def opt12(self, p_iJoy = None, p_iLine = None):
try: self.m_oOCClass
except: self.m_oOCClass = OCMNGR()
p_lLines = {}
if p_iJoy == None:
return self.opt12_datas()
if p_iJoy & CRT_LEFT or p_iJoy & CRT_RIGHT:
list = self.m_lLines[p_iLine]['options']
value = self.m_lLines[p_iLine]['value']
if not self.m_oOCClass.status(): return
p_sINI = 'dtparam=sd_overclock' # overclock value to get
new = explore_list(p_iJoy, value, list)
if new != None:
self.info("Please Wait", "icon_clock")
self.m_oOCClass.set_oc_value(p_sINI, new)
value2 = self.m_oOCClass.get_ini(p_sINI)
if self.m_oOCClass.is_base_value(p_sINI, value2):
p_lLines.update({'icon': None})
self.m_lLines[p_iLine]['color_val'] = "type_color_1"
else:
p_lLines.update({'icon': "icon_warn2"})
self.m_lLines[p_iLine]['color_val'] = "type_color_6"
if self.m_oOCClass.is_base_value(p_sINI, value):
self.info(["SD Card Overclocking",
" Only for UHD SDCARDs.",
" Don't try with",
" non-UHD SDCH Cards!"],
'icon_warn')
time.sleep(6)
self.m_lLines[p_iLine]['value'] = value2
self.info()
def opt1(self, p_iJoy = None, p_iLine = None):
try: self.m_oOCClass
except: self.m_oOCClass = OCMNGR()
p_lLines = {}
if p_iJoy == None:
return self.opt1_datas()
if p_iJoy & CRT_OK:
list = self.m_lLines[p_iLine]['options']
value = self.m_lLines[p_iLine]['value']
if not self.m_oOCClass.compatible(): return
new = explore_list(p_iJoy, value, list)
if new == False:
self.info("Please Wait", "icon_clock")
self.m_oOCClass.disable()
self._auto_load_datas(True)
elif new == True:
self.info(["Only advanced users!",
" Overclock can damage",
" your Raspberry Pi.",
" You may experience",
" instability, hungs or",
" system overheating."], 'icon_warn')
time.sleep(7)
self.info("Please Wait", "icon_clock")
self.m_oOCClass.enable()
value = self.m_oOCClass.status()
self.info()
self.m_lLines[p_iLine]['value'] = value
def opt1(self, p_iJoy=None, p_iLine=None):
p_lLines = {}
try:
self.m_oKeybCTRLClass
except:
self.m_oKeybCTRLClass = CTRLSMgmt()
if p_iJoy == None:
return self.opt1_datas()
if p_iJoy & CRT_OK:
if self.m_lLines[p_iLine]['value'] == "[FORCED]":
self.info("PI2JAMMA is enabled", "icon_info")
time.sleep(2)
self.info()
return
list = self.m_lLines[p_iLine]['options']
value = self.m_lLines[p_iLine]['value']
new = explore_list(p_iJoy, value, list)
self.info("Please wait", "icon_clock")
if new:
self.m_oKeybCTRLClass.pi2jamma_enable_controls()
ini_set(CRT_UTILITY_FILE, 'keyb_ipac', 'true')
else:
self.m_oKeybCTRLClass.pi2jamma_disable_controls()
ini_set(CRT_UTILITY_FILE, 'keyb_ipac', 'false')
value = self.m_oKeybCTRLClass.check_keyboard_enabled()
self.m_lLines[p_iLine]['value'] = value
if value:
self.info([
"Enabled IPAC/Keyboard", "MAME Layout for 2 Players",
"in Retroarch and ES.", " ", "Enable only if you are not",
"going to use a joystick!"
