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Add extended_primary_loader to autobuild.

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* Build fat1x, fat32, cdfs, after_win loaders.
* Set use_lba=1 by default in fat32 loader.
* Build kolibri.raw: flash / hdd image.
* Add example config.ini file.
* Add an option (config file and screen) to not load ramdisk image.
* Add an option (config file only) to set /sys path.

Now you can boot without a ramdisk from a storage that is supported
by the kernel itself, i.e. without loadable drivers. Thus you can not
load the system without a ramdisk from SATA/AHCI and USB drives.

git-svn-id: svn://kolibrios.org@8091 a494cfbc-eb01-0410-851d-a64ba20cac60
This commit is contained in:
Ivan B
2020-10-04 16:53:59 +00:00
parent 02edd3949b
commit f5e0f96e84
22 changed files with 171 additions and 43 deletions
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38
data/Tupfile.lua
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@@ -790,7 +790,6 @@ end
-- generate tup rule for kolibri.img
tup.definerule{inputs = input_deps, command = make_img_command, outputs = output_deps}
tup.definerule{inputs = {"../kernel/trunk/boot/uefi4kos.asm", "kolibri.img", "../kernel/trunk/kernel.bin"}, command = "fasm ../kernel/trunk/boot/uefi4kos.asm %o", outputs = {"kolibri.efi"}}
-- generate command and dependencies for mkisofs
input_deps = {"kolibri.img"}
@@ -822,3 +821,40 @@ for i,v in ipairs(distr_extra_files) do
else tup.definerule{inputs = {v.group or v[2]}, command = cmd, outputs = {"distribution_kit/" .. v[1]}}
end
end
-- generate tup rule for kolibri.efi
tup.definerule{inputs = {"../kernel/trunk/boot/uefi4kos.asm", "kolibri.img", "../kernel/trunk/kernel.bin.ext_loader"},
command = "fasm -dUEFI=1 -dextended_primary_loader=1 ../kernel/trunk/boot/uefi4kos.asm %o",
outputs = {"kolibri.efi"}}
input_deps = {"kolibri.img", "../kernel/trunk/bootloader/extended_primary_loader/fat32/kordldr.f32.bin", "../kernel/trunk/bootloader/extended_primary_loader/fat32/bootsect.bin", "../kernel/trunk/kernel.mnt.ext_loader"}
make_raw_command = '^ MKIMG kolibri.raw^ ' -- for tup: don't write full command to logs
make_raw_command = make_raw_command .. "dd if=/dev/zero of=kolibri.raw bs=1048576 count=64 2>&1"
make_raw_command = make_raw_command .. " && parted --script kolibri.raw mktable msdos"
make_raw_command = make_raw_command .. " && parted --script kolibri.raw unit MiB mkpart primary fat32 1 100%%"
make_raw_command = make_raw_command .. " && parted --script kolibri.raw set 1 boot on"
bootsector = "../kernel/trunk/bootloader/extended_primary_loader/fat32/bootsect.bin"
make_raw_command = make_raw_command .. " && mformat -i kolibri.raw@@1M -v KOLIBRIOS -T 129024 -h 16 -s 32 -H 2048 -c 1 -F -B " .. bootsector .. " ::"
make_raw_command = make_raw_command .. " && mcopy -moi kolibri.raw@@1M ../kernel/trunk/kernel.mnt.ext_loader ::KERNEL.MNT"
make_raw_command = make_raw_command .. " && mcopy -moi kolibri.raw@@1M kolibri.img ::KOLIBRI.IMG"
make_raw_command = make_raw_command .. " && mcopy -moi kolibri.raw@@1M ../kernel/trunk/bootloader/extended_primary_loader/fat32/kordldr.f32.bin ::KORDLDR.F32"
make_raw_command = make_raw_command .. " && mcopy -moi kolibri.raw@@1M ../kernel/trunk/bootloader/extended_primary_loader/config.ini ::CONFIG.INI"
make_raw_command = make_raw_command .. ' && mmd -i kolibri.raw@@1M ::KOLIBRIOS'
-- make folders
table.sort(img_dirs)
for i,v in ipairs(img_dirs) do
if v ~= img_dirs[i-1] then
make_raw_command = make_raw_command .. ' && mmd -i kolibri.raw@@1M "::KOLIBRIOS/' .. v .. '"'
end
end
for i,v in ipairs(img_files) do
local_file = v[2]
make_raw_command = make_raw_command .. ' && mcopy -moi kolibri.raw@@1M "' .. local_file .. '" "::KOLIBRIOS/' .. v[1] .. '"'
end
-- generate tup rule for kolibri.raw
tup.definerule{inputs = input_deps, command = make_raw_command, outputs = {"kolibri.raw"}}