- All JavaEE Viedos Playlist
- All JavaEE Viedos
- All JAVA EE Links
- All Design Patterns Links
- Spring Tutorial
- Spring boot & JMS & Apache Kafka & Web Services
- Servlets Tutorial
- JDBC Tutorial
- JAVA Tutorial
- Java Collection Framework
- Apache Server Tutorial
- Apache Maven Tutorial
- JSON/XML/SQL/MongoDB Tutorials
- Computer Tutorial
- Kids Learning Tutorial
- Cooking Tutorial
- All Design Patterns Links
- Design Pattern - Playlists
- Design Pattern - Playlists - Part1
- Design Patterns - Introduction - Playlist
- J2EE Design Patterns - Playlist
- Creational Design patterns - Playlist
- Structural Design patterns - Playlist
- Behavioral Design patterns - Playlist
- Front Controller Design Pattern - Playlist
- Intercepting Filter Design Pattern - Playlist
- Business Delegate Design Pattern - Playlist
- Service Locator Design Pattern - Playlist
- Context Object Design Pattern - Playlist
- Data Access Object Design Pattern - Playlist
- Design Pattern - Playlists - Part2
- Object Pool Design Pattern - Playlist
- Singleton Design Pattern - Playlist
- Factory Design Pattern - Playlist
- Abstract Factory Design Pattern - Playlist
- Prototype Design pattern - Playlist
- Builder Design pattern - Playlist
- Iterator Design Pattern - Playlist
- Observer Design Pattern - Playlist
- Chain of Responsibility Design Pattern - Playlist
- Memento Design pattern - Playlist
- Design Pattern - Playlists - Part3
- Mediator Design pattern - Playlist
- Strategy Design pattern - Playlist
- Visitor Design pattern - Playlist
- State Design pattern - Playlist
- Command Design pattern - Playlist
- Interpreter Design pattern - Playlist
- Filter or Criteria Design Pattern - Playlist
- Composite Design Pattern - Playlist
- Proxy Design pattern - Playlist
- Flyweight Design pattern - Playlist
- Decorator Design pattern - Playlist
- Bridge Design pattern - Playlist
- Adapter Design pattern - Playlist
- Design Pattern - Playlists - Part4
- Base Design Pattern - Playlist
- Data Source Architectural Design Patterns - Playlist
- Object-Relational Metadata Mapping Design Patterns - Playlist
- Offline Concurrency Design Patterns - Playlist
- Domain Logic Design Patterns - Playlist
- Object-Relational Behavioral Design Patterns - Playlist
- Object-Relational Structural Design Patterns - Playlist
- Web Presentation Design Patterns - Playlist
- Distribution Design Patterns - Playlist
- Session State Design Patterns - Playlist
- Concurrency Design patterns - Playlist
- Design Pattern - Playlists - Part5
- Design Pattern - Playlists - Part1
- Design Patterns - Introduction
- Design Patterns
- Design patterns - catalog
- Enterprise Application Architecture Patterns
- Domain Logic Patterns
- Data Source Architectural Patterns
- Object Relational Behavioral Patterns
- Object-Relational Structural Patterns
- Object Relational Metadata Mapping Patterns
- Web Presentation Patterns
- Distribution Patterns
- Offline Concurrency Patterns
- Base Design Pattern
- Session State Design pattern
- Concurrency patterns
- J2EE patterns
- Creational Design patterns
- Structural design patterns
- Behavioral design patterns
- J2EE Design Patterns
- Creational Design patterns
- Creational Design patterns
- Object Pool Design Pattern
- Singleton Design Pattern
- Factory Design Pattern
- Abstract Factory Design Pattern
- Prototype Design Pattern
- Builder Design Pattern
- Builder Design Pattern - Introduction
- Builder Design pattern - Real Time Example [Meal Package]
- Builder Design pattern - Real Time Example [Animal Toys]
- Builder Design pattern - Real Time Example [Beverage]
- Builder Design Pattern - Class Diagram
- Builder Design Pattern - Sequence Diagram
- Builder Design Pattern - Implementation [Beverage]
- Builder Design Pattern - Implementation [Animal Toy]
- Builder Design Pattern - KeyPoints
- Behavioral design patterns
- Behavioral design patterns
- Iterator Design Pattern
