In Java
- 2.2.6 Literals
- 2.2.6.1 Java Literals
- 2.2.6.2 Integer Literals In Java
- 2.2.6.3 Floating Point Literals In Java
- 2.2.6.4 Character Literals In Java
- 2.2.6.5 String Literal In Java
- 2.2.6.6 Boolean Literals In Java
- 3 Variables
- 3.1 Java Variables
- 3.2 Scope Of Variables In Same Block
- 3.3 Type Conversion In Java
- 3.4 Type Casting In Java
- 4 Operators
- 4.1 Operators In Java
- 4.2 Java Arithmetic Operators
- 4.3 Basic Arithmetic Operators In Java
- 4.4 Increment And Decrement Operators In Java
- 4.5 Modulus Operator In Java
- 4.6 Arithmetic Compound Assignment Operators In Java
- 4.7 Relational Operators In Java
- 4.8 Boolean Logical Operators In Java
- 4.9 Short Circuit Logical Operators In Java
- 4.10 Assignment Operator In Java
- 4.11 Ternary Operator In Java
- 4.12 Java Operator Precedence And Associativity
- 4.13 Temperature Conversion Program In Java
- 5 Control Statements
- 5.1 Control Statements In Java
- 5.2 Selection Statements
- 5.2.1 Selection Statements In Java
- 5.2.2 if Condition In Java
- 5.2.3 Nested if Statements In Java
- 5.2.4 if else if ladder In Java
- 5.2.5 switch Statement In Java
- 5.2.6 if else Vs switch Performance In Java
- 5.2.7 Nested switch Statements In Java
- 5.2.8 Fall Through Switch Case Statements In Java
- 5.3 Blocks of code
- 5.3.1 Block Of Code In Java
- 5.3.2 Scope Of Variables In Nested/Multiple Blocks
- 5.3.3 Lifetime Of Variable In Java
- 5.3.4 Expressions, Statement, Line & Block In Java
- 5.4 Iteration statements (Loops)
- 5.4.1 Iteration Statements Or Loops In Java
- 5.4.2 while Loop In Java
- 5.4.3 for Loop In Java
- 5.4.4 for Vs while Loop In Java
- 5.4.5 do while Loop In Java
- 5.4.6 Nested Loops in Java
- 5.4.7 Nested While Loop In Java
- 5.4.8 Nested for Loop In Java
- 5.4.9 for Loop Example Program In Java - Sum Of Numbers
- 5.4.10 Factorial Program In Java Using for Loop
- 5.4.11 Factorial Program In Java Using While Loop
- 5.5 Jump Statements
- 5.5.1 Jump Statements In Java
- 5.5.2 Using Break In for Loop To Exit
- 5.5.3 Using break in switch case Statement
- 5.5.4 Using Java Break Statements as Java Goto
- 5.5.5 Using break In Nested Loop Java Program
- 5.5.6 Java continue Statement
- 5.5.7 Java return Statement
- 5.6 Java for loops vs Java while loops vs Java do while loops
- 6 Methods - Importance
- 6.1 Basic Java Methods
- 6.2 Java Methods
- 6.3 Java Methods - Parameter Passing And Scope
- 6.4 Java Program To Find Simple Interest Using Methods
- 6.5 Recursive In Java
- 7 Array - Overview
- 7.1 Java Array
- 7.2 Creation And Declaration Of Array In Java
- 7.3 Arraylist Access Using Index
- 7.4 Java Multidimensional Array
- 7.5 Java Array Initialization
- 7.6 Learn Arrays And Loops
- 7.7 Java Code To Print Student Details Using Arrays
- 7.8 For-each Loop In Core Java Programming
- 7.9 ommand Line Arguments In Core Java Programming
- 8 Classes
- 8.1 Java Class
- 8.2 Java Classes and Java Objects
- 8.3 Java Objects References
- 8.4 Member Variable In Java
- 8.5 Class References And Objects In Java
- 8.6 To Print Student Details Using Classes In Java
- 8.7 Create Objects Using Constructors In Java
- 8.8 Class With Multiple Constructors In Java
- 8.9 this Keyword In Java
- 8.10 Behavior Of Java Classes Using Methods
- 8.11 Java Multiple Methods In One Class
- 8.12 Calling A Class From Another Class In Java
- 8.13 Creating A Class For Data Validation
- 8.14 Java Program To Find Rectangle Area & Perimeter Using Classes
- 8.15 Java Program to Find Area of Various Shapes Using Classes
- 8.16 Java Program To Compare Movies
- 9 Class Inheritance
- 9.1 Java Class Inheritance
