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 opt3_datas(self):
p_lLines = {'text': "Hardware Rev.",
'color_val': "type_color_7"}
try: self.m_oOCClass
except: self.m_oOCClass = OCMNGR()
value = self.m_oOCClass.get_model_id()
p_lLines.update({'value': value})
return p_lLines
def opt2_datas(self):
p_lLines = {'text': "Raspberry Model",
'color_val': "type_color_7"}
try: self.m_oOCClass
except: self.m_oOCClass = OCMNGR()
value = self.m_oOCClass.get_model()
p_lLines.update({'value': value})
return p_lLines
def opt1_datas(self):
p_lLines = {'text': "System Overclock",
'sys_reboot': True,
'color_val': "type_color_1"}
try: self.m_oOCClass
except: self.m_oOCClass = OCMNGR()
if not self.m_oOCClass.compatible():
p_lLines.update({'color_val': "type_color_7"})
value = "N/A"
else:
value = self.m_oOCClass.status()
p_lLines.update({'value': value})
return p_lLines
def opt4_datas(self):
p_lLines = {'text': "Apply recommended values",
'icon': None,
'value': '--',
'color_val': "type_color_7"}
try: self.m_oOCClass
except: self.m_oOCClass = OCMNGR()
if self.m_oOCClass.status():
if self.m_oOCClass.rec_values():
p_lLines.update({'icon': 'icon_edit'})
p_lLines.update({'value': None})
else:
p_lLines.update({'value': 'N/A'})
return p_lLines
def opt4(self, p_iJoy = None, p_iLine = None):
try: self.m_oOCClass
except: self.m_oOCClass = OCMNGR()
p_lLines = {}
if p_iJoy == None:
return self.opt4_datas()
if p_iJoy & CRT_OK:
if not self.m_oOCClass.status(): return
if not self.m_oOCClass.rec_values():
self.info("Only for Pi2B", "icon_info")
time.sleep(2)
self.info()
return
self.info("Please Wait", "icon_clock")
self.m_oOCClass.apply_rec_values()
self.info()
def opt12_datas(self):
p_sINI = 'dtparam=sd_overclock' # overclock value to get
p_lLines = {'text': p_sINI.lower(),
'sys_reboot': True,
'icon': None,
'color_val': "type_color_1"}
try: self.m_oOCClass
except: self.m_oOCClass = OCMNGR()
value = self.m_oOCClass.get_ini(p_sINI)
if not self.m_oOCClass.status():
p_lLines.update({'color_val': "type_color_7"})
p_lValues = []
else:
p_lValues = self.m_oOCClass.get_ini_values_list(p_sINI)
if not self.m_oOCClass.is_base_value(p_sINI, value):
p_lLines.update({'icon': "icon_warn2"})
p_lLines.update({'color_val': "type_color_6"})
p_lLines.update({'value': value})
p_lLines.update({'options': p_lValues})
return p_lLines
def opt11(self, p_iJoy = None, p_iLine = None):
try: self.m_oOCClass
except: self.m_oOCClass = OCMNGR()
p_lLines = {}
if p_iJoy == None:
return self.opt11_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 = 'over_voltage_sdram' # 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)
value = self.m_oOCClass.get_ini(p_sINI)
if self.m_oOCClass.is_base_value(p_sINI, value):
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"
self.m_lLines[p_iLine]['value'] = value
self.info()
class main_sub5_sub4(object):
m_bPause = [False]
m_oThreads = []
m_bThreadsStop = True
m_lLines = []
m_lMainOpts = []
m_lSubMenus = []
m_lOptFn = []
m_lCtrl = []
m_lRestart = [__name__, False]
m_lReboot = [__name__, False]
m_lIcon = {'icon': 'icon_folder'}
m_sSection = "System Overclocking"
m_lLayer40 = [None, None] # text & icon label
def __init__(self):
logging.info("INFO: Initializing %s" % __name__)
self._load_options()
self._load_sub_menus()
def load(self):
self.m_bThreadsStop = False
self._create_threads()
def info(self, p_sText = False, p_sIcon = False, p_bPress = False):
