source: umon/ports/beagleboneblack/Makefile @ d55aa7c

###############################################################################
#
# Beaglebone Black makefile
#
#
PLATFORM                = BEAGLEBONEBLACK
TOPDIR                  = $(UMONTOP)
TGTDIR                  = beagleboneblack
CPUTYPE                 = arm
FILETYPE                = elf
TOOLSET                 = RTEMS

ifeq ($(TOOLSET),RTEMS)
#
# Using tools built by RTEMS Source Builder:
#
ABIDIR          = $(HOME)/development/rtems/4.11/lib/gcc/arm-rtems4.11/4.9.2
TOOL_PREFIX     = arm-rtems4.11
else
#
# Using tools installed by "sudo apt-get install gcc-arm-none-eabi"...
#
ABIDIR          = /usr/lib/gcc/arm-none-eabi/4.8.2
TOOL_PREFIX     = /usr/bin/arm-none-eabi
endif

LIBABIDIR       = -L $(ABIDIR)
COMMON_AFLAGS   = -c -D PLATFORM_$(PLATFORM)=1 -D ASSEMBLY_ONLY 
CUSTOM_CFLAGS   = -mcpu=cortex-a8 -O2 -isystem $(ABIDIR)/include -Wno-char-subscripts


###############################################################################
#
# Memory map configuration:
# The following variables are used to establish the system's memory map.
# 
BOOTROMBASE=0x402F0400
BOOTROMLEN=0x010000
BOOTRAMBASE=0x80000000
BOOTRAMLEN=0x010000
RAMTSTROMBASE=0x80100000
RAMTSTROMLEN=0x100000
ATAGSIZE=0x1000

# These next two hard-coded values are used by the ramtst version of
# uMon to allow it to know where these flash-based structures are located.
MACADDRBASE=0x08000020
ALTTFSDEVTBLBASE=0x08000040

include $(TOPDIR)/make/common.make

# Build each variable from a list of individual filenames...
#
LOCSSRC         = 
CPUSSRC         = vectors_arm.S
LOCCSRC         = cpuio.c etherdev.c 
COMCSRC         = arp.c cast.c cache.c chario.c cmdtbl.c \
                          docmd.c dhcp_00.c dhcpboot.c dns.c edit.c env.c ethernet.c \
                          flash.c gdb.c icmp.c if.c ledit_vt100.c monprof.c \
                          fbi.c font.c mprintf.c memcmds.c malloc.c moncom.c memtrace.c \
                          misccmds.c misc.c nand.c password.c redirect.c \
                          reg_cache.c sbrk.c sd.c \
                          start.c struct.c symtbl.c syslog.c tcpstuff.c tfs.c tfsapi.c \
                          tfsclean1.c tfscli.c tfsloader.c tfslog.c tftp.c timestuff.c \
                          tsi.c xmodem.c
CPUCSRC         = except_arm.c misc_arm.c strace_arm.c 
IODEVSRC        = uart16550.c
FLASHSRC        =


include $(TOPDIR)/make/objects.make

OBJS    =       $(LOCSOBJ) $(CPUSOBJ) $(LOCCOBJ) $(CPUCOBJ) $(COMCOBJ) \
                        $(FLASHOBJ) $(IODEVOBJ)

#########################################################################
#
# Targets...

