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RIOT/Makefile.include
Benjamin Valentin 02f7e3541f Makefile.include: remove warning about EXTERNAL_MODULE_DIRS API change
The warning about the API change is scheduled to be removed by 2020.10.
Since the release has been branched off, we can now drop the warning
going forward.
2021-10-13 16:54:48 +02:00

1025 lines
34 KiB
Makefile

MATCH_MAKE_VERSION = 4.%
MAKEFLAGS += --no-builtin-rules
ifeq (,$(filter $(MATCH_MAKE_VERSION),$(MAKE_VERSION)))
$(error GNU Make $(MAKE_VERSION) is not supported by RIOT since release \
2020.01. Please upgrade your system to use GNU Make \
$(MATCH_MAKE_VERSION) or later.)
endif
#
# enable second expansion of prerequisites.
#
# Doing that here enables it globally for all applications.
#
# See https://www.gnu.org/software/make/manual/html_node/Secondary-Expansion.html
# for what it can be used for.
.SECONDEXPANSION:
# Will evaluate to the absolute path of the Makefile it's evaluated in.¹
#
# This variable MUST be immediately evaluated (tmp_var := $(LAST_MAKEFILEDIR))
# unless it is used directly.
#
# [1] Note that this will in fact return the path of the last Makefile that
# was included, so it must be evaluated before any subsequent includes.
LAST_MAKEFILEDIR = $(abspath $(dir $(lastword $(MAKEFILE_LIST))))
# 'Makefile.include' directory, must be evaluated before other 'include'
_riotbase := $(LAST_MAKEFILEDIR)
# include RIOT_MAKEFILES_GLOBAL_PRE configuration files
# allows setting user specific system wide configuration parsed before the body
# of $(RIOTBASE)/Makefile.include
include $(RIOT_MAKEFILES_GLOBAL_PRE)
# Globally set default goal to `all`
.DEFAULT_GOAL := all
# include Makefile.local if it exists
-include Makefile.local
# set undefined variables
RIOTBASE ?= $(_riotbase)
RIOTCPU ?= $(RIOTBASE)/cpu
# Deprecated to set RIOTBOARD, use EXTERNAL_BOARD_DIRS
RIOTBOARD ?= $(RIOTBASE)/boards
EXTERNAL_BOARD_DIRS ?=
RIOTMAKE ?= $(RIOTBASE)/makefiles
RIOTPKG ?= $(RIOTBASE)/pkg
RIOTTOOLS ?= $(RIOTBASE)/dist/tools
RIOTPROJECT ?= $(shell git rev-parse --show-toplevel 2>/dev/null || pwd)
BUILD_DIR ?= $(RIOTBASE)/build
APPDIR ?= $(CURDIR)
BINDIRBASE ?= $(APPDIR)/bin
BINDIR ?= $(BINDIRBASE)/$(BOARD)
PKGDIRBASE ?= $(RIOTBASE)/build/pkg
DLCACHE ?= $(RIOTTOOLS)/dlcache/dlcache.sh
DLCACHE_DIR ?= $(RIOTBASE)/.dlcache
RIOT_VERSION_DUMMY_CODE ?= RIOT_VERSION_NUM\(2042,5,23,0\)
# include CI info such as BOARD_INSUFFICIENT_MEMORY, if existing
-include Makefile.ci
__DIRECTORY_VARIABLES := \
RIOTBASE \
RIOTCPU \
RIOTMAKE \
RIOTPKG \
RIOTTOOLS \
RIOTPROJECT \
APPDIR \
BUILD_DIR \
BINDIRBASE \
BINDIR \
PKGDIRBASE \
DLCACHE_DIR \
#
# In GNU make command line is supposed to override the value set in makefile
# These variables can be overridden even when set from command line
__OVERRIDE_DIRECTORY_VARIABLES := $(__DIRECTORY_VARIABLES)
# Use absolute paths in recursive "make" even if overridden on command line.
MAKEOVERRIDES += $(foreach v,$(__OVERRIDE_DIRECTORY_VARIABLES),$(v)=$($(v)))
# Setting EXTERNAL_BOARD_DIRS and EXTERNAL_MODULE_DIRS as command line argument
# is too messy to handle: Even when every path in EXTERNAL_BOARD_DIRS is turned
# into an absolute path using override, sub-makes will still get the original
# value. Using MAKEOVERRIDES has issues with spaces in the values, which are
# used as separator in EXTERNAL_BOARD_DIRS. So we just enforce setting the value
# either in a Makefile, or as environment variable.
ifeq ($(INSIDE_DOCKER),0)
# In Docker absolute paths are always given, so only fail when not in docker
ifeq ($(origin EXTERNAL_BOARD_DIRS),command line)
$(error EXTERNAL_BOARD_DIRS must be passed as environment variable, and not as command line argument)
endif
ifeq ($(origin EXTERNAL_MODULE_DIRS),command line)
$(error EXTERNAL_MODULE_DIRS must be passed as environment variable, and not as command line argument)
endif
endif
# Deprecation of configuring 'RIOTBOARD'
ifneq ($(abspath $(RIOTBASE)/boards),$(abspath $(RIOTBOARD)))
$(warning overriding RIOTBOARD for external boards is deprecated, use EXTERNAL_BOARD_DIRS instead)
override RIOTBOARD := $(abspath $(RIOTBOARD))
__DIRECTORY_VARIABLES += RIOTBOARD
endif
# Only warn users, not the CI.
ifneq ($(RIOT_CI_BUILD),1)
# Do not warn when set from sub-make
ifeq ($(MAKELEVEL),0)
ifneq (,$(BOARDSDIR))
$(warning Using BOARDSDIR is deprecated use EXTERNAL_BOARD_DIRS instead)
$(info EXTERNAL_BOARD_DIRS can contain multiple folders separated by space)
endif
endif
endif
# Needed for backward compatibility:
ifneq (,$(BOARDSDIR))
EXTERNAL_BOARD_DIRS += $(BOARDSDIR)