], "icon_info")
time.sleep(6)
self.info()
def opt1(self, p_iJoy = None, p_iLine = None):
try: self.m_oOLEDClass
except: self.m_oOLEDClass = oled()
p_lLines = {}
if p_iJoy == None:
return self.opt1_datas()
if p_iJoy & CRT_OK:
list = self.m_lLines[p_iLine]['options']
value = self.m_lLines[p_iLine]['value']
if value == "N/A":
self.info(["I2C JAMMA controls",
"found, can't enable",
"\u220fCRT Display."], "icon_info")
time.sleep(4)
self.info()
return
new = explore_list(p_iJoy, value, list)
self.info("Please Wait", "icon_clock")
if new == False: self.m_oOLEDClass.stop()
elif new == True: self.m_oOLEDClass.init()
self.info("Cheking Service", "icon_clock")
time.sleep(1)
value = self.m_oOLEDClass.check()
if not value and new == True:
self.m_oOLEDClass.stop()
self.info(["Can't load \u220fCRT",
" OLED Display"],
"icon_warn")
time.sleep(2)
self.info()
self.m_lLines[p_iLine]['value'] = value
def opt10(self, p_iJoy=None, p_iLine=None):
p_lLines = {}
if p_iJoy == None:
return self.opt10_datas()
if p_iJoy & CRT_OK:
if self.m_lLines[p_iLine]['value'] == "N/A":
self.info("FastBoot is enabled", "icon_info")
time.sleep(2)
self.info()
return
elif p_iJoy & CRT_LEFT or p_iJoy & CRT_RIGHT:
list = self.m_lLines[p_iLine]['options']
value = self.m_lLines[p_iLine]['value']
if value == "N/A": return
new = explore_list(p_iJoy, value, list)
if new:
if new == "Disabled":
ini_set(RETROPIE_RUNCOMMAND_CFG_FILE, "image_delay", "0")
self.info("Please Wait", "icon_clock")
launching_images(False)
self.info()
else:
ini_set(RETROPIE_RUNCOMMAND_CFG_FILE, "image_delay",
new.replace('s', ''))
if new == "1s" and value == "Disabled":
self.info("Please Wait", "icon_clock")
launching_images(True)
self.info()
self.m_lLines[p_iLine].update({'value': new})
def opt3(self, p_iJoy=None, p_iLine=None):
try:
self.m_oNETClass
except:
self.m_oNETClass = netplay()
p_lLines = {}
if p_iJoy == None:
return self.opt3_datas()
if p_iJoy & CRT_OK:
if not self.m_oNETClass.status():
self.info("Enable Netplay", "icon_info")
time.sleep(2)
self.info()
return
if p_iJoy & CRT_LEFT or p_iJoy & CRT_RIGHT:
if not self.m_oNETClass.status(): return
list = self.m_lLines[p_iLine]['options']
value = self.m_lLines[p_iLine]['value']
new = explore_list(p_iJoy, value, list)
if new and new == self.m_oNETClass.mode(new).title():
self.m_lLines[p_iLine]['value'] = new
if new.lower() == "host":
self.info([
"Check your router", "has configured port",
"NAT to your raspberry"
], "icon_info")
time.sleep(2)
self.info()
def opt4(self, p_iJoy=None, p_iLine=None):
try:
self.m_oWIFIClass
except:
self.m_oWIFIClass = wifi()
if p_iJoy == None:
return self.opt4_datas()
if p_iJoy & CRT_LEFT or p_iJoy & CRT_RIGHT:
if self.m_oWIFIClass.get_mode().lower() == "manual":
return
list = self.m_lLines[p_iLine]['options']
value = self.m_lLines[p_iLine]['value']
new = explore_list(p_iJoy, value, list)
if new:
self.m_oWIFIClass.ssid(new)
self.m_lLines[p_iLine]['value'] = new
elif p_iJoy & CRT_OK:
if self.m_oWIFIClass.get_mode().lower() == "manual":
value = self.m_lLines[p_iLine]['value']
new = self._launch_kbd("", 30).strip()
if new:
self.m_oWIFIClass.ssid(new)
self.m_lLines[p_iLine]['value'] = new
elif self.m_oWIFIClass.get_mode().lower() == "detect":
value = self.m_lLines[p_iLine]['value']
self.info("Scanning SSIDs", "icon_clock")
list = self.m_oWIFIClass.detect(value)
if list:
self.m_lLines[p_iLine]['options'] = list
self.m_lLines[p_iLine][
'value'] = self.m_oWIFIClass.get_ssid()
self.info()
def opt11(self, p_iJoy=None, p_iLine=None):
p_lLines = {}
