The data address that caused the page fault problem was 0x00 (dar 0000000000000000).
引起页面错误的数据地址为0x00 (dar 0000000000000000)。
The dar (Data address Register) contains the address that the processor tried to access, which then caused a page fault.
dar(数据地址寄存器)包含处理器尝试访问的地址，这一行为将引发页面错误。
Important registers to look for when debugging through signals are the GPRs, instruction pointer (NIP), machine state register (MSR), trap, data address register (DAR), and so on.
在调试信号时，需要查看的一些重要寄存器包括GPR、指令指针(NIP)、机器状态寄存器(MSR)、Trap、数据地址寄存器(DAR)等等。
In this mode, the instruction itself contains the address from which to load the data.
在这种模式中，指令本身就包含了数据加载的源地址。
Data format and address space.
数据格式和地址空间。
数据源地址。
This feature also gives you better address data in your database, because you reduce the chances of typing errors.
此功能还为您的数据库提供了更好的地址数据，因为它减少了键入错误的机会。
SCTP designates a single address as the "primary" address and USES this address for all data communication.
SCTP指定一个地址作为“主”地址，并使用这个地址来进行所有的数据通信。
You can create virtual users, and then create and track transactions all the way through the system, collect and analyze the performance data, and address any issues you uncover.
你也可以创建实际用户，然后建立并在整个系统中追踪事务，收集并分析性能数据，接下来解决发现的任何问题。
In the example above, "address" may require adding a qualifier or extending the data structure to identify the category of "address".
在上面的示例中，“地址”可能需要添加一个限定符或者扩展数据结构，从而识别“地址”的类别。
Getting the customer address data.
获得客户地址数据。
Now the data is stored in the user address space buffer.
现在数据被储存在用户地址空间缓冲区。
For example, if you want to process both calendar data and address data, you have to make sure your parser supports both or use two different parsers.
例如，如果想同时处理日历数据和地址数据，就必须保证解析器同时支持这两种格式，或者使用两种不同的解析器。
You can synchronize changes in data and schema. You can also address data changes that involve logical operations on your model objects.
可以同步数据和模式中的变化，也可以解决涉及对模型对象进行逻辑操作的数据变化。
User data within the process address space must be accessed using kernel services.
对于进程地址空间中的用户数据，必须使用内核服务进行访问。
Every time a memory location is addressed for program instructions or data, a virtual address is translated into a physical or real memory address.
每次为程序指令或数据处理内存位置时，都需要将虚拟地址转换成物理(或实际)内存地址。
It stores its data in a flat address space, much like a completely de-normalized data warehouse.
它将数据储存在一个平面地址空间中，这就像一个完全反规范化的数据仓库。
When the PPE writes a data word to that address, the SPU can read from its corresponding mailbox read channels.
当PPE将一个数据字写入这个地址时，SPU就可以从对应的邮箱读通道中读取这个数据字的内容。
Also, not every entry has the same type of data (such as a postal address).
另外，不是每一项都有相同的数据类型(如邮政地址)。
For text data such as name, address, and product descriptions, a review of the varying data formats is critical to identify fields containing multiple domains.
对于姓名、地址和产品描述等文本数据，查看可变的数据格式是识别包含多个域的字段的关键。
It specifies the address of the data item to be passed to the new thread.
它指明了将要传递给新线程的数据条目的地址。
You can then use the result to make decisions on what to do with the data or how to address the user.
然后您可以使用结果来决定如何处理数据或获得用户的地址。
Earlier, we mentioned that to be allowed to change employee address data, you must first lock the employee record, make the changes, and finally unlock the record.
前面提到，如果要修改雇员的地址数据，首先必须锁定该雇员的记录，修改数据然后再解除锁定。
You should read table PA0006 to get setup data needed to obtain current address data and also to update address data.
读取表pa0006以获得设置信息，以便能够获取当前的地址数据和更新地址数据。
Once you begin adjusting GTLREF voltages (for each core data and address bus) you will find that different bus frequencies respond differently to variations in the voltage.
一旦你开始调整GTL ref电压(单独针对每个核心数据和地址总线)你将会发现不同的总线频率需要不同的电压组合。
Historically, data warehousing initiatives attempted to address data quality problems downstream from applications.
在历史上，数据仓库曾经试图解决应用程序产生的数据质量问题。
While both validate inputted data, they address two wholly unique issues.
尽管都是验证输入数据，但它们解决的是两种截然不同的问题。
V3 adds support for digital signing of all core data types to address issues of data integrity and authenticity not previously available in UDDI.
V3增加了对所有核心数据类型的数字签名的支持以处理数据集成和可靠性问题，这个功能以前在UDDI中是没有的。
Most commonly this looks to ensure that field lengths are consistent (or precision and scale for numerical data), but may also address issues in misaligned data types.
该分析最常用于确保字段长度（对于数值型数据，则包括精度和等级）是一致的，但是也可以解决数据类型不匹配的问题。
In order for fields to obtain data from ADDRESS, COMPNAME, CONTACTNME and PHONENO in real time, you must ensure that the activity is started.
为了使字段实时地从ADDRESS、COMPNAME、CONTACTNME和PHONENO获得数据，必须确保该活动处于启动状态。
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