- 9.2 Is-A Relationship In Java
- 9.3 Passing Sub Class Object As Super Class Reference
- 9.4 Assigning Sub Class Object To Super Class Reference In Java
- 9.5 Assigning Super Class Reference To A Sub Class Reference In Java
- 9.6 Multilevel Inheritance In Java With Example Program
- 10 Methods Overiding, Overloading
- 10.1 Method Overloading In Java
- 10.2 Is Java Pass by Reference or Pass by Value
- 10.3 Method Overriding In Java
- 10.4 Inheritance Example Program To Remove Duplicate Code
- 10.5 How A Method Can Be Overridden In Different Ways
- 10.6 Method Overloading Vs Method Overriding
- 10.7 Super Keyword In Java To Call Super Class Constructor
- 10.8 Inheritance And Constructors In Java
- 10.9 Dynamic Method Dispatch - Calling Overridden Methods In Java
- 10.10 Run Time Polymorphism In Java
- 11 Abstract Class And Methods
- 11.1 Java Abstract Class
- 11.2 Abstract Method In Java
- 11.3 Rules For Abstract Methods and Abstract Classes
- 11.4 Creating Array Of Objects In Java
- 11.5 Java Program To Find Largest Area by Comparing Various Shapes
- 11.6 Java Program For Cricket Players Using Class Hierarchy
- 12 Interfaces, Packages and Access Control
- 12.1 Java Interface
- 12.2 Difference Between Interfaces And Abstract Classes
- 12.3 Future Task Java Program Using Interfaces
- 12.4 Creating Interface In Java With Example Program
- 12.5 Java Package
- 12.6 How To Compile Classes in Package
- 12.7 Using private Keyword In Java For Access Control
- 12.8 Access Modifiers In Java
- 12.9 Java Access Modifiers With Example Program
- 13 final, static and others
- 13.1 final Keyword In Java
- 13.2 Static Keyword In Java
- 13.3 Creating Static Methods In Java Using Static Keyword
- 13.4 Singleton Design Pattern In Java
- 13.5 Java Program To Explain Public Static Void Main
- 13.6 Static and Non Static Variables - Static and Non Static Methods
- 14 Object Oriented Concepts - Revisited
- 14.1 Abstraction in Java
- 14.2 Polymorphism In Java
- 14.3 Encapsulation In Java
- 14.4 Inheritance In Java
- 15 Exceptions
- 15.1 Why Java Throws Exceptions
- 15.2 How To Handle An Exception In Java
- 15.3 Exception Handling In Java with Example Program
- 15.4 Try Catch Block In Java
- 15.5 Java Multiple Catch Block With Example Program
- 15.6 Java Finally Block In Exception Handling
- 15.7 User Defined Exception In Java
- 15.8 Java Throw Keyword - Java Throws Keyword
- 15.9 Difference Between Error and Exception in Java
- 15.10 Checked Exception Vs Unchecked Exception In Java
- 15.11 Java Built In Exceptions Checked Exceptions, Unchecked Exceptions
- 15.12 Exception Handling Syntax In Java Programming
- 16 Multithreaded Programming
- 16.1 Thread Concept In Java
- 16.2 The Java Thread Model
- 16.2.1 Creation Of Threads In Java
- 16.2.2 Java Inter Thread Communication With Example
- 16.3 Synchronization
- 16.3.1 Thread Synchronization In Java Using 'Synchronized'
- 16.3.2 static synchronized In Java
- 16.3.3 Java Synchronized Blocks
- 16.4 Handling Thread DeadLock In Java
- 16.5 Java Thread Group
- 16.6 Modern Ways Of Suspending, Resuming And Stopping Threads In Java
- 17 Generics
- 17.1 Java Generics
- 17.2 A Simple Generics Example
- 17.2.1 How Generics Improve Type Safety In Java
- 17.3 A Generic Class With Two Type Parameters In Java
- 17.4 Java Bounded Type - Bounded Type In Java
- 17.5 Generics Wildcards In Java With Examples
- 17.6 Java Generics In Methods And Constructors
- 17.7 Generic Interface In Java
- 17.8 Java Type Erasure
- 18 Strings
- 18.1 Java String
- 18.2 Java length() Method | length() Method In Java - Strings
- 18.3 Special String Operations