if p_iJoy == None:
return self.opt11_datas()
if p_iJoy & CRT_OK:
list = self.m_lLines[p_iLine]['options']
value = self.m_lLines[p_iLine]['value']
new = explore_list(p_iJoy, value, list)
if not new: ini_set(CRT_UTILITY_FILE, "scummvm_arc", "false")
elif new: ini_set(CRT_UTILITY_FILE, "scummvm_arc", "true")
self.m_lLines[p_iLine].update({'value': new})
def opt6(self, p_iJoy=None, p_iLine=None):
p_lLines = {}
if p_iJoy == None:
return self.opt6_datas()
if p_iJoy & CRT_OK:
list = self.m_lLines[p_iLine]['options']
value = self.m_lLines[p_iLine]['value']
new = explore_list(p_iJoy, value, list)
if new == False: set_xml_value_esconfig("VideoOmxPlayer", "false")
elif new == True: set_xml_value_esconfig("VideoOmxPlayer", "true")
self.m_lLines[p_iLine].update({'value': new})
def opt12(self, p_iJoy=None, p_iLine=None):
p_lLines = {}
if p_iJoy == None:
return self.opt12_datas()
if p_iJoy & CRT_OK:
list = self.m_lLines[p_iLine]['options']
value = self.m_lLines[p_iLine]['value']
new = explore_list(p_iJoy, value, list)
if new: ini_set(RA_CFG_FILE, "menu_driver", "rgui")
elif not new: ini_set(RA_CFG_FILE, "menu_driver", 'Null')
self.m_lLines[p_iLine].update({'value': new})
def opt3(self, p_iJoy=None, p_iLine=None):
p_lLines = {}
if p_iJoy == None:
return self.opt3_datas()
if p_iJoy & CRT_LEFT or p_iJoy & CRT_RIGHT:
list = self.m_lLines[p_iLine]['options']
value = self.m_lLines[p_iLine]['value']
new = explore_list(p_iJoy, value, list)
if new:
value = new.lower()
set_xml_value_esconfig("ScreenSaverBehavior", value)
self.m_lLines[p_iLine].update({'value': new})
def opt9(self, p_iJoy=None, p_iLine=None):
p_lLines = {}
if p_iJoy == None:
return self.opt9_datas()
if p_iJoy & CRT_OK:
list = self.m_lLines[p_iLine]['options']
value = self.m_lLines[p_iLine]['value']
new = explore_list(p_iJoy, value, list)
if new: fix_es_menu_font()
elif not new: restore_es_menu_font()
value = check_es_menu_font()
self.m_lLines[p_iLine].update({'value': value})
def opt1(self, p_iJoy = None, p_iLine = None):
p_lLines = {}
if p_iJoy == None:
return self.opt1_datas()
if p_iJoy & CRT_OK:
list = self.m_lLines[p_iLine]['options']
value = self.m_lLines[p_iLine]['value']
new = explore_list(p_iJoy, value, list)
if new: ini_set(CRT_UTILITY_FILE, "daphne_remap", "true")
else: ini_set(CRT_UTILITY_FILE, "daphne_remap", "false")
value = ini_get(CRT_UTILITY_FILE, "daphne_remap") == "true"
self.m_lLines[p_iLine]['value'] = value
def opt8(self, p_iJoy=None, p_iLine=None):
p_lLines = {}
if p_iJoy == None:
return self.opt8_datas()
if p_iJoy & CRT_OK:
list = self.m_lLines[p_iLine]['options']
value = self.m_lLines[p_iLine]['value']
new = explore_list(p_iJoy, value, list)
if new: hide_retropie_menu(False)
elif not new: hide_retropie_menu(True)
value = check_retropie_menu()
self.m_lLines[p_iLine].update({'value': new})
def opt1(self, p_iJoy=None, p_iLine=None):
try:
self.m_oNETClass
except:
self.m_oNETClass = netplay()
if p_iJoy == None:
return self.opt1_datas()
if p_iJoy & CRT_OK:
value = self.m_lLines[p_iLine]['value']
new = explore_list(p_iJoy, value)
if new: cfg = self.m_oNETClass.enable()
else: cfg = self.m_oNETClass.disable()
self.m_lLines[p_iLine]['value'] = cfg
def opt7(self, p_iJoy=None, p_iLine=None):
p_lLines = {}
if p_iJoy == None:
return self.opt7_datas()
if p_iJoy & CRT_LEFT or p_iJoy & CRT_RIGHT:
list = self.m_lLines[p_iLine]['options']
value = self.m_lLines[p_iLine]['value']
new = explore_list(p_iJoy, value, list)
if new:
self.info("Please Wait," "icon_clock")
