A pointer is to point to a memory location.

是指一个内存位置的指针。

Add the number 1 to the value of memory location 1.

将位置1中的数字加上1。

The source of the appended data is a memory location.

用于追加的数据的源是一个内存地址。

Subtract the number 11 from the value in memory location 2.

从位置2中的数字中减去11。

To change the contents of memory location 0xc000000 to 0x10.

将内存位置为0xc000000上的内容更改为0x10。

Therefore, you cannot just load a word from, say, memory location 12.

这样一来，就不能从内存位置12加载一个字。

This pointer refers to the memory location of the indicated object.

这是指表示对象的内存位置的指针。

Remember that a pointer is just a variable that holds a memory location.

记住，一个指针是一个变量保存一个内存位置。

Stopping upon access (or modification) of a specific virtual memory location.

当存取(或修改)某个特定的虚拟内存位置时停止。

If the value in memory location 2 is the number 0, continue with instruction 9.

如果位置2中的数字为0，就继续执行第9步。

Suppose there is a pointer memoryArea pointing to a memory location of 10 bytes.

假设有一个指针 memoryArea，它指向一个 10 字节的内存位置。

Pointer types - the pointer is either NULL or points to an accessible memory location.

指针类型—指针为NULL或指向某个可访问的内存位置。

For example, one PPE-side mailbox register appears as a write-only physical memory location.

例如，一个ppe端的邮箱寄存器会作为一个只写的物理内存位置出现。

Thus, the augend and the addend must each be small enough to fit within one memory location.

由此可见，加数和被加数都应足够小，以便能够合适地装入一个存储单元。

A number used in information storage or retrieval that is assigned to a specific memory location.

存储器位置，地址，编址指定于某个特定区域内，用于信息存储或提取的数。

The actual address that is placed on the address bus when accessing a memory location or register.

当访问内存位置或寄存器时，在地址总线上的真实的地址。

You can use a memory location specifier with any value or expression that evaluates to a location.

可以使用带有计算为位置的任何值或表达式的内存位置说明符。

Thee actual address that is placed on the address bus when accessing a memory location or register.

当访问内存位置或寄存器时，在地址总线上的真实的地址。

Because of the way the code is structured, we now know that memory location 0001f574 stores some kind of data.

通过代码的构造方式，我们现在知道内存地址0001f 574处存储有某种类型的数据。

A CAS operation includes three operands — a memory location (v), the expected old value (a), and a new value (B).

CAS操作包含三个操作数——内存位置(V)、预期原值(A)和新值(B)。

It becomes the responsibility of the calling function to keep track of this memory location and handle it properly.

跟踪该内存位置并正确地处理它就成为了calling函数的职责。

Every location in main memory is numbered with a sequential numeric address by which the memory location is referred.

主存中的每个位置都使用连续的数字地址编号，内存位置就使用这个地址来引用。

The next line, C3, takes the pointer in eax and stores it back into the instance reference at memory location 049388C8.

下一行代码，C3，获取 eax 中的指针并将其存储回内存位置为 049388C8 的实例引用。

The address bus is used by the processor to select aspecific memory location or register within a particular peripheral.

地址总线被处理器用来选择在特定外设中的存储器地址或寄存器。

The C language allows indirect access memory location by pointer without boundary check, which may cause buffer overflow.

由于C语言允许通过指针进行间接内存访问，但并不进行边界检查，因此可能存在缓冲区溢出。

The ASN1 variety of this function loads an ASN1-encoded digital certificate from the specified memory location into the SSL context.

这个函数的 ASN1 变种可以将指定内存位置处的使用 ASN1 编码的数字证书加载到 SSL 环境中。

This Shared memory location is stored in the handle passed from the OPEN_LOG procedure to the subsequent calls to LOGGER and LOGINFO.

共享内存的位置存储在句柄中，从OPEN_LOG到后续的LOGGER和LOGINFO调用都会传递这个句柄。

The first two lines of assembly code at B0 and B5 load the instance reference from memory location 049388C8 into eax and test for null.

B0 和 B5 处的前两行汇编代码将 instance 引用从内存位置 049388C8 加载至 eax 中，并进行 null 检查。