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Makefile
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Makefile
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#
# Makefile - the EmuTOS overbloated Makefile
#
# Copyright (C) 2001-2024 The EmuTOS development team.
#
# This file is distributed under the GPL, version 2 or at your
# option any later version. See doc/license.txt for details.
#
# The Makefile is suitable for Linux and Cygwin setups.
# only GCC (cross-mint) is supported. GNU-make *is* required.
#
# for a list of main targets do
# make help
#
# C code (C) and assembler (S) source go in directories bios/, bdos/, ...
# To modify the list of source code files, update the variables xxx_src below.
#
# General settings
#
MAKEFLAGS = --no-print-directory
#
# NODEP will accumulate the names of the targets which does not need to include
# makefile.dep, to avoid rebuilding that file when not necessary.
# This includes targets not using $(CC) and targets recursively invoking $(MAKE).
#
NODEP =
# "all" must be the *first* rule of this Makefile. Don't move!
# Variable assignments are allowed before this, but *not* rules.
# Note: The first rule is used when make is invoked without argument.
# So "make" is actually a synonym of "make all", actually "make help".
.PHONY: all
NODEP += all
all: help
.PHONY: help
NODEP += help
help: UNIQUE = $(COUNTRY)
help:
@echo "target meaning"
@echo "------ -------"
@echo "help this help message"
@echo "version display the EmuTOS version"
@echo "192 etos192$(UNIQUE).img, EmuTOS ROM padded to size 192 KB"
@echo "256 etos256$(UNIQUE).img, EmuTOS ROM padded to size 256 KB"
@echo "512 etos512$(UNIQUE).img, EmuTOS ROM padded to size 512 KB"
@echo "1024 etos1024$(UNIQUE).img, EmuTOS ROM padded to size 1024 KB"
@echo "aranym $(ROM_ARANYM), optimized for ARAnyM"
@echo "firebee $(SREC_FIREBEE), to be flashed on the FireBee"
@echo "firebee-prg emutos.prg, a RAM tos for the FireBee"
@echo "amiga $(ROM_AMIGA), EmuTOS ROM for Amiga hardware"
@echo "amigavampire $(VAMPIRE_ROM_AMIGA), EmuTOS ROM for Amiga optimized for Vampire V2"
@echo "v4sa $(V4_ROM_AMIGA), EmuTOS ROM for Amiga Vampire V4 Standalone"
@echo "amigakd $(AMIGA_KICKDISK), EmuTOS as Amiga 1000 Kickstart disk"
@echo "amigaflop $(EMUTOS_ADF), EmuTOS RAM as Amiga boot floppy"
@echo "amigaflopvampire $(EMUTOS_VAMPIRE_ADF), EmuTOS RAM as Amiga boot floppy optimized for Vampire V2"
@echo "lisaflop $(EMUTOS_DC42), EmuTOS RAM as Apple Lisa boot floppy"
@echo "m548x-dbug $(SREC_M548X_DBUG), EmuTOS-RAM for dBUG on ColdFire Evaluation Boards"
@echo "m548x-bas $(SREC_M548X_BAS), EmuTOS for BaS_gcc on ColdFire Evaluation Boards"
@echo "m548x-prg emutos.prg, a RAM tos for ColdFire Evaluation Boards with BaS_gcc"
@echo "prg emutos.prg, a RAM tos"
@echo "prg256 $(EMU256_PRG), a RAM tos for ST/STe systems"
@echo "flop $(EMUTOS_ST), a bootable floppy with RAM tos"
@echo "pak3 $(ROM_PAK3), suitable for PAK/3 systems"
@echo "cart $(ROM_CARTRIDGE), EmuTOS as a diagnostic cartridge"
@echo "clean remove temporary files"
@echo "Use '$(MAKE) help-develop' for development-oriented targets"
@echo "Use '$(MAKE) help-multi' for multi-image targets"
.PHONY: help-develop
NODEP += help-develop
help-develop:
@echo "target meaning"
@echo "------ -------"
@echo "help-develop this help message"
@echo "expand expand tabs to spaces"
@echo "crlf convert all end of lines to LF"
@echo "charset check the charset of all the source files"
@echo "bugready set up files in preparation for 'bug update'"
@echo "gitready same as $(MAKE) expand crlf"
@echo "dsm dsm.txt, an edited disassembly of emutos.img"
@echo "release build the release archives into $(RELEASE_DIR)"
@echo "release-clean remove the release archives"
.PHONY: help-multi
NODEP += help-multi
help-multi:
@echo "target meaning"
@echo "------ -------"
@echo "help-multi this help message"
@echo "all192 all 192 KB images"
@echo "all256 all 256 KB images"
@echo "all512 all 512 KB images"
@echo "allpak3 all PAK/3 images"
@echo "allprg all emutos*.prg"
@echo "allprg256 all emu256*.prg"
@echo "allflop all emutos*.st"
@echo "allfirebee all FireBee srec files"
#
# EmuTOS version
#
include version.mk
# Display the EmuTOS version
.PHONY: version
NODEP += version
version:
@echo '$(VERSION)'
