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I was unable to compile OpenJDK on ARM using the 'cacao' JVM and therefore
switched to the 'jamvm' which apparently is the default in other ARM distros
as well. I guess I am late to the party...
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This package is needed when building a minirootfs.
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The SD card in a Chromebook registers as /dev/mmcblk1 so I added device nodes
for this to the rootfs.
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When trying to determine the host triplet for the various ARM architectures,
I made a logical error which I fixed now.
The host triplet should be properly detected. Thanks to Ahau for spotting this.
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Sources in k/ have been updated and new d/device-tree-compiler sources
have been added to allow compiling the ChromeOS kernel for the Samsung
ChromeBook (with an Exynos5 CPU).
Kernel sources are checked out of the chromium git repository,
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The module update scripts were hard-coded for only one exception (armv7hl) to
slackwarearm, but this update will work for other arm hard-float Slackware
derivatives bootstrapped from Alien's ARM scripts.
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The ARM port split libtinfo off libncursesw to allow for smaller binaries.
However this requires the addition of '-ltinfo' to some linker commands,
since modern binutils require explicit linking of all used libraries (DSO).
In order to make this geneally applicable, not just for ARCH=armv7hl, I
made a few changes in SlackBuild scripts.
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The stage1.sh script works again with the current source.local tree.
Fixed the issues with new coreutils, new kernel and 'patch'.
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This large update brings Alien's ARM repository almost to the same level
of package versions in slackware-current. THese updates were needed to
make it possible to start a functional XFCE session on Samsung's ARM
ChromeBook (XE303C12).
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