- Observer Design Pattern
- Chain of Responsibility Design Pattern
- Chain of Responsibility Design Pattern - Introduction
- Chain of Responsibility Design Pattern - Real time Example
- Chain of Responsibility Design Pattern - Class and Sequence Diagram
- Chain of Responsibility Design Pattern - Implementation(One Receiver)
- Chain of Responsibility Design Pattern - Implementation(one or more Receiver)
- Chain of Responsibility Design Pattern - Key Points
- Momento Design pattern
- Template Design pattern or Template Method Design pattern
- Template Design pattern or Template Method Design pattern - Introduction
- Template Design pattern or Template Method Design pattern - Real Time Example [Coffee]
- Template Design pattern or Template Method Design pattern - Real Time Example [Car]
- Template Design pattern or Template Method Design pattern - Class Diagram
- Template Design pattern or Template Method Design pattern - Implementation [Building a House]
- Template Design pattern or Template Method Design pattern - Implementation [Coffee]
- Template Design pattern or Template Method Design pattern - KeyPoints
- Mediator Design pattern
- Mediator Design pattern - Introduction
- Mediator Design pattern - When to Use
- Mediator Design pattern - Real Time Example [Facebook]
- Mediator Design pattern - Real Time Example [ATC]
- Mediator Design pattern - Real Time Example [Chat Room]
- Mediator Design pattern - Class Diagram
- Mediator Design pattern - Implementation [Facebook]
- Mediator Design pattern - Implementation [Chat Room]
- Mediator Design pattern - KeyPoints
- Strategy Design pattern
- Strategy Design pattern - Introduction
- Strategy Design pattern - Real Time Example [Compress files]
- Strategy Design pattern - Real Time Example [Payment]
- Strategy Design pattern - Real Time Example [Travel]
- Strategy Design pattern - Real Time Example [Sorting]
- Strategy Design pattern - Real Time Example [Search]
- Strategy Design pattern - Class Diagram
- Strategy Design pattern - Sequence Diagram
- Strategy Design pattern - Implementation [Compress files]
- Strategy Design pattern - Implementation [Travel]
- Strategy Design pattern - Implementation [Payment]
- Strategy Design pattern - Implementation [Search]
- Strategy Design pattern - Implementation [Sort]
- Strategy Design pattern - KeyPoints
- Visitor Design pattern
- Visitor Design pattern - Introduction
- Visitor Design pattern - Real time Example [Kids]
- Visitor Design pattern - Real time Example [Products]
- Visitor Design pattern - Class Diagram
- Visitor Design pattern - Implementation [Kids]
- Visitor Design pattern - Implementation [Products]
- Visitor Design pattern - KeyPoints
- State Design pattern
- State Design pattern - Introduction
- State Design pattern - Real time example [ATM]
- State Design pattern - Real time example [TV Remote]
- State Design pattern - Real time example [Vending Machine]
- State Design pattern - Real time example [Project]
- State Design pattern - Class Diagram
- State Design pattern - Implementation [ATM]
- State Design pattern - Implementation [Vending Machine]
- State Design pattern - Implementation [Project]
- State Design pattern - Implementation [LED TV]
- State Design pattern - Keypoints
- Command Design pattern
- Command Design pattern - Introduction
- Command Design pattern - Real time example [Hotel]
- Command Design pattern - Real time example [Menu]
- Command Design pattern - Class Diagram
- Command Design pattern - Sequence Diagram
- Command Design pattern - Object Creation and flow
- Command Design pattern - Implementation [Menu]
- Command Design pattern - Key points
- Interpreter Design pattern
- Structural design patterns
- Structural design patterns
- Filter or Criteria Design Pattern
- Composite Design Pattern
- Proxy Design Pattern
- Proxy Design Pattern - Introduction
- Proxy Design pattern - Real Time Example[ATM]