#
# the country. should be a lowercase two-letter code as found in
# the table in tools/mkheader.c and bios/country.c
#
COUNTRY = us
#
# Unique-country support: if UNIQUE is defined, then
# EmuTOS will be built with only one country.
#
# example: make UNIQUE=fr 256
#
DEF =
UNIQUE =
UNIQUEARG =
ifneq (,$(UNIQUE))
COUNTRY = $(UNIQUE)
UNIQUEARG = -u$(UNIQUE)
endif
#
# Choose the features that should be included into EmuTOS
#
# Include the AES and EmuDesk
WITH_AES=1
# Include EmuCON
WITH_CLI=1
#
# crude machine detection (Unix or Cygwin)
#
ifneq (,$(findstring CYGWIN,$(shell uname)))
# CYGWIN-dependent stuff
CORE = *.stackdump
DDOPTS = iflag=binary oflag=binary
else
# ordinary Unix stuff
CORE = core
DDOPTS =
endif
#
# test for localconf.h
#
ifneq (,$(wildcard localconf.h))
LOCALCONF = -DLOCALCONF
LOCALCONFINFO = \n\#\#\# NOTE: Configuration settings from localconf.h were used.\n
else
LOCALCONF =
LOCALCONFINFO =
endif
#
# GEN_SRC will accumulate the all the generated source files.
# Consequences for such files are:
# - they are automatically built before generating makefile.dep
# - they are automatically deleted on make clean
#
GEN_SRC =
#
# TOCLEAN will accumulate over the Makefile the names of files to remove
# when doing make clean; temporary Makefile files are *.tmp
#
TOCLEAN = *~ */*~ $(CORE) *.tmp obj/*.h $(GEN_SRC)
#
# Don't update makefile.dep when the user asks to generate source files
# from the command line. Does this really happen?
#
NODEP += %.c %.h %.pot
#
# compilation flags
#
# Override with 1 to use the ELF toolchain instead of the MiNT one
ELF = 0
ifeq (1,$(ELF))
# Standard ELF toolchain
TOOLCHAIN_PREFIX = m68k-elf-
TOOLCHAIN_CFLAGS = -fleading-underscore -Wa,--register-prefix-optional -fno-reorder-functions --param=min-pagesize=0 -DELF_TOOLCHAIN
else
# MiNT toolchain
TOOLCHAIN_PREFIX = m68k-atari-mint-
TOOLCHAIN_CFLAGS =
endif
# indent flags
INDENT = indent -kr
# Archiver
AR = $(TOOLCHAIN_PREFIX)ar
ARFLAGS = rc
# Linker with relocation information and binary output (image)
LD = $(CC) $(MULTILIBFLAGS) -nostartfiles -nostdlib
LIBS = -lgcc
LDFLAGS = -Wl,-T,obj/emutospp.ld
PCREL_LDFLAGS = -Wl,--oformat=binary,-Ttext=0,--entry=0
# C compiler
CC = $(TOOLCHAIN_PREFIX)gcc
CPP = $(CC) -E
CPUFLAGS = -m68000
MULTILIBFLAGS = $(CPUFLAGS) -mshort
INC = -Iinclude
OTHERFLAGS = -fomit-frame-pointer -fno-common
# Optimization flags (affects ROM size and execution speed)
STANDARD_OPTFLAGS = -O2
SMALL_OPTFLAGS = -Os
BUILD_TOOLS_OPTFLAGS = -O
OPTFLAGS = $(STANDARD_OPTFLAGS)
WARNFLAGS =
WARNFLAGS += -Wall
WARNFLAGS += -Werror=undef
WARNFLAGS += -Werror=missing-prototypes
WARNFLAGS += -Werror=strict-prototypes
WARNFLAGS += -Werror=implicit-function-declaration
WARNFLAGS += -Werror=format
WARNFLAGS += -Werror=redundant-decls
WARNFLAGS += -Werror=format-extra-args
#WARNFLAGS += -Werror=unused-function
#WARNFLAGS += -Wshadow
#WARNFLAGS += -Werror
GCCVERSION := $(shell $(CC) -dumpversion | cut -d. -f1)
# add warning flags not supported by GCC v2
ifneq (,$(GCCVERSION))
ifneq (2,$(GCCVERSION))
WARNFLAGS += -Werror=old-style-definition
WARNFLAGS += -Werror=type-limits
endif
endif
DEFINES = $(LOCALCONF) -DWITH_AES=$(WITH_AES) -DWITH_CLI=$(WITH_CLI) $(DEF)
CFLAGS_COMPILE = $(TOOLCHAIN_CFLAGS) $(OPTFLAGS) $(OTHERFLAGS) $(WARNFLAGS)
CFLAGS = $(MULTILIBFLAGS) $(CFLAGS_COMPILE) $(INC) $(DEFINES)
CPPFLAGS = $(CFLAGS)
ifeq (1,$(LTO))
# Link Time Optimization
LTOFLAGS = -flto=auto
CFLAGS += $(LTOFLAGS)
LDFLAGS += $(LTOFLAGS) $(CFLAGS_COMPILE)
AR = $(TOOLCHAIN_PREFIX)gcc-ar
endif
# The objdump utility (disassembler)
OBJDUMP = $(TOOLCHAIN_PREFIX)objdump
# The objcopy utility
OBJCOPY = $(TOOLCHAIN_PREFIX)objcopy
# the native C compiler, for tools
NATIVECC = gcc -ansi -pedantic $(WARNFLAGS) -Wextra $(BUILD_TOOLS_OPTFLAGS)
#
# source code in bios/
#
# The source below must be the first to be linked
bios_src = startup.S