self.m_lLayer40[0] = None
self.m_lLayer40[1] = None
if not p_sText: return
if type(p_sText) is not list:
if type(p_sText) == pygame.Surface:
self.m_lLayer40[0] = p_sText
return
elif type(p_sText) is str:
if os.path.exists(p_sText):
self.m_lLayer40[0] = render_image(p_sText)
if p_bPress: press_back()
return
self.m_lLayer40[0] = p_sText
self.m_lLayer40[1] = p_sIcon
def _launch_kbd(self, p_sString = "", p_iChars = 15):
try: self.m_oKBDClass
except: self.m_oKBDClass = keyboard()
while True:
value = self.m_oKBDClass.write(p_sString, p_iChars)
if type(value) is str:
break
else:
self.info(value)
self.info()
return value
def _create_threads(self):
p_oDmns = [self._auto_load_datas]
self.m_oThreads = []
for dmn in p_oDmns:
t = threading.Thread(target=dmn)
t.start()
self.m_oThreads.append(t)
def _auto_load_datas(self, p_bOnce = False):
p_lAutoL = [self.opt1, self.opt4, self.opt5,
self.opt6, self.opt7, self.opt8,
self.opt9, self.opt10, self.opt11,
self.opt12]
timer = 0.5 # look for datas timer
if p_lAutoL:
while not self.m_bThreadsStop:
for opt in p_lAutoL:
self._reload_opt_datas(opt)
if p_bOnce: break
time.sleep(timer)
def _load_options(self):
p_lOptFn = [self.opt1, self.opt2, self.opt3,
self.opt4, self.opt5, self.opt6,
self.opt7, self.opt8, self.opt9,
self.opt10, self.opt11, self.opt12]
self.m_lOptFn = p_lOptFn
for opt in self.m_lOptFn:
self.m_lMainOpts.append(opt)
self.m_lLines.append(opt())
self.m_lCtrl.append(opt())
def _reload_opt_datas(self, opt = None):
pos = self.m_lMainOpts.index(opt)
if opt: self.m_lLines[pos].update(opt())
def _launch_app(self, p_sCommand, p_sDBSys = None):
self.m_bPause[0] = True
self.m_bThreadsStop = True
run(p_sCommand, p_sDBSys)
self.m_bPause[0] = False
self.m_bThreadsStop = False
def _load_sub_menus(self):
submenus = []
try:
for sbm in find_submenus(SCRIPT_DIR, OPT_MASK):
logging.info("Loading main menu option: %s " % sbm["name"])
sub = load_submenu(sbm)
submenus.append(sub())
if len(self.m_lLines) != 0:
for i in range (0, len(self.m_lLines)):
self.m_lSubMenus.append(None)
for sub in submenus:
self.m_lSubMenus.append(sub)
for sbm in self.m_lSubMenus:
if sbm:
temp = {}
temp.update({'text': sbm.m_sSection})
temp.update({'icon': sbm.m_lIcon['icon']})
temp.update({'color_txt': "type_color_2"})
self.m_lLines.append(temp)
except:
raise
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_datas(self):
p_lLines = {'text': "System Overclock",
'sys_reboot': True,
'color_val': "type_color_1"}
try: self.m_oOCClass
except: self.m_oOCClass = OCMNGR()
if not self.m_oOCClass.compatible():
p_lLines.update({'color_val': "type_color_7"})
value = "N/A"
else:
value = self.m_oOCClass.status()
p_lLines.update({'value': value})
return p_lLines
def opt2(self, p_iJoy = None, p_iLine = None):
try: self.m_oOCClass
except: self.m_oOCClass = OCMNGR()
p_lLines = {}
if p_iJoy == None:
return self.opt2_datas()
def opt2_datas(self):
p_lLines = {'text': "Raspberry Model",
'color_val': "type_color_7"}
try: self.m_oOCClass
except: self.m_oOCClass = OCMNGR()
value = self.m_oOCClass.get_model()
p_lLines.update({'value': value})
return p_lLines
def opt3(self, p_iJoy = None, p_iLine = None):
try: self.m_oOCClass
except: self.m_oOCClass = OCMNGR()
p_lLines = {}
if p_iJoy == None:
return self.opt3_datas()
def opt3_datas(self):
p_lLines = {'text': "Hardware Rev.",
'color_val': "type_color_7"}
try: self.m_oOCClass