endif
# Make all paths absolute.
override RIOTBASE := $(abspath $(RIOTBASE))
override RIOTCPU := $(abspath $(RIOTCPU))
override RIOTMAKE := $(abspath $(RIOTMAKE))
override RIOTPKG := $(abspath $(RIOTPKG))
override RIOTTOOLS := $(abspath $(RIOTTOOLS))
override RIOTPROJECT := $(abspath $(RIOTPROJECT))
override APPDIR := $(abspath $(APPDIR))
override BUILD_DIR := $(abspath $(BUILD_DIR))
override BINDIRBASE := $(abspath $(BINDIRBASE))
override BINDIR := $(abspath $(BINDIR))
override PKGDIRBASE := $(abspath $(PKGDIRBASE))
override DLCACHE_DIR := $(abspath $(DLCACHE_DIR))
EXTERNAL_BOARD_DIRS := $(foreach dir,\
$(EXTERNAL_BOARD_DIRS),\
$(abspath $(dir)))
EXTERNAL_MODULE_DIRS := $(foreach dir,\
$(EXTERNAL_MODULE_DIRS),\
$(abspath $(dir)))
# Ensure that all directories are set and don't contain spaces.
ifneq (, $(filter-out 1, $(foreach v,$(__DIRECTORY_VARIABLES),$(words $($(v))))))
$(info Aborting compilation for your safety.)
$(info Related variables = $(__DIRECTORY_VARIABLES))
$(error Make sure no path override is empty or contains spaces!)
endif
# Path to the current directory relative to RIOTPROJECT
# trailing '/' is important when RIOTPROJECT == CURDIR
BUILDRELPATH ?= $(patsubst $(RIOTPROJECT)/%,%,$(CURDIR)/)
# Set CLEAN to "clean" if that target was requested.
# Allows recipes to be run after cleaning, without triggering it implicitly:
#
# all: | $(CLEAN)
#
CLEAN = $(filter clean, $(MAKECMDGOALS))
# include makefiles utils tools
include $(RIOTMAKE)/utils/variables.mk
include $(RIOTMAKE)/utils/strings.mk
# UNAME is always needed so use simple variable expansion so only evaluated once
UNAME := $(shell uname -m -s)
OS = $(word 1, $(UNAME))
OS_ARCH = $(word 2, $(UNAME))
# set python path, e.g. for tests
PYTHONPATH := $(RIOTBASE)/dist/pythonlibs/:$(PYTHONPATH)
# Basic utilities included before anything else
include $(RIOTMAKE)/utils/checks.mk
# Include Docker settings near the top because we need to build the environment
# command line before some of the variable origins are overwritten below when
# using abspath, strip etc.
include $(RIOTMAKE)/docker.inc.mk
# include color echo macros
include $(RIOTMAKE)/utils/ansi.mk
include $(RIOTMAKE)/color.inc.mk
# include concurrency helpers
include $(RIOTMAKE)/info-nproc.inc.mk
# List of boards variables
include $(RIOTMAKE)/boards.inc.mk
# Debug targets for build system migration
include $(RIOTMAKE)/dependencies_debug.inc.mk
# Use TOOLCHAIN environment variable to select the toolchain to use.
# If native, TOOLCHAIN for OSX is llvm
ifeq ($(BOARD),native)
ifeq ($(OS),Darwin)
TOOLCHAIN ?= llvm
endif
endif
# Use override so that we can redefine a variable set on the command line (as
# opposed to one set in the environment)
ifeq (clang,$(TOOLCHAIN))
# TOOLCHAIN = clang is an alias for TOOLCHAIN = llvm
override TOOLCHAIN := llvm
endif
ifeq (gcc,$(TOOLCHAIN))
# TOOLCHAIN = gcc is an alias for TOOLCHAIN = gnu
override TOOLCHAIN := gnu
endif
ifeq (,$(TOOLCHAIN))
override TOOLCHAIN := gnu
endif
GLOBAL_GOALS += buildtest \
buildtest-indocker \
info-boards-features-blacklisted \
info-boards-features-conflicting \
info-boards-features-missing \
info-boards-supported \
info-buildsizes info-buildsizes-diff \
#
ifneq (, $(filter $(GLOBAL_GOALS), $(MAKECMDGOALS)))
include $(RIOTMAKE)/info-global.inc.mk
include $(RIOTMAKE)/buildtests.inc.mk
else
all: link
# Folders to search: First the external boards, than the official
BOARDSDIRS := $(EXTERNAL_BOARD_DIRS) $(RIOTBOARD)
# Take the first folder in $(BOARDSDIRS) that contains a folder named $(BOARD)
BOARDDIR := $(word 1,$(foreach dir,$(BOARDSDIRS),$(wildcard $(dir)/$(BOARD)/.)))
# Sanitize folder
BOARDDIR := $(abspath $(BOARDDIR))
# Also provide BOARDSDIR for compatibility and for accessing common folders
# (e.g. include $(BOARDSDIR)/common/external_common/Makefile.dep)
BOARDSDIR := $(dir $(BOARDDIR))
ifeq (,$(BOARDDIR))
$(info Folders searched for the board: $(BOARDSDIRS))
$(error The specified board $(BOARD) does not exist.)
