• Now for kernel configuration.

    现在进行内核配置。

    youdao

  • You'll need to enable this in your kernel configuration.

    您需要在您的内核配置中启用这个配置。

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  • In the kernel configuration section shown in Listing 18, you'll view the usage of the kernel tunables.

    在清单18所示的内核配置部分中,可以看到内核可调项。

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  • Once you're done, save your kernel configuration and perform your standard kernel compilation routine and reboot.

    完成后,保存内核配置,并执行标准内核编译例程,然后重新引导。

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  • To activate the serial port communication for kernel debugging, you need to modify the same kernel configuration file.

    为了激活串行端口通信以进行内核调试,您需要修改同一个内核配置文件。

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  • The kernel configuration and compiling of JFFS2 are introduced in this paper as well.

    并介绍了JFFS2文件系统的内核配置及编译方法。

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  • So, the struct size also varies depending on kernel configuration, and you can't get it from user-space.

    所以,结构体的大小也取决于内核配置,从用户空间,你不能得到它。

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  • Then, head over to the File systems kernel configuration section and look for the /dev file system support (EXPERIMENTAL) option.

    然后转至Filesystems内核配置部分,查找 /dev filesystemsupport (EXPERIMENTAL)选项。

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  • You can skip the following steps and head right to the kernel modification section if you are confident about your new kernel configuration.

    如果您对自己的新内核配置很有信心,可以跳过以下步骤并直接转到内核修改部分。

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  • You'll need to attend to your kernel configuration, your boot loader configuration, and the utilities you use to create and manage partitions.

    您需要设置内核配置、引导装载配置,以及用于创建和管理分区的工具。

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  • Once you're done with the changes to the kernel configuration files, you have to compile your kernel so that the new kernel image can be debugged.

    如果已经更改了内核配置文件,就必须编译内核,以便可以调试新内核映像。

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  • It was a system that literally made it impossible to get an invalid kernel configuration because it would do intelligent deduction from constraints.

    它是一个系统,使用它简直不可能得到一个无效内核配置,因为它会根据约束执行智能推理。

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  • You can "unset" the kernel configuration option CONFIG_MODULE_UNLOAD to remove a considerable amount of kernel functionality related to module unloads.

    您可以“取消”内核配置选项CONFIG_MODULE_UNLOAD,删除大量与卸载模块相关的内核功能。

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  • Today, in the 2.6 kernel, you can get soft real-time performance through a simple kernel configuration to make the kernel fully preemptable (see Figure 6).

    今天,在2.6内核中,通过对内核进行简单配置使其完全可抢占(见图6),您就可以得到软实时功能。

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  • I recommend that you compile LVM support directly into the kernel rather than configuring it to compile as a module. Fire up your favorite Linux kernel configuration method.

    我建议您直接将LVM支持编译到内核中而不是将它配置成作为一个模块编译。

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  • If you've ever recompiled the Linux kernel, you probably found that in the kernel configuration process, many device drivers and other kernel elements are compiled as modules.

    如果您曾经重新编译过Linux内核,就可能会发现在内核的配置过程中,有很多设备驱动程序和其他内核元素都被编译成了模块。

    youdao

  • Kernel configuration is quite easy.

    配置内核非常简单。

    youdao

  • Kernel configuration, compilation, and testing.

    内核配置、编译和测试。

    youdao

  • Kernel configuration or build configuration and parameters.

    内核配置或构建配置和参数。

    youdao

  • For a definitive explanation of all this, please see the Linux Magazine article "Kernel Configuration: dealing with the unexpected" (see Resources).

    有关所有这些的权威性解释,请参阅LinuxMagazine的文章“Kernel Configuration:dealingwiththe unexpected”(请参阅参考资料)。

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  • The act of passing execution is called "context switching" and its frequency varies, depending on the kernel? Configuration and the current system load.

    传递执行权的行为就是所谓的“上下文切换”,传递的频率随内核的配置及当前负载而变化。

    youdao

  • The act of passing execution is called "context switching" and its frequency varies, depending on the kernel? Configuration and the current system load.

    传递执行权的行为就是所谓的“上下文切换”,传递的频率随内核的配置及当前负载而变化。

    youdao

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