# These sources will be placed in ST-RAM by the linked script
bios_src += lowstram.c
# Other BIOS sources can be put in any order
bios_src += memory.S processor.S vectors.S aciavecs.S bios.c xbios.c acsi.c \
biosmem.c blkdev.c chardev.c clock.c conout.c country.c \
disk.c dma.c dmasound.c floppy.c font.c ide.c ikbd.c initinfo.c \
kprint.c kprintasm.S linea.S lineainit.c lineavars.S machine.c \
mfp.c midi.c mouse.c natfeat.S natfeats.c nvram.c panicasm.S \
parport.c screen.c serport.c sound.c videl.c vt52.c xhdi.c \
pmmu030.c 68040_pmmu.S \
amiga.c amiga2.S spi_vamp.c \
lisa.c lisa2.S \
delay.c delayasm.S sd.c memory2.c bootparams.c scsi.c nova.c \
dsp.c dsp2.S \
scsidriv.c
ifeq (1,$(COLDFIRE))
bios_src += coldfire.c coldfire2.S spi_cf.c
endif
#
# source code in bdos/
#
bdos_src = bdosmain.c console.c fsbuf.c fsdir.c fsdrive.c fsfat.c fsglob.c \
fshand.c fsio.c fsmain.c fsopnclo.c iumem.c kpgmld.c osmem.c \
proc.c rwa.S time.c umem.c
#
# source code in util/
#
util_src = cookie.c doprintf.c intmath.c langs.c memmove.S memset.S miscasm.S \
nls.c nlsasm.S setjmp.S string.c lisautil.S miscutil.c
# The functions in the following modules are used by the AES and EmuDesk
ifeq ($(WITH_AES),1)
util_src += gemdos.c optimize.c optimopt.S rectfunc.c stringasm.S
endif
#
# source code in vdi/
#
vdi_src = vdi_asm.S vdi_bezier.c vdi_col.c vdi_control.c vdi_esc.c \
vdi_fill.c vdi_gdp.c vdi_input.c vdi_line.c vdi_main.c \
vdi_marker.c vdi_misc.c vdi_mouse.c vdi_raster.c vdi_text.c \
vdi_textblit.c
ifeq (1,$(COLDFIRE))
vdi_src += vdi_tblit_cf.S
else
vdi_src += vdi_blit.S vdi_tblit.S
endif
# The source below must be the last VDI one
vdi_src += endvdi.S
#
# source code in aes/
#
aes_src = gemasm.S gemstart.S gemdosif.S gemaplib.c gemasync.c gemctrl.c \
gemdisp.c gemevlib.c gemflag.c gemfmalt.c gemfmlib.c \
gemfslib.c gemgraf.c gemgrlib.c gemgsxif.c geminit.c geminput.c \
gemmnext.c gemmnlib.c gemobed.c gemobjop.c gemoblib.c gempd.c gemqueue.c \
gemrslib.c gemsclib.c gemshlib.c gemsuper.c gemwmlib.c gemwrect.c \
gsx2.c gem_rsc.c mforms.c
#
# source code in desk/
#
desk_src = deskstart.S deskmain.c gembind.c deskact.c deskapp.c deskdir.c \
deskfpd.c deskfun.c deskglob.c deskinf.c deskins.c deskobj.c \
deskpro.c deskrez.c deskrsrc.c desksupp.c deskwin.c \
desk_rsc.c icons.c
#
# source code in cli/ for EmuTOS console EmuCON
#
cli_src = cmdasm.S cmdmain.c cmdedit.c cmdexec.c cmdint.c cmdparse.c cmdutil.c
#
# source code to put at the end of the ROM
#
end_src = bios/endrom.c
#
# Makefile functions
#
# Shell command to get the address of a symbol
FUNCTION_SHELL_GET_SYMBOL_ADDRESS = printf 0x%08x $$(awk '/^ *0x[^ ]* *$(1)( |$$)/{print $$1}' $(2))
# Function to get the address of a symbol into a Makefile variable
# $(1) = symbol name
# $(2) = map file name
MAKE_SYMADDR = $(shell $(call FUNCTION_SHELL_GET_SYMBOL_ADDRESS,$(1),$(2)))
# Function to get the address of a symbol into a shell variable
# This is useful to make an action in the first line of a recipe,
# then to get the result on the second line.
# Makefile variables in recipe can't be used for that, because they are
# evaluated before executing all recipe lines (but after building prerequisites)
# $(1) = symbol name
# $(2) = map file name
SHELL_SYMADDR = $$($(call FUNCTION_SHELL_GET_SYMBOL_ADDRESS,$(1),$(2)))
# VMA: Virtual Memory Address
# This is the address where the ROM is mapped at run time.
VMA = $(call MAKE_SYMADDR,__text,emutos.map)
# LMA: Load Memory Address
# This is the physical address where the ROM is stored.
# On some machines (i.e. FireBee), the ROM is stored at some address (LMA),
# then mapped to another address (VMA) at run time.
# On most machines, LMA and VMA are equal.
# LMA is important on systems where the ROM can be dynamically updated.
LMA = $(VMA)