endif
include $(RIOTMAKE)/info.inc.mk
# Static code analysis tools provided by LLVM
include $(RIOTMAKE)/scan-build.inc.mk
export RIOTBUILD_CONFIG_HEADER_C = $(BINDIR)/riotbuild/riotbuild.h
# When testing Kconfig's module modelling we need to run Kconfig
ifeq (1,$(TEST_KCONFIG))
SHOULD_RUN_KCONFIG = 1
endif
ifeq ($(OS),Darwin)
OPEN := open
else
OPEN := xdg-open
endif
QUIET ?= 1
QUIETER ?= 0
ifeq ($(QUIET),1)
Q=@
MAKEFLAGS += --no-print-directory
else
Q=
endif
# Set this to 1 to enable pretty-printing the assert location in addition
# to the address of the failing assert.
# This saves you to resolve the address manually with addr2line at the cost
# of greater ROM consumption.
VERBOSE_ASSERT ?= 0
ifeq ($(VERBOSE_ASSERT),1)
CFLAGS += -DDEBUG_ASSERT_VERBOSE
DEVELHELP := 1
endif
# Set this to 1 to enable code in RIOT that does safety checking
# which is not needed in a production environment but helps in the
# development process:
DEVELHELP ?= 0
ifeq ($(DEVELHELP),1)
CFLAGS += -DDEVELHELP
endif
# Set this to 1 to enable thread names
THREAD_NAMES ?= 0
ifeq ($(THREAD_NAMES),1)
CFLAGS += -DCONFIG_THREAD_NAMES
endif
# Override LOG_LEVEL if variable is set and if CFLAGS doesn't already contain
# a LOG_LEVEL config
ifdef LOG_LEVEL
ifeq (,$(filter -DLOG_LEVEL=%,$(CFLAGS)))
CFLAGS += -DLOG_LEVEL=$(LOG_LEVEL)
endif
endif
# Fail on warnings. Can be overridden by `make WERROR=0`.
WERROR ?= 1
ifeq ($(WERROR),1)
CFLAGS += -Werror
endif
WPEDANTIC ?= 0
ifeq ($(WPEDANTIC),1)
CFLAGS += -Wpedantic
endif
# Provide a shallow sanity check. You cannot call `make` in a module directory.
export __RIOTBUILD_FLAG := RIOT
BOARD := $(strip $(BOARD))
APPLICATION := $(strip $(APPLICATION))
# provide common external programs for `Makefile.include`s
ifeq (,$(and $(DOWNLOAD_TO_STDOUT),$(DOWNLOAD_TO_FILE)))
ifeq (,$(WGET))
ifeq (0,$(shell which wget > /dev/null 2>&1 ; echo $$?))
WGET = $(call memoized,WGET,$(shell which wget))
endif
endif
ifeq (,$(CURL))
ifeq (0,$(shell which curl > /dev/null 2>&1 ; echo $$?))
CURL = $(call memoized,CURL,$(shell which curl))
endif
endif
ifeq (,$(WGET)$(CURL))
$(warning Neither wget nor curl is installed!)
endif
ifeq (,$(DOWNLOAD_TO_STDOUT))
DOWNLOAD_TO_STDOUT ?= $(if $(CURL),$(CURL) -s,$(WGET) -q -O-)
endif
ifeq (,$(DOWNLOAD_TO_FILE))
DOWNLOAD_TO_FILE ?= $(if $(WGET),$(WGET) -nv -c -O,$(CURL) -s -o)
endif
endif
ifeq (,$(UNZIP_HERE))
ifeq (0,$(shell which unzip > /dev/null 2>&1 ; echo $$?))
UNZIP_HERE = $(call memoized,UNZIP_HERE,$(shell which unzip) -q)
else
ifeq (0,$(shell which 7z > /dev/null 2>&1 ; echo $$?))
UNZIP_HERE = $(call memoized,UNZIP_HERE,$(shell which 7z) x -bd)
else
$(warning Neither unzip nor 7z is installed.)
endif
endif
endif
# Tool saving stdin to a file only on content update.
# It keeps the file timestamp if it would end up the same.
LAZYSPONGE ?= $(RIOTTOOLS)/lazysponge/lazysponge.py
LAZYSPONGE_FLAGS ?= $(if $(filter 1,$(QUIET)),,--verbose)
ifeq (, $(APPLICATION))
$(error An application name must be specified as APPLICATION.)
endif
# default toolchain prefix, defaults to target triple followed by a dash, you
# will most likely not need to touch this.
export PREFIX ?= $(if $(TARGET_ARCH),$(TARGET_ARCH)-)
# set default PROGRAMMER value if flashing a board on IoT-LAB
# This must be done before parsing the Makefile.include of the board and cannot
# be done in makefile.iotlab.single.inc.mk which is included after.
ifneq (,$(IOTLAB_NODE))
PROGRAMMER ?= iotlab
# iotlab uses ELFFILE by default for flashing boards.
FLASHFILE ?= $(ELFFILE)
endif
# Add standard include directories
INCLUDES += -I$(RIOTBASE)/core/include -I$(RIOTBASE)/drivers/include -I$(RIOTBASE)/sys/include
# process provided features
include $(RIOTBASE)/Makefile.features
# mandatory includes!
include $(RIOTMAKE)/pseudomodules.inc.mk
include $(RIOTMAKE)/defaultmodules.inc.mk
# Include Kconfig functionalities
include $(RIOTMAKE)/kconfig.mk
# For testing, use TEST_KCONFIG as a switch between Makefile.dep and Kconfig
ifeq (1,$(TEST_KCONFIG))
$(info === [ATTENTION] Testing Kconfig dependency modelling ===)
KCONFIG_MODULES := $(call lowercase,$(patsubst CONFIG_MODULE_%,%,$(filter CONFIG_MODULE_%,$(.VARIABLES))))
USEMODULE := $(KCONFIG_MODULES)
KCONFIG_PACKAGES := $(call lowercase,$(patsubst CONFIG_PACKAGE_%,%,$(filter CONFIG_PACKAGE_%,$(.VARIABLES))))
USEPKG := $(KCONFIG_PACKAGES)
else
# check if required features are provided and update $(FEATURES_USED)
include $(RIOTMAKE)/features_check.inc.mk
# handle removal of default modules
USEMODULE += $(filter-out $(DISABLE_MODULE), $(DEFAULT_MODULE))
# avoid recursive expansion
USEMODULE := $(sort $(USEMODULE))
# process dependencies
include $(RIOTMAKE)/dependency_resolution.inc.mk
endif
# Include Board and CPU configuration
INCLUDES += $(addprefix -I,$(wildcard $(BOARDDIR)/include))
include $(BOARDDIR)/Makefile.include
INCLUDES += -I$(RIOTCPU)/$(CPU)/include
include $(RIOTCPU)/$(CPU)/Makefile.include
# Include common serial logic to define TERMPROG, TERMFLAGS variables based on
# the content of RIOT_TERMINAL
include $(RIOTMAKE)/tools/serial.inc.mk
# Include emulator code when required and if available
ifeq (1,$(EMULATE))
# Use renode as default emulator
RIOT_EMULATOR ?= renode
-include $(RIOTMAKE)/tools/$(RIOT_EMULATOR).inc.mk
TERMDEPS += $(EMULATORDEPS)
DEBUGDEPS += $(EMULATORDEPS)
endif
# Include common programmer logic if available
-include $(RIOTMAKE)/tools/$(PROGRAMMER).inc.mk
# Check if programmer is supported by the board, only if PROGRAMMERS_SUPPORTED
# is set and if programmer is not iotlab
ifneq (iotlab,$(PROGRAMMER))
ifneq (,$(PROGRAMMERS_SUPPORTED))
ifeq (,$(filter $(PROGRAMMER),$(PROGRAMMERS_SUPPORTED)))
$(info '$(PROGRAMMER)' programmer is not supported by this board. \
Supported programmers: '$(PROGRAMMERS_SUPPORTED)')
endif
endif
endif
# Assume GCC/GNU as supported toolchain if CPU's Makefile.include doesn't
# provide this macro
TOOLCHAINS_SUPPORTED ?= gnu
# Import all toolchain settings
include $(RIOTMAKE)/toolchain/$(TOOLCHAIN).inc.mk
# Append ldscript path after importing CPU and board makefiles to allow
# overriding the core ldscripts
LINKFLAGS += -L$(RIOTBASE)/core/ldscripts
# Tell ccache to pass the original file to the compiler, instead of passing the
# preprocessed code. Without this setting, the compilation will fail with
# -Wimplicit-fallthrough warnings even when the fall through case is properly
# commented because the preprocessor has stripped the comments from the code.
# This also fixes some other false warnings when compiling with LLVM/Clang.
# The environment variable only affects builds with ccache (e.g. on CI/Murdock).
# Non cached builds are not affected in any way.
# For more information, see http://petereisentraut.blogspot.com/2011/09/ccache-and-clang-part-2.html
export CCACHE_CPP2=yes
ifeq ($(strip $(MCU)),)
MCU = $(CPU)
endif
# set some settings useful for continuous integration builds
ifeq ($(RIOT_CI_BUILD),1)
RIOT_VERSION ?= buildtest
# set a dummy version number
RIOT_VERSION_CODE ?= $(RIOT_VERSION_DUMMY_CODE)
ifneq ($(filter $(BOARD_INSUFFICIENT_MEMORY), $(BOARD)),)
$(info CI-build: skipping link step)
RIOTNOLINK:=1
endif
# be more quiet when building for CI
QUIETER=1
endif
ifeq ($(QUIETER),1)
QQ=@
else
QQ=
endif
# if you want to publish the board into the sources as an uppercase #define
BOARDDEF = $(call uppercase_and_underscore,$(BOARD))
CPUDEF = $(call uppercase_and_underscore,$(CPU))
MCUDEF = $(call uppercase_and_underscore,$(MCU))
CFLAGS += -DRIOT_APPLICATION=\"$(APPLICATION)\"
CFLAGS += -DBOARD_$(BOARDDEF)=\"$(BOARD)\" -DRIOT_BOARD=BOARD_$(BOARDDEF)
CFLAGS += -DCPU_$(CPUDEF)=\"$(CPU)\" -DRIOT_CPU=CPU_$(CPUDEF)
CFLAGS += -DMCU_$(MCUDEF)=\"$(MCU)\" -DRIOT_MCU=MCU_$(MCUDEF)
# Feature test default CFLAGS and LINKFLAGS for the set compiled.
include $(RIOTMAKE)/cflags.inc.mk
# Include VERSION for releases
-include $(RIOTBASE)/VERSION
-include $(RIOTBASE)/EXTRAVERSION
include $(RIOTMAKE)/git_version.inc.mk
RIOT_VERSION ?= $(or $(GIT_VERSION),'UNKNOWN (builddir: $(RIOTBASE))')
RIOT_EXTRAVERSION ?= 0
# Deprecate using RIOT_VERSION_OVERRIDE but currently keep the behavior
ifneq (,$(RIOT_VERSION_OVERRIDE))
$(warning 'RIOT_VERSION_OVERRIDE' is deprecated, it can now be set with 'RIOT_VERSION' directly.)
RIOT_VERSION = $(RIOT_VERSION_OVERRIDE)
endif
# Generate machine readable RIOT VERSION macro
RIOT_VERSION_CODE ?= $(shell echo $(RIOT_VERSION) | \
sed -E 's/([0-9]+)\.([0-9]+)\.?([0-9]+)?.*/RIOT_VERSION_NUM\\\(\1,\2,0\3,$(RIOT_EXTRAVERSION)\\\)/' | \
grep RIOT_VERSION_NUM || echo "$(RIOT_VERSION_DUMMY_CODE)")
