片语

Memory-Allocation Function内存分配功能

memory-allocation overlays存储分配覆盖

Memory y allocation error内存分配错误

Main memory space allocation说明操作系统课程设计报告

memory space allocation of variables变数之记忆体空间的分配

memory redundancy allocation内存冗余分配

Memory y allocation内存分配

memory space allocation存储器空间分配

memory block allocation存储块分配

英汉例句

• How much CPU and memory allocation is required?

  需要分配多少CPU和内存资源？

• A new M_ZERO flag for malloc allows for memory allocation and zeroing in a single operation.

  新的面向malloc的M_ZERO标记允许在单个操作中完成内存分配和调零。

• To identify the parts of your code that contribute most to memory allocation issues, see Tools.

  若要识别代码中最常导致内存分配问题的部分，请参阅工具。

• Each new memory allocation requires updates to the memory Pointers, and as this happens more and more, it creates more and more resource consumption.

  每个新内存分配都需要到内存指针的更新，而随着这一动作发生得越来越多，会带来越来越多的资源消耗。

• After the memory allocation in main , where is the namestr variable used and overwritten?

  当这个内存分配在main后，namestr变量会在什么地方被使用和编写呢？

• You can now configure a private memory cache for every CPUVP to decrease the time of server memory allocation on large multiprocessor computers.

  现在可以为每个CPUVP配置一个私有内存缓存，以减少大型多处理器计算机上的服务器内存分配时间。

• The memory allocation is performed by Database.malloc (int size), which starts by determining the minimum number of blocks needed to provide the requested memory.

  内存分配由Database .malloc (intsize)执行，它首先确定用于提供所请求内存的块的最小数目。

• Apart from the memory allocation changes, the remap_page_range call — which is used to map pages to user space — has been modified slightly.

  除了内存分配的变化以外，remap _ page_range调用——用来映射页到用户空间——也经过了少量修改。

• The first line in the tag shows that the thread needed 32 bytes and it has been 286 milliseconds since the last memory allocation failure (i.e., since the last GC occurred).

  标签中的第一行显示，该线程需要32个字节，而且，自上次内存分配失败以来(即自上次发生gc以来)，已经有286毫秒的时间。

• We「ve greatly improved component functionality, data visualization and its investigative tools to enable quicker and more efficient analysis and diagnosis of memory allocation issues.

  我们对组件功能、数据可视化及其分析工具进行了巨大的改进，这使得对内存分配等问题的分析和诊断速度更快且更高效。

• When this limit is reached, you will get memory allocation errors.

  当达到这个限制时，就会收到内存分配错误。

• Any memory allocation can fail, and it」s not easy to write C or C++ programs that truly handle that well.

  任何内存分配都可能会失败，而编写真正很好地处理该问题的C或 C++程序是很困难的。

• Many of the crashes resulting from fuzz testing are direct results of memory allocation mistakes and buffer overflows.

  由模糊测试导致的许多故障都是内存分配错误及缓沖器溢出的结果。

• This article covers the essence of the various AIX memory allocation schemes and their salient features.

  本文讨论了各种AIX内存分配方案的基本原理及其特点。

• Benefits of using pooled memory allocation include the following.

  使用池式内存分配的益处如下所示。

• Setting PSALLOC to 「early」 guarantees as much paging space as requested by the memory allocation request.

  把PSALLOC设置为「early」可以保证进程获得内存分配请求所请求的分页空间。