- Proxy Design pattern - Real Time Example [Proxy Server]
- Proxy Design pattern - Class Diagram
- Proxy Design pattern - Sequence Diagram
- Proxy Design pattern - Implementation [Protection Proxy]
- Proxy Design pattern - Implementation [Remote Proxy]
- Proxy Design pattern - Implementation[Virtual Proxy]
- Proxy Design Pattern - Key Points
- Flyweight Design pattern
- Decorator Design pattern
- Decorator Design pattern - Introduction
- Decorator Design pattern - Real Time Example [Dosa]
- Decorator Design pattern - Real Time Example [Ice Cream]
- Decorator Design pattern - Real Time Example [Pizza]
- Decorator Design pattern - Real Time Example [Car]
- Decorator Design pattern - Class Diagram
- Decorator Design pattern - Sequence Diagram
- Decorator Design pattern - Implementation [Dosa]
- Decorator Design pattern - Implementation [Pizza]
- Decorator Design pattern - Implementation [Ice Cream]
- Decorator Design pattern - Implementation [Car]
- Decorator Design pattern - Implementation [Shape]
- Decorator Design pattern - Key Points
- Bridge Design pattern
- Bridge Design pattern - Introduction
- Bridge Design pattern - Real time example [Send Message]
- Bridge Design pattern - Real time example [Publish Message]
- Bridge Design pattern - Real time example [Shape]
- Bridge Design pattern - Real time example [TV]
- Bridge Design pattern - Class Diagram
- Bridge Design pattern - Implementation [Shape]
- Bridge Design pattern - Implementation [Send Message]
- Bridge Design pattern - Implementation [Publish Message]
- Bridge Design pattern - Implementation [LED TV]
- Bridge Design pattern - Keypoints
- Adapter Design Pattern
- Adapter Design pattern - Introduction
- Adapter Design Pattern - Real Time Exmaple(Translator)
- Adapter Design pattern - Real Time Example (Card Reader)
- Adapter Design pattern - Real Time Example (Mobile Charger)
- Adapter Design pattern - Real Time Example (Universal Adaptor)
- Adapter Design pattern - Real Time Example [JDBC Driver]
- Adapter Design pattern - Class diagram
- Adapter Design Pattern - Sequence diagram
- Adapter Design Pattern - Implementation [Language Translator]
- Adapter Pattern - Implementation [Object Adapter]
- Adapter Pattern - Implementation [Class Adapter]
- Adapter Design Pattern - Implementation [Mobile Charger]
- Adapter Design Pattern - Key Points
- Concurrency Design patterns
- Concurrency patterns
- Thread Pool Design Pattern
- Monitor or synchronization Design Pattern
- Lock Design Pattern
- Scheduler Design Pattern
- Read-write lock Design Pattern
- Messaging Design Pattern(MDP)
- Messaging Design Pattern(MDP) - Introduction
- Messaging Design Pattern(MDP) - Asynchronous messaging
- Messaging Design Pattern(MDP) - Two Way Messaging
- Messaging Design Pattern(MDP) - Implementation of Proxy
- Messaging Design Pattern(MDP)-Implementation of Adapter
- Messaging Design Pattern(MDP) - Implementation of Webservice
- Reactor Design Pattern
- Double-checked locking Design Pattern
- Offline Concurrency Patterns
- Session State Design pattern
- Distribution Patterns
- Base Design Pattern
- Base Design Pattern
- Gateway Design Pattern
- Layer Supertype Design Pattern
- Registry Design Pattern
- Money Design Pattern
- Plugin Design Pattern
- Special Case Design Pattern
- Separated Interface Design Pattern
- Service Stub Design Pattern
- Record Set Design Pattern
- Mapper Design Pattern
- Value Object Design Pattern
- Web Presentation Patterns
- Domain Logic Patterns
- Object Relational Structural Patterns
- Object-Relational Structural Patterns
- Identity Field Design Pattern
- Foreign Key Mapping Design Pattern
- Association Table Mapping Design Pattern
- Dependent Mapping Design Pattern
- Embedded Value Design Pattern
- Serialized LOB Design Pattern
- Single Table Inheritance Design Pattern
- Class Table Inheritance Design Pattern
- Concrete Table Inheritance Design Pattern
