makefile

osapi 2.0 操作系统抽象层 "系统抽象层"使得你可以实现一种对于RTOS、CPU和所运行产品物理特性完全透明的软件。使用这种公共通用接口

##
## Filename: makefile
##############################################################################
include ../../../../../prolog.mak
include $(MAKEINC)/config.mak

APP_OBJS= \
$(BUILDBASE)/common/$(APPLICATION)/$(APPLICATION)all.o

OSAL_OBJS = \
$(BUILDBASE)/os/$(OS)/osal.o
 
BSP_OBJS = \
	../bsp/bsp.o \
	../../hal/oshal.o 

##############################################################################
## Links the final output binary.  Note we ignore object dependencies,
## linking regardless.  This saves fooling around identifying
## component object files- the link phase is fast anyway.  The object
## module dependencies work like they should.

OUTPUT = example-vxworks

makeexecimage:
	$(LINKER) -r -o $(OUTPUT).bin -Map $(OUTPUT).map  $(APP_OBJS) $(OSAL_OBJS) $(BSP_OBJS) $(LIBS) 
	$(OBJCOPY) -S -g -R .bss -R .sbss -R .stack_heap -O srec $(OUTPUT).bin $(OUTPUT).s3r
	$(NM) -g -n $(OUTPUT).bin > $(OUTPUT).num
	$(SIZE) $(OUTPUT).bin > $(OUTPUT).size
	$(OBJDUMP) --syms $(OUTPUT).bin | sort > $(OUTPUT).symbols

clean:
	rm -f $(OUTPUT).bin
	rm -f $(OUTPUT).s3r
	rm -f $(OUTPUT).size
	rm -f $(OUTPUT).map
	rm -f $(OUTPUT).symbols
	rm -f $(OUTPUT).num