在快捷菜单上,选择要显示或隐藏的寄存器组。
On the shortcut menu, select the register groups you want to show or hide.
有关更多信息,请参见如何:显示和隐藏寄存器组。
For more information, see How to: Display and Hide Register Groups.
微处理器的一般结构:寄存器组,寄存器管理,总线时序,工作模式以及类型提供配置。
The general composition of microprocessor: register group, register management, bus line sequential, working mode and type offer configuration.
至少一个寄存器组专门用于特定类的线程,并且不能为其它线程所使用,即使在闲置时也是如此。
At least one of the register sets is dedicated for use by a special class of threads, and can not be used by other threads even if idle.
论文分析了处理器内部部件的工作原理,详细阐述了微处理器的取指单元、译码单元、执行单元、寄存器组和控制核心的设计。
The work principle of every part of microprocessor is analyzed, and a strong emphasis is laid on the design of program counter, instructions decipher, execute unit, register group and control center.
通常,它们以程序所知的可用的一组“基本”数据——栈数据、全局变量、寄存器——作为出发点。
Generally, they start off with a "base" set of data that is known to be available to the program — stack data, global variables, and registers.
这就让您有一组寄存器可跨函数调用保留。
This allows you to have a set of registers which can be counted on to be preserved across function calls.
它还规定在存储设备与一组32位矢量寄存器(Vector Register,VR)之间存取和储存的字节、半字、字和四字操作数。
It also provides for byte, halfword, word, and quadword operand fetches and stores between storage and a set of 32 Vector Registers (VRs).
一组128个寄存器,每个128位宽(每个寄存器通常都可以用来同时保存4个32位的值)。
A set of 128 registers, each 128 bits wide (each register is normally treated as holding four 32-bit values simultaneously).
这取决于平台abi;通常在一组指定的寄存器或从“堆栈指针”以固定偏移量。
It depends on the platform ABI; generally either in a designated set of registers or at fixed offsets from a "stack pointer".
双%%前缀,指明这是一个寄存器名。单%指明操作数。 这帮组GCC辨别操作数和寄存器。
There are two %'s prefixed to the register name. This helps GCC to distinguish between the operands and registers. operands have a single % as prefix.
PC并行打印口与多台下位单片机的通讯,将接口分成数据、状态、控制三组,由其寄存器分别控制。
For communication among parallel print port of PC and multiple single-chips, interface is divided into data, state and control groups respectively controlled by each register.
第二组包含指针和索引寄存器,用于定位在一个特定的内存部分的信息。
The third set contains segment registers that are used to specify these portions of memory, and the fourth set contains the instruction pointer.
更常见的是用一个或一组值,例如一个索引寄存器或下标的值来寻找一个特定数据元素。
More generally, a value or set of values, such as an index register or a subscript, used to locate specific data.
更常见的是用一个或一组值,例如一个索引寄存器或下标的值来寻找一个特定数据元素。
More generally, a value or set of values, such as an index register or a subscript, used to locate specific data.
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