haiku/build/jam/images/MMCImage

# Set anyboot file name and directory defaults.
HAIKU_MMC_NAME ?= $(HAIKU_DEFAULT_MMC_NAME) ;
HAIKU_MMC_DIR ?= $(HAIKU_DEFAULT_MMC_DIR) ;
HAIKU_MMC = $(HAIKU_MMC_NAME) ;
HAIKU_MMC_LABEL ?= $(HAIKU_DEFAULT_MMC_LABEL) ;

# SD/mmc image rule
# Files must be in this order:
#  out : mbrtool fatshell os_image loader floppyboot everything_else
rule BuildSDImage image : files
{
	local mbrtool = <build>mbrtool ;
	local fatshell = <build>fat_shell ;

	Depends $(image) : $(files) $(TARGET_DEVICE_TREES) ;
	Depends $(image) : $(HAIKU_IMAGE_NAME) ;
	Depends $(image) : $(mbrtool) ;
	Depends $(image) : $(fatshell) ;

	SDIMAGE_OS_SIZE on $(image) = $(HAIKU_IMAGE_SIZE) ;
	SDIMAGE_BEGIN on $(image) = $(HAIKU_BOOT_SDIMAGE_BEGIN:E=63) ;

	if $(TARGET_BOOT_PLATFORM) = efi {
		switch $(TARGET_ARCH) {
			case x86 :
				EFINAME on $(image) = "BOOTIA32.EFI" ;
			case x86_64 :
				EFINAME on $(image) = "BOOTX64.EFI" ;
			case arm :
				EFINAME on $(image) = "BOOTARM.EFI" ;
			case arm64 :
				EFINAME on $(image) = "BOOTAA64.EFI" ;
			case riscv32 :
				EFINAME on $(image) = "BOOTRISCV32.EFI" ;
			case riscv64 :
				EFINAME on $(image) = "BOOTRISCV64.EFI" ;
			case * :
				Exit "Error: Unknown EFI architecture!" ;
		}
		BuildEfiSDImage1 $(image) : $(mbrtool) $(fatshell) $(files) ;
	} else if $(TARGET_BOOT_PLATFORM) = u-boot {
		BuildUBootSDImage1 $(image) : $(mbrtool) $(fatshell) $(files) ;
	} else {
		# TODO: For now we do nothing. Maybe we want a "AddSDImage" to
		# append additional loaders like the raw riscv one?
		echo "Asked for $(TARGET_BOOT_PLATFORM) target boot platform" ;
		echo "Unknown path to handle adding to image" ;
	}
}

# Usage:
#  out : mbrtool fatshell os_image loader floppyboot everything_else
actions BuildUBootSDImage1
{
	$(RM) $(1)

	export $(HOST_ADD_BUILD_COMPATIBILITY_LIB_DIR)

	# in KiB
	EFI_SIZE=32768
	BOOT_SIZE=`expr ${EFI_SIZE} + $(SDIMAGE_BEGIN)`
	MMC_SIZE=`expr $(SDIMAGE_OS_SIZE) \* 1024 + ${BOOT_SIZE}`

	# Build "boot" disk
	dd if=/dev/zero of=$(1) bs=1K count=${BOOT_SIZE}

	# generate u-boot environment variables
	echo 'os=haiku' > uEnv.txt
	echo 'platform=u-boot' >> uEnv.txt
	echo "loader=haiku_loader.ub" >> uEnv.txt

	# Lay down partition map
	OS_LENGTH=`expr ${MMC_SIZE} - ${BOOT_SIZE}`

	# EFI System Partition
	$(2[1]) $(1) 0 0xef $(SDIMAGE_BEGIN) ${EFI_SIZE}
	# OS Partition
	$(2[1]) $(1) 1 0xeb ${BOOT_SIZE} ${OS_LENGTH}

	FATFS="$(2[2]) --start-offset `expr $(SDIMAGE_BEGIN) \* 1024`"

	# format the image
	${FATFS} --end-offset `expr ${BOOT_SIZE} \* 1024` \
		--initialize "$(1)" 'Haiku Boot'

	# populate
	for i in $(2[4-]) ; do
		echo "cp :${i} myfs/" | ${FATFS} $(1)
	done

	echo "cp :uEnv.txt myfs/" | ${FATFS} $(1)