# Set module by prepending APPLICATION name with 'application_'.
# It prevents conflict with application and modules with the same name.
APPLICATION_MODULE ?= application_$(APPLICATION)
# the binaries to link
BASELIBS += $(APPLICATION_MODULE).module
BASELIBS += $(APPDEPS)
# add extra include paths for packages in $(USEMODULE)
USEMODULE_INCLUDES =
include $(RIOTBASE)/sys/Makefile.include
# include Makefile.includes of each driver modules if they exist
-include $(USEMODULE:%=$(RIOTBASE)/drivers/%/Makefile.include)
# include Makefile.includes for packages in $(USEPKG)
-include $(USEPKG:%=$(RIOTPKG)/%/Makefile.include)
# include external modules configuration
-include $(EXTERNAL_MODULE_PATHS:%=%/Makefile.include)
# Deduplicate includes without sorting them
# see https://stackoverflow.com/questions/16144115/makefile-remove-duplicate-words-without-sorting
define uniq
$(eval seen :=)
$(foreach _,$1,$(if $(filter $_,$(seen)),,$(eval seen += $_)))
$(seen)
endef
USEMODULE_INCLUDES_ = $(strip $(call uniq,$(USEMODULE_INCLUDES)))
INCLUDES += $(USEMODULE_INCLUDES_:%=-I%)
# include bindist target
include $(RIOTMAKE)/bindist.inc.mk
# Add all USEMODULE modules to CFLAGS and populate BASELIBS
include $(RIOTMAKE)/modules.inc.mk
.PHONY: all link clean flash flash-only termdeps term doc debug debug-server reset objdump help info-modules
.PHONY: print-size elffile binfile hexfile flashfile cosy
.PHONY: ..in-docker-container
# Targets that depend on FORCE will always be rebuilt. Contrary to a .PHONY
# target, they are considered real files and the modification timestamp is taken
# into account.
#
# FORCE is useful for goals that may keep outputs unchanged (for example, if it
# depends on environment or configuration variables). If the goal were .PHONY, it
# would trigger a rebuild of all its dependents regardless of file modification.
#
# As general rule, use .PHONY only for non-file targets.
#
# For more information, see:
# https://www.gnu.org/software/make/manual/html_node/Phony-Targets.html
# https://www.gnu.org/software/make/manual/html_node/Force-Targets.html
.PHONY: FORCE
ifneq (,$(IOTLAB_NODE))
# iot-lab archi mapping
include $(RIOTBASE)/dist/testbed-support/makefile.iotlab.archi.inc.mk
ifneq (,$(IOTLAB_ARCHI))
# iot-lab serial and flasher
include $(RIOTBASE)/dist/testbed-support/makefile.iotlab.single.inc.mk
else
$(info $(COLOR_YELLOW)Board "$(BOARD)" incompatible with IOTLAB_NODE variable$(COLOR_RESET))
endif
endif
ELFFILE ?= $(BINDIR)/$(APPLICATION).elf
HEXFILE ?= $(ELFFILE:.elf=.hex)
BINFILE ?= $(ELFFILE:.elf=.bin)
MAPFILE ?= $(ELFFILE:.elf=.map)
ifneq (,$(filter suit, $(USEMODULE)))
include $(RIOTMAKE)/suit.base.inc.mk
endif
# include bootloaders support. It should be included early to allow using
# variables defined in `riotboot.mk` for `FLASHFILE` before it is evaluated.
# It should be included after defining 'BINFILE' for 'riotboot.bin' handling.
include $(RIOTMAKE)/boot/riotboot.mk
# Targets to get given file
elffile: $(ELFFILE)
hexfile: $(HEXFILE)
binfile: $(BINFILE)
# FLASHFILE is the file used by the flasher
# Usually set to $(ELFFILE), $(HEXFILE) or $(BINFILE) in the board/flasher
# or application specific files
flashfile: $(FLASHFILE)
ifeq (,$(FLASHFILE))
$(error FLASHFILE is not defined for this board: $(FLASHFILE))
endif
# By default always build ELFFILE, BINFILE and FLASHFILE
ifeq ($(RIOT_CI_BUILD),1)
# Don't build BINFILE on the CI to save some computation time
BUILD_FILES += $(ELFFILE) $(FLASHFILE)
else
BUILD_FILES += $(ELFFILE) $(BINFILE) $(FLASHFILE)
endif
# variables used to compile and link c++
ifneq (,$(filter cpp,$(USEMODULE)))
