import time import signal import os import utils import runtime, uiconfig, config import phonesetting from basemodel import Stage, NotifyStage, EntryStage, RichTextStage, ListStage from baseui import LargeWindowUI, SmallWindowUI, NotifyUI, RichTextUI from setting import setting from profile import lan_profile import profile, status from runtime import mmiDebug as MD from menu import DirectCallTeststage, DevMisc ####common test_color = ((255,0,0,255),(0,255,0,255),(0,0,255,255),(0,0,0,255),(255,255,255,255)) test_image = ['TP01.PNG', 'TP02.PNG', 'TP03.PNG', 'TP04.PNG','TP05.PNG', 'TP06.PNG', 'TP07.PNG', 'TP08.PNG', 'TP09.PNG', 'TP10.PNG'] testplay_pid = None def play_test(file): global testplay_pid if testplay_pid: stop_test() testplay_pid = os.fork() if testplay_pid == 0: try: if file.endswith(".mid"): midiplay_command = "midiplay -1 10" print midiplay_command file = (file,) command = ('midiplay',) + tuple(midiplay_command.split()) + file os.execlp(*command) else: os.execlp("playulaw", "playulaw", file) except: print "elpis midi play error" os._exit(1) def stop_test(): try: global testplay_pid if not testplay_pid: return print 'pid=',testplay_pid os.kill(testplay_pid, signal.SIGKILL) os.waitpid(testplay_pid, 0) except: pass testplay_pid = None class TestUI(SmallWindowUI): def __init__(self, message, menu1, menu2, title): SmallWindowUI.__init__(self,menu1,menu2,title) self.testmsg=runtime.evas.text(font=uiconfig.date_edit_font) self.testmsg.color = uiconfig.date_edit_entry_color self.testmsg.pos = (30+60),100 self.testmsg.text = '' self.add(self.testmsg) def update_msg(self): self.testmsg.text=self.text class TestLargeUI(LargeWindowUI): def __init__(self, message, menu1, menu2, title): LargeWindowUI.__init__(self,menu1,menu2,title) self.testmsg=runtime.evas.text(font=uiconfig.date_edit_font) self.testmsg.color = uiconfig.date_edit_entry_color self.testmsg.pos = (30+60),100 self.testmsg.text = '' self.add(self.testmsg) def update_msg(self): self.testmsg.text=self.text ####0 class version_test_stage(Stage): def __init__(self): os.system('rm /usr/etc/testmode*') self.tmpkey = runtime.evas.handle_key runtime.evas.handle_key = self.handle_key self.name = "version_test_stage" self.ui = TestLargeUI('','','','SHOW VERSION & MAC') t = runtime.evas.text() t.font = uiconfig.swver_details_font t.color = uiconfig.swver_details_color t.text = "Software version:" t.text = "Serial Number:" self.align_center(t, uiconfig.swver_details_swver_label_pos) self.ui.add(t) t = runtime.evas.text() t.font = uiconfig.swver_details_font t.color = uiconfig.swver_details_color try: os.system('serialno > /tmp/serial.txt') fp = open('/tmp/serial.txt') # fp = os.popen("serialno","r") serialnumber = fp.readline().strip() fp.close() except IOError: serialnumber="" t.text = serialnumber self.align_center(t, uiconfig.swver_details_swver_pos) self.ui.add(t) t = runtime.evas.text() t.font = uiconfig.swver_details_font t.color = uiconfig.swver_details_color t.text = 'MAC Address:' self.align_center(t, uiconfig.swver_details_hwver_label_pos) self.ui.add(t) t = runtime.evas.text() t.font = uiconfig.swver_details_font t.color = uiconfig.swver_details_color try: os.system('serialno mac > /tmp/mac.txt') # f = os.popen("show_mac", "r") f = open('/tmp/mac.txt') macaddress = f.read() #macaddress = macaddress[14:32] macaddress = macaddress.strip() f.close() except: macaddress = "Not Available" t.text = macaddress self.align_center(t, uiconfig.swver_details_hwver_pos) self.ui.add(t) os.system('rm /usr/etc/testmode*') os.system('sync') self.timer = utils.Timer(5000, self.reset) t = runtime.evas.text() t.font = uiconfig.swver_details_font t.color = uiconfig.swver_details_color t.test = 'Software Version:' self.align_center(t,uiconfig.swver_details_hwver_label_pos) self.ui.add(t) def reset(self): utils.system_reset(reboot=False) stage = MessageStage2(_('Serial/MAC Check'),_('Initializing...')) runtime.manager.change_stage(stage) ''' setting.reset() from phonedb import phonedb phonedb.reset() import calldb calldb.delete_db('all') utils.remove_dir(utils.get_image_dir('taken')) utils.remove_dir(utils.get_image_dir('wallpaper')) utils.remove_dir(utils.get_image_dir('picture')) utils.remove_dir(config.image_snapshot_dir) utils.remove_dir(utils.get_audio_dir('recorded')) utils.remove_dir(utils.get_audio_dir('poly')) utils.remove_dir(utils.get_audio_dir('other')) ## remove video utils.remove_dir(config.video_recorded_dir) utils.remove_dir(config.video_received_dir) utils.remove_dir(config.video_recorded_thumnail_dir) utils.remove_dir(config.video_received_thumnail_dir) # eicho add 06.11.23 same as BT, remove amr2wav directory utils.remove_dir(config.audio_amr2wav_recorded_dir) utils.remove_dir(config.audio_amr2wav_polyphonic_dir) utils.remove_dir(config.audio_amr2wav_other_dir) # end ## remove SMS #ka...3800 2007.05.02 # remove_messages() ## remove T9 added word utils.remove_t9_word_list() utils.remove_dir(utils.get_email_dir('emailetc')) status.DECT_RESET_TEST = True print 'status.DECT_RESET_TEST :::: TRUE' runtime.dectCallManager.sendFactoryReset() stage = MessageStage2(_('Serial/MAC Check'),_('Initializing...')) runtime.manager.change_stage(stage) ''' def oninit(self): pass def align_center(self, l, pos): x, y = pos width,height = l.size l.move(x - width/2, y) def get_name(self): return "testversion" def handle_key(self, down, key): if not down: return True if key == '*': runtime.manager.back_stage() def destroy(self): runtime.evas.handle_key = self.tmpkey self.ui.destroy() ###1 class final_auto_test_stage(Stage): def __init__(self): self.ui = TestUI( 'ASSY AUTO TEST',' ',' ','ASSY AUTO TEST' ) self.keymsg = 'SOFT1','SOFT2','SOFT3','SOFT4','Video call','BANKING','KT Information','Audio Mute','Message','OK','Alarm',\ 'Media Player','Flash','Call list','Transfer',\ 'Connect','Delete','Disconnect','1','2','3','4','5','6','7','8','9','*','0','#' ''' self.testkey = config.Menu1, config.Menu2, config.Menu3, config.Menu4, config.Video, 'Up',\ config.VideoPrivacy , config.Snapshot, 'Left', 'OK', 'Right', config.VideoSize, 'DOWNTOWN' ,'Down', 'INFORMATION',\ config.Green, 'CLR', config.Red,'1','2','3','4','5','6','7','8','9','*','0','#' ''' self.testkey = config.Menu1, config.Menu2, config.Menu3, config.Menu4, 'F7', 'Up', 'F8', \ 'F9' , 'Left', 'OK', 'Right', 'F10', 'DOWNTOWN' ,'Down', 'INFORMATION',\ config.Green, 'CLR', config.Red,'1','2','3','4','5','6','7','8','9','*','0','#' self.testsize = 30 