# Entry point address to boot the ROM.
# This is used when the pseudo-ROM is loaded into RAM by some kind of debugger,
# i.e. dBUG on ColdFire Evaluation Boards.
# Specifying the entry point is generally useless, as such debugger uses
# the start of the ROM as default entry point, and TOS-like ROMs already have
# a branch to _main there.
ENTRY = $(call MAKE_SYMADDR,_main,emutos.map)
# The following reference values have been gathered from major TOS versions
MEMBOT_TOS100 = 0x0000a100
MEMBOT_TOS102 = 0x0000ca00
MEMBOT_TOS104 = 0x0000a84e
MEMBOT_TOS162 = 0x0000a892
MEMBOT_TOS206 = 0x0000ccb2
MEMBOT_TOS306 = 0x0000e6fc
MEMBOT_TOS404 = 0x0000f99c
# If set, compare performance to one of the TOS versions above.
REF_OS=
#
# Directory selection depending on the features
#
# Core directories are essential for basic OS operation
core_dirs = bios bdos util
# Optional directories may be disabled for reduced features
optional_dirs = vdi
ifeq ($(WITH_AES),1)
optional_dirs += aes desk
endif
ifeq ($(WITH_CLI),1)
optional_dirs += cli
endif
dirs = $(core_dirs) $(optional_dirs)
vpath %.c $(dirs)
vpath %.S $(dirs)
#
# country-specific settings
#
include country.mk
#
# everything should work fine below.
#
SRC = $(foreach d,$(dirs),$(addprefix $(d)/,$($(d)_src))) $(end_src)
CORE_OBJ = $(foreach d,$(core_dirs),$(patsubst %.c,obj/%.o,$(patsubst %.S,obj/%.o,$($(d)_src)))) $(FONTOBJ_COMMON) obj/libfont.a obj/version.o
OPTIONAL_OBJ = $(foreach d,$(optional_dirs),$(patsubst %.c,obj/%.o,$(patsubst %.S,obj/%.o,$($(d)_src))))
END_OBJ = $(patsubst %,obj/%.o,$(basename $(notdir $(end_src))))
OBJECTS = $(CORE_OBJ) $(OPTIONAL_OBJ) $(END_OBJ)
#
# Preprocess the linker script, to allow #include, #define, #if, etc.
#
TOCLEAN += obj/*.ld
obj/emutospp.ld: emutos.ld include/config.h tosvars.ld
$(CPP) $(CPPFLAGS) -P -x c $< -o $@
#
# the maps must be built at the same time as the images, to enable
# one generic target to deal with all edited disassembly.
#
TOCLEAN += *.img *.map
emutos.img: $(OBJECTS) obj/emutospp.ld
$(LD) $(CORE_OBJ) $(LIBS) $(OPTIONAL_OBJ) $(LIBS) $(END_OBJ) $(LDFLAGS) -Wl,-Map=emutos.map -o emutos.img
@if [ $$(($$(awk '/^\.data /{print $$3}' emutos.map))) -gt 0 ]; then \
echo "### Warning: The DATA segment is not empty."; \
echo "### Please examine emutos.map and use \"const\" where appropriate."; \
fi
@echo "# TEXT=$(call SHELL_SYMADDR,__text,emutos.map)"\
" STKBOT=$(call SHELL_SYMADDR,_stkbot,emutos.map)"\
" LOWSTRAM=$(call SHELL_SYMADDR,__low_stram_start,emutos.map)"\
" BSS=$(call SHELL_SYMADDR,__bss,emutos.map)"\
" MEMBOT=$(call SHELL_SYMADDR,__end_os_stram,emutos.map)"
ifneq (,$(REF_OS))
@MEMBOT=$(call SHELL_SYMADDR,__end_os_stram,emutos.map);\
echo "# RAM used: $$(($$MEMBOT)) bytes ($$(($$MEMBOT - $(MEMBOT_$(REF_OS)))) bytes more than $(REF_OS))"
else
@MEMBOT=$(call SHELL_SYMADDR,__end_os_stram,emutos.map);\
echo "# RAM used: $$(($$MEMBOT)) bytes"
endif
#
# Padded Image
#
ROM_PADDED = $(if $(UNIQUE),etos$(ROMSIZE)$(UNIQUE).img,etos$(ROMSIZE)k.img)
$(ROM_PADDED): emutos.img mkrom
./mkrom pad $(ROMSIZE)k $< $@
#
# 192kB Image
#
.PHONY: 192
NODEP += 192
192: UNIQUE = $(COUNTRY)
192: OPTFLAGS = $(SMALL_OPTFLAGS)
192: override DEF += -DTARGET_192
192: WITH_CLI = 0
192: ROMSIZE = 192
192:
$(MAKE) DEF='$(DEF)' OPTFLAGS='$(OPTFLAGS)' WITH_CLI=$(WITH_CLI) UNIQUE=$(UNIQUE) ROMSIZE=$(ROMSIZE) ROM_PADDED=$(ROM_PADDED) $(ROM_PADDED) REF_OS=TOS104
