NTLDR pulls in the proper Hardware Abstraction Layer (HAL) and all boot drivers.
NTLDR收集正确的硬件抽象层和所有的启动驱动程序。
NTLDR then sets up the ring 0 mode for the kernel and loads the proper kernel (NTOSKRNL) for the computer.
然后NTLDR为内核设定0环模式,并为计算机装载正确的内核(NTOSKRNL)。
NTLDR loads the basic memory configuration and switches to 32-bit mode (protected mode). NTLDR then places itself into high memory to free up as much memory space as possible.
NTLDR载入基本的内存配置并转为32位模式(保护模式)。然后NTLDR将自己放入高内存以尽可能多地释放内存。
NTLDR loads the basic memory configuration and switches to 32-bit mode (protected mode). NTLDR then places itself into high memory to free up as much memory space as possible.
NTLDR载入基本的内存配置并转为32位模式(保护模式)。然后NTLDR将自己放入高内存以尽可能多地释放内存。
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