RESOLVER in Chinese translation

• 解析器

Examples of using Resolver in English and their translations into Chinese

A resolver tells GraphQL how and where to fetch the data corresponding to a given field.
一个resolver会告诉GraphQL在哪里以及如何去取到对应字段的数据。

Step Two: You will need to pull up Firefox's Trusted Recursive Resolver, this is the DNS-over-HTTPS endpoint.
第二步：你需要启动Firefox的TrustedRecursiveResolver，这是DNS-over-HTTPS端点。

In the end, we decided to build the system around the Knot Resolver from CZ NIC.
最后，我们决定围绕CZNIC的KnotResolver构建系统。

Each field on each type is backed by a function called the resolver which is provided by the GraphQL server developer.
每个类型的每个字段由GraphQL服务器开发人员提供的称为解析器resolver的函数支持。

We are launching with support for Route 53 Resolver Rules(announced yesterday in Shaun's excellent post) and will be adding more types of resources soon.
我们现已推出对Route53解析器规则的支持（昨天已在Shaun的优秀博文中宣布）并且将很快支持更多资源类型。

DNS resolver caches are the'campus directory,' and when they store faulty information, traffic goes to the wrong places until the cached information is corrected.
DNS解析器高速缓存是“校园目录”，当它们存储错误信息时，流量将转向错误位置，直到高速缓存的信息被更正为止。

Over the years, we began to use multiple platforms for different vendors: different vendor for A-to-Z, link resolver, discovery skin, interlibrary loan, and cataloging.
过去几年，我们开始使用不同供应商提供的多种平台：不同检索服务提供的A-Z期刊列表、链接解析器、检索皮肤、馆际互借和编目。

In a system that also supports pipelining, the sender of an asynchronous message(with result) receives the read-only promise for the result, and the target of the message receives the resolver.
在同样支持流水线的系统中，异步消息的发送方（包括结果）接收结果的只读承诺promise，消息的目标接收resolver。

Resolvers will be used to fetch DNS entries of any website.
解析器将用于获取任何网站的DNS条目。

Then we looked at all open source resolvers on the market;
接着我们查看了市场上所有的开源解析器;

The resolvers section now supports resolv. conf.
Resolvers部分现在支持resolv.conf。

That's why we should have a resolvers. js file.
这就是为什么我们应该有一个resolvers.js文件。

The later implementations in Joule and E support fully first-class promises and resolvers.
Joule和E的后续实现支持完全一等的promise和resolver。

Luckily, recursive DNS resolvers do not always need to make multiple requests in order to track down the records needed to respond to a client;
幸运的是，递归DNS解析器并不总是需要发出多个请求才能追踪响应客户端所需的记录；.

Resolvers can now request any data they need without worrying about how to optimize the process of fetching it.
解析器现在可以请求他们需要的任何数据，而不必担心如何优化获取数据的过程。

DNS resolvers can also be configured to provide security solutions for their end users(people browsing the Internet).
此外还可将DNS解析器配置成为其最终用户（浏览Internet的人）提供安全解决方案。

However, some resolvers function more simply by communicating only with a single name server.
然而，一些解析器的功能更简单地只用一个名称服务器进行通信。

The issue impacted systems that operate as DNSSEC validating resolvers, the experts suggest to temporarily disable DNSSEC validation as a workaround.
该漏洞可能影响到运行DNSSEC验证解析器的系统，因此相关专家建议临时禁用DNSSEC验证作为解决方案。

Recursive DNS resolvers on IPv6 networks can now use either IPv4 or IPv6 transport to send DNS queries to Amazon Route 53.
IPv6网络上的递归DNS解析器可以使用IPv4或IPv6传输，以便向AmazonRoute53提交DNS查询。

These resolvers are located strategically with Internet Service Providers(ISPs) or institutional networks.
这些解析器策略性地分布在互联网服务提供商(ISP)或机构网络上。