1·If the API of a dependent service is idempotent, that means it is safe to retry failed requests.
如果所依赖服务的API是幂等的，那就意味着可以安全地对失败请求进行重试。
2·Although a request can still be idempotent if it does not possess this property, XCAP does not permit such requests.
尽管不拥有这个属性的请求也可能是幂等的，但是XCAP不允许这样的请求。
3·In the end we prove that idempotent operator is similar to its adjoint.
最后还证明了幂等算子和它的伴随是相似的。
4·I suppose you'd call that an idempotent type constructor.
我想你会调用一个幂等类型的构造函数。
5·So We have prove that each P-congruence on P-regular semigroups is uniquely determined by its partial kernel normal systems containing idempotent elements.
由此推出了P -正则半群上的每个P -同余完全是由其包含幂等元的部分核正规系所决定的。
1·One solution requires that activities are idempotent, or can somehow deal with the second invocation.
一种解决方案要求活动是等幂的，或者能够通过某种方式处理第二次调用。
2·Calls to adapt should be idempotent.
对adapt的调用应该是等幂的。
3·WSDLX: safe: From the WSDL extensions namespace, this attribute declares that this operation is idempotent.
safe：在wsdl扩展命名空间中，此属性声明该操作是等幂的。
4·This method does not need to be either safe or idempotent.
该方法不需要安全或者等幂。
5·Sometimes making a method safe also makes it idempotent.
有时使一个方法安全也就是使它等幂。