$(CC) $(CFLAGS) $(SFLAGS) -DSETUP_AND_STALL -c -o setup1of2.o head_omap1510.S	$(CC) $(CFLAGS) $(SFLAGS) -DSETUP_AND_STALL -c -o setup2of2.o sdram_omap1510.S	$(LD) -Ttext 0x10000000 -e 0x10000000 setup1of2.o setup2of2.o -o $@	@$(OBJCOPY) --strip-all $@ $@.out$(L_SCRIPT_1): $(L_TEMPLATE_1)	@cat $(L_TEMPLATE_1) | \	sed -e "s/XXRRLOADADDRESSXX/$(BSPCONF_BTLDR_SDRAM_START)/g" \	>$(L_SCRIPT_1)rrload: setup $(L_SCRIPT_1) $(RRLOAD_LIST) rrload.ForUpgrade	@rm -f $@ $@.out	$(LD) -T $(L_SCRIPT_1) $(RRLOAD_LIST) -o rrload	#@$(OBJCOPY) --strip-all $@ $@.out	$(NM) rrload | grep -v '\(compiled\)\|\(\.o$$\)\|\( a \)' | sort > rrload.map$(L_SCRIPT_2): $(L_TEMPLATE_2)	@cat $(L_TEMPLATE_2) | \	sed -e "s/XXRRLOADADDRESSXX/$(BSPCONF_BTLDR_SDRAM_START)/g;s/XXUPGRADEADDRESSXX/$(BSPCONF_BTLDR_SDRAM_END)/g" \	>$(L_SCRIPT_2)rrload.ForUpgrade: setup $(L_SCRIPT_2) $(RRLOAD_LIST)	@rm -f $@	$(LD) -T $(L_SCRIPT_2) $(RRLOAD_LIST) -o rrload.ForUpgradeendififeq ($(BSPCONF_ARCH),dm310)setup: head_dm310.S	@rm -f $@ $@.out setup.o	$(CC) $(CFLAGS) $(SFLAGS) -DSETUP_AND_STALL -c -o setup.o head_dm310.S	$(LD) -Ttext 0x00000004 -e 0x00000004 setup.o -o $@	@$(OBJCOPY) --strip-all $@ $@.outmsetup: head_dm310.S	@rm -f $@ $@.out msetup.o	$(CC) $(CFLAGS) $(SFLAGS) -DSETUP_AND_STALL -DENABLE_MEMTEST \	  -c -o msetup.o head_dm310.S	$(LD) -Ttext 0x00000004 -e 0x00000004 msetup.o -o $@	@$(OBJCOPY) --strip-all $@ $@.out$(L_SCRIPT_1): $(L_TEMPLATE_1)ifeq ($(BSPCONF_KERNEL_PARMS),$(BSPCONF_BTLDR_SDRAM_START))	@cat $(L_TEMPLATE_1) | \	sed -e "s/XXKPARMADDRESSXX/$(BSPCONF_KERNEL_PARMS)/g;\                s/XXRRLOADADDRESSXX/$(BSPCONF_BTLDR_SDRAM_START) + 0x00000180/g;\		s/XXFORUPGRADEXX/0x0/g" \	>$(L_SCRIPT_1)else	@cat $(L_TEMPLATE_1) | \	sed -e "s/XXKPARMADDRESSXX/$(BSPCONF_KERNEL_PARMS)/g;\	        s/XXRRLOADADDRESSXX/$(BSPCONF_BTLDR_SDRAM_START)/g; \		s/XXFORUPGRADEXX/0x0/g" \	>$(L_SCRIPT_1)endifrrload: setup msetup $(L_SCRIPT_1) $(RRLOAD_LIST) rrload.ForUpgrade	@rm -f $@ $@.out	$(LD) -T $(L_SCRIPT_1) $(RRLOAD_LIST) -o rrload	#@$(OBJCOPY) --strip-all $@ $@.out	$(NM) rrload | grep -v '\(compiled\)\|\(\.o$$\)\|\( a \)' | sort > rrload.map$(L_SCRIPT_2): $(L_TEMPLATE_2)	@cat $(L_TEMPLATE_2) | \	sed -e "s/XXKPARMADDRESSXX/$(BSPCONF_KERNEL_PARMS)/g;\	        s/XXRRLOADADDRESSXX/$(BSPCONF_BTLDR_SDRAM_END)/g;\		s/XXFORUPGRADEXX/0x1/g" \	>$(L_SCRIPT_2)rrload.ForUpgrade: setup msetup $(L_SCRIPT_2) $(RRLOAD_LIST)	@rm -f $@	$(LD) -T $(L_SCRIPT_2) $(RRLOAD_LIST) -o rrload.ForUpgradeendififeq ($(BSPCONF_ARCH),omap710)rrload_base.o: $(BASE_OBJECTS)	@rm -f $@	@# Next, make the *intermediate* bootloader product.	$(AR) rcs rrload_base.o $(BASE_OBJECTS)do_export: $(EXPORT_LIST)	@if [ ! -d export ] ; then \	   mkdir export; \	fi	@for export_obj in $(EXPORT_LIST); do \	  cp $$export_obj export/.; \	  chmod a+w export/$$export_obj; \	done	@mv export/$(EXPORT_MAKE) export/Makefileifeq (temporary,temporary)# !!!!!!!!!!!!!!!!