- 18.3.1 Literals In Java
- 18.3.2 Java String concatenation - concat() Method In Java
- 18.3.3 Java String Concatenation with Other Data Types
- 18.3.4 Java String Conversion - toString() Method In Java
- 18.4 Character Extraction
- 18.4.1 charAt() Method In Java - Java Character Extraction
- 18.4.2 getChars() Method In Java
- 18.4.3 Java Character Extraction - Java String getBytes() Method
- 18.4.4 Java Character Extraction - toCharArray() Method In Java
- 18.5 String Comparison
- 18.5.1 Java String Comparison Methods - Equals and EqualsIgnoreCase
- 18.5.2 Java regionMatches() Method - String Comparison
- 18.5.3 Java String startsWith() And endsWith() Methods
- 18.5.4 Java equals method vs == Operator
- 18.5.5 Java compareTo() method
- 18.6 Java Searching Strings - Java indexOf, lastIndexOf Methods
- 18.7 Modifying a String
- 18.7.1 Java String substring() method - substring In Java
- 18.7.2 concat() method In Java
- 18.7.3 replace() Method In Java
- 18.7.4 Java String trim() Method - trim() Method In Java
- 18.8 Data Conversion Using valueOf In Java
- 18.9 toLowerCase() And toUpperCase() Methods In Java
- 18.10 Additional String Methods in Java
- 18.11 Java String Arrays - String Arrays In Java
- 18.12 StringBuffer
- 18.12.1 Java StringBuffer
- 18.12.2 Java StringBuffer
- 18.12.3 Java StringBuffer length() And capacity() Methods
- 18.12.4 Java StringBuffer ensureCapacity() Method With Example
- 18.12.5 Java setLength() Method In StringBuffer Class
- 18.12.6 Java charAt() And setCharAt() Methods in StringBuffer
- 18.12.7 StringBuffer getChars() Method In Java With Example
- 18.12.8 Java append() Method In StringBuffer
- 18.12.9 Java StringBuffer insert() Method With Example
- 18.12.10 Java StringBuffer, reverse() - Reverse A String In Java
- 18.12.11 Java delete() and deleteCharAt() Methods In StringBuffer
- 18.12.12 Java StringBuffer replace() Method With Example
- 18.12.13 Java substring
- 18.12.14 Additional StringBuffer Methods In Java
- 18.13 StringBuilder Class In Java
- 18.14 Conclusion Of Strings In Java
- 19 Exploring java.lang
- 19.1 Primitive Type Wrappers
- 19.1.1 Java Number Class
- 19.1.2 Java Double Class And Java Float Class
- 19.1.3 Java isInfinite() And isNaN() Methods In Double Class
- 19.1.4 Creating Objects for Primitive Data Types (Byte, Short)
- 19.1.5 Converting Numbers to and from Strings In Java
- 19.1.6 Java Character Class
- 19.1.7 Character Unicode, Code Point Support In Java
- 19.1.8 Java Boolean Class
- 19.2 Java Void Class
- 19.3 Java Process Class
- 19.4 Java Runtime Class - java.lang.Runtime
- 19.5 Java ProcessBuilder
- 19.6 System
- 19.6.1 Using currentTimeMillis() Method In Java
- 19.6.2 System Class arraycopy() Method In Java
- 19.6.3 Java Environment Properties
- 19.7 Object As A Super Class In Java
- 19.8 clone() Method And cloneable Interface In Java
- 19.9 java.lang.class - Java Library
- 19.10 Java ClassLoader
- 19.11 Java Math Class - java.lang.Math
- 19.12 Java Package Class
- 19.13 Java Enumeration
- 19.14 Java Comparable Interface with Example
- 19.15 Conclusion (Exploring java.lang)
- 20 Collections Framework
- 20.1 Java Collections Overview
- 20.2 Collection Interface
- 20.2.1 Java List Interface
- 20.2.2 Set Interface In Java
- 20.2.3 Java SortedSet Interface
- 20.2.4 Java NavigableSet Interface
- 20.3 Collection Classes
- 20.3.1 Java ArrayList
- 20.3.2 Java LinkedList
- 20.3.3 HashSet Class In Java
- 20.3.4 Java LinkedHashSet
- 20.3.5 Java TreeSet - TreeSet Examples in Java
- 20.3.6 Java PriorityQueue - PriorityQueue In Java
- 20.3.7 Java ArrayDeque Class
- 20.3.8 Java EnumSet
- 20.4 Iterator