# boot:
# The default target is "boot", a shortcut to $(BUILDDIR)/boot.$(FILETYPE).
# This builds the bootflash image that can be used by 'newmon' to 
# load a new version onto an already running system.
#
boot:   $(BUILDDIR)/boot.$(FILETYPE)
        $(CC) $(ASMFLAGS) -D \
                BIN_SIZE=$(shell wc --bytes build_$(PLATFORM)/boot.bin | cut -f 1 -d ' ') \
                -o gp_header.o gp_header.S
        ${CC} ${ASMFLAGS} -o config_header.o config_header.S
        $(OBJCOPY) -O binary gp_header.o build_$(PLATFORM)/gp_header.bin
        ${OBJCOPY} -O binary config_header.o build_${PLATFORM}/config_header.bin
        @cat build_$(PLATFORM)/gp_header.bin build_$(PLATFORM)/boot.bin > build_$(PLATFORM)/MLO
        @cat build_$(PLATFORM)/config_header.bin build_$(PLATFORM)/gp_header.bin \
                build_$(PLATFORM)/boot.bin > build_$(PLATFORM)/rawboot.bin
        @echo Boot version of uMon built under $(BUILDDIR) ...
        @ls $(BUILDDIR)/boot*
        @echo Boot version of uMon prepended with a GP header built under $(BUILDDIR) ...
        @ls $(BUILDDIR)/MLO
        @echo Boot version of uMon prepended with a Configuration header and a GP header built
        @echo under $(BUILDDIR) ...
        @ls $(BUILDDIR)/rawboot.bin

# ramtst:
# A shortcut to $(BUILDDIR)/ramtst.$(FILETYPE).  This is a version of uMon
# that resides strictly in RAM and is used for two main purposes:
# 1. To test new monitor features prior to burning the boot flash.
# 2. To be downloaded into the RAM space of a board that has no programmed
#    boot flash.  This provides a running monitor that can then accept
#    an incoming bootflash image using 'newmon'.
#
ramtst: $(BUILDDIR)/ramtst.$(FILETYPE)
        @echo Ram-resident test version of uMon built under $(BUILDDIR) ...
        @ls $(BUILDDIR)/ramtst*

$(BUILDDIR)/boot.$(FILETYPE): $(BUILDDIR) $(OBJS) libz.a \
                libg.a Makefile
        $(CC) $(ASMFLAGS) -o rom_reset.o rom_reset.S
        $(MAKE_MONBUILT)
        sed -e s/ROMBASE/$(BOOTROMBASE)/ -e s/ROMLEN/$(BOOTROMLEN)/ \
                -e s/DRAMBASE/$(BOOTRAMBASE)/ -e s/DRAMLEN/$(BOOTRAMLEN)/ -e s/ATAGSIZE/$(ATAGSIZE)/ \
                $(PLATFORM)_$(@F:.$(FILETYPE)=.ldt) > $(PLATFORM)_$(@F:.$(FILETYPE)=.ld)
        $(LINK) -e coldstart $(OBJS) monbuilt.o libz.a \
                libg.a $(LIBABIDIR) $(LIBGCC)
        $(MAKE_BINARY)
        $(MAKE_GNUSYMS)

$(BUILDDIR)/ramtst.$(FILETYPE): $(BUILDDIR) $(OBJS) libz.a \
                libg.a Makefile
        $(CC) $(ASMFLAGS) -o ram_reset.o ram_reset.S
        $(MAKE_MONBUILT)
        sed -e s/RAMTSTROMBASE/$(RAMTSTROMBASE)/ \
                -e s/RAMTSTROMLEN/$(RAMTSTROMLEN)/ -e s/ATAGSIZE/$(ATAGSIZE)/ \
                -e s/MACADDRBASE/$(MACADDRBASE)/ -e s/ALTTFSDEVTBLBASE/$(ALTTFSDEVTBLBASE)/ \
                $(PLATFORM)_$(@F:.$(FILETYPE)=.ldt) > $(PLATFORM)_$(@F:.$(FILETYPE)=.ld)

        $(LINK) -e coldstart $(OBJS) monbuilt.o libz.a libg.a $(LIBGCC)
        $(MAKE_BINARY)
        $(MAKE_GNUSYMS)

include $(TOPDIR)/make/rules.make


#########################################################################
#
# Miscellaneous...
cscope_local:
        ls rom_reset.S ram_reset.S >cscope.files
        ls $(FLASHDIR)/s29gl512n_16x1.c >>cscope.files
        ls $(FLASHDIR)/s29gl512n_16x1.h >>cscope.files

help_local:

varcheck: