The data stored in memory could include all of the log events that a message would make during its flow.
内存中存储的数据可能包括某条消息在其消息流期间记录的所有日志事件。
Log records are written first to the log buffer in memory, and then to the log file, most commonly when the log buffer is full or a commit occurs.
日志记录首先被写到内存中的日志缓冲池，然后再写到日志文件，通常是在日志缓冲池已满或者发生了一次提交时写到日志文件的。
The default replication method (others are available) only requires that a log write be received in memory at the standby before acknowledgement is returned to the primary.
默认的复制方法(也有其他可用的方法)只要求在将确认通知返回给主系统之前，备用系统的内存中收到一个日志写。
The section at the end of the log displays statistics, including how much memory was leaked, how much was used, and the total amount allocated.
日志结尾部分显示统计信息，包括泄漏了多少内存，使用了多少内存，以及总共分配了多少内存。
The compressed data is kept both on disk and memory and DB2 also compresses user data stored in log files, thereby reducing log file size.
被压缩的数据同时存放在磁盘上和内存中，DB2还压缩存储在日志文件中的用户数据，以便减少日志文件大小。
Every five seconds, query the available physical memory and write the result to the log file.
每五秒钟查询一个可用物理内存并将结果写入日志文件。
The STMM log file parser has the goal of filtering out important tuning information and formatting it so that the evolution of the memory configuration can be easily discerned.
STMM日志文件分析器的目的是过滤出重要的调优信息并进行格式化，从而便于了解内存配置的修改过程。
A parser is required in such cases, which generates meaningful log messages out of those memory dumps.
在这种情况下需要一个解析器，该解析器可以根据这些内存转储生成有意义的日志消息。
This means that the text of the messages is readable in memory, in log files, in traces, and in the files that back the queue structures.
这意味着消息在内存、日志文件、跟踪记录和返回队列结构的文件中是可读的。
For this reason, it's normal to see the immortal free memory in the verbose GC log drop without ever recovering.
出于这个原因，常常会发现冗余gc记录中的永久自由内存下降并且不会恢复。
What essentially we can get away with is that log buffer located in database shared memory is the mechanism provided to ensure each transaction is logged to log files.
注意，日志缓冲区位于数据库的共享内存中，这种机制确保每个事务被记录到日志文件中。
The log ends when the JVM runs out of memory.
当JVM内存不足时，日志结束。
Now let's perform some basic log analysis tasks with the GC and Memory Visualizer.
现在让我们使用EVTK执行一些基本的日志分析任务。
You can open a log from a running application, although the GC and Memory Visualizer will not automatically update the display.
您可以从运行的应用程序中打开日志，但是 EVTK不会自动更新显示。
Grayed-out fields are those that the GC and Memory Visualizer looked for but could not find in the current log.
灰显的字段是EVTK已经进行了查找但没有在当前日志中找到的字段。
The report TAB shows the GC and Memory Visualizer's report on the data, with a summary of each selected field, a tabular summary of the whole log, and a series of tuning recommendations.
Report选项卡显示EVTK对该数据的报告、每个所选字段的摘要、整个日志的表格式摘要以及一系列调整建议。
The GC and Memory Visualizer provides a summary of the interesting features of a verbose GC log along with its tuning recommendations.
EVTK提供详细GC日志中感兴趣的功能摘要及其调整建议。
The GC and Memory Visualizer allows you to focus in on a particular time period within a log.
EVTK允许您侧重于日志中特定的时间段。
The log buffer acts as a staging area in memory to hold log records instead of having the DB2 UDB engine write each log record directly to disk.
日志缓冲区作为内存中的分级区域（staging area）来保存日志记录，而不是让DB2UDB引擎直接将每条日志记录写入磁盘中。
TPC-C is an OLTP benchmark which requires efficient use of large memory, intensive random read/write I/O, and has extremely intensive database log activity.
TPC-C是一种OLTP基准，要求有效地使用大量内存，大量的随机read/writeI/O，并且有很密集的数据库日志活动。
MEMWATCH supports ANSI c, provides a log of the results, and detects double-frees, erroneous frees, unfreed memory, overflow and underflow, and so on.
MEMWATCH支持ANSIC，它提供结果日志纪录，能检测双重释放(double - free)、错误释放(erroneous free)、没有释放的内存(unfreed memory)、溢出和下溢等等。
HSQLDB keeps all table and index data in memory, saving all SQL statements issued into a file named database.script, which also ACTS as the transaction log.
HSQLDB将所有表和索引数据放在内存中，将所有发出的sql语句保存到一个名为database .script的文件中，该文件同时也充当着事务日志的角色。
The GC and Memory Visualizer works out line labels based on the log file names.
EVTK基于日志文件名称得出行标签。
Log Buffer - Memory allocated for storing before and after image of changed data.
日志缓冲区——为存储更改数据的前后映像而分配的内存。
Log Buffer - Memory used to store all changes to database before it is flushed to the logs on disk.
日志缓冲区——在将所有对数据库的更改刷新到磁盘上的日志之前，用来存储这些更改的内存。
The log Buffer is the amount of main memory used to accumulate log records that will be written out to disk.
日志缓冲区是用于存放将要写入磁盘中的日志记录的主存量。
The log service temporarily saves trace log data to memory buffers and then transfers the data to the log file .
日志服务暂时将跟踪日志数据保存在内存缓冲区，然后将数据输送到日志文件。
An hour passes by and you decide to check the contents of the audit log. You flush the audit buffer to ensure any audit records still buffered in memory are written to disk.
一个小时过去了，您决定检查审计日志的内容。
An hour passes by and you decide to check the contents of the audit log. You flush the audit buffer to ensure any audit records still buffered in memory are written to disk.
一个小时过去了，您决定检查审计日志的内容。
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