CPPMIX ?= 1
endif
# We assume $(LINK) to be gcc-like. Use `LINKFLAGPREFIX :=` for ld-like linker options.
LINKFLAGPREFIX ?= -Wl,
# Also build external modules
DIRS += $(EXTERNAL_MODULE_PATHS)
# Define dependencies required for building (headers, downloading source files,)
BUILDDEPS += $(RIOTBUILD_CONFIG_HEADER_C)
BUILDDEPS += pkg-prepare
BUILDDEPS += $(APPDEPS)
BUILDDEPS += $(MODULE_LIST_DIR)
# Save value to verify it is not modified later
_BASELIBS_VALUE_BEFORE_USAGE := $(BASELIBS)
# Linker rule
# Only use --start-group when archives are defined
ARCHIVES_GROUP = $(if $(ARCHIVES),$(LINKFLAGPREFIX)--start-group $(ARCHIVES) -lm $(LINKFLAGPREFIX)--end-group, -lm)
$(ELFFILE): FORCE
ifeq ($(BUILDOSXNATIVE),1)
_LINK = $(if $(CPPMIX),$(LINKXX),$(LINK)) $$(find $(BASELIBS:%.module=$(BINDIR)/%/) -name "*.o" 2> /dev/null | sort) $(ARCHIVES_GROUP) $(LINKFLAGS) $(LINKFLAGPREFIX)-no_pie
else
_LINK = $(if $(CPPMIX),$(LINKXX),$(LINK)) $$(find $(BASELIBS:%.module=$(BINDIR)/%/) -name "*.o" 2> /dev/null | sort) $(ARCHIVES_GROUP) $(LINKFLAGS) $(LINKFLAGPREFIX)-Map=$(BINDIR)/$(APPLICATION).map
endif # BUILDOSXNATIVE
ifeq ($(BUILD_IN_DOCKER),1)
link: ..in-docker-container
else
ifeq (,$(RIOTNOLINK))
link: ..compiler-check ..build-message $(BUILD_FILES) print-size ..module-check
else
link: ..compiler-check ..build-message $(BASELIBS) $(ARCHIVES) ..module-check
endif # RIOTNOLINK
$(ELFFILE): $(BASELIBS) $(ARCHIVES)
$(Q)$(_LINK) -o $@
.PHONY: $(APPLICATION_MODULE).module
..module-check: $(BASELIBS)
@[ -z "$(strip $(NON_GENERATED_MODULES))" ] || \
($(COLOR_ECHO) "$(COLOR_RED)Error - using unknown modules: $(COLOR_RESET)$(NON_GENERATED_MODULES)" && false)
$(APPLICATION_MODULE).module: pkg-build $(BUILDDEPS)
$(Q)DIRS="$(DIRS)" APPLICATION_BLOBS="$(BLOBS)" \
"$(MAKE)" -C $(APPDIR) -f $(RIOTMAKE)/application.inc.mk
$(APPLICATION_MODULE).module: FORCE
COMPILE_COMMANDS_PATH ?= $(RIOTBASE)/compile_commands.json
COMPILE_COMMANDS_FLAGS ?= --clangd
.PHONY: compile-commands
compile-commands: $(BUILDDEPS)
$(Q)DIRS="$(DIRS)" APPLICATION_BLOBS="$(BLOBS)" \
"$(MAKE)" -C $(APPDIR) -f $(RIOTMAKE)/application.inc.mk compile-commands
$(Q)$(RIOTTOOLS)/compile_commands/compile_commands.py $(COMPILE_COMMANDS_FLAGS) $(BINDIR) \
> $(COMPILE_COMMANDS_PATH)
# Other modules are built by application.inc.mk and packages building
_SUBMAKE_LIBS = $(filter-out $(APPLICATION_MODULE).module $(APPDEPS), $(BASELIBS) $(ARCHIVES))
$(_SUBMAKE_LIBS): $(APPLICATION_MODULE).module pkg-build
# 'print-size' triggers a rebuild. Use 'info-buildsize' if you do not need to rebuild.
print-size: $(ELFFILE)
$(Q)$(SIZE) $(SIZEFLAGS) $<
%.hex: %.elf
$(Q)$(OBJCOPY) $(OFLAGS) -Oihex $< $@
%.bin: %.elf
$(Q)$(OBJCOPY) $(OFLAGS) -Obinary $< $@
endif # BUILD_IN_DOCKER
# Check given command is available in the path
# check_cmd 'command' 'description'
define check_cmd
@command -v $1 >/dev/null 2>&1 || \
{ $(COLOR_ECHO) \
'$(COLOR_RED)$2 $1 is required but not found in PATH. Aborting.$(COLOR_RESET)'; \
exit 1;}
endef
# Check if setsid command is available on the system for debug target
# This is not the case on MacOSX, so it must be built on the fly
ifeq ($(OS),Darwin)
ifneq (,$(filter debug, $(MAKECMDGOALS)))
ifneq (0,$(shell command -v setsid > /dev/null 2>&1 ; echo $$?))
SETSID = $(RIOTTOOLS)/setsid/setsid
$(call target-export-variables,debug,$(SETSID))
DEBUGDEPS += $(SETSID)
endif
endif
endif
..compiler-check:
$(call check_cmd,$(CC),Compiler)
..build-message: $(if $(SHOULD_RUN_KCONFIG), check-kconfig-errors)
@$(COLOR_ECHO) '$(COLOR_GREEN)Building application "$(APPLICATION)" for "$(BOARD)" with MCU "$(MCU)".$(COLOR_RESET)'
@$(COLOR_ECHO)
# The `clean` needs to be serialized before everything else.
all $(BASELIBS) $(ARCHIVES) $(BUILDDEPS) ..in-docker-container: | $(CLEAN)
.PHONY: pkg-prepare pkg-build pkg-build-%
pkg-prepare:
-@for i in $(USEPKG) ; do "$(MAKE)" -C $(RIOTPKG)/$$i prepare ; done
pkg-build: $(USEPKG:%=pkg-build-%)
pkg-build-%: $(BUILDDEPS)
$(QQ)"$(MAKE)" -C $(RIOTPKG)/$*
clean:
ifndef MAKE_RESTARTS
-@for i in $(USEPKG) ; do "$(MAKE)" -C $(RIOTPKG)/$$i clean ; done
-@rm -rf $(BINDIR)
-@rm -rf $(SCANBUILD_OUTPUTDIR)