- 20.4.1 Java Iterator
- 20.4.2 List Iterator In Java
- 20.5 Map Interfaces
- 20.5.1 Java Map Interfaces - HashMap, TreeMap, LinkedHashMap
- 20.5.2 Java SortedMap Interface
- 20.5.3 Java NavigableMap
- 20.5.4 Java Map.Entry Interface
- 20.6 Map Classes
- 20.6.1 Java HashMap Implementation
- 20.6.2 TreeMap In Java - java.util.TreeMap
- 20.6.3 Java WeakHashMap Class
- 20.6.4 LinkedHashMap In Java with Code Example
- 20.6.5 Java IdentityHashMap
- 20.6.6 Java EnumMap
- 20.7 Java Comparators
- 20.8 Collection Algorithms
- 20.8.1 Java Collection Algorithms
- 20.8.2 Java Read-only Collections And Algorithms
- 20.8.3 Java Thread Safe Collections & Algorithms
- 20.8.4 Java Singleton
- 20.8.5 Java nCopies Collections - Collections.nCopies() Method
- 20.9 java.util.Arrays - Class Arrays In Collection Framework
- 20.10 Why Collections Are Generic In Java?
- 20.11 Legacy Classes and Interfaces
- 20.11.1 Java Enumeration Interfaces - Java Enumeration Examples
- 20.11.2 Java Vector
- 20.11.3 Stack In Java - java.util.Stack Class
- 20.11.4 Java Dictionary Class - java.util.Dictionary
- 20.11.5 Java Hashtable
- 20.11.6 Java Properties Class - java.util.Properties Class
- 20.12 Collection Framework In Java
- 21 More Utility Classes
- 21.1 Java Collections - Utility Classes In Java
- 21.2 StringTokenizer In Java
- 21.3 Java BitSet
- 21.4 Java Date Class
- 21.5 Calendar In Java - java.util.Calendar Class
- 21.6 Java GregorianCalendar
- 21.7 Java TimeZone Class
- 21.8 Java SimpleTimeZone
- 21.9 Locale Class In Java
- 21.10 Java Random Class - java.util.Random Package
- 21.11 Java Observable
- 21.12 Java Timer Class And Java TimerTask Class
- 21.13 Java Currency Class
- 21.14 Formatter
- 21.14.1 Java Formatter Class
- 21.14.2 Java Formatter Methods
- 21.14.3 Java Formatter
- 21.14.4 Formatting Strings And Characters By Using Formatter
- 21.14.5 Java Formatting Numbers
- 21.14.6 Formatting Date And Time In Java With Example
- 21.15 Scanner
- 21.15.1 Java Scanner Class Constructors With Example
- 21.15.2 Java Scanner Class Methods With Examples
- 21.16 Java ResourceBundle, ListResourceBundle And PropertyResourceBundle Classes
- 21.17 java.util Subpackages
- 21.17.1 Usage Of java.util.logging Package
- 21.17.2 Java Regular Expression
- 22 Input/Output: Exploring java.io
- 22.1 Java Input/Output Classes And Interfaces
- 22.2 File
- 22.2.1 Java Directories - isDiretory() Method In Java
- 22.2.2 Using FilenameFilter Interface In Java
- 22.2.3 Alternative For list() Method - listFiles() Method
- 22.2.4 Creating Directories In Java - Creating Java Directories
- 22.3 AutoCloseable, Closeable And Flushable Interfaces In Java
- 22.4 Java I/O Exceptions - I/O Exceptions In Java
- 22.5 Two Ways To Close A Stream In Java
- 22.6 Java Stream Classes
- 22.7 Byte Streams
- 22.7.1 Java InputStream Class
- 22.7.2 Java OutputStream Class
- 22.7.3 Java FileInputStream
- 22.7.4 Java FileOutputStream
- 22.7.5 Java ByteArrayInputStream
- 22.7.6 Java ByteArrayOutputStream
- 22.7.7 Java Filtered Byte Streams
- 22.7.8 Java Buffered Byte Streams
- 22.7.9 Java BufferedInputStream
- 22.7.10 Java BufferedOutputStream - BufferedOutputStream In Java
- 22.7.11 Java PrintStream Class
- 22.7.12 DataInputStream And DataOutputStream In Java
- 22.7.13 Java RandomAccessFile
- 22.8 Character Streams
- 22.8.1 Reader Class In Java
- 22.8.2 Java Writer Class
- 22.8.3 Java FileReader
- 22.8.4 Java FileWriter
- 22.8.5 Java CharArrayReader
- 22.8.6 Java CharArrayWriter
- 22.8.7 BufferedReader In Java
- 22.8.8 Java BufferedWriter
- 22.8.9 PrintWriter Class In Java
- 22.9 Java Console Class
- 22.10 Serialization