except: self.m_oOCClass = OCMNGR()
value = self.m_oOCClass.get_model_id()
p_lLines.update({'value': value})
return p_lLines
def opt4(self, p_iJoy = None, p_iLine = None):
try: self.m_oOCClass
except: self.m_oOCClass = OCMNGR()
p_lLines = {}
if p_iJoy == None:
return self.opt4_datas()
if p_iJoy & CRT_OK:
if not self.m_oOCClass.status(): return
if not self.m_oOCClass.rec_values():
self.info("Only for Pi2B", "icon_info")
time.sleep(2)
self.info()
return
self.info("Please Wait", "icon_clock")
self.m_oOCClass.apply_rec_values()
self.info()
def opt4_datas(self):
p_lLines = {'text': "Apply recommended values",
'icon': None,
'value': '--',
'color_val': "type_color_7"}
try: self.m_oOCClass
except: self.m_oOCClass = OCMNGR()
if self.m_oOCClass.status():
if self.m_oOCClass.rec_values():
p_lLines.update({'icon': 'icon_edit'})
p_lLines.update({'value': None})
else:
p_lLines.update({'value': 'N/A'})
return p_lLines
def opt5(self, p_iJoy = None, p_iLine = None):
try: self.m_oOCClass
except: self.m_oOCClass = OCMNGR()
p_lLines = {}
if p_iJoy == None:
return self.opt5_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 = 'arm_freq' # 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)
value = self.m_oOCClass.get_ini(p_sINI)
if self.m_oOCClass.is_base_value(p_sINI, value):
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"
self.m_lLines[p_iLine]['value'] = value
self.info()
def opt5_datas(self):
p_sINI = 'arm_freq' # overclock value to get
p_lLines = {'text': p_sINI.lower(),
'sys_reboot': True,
'icon': None,
'color_val': "type_color_1"}
try: self.m_oOCClass
except: self.m_oOCClass = OCMNGR()
value = self.m_oOCClass.get_ini(p_sINI)
if not self.m_oOCClass.status():
p_lLines.update({'color_val': "type_color_7"})
p_lValues = []
else:
p_lValues = self.m_oOCClass.get_ini_values_list(p_sINI)
if not self.m_oOCClass.is_base_value(p_sINI, value):
p_lLines.update({'icon': "icon_warn2"})
p_lLines.update({'color_val': "type_color_6"})
p_lLines.update({'value': value})
p_lLines.update({'options': p_lValues})
return p_lLines
def opt6(self, p_iJoy = None, p_iLine = None):
try: self.m_oOCClass
except: self.m_oOCClass = OCMNGR()
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']
if not self.m_oOCClass.status(): return
p_sINI = 'gpu_freq' # 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)
value = self.m_oOCClass.get_ini(p_sINI)
if self.m_oOCClass.is_base_value(p_sINI, value):
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"
self.m_lLines[p_iLine]['value'] = value
self.info()
def opt6_datas(self):
p_sINI = 'gpu_freq' # overclock value to get
p_lLines = {'text': p_sINI.lower(),
'sys_reboot': True,
'icon': None,
'color_val': "type_color_1"}
try: self.m_oOCClass
except: self.m_oOCClass = OCMNGR()
value = self.m_oOCClass.get_ini(p_sINI)
if not self.m_oOCClass.status():
p_lLines.update({'color_val': "type_color_7"})
p_lValues = []
else:
p_lValues = self.m_oOCClass.get_ini_values_list(p_sINI)
if not self.m_oOCClass.is_base_value(p_sINI, value):
p_lLines.update({'icon': "icon_warn2"})
p_lLines.update({'color_val': "type_color_6"})
p_lLines.update({'value': value})
p_lLines.update({'options': p_lValues})
return p_lLines
def opt7(self, p_iJoy = None, p_iLine = None):
try: self.m_oOCClass
except: self.m_oOCClass = OCMNGR()
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']
if not self.m_oOCClass.status(): return