self.testidx=0 self.tmpkey = runtime.evas.handle_key runtime.evas.handle_key = self.handle_key self.ui.testmsg.text = 'KEYPAD TEST:'+self.keymsg[self.testidx] self.lastkey = self.testkey[self.testidx] self.testidx = self.testidx+1 self.timer = 0 #runtime.dspg.set_state(runtime.dspg.ST_V_SPK_OFFHK_LPLAY) self.count = 0 #runtime.dspg.set_volume(3) self.keytest = 0 self.player_pid = None self.viewfinder = None def init_lcd_test(self): self.keytest = 1 self.timer = 0 self.ui.clip = runtime.evas.rectangle() self.ui.clip.pos = 0,0 self.ui.clip.size = 480, 272 self.idx = 0 self.ui.clip.color = test_color[self.idx] self.ui.add(self.ui.clip) self.ui.show() self.timer = utils.Timer(300, self.testcolor) #self.init_camera_test() def testcolor(self): self.idx += 1 if self.idx < 5: print 'idx=',self.idx self.ui.clip.color = test_color[self.idx] self.ui.add(self.ui.clip) time.sleep(1) self.timer = utils.Timer(100, self.testcolor) else: self.ui.clip.hide() self.init_vol_test() #self.init_camera_test() ######################## def init_vol_test (self): self.mode = 1 self.timer = 0 self.ui.testmsg.text = _('PLAY SOUND') file = '/usr/local/lgvp/audios/transfer/transferMOH.wav' #runtime.SP_context.SP_stereoPlayback() self.pid = os.fork() if self.pid == 0: try: file = (file, '1') command = ('playulaw','playulaw') + file os.execlp(*command) except: os._exit(1) self.timer = utils.Timer(5000, self.stop_vol_test) def stop_vol_test(self): if not self.pid: return try: import signal os.kill(self.pid, signal.SIGKILL) if config.utils_debug: print 'now call waitpid', self.pid os.waitpid(self.pid, 0) except: if config.utils_debug: print 'fail to kill!!!' self.pid = None runtime.SP_context.SP_stereoStopPlayback() self.init_camera_test() ####################### ''' def init_vol_test(self): self.mode = 1 self.timer = 0 self.ui.testmsg.text = 'PLAY SOUND MAX' self.cnt = 0 #runtime.dspg.set_state(runtime.dspg.ST_RINGER) setting.external_ring = config.def_melody melody = config.def_melody print '########',melody #setting.stereo_volume = 5 self.player_pid = utils.player.play(melody, case = 2) print '#####',self.player_pid #runtime.dspg.set_volume(5) #play_test("/usr/local/lgvp/audios/ring/walk.mid") self.timer = utils.Timer(5000, self.stop_vol_test) #ka... self.init_cam_test() def stop_vol_test(self): #stop_test() utils.player.stop(self.player_pid) self.init_camera_test() #runtime.manager.back_stage() #ka.. ''' # def init_vol_test(self): # self.timer = 0 # self.ui.testmsg.text = 'PLAY SOUND MIDDLE' # self.cnt = 0 # runtime.dspg.set_state(runtime.dspg.ST_MIDI) # runtime.dspg.set_volume(3) # play_test("/usr/local/lgvp/audios/ring/Logo Song.mid") # self.timer = utils.Timer(400, self.setvolume) # def setvolume(self): # if self.cnt == 0: # runtime.dspg.set_volume(5) # self.ui.testmsg.text = 'PLAY SOUND HIGH' # self.cnt =1 # self.timer = utils.Timer(500, self.setvolume) # elif self.cnt == 1: # runtime.dspg.set_volume(3) # self.ui.testmsg.text = 'PLAY SOUND MIDDLE' # self.cnt =2 # self.timer = utils.Timer(500, self.setvolume) # elif self.cnt == 2: # runtime.dspg.set_volume(1) # self.ui.testmsg.text = 'PLAY SOUND LOW' # self.cnt =3 # self.timer = utils.Timer(500, self.setvolume) # elif self.cnt == 3: # runtime.dspg.set_volume(3) # self.cnt =0 # stop_test() # runtime.manager.back_stage() #ka... def init_cam_test(self): # utils.run_camera() def init_camera_test(self): self.ui.clip.show() self.mode = 3 self.timer = 0 ''' os.system('fb0top 0') # utils.player.preview_start() # self.timer = utils.Timer(3000, self.end_camera_test) #ka... self.po = os.popen("/usr/local/diag/TUP/TestApp -f /usr/local/diag/TUP/cmd.txt /usr/local/diag/TUP/GEDR_VH264.cfg", "w") os.system('vc-vc02-loop-diag') ''' self.viewfinder = runtime.evas.rectangle() self.viewfinder.geometry = (0,0,480,272) self.viewfinder.layer = 1 self.viewfinder.color = (255, 255, 254, 255) runtime.evas.use_transparency(True) self.viewfinder.show() os.system('vc-vc02-loop-diag') def end_camera_test(self): os.system('fb0top 1') utils.player.preview_stop() os.system("sync") time.sleep(3) #self.timer = utils.Timer(3000,self.init_vol_test) #self.init_vol_test # self.init_camera_mmx_test() # def init_camera_mmx_test(self): # self.mode = 4 # os.system('fb0top 0') # self.po = os.popen("/usr/local/bin/TUP/TestApp /usr/local/bin/TUP/conftest/_local/GEDR_VH264.cfg", "w") # self.timer = 0 # self.timer = utils.Timer(6000, self.end_camera_mmx_test) # def end_camera_mmx_test(self): # os.system('fb0top 1') # self.po.write("E\n") # self.po.close() # self.mode = 5 # os.system('rm /usr/etc/testmode*') # os.system('touch /usr/etc/testmode2') # runtime.manager.back_stage() # def init_vol_test(self): # self.mode = 1 # self.timer = 0 # self.ui.testmsg.text = 'PLAY SOUND MAX' # self.cnt = 0 # runtime.dspg.set_state(runtime.dspg.ST_MIDI) # runtime.dspg.set_volume(5) # play_test("/usr/local/lgvp/audios/ring/Logo Song.mid") # self.timer = utils.Timer(5000, self.stop_vol_test) # def stop_vol_test(self): # stop_test() # self.timer = utils.Timer(3000, self.init_lcd_test) def handle_key(self, down, key): if not down: return True #if key in '0123456789': # runtime.dspg.send_dtmf(key, False) if key == '*': if self.keytest == 0: self.count = self.count + 1 print "elpis key:", self.keymsg[self.testidx] if (self.count == 2): runtime.manager.back_stage() else: if key == self.keymsg[self.testidx-1]: print "elpis : correct" self.ui.testmsg.text = 'KEYPAD TEST:'+self.keymsg[self.testidx] self.lastkey = self.testkey[self.testidx] self.testidx = self.testidx+1 self.count = 0 #else: #runtime.dspg.set_volume(3) #play_test("test1.wav") #print '!!! 1:Invalid Key', key else : os.system('vc-stop-loop') runtime.manager.back_stage() else: if key != self.lastkey: #runtime.dspg.set_volume(3) #play_test("test1.wav") #print '!!! 