- Inheritance Mappers Design Pattern
- Object Relational Behavioral Patterns
- Object Relational MetadataMapping Patterns
- Data Source Architectural Patterns
- All Design Patterns Links
- Servlets Tutorial
- Servlets Tutorial - Playlists [Part 1]
- Servlets Tutorial - Playlist
- Tomcat - Playlist
- Servlets : WAR file - Playlist
- HTTP Methods and HTTP Status Codes - Playlist
- Client-Server Model - Playlist
- Servlet Application Creation using Eclipse - Playlist
- Servlets Basics - Playlist
- Servlets : Request and Response Headers - Playlist
- Servlets Form Data - Playlist
- Servlets : ServletConfig and ServletContext - Playlist
- Servlets : load-on-startup - Playlist
- Servlets : RequestDispatcher - Playlist
- Servlets : Send Redirect - Playlist
- Servlets Tutorial - Playlists [Part 2]
- Servlet Filter - Playlist
- Servlets : Filter Config - Playlist
- Servlets : HttpSession - Playlist
- Servlets : Cookies - Playlist
- Servlets : Attribute - Playlist
- Servlets : ServletRequestAttributeListener - Playlist
- Servlets : Listeners - Playlist
- Servlets : HttpSessionAttributeListener - Playlist
- Servlets : ServletContextAttributeListener - Playlist
- Servlets : ServletContextListener - Playlist
- Servlets : Upload File and Download File - Playlist
- Servlets : HttpSessionListener - Playlist
- Servlets : ServletRequestListener - Playlist
- Servlets : HttpSessionBindinglistener - Playlist
- Servlets : Session Tracking - Playlist
- Servlets : URL Rewriting - Playlist
- Servlets - Database Access - Playlist
- Servlets Basics - Part1
- Servlets Basics - Part2
- Servlets : Request and Response Headers
- Servlets Form Data
- ServletConfig and ServletContext
- Servlets : load-on-startup
- RequestDispatcher and Send Redirect
- RequestDispatcher Introduction
- Servlets : RequestDispatcher Example
- Servlets : Send Redirect Introduction
- Send Redirect Demo[Transfer control to the Servlet which is in the Same Webcontainer]
- Send Redirect Demo[Transfer control to different domain]
- Servlets : Send Redirect vs. Forward
- Page Redirection
- Filter Config
- Servlet Filter
- Servlet HttpSession
- Session Tracking
- Servlets Listeners
- Servlets Listeners
- ServletRequestAttributeListener Introduction
- ServletRequestAttributeListener Demo
- HttpSessionAttributeListener Introduction
- HttpSessionAttributeListener Demo
- ServletContextAttributeListener Introduction
- ServletContextAttributeListener Demo
- ServletContextListener Introduction
- ServletContextListener Demo
- HttpSessionListener Introduction
- HttpSessionListener Demo
- HttpSession Listener Demo [Count logged in Users]
- ServletRequestListener Introduction
- ServletRequestListener Demo
- HttpSessionBindinglistener Introduction
- HttpSessionBindinglistener Demo
- HttSessionActivationListener
- Servlets - Database Access
- MySQL Installation
- MySQL Workbench
- Oracle Database Server Installation
- Oracle Sql Developer Installation
- Oracle Sql Developer - Connect to the User
- JDBC|Servlets : BoneCP Connection Pooling - Oracle - Tomcat
- JDBC|Servlets : BoneCP Connection Pooling - Mysql- Tomcat
- JDBC|Servlets : BoneCP DataSource Oracle - Tomcat
- JDBC|Servlets : BoneCP DataSource Mysql - Tomcat
- JDBC|Servlets : Tomcat Connection Pooling - DBCP- Oracle
- JDBC|Servlets : Tomcat Connection Pooling - DBCP - Mysql
- JDBC|Servlets : Tomcat C3PO Connection Pooling - Mysql
- JDBC|Servlets : Tomcat C3PO Connection Pooling - Oracle
- Client-Server Model
- Eclipse
- Tomcat
- war file
- HTTP Methods and HTTP Status Codes
- Servlets Tutorial
- JDBC Tutorial
- JDBC Tutorial - Playlist [Part 1]
- JDBC Tutorial - Playlist
- Mysql Tutorial - Playlist
- JDBC : Steps to Connect to the Database and Demo - Playlist
- JDBC ResultSetMetadata - Playlist
- JDBC DatabaseMetadata - Playlist
- JDBC Statement - Playlist
- JDBC Connection - Playlist
- JDBC PreparedStatement - Playlist
- JDBC ResultSet - Playlist
