Changing the timeout for system lock seems like easy, and useful functionality.
改变系统锁定的延迟时间似乎是很简单而且很有用的功能。
Do not use a different GCC when compiling the kernel image and the user space tools because it can result in a system lock up.
编译内核映像和用户空间工具时不要使用不同的gcc，因为这可能会造成系统的锁定。
However, we all know that every now and then, something atypical happens, such as an unexpected power failure or system lock-up.
然而，我们都知道不时地会有一些意外发生，例如意想不到的电源故障或者系统挂起。
When you use an unproven kernel, you're not just risking a system lock-up; you're risking data loss and filesystem corruption, something you definitely want to avoid.
当您使用一个不可靠的内核时，您不仅仅面临着系统锁定的危险；您还面临着丢失数据和文件系统崩溃的危险，这是您绝对不希望发生的。
When you use an unproven kernel, you're not just risking a system lock-up; you're risking data loss and filesystem corruption, something you definitely want to avoid.
当您使用一个不可靠的内核时，您不仅仅面临着系统锁定的危险；您还面临着丢失数据和文件系统崩溃的危险，这是您绝对不希望发生的。
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