2:Invalid Key', key self.count = 0 else: if self.testidx == self.testsize: self.timer = utils.Timer(10, self.init_lcd_test) self.init_lcd_test() elif self.testidx < self.testsize: self.ui.testmsg.text='KEYPAD TEST:'+self.keymsg[self.testidx] self.lastkey = self.testkey[self.testidx] self.testidx = self.testidx+1 def destroy(self): #runtime.dspg.set_state(runtime.dspg.ST_IDLE) self.player_pid = None runtime.evas.handle_key = self.tmpkey Stage.destroy(self) if self.viewfinder: self.viewfinder.free() runtime.evas.use_transparency(False) ###2 class keypad_test_stage(Stage): def __init__(self): self.ui = TestUI( 'KEYPAD TEST',' ',' ','KEYPAD TEST' ) self.keymsg = 'SOFT1','SOFT2','SOFT3','SOFT4','Video call','BANKING','KT Information','Audio Mute','Message','OK','Alarm',\ 'Media Player','Flash','Call list','Transfer',\ 'Connect','Delete','Disconnect','1','2','3','4','5','6','7','8','9','*','0','#' ''' self.testkey = config.Menu1, config.Menu2, config.Menu3, config.Menu4, config.Video, 'Up',\ config.VideoPrivacy , config.Snapshot, 'Left', 'OK', 'Right', config.VideoSize, 'DOWNTOWN' ,'Down', 'INFORMATION',\ config.Green, 'CLR', config.Red,'1','2','3','4','5','6','7','8','9','*','0','#' ''' self.testkey = config.Menu1, config.Menu2, config.Menu3, config.Menu4, 'F7', 'Up', 'F8', \ 'F9' , 'Left', 'OK', 'Right', 'F10', 'DOWNTOWN' ,'Down', 'INFORMATION',\ config.Green, 'CLR', config.Red,'1','2','3','4','5','6','7','8','9','*','0','#' self.testsize = 30 self.testidx=0 self.tmpkey = runtime.evas.handle_key runtime.evas.handle_key = self.handle_key self.ui.testmsg.text = 'KEYPAD TEST:'+self.keymsg[self.testidx] self.lastkey = self.testkey[self.testidx] self.testidx = self.testidx+1 self.count = 0 self.keytest = 0 def handle_key(self, down, key): if not down: return True if key == '*': if self.keytest == 0: self.count = self.count + 1 print "elpis key:", self.keymsg[self.testidx] if (self.count == 2): runtime.manager.back_stage() else: print 'ka...key=', key, 'self.testidx=', self.testidx print 'ka...msg=', self.keymsg[self.testidx-1] if key == self.keymsg[self.testidx-1]: print "elpis : correct" self.ui.testmsg.text = 'KEYPAD TEST:'+self.keymsg[self.testidx] self.lastkey = self.testkey[self.testidx] self.testidx = self.testidx+1 self.count = 0 else: self.count = 0 elif key == config.key_link_up or key == config.key_link_down: pass else: if key != self.lastkey: self.count = 0 else: if self.testidx == self.testsize: runtime.manager.back_stage() else: self.ui.testmsg.text = 'KEYPAD TEST:'+self.keymsg[self.testidx] self.lastkey = self.testkey[self.testidx] self.testidx = self.testidx+1 self.count = 0 def destroy(self): runtime.evas.handle_key = self.tmpkey Stage.destroy(self) ###3 ''' class modem_dtmf_test_stage(Stage): def __init__(self): self.tmpkey = runtime.evas.handle_key runtime.evas.handle_key = self.handle_key self.ui = TestUI('DTMF(MODEM) TEST MODE', ' ', 'EXIT', 'DTMF(MODEM) TEST MODE') if profile.ip_mode == 0: self.ui.testmsg.text = 'SEND DTMF 1590' else : self.ui.testmsg.text = 'CHANGE PSTN MODE!!' def show(self): Stage.show(self) runtime.evas.render_now() if profile.ip_mode != 0: time.sleep(2) runtime.manager.back_stage() runtime.dspg.set_state(runtime.dspg.ST_IDLE) try: runtime.modem.write_command('ATDT 1590\r') except: pass def handle_key(self, down, key): if not down: return True if key == config.Menu2: runtime.manager.back_stage() elif key == '*': runtime.manager.back_stage() def destroy(self): if profile.ip_mode == 0: runtime.modem.hangup() runtime.evas.handle_key = self.tmpkey Stage.destroy(self) ''' ###3 class ping_ethernet_test_stage(Stage): def __init__(self): self.tmpkey = runtime.evas.handle_key runtime.evas.handle_key = self.handle_key self.ui = TestUI('PING ETHERNET TEST MODE', ' ','EXIT','PING ETHERNET TEST MODE') os.system('ifconfig eth0 192.168.1.2') self.ui.testmsg.text = 'PING 192.168.1.1' self.timer = utils.Timer(3000, self.start_ping) def start_ping(self): self.res = -1 print 'Ping start!' try: while self.res == -1: self.f = os.popen("ping -c 1 192.168.1.1", "r") self.res = self.f.read() print 'ping result:', self.res self.f.close() if self.res.find('ttl') != -1: runtime.manager.back_stage() stage = MessageStage('PING ETHERNET TEST MODE','Ping Test Complete!') runtime.manager.stack_stage(stage) break else: runtime.manager.back_stage() stage = MessageStage('PING ETHERNET TEST MODE','Ping Test Fail!') runtime.manager.stack_stage(stage) # ka... Back하지 않도록 수정 ERROR except: pass def handle_key(self, down, key): if not down: return True if key == config.Menu2: runtime.manager.back_stage() elif key == '*': runtime.manager.back_stage() def destroy(self): runtime.evas.handle_key = self.tmpkey Stage.destroy(self) ###12 class wave_test_stage(Stage): def __init__(self): self.ui = TestUI( '',' ',' ','' ) self.ui.testmsg.text = _('Wave left') self.tmpkey = runtime.evas.handle_key runtime.evas.handle_key = self.handle_key from mmiSoundPath import SP_State self.pid = None self.timer = None self.path = 0 self.change_path() def change_path(self): self.path += 1 self.path = self.path % 2 self.stop_audio() self.play_audio() self.timer = utils.Timer(1000, self.change_path) def play_audio (self): if self.path == 0: path = '4' self.ui.testmsg.text = _('Wave left') file = '/usr/local/lgvp/Left.wav' else: path = '5' self.ui.testmsg.text = _('Wave right') file = '/usr/local/lgvp/Right.wav' runtime.SP_context.SP_stereoPlayback() self.pid = os.fork() if self.pid == 0: try: #file = ('--loop', file, path) file = (file, path) command = ('playulaw_factory','playulaw_factory') + file os.execlp(*command) except: os._exit(1) return self.pid def stop_audio(self): if not self.pid: return try: import signal os.kill(self.pid, signal.SIGKILL) if config.utils_debug: print 'now call waitpid', self.pid os.waitpid(self.pid, 0) except: if config.utils_debug: print 'fail to kill!!!' self.pid = None runtime.SP_context.SP_stereoStopPlayback() def handle_key(self, down, key): if not down: return True if key == '*': runtime.manager.back_stage() elif key == config.key_link_up or key == config.key_link_down: pass def destroy(self): Stage.destroy(self) self.timer = None runtime.evas.handle_key = self.tmpkey if self.pid: self.stop_audio() ###4 class ping_wifi_test_stage(Stage): def __init__(self): self.tmpkey = runtime.evas.handle_key runtime.evas.handle_key = self.handle_key self.ui = TestUI('PING WIFI TEST MODE', ' ','EXIT','PING WIFI TEST MODE') os.system('../bin/wltest') self.ui.testmsg.text = 'PING 192.168.100.100' self.timer = utils.Timer(3000, self.start_ping) def start_ping(self): self.res = -1 print 'Ping start!' try: while self.res == -1: self.f = os.popen("ping -c 1 192.168.100.100", "r") self.res = self.f.read() print 'ping result:',res self.f.close() if self.res.find('ttl') != -1: runtime.manager.back_stage() stage = MessageStage('PING WIFI TEST MODE','Ping Test Complete!') runtime.manager.stack_stage(stage) break os.system('/usr/local/bin/dhcpcd -k') # runtime.manager.back_stage() except: pass def handle_key(self, down, key): if not down: return True if key == config.Menu2: runtime.manager.back_stage() elif key == '*': runtime.manager.back_stage() def destroy(self): runtime.evas.handle_key = self.tmpkey Stage.destroy(self) ###13 from mmiSoundPath import SP_State class DectPathTest(Stage): REGISTER_TIMEOUT = 30 * 1000 def __init__(self): import ui self.ui = ui.dectPathTestUI() status.DECT_PATH_TEST = True import runtime from dectHandler import DectCallManager runtime.dectCallManager.sendRegistrationResultReport(DectCallManager.REG_SUCCESS) self.registeringTimer = utils.Timer(self.REGISTER_TIMEOUT, self.registeringFailed) self.isOffHook = False def ringing(self): message = '2. Ringing' self.ui.changeMessage(message) self.ui.show() import runtime runtime.dectCallManager.startIncomingCall('1000', '1000') def connect(self): self.registeringTimer = None message = '3. Connected' self.ui.changeMessage(message) ts1OffHook = runtime.SP_context.TS1_OffHook() if ts1OffHook.next(): ts1OffHook.next() spkOffHook = runtime.SP_context.SPK_OffHook() if spkOffHook.next(): spkOffHook.next() runtime.SP_context.combineTwoPath(SP_State.DEVICE_SPK, SP_State.DEVICE_HSS1_TS1) def close(self): status.DECT_PATH_TEST = False if self.isOffHook: runtime.SP_context.devideTwoPath(SP_State.DEVICE_HS, SP_State.DEVICE_HSS1_TS1) else: runtime.SP_context.devideTwoPath(SP_State.DEVICE_SPK, SP_State.DEVICE_HSS1_TS1) runtime.SP_context.goIdleState() runtime.manager.back_stage() def handle_key(self, key): if key in (config.Menu2, config.Red, config.CANCEL) : MD.mmiTrace('DectPagingStage : Menu2 / Red / CANCEL') callIndex = runtime.dectCallManager.makeCallIndex() runtime.dectHandler.B2H_DROP_CALL_NOTIFY(1, callIndex) self.close() elif key == config.OffHook: MD.mmiTrace('DectPagingStage : offHook') self.isOffHook = True runtime.SP_context.devideTwoPath(SP_State.DEVICE_SPK, SP_State.DEVICE_HSS1_TS1) runtime.SP_context.goIdleState() hsOffHook = runtime.SP_context.HS_OffHook() if hsOffHook.next(): hsOffHook.next() ts1OffHook = runtime.SP_context.TS1_OffHook() if ts1OffHook.next(): ts1OffHook.next() runtime.SP_context.combineTwoPath(SP_State.DEVICE_HS, SP_State.DEVICE_HSS1_TS1) elif key == config.Green: MD.mmiTrace('DectPagingStage : Green') if self.isOffHook: self.isOffHook = False runtime.SP_context.devideTwoPath(SP_State.DEVICE_HS, SP_State.DEVICE_HSS1_TS1) runtime.SP_context.goIdleState() spkOffHook = runtime.SP_context.SPK_OffHook() if spkOffHook.next(): spkOffHook.next() ts1OffHook = runtime.SP_context.TS1_OffHook() if ts1OffHook.next(): ts1OffHook.next() runtime.SP_context.combineTwoPath(SP_State.DEVICE_SPK, SP_State.DEVICE_HSS1_TS1) return True def registeringFailed(self): MD.mmiTrace('DectPathTest : registeringFailed') status.DECT_PATH_TEST = False self.registeringTimer = None message = _('Registering failed') from phonesetting import DectNotifyStage stage = DectNotifyStage(message) runtime.manager.change_stage(stage) def destroy(self): self.registeringTimer = None Stage.destroy(self) status.supervision_not_allowed = 0 class dect_paging_test_stage(Stage): def __init__(self): self.ui = TestUI( '',' ',' ','' ) self.ui.testmsg.text = _('Please wait for a moment.') self.tmpkey = runtime.evas.handle_key runtime.evas.handle_key = self.handle_key status.supervision_not_allowed = 1 runtime.dectCallManager.readyToPaging() import dectConfig self.pagingTag = utils.Timer(dectConfig.PAGING_TIMEOUT, self.pagingFailed) def handle_key(self, down, key): if not down: return True if key == '*': from dectHandler import DectCallManager runtime.dectCallManager.cancelPaging() self.pagingTag = None runtime.manager.back_stage() elif key == config.key_link_up or key == config.key_link_down: pass elif key == config.SUCCEED: self.pagingTag = None self.ui.testmsg.text = _('Paging Succeed') return True elif key == config.FAIL: self.pagingTag = None self.ui.testmsg.text = _('Paging Failed') return True def pagingFailed(self): self.pagingTag = None self.ui.testmsg.text = _('Paging Failed') def destroy(self): self.pagingTag = None Stage.destroy(self) status.supervision_not_allowed = 0 runtime.evas.handle_key = self.tmpkey ###6 class usb_test_stage(Stage): def __init__(self): self.ui = TestUI( '',' ',' ','' ) self.ui.testmsg.text = _('USB check') self.tmpkey = runtime.evas.handle_key runtime.evas.handle_key = self.handle_key self.timer = utils.Timer(3000, self.usb_check) def usb_check(self): ret = os.system("USB") if ret == 0: self.ui.testmsg.text = _('USB check succeed') else: self.ui.testmsg.text = _('USB check fail') def handle_key (self, down, key): if not down: return True if key == '*': runtime.manager.back_stage() def destroy(self): Stage.destroy(self) runtime.evas.handle_key = self.tmpkey ###5 class dialtone_test_stage(Stage): def __init__(self): self.tmpkey = runtime.evas.handle_key runtime.evas.handle_key = self.handle_key self.ui = TestUI( 'DIAL TONE TEST',' ',' ','DIAL TONE TEST') self.ui.testmsg.text = 'Playing dial tone' self.play_tone() def play_tone(self): runtime.dspg.set_state(runtime.dspg.ST_RINGER) runtime.dspg.set_volume(5) runtime.vdci_play_tone(config.PLAY_DIAL_TONE) # play_test("/usr/local/lgvp/audios/ring/love.wav") def handle_key(self, down, key): if not down: return True if key == "*": # stop_test() runtime.vdci_stop_tone() # status.set_modem_audio_state(status.IDLE) # runtime.dspg.set_state(runtime.dspg.ST_IDLE) runtime.manager.back_stage() def destroy(self): runtime.evas.handle_key = self.tmpkey Stage.destroy(self) ''' class bluetooth_test_stage(Stage): def __init__(self): self.retry = 0 self.index = 0 self.tempkey = runtime.evas.handle_key runtime.evas.handle_key = self.handle_key self.ui = TestUI( 'BLUETOOTH TEST',' ',' ','BLUETOOTH TEST') self.ui.testmsg.text = 'Searching Bluetooth...' self.searchbt() def start_search(self): self.get_listt = 0 self.bluetooths = [] self.bt_restart = utils.Timer(15000, self.restart_bt) self.get_list() def restart_bt(self): print 'Before Test' phonesetting.Restart_btapp() print 'After Test' runtime.btapp.send_message('20|i') def get_search_device(self): import re print runtime.btapp.bt_list[0] return re.search("Addr=([0-9a-zA-z:]+)",runtime.btapp.bt_list[0]).group(1) def get_list(self): if runtime.btapp.dEnd == 'done': choice = runtime.btapp.bt_list if len(choice) == 0: if self.retry > 1: self.ui.testmsg.text = 'Bluetooth Not Found!' else: self.retry = self.retry +1 print 'Retry Bluetooth Test!!' self.searchbt() else: self.ui.testmsg.text = self.get_search_device()+ " Found" else: self.get_listt = utils.Timer(1000, self.get_list) def no_cb(self): self.bt_restart = 0 self.get_listt = 0 runtime.btapp.send_message('20|D') runtime.btapp.send_message('20|v') runtime.btapp.set_default() def searchbt(self): runtime.btapp.set_default() if self.index == 0: runtime.btapp.send_message('20|i') self.start_search() else: try: fp = open('bluetooth.txt') showlist = [] for line in fp.readlines(): showlist.append(line) fp.close() if len(showlist) != 0: return except: print 'file error' def handle_key(self, down, key): if not down: return True if key == "*": runtime.manager.back_stage() def destroy(self): self.no_cb() runtime.evas.handle_key = self.tempkey Stage.destroy(self) ''' ###6 class mbu_auto_test_stage(Stage): def __init__(self): self.ui = TestUI( 'MBU AUTO TEST',' ',' ','ASSY AUTO TEST' ) self.keymsg = 'OK','Alarm','Media Player','1','5','9','0' ''' self.testkey= config.Menu1,config.Menu2, 'Up',config.Snapshot, 'Left', 'OK','Right','1','5','9','0' ''' self.testkey= 'OK','Right','F10','1','5','9','0' self.testsize = 7 self.testidx=0 self.tmpkey = runtime.evas.handle_key runtime.evas.handle_key = self.handle_key self.ui.testmsg.text = 'KEYPAD TEST:'+self.keymsg[self.testidx] self.lastkey = self.testkey[self.testidx] self.testidx = self.testidx+1 self.timer = 0 #runtime.dspg.set_state(runtime.dspg.ST_V_SPK_OFFHK_LPLAY) self.count = 0 #runtime.dspg.set_volume(3) self.keytest = 0 self.player_pid = None self.viewfinder = None def init_lcd_test(self): self.keytest = 1 self.timer = 0 self.ui.clip = runtime.evas.rectangle() self.ui.clip.pos = 0,0 self.ui.clip.size = 480, 272 self.idx = 0 self.ui.clip.color = test_color[self.idx] self.ui.add(self.ui.clip) self.ui.show() self.timer = utils.Timer(300, self.testcolor) os.system('sync') def testcolor(self): self.idx += 1 if self.idx < 5: print 'idx=',self.idx self.ui.clip.color = test_color[self.idx] self.ui.add(self.ui.clip) time.sleep(1) self.timer = utils.Timer(100, self.testcolor) else: self.ui.clip.hide() self.init_vol_test() import os if os.path.exists('/usr/etc/testmode1') or os.path.exists('/usr/etc/testmode2'): os.system('rm /usr/etc/testmode*') os.system('touch /usr/etc/testmode2') os.system('sync') #self.init_camera_test() #################### def init_vol_test (self): self.mode = 1 self.timer = 0 self.ui.testmsg.text = _('PLAY SOUND') file = '/usr/local/lgvp/audios/transfer/transferMOH.wav' #runtime.SP_context.SP_stereoPlayback() self.pid = os.fork() if self.pid == 0: try: file = (file, '1') command = ('playulaw','playulaw') + file os.execlp(*command) except: os._exit(1) self.timer = utils.Timer(5000, self.stop_vol_test) def stop_vol_test(self): if not self.pid: return try: import signal os.kill(self.pid, signal.SIGKILL) if config.utils_debug: print 'now call waitpid', self.pid os.waitpid(self.pid, 0) except: if config.utils_debug: print 'fail to kill!!!' self.pid = None runtime.SP_context.SP_stereoStopPlayback() self.init_camera_test() #################### ''' def init_vol_test(self): self.mode = 1 self.timer = 0 self.ui.testmsg.text = 'PLAY SOUND MAX' self.cnt = 0 #runtime.dspg.set_state(setting.handset_volume) #runtime.dspg.set_volume(5) #play_test("/usr/local/lgvp/audios/ring/walk.mid") setting.external_ring = config.def_melody melody = config.def_melody print '########',melody #setting.stereo_volume = 5 self.player_pid = utils.player.play(melody, case = 2) #runtime.dspg.set_volume(5) #play_test("/usr/local/lgvp/audios/ring/walk.mid") self.timer = utils.Timer(5000, self.stop_vol_test) def stop_vol_test(self): #stop_test() # TEST testmode1 -> testmode2 os.system('rm /usr/etc/testmode*') os.system('touch /usr/etc/testmode2') os.system('sync') utils.player.stop(self.player_pid) self.init_camera_test() ''' def init_camera_test(self): self.ui.clip.show() self.mode = 3 self.timer = 0 ''' os.system('fb0top 0') # utils.player.preview_start() # self.timer = utils.Timer(3000, self.end_camera_test) #ka... self.po = os.popen("/usr/local/diag/TUP/TestApp -f /usr/local/diag/TUP/cmd.txt /usr/local/diag/TUP/GEDR_VH264.cfg", "w") os.system('vc-vc02-loop-diag') ''' self.viewfinder = runtime.evas.rectangle() self.viewfinder.geometry = (0,0,480,272) self.viewfinder.layer = 1 self.viewfinder.color = (255, 255, 254, 255) runtime.evas.use_transparency(True) self.viewfinder.show() os.system('vc-vc02-loop-diag') def handle_key(self, down, key): if not down: return True #if key in '0123456789': # runtime.dspg.send_dtmf(key, False) if key == '*': if self.keytest == 0: self.count = self.count + 1 print "elpis key:", self.keymsg[self.testidx] if (self.count == 2): runtime.manager.back_stage() else: if key == self.keymsg[self.testidx-1]: print "elpis : correct" self.ui.testmsg.text = 'KEYPAD TEST:'+self.keymsg[self.testidx] self.lastkey = self.testkey[self.testidx] self.testidx = self.testidx+1 self.count = 0 #else: # runtime.dspg.set_volume(3) # play_test("test1.wav") # print '!!! 1:Invalid Key', key else : os.system('vc-stop-loop') runtime.manager.back_stage() else: if key != self.lastkey: #runtime.dspg.set_volume(3) #play_test("test1.wav") #print '!!! 2:Invalid Key', key self.count = 0 else: if self.testidx == self.testsize: self.timer = utils.Timer(10, self.init_lcd_test) self.init_lcd_test() elif self.testidx < self.testsize: self.ui.testmsg.text='KEYPAD TEST:'+self.keymsg[self.testidx] self.lastkey = self.testkey[self.testidx] self.testidx = self.testidx+1 def destroy(self): #runtime.dspg.set_state(runtime.dspg.ST_IDLE) self.player_pid = None runtime.evas.handle_key = self.tmpkey Stage.destroy(self) runtime.evas.use_transparency(False) if self.viewfinder: self.viewfinder.free() ''' class mbu_auto_test_stage(Stage): def __init__(self): self.mode = 0 self.ui = TestUI( 'MBU AUTO TEST',' ',' ','MBU AUTO TEST' ) self.keymsg = 'SOFTKEY2', 'SMSKEY','LEFT', 'RED','1','5','9','0' self.testkey= config.Menu2,config.key_mms,'Left',config.Red,'1','5','9','0' self.testsize = 8 self.testidx=0 self.tmpkey = runtime.evas.handle_key runtime.evas.handle_key = self.handle_key self.ui.testmsg.text = 'KEYPAD TEST:'+self.keymsg[self.testidx] self.lastkey = self.testkey[self.testidx] self.testidx = self.testidx+1 self.timer = 0 runtime.dspg.set_state(runtime.dspg.ST_V_SPK_OFFHK_LPLAY) runtime.dspg.set_volume(3) def init_bluetooth_test(self): self.retry = 0 self.mode = 3 self.timer = 0 self.index = 0 self.tempkey = runtime.evas.handle_key self.ui.testmsg.text = 'Searching Bluetooth...' self.searchbt() def start_search(self): self.get_listt = 0 self.bluetooths = [] self.bt_restart = utils.Timer(5000, self.restart_bt) self.get_list() def restart_bt(self): phonesetting.Restart_btapp() runtime.btapp.send_message('20|i') def get_search_device(self): import re print runtime.btapp.bt_list[0] return re.search("Addr=([0-9a-zA-z:]+)",runtime.btapp.bt_list[0]).group(1) def get_list(self): if runtime.btapp.dEnd == 'done': choice = runtime.btapp.bt_list if len(choice) == 0: self.mode = 4 if self.retry > 1: self.ui.testmsg.text = 'Bluetooth Not Found!' else: self.retry = self.retry +1 print 'Retry Bluetooth Test!!' self.searchbt() else: self.mode = 4 self.ui.testmsg.text = self.get_search_device()+ " Found" else: self.get_listt = utils.Timer(1000, self.get_list) def no_cb(self): self.bt_restart = 0 self.get_listt = 0 runtime.btapp.send_message('20|D') runtime.btapp.send_message('20|v') runtime.btapp.set_default() def searchbt(self): runtime.btapp.set_default() if self.index == 0: runtime.btapp.send_message('20|i') self.start_search() else: try: fp = open('bluetooth.txt') showlist = [] for line in fp.readlines(): showlist.append(line) fp.close() if len(showlist) != 0: return except: print 'file error' # def init_vol_test(self): # self.mode = 1 # self.timer = 0 # self.ui.testmsg.text = 'PLAY SOUND HIGH' # self.cnt = 0 # runtime.dspg.set_state(runtime.dspg.ST_MIDI) # runtime.dspg.set_volume(5) # play_test("/usr/local/lgvp/audios/ring/Logo Song.mid") # self.timer = utils.Timer(5000, self.stop_vol_test) # def stop_vol_test(self): # stop_test() # self.timer = utils.Timer(3000, self.init_bluetooth_test) def handle_key(self, down, key): if not down: return True if self.mode == 0: if key in '0123456789': runtime.dspg.send_dtmf(key, False) if key == '*': runtime.manager.back_stage() else: if key != self.lastkey: runtime.dspg.set_volume(3) play_test("test1.wav") print '!!! 2:Invalid Key', key else: if self.testidx == self.testsize: # self.timer = utils.Timer(100, self.init_vol_test) #self.timer = utils.Timer(100, self.init_bluetooth_test) pass elif self.testidx < self.testsize: self.ui.testmsg.text='KEYPAD TEST:'+self.keymsg[self.testidx] self.lastkey = self.testkey[self.testidx] self.testidx = self.testidx+1 else : if key == '*': runtime.manager.back_stage() def destroy(self): runtime.dspg.set_state(runtime.dspg.ST_IDLE) if self.mode == 3: self.no_cb() stop_test() runtime.evas.handle_key = self.tmpkey Stage.destroy(self) ''' ###7 class record_test_stage(Stage): def __init__(self): from mmiSoundPath import SP_State, SP_Context #Device self.tmpkey = runtime.evas.handle_key runtime.evas.handle_key = self.handle_key self.filename = '' self.recordstage_timer = None self.audiopid = None self.ui = TestUI(_('Record test'),' ',_('Exit'),_('Record Test Mode')) self.ui.testmsg.text = _('Wait.') self.ui_timer = utils.Timer(2*1000, self.change_ui) self.rec_status = 0 # 0:not ready, 1:recording, 2:playing self.green_count = 0 self.audioPath = 2 # 1: HS 2:SPK def change_ui(self): self.ui_timer = None self.ui.destroy() import ui self.ui = ui.AudioRecordUI('', '', _('RECORD TEST'),'') self.ui.set_max_duration(config.audio_record_duration) # subtitle subtitle = _('Recording') self.subtitle = runtime.evas.text(text=subtitle,font=uiconfig.pb_entry_font) self.subtitle.color = uiconfig.color_dark_gray self.subtitle.pos = 20, 60 self.ui.add(self.subtitle) self.ui.show() # KA: [20070730] video 화면을 가리기 위해 os.system('fb0top 1') runtime.evas.render() utils.remove('/usr/local/lgvp/arec.amr') self.audiopid = utils.player.amr_record_ready(testmode=True) self.recordstage_timer = utils.Timer(200, self.recording_start) def update_duration_display(self): self.ui.duration.text = _('Duration: ') + '%02d:%02d' % divmod(self.duration, 60) self.ui.set_value(self.duration) def recording_start(self): self.rec_status = 1 self.timer = utils.Timer(1000, self.update_time) self.duration = 0 self.max_duration = config.audio_record_duration self.ui.set_max_duration(self.max_duration) self.update_duration_display() if self.audioPath == 1: # HS utils.player.amr_record_start(use_hs_mic=True) else: utils.player.amr_record_start(use_hs_mic=False) def update_time(self): if not self.timer: return False self.duration += 1 self.update_duration_display() runtime.evas.render_now() if self.duration >= self.max_duration: utils.player.stop(self.audiopid) self.audiopid = None self.pid = 0 self.recording_done() setting.reset_screen_saver_timer() status.screensaver_activated = False return False return True def recording_done(self): self.timer = 0 self.ui.duration.text = _('Duration: ') + ('%02d:%02d' % divmod(self.duration, 60)) self.ui.set_max_duration(config.audio_record_duration) self.ui.set_value(self.duration) self.subtitle.text_set(_('Playing')) self.recordstage_timer = utils.Timer(200, self.play_audio) def play_audio(self): self.rec_status = 2 if status.phone_status != status.Disconnected: return runtime.mmedia.unload() runtime.SP_context.SP_stereoStopPlayback() if self.audioPath == 1: # HS from mmiSoundPath import SP_State runtime.soundpath.set_state(SP_State.DEVICE_HS, SP_State.STATE_CONNECT) runtime.SP_context.setBandwidthMode(SP_State.DEVICE_HS) runtime.SP_context.setDeviceVolume(SP_State.DEVICE_HS, 5) self.filename = '/usr/local/lgvp/arec.amr' runtime.mmedia.audio_stop() runtime.mmedia.audio_play(self.filename, config.ring_volume[setting.ringer_volume-1], True) elif self.audioPath == 2: # SPK from mmiSoundPath import SP_State runtime.soundpath.set_state(SP_State.DEVICE_SPK, SP_State.STATE_CONNECT) runtime.SP_context.setBandwidthMode(SP_State.DEVICE_SPK) runtime.SP_context.setDeviceVolume(SP_State.DEVICE_SPK, 5) self.filename = '/usr/local/lgvp/arec.amr' runtime.mmedia.audio_stop() runtime.mmedia.audio_play(self.filename, config.ring_volume[setting.ringer_volume-1], True) #self.audiopid = utils.player.play_ring(self.filename) def stop_audio(self): if status.phone_status != status.Disconnected: return if self.audioPath == 1: # HS from mmiSoundPath import SP_State runtime.soundpath.set_state(SP_State.DEVICE_HS, SP_State.STATE_IDLE) elif self.audioPath == 2: # SPK from mmiSoundPath import SP_State runtime.soundpath.set_state(SP_State.DEVICE_SPK, SP_State.STATE_IDLE) runtime.mmedia.audio_stop() #utils.player.stop_ring() def handle_key(self, down, key): if not down: return True if key == config.Menu1: self.play_audio() elif key == config.Green: if self.green_count == 0: #utils.player.stop(self.audiopid) self.stop_audio() self.audiopid = None self.recording_done() self.green_count += 1 else: self.stop_audio() runtime.manager.back_stage() elif key == config.OffHook: if self.rec_status == 0: # 0:not ready, 1:recording, 2:playing self.audioPath = 1 runtime.mmedia.unload() runtime.SP_context.SP_stereoStopPlayback() from mmiSoundPath import SP_State runtime.soundpath.set_state(SP_State.DEVICE_HS, SP_State.STATE_CONNECT) runtime.SP_context.setBandwidthMode(SP_State.DEVICE_HS) runtime.SP_context.setDeviceVolume(SP_State.DEVICE_HS, 5) elif key == config.OnHook: if self.rec_status == 0: runtime.SP_context.goIdleState() def destroy(self): self.timer = 0 self.stop_audio() runtime.evas.handle_key = self.tmpkey Stage.destroy(self) runtime.SP_context.goIdleState() class cbu_auto_test_stage(Stage): def __init__(self): self.mode = 0 self.ui = TestUI( 'CBU AUTO TEST',' ',' ','CBU AUTO TEST' ) self.keymsg = 'SOFTKEY2', 'SMSKEY','LEFT', 'RED','1','5','9','0' self.testkey= config.Menu2,config.key_mms,'Left',config.Red,'1','5','9','0' self.testsize = 8 self.testidx=0 self.tmpkey = runtime.evas.handle_key runtime.evas.handle_key = self.handle_key self.ui.testmsg.text = 'KEYPAD TEST:'+self.keymsg[self.testidx] self.lastkey = self.testkey[self.testidx] self.testidx = self.testidx+1 self.timer = 0 runtime.dspg.set_state(runtime.dspg.ST_SPK_OFFHK_BPLAY) runtime.dspg.set_volume(3) def init_lcd_test(self): self.mode = 2 self.timer = 0 self.ui.clip = runtime.evas.rectangle() self.ui.clip.pos = 0,0 self.ui.clip.size = 480, 272 self.idx = 0 self.ui.clip.color = test_color[self.idx] self.ui.add(self.ui.clip) self.ui.show() self.timer = utils.Timer(300, self.testcolor) def testcolor(self): self.idx += 1 if self.idx < 5: print 'idx=',self.idx self.ui.clip.color = test_color[self.idx] self.ui.add(self.ui.clip) self.Timer = 0 time.sleep(1) self.timer = utils.Timer(100, self.testcolor) else: self.ui.clip.hide() self.timer = 0 os.system('rm /usr/etc/testmode*') os.system('touch /usr/etc/testmode2') self.timer = utils.Timer(500, self.init_camera_test) def init_camera_test(self): self.ui.clip.show() self.mode = 3 self.timer = 0 os.system('fb0top 0') # utils.player.preview_start() # self.timer = utils.Timer(3000, self.end_camera_test) self.po = os.popen("/usr/local/diag/TUP/TestApp -f /usr/local/diag/TUP/cmd.txt /usr/local/diag/TUP/GEDR_VH264.cfg", "w") # def end_camera_test(self): # os.system('fb0top 1') # utils.player.preview_stop() # os.system("sync") # os.system("sync") # time.sleep(3) # self.init_camera_mmx_test() # def init_camera_mmx_test(self): # self.mode = 4 # os.system('fb0top 0') # self.po = os.popen("/usr/local/bin/TUP/TestApp /usr/local/bin/TUP/conftest/_local/GEDR_VH264.cfg", "w") # self.timer = 0 # self.timer = utils.Timer(6000, self.end_camera_mmx_test) # def end_camera_mmx_test(self): # os.system('fb0top 1') # self.po.write("E\n") # self.po.close() # self.mode = 5 # os.system('rm /usr/etc/testmode*') # os.system('touch /usr/etc/testmode2') # runtime.manager.back_stage() # def init_vol_test(self): # self.mode = 1 # self.timer = 0 # self.ui.testmsg.text = 'PLAY SOUND MAX' # self.cnt = 0 # runtime.dspg.set_state(runtime.dspg.ST_MIDI) # runtime.dspg.set_volume(5) # play_test("/usr/local/lgvp/audios/ring/Logo Song.mid") # self.timer = utils.Timer(5000, self.stop_vol_test) # def stop_vol_test(self): # stop_test() # self.timer = utils.Timer(3000, self.init_lcd_test) def handle_key(self, down, key): if not down: return True if self.mode == 0: if key in '0123456789': runtime.dspg.send_dtmf(key, False) if key == '*': runtime.manager.back_stage() else: if key != self.lastkey: runtime.dspg.set_volume(3) play_test("test1.wav") print '!!! 2:Invalid Key', key else: if self.testidx == self.testsize: # self.timer = utils.Timer(100, self.init_vol_test) self.timer = utils.Timer(500, self.init_lcd_test) elif self.testidx < self.testsize: self.ui.testmsg.text='KEYPAD TEST:'+self.keymsg[self.testidx] self.lastkey = self.testkey[self.testidx] self.testidx = self.testidx+1 else : if key == '*': runtime.manager.back_stage() def destroy(self): runtime.dspg.set_state(runtime.dspg.ST_IDLE) if self.mode == 3: self.po.write("E\n") self.po.close() os.system('fb0top 1') stop_test() runtime.evas.handle_key = self.tmpkey Stage.destroy(self) ###8 class camera_test_stage(Stage): name = 'video preview' def __init__(self): import ui self.ui = ui.VideoPreviewUI('', '', _('VIDEO RECORDER'), _('Stand by')) self.go_recordstage = False if setting.screen_saver_enabled: status.not_screen_saver = True def handle_key(self, key): if key== '*' or key == config.Menu2: runtime.manager.back_stage() return True def show(self): self.ui.set_left('') self.ui.set_right(_('BACK')) Stage.show(self) runtime.evas.render() os.system('fb0top 0') utils.remove_cmd('/usr/local/lgvp/*.3gp') utils.remove_cmd('/usr/local/lgvp/*.png') utils.remove_cmd('/usr/local/lgvp/*.yuv420') campos = (56, 24, 200, 206) utils.player.video_record_ready(campos) def destroy(self): os.system('fb0top 1') utils.player.video_end(False) utils.remove_cmd('/tmp/*.3gp') utils.remove_cmd('/tmp/*.png') utils.remove_cmd('/tmp/*.yuv420') Stage.destroy(self) class video_call_test_stage(Stage): def __init__(self): import ui self.ui = ui.NormalDigitEditUI('', 'Direct IP call', 'IP address', 15) #self.ui.set_left('VIDEO CALL') self.change_profile() def change_profile(self): if profile.ip_mode == 0: self.profile = 1 self.old_profile_name = _('PSTN') profile.profile.set_profile(self.profile) if self.profile == 1: # change LAN profile.. if self.old_profile_name == _('PSTN'): # PSTN -> LAN if runtime.modem: runtime.modem.close() lan_profile.set_dhcp(False) runtime.modem = None if runtime.vdciapp == None: import vdciapp runtime.vdciapp = vdciapp.VDCIApp() runtime.vdciapp.run_vdciapp() runtime.vdci_send_mesg(code1=config.MESG_STARTUP, \ mesg1=status.videocall_dimension, \ mesg2=(3,6,9,12,15)[setting.video_fluency-1], \ mesg3=0) os.system('ifconfig eth0 192.168.10.1 netmask 255.255.255.0') time.sleep(1) os.system('ping -c 1 192.168.10.100') time.sleep(2) def handle_key(self, key): dest = self.ui.get_text() if key == config.Green or key == config.Menu1: import status if not dest: dest = '192.168.10.100' spkOffHook = runtime.SP_context.SPK_OffHook() if spkOffHook.next(): spkOffHook.next() status.dial_number = dest #runtime.manager.start_ip_call(dest, direct=True) runtime.manager.start_ip_call(number=status.dial_number, video_call=False, direct=True) return True elif key == config.Video:# or key == config.Menu1: import status if not dest: dest = '192.168.10.100' spkOffHook = runtime.SP_context.SPK_OffHook() if spkOffHook.next(): spkOffHook.next() status.dial_number = dest # KA: [20080503] added from mmiSoundPath import SP_Context runtime.SP_context.setBaseCallStatus(SP_Context.OUTGOING_VIDEO) #runtime.mmiDebug.mmiTrace('video call start') runtime.SP_context.stopTonePlay() status.videocall_byuser = True runtime.manager.start_ip_call(number=status.dial_number, video_call=True, direct=True) #runtime.manager.start_ip_call(dest, video_call=True, direct=True, tstmode=True) # KA: [20080503] added == return True else: return self.ui.handle_key(key) def destroy(self): Stage.destroy(self) ###9 _TM_functions = ['mode_disable', 'mode_pcb', 'mode_assy'] def get_func(index): return _TM_functions[index] beforekey2 = 0 class change_test_mode_stage(ListStage): global beforekey2 title = 'TEST MODE' choice = ('0. Disable','1. PCB','2. ASSY') beforekey2 = 0 mode_text = '' def __init__(self): ListStage.