- JDBC Create|Read|Update|Delete Records - Playlist
- JDBC Create|Drop Database - Playlist
- JDBC Create|Drop Table - Playlist
- JDBC Batch Processing - Playlist
- JDBC Scrollable ResultSet - Playlist
- JDBC Tutorial - Playlist [Part 2]
- JDBC DriverManager and JDBC Driver - Playlist
- Java Decompiler - Playlist
- JDBC Basics - Playlist
- JDBC Driver Types - Playlist
- JDBC Store and Retrieve Image - Playlist
- JDBC Store and Retrieve File - Playlist
- JDBC Transaction Management - Playlist
- JDBCRowSet - Playlist
- JDBC Mysql - Playlist
- JDBC Oracle - Playlist
- JDBC DataSource - Playlist
- JDBC DBCP DataSource - Playlist
- JDBC : Java Database Connection Pooling - Playlist
- Oracle Database & SqlDeveloper Tutorial - Playlist
- Bone CP Connection Pooling - Playlist
- DBCP Connection Pooling - Playlist
- C3PO Connection Pooling - Playlist
- JDBC Stored Procedure (Mysql) - Playlist
- JDBC Stored Procedure (Oracle) - Playlist
- Mysql & Oracle
- JDBC Basics
- JDBC Driver Types
- JDBC Driver Types
- Type 1 JDBC Driver : JDBC-ODBC Bridge Driver (Bridge Driver)
- Type 2 JDBC Driver: Native-API driver/Partly Java driver(Native Driver)
- Type 3 Driver : AllJava/Net-protocol driver or Network Protocol Driver(Middleware Driver)
- Type 4 Driver : All Java/Native-protocol driver or Thin Driver (Pure Java Driver)
- JDBC : Which Driver Should be used
- JDBC Statement & PreparedStatement
- JDBC ResultSet
- JDBC ResultSetMetadata
- JDBC DatabaseMetadata
- JDBC Create|Read|Update|Delete Records
- JDBC Batch Processing
- JDBC Transaction Management
- JDBC Store Image & File
- JDBCRowSet
- JDBC DataSource
- Java Database Connection Pooling
- JDBC : Java Database Connection Pooling [BoneCP vs DBPool vs C3PO]
- JDBC|Servlets : BoneCP Connection Pooling - Oracle - Tomcat
- JDBC|Servlets : BoneCP Connection Pooling - Mysql- Tomcat
- JDBC|Servlets : BoneCP DataSource Oracle - Tomcat
- JDBC|Servlets : BoneCP DataSource Mysql - Tomcat
- JDBC|Servlets : Tomcat Connection Pooling - DBCP- Oracle
- JDBC|Servlets : Tomcat Connection Pooling - DBCP - Mysql
- JDBC|Servlets : Tomcat C3PO Connection Pooling - Mysql
- JDBC|Servlets : Tomcat C3PO Connection Pooling - Oracle
- Object Pool Design Pattern - Introduction
- Object Pool Design Pattern - Implementation
- Connection Pooling [Example of Object Pool Design Pattern]
- Object Pool Design Pattern - KeyPoints
- JDBC Stored Procedure
- JDBC : CallableStatement Introduction.
- Mysql - Simple Stored Procedure
- Mysql - Stored Procedure with Input Parameter
- Mysql - Stored Procedure with multiple Input Parameters
- Mysql - Stored Procedure with Input and Output Parameters
- JDBC - CallableStatement with Input and Output Parameters(Mysql)
- JDBC - CallableStatement (Mysql)
- JDBC - CallableStatement with Input Parameter(Mysql)
- JDBC - CallableStatement Multiple In Out Parameters (Mysql)
- Oracle : Stored Procedure with Input and Output Parameters
- Oracle : Stored Procedure Cursor
- JDBC - CallableStatement In Out Parameters (Oracle)
- JDBC - CallableStatement Cursor(Oracle)
- JDBC - CallableStatement Cursor and multiple out param(Oracle)
- JDBC Tutorial
Saturday, 23 December 2023
Friday, 22 December 2023
Wednesday, 20 December 2023
Sunday, 17 December 2023
Saturday, 16 December 2023
Friday, 15 December 2023
Monday, 4 December 2023
Sunday, 3 December 2023
Saturday, 2 December 2023
Friday, 24 November 2023
Saturday, 18 November 2023
Friday, 17 November 2023
Sunday, 12 November 2023
Saturday, 11 November 2023
Sunday, 5 November 2023
Saturday, 28 October 2023
Friday, 20 October 2023
Thursday, 19 October 2023
Wednesday, 18 October 2023
Saturday, 7 October 2023
Monday, 25 September 2023
Monday, 18 September 2023
Sunday, 17 September 2023
Saturday, 16 September 2023
Sunday, 10 September 2023
Saturday, 9 September 2023
Tuesday, 29 August 2023
Microservices Explained: Building Software with the LEGO Analogy | Micro...
