The requester will then have one fewer thing to worry about.

请求者将因此减少一丝担忧。

The requester then uses this in the correlation ID to filter the response.

请求者随后使用相关 ID 中的内容对响应进行筛选。

The requester will be bound to the selected service endpoint and then invoke it.

请求者将被绑定到所选的服务端点并随后调用它。

This article will call the requester a client; it can also be referred to as a consumer.

本文将把请求者称为 客户机，它也可以称为 消费者。

These statements suggest service is a physical thing with which a requester can interact.

这些话表明 “服务”是某种物理的东西，请求者可以与之交互。

Such logic can't be reconstructed on the requester side.

这样的业务逻辑无法在请求程序端重新建立。

The requester-side caching pattern takes the following parameters

请求端缓存模式接受以下参数

This will install the requester-side caching pattern implementation into RSA.

这会将请求端缓存模式实现安装到RSA 中。

This article details the requester-side caching pattern, which addresses caching on the requester side.

本文将详细讨论请求端缓存模式；此模式用于处理请求端的缓存。

The requester uses HTTP to deliver the request and receive any response.

请求程序使用 HTTP 交付请求并接收任何响应。