- 22.10.1 Serialization In Java
- 22.10.2 Externalizable In Java with Example
- 22.10.3 Java ObjectOutput
- 22.10.4 Java ObjectOutputStream
- 22.10.5 Java ObjectInput
- 22.10.6 Java ObjectInputStream
- 22.10.7 Java Serialization Process -
- 22.11 Java Stream Benefits
- 22.12 Conclusion To Input/Output (Exploring java.io)
- 23 Other Core Java Topics
- 23.1 Other Advanced Topics In Java
- 23.2 Advanced Java Programming Concepts
- Advance Java Topics or Syllabus
- 1. Basics of a Web application
- What is a web application?
- What is a web client and web server?
- How do client and server communicate?
- HTTP protocol basics
- HTML language basics
- What is a TCP/IP port, URL?
- Need for a Web Container
- 2. Web Container and Web Application Project Set up
- To set up Tomcat Container on a machine
- To set up a Servlets JSP project in Eclipse
- To configure dependency of Servlet JSP APIs
- Web application project structure
- 3. Servlets
- What are Servlets?
- What can they do? Why are they needed?
- How do Servlets look in code?
- HTTP Methods; GET, POST, PUT, DELETE, TRACE, OPTIONS
- GET/POST request; differences between the two
- Servlet Lifecycle
- Servlet Context and Servlet Config
- Forwarding and Redirection of requests
- 4. Session Management
- What is a session?
- Why is it required?
- How to get a session?
- Session information passing between client and server
- Session information passing mechanisms - Cookies, Rewriting
- How to destroy a session
- 5. JSPs
- Introduction to JSP and need for JSPs
- Basic HTML tags
- JSP Lifecycle
- 6. JSP Elements
- Scriptlets
- Expressions
- Declarations
- Significance of above elements and fitment into the JSP Lifecycle
- What are Directives in JSP?
- Page Directive
- Include Directives
- Taglib Directive
- 7. JSP Tag library
- JSP Standard Actions
- Expression Language
- JSTL basics and it's usage
- Need for Custom Tag Library
- Custom Tag Library implementation
- Struts Framework (version 2.x)
- 1. Basics of MVC
- What is MVC?
- MVC Type1 and Type2 architecture
- Why Struts framework?
- Struts 1 overview
- Struts 1 and Struts 2 comparison
- 2. Struts 2 Architecture
- Architecture Diagram explanation of following components:
- Components of Model, Views and Controller in Struts Framework
- Interceptors
- Model/Action classes
- Value Stack
- OGNL
- Introduction to configurations; framework and application architecture
- Declarative and Annotations configuration approaches
- 3. Struts 2 set up and first Action class
- Download JAR files
- Struts 2 project build up and Configuration files
- To build Action class
- To intercept an HTTP request via Struts2 framework using Action class
- Defining data and business logic in Action class
- Preparing and Forwarding control to Views
- 4. Struts 2 Interceptors
- What are Interceptors
- Responsibilities of an Interceptor
- Mechanism of Interceptor calling in Struts 2
- Defining Interceptors
- Defining Interceptor stacks
- Defining Custom Interceptors
- 5. Struts 2 Tag Library
- Introduction to tag library of Struts 2 and it's usage
- 6. Struts 2 Validations
- Validations using Validateable interface
- Workflow interceptor mechanism for validations
- Validations using Validateable interface
- Validation Framework introduction and architecture
- Validating user input with above two mechanisms
- 7. Struts 2 Tiles Frameworks
- Introduction to Tiles in a page
- Struts2 Tiles framework introduction
- Defining tiles.xml file
- Configuring pages for tiles
- A complete Tiles example with Struts2
- Hibernate Framework (version 3.x)
- 1. Introduction
- What is ORM principle?
