A NAPI driver puts constraints on the capabilities of the underlying hardware.
NAPI驱动程序会对底层硬件的能力进行一些限制。
NAPI can yield better performance under high loads by avoiding taking an interrupt for each incoming frame.
NAPI在高负载的情况下可以产生更好的性能，它避免了为每个传入的帧都产生中断。
Some drivers use NAPI, but the large majority still use the older frame reception interface (by a rough factor of six to one).
有些驱动程序使用的是NAPI，但是大多数驱动程序仍然在使用老式的帧接收接口(比例大约是6比1)。
In this thesis, all of four methods are evaluated experimentally, and influences of NAPI and interrupt model on packet capture are analyzed.
本文通过实验对这四种数据包捕获方法进行评估，并且分析了NAPI模式和中断模式对数据包捕获方法的影响。
Recently, a new application program interface (NAPI) was introduced into the kernel to allow drivers to interface with the device agnostic layer (dev).
最近，内核中引入了一种新的应用程序编程接口（NAPI），该接口允许驱动程序与设备无关层（dev）进行交互。
Recently, a new application program interface (NAPI) was introduced into the kernel to allow drivers to interface with the device agnostic layer (dev).
最近，内核中引入了一种新的应用程序编程接口（NAPI），该接口允许驱动程序与设备无关层（dev）进行交互。
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