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Introduction Welcome back! Building on our previous discussion on the Circuit Breaker pattern, this article will explore one of the essential resilience patterns. Implementing resilience in microservice with the Retry
Introduction Welcome back! In this part, we will talk about part 3 of Microservices in Java, make sure to check part 1 and part 2, let's dive into it. In
Introduction TLS is the secure communication protocol of the internet that ensures the safety and integrity of information. In this article, we'll make TLS easy to explore its history, functionality,
Introduction In the world of Java microservices, Communication strategies between services are crucial for building scalable and resilient systems. This article explores various communication methods available within the Java ecosystem,
Introduction When building applications that need to talk to other parts of the system (microservices), Java programmers have access to a variety of tools and techniques that they can use
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Introduction Welcome back! Building on our previous discussion on the Circuit Breaker pattern, this article will explore one of the essential resilience patterns. Implementing resilience
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Introduction Welcome back! In this part, we will talk about part 3 of Microservices in Java, make sure to check part 1 and part 2,
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Introduction TLS is the secure communication protocol of the internet that ensures the safety and integrity of information. In this article, we'll make TLS easy
![Resilince Microservices using Retry pattern](https://i0.wp.com/mezocode.com/wp-content/uploads/2024/06/Screenshot-1445-12-28-at-12.04.55 AM.png?fit=800%2C521&ssl=1)
Resilience in Microservices: Implementing the Retry Pattern in Java
Introduction Welcome back! Building on our previous discussion on the Circuit Breaker pattern, this article will explore one of the essential resilience patterns. Implementing resilience in microservice with the Retry pattern in Java is crucial for enhancing reliability and delivering a seamless user experience. by providing mechanisms to handle transient
![](https://i0.wp.com/mezocode.com/wp-content/uploads/2024/05/reselince.gif?fit=618%2C608&ssl=1)
Implementing Reslience in Microservices using Java
Introduction Welcome back! In this part, we will talk about part 3 of Microservices in Java, make sure to check part 1 and part 2, let’s dive into it. In typical microservice architectures, where services are interconnected and continuously communicating, ensuring resilience in Microservices architectures is crucial. However, it’s challenging
![](https://i0.wp.com/mezocode.com/wp-content/uploads/2024/01/tls.gif?fit=800%2C676&ssl=1)
Let’s Make TLS Easy!
Introduction TLS is the secure communication protocol of the internet that ensures the safety and integrity of information. In this article, we’ll make TLS easy to explore its history, functionality, and significance in today’s online world. What is TLS? Imagine that you want to send a private message to a
![Communication in Java](https://i0.wp.com/mezocode.com/wp-content/uploads/2024/04/Screenshot-1445-10-12-at-10.38.41 PM.png?fit=800%2C439&ssl=1)
Communication Strategies for Java Microservices
Introduction In the world of Java microservices, Communication strategies between services are crucial for building scalable and resilient systems. This article explores various communication methods available within the Java ecosystem, discussing their use cases, pros, and cons, and providing practical examples. Whether you’re a seasoned Java developer or just starting
![Calling Microservices in Java](https://i0.wp.com/mezocode.com/wp-content/uploads/2024/04/Screenshot-1445-10-05-at-7.23.37 AM.png?fit=800%2C279&ssl=1)
Calling Microservices in Java: Part 1
Introduction When building applications that need to talk to other parts of the system (microservices), Java programmers have access to a variety of tools and techniques that they can use for their development tasks. This article will guide you through different ways of calling Microservices in Java, from basic methods
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Effective Java Logging
Introduction Effective Logging is an essential aspect of any Java application, providing insights into its operational state. It is especially crucial in production environments, where it aids in debugging, monitoring, and incident response. In this comprehensive guide, we will explore the effective practices for using SLF4J with Logback, ensuring a