@printf "$(LOCALCONFINFO)"
#
# 256kB Image
#
.PHONY: 256
NODEP += 256
256: UNIQUE = $(COUNTRY)
256: OPTFLAGS = $(SMALL_OPTFLAGS)
256: override DEF += -DTARGET_256
256: ROMSIZE = 256
256:
$(MAKE) DEF='$(DEF)' OPTFLAGS='$(OPTFLAGS)' UNIQUE=$(UNIQUE) ROMSIZE=$(ROMSIZE) ROM_PADDED=$(ROM_PADDED) $(ROM_PADDED) REF_OS=TOS206
@printf "$(LOCALCONFINFO)"
#
# 512kB Image (for TT or Falcon; also usable for ST/STe under Hatari)
#
.PHONY: 512
NODEP += 512
512: UNIQUE = $(COUNTRY)
512: override DEF += -DTARGET_512
512: ROMSIZE = 512
512:
$(MAKE) DEF='$(DEF)' OPTFLAGS='$(OPTFLAGS)' UNIQUE=$(UNIQUE) MULTIKEYBD='-k' ROMSIZE=$(ROMSIZE) ROM_PADDED=$(ROM_PADDED) $(ROM_PADDED) REF_OS=TOS404
@printf "$(LOCALCONFINFO)"
#
# 512kB PAK/3 Image (based on 256kB Image)
#
ROM_PAK3 = etospak3$(UNIQUE).img
.PHONY: pak3
NODEP += pak3
pak3: UNIQUE = $(COUNTRY)
pak3: OPTFLAGS = $(SMALL_OPTFLAGS)
pak3: override DEF += -DTARGET_256
pak3:
$(MAKE) DEF='$(DEF)' OPTFLAGS='$(OPTFLAGS)' UNIQUE=$(UNIQUE) ROM_PAK3=$(ROM_PAK3) $(ROM_PAK3) REF_OS=TOS206
@printf "$(LOCALCONFINFO)"
$(ROM_PAK3): ROMSIZE = 256
$(ROM_PAK3): emutos.img mkrom
./mkrom pak3 $< $(ROM_PAK3)
#
# 1024kB Image (for Hatari (and potentially other emulators))
#
.PHONY: 1024
NODEP += 1024
1024: override DEF += -DTARGET_1024
1024: ROMSIZE = 1024
1024: SYMFILE = $(addsuffix .sym,$(basename $(ROM_PADDED)))
1024:
$(MAKE) DEF='$(DEF)' OPTFLAGS='$(OPTFLAGS)' UNIQUE=$(UNIQUE) MULTIKEYBD='-k' ROMSIZE=$(ROMSIZE) ROM_PADDED=$(ROM_PADDED) $(ROM_PADDED) REF_OS=TOS404 SYMFILE=$(SYMFILE) $(SYMFILE)
@printf "$(LOCALCONFINFO)"
#
# ARAnyM Image
#
ROM_ARANYM = emutos-aranym.img
.PHONY: aranym
NODEP += aranym
aranym: override DEF += -DMACHINE_ARANYM
aranym: OPTFLAGS = $(SMALL_OPTFLAGS)
aranym: CPUFLAGS = -m68040
aranym: ROMSIZE = 512
aranym: ROM_PADDED = $(ROM_ARANYM)
aranym:
@echo "# Building ARAnyM EmuTOS into $(ROM_PADDED)"
$(MAKE) CPUFLAGS='$(CPUFLAGS)' OPTFLAGS='$(OPTFLAGS)' DEF='$(DEF)' ROMSIZE=$(ROMSIZE) ROM_PADDED=$(ROM_PADDED) $(ROM_PADDED) REF_OS=TOS404
@printf "$(LOCALCONFINFO)"
#
# Diagnostic Cartridge Image
#
TOCLEAN += *.stc
ROM_CARTRIDGE = etoscart.img
.PHONY: cart
NODEP += cart
cart: OPTFLAGS = $(SMALL_OPTFLAGS)
cart: override DEF += -DTARGET_CART
cart: WITH_AES = 0
cart: ROMSIZE = 128
cart: ROM_PADDED = $(ROM_CARTRIDGE)
cart:
@echo "# Building Diagnostic Cartridge EmuTOS into $(ROM_PADDED)"
$(MAKE) OPTFLAGS='$(OPTFLAGS)' DEF='$(DEF)' UNIQUE=$(COUNTRY) WITH_AES=$(WITH_AES) ROMSIZE=$(ROMSIZE) ROM_PADDED=$(ROM_PADDED) $(ROM_PADDED) REF_OS=TOS104
./mkrom stc emutos.img emutos.stc
@printf "$(LOCALCONFINFO)"
#
# Amiga Image
#
TOCLEAN += *.rom
ROM_AMIGA = emutos-amiga.rom
AMIGA_DEFS =
.PHONY: amiga
NODEP += amiga
amiga: UNIQUE = $(COUNTRY)
amiga: OPTFLAGS = $(SMALL_OPTFLAGS)
amiga: override DEF += -DTARGET_AMIGA_ROM $(AMIGA_DEFS)
amiga:
@echo "# Building Amiga EmuTOS into $(ROM_AMIGA)"
$(MAKE) CPUFLAGS='$(CPUFLAGS)' DEF='$(DEF)' OPTFLAGS='$(OPTFLAGS)' UNIQUE=$(UNIQUE) ROM_AMIGA=$(ROM_AMIGA) $(ROM_AMIGA) REF_OS=TOS206
@printf "$(LOCALCONFINFO)"
$(ROM_AMIGA): emutos.img mkrom
./mkrom amiga $< $(ROM_AMIGA)
# Special Amiga ROM optimized for Vampire V2
VAMPIRE_CPUFLAGS = -m68040
VAMPIRE_COMMON_DEF = -DCONF_WITH_VAMPIRE_SPI=1 -DCONF_WITH_SDMMC=1
VAMPIRE_DEF = -DSTATIC_ALT_RAM_ADDRESS=0x08000000 -DSTATIC_ALT_RAM_SIZE=126UL*1024*1024