endif
# Remove intermediates, but keep the .elf, .hex and .map etc.
clean-intermediates:
-@for i in $(USEPKG) ; do "$(MAKE)" -C $(RIOTPKG)/$$i distclean ; done
-@rm -rf $(BINDIR)/*.a $(BINDIR)/*/
clean-pkg:
-@for i in $(USEPKG) ; do "$(MAKE)" -C $(RIOTPKG)/$$i distclean ; done
distclean:
-@for i in $(USEPKG) ; do "$(MAKE)" -C $(RIOTPKG)/$$i distclean ; done
-@rm -rf $(BINDIRBASE)
# Include PROGRAMMER_FLASH/PROGRAMMER_RESET variables
include $(RIOTMAKE)/tools/programmer.inc.mk
# Define flash-recipe with a default value
define default-flash-recipe
$(call check_cmd,$(FLASHER),Flash program)
$(PROGRAMMER_FLASH)
endef
flash-recipe ?= $(default-flash-recipe)
# Do not add dependencies to "flash" directly, use FLASHDEPS, as this is shared
# with flash-only too
flash: all $(FLASHDEPS)
$(flash-recipe)
flash-only: $(FLASHDEPS)
$(flash-recipe)
preflash: $(BUILD_BEFORE_FLASH)
$(PREFLASHER_PREFIX)$(PREFLASHER) $(PREFFLAGS)
# graphical memory usage analyzer
COSY_TOOL ?= $(PKGDIRBASE)/cosy/cosy.py
cosy: $(ELFFILE) $(COSY_TOOL)
$(COSY_TOOL) --riot-base $(RIOTBASE) $(APPDIR) $(BOARD) $(ELFFILE) $(MAPFILE)
ifneq (,$(TERMLOG)$(TERMTEE))
TERMTEE ?= | tee -a $(TERMLOG)
endif
TERMFLASHDEPS ?= $(filter flash flash-only,$(MAKECMDGOALS))
# Add TERMFLASHDEPS to TERMDEPS so it also applies to `test`
TERMDEPS += $(TERMFLASHDEPS)
termdeps: $(TERMDEPS)
term: $(TERMDEPS)
$(call check_cmd,$(TERMPROG),Terminal program)
$(TERMPROG) $(TERMFLAGS) $(TERMTEE)
# Term without the pyterm added logging
# PYTERMFLAGS must be exported for `jlink.sh term-rtt`.
cleanterm: export PYTERMFLAGS += --no-reconnect --noprefix --no-repeat-command-on-empty-line
cleanterm: $(TERMDEPS)
$(call check_cmd,$(TERMPROG),Terminal program)
$(TERMPROG) $(TERMFLAGS) $(TERMTEE)
list-ttys:
$(Q)$(RIOTTOOLS)/usb-serial/list-ttys.sh
doc:
$(MAKE) -BC $(RIOTBASE) doc
debug: $(DEBUGDEPS)
$(call check_cmd,$(DEBUGGER),Debug program)
$(DEBUGGER) $(DEBUGGER_FLAGS)
debug-server:
$(call check_cmd,$(DEBUGSERVER),Debug server program)
$(DEBUGSERVER) $(DEBUGSERVER_FLAGS)
ifeq (1,$(EMULATE))
emulate:
$(call check_cmd,$(EMULATOR),Emulation program)
$(EMULATOR) $(EMULATOR_FLAGS)
endif
reset:
$(call check_cmd,$(RESET),Reset program)
$(PROGRAMMER_RESET)
# tests related targets and variables
include $(RIOTMAKE)/tests/tests.inc.mk
.PHONY: fuzz
fuzz:
env FLASHFILE="$(FLASHFILE)" PORT="$(PORT)" TERMFLAGS="$(TERMFLAGS)" \
"$(RIOTBASE)"/dist/tools/fuzzing/afl.sh $(AFL_FLAGS)
# Default OBJDUMPFLAGS for platforms which do not specify it:
OBJDUMPFLAGS ?= -S -D -h
objdump:
$(call check_cmd,$(OBJDUMP),Objdump program)
$(OBJDUMP) $(OBJDUMPFLAGS) $(ELFFILE) | less
# inlcude clang-tidy
include $(RIOTMAKE)/clang_tidy.inc.mk
# Support Eclipse IDE.
include $(RIOTMAKE)/eclipse.inc.mk
# Export variables used throughout the whole make system:
include $(RIOTMAKE)/vars.inc.mk
# Include build targets for selected tools
include $(RIOTMAKE)/tools/targets.inc.mk
# Checks and defaults for USB Vendor and Product ID
include $(RIOTMAKE)/usb-codes.inc.mk
# Warn if the selected board and drivers don't provide all needed features:
ifneq (, $(filter all flash, $(if $(MAKECMDGOALS), $(MAKECMDGOALS), all)))
EXPECT_ERRORS :=
EXPECT_CONFLICT :=
# Test if there where dependencies against a module in DISABLE_MODULE.
ifneq (, $(filter $(DISABLE_MODULE), $(USEMODULE)))
$(shell $(COLOR_ECHO) "$(COLOR_RED)Required modules were disabled using DISABLE_MODULE:$(COLOR_RESET)"\
"$(sort $(filter $(DISABLE_MODULE), $(USEMODULE)))" 1>&2)
USEMODULE := $(filter-out $(DISABLE_MODULE), $(USEMODULE))
EXPECT_ERRORS := 1
endif
# Test if all feature requirements were met by the selected board.
ifneq (,$(FEATURES_MISSING))
$(shell $(COLOR_ECHO) "$(COLOR_RED)There are unsatisfied feature requirements:$(COLOR_RESET)"\
"$(FEATURES_MISSING)" 1>&2)
EXPECT_ERRORS := 1
endif
# Test if no feature in the requirements used is blacklisted for the selected board.
ifneq (,$(FEATURES_USED_BLACKLISTED))
$(shell $(COLOR_ECHO) "$(COLOR_RED)Some feature requirements are blacklisted:$(COLOR_RESET)"\
"$(FEATURES_USED_BLACKLISTED)" 1>&2)
EXPECT_ERRORS := 1
endif
# Test if any used feature conflict with another one.
ifneq (,$(FEATURES_CONFLICTING))
$(shell $(COLOR_ECHO) "$(COLOR_YELLOW)The following features may conflict:$(COLOR_RESET)"\
"$(FEATURES_CONFLICTING)" 1>&2)
ifneq (, $(FEATURES_CONFLICT_MSG))
$(shell $(COLOR_ECHO) "$(COLOR_YELLOW)Rationale: $(COLOR_RESET)$(FEATURES_CONFLICT_MSG)" 1>&2)
