Can you take a moment to demystify that term that you just said, idempotently?

你花点时间解释一下你刚才提到“幂等性”这个术语吗？

The HTTP standard has actually a new, has defined a header where you can put an idempotency key and the servers, when they support this, are supposed to understand if that key is set.

HTTP标准实际上有了新规定，定义了一个可放置幂等性键头部，当服务器支持这一规定时， 应该识别这个键是否被设置。

And yeah, so generally, our potency is deduplication in a meaningful way, understanding retries versus new requests.

是， 说， 我们幂等性体现在有意义方式进行去重，分重试与新请求。

I'm sorry I can't LLM quickly enough for you, but it says item potence is the property of certain operations in mathematics.

抱歉我无法像你期望那样快速地使用大型语言模型，但它说“幂等性” 是数学中某些运算特性。

Put together, idempotent roughly means having the power to remain the same.

说，幂等性大致意味着具有保持不变力。

Idem meaning the same and potent meaning having power or being able to.

“幂等性”一词源于“idem”（意为相同）和“potent”（意为具有力量或力），合起即指一种操作无论执行多少次，其效果始终如一特性。

Where does the word idempotency come from?

“幂等性”一词源自何处？

I mean, you could just limit to one request per day, but if you're not going to do that, how do people usually implement or ensure idempotency in their applications?

我意思是， 你可简单地限制每天只允许一个请求，但如果你不打算这么做，人们通常是如何在应用程序中实现或确保幂等性呢？

So the term idempotent comes from Latin roots.

所，“幂等”这个词源于拉丁语根。

I'll say as an engineer, when I've achieved item potency, I, I know it feels very good when you're like, okay, I'm for sure not going to do double execution in this particular code path.

作为一名工程师，当我实现了幂等性，我知道当你确定某个代码路径不会重复执行时，感觉非常好。