# *revisit-skranz* This block of targets is temporarily being# used instead of the exports/Makefile. See "else"# !!!!!!!!!!!!!!!!setup: setup_omap710.o	@rm -f $@ $@.out	$(LD) -Ttext 0x20000000 -e 0x20000000 $^ -o $@	@$(OBJCOPY) --strip-all $@ $@.outrrload.ForUpgrade: $(BASE_OBJECTS) $(DRV_OBJECTS) ld.omap710.ForUpgrade.script	@#This is all described in Appendix_A of this Makefile.	@rm -f $@	$(LD) -T ld.omap710.ForUpgrade.script $(BASE_OBJECTS) $(DRV_OBJECTS) -o $@rrload: do_export rrload.ForUpgrade setup $(BASE_OBJECTS) $(DRV_OBJECTS) ld.omap710.script	@rm -f $@ $@.out	$(LD) -T ld.omap710.script $(BASE_OBJECTS) $(DRV_OBJECTS) -o $@	@$(OBJCOPY) --strip-all $@ $@.out	@if [ -f rrload.ForUpgrade ] ; then   \	  if [ -f rrload ] ; then   \	    echo "---------------" ; \	    echo "--- SUCCESS ---" ; \	    echo "---------------" ; \	  fi \	fielse# !!!!!!!!!!!!!!!!# *revisit-skranz* Long term get this block of targets# to work for omap710. Currently it does not work without# complaining about unresolved symbol util_printf() which # just doesn't make sense -- come back to this later prior # to actually shipping a 710 BSP. Also, I really think# the logic associated with -DREPLACE_VECTOR_TABLE needs# to be revisited. I think that it should have been done# like the c547x EVM handles flash based interrupt vectors.# This all might be related to my link errors mentioned # above.# SKranz Nov 2001.# !!!!!!!!!!!!!!!!rrload: do_export	@# Next, make the *final* bootloader product.	(cd export; make)	@# Next, for developer convenience only, we'll 	@# copy a few things up from the export directory 	@# so they are readily available to the RR developer.	@cp export/rrload .endifendififeq ($(BSPCONF_ARCH),dsc21)setup: setup_dsc21.o	@rm -f $@ $@.out	@# Use IRAM to hold setup since it is always mapped to	@# the same hardware address.	$(LD) -Ttext 0x00000010 -e 0x00000010 setup_dsc21.o -o $@	@$(OBJCOPY) --strip-all $@ $@.outdo_export: $(EXPORT_LIST)	@if [ ! -d export ] ; then \	   mkdir export; \	fi	@for export_obj in $(EXPORT_LIST); do \	  cp $$export_obj export/.; \	  chmod a+w export/$$export_obj; \	done	@mv export/$(EXPORT_MAKE) export/Makefilerrload: setup $(RRLOAD_LIST) rrload.ForUpgrade	@rm -f $@ $@.out	$(LD) -T ld.dsc21.script $(RRLOAD_LIST) -o rrload	@$(OBJCOPY) --strip-all $@ $@.out	$(NM) rrload | grep -v '\(compiled\)\|\(\.o$$\)\|\( a \)' | sort > rrload.maprrload.ForUpgrade: setup $(RRLOAD_LIST)	@rm -f $@	$(LD) -T ld.dsc21.ForUpgrade.script $(RRLOAD_LIST) -o rrload.ForUpgradeendififeq ($(BSPCONF_ARCH),c5471)setup: head_c5471.S sdram_c5471.S	@# 0x00800000 is the start of sram for c547x when the	@# board jumper is set to present sram instead of flash.	@# at that address (flash would then be presented at the	@# reset vector -- 0x00000000).	@rm -f $@ $@.out setup1of2.o setup2of2.o	$(CC) $(CFLAGS) $(SFLAGS) -DSETUP_AND_STALL -c -o setup1of2.o head_c5471.S	$(CC) $(CFLAGS) $(SFLAGS) -DSETUP_AND_STALL -c -o setup2of2.o sdram_c5471.Sifeq (1,1)	@# h/w setup loaded to IRAM	$(LD) -Ttext 0xffc00000 -e 0xffc00000 \              -defsym __stack_start=0xffc03f00 \              -defsym __bss_start=0xdeadbeef \              -defsym __bss_end=0xdeadbeef \              setup1of2.o setup2of2.o -o $@	@$(OBJCOPY) --strip-all $@ $@.outelse	@# h/w