set_xml_value_esconfig("ThemeSet", new)
value = get_xml_value_esconfig("ThemeSet")
self.m_lLines[p_iLine].update({'value': value})
self.info()
def opt4(self, p_iJoy = None, p_iLine = None):
try: self.m_oBGMClass
except: self.m_oBGMClass = background_music()
p_lLines = {}
if p_iJoy == None:
return self.opt4_datas()
if p_iJoy & CRT_LEFT or p_iJoy & CRT_RIGHT:
list = self.m_lLines[p_iLine]['options']
value = self.m_lLines[p_iLine]['value']
new = explore_list(p_iJoy, value, list)
if new:
new = int(new.replace("%", ''))
vol = self.m_oBGMClass.change_volume(new)
if vol == new: self.m_lLines[p_iLine]['value'] = str(new) + "%"
def opt2(self, p_iJoy=None, p_iLine=None):
p_lLines = {}
if p_iJoy == None:
return self.opt2_datas()
if p_iJoy & CRT_OK:
list = self.m_lLines[p_iLine]['options']
value = self.m_lLines[p_iLine]['value']
new = explore_list(p_iJoy, value, list)
self.info("Please wait", "icon_clock")
if new: self.m_oKeybCTRLClass.xinmo_usb_driver_enable()
else: self.m_oKeybCTRLClass.xinmo_usb_driver_disable()
value = self.m_oKeybCTRLClass.check_xinmo()
self.m_lLines[p_iLine]['value'] = new
self.info()
def opt4(self, p_iJoy=None, p_iLine=None):
p_lLines = {}
if p_iJoy == None:
return self.opt4_datas()
if p_iJoy & CRT_LEFT or p_iJoy & CRT_RIGHT:
list = self.m_lLines[p_iLine]['options']
value = self.m_lLines[p_iLine]['value']
new = explore_list(p_iJoy, value, list)
if new:
if new == "Runcommand":
ini_set(CRT_UTILITY_FILE, "fast_boot", "False")
elif new == "FastBoot":
ini_set(CRT_UTILITY_FILE, "fast_boot", "True")
self.m_lLines[p_iLine].update({'value': new})
def opt3(self, p_iJoy=None, p_iLine=None):
try:
self.m_oWIFIClass
except:
self.m_oWIFIClass = wifi()
if p_iJoy == None:
return self.opt3_datas()
if p_iJoy & CRT_LEFT or p_iJoy & CRT_RIGHT:
list = self.m_lLines[p_iLine]['options']
value = self.m_lLines[p_iLine]['value']
new = explore_list(p_iJoy, value, list)
if new:
self.m_oWIFIClass.mode(new)
self.m_lLines[p_iLine]['value'] = new
def opt3(self, p_iJoy=None, p_iLine=None):
p_lLines = {}
if p_iJoy == None:
return self.opt3_datas()
if p_iJoy & CRT_LEFT or p_iJoy & CRT_RIGHT:
list = self.m_lLines[p_iLine]['options']
value = self.m_lLines[p_iLine]['value']
new = explore_list(p_iJoy, value, list)
if new:
if new == "Default":
ini_set(RETROPIE_RUNCOMMAND_CFG_FILE, "governor", "")
else:
ini_set(RETROPIE_RUNCOMMAND_CFG_FILE, "governor",
new.lower())
self.m_lLines[p_iLine].update({'value': new})
def opt1(self, p_iJoy = None, p_iLine = None):
p_lLines = {}
if p_iJoy == None:
return self.opt1_datas()
if p_iJoy & CRT_LEFT or p_iJoy & CRT_RIGHT:
list = self.m_lLines[p_iLine]['options']
value = self.m_lLines[p_iLine]['value']
new = explore_list(p_iJoy, value, list)
if new != None:
new = int(new.replace("%", ''))
vol = self.m_oSYSVOLClass.set_vol(new)
if vol == new:
if vol > 86: self.m_lLines[p_iLine]['color_val'] = "type_color_6"
else: self.m_lLines[p_iLine]['color_val'] = "type_color_1"
self.m_lLines[p_iLine]['value'] = str(new) + "%"
def opt4(self, p_iJoy = None, p_iLine = None):
try: self.m_oOLEDClass
except: self.m_oOLEDClass = oled()
p_lLines = {}
if p_iJoy == None:
return self.opt4_datas()
if p_iJoy & CRT_LEFT or p_iJoy & CRT_RIGHT:
list = self.m_lLines[p_iLine]['options']
value = self.m_lLines[p_iLine]['value']
if value == "--": return
new = explore_list(p_iJoy, value, list)
if new:
self.m_oOLEDClass.set_config('scr_info_mem', new)
value = self.m_oOLEDClass.get_config('scr_info_mem')
self.m_lLines[p_iLine]['value'] = value
def opt1(self, p_iJoy=None, p_iLine=None):
