These characteristics recognize that service realization ultimately runs in one or more physical containers with limited resources such as CPU cycles, storage, memory, network bandwidth, and so on.
这些特征意味着服务实现最终在一个或多个物理容器中运行，容器具有有限的CPU周期、存储空间、内存、网络带宽等资源。
Libraries address so many different memory issues that it's difficult to compare them directly; common rubrics in the domain include garbage collection, smart Pointers, and smart containers.
库可以解决多种不同的内存问题，以致于直接对它们进行比较是非常困难的；这方面的常见主题包括垃圾收集、智能指针和智能容器。
Many servlet containers place a limit on the amount of memory that can be used across all sessions, and when that limit is reached, will serialize the least recently used session and write it to disk.
许多servlet容器对可以跨所有会话使用的内存的数量有一个限制，达到这个限制时，会序列化最先使用的会话并将它写到磁盘上。
Operating with intrusive containers doesn't invoke any memory management at all. The time and size overhead associated with dynamic memory can be minimized.
介入式容器的操作根本不会引发任何内存管理。动态内存分配所带来的时间和空间开销可以被最小化。
Memory management usually is not a predictable operation so complexity guarantees from non-intrusive containers are looser than the guarantees offered by intrusive containers.
内存管理通常都不是一个可预见的操作，因此非介入式容器的复杂度保证要比介入式容器所提供的保证宽松。
The Clone Allocator concept is introduced to formalize the way pointer containers control memory of the stored objects (and not the Pointers to the stored objects).
克隆分配器概念的引入是为了对指针容器控制所存对象的内存(不是指针的内存)的方法进行规范化。
The invention uses memory alloy reaction machine, which comprises the following parts: several reflection containers connected to the hydrogen flow distributor tube;
为此，本发明的利用氢气储存合金的反应机是由如下部分所构 成：提供由连接到氢气流动的分配管的多个反映容器；
The invention uses memory alloy reaction machine, which comprises the following parts: several reflection containers connected to the hydrogen flow distributor tube;
为此，本发明的利用氢气储存合金的反应机是由如下部分所构 成：提供由连接到氢气流动的分配管的多个反映容器；
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