setup loaded to SRAM	$(LD) -Ttext 0x00800000 -e 0x00800000 \              -defsym __stack_start=0xffc03f00 \              -defsym __bss_start=0xdeadbeef \              -defsym __bss_end=0xdeadbeef \              setup1of2.o setup2of2.o -o $@	@$(OBJCOPY) --strip-all $@ $@.outendifrrload: setup $(RRLOAD_LIST) rrload.ForUpgrade	@rm -f $@ $@.out	$(LD) -T $(L_SCRIPT_1) $(RRLOAD_LIST) -o rrload	@$(OBJCOPY) --strip-all $@ $@.out	$(NM) rrload | grep -v '\(compiled\)\|\(\.o$$\)\|\( a \)' | sort > rrload.maprrload.ForUpgrade: setup $(RRLOAD_LIST)	@rm -f $@	$(LD) -T $(L_SCRIPT_2) $(RRLOAD_LIST) -o rrload.ForUpgradeendififeq ($(BSPCONF_ARCH),dsc24)setup: setup_dsc24.o hwinit_dsc24.o	@rm -f $@ $@.out	$(LD) -Ttext 0x00000004 -e 0x00000004 setup_dsc24.o hwinit_dsc24.o -o $@	@$(OBJCOPY) --strip-all $@ $@.outrrload: setup $(RRLOAD_LIST) rrload.ForUpgrade	@rm -f $@ $@.out	$(LD) -T ld.dsc24.script $(RRLOAD_LIST) -o rrload	@$(OBJCOPY) --strip-all $@ $@.out	$(NM) rrload | grep -v '\(compiled\)\|\(\.o$$\)\|\( a \)' | sort > rrload.maprrload.ForUpgrade: setup $(RRLOAD_LIST)	@rm -f $@	$(LD) -T ld.dsc24.ForUpgrade.script $(RRLOAD_LIST) -o rrload.ForUpgradeendififeq ($(BSPCONF_ARCH),dsc25)setup: setup_dsc25.o hwinit_dsc25.o	@rm -f $@ $@.out	@# Use IRAM to hold setup since it is always mapped to	@# the same hardware address.	$(LD) -Ttext 0x00000004 -e 0x00000004 setup_dsc25.o hwinit_dsc25.o -o $@	@$(OBJCOPY) --strip-all $@ $@.outrrload: setup $(RRLOAD_LIST) rrload.ForUpgrade	@rm -f $@ $@.out	$(LD) -T ld.dsc25.script $(RRLOAD_LIST) -o rrload	@$(OBJCOPY) --strip-all $@ $@.out	$(NM) rrload | grep -v '\(compiled\)\|\(\.o$$\)\|\( a \)' | sort > rrload.maprrload.ForUpgrade: setup $(RRLOAD_LIST)	@rm -f $@	$(LD) -T ld.dsc25.ForUpgrade.script $(RRLOAD_LIST) -o rrload.ForUpgradeendififeq ($(BSPCONF_ARCH),dm270)setup: setup_dm270.o hwinit_dm270.o 	@rm -f $@ $@.out	@# Use IRAM to hold setup since it is always mapped to	@# the same hardware address.	$(LD) -Ttext 0x00000004 -e 0x00000004 setup_dm270.o hwinit_dm270.o -o $@	@$(OBJCOPY) --strip-all $@ $@.outrrload: setup $(RRLOAD_LIST) rrload.ForUpgrade	@rm -f $@ $@.out	$(LD) -T ld.dm270.script $(RRLOAD_LIST) -o rrload	@$(OBJCOPY) --strip-all $@ $@.out	$(NM) rrload | grep -v '\(compiled\)\|\(\.o$$\)\|\( a \)' | sort > rrload.maprrload.ForUpgrade: setup $(L_SCRIPT_2) $(RRLOAD_LIST)	@rm -f $@	$(LD) -T $(L_SCRIPT_2) $(RRLOAD_LIST) -o rrload.ForUpgrade$(L_SCRIPT_2): $(L_TEMPLATE_2)	@cat $(L_TEMPLATE_2) | \	sed -e "s/XXUPGRADEADDRESSXX/$(BSPCONF_KERNEL_SDRAM_START)/g" \	>$(L_SCRIPT_2)endififeq ($(BSPCONF_ARCH),ti925)rrload_base.o: $(BASE_OBJECTS)	@rm -f $@	@# Next, make the *intermediate* bootloader product.	$(AR) rcs rrload_base.o $(BASE_OBJECTS)do_export: $(EXPORT_LIST)	@if [ ! -d export ] ; then \	   mkdir export; \	fi	@for export_obj in $(EXPORT_LIST); do \	  cp $$export_obj export/.; \	  chmod a+w export/$$export_obj; \	done	@mv export/$(EXPORT_MAKE) export/Makefilerrload: do_export	@# Next, make the *final* bootloader product.	(cd export; make)	@# Next, for developer convenience only, we'll 	@# copy a few things up from the export directory 	@# so they are readily available to the RR developer.	