- Why ORM?
- ORM implementations
- 2. Hibernate Architecture
- Introduction to Hibernate
- Hibernate Architecture
- What are Persistent classes?
- 3. Hibernate CRUD
- Setting up Hibernate project
- Configuring all JARs and XML files
- Setting up connection to DB using Hibernate
- Performing basic CRUD operations using Hibernate API
- Object Identity; Generator type classes
- Using SQL with Hibernate
- Using HQL
- Using Criteria queries
- 4. Mapping Collections and Associations
- To define sets, mas, lists in Hibernate
- Association Mappings:
- One to one
- One to many
- Many to one
- Many to many
- Hibernate Caching
- What is caching?
- What are the types of caching in Hibernate?
- Explanation of various caching mechanisms in Hibernate
- 5. Using Hibernate Annotations
- Sample example of using Hibernate Annotations
- Spring Framework (version 3.x)
- 1. Introduction to spring
- What is Spring?
- Spring Architecture explanation and all it's components
- 2. Introduction to all modules of Spring
- Spring Bean Factory
- Spring Application Context
- Spring DI
- Spring Integration; Spring messaging, Spring JMS
- Spring MVC
- Spring DAO
- 3. Setting up spring
- Setting up of Spring framework
- Download JARs
- Configure XML files
- 4. Dependency Injection
- What is Dependency Injection?
- How is it implemented using Spring Framework?
- Bean Wiring mechanisms in Spring
- 5. Spring AOP
- What is Spring AOP?
- Implementation of Spring AOP
- Spring Boot Framework (Version 2.x)
- 1. Introduction
- Spring Boot Introduction
- Spring Boot Version
- Spring vs Spring Boot vs Spring MVC
- Spring Boot Architecture
- 2. Creating Project
- Spring Initializr
- Download & Install STS IDE
- Spring Boot Example
- Spring Boot CLI
- Spring Boot Example-STS
- 3. Project Components
- Annotations
- Dependency Management
- Application Properties
- Starters
- Starter Parent
- Starter Web
- Starter Data JPA
- Starter Actuator
- Starter Test
- Devtools
- Multi Module Project
- Packaging
- Auto-Configuration
- 4. Tool Suite
- Hello World Example
- Project Deployment Using Tomcat
- 5. Spring Boot AOP
- What is AOP?
- AOP Before Advice
- AOP After Advice
- AOP Around Advice
- After Returning Advice
- After Throwing Advice
- 6. Spring Boot Database
- JPA
- JDBC
- H2 Database
- Crud Operations
- 7. Spring Boot View
- Thymeleaf View
- 8. Spring Boot Caching
- What is Caching?
- Cache Provider
- EhCaching
- 9. Spring Boot Misc
- Run Spring Boot Application
- Changing Port
- Spring Boot Rest Example
- Web Services: REST and SOAP
- Logging Framework: Splunk, Log4J, SLF4j
- Version-control system + repository hosting service: Git + Github
- Course Curriculum
- Getting Started
- Preview1- Introduction (1:11)
- Start2- Source Code
- Exceptions (43m)
- Preview1- Introduction (0:42)
- Preview2- What are Exceptions (3:45)
- Preview3- Types of Exceptions (3:40)
- Preview4- Exceptions Hierarchy (2:05)
- Preview5- Catching Exceptions (3:51)
- Preview6- Catching Multiple Types of Exceptions (4:28)
- Preview7- The finally Block (4:10)
- Start8- The try-with-resources Statement (2:26)
- Start9- Throwing Exceptions (4:41)
- Start10- Re-throwing Exceptions (3:07)
- Start11- Custom Exceptions (4:18)
- Start12- Chaining Exceptions (4:56)
- Start13- Summary (0:56)
- Generics (43m)
- Start1- Introduction (0:27)
- Start2- The Need for Generics (3:32)
- Start3- A Poor Solution (3:22)
- Start4- Generic Classes (4:27)
- Start5- Generics and Primitive Types (2:24)
- Start6- Constraints (3:25)
- Start7- Type Erasure (4:04)
- Start8- Comparable Interface (5:38)
- Start9- Generic Methods (4:48)
- Start10- Multiple Type Parameters (2:32)