p_sINI = 'core_freq' # 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)
value = self.m_oOCClass.get_ini(p_sINI)
if self.m_oOCClass.is_base_value(p_sINI, value):
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"
self.m_lLines[p_iLine]['value'] = value
self.info()
def opt7_datas(self):
p_sINI = 'core_freq' # overclock value to get
p_lLines = {'text': p_sINI.lower(),
'sys_reboot': True,
'icon': None,
'color_val': "type_color_1"}
try: self.m_oOCClass
except: self.m_oOCClass = OCMNGR()
value = self.m_oOCClass.get_ini(p_sINI)
if not self.m_oOCClass.status():
p_lLines.update({'color_val': "type_color_7"})
p_lValues = []
else:
p_lValues = self.m_oOCClass.get_ini_values_list(p_sINI)
if not self.m_oOCClass.is_base_value(p_sINI, value):
p_lLines.update({'icon': "icon_warn2"})
p_lLines.update({'color_val': "type_color_6"})
p_lLines.update({'value': value})
p_lLines.update({'options': p_lValues})
return p_lLines
def opt8(self, p_iJoy = None, p_iLine = None):
try: self.m_oOCClass
except: self.m_oOCClass = OCMNGR()
p_lLines = {}
if p_iJoy == None:
return self.opt8_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 = 'sdram_freq' # 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)
value = self.m_oOCClass.get_ini(p_sINI)
if self.m_oOCClass.is_base_value(p_sINI, value):
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"
self.m_lLines[p_iLine]['value'] = value
self.info()
def opt8_datas(self):
p_sINI = 'sdram_freq' # overclock value to get
p_lLines = {'text': p_sINI.lower(),
'sys_reboot': True,
'icon': None,
'color_val': "type_color_1"}
try: self.m_oOCClass
except: self.m_oOCClass = OCMNGR()
value = self.m_oOCClass.get_ini(p_sINI)
if not self.m_oOCClass.status():
p_lLines.update({'color_val': "type_color_7"})
p_lValues = []
else:
p_lValues = self.m_oOCClass.get_ini_values_list(p_sINI)
if not self.m_oOCClass.is_base_value(p_sINI, value):
p_lLines.update({'icon': "icon_warn2"})
p_lLines.update({'color_val': "type_color_6"})
p_lLines.update({'value': value})
p_lLines.update({'options': p_lValues})
return p_lLines
def opt9(self, p_iJoy = None, p_iLine = None):
try: self.m_oOCClass
except: self.m_oOCClass = OCMNGR()
p_lLines = {}
if p_iJoy == None:
return self.opt9_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 = 'sdram_schmoo' # 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)
value = self.m_oOCClass.get_ini(p_sINI)
if self.m_oOCClass.is_base_value(p_sINI, value):
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"
self.m_lLines[p_iLine]['value'] = value
self.info()
def opt9_datas(self):
p_sINI = 'sdram_schmoo' # overclock value to get
p_lLines = {'text': p_sINI.lower(),
'sys_reboot': True,
'icon': None,
'color_val': "type_color_1"}
try: self.m_oOCClass
except: self.m_oOCClass = OCMNGR()
value = self.m_oOCClass.get_ini(p_sINI)
if not self.m_oOCClass.status():
p_lLines.update({'color_val': "type_color_7"})
p_lValues = []
else:
p_lValues = self.m_oOCClass.get_ini_values_list(p_sINI)
if not self.m_oOCClass.is_base_value(p_sINI, value):
p_lLines.update({'icon': "icon_warn2"})
p_lLines.update({'color_val': "type_color_6"})
p_lLines.update({'value': value})
p_lLines.update({'options': p_lValues})
return p_lLines
def opt10(self, p_iJoy = None, p_iLine = None):
try: self.m_oOCClass
except: self.m_oOCClass = OCMNGR()
p_lLines = {}
if p_iJoy == None:
return self.opt10_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 = 'over_voltage' # 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)