@cp export/rrload .endif################################# --Appendix_A--  Performing rrload Upgrades# #  The makefile of the rrload project automatically#  creates two rrload images which are absolutely#  identical to one another except they are built to run#  at different locations within the memory map. This#  allows both instances of rrload to reside in memory#  simultaneously without conflicting with each#  other. The main instance is called "rrload" and is#  usually the only instance loaded into memory; the#  second instance is called "rrload.ForUpgrade". The#  purpose of the "rrload.ForUpgrade" object is to help#  provide the rrload user with the ability to upgrade an#  existing rrload installation without the use of#  JTAG. The reason this is useful is to allow the#  following steps to occur for the user who wishes to#  upgrade an old instance of rrload with a newer version#  (again, without using JTAG). Assuming the user has#  rrload in command line mode, these steps could#  accomplish the upgrade. (Use this as a overview; the#  most recent process is documented in the rrload#  User Manual).# #  Stage 1:#   rrload> set kpath rrload.ForUpgrade.rr#   rrload> copy -c kernel -s ether -d ram -f rrbin#   rrload> boot# #     Note: We've used the "load kernel" path to sneak#     in the second instance of rrload. Then we booted it.#     At this point the second instance of rrload should #     be running and we'll use it to perform the upgrade.#     The ram location previously used for rrload is now #     available so we can now download the new version of #     rrload to fill that spot.# #  Stage 2:#   rrload> set kpath rrload.rr#   rrload> copy -c kernel -s ether -d ram -f rrbin#   rrload> boot# #     Note: okay, now we've got the new version#     in memory and we are running it. The only#     thing left to do is to use the normal rrload#     commands to flash itself persistently.# #  Stage3:#   rrload> eraseflash bootldr#   rrload> copy -c bootldr -s ram -d flash -f na# #     Note: All done. The rrload bootloader has#     been upgraded and is stored persistently.##  Note1: Although this example performed the image# 	  "loads" via ethernet, it could just as well been# 	  performed using one of the other I/O ports.# #  Note2: Although this example assumed rrload comnand line# 	  mode, it could just as well have been performed# 	  using rrload's menu based UI. Recall that the# 	  rrlaod UI lets you switch between menu mode and# 	  command line mode at runtime.################################# This must be the last line of the file.# This line is a bit of magic that works together with the# -MD options of gcc to dynamically create a makefile dependency # list for the *.c being processed. Insures that if a *.h used# by that *.c changes, then the makefile will rebuild the *.c# being processed. Prevents us from having to explicitly itemize# the header dependency of each *.c (For more info, search the # `info` pages of `make` for the string "-MD").-include *.d