At initialization time, a device driver allocates a net_device structure and then initializes it with its necessary routines.
在进行初始化时，设备驱动程序会分配一个net _ device结构，然后使用必须的程序对其进行初始化。
Both support the idea of deferred initialization, also known as futures, the former is a class and the later a lightweight and slightly less safe structure.
这两者都体现了延迟初始化的特性(因此又被称为futures)。前者是一个类，而后者则是一个轻量的，但并非“绝对”线程安全的结构。
This way, a temporary multi-hop augmented structure is formed in the cellular architecture to aid the network entry and initialization process of the MN's.
这样，一个临时的多跳增强结构在帮助网络入口和初始化MN的进程的蜂窝结构中形成了。
The first part is structure and optimizes design of reducer parts: Using MFC resource to edit parameter initialization interface of reducer.
第一部分是减速器结构设计和优化设计部分：即利用MF C资源编写减速器参数选择初始化界面。
The initialization task is to initialize the registers to drive the RFC by analyzing the interior structure of RFC.
初始化配置通过对高频头的内部结构分析，从而对相关寄存器进行配置，驱动高频头正常工作。
Pointer to a CREATESTRUCT structure that contains initialization parameters for the window about to be created.
一个指向CREATESTRUCT结构的指针，该结构包含即将被创建的窗体的初始化参数。
Pointer to a CREATESTRUCT structure that contains initialization parameters for the window about to be created.
一个指向CREATESTRUCT结构的指针，该结构包含即将被创建的窗体的初始化参数。
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