value = self.m_oOCClass.get_ini(p_sINI)
if self.m_oOCClass.is_base_value(p_sINI, value):
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"
self.m_lLines[p_iLine]['value'] = value
self.info()
def opt10_datas(self):
p_sINI = 'over_voltage' # overclock value to get
p_lLines = {'text': p_sINI.lower(),
'sys_reboot': True,
'icon': None,
'color_val': "type_color_1"}
try: self.m_oOCClass
except: self.m_oOCClass = OCMNGR()
value = self.m_oOCClass.get_ini(p_sINI)
if not self.m_oOCClass.status():
p_lLines.update({'color_val': "type_color_7"})
p_lValues = []
else:
p_lValues = self.m_oOCClass.get_ini_values_list(p_sINI)
if not self.m_oOCClass.is_base_value(p_sINI, value):
p_lLines.update({'icon': "icon_warn2"})
p_lLines.update({'color_val': "type_color_6"})
p_lLines.update({'value': value})
p_lLines.update({'options': p_lValues})
return p_lLines
def opt11(self, p_iJoy = None, p_iLine = None):
try: self.m_oOCClass
except: self.m_oOCClass = OCMNGR()
p_lLines = {}
if p_iJoy == None:
return self.opt11_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 = 'over_voltage_sdram' # 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)
value = self.m_oOCClass.get_ini(p_sINI)
if self.m_oOCClass.is_base_value(p_sINI, value):
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"
self.m_lLines[p_iLine]['value'] = value
self.info()
def opt11_datas(self):
p_sINI = 'over_voltage_sdram' # overclock value to get
p_lLines = {'text': p_sINI.lower(),
'sys_reboot': True,
'icon': None,
'color_val': "type_color_1"}
try: self.m_oOCClass
except: self.m_oOCClass = OCMNGR()
value = self.m_oOCClass.get_ini(p_sINI)
if not self.m_oOCClass.status():
p_lLines.update({'color_val': "type_color_7"})
p_lValues = []
else:
p_lValues = self.m_oOCClass.get_ini_values_list(p_sINI)
if not self.m_oOCClass.is_base_value(p_sINI, value):
p_lLines.update({'icon': "icon_warn2"})
p_lLines.update({'color_val': "type_color_6"})
p_lLines.update({'value': value})
p_lLines.update({'options': p_lValues})
return p_lLines
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 opt12_datas(self):
p_sINI = 'dtparam=sd_overclock' # overclock value to get
p_lLines = {'text': p_sINI.lower(),
'sys_reboot': True,
'icon': None,
'color_val': "type_color_1"}
try: self.m_oOCClass
except: self.m_oOCClass = OCMNGR()
value = self.m_oOCClass.get_ini(p_sINI)
if not self.m_oOCClass.status():
p_lLines.update({'color_val': "type_color_7"})
p_lValues = []
else:
p_lValues = self.m_oOCClass.get_ini_values_list(p_sINI)
if not self.m_oOCClass.is_base_value(p_sINI, value):
p_lLines.update({'icon': "icon_warn2"})
p_lLines.update({'color_val': "type_color_6"})
p_lLines.update({'value': value})
p_lLines.update({'options': p_lValues})
return p_lLines
def input(self, p_iLine, p_iJoy):
if p_iJoy & CRT_CANCEL:
self.quit()
return CRT_CANCEL # False: back to previous menu
else:
if p_iLine > (len(self.m_lOptFn) - 1):
if p_iJoy & CRT_OK: return self.m_lSubMenus[p_iLine]
else:
self.m_lMainOpts[p_iLine](p_iJoy, p_iLine)
self.m_lRestart[1] = check_es_restart(self.m_lLines, self.m_lCtrl)
self.m_lReboot[1] = check_sys_reboot(self.m_lLines, self.m_lCtrl)
def quit(self):
self.m_bThreadsStop = True
self.info()
def opt3(self, p_iJoy = None, p_iLine = None):
try: self.m_oOCClass
except: self.m_oOCClass = OCMNGR()
p_lLines = {}
if p_iJoy == None:
return self.opt3_datas()