VAMPIRE_ROM_AMIGA = emutos-vampire.rom
.PHONY: amigavampire
NODEP += amigavampire
amigavampire: CPUFLAGS = $(VAMPIRE_CPUFLAGS)
amigavampire: override DEF += $(VAMPIRE_COMMON_DEF) $(VAMPIRE_DEF)
amigavampire: ROM_AMIGA = $(VAMPIRE_ROM_AMIGA)
amigavampire: amiga
# Special Amiga ROM optimized for Vampire V4 Standalone
V4_DEF = -DSTATIC_ALT_RAM_ADDRESS=0x01000000 -DSTATIC_ALT_RAM_SIZE=496UL*1024*1024
V4_ROM_AMIGA = emutos-vampire-v4sa.rom
.PHONY: v4sa
NODEP += v4sa
v4sa: CPUFLAGS = $(VAMPIRE_CPUFLAGS)
v4sa: override DEF += $(VAMPIRE_COMMON_DEF) $(V4_DEF)
v4sa: ROM_AMIGA = $(V4_ROM_AMIGA)
v4sa: amiga
#
# Amiga Kickstart disk image for Amiga 1000
#
TOCLEAN += *.adf
AMIGA_KICKDISK = emutos-kickdisk.adf
.PHONY: amigakd
NODEP += amigakd
amigakd: amiga
./mkrom amiga-kickdisk $(ROM_AMIGA) $(AMIGA_KICKDISK)
#
# ColdFire images
#
TOCLEAN += *.s19
SRECFILE = emutos.s19
# Length of an S-Record data field on a single line, in bytes (optional).
# Increasing the default value may speed up the transfer,
# specially through a slow serial port when data is displayed on the screen.
SREC_LEN =
SREC_LEN_OPTION = $(if $(SREC_LEN),--srec-len=$(SREC_LEN))
$(SRECFILE): emutos.img
$(OBJCOPY) -I binary -O srec $(SREC_LEN_OPTION) --change-addresses $(LMA) --change-start $(ENTRY) $< $(SRECFILE)
CPUFLAGS_FIREBEE = -mcpu=5474
SREC_FIREBEE = etosfb$(UNIQUE).s19
.PHONY: firebee
NODEP += firebee
firebee: UNIQUE = $(COUNTRY)
firebee: OPTFLAGS = $(STANDARD_OPTFLAGS)
firebee: override DEF += -DMACHINE_FIREBEE
firebee: CPUFLAGS = $(CPUFLAGS_FIREBEE)
firebee:
@echo "# Building FireBee EmuTOS into $(SREC_FIREBEE)"
$(MAKE) COLDFIRE=1 CPUFLAGS='$(CPUFLAGS)' DEF='$(DEF)' OPTFLAGS='$(OPTFLAGS)' UNIQUE=$(UNIQUE) LMA=0xe0600000 SRECFILE=$(SREC_FIREBEE) $(SREC_FIREBEE) REF_OS=TOS404
@printf "$(LOCALCONFINFO)"
.PHONY: firebee-prg
NODEP += firebee-prg
firebee-prg: OPTFLAGS = $(STANDARD_OPTFLAGS)
firebee-prg: override DEF += -DMACHINE_FIREBEE
firebee-prg: CPUFLAGS = $(CPUFLAGS_FIREBEE)
firebee-prg:
@echo "# Building FireBee $(EMUTOS_PRG)"
$(MAKE) COLDFIRE=1 CPUFLAGS='$(CPUFLAGS)' DEF='$(DEF)' OPTFLAGS='$(OPTFLAGS)' prg
CPUFLAGS_M548X = -mcpu=5475
.PHONY: m548x-prg
NODEP += m548x-prg
m548x-prg: OPTFLAGS = $(STANDARD_OPTFLAGS)
m548x-prg: override DEF += -DMACHINE_M548X -DCONF_WITH_BAS_MEMORY_MAP=1
m548x-prg: CPUFLAGS = $(CPUFLAGS_M548X)
m548x-prg:
@echo "# Building m548x $(EMUTOS_PRG)"
$(MAKE) COLDFIRE=1 CPUFLAGS='$(CPUFLAGS)' DEF='$(DEF)' OPTFLAGS='$(OPTFLAGS)' prg
SREC_M548X_DBUG = emutos-m548x-dbug.s19
.PHONY: m548x-dbug
NODEP += m548x-dbug
m548x-dbug: UNIQUE = $(COUNTRY)
m548x-dbug: override DEF += -DMACHINE_M548X
m548x-dbug: CPUFLAGS = $(CPUFLAGS_M548X)
m548x-dbug:
@echo "# Building M548x dBUG EmuTOS in $(SREC_M548X_DBUG)"
$(MAKE) COLDFIRE=1 CPUFLAGS='$(CPUFLAGS)' DEF='$(DEF)' UNIQUE=$(UNIQUE) SRECFILE=$(SREC_M548X_DBUG) $(SREC_M548X_DBUG) REF_OS=TOS404
@printf "$(LOCALCONFINFO)"
SREC_M548X_BAS = emutos-m548x-bas.s19
.PHONY: m548x-bas
NODEP += m548x-bas
m548x-bas: UNIQUE = $(COUNTRY)
m548x-bas: override DEF += -DMACHINE_M548X -DCONF_WITH_BAS_MEMORY_MAP=1
m548x-bas: CPUFLAGS = $(CPUFLAGS_M548X)
m548x-bas:
@echo "# Building M548x BaS_gcc EmuTOS in $(SREC_M548X_BAS)"
$(MAKE) COLDFIRE=1 CPUFLAGS='$(CPUFLAGS)' DEF='$(DEF)' UNIQUE=$(UNIQUE) LMA=0xe0100000 SRECFILE=$(SREC_M548X_BAS) $(SREC_M548X_BAS) REF_OS=TOS404
@printf "$(LOCALCONFINFO)"