Love learning with analogies? Subscribe to Ram N Java on YouTube for more simplified tech concepts!
Microservices Explained: The LEGO Analogy
Understanding complex software architecture doesn't have to be difficult. In this post, we use a simple LEGO analogy to break down exactly what Microservices are and how they differ from traditional monolithic systems.
What are Microservices?
Imagine building a giant castle with LEGO bricks. In a Monolithic setup, the castle is one solid piece. If you want to change the front gate, you might have to risk the stability of the entire structure. In a Microservices architecture, the castle is built from independent modules—the gate, the towers, and the walls are all separate units that connect together.
Why Use This Approach?
- Independent Scaling: If only the "tower" needs to be bigger, you only scale the tower, not the whole castle.
- Fault Tolerance: If a single brick (service) breaks, the rest of the structure remains standing.
- Flexibility: Different teams can work on different LEGO modules using the best tools for that specific job.
Building for the Future
Microservices allow developers to build large-scale applications that are easy to update and maintain. By breaking things down into smaller, manageable pieces, you ensure your software is as flexible as a box of LEGOs.
Check out the video above for a full visual breakdown of this architectural style!
Microservices Explained: The House Analogy for Easy Learning | Microservices Tutorial
Ready to simplify your tech journey? Subscribe to Ram N Java on YouTube for easy-to-follow architecture guides!
Microservices Architecture Explained: The House Analogy
If you've ever found software architecture concepts a bit overwhelming, you're in the right place. In this guide, we use the simple analogy of a house to explain exactly how microservices work and why they are so powerful for modern application development.
Monolith vs. Microservices: The Living Space
Think of a Monolith as a studio apartment. Everything—the kitchen, the bed, and the living area—is in one big open space. If you want to renovate the kitchen, it disrupts your entire living area.
A Microservices architecture is like a large house with separate rooms. You have a dedicated kitchen, a bedroom, and a bathroom. Each room serves a specific purpose and operates independently.
Why This Matters for Developers:
- Isolated Maintenance: If the plumbing in the bathroom needs fixing, you can still cook in the kitchen. In software, if one service has a bug, the rest of the app stays up.
- Independent Scaling: Need more space for guests? You can add an extra bedroom without rebuilding the whole house.
- Customized Tools: You can use tile for the bathroom floor and carpet for the bedroom. Similarly, different services can use different technologies that best suit their needs.
Conclusion
By breaking a large application into smaller, "room-like" services, you create a system that is easier to manage, scale, and update. Watch the video above for a full walkthrough of this analogy!
Happy building from Ram N Java!
Friday, 25 August 2023
Saturday, 19 August 2023
Friday, 18 August 2023
Monday, 14 August 2023
Simplifying Microservices Communication with Service Discovery
Want to master the world of microservices? Subscribe to Ram N Java on YouTube for deep dives and practical tutorials!
The Secret Sauce of Microservices: Service Discovery
In a microservices world, services are constantly spinning up, shutting down, and moving around. How do they find each other to communicate? The answer is Service Discovery. This post explores why it's a critical component of any modern distributed system.
Why is Service Discovery Necessary?
In traditional setups, you might hardcode IP addresses. But in a dynamic cloud environment, IPs change constantly. Service Discovery acts like a "phone book" or a "registry" that keeps track of where every service instance is located at any given moment.
Key Concepts of Service Discovery:
- Service Registry: A database containing the network locations of service instances.