- Start11- Generic Classes and Inheritance (4:17)
- Start12- Wildcards (5:27)
- Start13- Summary (0:55)
- Collections (1h)
- Start1- Introduction (0:34)
- Start2- Overview of Collections Framework (3:08)
- Start3- The Need for Iterables (3:54)
- Start4- The Iterable Interface (5:24)
- Start5- The Iterator Interface (5:26)
- Start6- The Collection Interface (9:35)
- Start7- The List Interface (3:51)
- Start8- The Comparable Interface (4:28)
- Start9- The Comparator Interface (3:51)
- Start10- The Queue Interface (4:47)
- Start11- The Set Interface (5:33)
- Start12- Hash Tables (3:44)
- Start13- The Map Interface (6:26)
- Start14- Summary (0:44)
- Lambda Expressions and Functional Interfaces (44m)
- Start1- Introduction (0:47)
- Start2- Functional Interfaces (3:51)
- Start3- Anonymous Inner Classes (1:23)
- Start4- Lambda Expressions (3:43)
- Start5- Variable Capture (1:56)
- Start6- Method References (3:46)
- Start7- Built-in Functional Interfaces (1:42)
- Start8- The Consumer Interface (4:06)
- Start9- Chaining Consumer (4:28)
- Start10- The Supplier Interface (2:30)
- Start11- The Function Interface (3:00)
- Start12- Composing Functions (4:19)
- Start13- The Predicate Interface (2:02)
- Start14- Combining Predicates (2:10)
- Start15- The BinaryOperator Interface (3:15)
- Start16- The UnaryOperator Interface (1:13)
- Start17- Summary (0:40)
- Streams (1h)
- Start1- Introduction (0:41)
- Start2- Imperative vs Functional Programming (6:24)
- Start3- Creating a Stream (5:01)
- Start4- Mapping Elements (5:24)
- Start5- Filtering Elements (2:59)
- Start6- Slicing Streams (4:21)
- Start7- Sorting Streams (5:12)
- Start8- Getting Unique Elements (2:09)
- Start9- Peeking Elements (3:19)
- Start10- Simple Reducers (3:37)
- Start11- Reducing a Stream (4:12)
- Start12- Collectors (6:03)
- Start13- Grouping Elements (4:51)
- Start14- Partitioning Elements (2:10)
- Start15- Primitive Type Streams (1:25)
- Start16- Summary (0:39)
- Concurrency and Multi-threading (1h)
- Start1- Introduction (0:55)
- Start2- Processes and Threads (3:07)
- Start3- Starting a Thread (3:14)
- Start4- Pausing a Thread (2:35)
- Start5- Joining a Thread (2:27)
- Start6- Interrupting a Thread (2:54)
- Start7- Concurrency Issues (2:08)
- Start8- Race Conditions (5:53)
- Start9- Strategies for Thread Safety (2:50)
- Start10- Confinement (3:40)
- Start11- Locks (3:17)
- Start12- The synchronized Keyword (5:13)
- Start13- The volatile Keyword (6:33)
- Start14- Thread Signalling with wait() and notify() (3:35)
- Start15- Atomic Objects (3:25)
- Start16- Adders (2:08)
- Start17- Synchronized Collections (3:24)
- Start18- Concurrent Collections (2:37)
- Start19- Summary (1:18)
- The Executive Framework (70m)
- Start1- Introduction (0:38)
- Start2- Thread Pools (1:46)
- Start3- Executors (6:50)
- Start4- Callables and Futures (5:00)
- Start5- Asynchronous Programming (1:50)
- Start6- Completable Futures (1:38)
- Start7- Creating a Completable Future (3:42)
- Start8- Implementing an Asynchronous API (4:18)
- Start9- Running Code on Completion (4:04)
- Start10- Handling Exceptions (4:15)
- Start11- Transforming a Completable Future (4:34)
- Start12- Composing Completable Futures (6:08)
- Start13- Combining Completable Futures (4:32)
- Start14- Waiting for Many Tasks to Complete (2:48)
- Start15- Waiting for the First Task (2:13)
- Start16- Handling timeouts (2:24)
- Start17- Project- Best Price Finder (1:18)
- Start18- Solution- Getting a Quote (4:15)
- Start19- Solution- Getting Many Quotes (4:49)
- Start20- Solution- Random Delays (4:27)
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