p_lLines = {}
if p_iJoy == None:
return self.opt1_datas()
if p_iJoy & CRT_LEFT or p_iJoy & CRT_RIGHT:
list = self.m_lLines[p_iLine]['options']
value = self.m_lLines[p_iLine]['value']
new = explore_list(p_iJoy, value, list)
if new:
if new == "Manual": value = "manual"
elif new == "50hz": value = "50"
elif new == "60hz": value = "60"
elif new == "Auto": value = "auto"
ini_set(CRT_UTILITY_FILE, "freq_selector", value)
self.m_lLines[p_iLine].update({'value': new})
def opt3(self, p_iJoy = None, p_iLine = None):
p_lLines = {}
if p_iJoy == None:
return self.opt3_datas()
if p_iJoy & CRT_OK:
list = self.m_lLines[p_iLine]['options']
value = self.m_lLines[p_iLine]['value']
new = explore_list(p_iJoy, value, list)
self.info("Please Wait", "icon_clock")
if new == False: self.m_oBGMClass.stop()
elif new == True: self.m_oBGMClass.init()
value = self.m_oBGMClass.check()
self.m_lLines[p_iLine]['value'] = value
time.sleep(0.5)
self.info()
def opt6(self, p_iJoy = None, p_iLine = None):
try: self.m_oBGMClass
except: self.m_oBGMClass = background_music()
p_lLines = {}
if p_iJoy == None:
return self.opt6_datas()
if p_iJoy & CRT_LEFT or p_iJoy & CRT_RIGHT:
list = self.m_lLines[p_iLine]['options']
value = self.m_lLines[p_iLine]['value']
new = explore_list(p_iJoy, value, list)
if new:
self.info("Changing Folder", "icon_clock")
self.m_oBGMClass.change_music(new)
value = self.m_oBGMClass.get_active_folder()
self.m_lLines[p_iLine]['value'] = value
self.info()
def opt4(self, p_iJoy = None, p_iLine = None):
try: self.m_oNETClass
except: self.m_oNETClass = netplay()
if p_iJoy == None:
return self.opt4_datas()
if p_iJoy & CRT_OK:
if not self.m_oNETClass.status():
self.info("Enable Netplay", "icon_info")
time.sleep(2)
self.info()
return
value = self.m_lLines[p_iLine]['value']
new = explore_list(p_iJoy, value)
if new: cfg = self.m_oNETClass.stateless_enable()
else: cfg = self.m_oNETClass.stateless_disable()
self.m_lLines[p_iLine]['value'] = cfg
def opt2(self, p_iJoy=None, p_iLine=None):
try:
self.m_oWIFIClass
except:
self.m_oWIFIClass = wifi()
if p_iJoy == None:
return self.opt2_datas()
if p_iJoy & CRT_LEFT or p_iJoy & CRT_RIGHT:
list = self.m_lLines[p_iLine]['options']
value = self.m_lLines[p_iLine]['value']
new = explore_list(p_iJoy, value, list)
if new:
self.info("Please Wait", "icon_info")
self.m_oWIFIClass.country(new)
value = self.m_oWIFIClass.get_country()
self.m_lLines[p_iLine]['value'] = value
self.info()
def opt2(self, p_iJoy = None, p_iLine = None):
p_lLines = {}
try: self.m_oSYSVOLClass
except: self.m_oSYSVOLClass = sys_volume()
if p_iJoy == None:
return self.opt2_datas()
if p_iJoy & CRT_LEFT or p_iJoy & CRT_RIGHT:
list = self.m_lLines[p_iLine]['options']
value = self.m_lLines[p_iLine]['value']
new = explore_list(p_iJoy, value, list)
if new != None:
self.info("Please wait", "icon_clock")
preset = self.m_oSYSVOLClass.preset(new.lower())
preset = preset.title()
if preset == new:
self.m_lLines[p_iLine]['value'] = new
self.info()
def opt3(self, p_iJoy = None, p_iLine = None):
try: self.m_oNETClass
except: self.m_oNETClass = netplay()
if p_iJoy == None:
return self.opt3_datas()
if p_iJoy & CRT_OK:
if not self.m_oNETClass.status():
self.info("Enable Netplay", "icon_info")
time.sleep(2)
self.info()
return
if self.m_oNETClass.get_mode().lower() == "client": return
value = self.m_lLines[p_iLine]['value']
new = explore_list(p_iJoy, value)
if new: cfg = self.m_oNETClass.lobby_enable()
else: cfg = self.m_oNETClass.lobby_disable()
self.m_lLines[p_iLine]['value'] = cfg