- Client-Side Discovery: The client is responsible for determining the network locations of available service instances and load balancing requests across them.
- Server-Side Discovery: The client makes a request via a load balancer, which then queries the service registry and routes the request to an available instance.
Benefits for Your Architecture:
- Dynamic Scaling: New instances register themselves automatically, making scaling seamless.
- High Availability: If an instance fails, it’s removed from the registry, ensuring traffic is only sent to healthy nodes.
- Simplified Management: No more manual configuration of IP addresses or load balancer rules.
Watch the full video above to see Service Discovery in action and learn how to implement it in your own projects!
Keep coding with Ram N Java!
Sunday, 13 August 2023
Demystifying Service Discovery in Microservices Architecture
Ready to take your microservices skills to the next level? Subscribe to Ram N Java on YouTube for more technical tutorials!
Deep Dive: Mastering Service Discovery
In a dynamic microservices environment, services are like moving targets. They scale up and down, and their network locations change constantly. To keep the system running smoothly, we need a robust way for these services to find and talk to each other. This is where Service Discovery comes in.
How Service Discovery Works
Think of it as a real-time directory for your application. Instead of hardcoding connections, services "check in" with a central registry. When one service needs to talk to another, it simply asks the registry for the current address.
What You'll Learn:
- Self-Registration: How services automatically notify the registry when they start up.
- Health Checking: Ensuring that the registry only provides addresses for services that are actually healthy and responsive.
- Load Balancing: How service discovery helps distribute traffic evenly across multiple instances of a service.
Why It’s Essential
Without service discovery, managing a large-scale microservices architecture would be a manual nightmare. It enables the agility and resilience that modern cloud-native applications require.
Watch the video above for a comprehensive breakdown of the patterns and tools used to master service discovery in the real world.
Happy learning with Ram N Java!
Saturday, 12 August 2023
Monday, 7 August 2023
Sunday, 6 August 2023
Friday, 4 August 2023
Saturday, 29 July 2023
Friday, 28 July 2023
Sunday, 23 July 2023
Saturday, 22 July 2023
Saturday, 15 July 2023
Wednesday, 12 July 2023
Thursday, 6 July 2023
Tuesday, 4 July 2023
Monday, 3 July 2023
Wednesday, 21 June 2023
Monday, 19 June 2023
Wednesday, 14 June 2023
Monday, 12 June 2023
Saturday, 10 June 2023
Monday, 5 June 2023
Thursday, 13 April 2023
Sunday, 9 April 2023
Monday, 3 April 2023
Sunday, 2 April 2023
Thursday, 16 March 2023
Wednesday, 15 March 2023
Monday, 13 March 2023
Wednesday, 1 March 2023
Friday, 17 February 2023
Saturday, 11 February 2023
Sunday, 5 February 2023
What is Event Driven Architecture (EDA)? | Event Driven System | System Design
Hi everyone! If you find this guide to building scalable systems helpful, please subscribe to my YouTube channel, Ram N Java, for more simple explanations of complex tech concepts!
Event-Driven Architecture: Microservices That Scale Automatically
How do modern applications handle millions of users without crashing? The secret often lies in Event-Driven Architecture (EDA). Unlike traditional "request-response" systems where services wait on each other, EDA allows services to act independently based on real-time triggers called events.
What is an "Event"?
An event is simply a change in state. It's a message that says, "Something happened!" For example:
- "A user clicked 'Buy Now'."
- "A payment was successful."
- "A driver accepted a delivery request."
How It Works
In an event-driven system, we use three main pieces:
- Producers: These create the events (like an Order Service).
- Event Brokers: These are the "post offices" (like Kafka or RabbitMQ) that hold and deliver the messages.
- Consumers: These are the services that listen for events and do work (like an Inventory or Shipping Service).
Why EDA is the Future of Scaling
- True Independence: Your services don't need to know about each other. If one service is down, the others keep working!
- Real-Time Processing: Data moves instantly through the system as things happen.
- Automatic Scaling: You can add more "consumers" easily to handle busy times, like Black Friday sales.
By moving away from tight connections and toward event-based communication, you can build systems that are faster, more reliable, and ready for any amount of traffic.
