78k0_lcd_demo.mak

NEC 78k0 LX3系列的LCD 电压电流的显示表

#
# Project manager generated MAKEFILE
#
TITLE = 78K0_LCD_DEMO
DEVFILE = C:\Program Files\NEC Electronics Tools\DEV\DF0495.78K
PROJDIR = D:\78lx3seeitV1_1
TOOLDIR = C:\Program Files\NEC Electronics Tools\PM+\V6.30\bin
WORKDIR = D:\78lx3seeitV1_1
DEBUG = 

CC = "C:\Program Files\NEC Electronics Tools\CC78K0\V4.00\bin\cc78k0.exe"
ST = "C:\Program Files\NEC Electronics Tools\RA78K0\V4.00\bin\st78k0.exe"
RA = "C:\Program Files\NEC Electronics Tools\RA78K0\V4.00\bin\ra78k0.exe"
LK = "C:\Program Files\NEC Electronics Tools\RA78K0\V4.00\bin\lk78k0.exe"
OC = "C:\Program Files\NEC Electronics Tools\RA78K0\V4.00\bin\oc78k0.exe"
LCNV = "C:\Program Files\NEC Electronics Tools\RA78K0\V4.00\bin\lcnv78k0.exe"

OBJS = buzzer.rel  \
	option_byte.rel  \
	Lcd_ram.rel  \
	temperature.rel  \
	remocon.rel  \
	rtc.rel  \
	lcd.rel  \
	main.rel  \
	kitchentimer.rel  \
	voltmeter.rel 

DEP_source_buzzer_c = D:\78lx3seeitV1_1\inc\lcd.h \
	D:\78lx3seeitV1_1\inc\sound.h \
	D:\78lx3seeitV1_1\inc\defines.h

DEP_source_option_byte_asm = 

DEP_source_Lcd_ram_asm = 

DEP_source_temperature_c = D:\78lx3seeitV1_1\inc\defines.h \
	D:\78lx3seeitV1_1\inc\lcd.h

DEP_source_remocon_c = D:\78lx3seeitV1_1\inc\lcd.h \
	D:\78lx3seeitV1_1\inc\defines.h \
	"C:\Program Files\NEC Electronics Tools\CC78K0\V4.00\inc78k0\string.h" \
	"C:\Program Files\NEC Electronics Tools\CC78K0\V4.00\inc78k0\stddef.h"

DEP_source_rtc_c = D:\78lx3seeitV1_1\inc\lcd.h \
	D:\78lx3seeitV1_1\inc\defines.h

DEP_source_lcd_c = D:\78lx3seeitV1_1\inc\defines.h \
	D:\78lx3seeitV1_1\inc\lcd.h

DEP_source_main_c = D:\78lx3seeitV1_1\inc\lcd.h \
	D:\78lx3seeitV1_1\inc\defines.h

DEP_source_kitchentimer_c = D:\78lx3seeitV1_1\inc\defines.h \
	D:\78lx3seeitV1_1\inc\lcd.h

DEP_source_voltmeter_c = D:\78lx3seeitV1_1\inc\defines.h \
	D:\78lx3seeitV1_1\inc\lcd.h

GOAL : D:\78lx3seeitV1_1\a.hex

buzzer.asm : source\buzzer.c $(DEP_source_buzzer_c)
	$(CC) -fbuzzer.pcc

buzzer.rel : buzzer.asm $(DEP_source_buzzer_c)
	$(RA) -fbuzzer.pra

option_byte.rel : source\option_byte.asm $(DEP_source_option_byte_asm)
	$(RA) -foption_byte.pra

Lcd_ram.rel : source\Lcd_ram.asm $(DEP_source_Lcd_ram_asm)
	$(RA) -fLcd_ram.pra

temperature.asm : source\temperature.c $(DEP_source_temperature_c)
	$(CC) -ftemperature.pcc

temperature.rel : temperature.asm $(DEP_source_temperature_c)
	$(RA) -ftemperature.pra

remocon.asm : source\remocon.c $(DEP_source_remocon_c)
	$(CC) -fremocon.pcc

remocon.rel : remocon.asm $(DEP_source_remocon_c)
	$(RA) -fremocon.pra

rtc.asm : source\rtc.c $(DEP_source_rtc_c)
	$(CC) -frtc.pcc

rtc.rel : rtc.asm $(DEP_source_rtc_c)
	$(RA) -frtc.pra

lcd.asm : source\lcd.c $(DEP_source_lcd_c)
	$(CC) -flcd.pcc

lcd.rel : lcd.asm $(DEP_source_lcd_c)
	$(RA) -flcd.pra

main.asm : source\main.c $(DEP_source_main_c)
	$(CC) -fmain.pcc

main.rel : main.asm $(DEP_source_main_c)
	$(RA) -fmain.pra

kitchentimer.asm : source\kitchentimer.c $(DEP_source_kitchentimer_c)
	$(CC) -fkitchentimer.pcc

kitchentimer.rel : kitchentimer.asm $(DEP_source_kitchentimer_c)
	$(RA) -fkitchentimer.pra

voltmeter.asm : source\voltmeter.c $(DEP_source_voltmeter_c)
	$(CC) -fvoltmeter.pcc

voltmeter.rel : voltmeter.asm $(DEP_source_voltmeter_c)
	$(RA) -fvoltmeter.pra

a.lmf : $(OBJS)
	$(LK) -fbuzzer.plk

a.hex : a.lmf
	$(OC) -fa.poc