endif
EXPECT_CONFLICT := 1
endif
# If there is a whitelist, then test if the board is whitelisted.
ifneq (, $(BOARD_WHITELIST))
ifeq (, $(filter $(BOARD_WHITELIST), $(BOARD)))
$(shell $(COLOR_ECHO) "$(COLOR_RED)The selected BOARD=$(BOARD) is not whitelisted:$(COLOR_RESET) $(BOARD_WHITELIST)" 1>&2)
EXPECT_ERRORS := 1
endif
endif
# If there is a blacklist, then test if the board is blacklisted.
ifneq (, $(BOARD_BLACKLIST))
ifneq (, $(filter $(BOARD_BLACKLIST), $(BOARD)))
$(shell $(COLOR_ECHO) "$(COLOR_RED)The selected BOARD=$(BOARD) is blacklisted:$(COLOR_RESET) $(BOARD_BLACKLIST)" 1>&2)
EXPECT_ERRORS := 1
endif
endif
# test if toolchain is supported.
ifeq (,$(filter $(TOOLCHAIN),$(TOOLCHAINS_SUPPORTED)))
$(shell $(COLOR_ECHO) "$(COLOR_RED)The selected TOOLCHAIN=$(TOOLCHAIN) is not supported.$(COLOR_RESET)\nSupported toolchains: $(TOOLCHAINS_SUPPORTED)" 1>&2)
EXPECT_ERRORS := 1
endif
# If there is a blacklist, then test if the board is blacklisted.
ifneq (,$(TOOLCHAINS_BLACKLIST))
ifneq (,$(filter $(TOOLCHAIN),$(TOOLCHAINS_BLACKLIST)))
$(shell $(COLOR_ECHO) "$(COLOR_RED)The selected TOOLCHAIN=$(TOOLCHAIN) is blacklisted:$(COLOR_RESET) $(TOOLCHAINS_BLACKLIST)" 1>&2)
EXPECT_ERRORS := 1
endif
endif
ifneq (, $(EXPECT_CONFLICT))
$(shell $(COLOR_ECHO) "\n$(COLOR_YELLOW)EXPECT undesired behaviour!$(COLOR_RESET)" 1>&2)
endif
# Fail by default when errors are expected
CONTINUE_ON_EXPECTED_ERRORS ?= 0
ifneq (, $(EXPECT_ERRORS))
ifneq (1,$(CONTINUE_ON_EXPECTED_ERRORS))
$(error You can let the build continue on expected errors by setting CONTINUE_ON_EXPECTED_ERRORS=1 to the command line)
endif
$(shell $(COLOR_ECHO) "\n\n$(COLOR_RED)EXPECT ERRORS!$(COLOR_RESET)\n\n" 1>&2)
endif
endif
help:
@$(MAKE) -qp | sed -ne 's/\(^[a-z][a-z_-]*\):.*/\1/p' | sort | uniq
ifeq (iotlab-m3,$(BOARD))
ifneq (,$(filter iotlab-%,$(MAKECMDGOALS)))
include $(RIOTBASE)/dist/testbed-support/Makefile.iotlab
endif
endif
ifneq (,$(filter openv-%,$(MAKECMDGOALS)))
include $(RIOTBASE)/dist/tools/openvisualizer/makefile.openvisualizer.inc.mk
endif
# Include desvirt Makefile
include $(RIOTTOOLS)/desvirt/Makefile.desvirt
# Build a header file with all common macro definitions and undefinitions
# Everytime the header is updated, it will trigger a new compilation.
#
# The file is created first through a `.in` file that will be modified if
# any CFLAGS changed. It depends on FORCE to re-run of the script every time
# even if the file exists but the file will only be updated on modifications.
#
# The header is then created by keeping only the macros. Keeping the
# comments added absolute path in the file that screwed caching.
#
# The rebuild behavior could even only be done with an empty file, but currently
# some macros definitions are passed through this file.
$(RIOTBUILD_CONFIG_HEADER_C): $(RIOTBUILD_CONFIG_HEADER_C).in
$(Q)sed -n -e '1i\
/* Generated file do not edit */' -e '/^#.*/ p' $< > $@
.SECONDARY: $(RIOTBUILD_CONFIG_HEADER_C).in
$(RIOTBUILD_CONFIG_HEADER_C).in: FORCE | $(CLEAN)
@mkdir -p '$(dir $@)'
$(Q)'$(RIOTTOOLS)/genconfigheader/genconfigheader.sh' $(CFLAGS_WITH_MACROS) \
| '$(LAZYSPONGE)' $(LAZYSPONGE_FLAGS) '$@'
CFLAGS_WITH_MACROS += $(CFLAGS)
CFLAGS_WITH_MACROS += -DRIOT_VERSION=\"$(RIOT_VERSION)\"
CFLAGS_WITH_MACROS += -DRIOT_VERSION_CODE=$(RIOT_VERSION_CODE)
# MODULE_NAME defines. Declared in 'makefiles/modules.inc.mk'
CFLAGS_WITH_MACROS += $(EXTDEFINES)
CFLAGS += -include '$(RIOTBUILD_CONFIG_HEADER_C)'
# include mcuboot support
include $(RIOTMAKE)/mcuboot.mk
# include Murdock helpers
include $(RIOTMAKE)/murdock.inc.mk
# Sanity check, 'all' should be the default goal
ifneq (all, $(.DEFAULT_GOAL))
$(error .DEFAULT_GOAL := $(.DEFAULT_GOAL))
endif
# Detect if BASELIBS changed since its first use
ifneq ($(_BASELIBS_VALUE_BEFORE_USAGE),$(BASELIBS))
$(warning $(sort $(filter-out $(_BASELIBS_VALUE_BEFORE_USAGE), $(BASELIBS)) \
$(filter-out $(BASELIBS), $(_BASELIBS_VALUE_BEFORE_USAGE))))
$(error BASELIBS value changed)
endif
endif
# include RIOT_MAKEFILES_GLOBAL_POST configuration files
# allows setting user specific system wide configuration parsed after the body
# of $(RIOTBASE)/Makefile.include
include $(RIOT_MAKEFILES_GLOBAL_POST)