For example, if the explorer shows a large heap occupancy, you'd launch an artifact analyser that starts a heap-occupancy analysis.
举例来说，如果管理器显示堆占用了很大的空间，则您可以启动工件分析器来执行堆占用空间分析。
His clothes lay in a heap on the floor.
他的衣服堆在地板上。
She piled the papers in a heap on her desk, just anyhow.
她把文件在桌上随便搁成一堆。
There is one database heap per database.
每个数据库都有一个数据库堆。
Can you tell how many jin of apples there are in this heap?
你估一估这堆苹果有几斤。
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。
There's a heap of things of mine that you'll find in a corner of the cabin.
你可以在船舱的一个角落里找到我的一堆东西。
过度堆使用。
得到一个堆转储。
得到另一个堆转储。
采用堆转储。
The JVM allocates the heap during initialization.
JVM在初始化的过程中分配堆。
Figure 14 shows the heap usage for this application.
图14显示该应用程序的堆使用情况。
The script below changes the size of the heap.
下面的脚本将更改堆的大小。
In multithreaded enviornments multiple threads access the same heap.
在多线程环境中，多个线程访问同一个堆。
Compare the number of application objects in each heap dump.
比较两个堆转储中应用程序对象的数目。
JVM heap size parameters directly influence garbage collection behavior.
jvm堆大小参数将直接影响垃圾收集行为。
For analyzing the managed heap, however, it is very impressive.
但是，对于分析托管堆，它给人的印象非常深刻。
排序堆大小(SORTHEAP)。
jvm堆大小。
数据库堆大小(DBHEAP)。
Use appropriate indexes to minimize the use of the sort heap.
使用合适的索引使排序堆的使用降到最低。
The two heap dumps facilitate comparative analysis using MDD4J.
这两个堆转储有助于使用MDD4J进行比较分析。
Consider the earlier example of the fixed heap.
考虑前面固定堆的示例。
The techniques described above will help to choose new heap parameters.
前面介绍的技术将有助于您选择新的堆参数。
List a summary of analysis results, heap contents, size, and growth.
列出分析结果、堆内容、大小和增长的摘要。
The first copy shows the state of the heap before collection.
第一个副本显示收集之前堆的状态。
It must be low enough to contain the heap within physical memory.
它必须足够低，以在物理内存的范围内包含堆。
As objects are created, they are placed on the heap.
在创建对象时，对象被放在堆上。
It's pointing at a different place in the heap.
它在堆中指向不同的地方。
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