def __init__(self):
#Set up second I2C bus
i2cConfig()
self.lcd = SH1106LCD()
#Import startup image from disk.
self.image_path = os.chdir("Hardware")
self.lcd.addImage("FirstGear", "shift_1_sized.bmp")
self.lcd.addImage("SecondGear", "shift_2_sized.bmp")
self.lcd.addImage("ThirdGear", "shift_3_sized.bmp")
self.lcd.addImage("FourthGear", "shift_4_sized.bmp")
self.lcd.addImage("FifthGear", "shift_5_sized.bmp")
self.lcd.addImage("Reverse", "shift_R_sized.bmp")
self.lcd.addImage("Neutral", "shift_N_sized.bmp")
self.lcd.addImage("SubaruLogo", "subie_logo.bmp")
self.lcd.addImage("WrxLogo", "wrx_logo.bmp")
self.lcd.displayBufferedImage("SubaruLogo", 0, 0)
time.sleep(2)
self.lcd.displayBufferedImage("WrxLogo", 0, 0)
time.sleep(2)
self.lcd.clearScreen()
def main():
global m_indx
global h_ip
global w_ip
global h_name
global scr_num
global alsa_vol
global alsa_hvol
global alsa_cvol
global f_indx
global fil_sp
global hp_fil
global de_emp
global ph_comp
global non_os
global hv_en
global ok_flag
global card_num
global de_ctrl
global hp_ctrl
global hv_ctrl
global non_ctrl
global ma_ctrl
global dig_ctrl
global ph_ctrl
global mixerCtrl
global status_M
global update_M
global filter_cur
global filter_mod
global mute
global sec_flag
global bs1
global bs2
global bs3
global bs4
global bs5
global irm
global irok
global ir1
global ir3
global ir4
global ir5
global led_off_counter
LED_FLAG = 0
led_off_counter = 1
i2cConfig()
lcd = SH1106LCD()
h_ip = network1('eth0')
w_ip = network1('wlan0')
lcd.displayStringNumber(h_ip, 0, 0)
lcd.displayStringNumber(w_ip, 6, 0)
h_name = "HOST:%s" % socket.gethostname()
lcd.displayString(h_name, 2, 0)
lcd.displayString(a_card1, 4, 0)
time.sleep(5)
lcd.clearScreen()
card_num1 = getCardNumber()
if card_num1 == None:
print("no card detected")
lcd.displayString("NO BOSS2", 4, 5)
lcd.displayStringNumber(h_ip, 0, 0)
lcd.displayStringNumber(w_ip, 6, 0)
exit(0)
time.sleep(0.04)
init_gpio()
scr0_ref_count = 0
card_num = getCardNumber()
ir = IRModule.IRRemote(callback='DECODE')
GPIO.add_event_detect(irPin, GPIO.BOTH, callback=ir.pWidth)
ir.set_callback(remote_callback)
timer1 = time.time()
timerButton1 = time.time()
# try :
screenVol()
getMuteStatus(ma_ctrl)
mute = status_M
getMuteStatus(hp_ctrl)
hp_fil = status_M
getMuteStatus(hv_ctrl)
hv_en = status_M
getMuteStatus(non_ctrl)
non_os = status_M
getMuteStatus(ph_ctrl)
ph_comp = status_M
getMuteStatus(de_ctrl)
de_emp = status_M
getFilterStatus()
fil_sp = filter_cur
while 1:
if led_off_counter == 950:
LED_FLAG = 1
elif led_off_counter == 1:
LED_FLAG = 0
if led_off_counter > 950:
led_off_counter = 951
if LED_FLAG == 1:
