堆分配用英语怎么说，堆分配的英文翻译

词语导航

基本信息

词语：堆分配

繁体：堆分配

拼音：duī fēn pèi

英语翻译

【计】 heap allocation

分词翻译

堆的英语翻译：

pile; heap; stack; crowd
【计】 heap
【医】 herd; pile

分配的英语翻译：

allocate; allot; assign; consign; disburse; dispense; distribute; portion
【计】 ALLOC; allocate; allocating; assignation; distributing point
【化】 distribution
【医】 distribution; partition
【经】 absorb; allocate; allocation; allotment; apportionment; assign
assignation; distribute; distribution; repartition

翻译例句

1. 清单2显示了一个可以用escape分析把堆分配优化掉的示例。

Listing 2 shows an example where escape analysis can be used to optimize away heap allocation.wWW.wEntIyI.com

2. 有些处理器，例如Azul的Vega，包含加速堆分配的硬件支持。

Some processors, such as Azul"s Vega, include hardware support for accelerating heap allocation.

3. JVM可以通知性能分析代理相关的变化的事件，比如，堆分配、线程启动等等。

The JVM can notify the profiler agent about various events that correspond to, for example, heap allocation, thread start, and so on.

4. 然后，可以将源文件和行号参数传递给基础堆分配例程，并能立即看到错误分配的出处。

You can then pass source file and line number arguments through to the underlying heap allocation routines, and you will immediately be able to see where a bad allocation originated.

5. 标识发生错误的特定堆分配调用的最简单方法是利用与调试堆中的每个块关联的唯一分配请求编号。

The simplest way to identify the specific heap allocation call that went bad is to take advantage of the unique allocation request number associated with each block in the debug heap.

6. 当执行数据库监视活动时，将从监视堆分配内存，这些活动包括拍摄快照、打开监视器开关、重置监视器或激活一个事件监视器。

Memory is allocated from the monitor heap when you perform database monitoring activities such as taking a snapshot, turning on a monitor switch, resetting a monitor, or activating an event monitor.

7. 当堆达到最大大小，无法再分配内存时，就会发生内存分配失败。

Memory allocation failure happens when the heap has reached maximum size and cannot allocate more memory.

8. 例如，如果排序操作需要更多的内存，而一些缓冲池又有多余的内存，那么内存调优器会释放多余的缓冲池内存，并将它分配给排序堆。

For example, if more memory is needed for sort operations and some buffer pools have excess memory, the memory tuner frees up the excess buffer pool memory and allocates it to the sort heaps.

9. 分配接口从堆中分配给定数量的存储器，但具有不同参数和语义。

The allocation interfaces allocate a given amount of storage from the heap, but have different parameters and semantics.

10. 这种计算可以溢出，从而导致不恰当的内存分配进而产生这将导致堆溢出。

This calculation can overflow, which leads to an improperly sized memory allocation. This results in a heap overflow.

11. 分配的堆大小是处理给予代理程序或子代理程序的请求所需的最小值。

The amount allocated is the minimum amount needed to process the request given to the agent or subagent.

12. 在为应用程序初始化代理程序或子代理程序时分配堆。

The heap is allocated when an agent or subagent is initialized for an application.

13. 请注意，只显示了节省的时间，但是在临时分配的堆空间上的节省也非常巨大。

Note that only time savings are shown, but the savings to temporarily allocated heap space are much larger.

14. 婴儿区域是堆中保存近期分配的所有对象的区域。

The nursery is the area of the heap that holds all recently allocated objects.

15. 最有可能的类型是内存问题，如内存泄漏、堆碎片、或者大对象分配。

The most likely type is a memory problem, such as memory leak, heap fragmentation, or large object allocation.

16. 动态段分配让用户堆或共享内存可以使用额外的段。

Dynamic segment allocation allows the additional segments to be used by user heap or Shared memory.

17. JVM在初始化的过程中分配堆。

The JVM allocates the heap during initialization.

18. 通过增加jvm堆大小，可以在出现分配故障并触发垃圾收集之前创建更多对象。

Increasing the JVM heap size permits more objects to be created before an allocation failure occurs and triggers a garbage collection.

19. 可以看到堆的大小从最初的分配开始增长，最终稳定在某一范围内。

You see the size of the heap grows from the initial allocation and eventually settles around a range of values.

20. 新对象是从这个高速缓存的末端分配的，而不必获取堆锁，因此效率非常高。

A new object is allocated from the end of this cache without the need to grab the heap lock, so it is very efficient.

21. 这个参数指定可以分配给查询堆的最大内存量。

This parameter specifies the maximum amount of memory that can be allocated for the query heap.

22. 如果在堆的顶部分配的内存块不在缓存中，执行会在内存内容装入缓存的过程中出现延迟。

If you allocate a block of memory on the heap that is not already in the cache, execution will stall while the contents of that memory are brought into the cache.

23. 堆被注满，应用程序分配内存失败。

The heap filled up, and the application failed to allocate memory.

24. GC的目标是清理不再需要的对象的JVM堆，从而向此前分配失败的对象提供足够的空间。

The aim of the GC is to clear up the JVM heap of any objects that are no longer required, thus providing enough space for the object that previously failed allocation.

25. be处的代码为Singleton对象从堆中分配内存，并将一个指向该块内存的指针存储到eax中。

The code at BE allocates the memory from the heap for the Singleton object and stores a pointer to that memory in eax.

26. 请注意，托管堆在分配新对象方面非常有效，而垃圾回收器在收集大量生存期较短的小型对象方面非常有效。

Note that the managed heap is very efficient at allocating new objects, and the garbage collector is very efficient at collecting lots of small and short-lived objects.

27. 在从堆中分配内存时，不管上次使用内存之后留下了什么内容，内存中的内容都被当作垃圾。

When allocating memory from the heap, the contents of that memory are garbage — whatever bits happen to be left over from the last time that memory was used.

28. 当你从GC堆中分配内存时，它到底消耗什么资源呢?

When you allocate on the GC heap, exactly what does it cost?

29. 对象从堆中分配；因此，使用的和空闲的堆内存数量是两个非常重要的统计信息。

Objects are allocated from the heap; thus the amount of heap memory both used and free are two very important statistics.

30. 每个实例化的对象都自动在堆中分配内存，垃圾收集程序定期收回不再使用的对象所占据的内存。

Memory is allocated automatically in the heap area for each instantiated object, and the garbage collector periodically reclaims memory occupied by objects that are no longer needed.