	# lay down FDT's
	echo "mkdir myfs/fdt" | ${FATFS} $(1)
	for i in $(TARGET_DEVICE_TREES[1-]) ; do
		echo "cp :${i} myfs/fdt/" | ${FATFS} $(1)
	done

	# list content
	echo "ls myfs" | ${FATFS} $(1)

	# cleanup
	$(RM) uEnv.txt
	$(RM) boot.scr

	# Add haiku partition to MMC image
	cat $(2[3-3]) >> $(1)
}


# Usage:
#  out : mbrtool fatshell os_image loader floppyboot everything_else
actions BuildEfiSDImage1
{
	$(RM) $(1)

	export $(HOST_ADD_BUILD_COMPATIBILITY_LIB_DIR)

	# in KiB
	EFI_SIZE=32768
	BOOT_SIZE=`expr ${EFI_SIZE} + $(SDIMAGE_BEGIN)`
	MMC_SIZE=`expr $(SDIMAGE_OS_SIZE) \* 1024 + ${BOOT_SIZE}`

	# Build "boot" disk
	dd if=/dev/zero of=$(1) bs=1K count=${BOOT_SIZE}

	# generate u-boot environment variables
	echo 'os=haiku' > uEnv.txt
	echo 'platform=efi' >> uEnv.txt
	echo "loader=EFI/BOOT/$(EFINAME)" >> uEnv.txt

	# Lay down partition map
	OS_LENGTH=`expr ${MMC_SIZE} - ${BOOT_SIZE}`

	# EFI System Partition
	$(2[1]) $(1) 0 0xef $(SDIMAGE_BEGIN) ${EFI_SIZE}
	# OS Partition
	$(2[1]) $(1) 1 0xeb ${BOOT_SIZE} ${OS_LENGTH}

	FATFS="$(2[2]) --start-offset `expr $(SDIMAGE_BEGIN) \* 1024`"

	# format the image
	${FATFS} --end-offset `expr ${BOOT_SIZE} \* 1024` \
		--initialize "$(1)" 'Haiku Boot'

	# populate
	echo "mkdir -p myfs/EFI/BOOT" | ${FATFS} $(1)
	echo "cp :$(2[4-4]) myfs/EFI/BOOT/$(EFINAME)" | ${FATFS} $(1)

	# copy misc files
	for i in $(2[5-]) ; do
		echo "cp :${i} myfs/" | ${FATFS} $(1)
	done
	echo "cp :uEnv.txt myfs/" | ${FATFS} $(1)

	# lay down FDT's
	echo "mkdir myfs/fdt" | ${FATFS} $(1)
	for i in $(TARGET_DEVICE_TREES[1-]) ; do
		echo "cp :${i} myfs/fdt/" | ${FATFS} $(1)
	done

	# list content
	echo "ls myfs" | ${FATFS} $(1)

	# cleanup
	$(RM) uEnv.txt
	$(RM) boot.scr

	# Add haiku partition to MMC image
	cat $(2[3-3]) >> $(1)
}

for platform in [ MultiBootSubDirSetup ] {
	on $(platform) {
		# SD/mmc image targets
		if $(TARGET_BOOT_PLATFORM) = efi {
			if $(TARGET_ARCH) = arm || $(TARGET_ARCH) = riscv64 {
				# These EFI platforms need u-boot to get them going
				BuildSDImage $(HAIKU_MMC_NAME) : $(HAIKU_IMAGE)
					haiku_loader.$(TARGET_BOOT_PLATFORM)
					boot.scr ;
			} else {
				BuildSDImage $(HAIKU_MMC_NAME) : $(HAIKU_IMAGE)
					haiku_loader.$(TARGET_BOOT_PLATFORM) ;
			}
		} else if $(TARGET_BOOT_PLATFORM) = u-boot {
			BuildSDImage $(HAIKU_MMC_NAME) :
				$(HAIKU_IMAGE) haiku_loader.$(TARGET_BOOT_PLATFORM) haiku-floppyboot.tgz.$(TARGET_BOOT_PLATFORM) boot.scr ;
		} else {
			BuildSDImage $(HAIKU_MMC_NAME) :
				$(HAIKU_IMAGE) haiku_loader.$(TARGET_BOOT_PLATFORM) boot.scr ;
		}
	}
}

#BlessSDImage haiku-$(TARGET_KERNEL_ARCH).mmc ;
NotFile haiku-mmc-image ;
Depends haiku-mmc-image : $(HAIKU_MMC_NAME) ;