What is the translation of " 微服务体系结构 " in English?

• microservice architecture
• microservices architecture

Examples of using 微服务体系结构 in Chinese and their translations into English

微服务体系结构的本质并不新鲜。
The essence of the microservice architecture is not new.

什么是微服务体系结构模式，它解决了什么问题?
What is the microservices architecture pattern and what problems does it solve?

没有微服务体系结构。
There is no microservice architecture.

微服务体系结构可帮助公司轻松进行部署和添加新功能。
Microservices architecture helps companies easily add and deploy new application functions.

微服务体系结构也类似于SOA。
The microservice architecture also resembles SOA.

微服务体系结构可帮助公司轻松进行部署和添加新功能。
Microservices architecture helps companies make deployments and add new features easily.

ZachJory构建微服务很容易，操作微服务体系结构很困难。
Building microservices is easy, operating a microservice architecture is hard.

可靠性:微服务体系结构可以非常可靠。
Reliability: Microservices architecture can be very reliable.

微服务体系结构已成为解锁应用程序敏捷性的关键。
Microservices architectures have become key to unlocking application agility.

开发速度:微服务体系结构中的开发非常快。
Development speed: Development is pretty fast in microservices architecture.

尽管存在缺陷，微服务体系结构对于快速发展的大型、复杂应用程序是有意义的，特别是对于saas风格的应用程序。
Despite the drawbacks, a microservice architecture makes sense for large, complex applications that are evolving rapidly, especially for SaaS-style applications.

微服务体系结构为开发人员提供了独立开发和部署服务的自由。
That means that microservice architecture gives developers the freedom to independently develop and deploy services.

预计公司将转向微服务体系结构，以提高其运行时间和效率。
Companies are expected to move to microservices architecture to increase their runtime and efficient delivery.

不要因为别人采用了微服务体系结构就跟着他们走，点这个文章：了解自己并理解为什么应该采用微服务体系结构。
Don't just follow others because they adopted it, know yourself and understand why you should adopt a microservices architecture.

这些趋势背后的另一个驱动力是微服务体系结构的不断采用。
Another driving force behind these trends is the growing adoption of a microservices architecture.

微服务体系结构为开发人员提供了独立开发和部署服务的自由。
Microservice architecture gives you the freedom to independently develop and deploy services.

给定两个需要共享一些数据的服务，在微服务体系结构中如何实际管理它们?
Given two services that need to share some data, how do you actually manage that in a microservice architecture?

但是通常情况下，微服务体系结构设计的方式是，最终仍然需要将所有东西都部署到一起。
But too often microservice architectures are designed in a way that at the end still everything has to be deployed together.

可伸缩性:可伸缩性是微服务体系结构中的一个主要优点。
Scalability: Scalability is a major advantage in microservice architecture.

构建复杂的应用程序:使用微服务体系结构，很容易构建复杂的应用程序。
Building complex applications: With microservice architecture, it's easy to build complex applications.

新一代iPaaS，包含微服务体系结构，应对新的混合数据管理挑战。
A next-generation iPaaS, re-imagined for new hybrid data management challenges with a microservices architecture.

不要因为别人采用了微服务体系结构就跟着他们走，点这个文章：了解自己并理解为什么应该采用微服务体系结构。
Don't just follow others because they adopted it, know yourself and understand the reasons to shift to microservices architecture.

分布式跟踪，也称为分布式请求跟踪，是一种用于分析和监视应用程序的方法，特别是那些使用微服务体系结构构建的应用程序。
Distributed tracing, also called distributed request tracing, is a method used to profile and monitor applications, especially those built using a microservices architecture.

软件开发领域正越来越多地转向微服务体系结构，因为它在开发、支持、部署、可伸缩性和可靠性方面有许多优势。
The software development world is increasingly moving towards Microservice architecture as it offers several benefits in terms of development, support, deployment, scalability, and reliability.

引入微服务体系结构的重大好处，它允许团队扩展独立部署和维护服务的交付。
We have seen significant benefits from introducing microservices, which have allowed teams to scale the delivery of independently deployed and maintained services.

一般而言，微服务体系结构（MSA）涉及将每个平台/软件功能分离到一个单独运行的容器中。
In general terms, MSA involves separating each platform/software functionality into a container that runs on its own.

从不同的角度（不太怪异的角度）来看，微服务体系结构（MSA）还提供了令人兴奋的商机。
Looking at it from a different perspective(a less geeky one), MSA also offers an exciting business opportunity.

何时使用：如果要创建应用程序或重新编写现有应用程序，以使用微服务体系结构，则ServiceFabric将是一个不错的选择。
When to use: Service Fabric is a good choice when you're creating an application or rewriting an existing application to use a microservice architecture.