lcd.powerDown()
LED_FLAG = 2
elif LED_FLAG == 0:
lcd.powerUp()
LED_FLAG = 2
if scr0_ref_count < 10:
scr0_ref_count += 1
time.sleep(0.02)
else:
sec_flag = 1
scr0_ref_count = 0
if (GPIO.input(sw1) == GPIO.HIGH):
time.sleep(0.04)
else:
time.sleep(0.04)
bs1 = 1
led_off_counter = 0
if (GPIO.input(sw2) == GPIO.HIGH):
time.sleep(0.04)
else:
time.sleep(0.04)
bs2 = 1
led_off_counter = 0
if (GPIO.input(sw3) == GPIO.HIGH):
time.sleep(0.04)
else:
time.sleep(0.04)
bs3 = 1
led_off_counter = 0
if (GPIO.input(sw4) == GPIO.HIGH):
time.sleep(0.04)
else:
time.sleep(0.04)
bs4 = 1
led_off_counter = 0
if (GPIO.input(sw5) == GPIO.HIGH):
time.sleep(0.04)
else:
time.sleep(0.04)
bs5 = 1
led_off_counter = 0
if bs1 == 1 or ir1 == 1:
time.sleep(0.1)
bs1 = 0
ir1 = 0
if scr_num == 0:
lcd.clearScreen()
menuScr()
elif scr_num == 1:
screenVol()
elif scr_num == 2:
menuScr()
elif scr_num == 3:
menuScr()
elif scr_num == 4:
if hv_en == 0:
hv_en = 1
hvScr4()
elif scr_num == 5:
if fil_sp == 0:
fil_sp = 1
spScr5()
elif scr_num == 6:
if hp_fil == 0:
hp_fil = 1
hpScr6()
elif scr_num == 7:
if de_emp == 0:
de_emp = 1
deScr7()
elif scr_num == 8:
if non_os == 0:
non_os = 1
nonScr8()
elif scr_num == 9:
if ph_comp == 0:
ph_comp = 1
phScr9()
else:
print(scr_num)
if irm == 1:
time.sleep(0.1)
sec_flag = 1
irm = 0
getMuteStatus(ma_ctrl)
mute = status_M
if mute == 0:
update_M = 1
setMuteStatus(ma_ctrl)
setMuteStatus(dig_ctrl)
else:
update_M = 0
setMuteStatus(ma_ctrl)
setMuteStatus(dig_ctrl)
if bs2 == 1 or irok == 1:
time.sleep(0.1)
bs2 = 0
irm_nflag = 0
if irok == 1:
irm_nflag = 1
irok = 0
if scr_num == 0 and irm_nflag == 0:
sec_flag = 1
getMuteStatus(ma_ctrl)
mute = status_M
if mute == 0:
update_M = 1
setMuteStatus(ma_ctrl)
setMuteStatus(dig_ctrl)
else:
update_M = 0
setMuteStatus(ma_ctrl)
setMuteStatus(dig_ctrl)
elif scr_num == 1:
if m_indx == 1:
bootScr()
elif m_indx == 2:
hvScr4()
elif m_indx == 3:
filtScr()
elif m_indx == 4:
spScr5()
elif scr_num == 2:
menuScr()
elif scr_num == 3:
if f_indx == 1:
phScr9()
elif f_indx == 2:
hpScr6()
elif f_indx == 3:
deScr7()
elif f_indx == 4:
nonScr8()
elif scr_num == 4:
ok_flag = 0
getMuteStatus(hv_ctrl)
if status_M != hv_en:
update_M = hv_en
setMuteStatus(hv_ctrl)
menuScr()
elif scr_num == 5:
ok_flag = 0
getFilterStatus()
if filter_cur != fil_sp:
filter_mod = fil_sp
setFilterStatus()
menuScr()
elif scr_num == 6:
ok_flag = 0
getMuteStatus(hp_ctrl)
if status_M != hp_fil:
update_M = hp_fil
setMuteStatus(hp_ctrl)
filtScr()
elif scr_num == 7:
ok_flag = 0
getMuteStatus(de_ctrl)
if status_M != de_emp:
update_M = de_emp
setMuteStatus(de_ctrl)
filtScr()
elif scr_num == 8:
ok_flag = 0