Saturday, 4 February 2023
Friday, 27 January 2023
Thursday, 19 January 2023
Friday, 13 January 2023
Tutorials
- " "AI Integration (1)
- " and "Software Development" (1)
- Accounting (1)
- Agile Tutorial (3)
- AI (2)
- AI Integration (1)
- AI Technology (1)
- AI Tools (1)
- All Java EE Tutorial Links (4)
- All JAVA EE Tutorials (1)
- Amazon SQS Tutorial (17)
- Apache Kafka (1)
- Apache Maven (5)
- Apache Maven Tutorial (1)
- Apache Server (2)
- Apache Server Tutorial (1)
- API (3)
- Architecture (1)
- Artificial Intelligence (3)
- AWS (2)
- AWS Tutorial (2)
- Backend Development (1)
- Business Growth (1)
- Business Setup (1)
- Business Tips (5)
- Choreography vs Orchestration (1)
- Cloud Computing (2)
- Computer Tricks (32)
- Cooking (1)
- Cyber Security (1)
- Data Consistency (1)
- Database Architecture (2)
- Design Patterns (330)
- Design Patterns Tutorial (1)
- Developer Tools (1)
- DevOps Tutorial (12)
- Digital Payments (4)
- Distributed Systems (1)
- Distributed Transactions (2)
- DNS Tutorials (8)
- DynamoDB (2)
- Eclipse (5)
- EDA (1)
- Event Driven Architecture (1)
- Event Sourcing (1)
- Event-Driven Architecture (4)
- Finance (1)
- FinTech (1)
- GCP (1)
- Google Cloud (1)
- Google Pay (11)
- GPay (4)
- GPay for Business (7)
- Gradle (2)
- Gradle Tutorial (1)
- JAVA (2446)
- JAVA Basics (1522)
- Java Collection Framework (522)
- Java Collection Framework Tutorial (1)
- Java Development (3)
- JAVA Tutorial (1)
- JDBC (117)
- JDBC Tutorial (1)
- JMS Tutorial (6)
- JSON (25)
- JSON Tutorial (1)
- Kafka (2)
- Kids Learning (16)
- Kids Learning Tutorial (1)
- KYC (1)
- Learning (1)
- LEGO Analogy (1)
- Linux (8)
- Loose Coupling (1)
- Machine Learning (2)
- Marketing Tips (1)
- Mastering API Gateway: Complete Guide (5)
- MCP (3)
- MCP Explained (1)
- Merchant Tips (1)
- Microservices (18)
- Model Context Protocol (5)
- MongoDB Tutorial (9)
- Monolithic (2)
- Mysql (11)
- NoSQL (1)
- Online Safety (1)
- Online Scams (1)
- oogle Pay (1)
- Oracle (10)
- OTP Guide (1)
- Paytm (1)
- Paytm Tips (1)
- PhonePe (1)
- Pricing (1)
- Profit Tracking (1)
- Programming Tips (1)
- QR Code (1)
- RabbitMQ (1)
- Ram N Java (25)
- RDS (1)
- Refunds (1)
- Saga Pattern (3)
- Scalability (2)
- Scam Alerts (1)
- Scrum Tutorial (6)
- Security (1)
- Security Tips (1)
- Service Discovery (2)
- Service Discovery in Microservices (2)
- Servlets (150)
- Servlets Tutorial (1)
- Software Architecture (15)
- Software Development (1)
- Software Development Life Cycle (SDLC) (6)
- Software Engineering (2)
- Software Integration (1)
- Spring (309)
- Spring Boot (173)
- Spring Boot Tutorial (2)
- Spring Tutorial (1)
- SQL (61)
- System Design (17)
- Tech Explained (1)
- Tech for Beginners (1)
- Tech Guide (1)
- Tech Simplified (1)
- Tech Tips (1)
- Tech Trends 2026 (1)
- Technology (1)
- The Ultimate Guide to Forward & Reverse Proxies (5)
- Two Phase Commit (1)
- Understanding Firewalls | Firewall Tutorial (8)
- Universal AI Standard (1)
- UPI Lite (4)
- UPI Payments (1)
- UPI Safety (1)
- VPN Basics: Understanding Virtual Private Networks (5)
- XML (9)