#
# Specific targets and things for the OCP Winterfell board
#
# This is responsible for extracting the DXE section from the ROM,
# extracting each of the images from it, and setting the sizes for
# the different firmware images.
#
# Replace just the dxe volume:
# ( echo u860000 6a0000 ; pv build/winterfell/dxe.vol ) > /dev/ttyACM0

# 6.9 MB DXE+Linux ROM, uncompressed
dxe-size	:= 0x6A0000
#dxe-compress	:= 0xF00000

dxe-path := $(BUILD)/rom/0x00860000

dxe-files := $(shell awk  \
	'/^[0-9A-Fa-f]/ {print "$(dxe-path)/"$$1".ffs"}' \
	boards/$(BOARD)/image-files.txt \
)

$(dixe-files): extract.intermediate


# The Intel firmware has lots of small pieces.
# We replace the DXE recovery image and one of the other
# images with the LinuxBoot one.  Potentially we
# can clean up more space.
FVS := \
$(BUILD)/rom/0x00000000.ifd \
$(BUILD)/rom/0x00010000.bin \
$(BUILD)/nvram1.vol \
$(BUILD)/nvram2.vol \
$(BUILD)/rom/0x00840000.bin \
$(BUILD)/dxe.vol \
$(BUILD)/rom/0x00f00000.fv \


# Replace the DxeCore and SmmCore with our own
# and add in the Linux kernel / initrd
$(BUILD)/dxe.vol: \
	$(dxe-files) \
	$(BUILD)/Linux.ffs \
	$(BUILD)/Initrd.ffs \

nvram1-size := 0x20000
nvram2-size := 0x20000
$(BUILD)/nvram1.vol: $(BUILD)/nvram1.ffs
$(BUILD)/nvram2.vol: $(BUILD)/nvram2.ffs

$(BUILD)/nvram1.ffs: $(BUILD)/rom/0x00800000/cef5b9a3-476d-497f-9fdc-e98143e0422c.ffs
	./bin/nvram-compact < $< > $@
$(BUILD)/nvram2.ffs: $(BUILD)/rom/0x00820000/cef5b9a3-476d-497f-9fdc-e98143e0422c.ffs
	./bin/nvram-compact < $< > $@

# I wish we could use our own builds of these, but
# the AMI firmware modules do not play nice with us.
NO = \
	$(BUILD)/DxeCore.ffs \
	$(BUILD)/ReportStatusCodeRouterRuntimeDxe.ffs \
	$(BUILD)/StatusCodeHandlerRuntimeDxe.ffs \
	$(BUILD)/RuntimeDxe.ffs \
	$(BUILD)/PiSmmCore.ffs \
	$(BUILD)/RuntimeDxe.ffs \
	$(BUILD)/AcpiTableDxe.ffs \
	$(BUILD)/AcpiPlatform.ffs \
        $(BUILD)/PciBusDxe.ffs \
        $(BUILD)/PciHostBridgeDxe.ffs \
        $(BUILD)/PciSioSerialDxe.ffs \