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@gbmishra

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Optimal Laptop Specifications for Coding

Selecting the right laptop is crucial for programmers and coders to ensure seamless coding workflow. Key specifications to consider include a powerful processor for smooth code execution, ample RAM for multitasking, SSD storage for quick access to files, high-resolution displays for precise code analysis, comfortable keyboards for extended coding sessions, and long battery life for uninterrupted productivity. Prioritizing these specifications unleashes the coding potential of professionals, offering a seamless and exceptional coding experience.

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Best Laptops for Coding and Programming Under 40000 in India

Best Laptops for Coding and Programming Under 50000 in India

#Best Laptops for Coding #Optimal Laptop Specifications

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Java Microservices with Spring Boot and Spring Cloud

In this course, we will build simple Java Microservices using Spring Boot and Spring Cloud.

We will use the below technology stack.

Spring Cloud Netflix Eureka Server

Spring Cloud Netflix Eureka Client

Spring Cloud Netflix Zuul

Spring Cloud OpenFeign

Spring Boot Data JPA

Spring Boot Web

H2 Embedded Database

Lombok Framework

#microservices #springboot #springcloud #Java

Java Microservices Patterns

Java Microservices employ essential design patterns for optimal implementation:

API Gateway: Acts as the single entry point for clients, routing requests to appropriate microservices. Simplifies client-side communication, enhances security, and enables aggregation of multiple service calls.

Circuit Breaker: Ensures system stability by detecting failures in remote service calls. Prevents cascading failures and provides fallback options during unresponsive services.

Event Sourcing: Manages data consistency across distributed microservices by capturing all changes as events. Enables easy replication and synchronization for enhanced scalability and fault tolerance.

Service Registry: Facilitates service discovery in microservices architectures. Centralizes the management of service endpoints, allowing dynamic communication between services.

These patterns form the foundation of Java Microservices, enabling the development of flexible, scalable, and resilient applications. Mastering these patterns empowers teams to deliver cutting-edge solutions in today's fast-paced digital landscape.

Read More: Top 7 Microservices Patterns 2023

Related Article: Top 35 Microservices Interview Questions & Answers 2023

#microservices #Java

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