#
# Special variants of EmuTOS running in RAM instead of ROM.
# In this case, emutos.img needs to be loaded into RAM by some loader.
#
obj/ramtos.h: emutos.img
@echo '# Generating $@'
@printf \
'/* Generated from emutos.map */\n'\
'#define ADR_TEXT $(call MAKE_SYMADDR,__text,emutos.map)\n'\
'#define ADR_ALTRAM_REGIONS $(call MAKE_SYMADDR,_altram_regions,emutos.map)\n'\
>$@
#
# emutos.prg
#
EMUTOS_PRG = emutos$(UNIQUE).prg
TOCLEAN += emutos*.prg
.PHONY: prg
prg: $(EMUTOS_PRG)
@printf "$(LOCALCONFINFO)"
obj/boot.o: obj/ramtos.h
# incbin dependencies are not automatically detected
obj/ramtos.o: emutos.img
$(EMUTOS_PRG): override DEF += -DTARGET_PRG
$(EMUTOS_PRG): OPTFLAGS = $(SMALL_OPTFLAGS)
$(EMUTOS_PRG): obj/minicrt.o obj/boot.o obj/bootram.o obj/ramtos.o
$(LD) $+ -lgcc -o $@ -s
#
# emu256.prg
#
EMU256_PRG = emu256$(UNIQUE).prg
TOCLEAN += emu256*.prg
.PHONY: prg256
NODEP += prg256
prg256: override DEF += -DTARGET_256
prg256: UNIQUE = $(COUNTRY)
prg256: EMUTOS_PRG = $(EMU256_PRG)
prg256:
@echo "# Building $(EMUTOS_PRG)"
$(MAKE) DEF='$(DEF)' UNIQUE=$(UNIQUE) EMUTOS_PRG=$(EMUTOS_PRG) prg
obj/boot.o: obj/ramtos.h
# incbin dependencies are not automatically detected
obj/ramtos.o: emutos.img
#
# flop
#
EMUTOS_ST = emutos$(UNIQUE).st
TOCLEAN += emutos*.st mkflop
.PHONY: flop
NODEP += flop
flop: UNIQUE = $(COUNTRY)
flop:
$(MAKE) UNIQUE=$(UNIQUE) $(EMUTOS_ST)
@printf "$(LOCALCONFINFO)"
$(EMUTOS_ST): override DEF += -DTARGET_FLOPPY
$(EMUTOS_ST): OPTFLAGS = $(SMALL_OPTFLAGS)
$(EMUTOS_ST): mkflop bootsect.img emutos.img
./mkflop bootsect.img emutos.img $@
bootsect.img : obj/bootsect.o obj/bootram.o
$(LD) $+ $(PCREL_LDFLAGS) -o $@
obj/bootsect.o: obj/ramtos.h
NODEP += mkflop
mkflop : tools/mkflop.c
$(NATIVECC) $< -o $@
#
# amigaflop
#
EMUTOS_ADF = emutos.adf
.PHONY: amigaflop
NODEP += amigaflop
amigaflop: UNIQUE = $(COUNTRY)
amigaflop: OPTFLAGS = $(SMALL_OPTFLAGS)
amigaflop: override DEF += -DTARGET_AMIGA_FLOPPY $(AMIGA_DEFS)
amigaflop:
$(MAKE) CPUFLAGS='$(CPUFLAGS)' DEF='$(DEF)' OPTFLAGS='$(OPTFLAGS)' UNIQUE=$(UNIQUE) EMUTOS_ADF=$(EMUTOS_ADF) $(EMUTOS_ADF)
@printf "$(LOCALCONFINFO)"
EMUTOS_VAMPIRE_ADF = emutos-vampire.adf
.PHONY: amigaflopvampire
NODEP += amigaflopvampire
amigaflopvampire: override DEF += $(VAMPIRE_COMMON_DEF) -DSTATIC_ALT_RAM_ADDRESS=0x08000000 $(AMIGA_DEFS)
amigaflopvampire: CPUFLAGS = $(VAMPIRE_CPUFLAGS)
amigaflopvampire: EMUTOS_ADF = $(EMUTOS_VAMPIRE_ADF)
amigaflopvampire: amigaflop
# Convenient target to test amigaflopvampire on WinUAE
.PHONY: amigaflopwinuae
NODEP += amigaflopwinuae
amigaflopwinuae: override DEF += -DSTATIC_ALT_RAM_ADDRESS=0x40000000 $(AMIGA_DEFS)
amigaflopwinuae: CPUFLAGS = $(VAMPIRE_CPUFLAGS)
amigaflopwinuae: amigaflop
$(EMUTOS_ADF): amigaboot.img emutos.img mkrom
./mkrom amiga-floppy amigaboot.img emutos.img $@
amigaboot.img: obj/amigaboot.o obj/bootram.o
$(LD) $+ $(PCREL_LDFLAGS) -o $@
obj/amigaboot.o: obj/ramtos.h
#
# lisaflop
#
TOCLEAN += *.dc42
EMUTOS_DC42 = emutos.dc42
LISA_DEFS =
.PHONY: lisaflop
NODEP += lisaflop
lisaflop: UNIQUE = $(COUNTRY)
lisaflop: OPTFLAGS = $(SMALL_OPTFLAGS)
lisaflop: override DEF += -DTARGET_LISA_FLOPPY $(LISA_DEFS)
lisaflop:
$(MAKE) CPUFLAGS='$(CPUFLAGS)' DEF='$(DEF)' OPTFLAGS='$(OPTFLAGS)' UNIQUE=$(UNIQUE) EMUTOS_DC42=$(EMUTOS_DC42) $(EMUTOS_DC42)
@printf "$(LOCALCONFINFO)"
