# Linux kernel options

 ## select KERNEL_SUPPORTS_SHARED_LIBS

 ##

 ## help Build a toolchain targeting systems running Linux as a kernel.

 choice

     bool

     prompt "Get kernel headers from:"

 config KERNEL_LINUX_INSTALL

     bool

     prompt "kernel's 'headers_install'"

     help

       This will make use of the new headers_install rule in recent kernels.

       This is most probably what you want to use.

 config KERNEL_LINUX_USE_CUSTOM_HEADERS

     bool

     prompt "pre-installed headers tree"

     help

       If you have some pre-installed kernel headers lying around, you can

       enter the path to these headers, below, they will be copied from

       there, and into the toolchain's sysroot.

       Note:

       This will *not* let you use a complete kernel tree!

       If you want to use your own full kernel tree, then you want to

       say 'Y' to KERNEL_LINUX_INSTALL, above, and select KERNEL_LINUX_CUSTOM.

 endchoice

 if KERNEL_LINUX_INSTALL

 choice

     bool

     prompt "Linux kernel version"

 # Don't remove next line

 # CT_INSERT_VERSION_BELOW

 config KERNEL_V_2_6_39_1

     bool

     prompt "2.6.39.1"

 config KERNEL_V_2_6_39

     bool

     prompt "2.6.39"

 config KERNEL_V_2_6_38_8

     bool

     prompt "2.6.38.8"

 config KERNEL_V_2_6_37_6

     bool

     prompt "2.6.37.6"

 config KERNEL_V_2_6_36_4

     bool

     prompt "2.6.36.4"

 config KERNEL_V_2_6_35_13

     bool

     prompt "2.6.35.13 (longterm)"

     help

       The Linux 2.6.35 tree is a "longterm" maintenance branch.

       It is intended to fill the niche for users who are not using distribution

       kernels but want to use a regression-free kernel for a longer time.

       Critical bug fixes to later 2.6 releases are often ported to this branch

       which makes 2.6.35 a very useful base for many embedded developers seeking

       stable APIs or those who do not need the latest bleeding edge features.

       ... and no, this kernel has not undergone any specific QA testing.

       See the original announcement by Andi Kleen in the following mailing

       list entry:

         http://marc.info/?l=linux-kernel&m=129136895415202&w=4

 config KERNEL_V_2_6_34_9

     bool

     prompt "2.6.34.9"

 config KERNEL_V_2_6_33_14

     bool

     prompt "2.6.33.14"

 config KERNEL_V_2_6_32_41

     bool

     prompt "2.6.32.41 (longterm)"

     help

       The Linux 2.6.32 tree is a "longterm" maintenance branch.

       It is intended to fill the niche for users who are not using distribution

       kernels but want to use a regression-free kernel for a longer time.

       Critical bug fixes to later 2.6 releases are often ported to this branch

       which makes 2.6.32 a very useful base for many embedded developers seeking

       stable APIs or those who do not need the latest bleeding edge features.

       ... and no, this kernel has not undergone any specific QA testing.

       See the original announcement by Greg Kroah-Hartman in the following

       mailing list entry:

         http://marc.info/?l=linux-kernel&m=126384198403392&w=4

 config KERNEL_V_2_6_31_14

     bool

     prompt "2.6.31.14"

 config KERNEL_V_2_6_27_59

     bool

     prompt "2.6.27.59 (longterm)"

     help

       The Linux 2.6.27 tree is a "longterm" maintenance branch.

       It is intended to fill the niche for users who are not using distribution

       kernels but want to use a regression-free kernel for a longer time.

       Critical bug fixes to later 2.6 releases are often ported to this branch

       which makes 2.6.27 a very useful base for many embedded developers seeking

       stable APIs or those who do not need the latest bleeding edge features.

       ... and no, this kernel has not undergone any specific QA testing.

       See the original announcement by Adrian Bunk in the following mailing list

       entry:

         http://marc.info/?l=linux-kernel&m=122375909403298&w=4

       It is now maintained by Greg Kroah-Hartman, see this mailing list entry:

         http://marc.info/?l=linux-kernel&m=129133701916793&w=4

 config KERNEL_LINUX_CUSTOM

     bool

     prompt "custom tarball"

     help

       Use a local tarball of a complete kernel source tree.

 config KERNEL_LINUX_CUSTOM_TARBALL

     string

     prompt "Path to custom tarball"

     depends on KERNEL_LINUX_CUSTOM

     help

       Enter here the path to the tarball of your full kernel tree.

 endchoice

 config KERNEL_VERSION

     string

 # Don't remove next line

 # CT_INSERT_VERSION_STRING_BELOW

     default "2.6.39.1" if KERNEL_V_2_6_39_1

     default "2.6.39" if KERNEL_V_2_6_39

     default "2.6.38.8" if KERNEL_V_2_6_38_8

     default "2.6.37.6" if KERNEL_V_2_6_37_6

     default "2.6.36.4" if KERNEL_V_2_6_36_4

     default "2.6.35.13" if KERNEL_V_2_6_35_13

     default "2.6.34.9" if KERNEL_V_2_6_34_9

     default "2.6.33.14" if KERNEL_V_2_6_33_13

     default "2.6.32.41" if KERNEL_V_2_6_32_40

     default "2.6.31.14" if KERNEL_V_2_6_31_14

     default "2.6.27.59" if KERNEL_V_2_6_27_59

 endif # KERNEL_LINUX_INSTALL

 if KERNEL_LINUX_USE_CUSTOM_HEADERS

 config KERNEL_LINUX_CUSTOM_PATH

     string

     prompt "Path to custom headers directory/tarball"

     help

       See KERNEL_LINUX_CUSTOM_IS_TARBALL, below.

 config KERNEL_LINUX_CUSTOM_IS_TARBALL

     bool

     prompt "This is a tarball"

     help

       If you say 'n' here, the path above is expected to point to a directory

       containing readily prepared headers

       If you say 'y' here, then the path above is expected to point to a

       tarball of such a directory.

       Eg., if your headers are available in: /foo/bar/buz/my_hdrs/include,

       say 'n' here, and enter: /foo/bar/buz/my_hdrs below.

       Now, passing a tarball around is easier than passing a directory, so

       if you want to, you can make a tarball of /foo/bar/buz/my_hdrs/include,

       say 'y' here, and enter the path to this tarball below.

 endif # KERNEL_LINUX_USE_CUSTOM_HEADERS