# Helper macros to convert spaces into question marks and back again
e := 
sp := $(e) $(e)
qs = $(subst ?,$(sp),$1)
sq = $(subst $(sp),?,$1)

# Get name of this Makefile (avoid getting word 0 and a starting space)
makefile_name := $(wordlist 1,1000,$(MAKEFILE_LIST))

# Get path of this Makefile
makefile_path := $(call qs,$(dir $(call sq,$(abspath $(call sq,$(makefile_name))))))

# Get path where the Application is
application_path := $(call qs,$(abspath $(call sq,$(makefile_path)../..)))
# Under Windows (MINGW32), the path is returned as e.g. z:/path/to/application
# Since the path may show up as a target in the Makefile, we can't have a colon
# in it. So we replace z:/ with /z/ to avoid this.
subst_drivename = $(shell echo $(1) | sed -e 's!^\([a-zA-Z]\):/!/\1/!')
application_path := $(call subst_drivename,$(application_path))

.PHONY: clean assets all

ifneq ($(words $(makefile_path))$(words $(MAKEFILE_LIST)),11)
all clean assets:
$(error Spaces not allowed in path)
else

ADDITIONAL_SOURCES := vehicle_state.c
ADDITIONAL_INCLUDE_PATHS := $(application_path)/../Core/Inc
ADDITIONAL_LIBRARY_PATHS := 
ADDITIONAL_LIBRARIES :=
export ADDITIONAL_SOURCES ADDITIONAL_INCLUDE_PATHS ADDITIONAL_LIBRARY_PATHS ADDITIONAL_LIBRARIES

all: $(filter assets,$(MAKECMDGOALS))
all assets: $(filter clean,$(MAKECMDGOALS))
all clean assets:
	@echo ADDITIONAL_SOURCES: $(ADDITIONAL_SOURCES)
	@$(MAKE) -r -f generated/simulator/gcc/Makefile -s $(MFLAGS) $@ -C "$(application_path)"
endif