$(EMUTOS_DC42): lisaboot.img emutos.img mkrom
./mkrom lisa-boot-floppy lisaboot.img emutos.img $@
lisaboot.img: obj/lisaboot.o obj/lisautil.o obj/bootram.o
$(LD) $+ $(PCREL_LDFLAGS) -o $@
obj/lisaboot.o: obj/ramtos.h
#
# localisation support: create bios/ctables.h include/i18nconf.h
#
# we would like to group targets, since localise generates both targets
# at the same time. however, this is not supported until gcc make 4.2.
# so that we can use old versions of make, we just run localise twice
# instead, creating a .tmp file each time as a byproduct.
#
GEN_SRC += bios/ctables.h include/i18nconf.h
TOCLEAN += localise include/i18nconf.h bios/ctables.h
NODEP += localise
localise: tools/localise.c
$(NATIVECC) $< -o $@
bios/ctables.h: obj/country localise.ctl localise
./localise $(UNIQUEARG) $(MULTIKEYBD) localise.ctl bios/ctables.h localise1.tmp
include/i18nconf.h: obj/country localise.ctl localise
./localise $(UNIQUEARG) $(MULTIKEYBD) localise.ctl localise2.tmp include/i18nconf.h
#
# NLS support
#
POFILES = $(wildcard po/*.po)
GEN_SRC += util/langs.c
TOCLEAN += bug po/messages.pot
NODEP += bug
bug: tools/bug.c
$(NATIVECC) $< -o $@
# even if UNIQUE is specified, we ensure langs.c exists to avoid dependency problems
util/langs.c: $(POFILES) po/LINGUAS bug po/messages.pot
./bug make
po/messages.pot: bug po/POTFILES.in $(shell grep -v '^#' po/POTFILES.in)
./bug xgettext
#
# Resource support
#
TOCLEAN += erd grd ird mrd draft temp.rsc temp.def
NODEP += erd grd ird mrd draft
erd: tools/erd.c
$(NATIVECC) $< -o $@
grd: tools/erd.c
$(NATIVECC) -DGEM_RSC $< -o grd
ird: tools/erd.c
$(NATIVECC) -DICON_RSC $< -o ird
mrd: tools/erd.c
$(NATIVECC) -DMFORM_RSC $< -o mrd
draft: tools/draft.c tools/draftexc.c
$(NATIVECC) $(DEFINES) $^ -o $@
DESKRSC_BASE = desk/desktop
DESKRSCGEN_BASE = desk/desk_rsc
GEMRSC_BASE = aes/gem
GEMRSCGEN_BASE = aes/gem_rsc
ICONRSC_BASE = desk/icon
ICONRSCGEN_BASE = desk/icons
MFORMRSC_BASE = aes/mform
MFORMRSCGEN_BASE = aes/mforms
GEN_SRC += $(DESKRSCGEN_BASE).c $(DESKRSCGEN_BASE).h $(GEMRSCGEN_BASE).c $(GEMRSCGEN_BASE).h
GEN_SRC += $(ICONRSCGEN_BASE).c $(ICONRSCGEN_BASE).h $(MFORMRSCGEN_BASE).c $(MFORMRSCGEN_BASE).h
# Hack below! '%' is used instead of '.' to support tools with multiple outputs.
# For example, the erd tool produces 2 files: a .c and a .h
# Without special care, when using parallel execution (make -j), the recipe
# may run twice (or more) in parallel. This is useless and could be harmful.
# Problem is that _standard rules_ with several targets just specify that the
# same recipe must be applied for all targets. This *doesn't* mean that recipe
# will generate all the targets at the same time.
# This issue is hidden when parallel execution is not used.
# On the other hand, _pattern rules_ (the ones with %) explicitly specify
# that all the targets will be built at the same time by the recipe.
# In order to work, all the targets must share a common substring replaced
# by the % wildcard. A simple trick is to use the '%' wilcard to replace the '.'
# character. This is enough to match actual filenames and enable the special
# behaviour of pattern rules.
# Trick source: https://stackoverflow.com/a/3077254
# For official documentation of pattern rules, see the bison example there:
# https://www.gnu.org/software/make/manual/html_node/Pattern-Examples.html