Memory dump (Domino 6 and later).
内存转储(Domino6和更高版本)。
Viewing the Shared memory dump manually on Linux.
在Linux系统上手工查看共享内存转储。
A complete memory dump file is rarely required.
通常很少需要完全内存转储文件。
Beginning damp of physical memory physical memory dump complete.
开始转储物理内存内容物理内存内容转储完成。
A memory dump contains information on memory currently used by Domino.
内存转储文件包含关于Domino当前使用的内存的信息。
The target item may be a process, memory dump, remote machine, and so on.
目标项可能是进程、内存转储、远程计算机，诸如此类。
We can attach to the process, wait for epr to be thrown and take a memory dump.
因此借助调试器，如wind bg . exe，可以把它附在进程上，等待EPR被抛出异常，做一个memory dump。
Normally, memory dump files get collected in the data \ IBM_TECHNICAL_SUPPORT directory.
通常，内存转储文件位于data \ IBM_TECHNICAL_SUPPORT目录中。
Date stamp 43675405 Beginning dump of physical memory physical memory dump complete.
物理内存物理内存转储日戳43675405开始的转储完全。
A memory dump file name includes a time stamp for the time when the NSD was generated. For example
内存转储文件名包含一个时间戳，表示生成 NSD时的时间。
A hacker could perform a memory dump at the right time and then gain access to this sensitive data.
黑客则会在适当的时刻，将内存中的信息转储出来，进而成功地访问这些敏感数据。
Tabulated views of all the objects and data types in the memory dump with filters and sorted columns.
内存转储中所有对象和数据类型的表格式视图，带有筛选器和有序列。
In Domino 6 and later, you can use the command "sh memory dump" on the server console to create a memory dump file.
在Domino6和更高版本中，可以在服务器控制台上使用命令“shmemory dump”来创建内存转储文件。
Two main types of analysis function are provided by this tool: single memory dump analysis and comparative analysis.
此工具提供两种主要类型的分析功能：单个内存转储分析和比较分析。
The steps to understanding the data in a memory dump file (identifying the format, parsing, and reading the file) are relatively simple
理解内存转储文件中的数据（识别格式、解析和读取文件）的步骤相对比较简单
The debugger client must implement this interface as appropriate for the particular target (for example, a live process or a memory dump).
调试器客户端必须根据特定的目标(例如，实时进程或内存转储)实现此接口。
If no class objects are found in the owner chain, then this denotes the root object in the memory dump from where the leak container can be reached.
如果在所有者链中未发现任何类对象，则此术语表示可找到泄漏容器的内存转储中的根对象。
Profiling memory problems in production code is greatly simplified by using the "attach to process" feature, along with the ability to import memory dump files.
通过使用“依附进程”特性，以及导入内存dump文件的功能，极大地简化了对产品代码中的内存问题的概要。
A heap dump, also known as heap snapshot, is a dump of references between objects in memory and information about these objects.
堆转储也称为堆快照，就是内存中对象之间的参照转储，以及关于这些对象的信息。
If you are tracing to Shared memory, the size of the trace buffer controls the size of the dump file.
如果是在跟踪共享内存，跟踪缓冲区的大小将控制转储文件的大小。
This is a heavyweight offline memory leak analysis tool that incorporates multiple existing heap dump analysis tools into a single user interface.
这是一个重量级脱机内存泄漏分析工具，它将多种现有堆转储分析工具整合在单一用户界面中。
The initial use of system dump is to help diagnose crashes, hangs, or complex memory allocation issues in cases when the other types of dumps are insufficient or cannot be generated.
系统转储的最初用途是在其他类型的转储不够用或无法生成时，帮助诊断崩溃、挂起或复杂的内存分配问题。
A dump creates a record of every object in the heap, how much memory it's using, and which objects are referencing it.
系统转储为堆中的每个对象创建一条记录，记录对象使用的内存量，哪些对象正在引用该对象。
The initial use of a system dump is to help diagnose crashes, hangs, or complex memory allocation issues in cases when the other types of dumps are insufficient or cannot be generated.
系统转储的最初用途是在其他类型的转储不足或无法生成时，帮助诊断崩溃、挂起或复杂的内存分配问题。
Even though the JVM generates a heap dump when it crashes, you can learn much more about how memory is being used by comparing it to a heap dump taken just after your application has started.
尽管JVM在崩溃时生成堆转储，但您可以将其与在应用程序启动后获取的堆转储相比较，进一步了解内存是如何使用的。
This heap dump can be generated automatically when the JVM runs out of memory or crashes.
此堆转储可在JVM用尽内存或崩溃时自动生成。
The baseline dump refers to the heap dump taken early on, when the heap has not yet been consumed significantly due to the memory leak.
基线转储是指当堆尚未因内存泄漏而被大量耗用时早期取得的堆转储。
For comparative analysis, the primary dump refers to the dump taken after the memory leak has progressed considerably (consuming a large amount of the maximum configured heap size).
对于比较分析，主转储表示在已经发生大量内存泄漏时(占用最大配置堆大小的大量内存)所取得转储。
For example, you'd start the application, run through a scenario, take a heap dump, and then do the assertions. Here's an example: a memory leak was discovered in the mail application.
比如说，您可以启动应用程序，运行一个场景，得到一个对转储，接着做断言。
For example, you'd start the application, run through a scenario, take a heap dump, and then do the assertions. Here's an example: a memory leak was discovered in the mail application.
比如说，您可以启动应用程序，运行一个场景，得到一个对转储，接着做断言。
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