That is the address in memory in the heap of the first byte that the user typed in.
那是用户输入的第一个字节在内存中堆的地址。
Much of this work involves copying objects from one address to another within the heap.
这工作主要是将对象从一个地址复制到堆中的另一个地址。
采用堆转储。
The JVM does the core of its work in the heap.
JVM在堆中执行其工作的核心部分。
The JVM allocates the heap during initialization.
JVM在初始化的过程中分配堆。
There are 1331 objects of class CHAR on the heap.
在堆中有CHAR类的1331个对象。
Figure 14 shows the heap usage for this application.
图14显示该应用程序的堆使用情况。
Figure 1 shows the layout of an object on the heap.
图1显示了对象在堆上的布局。
As objects are created, they are placed on the heap.
在创建对象时，对象被放在堆上。
The heap filled up, and the application failed to allocate memory.
堆被注满，应用程序分配内存失败。
Having discounted the heap and scopes, we are left with immortal memory.
由于忽略了堆和作用域，我们剩下的只有不朽内存。
In Figure 1, the arrows represent references between objects in the heap.
在图1中，箭头表示堆中对象间的引用。
This section discusses objects and the heap, or storage, aspect of GC.
本节讨论GC的对象和堆或存储器方面。
The primary issue is changing the heap sizes to compensate for the nursery.
主要问题是更改堆大小来补偿托儿所空间。
The heap is allocated when an agent or subagent is initialized for an application.
在为应用程序初始化代理程序或子代理程序时分配堆。
The nursery is the area of the heap that holds all recently allocated objects.
婴儿区域是堆中保存近期分配的所有对象的区域。
While the heap is expanding, analyzing free memory trends is very problematic.
当扩展堆时，分析可用内存趋势会非常困难。
So far, you've located the heap within the address space, based only on its size.
到目前为止，我们只是在根据大小来了解堆在地址空间中的分配情况。
Any memory profiler can produce snapshots of the heap broken down by object class.
所有内存分析器都可以生成按照对象类进行分解的堆快照。
The nested and elements describe the heap used by the large and small object areas.
嵌套的和元素分别描述大和小对象区域使用的堆。
C + + offers programmers a choice of allocating objects on the heap or on the stack.
C+ +向程序员提供了在堆或堆栈中分配对象的选择。
The heaplimit pointer can go up, when the heap can expand, or down, as the heap shrinks.
heaplimit指针可以随着堆的扩展上升，随着堆的收缩下降。
Pinned objects usually cannot be moved because they are referenced from outside the heap.
通常不能移动固定对象，因为它们是从堆外部被引用的。
The greater the heap consumption in between the dumps, the better the analysis result.
这两个转储之间的堆耗用越大，分析结果就越好。
Heap tuning involves two parameters: the initial size of the heap and its maximum size.
堆调优涉及两个参数：堆的初始大小和最大大小。
Unfortunately, sometimes the number that the OS reports is much larger than the heap size.
不幸的是，有时操作系统所报告的数目会远远大于堆大小。
These options provide detailed information on the different generations of objects on the heap.
这些选项提供关于堆上对象的不同代的详细信息。
The heap usage never goes above 1mb, and the application can continue running indefinitely.
堆使用从不会超过1MB，并且应用程序可以继续保持不确定地运行。
The memory manager allocates memory to threads in chunks to minimize contention on the heap lock.
内存管理器以块的形式将内存分配给线程，以最小化堆锁定争用。
Fixing the heap size won't usually deliver such dramatic improvements for longer-running programs.
固定堆大小通常不会对长时间运行的程序有明显的改善。
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