getMuteStatus(non_ctrl)
if status_M != non_os:
update_M = non_os
setMuteStatus(non_ctrl)
filtScr()
elif scr_num == 9:
ok_flag = 0
getMuteStatus(ph_ctrl)
if status_M != ph_comp:
update_M = ph_comp
setMuteStatus(ph_ctrl)
filtScr()
if bs3 == 1 or ir3 == 1:
time.sleep(0.1)
bs3 = 0
ir3 = 0
if scr_num == 0:
getVol()
alsa_hvol = alsa_cvol
if alsa_hvol < 255 and alsa_hvol >= 240:
alsa_hvol += 1
if alsa_hvol < 240 and alsa_hvol >= 210:
alsa_hvol += 3
if alsa_hvol < 210 and alsa_hvol >= 120:
alsa_hvol += 10
if alsa_hvol < 120 and alsa_hvol >= 0:
alsa_hvol += 30
setVol()
screenVol()
elif scr_num == 1:
if m_indx > 1:
m_indx -= 1
menuScr()
elif scr_num == 3:
if f_indx > 1:
f_indx -= 1
filtScr()
if bs4 == 1 or ir4 == 1:
time.sleep(0.1)
bs4 = 0
ir4 = 0
if scr_num == 0:
getVol()
alsa_hvol = alsa_cvol
if alsa_hvol <= 255 and alsa_hvol > 240:
alsa_hvol -= 1
if alsa_hvol <= 240 and alsa_hvol > 210:
alsa_hvol -= 3
if alsa_hvol <= 210 and alsa_hvol > 120:
alsa_hvol -= 10
if alsa_hvol <= 120 and alsa_hvol > 0:
alsa_hvol -= 30
setVol()
screenVol()
elif scr_num == 1:
m_indx += 1
if m_indx > 4:
m_indx = 1
menuScr()
elif scr_num == 3:
f_indx += 1
if f_indx > 4:
f_indx = 1
filtScr()
elif scr_num == 4:
if ok_flag == 0:
ok_flag = 1
hvScr4()
elif scr_num == 5:
if ok_flag == 0:
ok_flag = 1
spScr5()
elif scr_num == 6:
if ok_flag == 0:
ok_flag = 1
hpScr6()
elif scr_num == 7:
if ok_flag == 0:
ok_flag = 1
deScr7()
elif scr_num == 8:
if ok_flag == 0:
ok_flag = 1
nonScr8()
elif scr_num == 9:
if ok_flag == 0:
ok_flag = 1
phScr9()
if bs5 == 1 or ir5 == 1:
time.sleep(0.1)
bs5 = 0
ir5 = 0
if scr_num == 0:
lcd.clearScreen()
menuScr()
elif scr_num == 1:
screenVol()
elif scr_num == 2:
menuScr()
elif scr_num == 3:
menuScr()
elif scr_num == 4:
if hv_en == 1:
hv_en = 0
hvScr4()
elif scr_num == 5:
if fil_sp == 1:
fil_sp = 0
spScr5()
elif scr_num == 6:
if hp_fil == 1:
hp_fil = 0
hpScr6()
elif scr_num == 7:
if de_emp == 1:
de_emp = 0
deScr7()
elif scr_num == 8:
if non_os == 1:
non_os = 0
nonScr8()
elif scr_num == 9:
if ph_comp == 1:
ph_comp = 0
phScr9()
if sec_flag == 1:
if scr_num == 0:
screenVol()
sec_flag = 0
led_off_counter += 1
# except:
ir.remove_callback()
print("exit")
GPIO.cleanup(irPin)
GPIO.cleanup(sw1)
GPIO.cleanup(sw2)
GPIO.cleanup(sw3)
GPIO.cleanup(sw3)
GPIO.cleanup(sw4)
GPIO.cleanup(sw5)
filter_mod = 0
bs1 = 0
bs2 = 0
bs3 = 0
bs4 = 0
bs5 = 0
irp = 0
irm = 0
ir1 = 0
irok = 0
ir3 = 0
ir4 = 0
ir5 = 0
led_off_counter = 0
lcd = SH1106LCD()
def remote_callback(code):
global irp
global irm
global ir1
global irok
global ir3
global ir4
global ir5
global led_off_counter
if code == 0xC77807F:
irp = 1
led_off_counter = 0