__init__(self) def destroy(self): ListStage.destroy(self) def activate(self, index): global beforekey2 if get_func(index) == 'mode_disable': print 'mode_disable' mode_text = 'DISABLE.' os.system('rm /usr/etc/testmode*') elif get_func(index) == 'mode_pcb': print 'mode_pcb' mode_text = 'TEST MODE 1.PCB' os.system('rm /usr/etc/testmode*') os.system('touch /usr/etc/testmode1') elif get_func(index) == 'mode_assy': print 'mode_assy' mode_text = 'TEST MODE 2.ASSY' os.system('rm /usr/etc/testmode*') os.system('touch /usr/etc/testmode2') # 지혜씨! 이부분 삭제된게 맞는지 확인해주세요~ #setting.set_volume(setting.audio_volume) stage = MessageStage('TEST MODE',mode_text) runtime.manager.stack_stage(stage) runtime.manager.back_stage() def handle_key(self, key): global beforekey if key in "012": index = ord(key)-ord('0') print 'index = ' + key if get_func(index) == 'mode_disable': print 'mode_disable' mode_text = 'DISABLE.' os.system('rm /usr/etc/testmode*') elif get_func(index) == 'mode_pcb': print 'mode_pcb' mode_text = 'TEST MODE 1.PCB' os.system('rm /usr/etc/testmode*') os.system('touch /usr/etc/testmode1') elif get_func(index) == 'mode_assy': print 'mode_assy' mode_text = 'TEST MODE 2.ASSY' os.system('rm /usr/etc/testmode*') os.system('touch /usr/etc/testmode2') stage = MessageStage('TEST MODE',mode_text) runtime.manager.stack_stage(stage) runtime.manager.back_stage() elif key == '*': runtime.manager.back_stage() else: return ListStage.handle_key(self,key) beforekey2 = key class LCD_defect_test(Stage): def __init__(self): self.mode = 0 self.ui = TestUI( 'LCD DEFECT TEST',' ',' ','LCD DEFECT TEST' ) self.idx = 0 self.timer = None self.init_lcd_test() def init_lcd_test(self): self.image = utils.put_image(test_image[self.idx], (0, 0)) self.ui.add(self.image) def changeColor(self): self.timer = None self.idx += 1 if self.idx > 9: self.idx = 0 print 'idx=',self.idx name = uiconfig.image_dir + test_image[self.idx] self.image.file = name def changeColorAuto(self): self.idx += 1 if self.idx > 9: self.idx = 0 print 'idx=',self.idx name = uiconfig.image_dir + test_image[self.idx] self.image.file = name self.timer = utils.Timer(1000, self.changeColorAuto) ''' def init_lcd_test(self): self.ui.clip = runtime.evas.rectangle() self.ui.clip.pos = 0,0 self.ui.clip.size = 480, 272 self.ui.clip.color = test_color[self.idx] self.ui.add(self.ui.clip) self.ui.show() def changeColor(self): self.idx += 1 if self.idx > 4: self.idx = 0 print 'idx=',self.idx self.ui.clip.color = test_color[self.idx] self.ui.add(self.ui.clip) ''' def handle_key(self, key): if key in ('*', 'CLR', config.Red): self.timer = None runtime.manager.back_stage() elif key == '0': self.changeColorAuto() else: self.changeColor() class wifi_test_stage(Stage): def __init__(self): self.ui = TestUI( '',' ',' ','' ) self.ui.testmsg.text = _('WIFI check') self.tmpkey = runtime.evas.handle_key runtime.evas.handle_key = self.handle_key self.timer = utils.Timer(3000, self.usb_check) def usb_check(self): ret = os.system("wltest2") if ret == 0: self.ui.testmsg.text = _('WIFI check succeed') else: self.ui.testmsg.text = _('WIFI check fail') def handle_key (self, down, key): if not down: return True if key == '*': runtime.manager.back_stage() def destroy(self): Stage.destroy(self) runtime.evas.handle_key = self.tmpkey class sd_mmc_test_stage(Stage): def __init__(self): self.ui = TestUI( '',' ',' ','' ) self.ui.testmsg.text = _('SD/MMC check') self.tmpkey = runtime.evas.handle_key runtime.evas.handle_key = self.handle_key self.timer = utils.Timer(3000, self.usb_check) def usb_check(self): #ret = os.system("wltest") try: ret = os.stat("/mfs/sd") except: ret = 0 if ret: self.ui.testmsg.text = 'SD/MMC check succeed' else: self.ui.testmsg.text = 'SD/MMC check fail' def handle_key (self, down, key): if not down: return True if key == '*': runtime.manager.back_stage() def destroy(self): Stage.destroy(self) runtime.evas.handle_key = self.tmpkey ###10 def swdown_start(index): pid = os.fork() if pid == 0: if index == 0: os.execlp('swdown','swdown', 'dhcpd') elif index == 1: os.execlp('swdown','swdown', 'inetd') elif index == 2: # 일단은 SD Update경우에만 if os.path.exists('/mfs/sd'): utils.vega_reset_together() os.execlp('swdown','swdown', 'sdmmc') else: stage = NotifyStage(_('Insert SD/MMC Card.')) runtime.manager.change_stage(stage) elif index == 3: os.execlp('swdown','swdown', 'server') else: os.waitpid(pid, 0) # runtime.manager.back_stage() #class DiagNotifyStage(NotifyStage): # def __init__(self, message): # NotifyStage.__init__(self, message, None, cb=None, duration=100*1000) class swdown_stage(ListStage): global beforekey title = 'S/W DOWNLOAD' choice = ('0. DHCP Mode','1. Enable INETD','2. From SD/MMC','3. From 192.168.1.10') def activate(self, index): ipstr = '' if index == 0: ipstr = 'DHCP Mode' elif index == 1: ipstr = 'Enable INETD' elif index == 2: ipstr = 'UPDATE from SD/MMC' elif index == 3: ipstr = 'From 192.168.1.10' # stage = DiagNotifyStage(ipstr) # runtime.manager.change_stage(stage) stage = MessageStage('S/W DOWNLOAD',ipstr) runtime.manager.stack_stage(stage) swdown_start(index) def handle_key(self, key): if key in '0123': index = ord(key)-ord('0') self.activate(index) else: return ListStage.handle_key(self,key) ###11 _MISC_functions = ['packet_on', 'packet_off'] def get_misc_func(index): return _MISC_functions[index] beforekey3 = 0 class packet_menu_onoff(ListStage): global beforekey3 title = 'PACKET MENU ON/OFF' choice = ('0. PACKET Menu ON','1. PACKET Menu OFF') beforekey3 = 0 mode_text = '' def __init__(self): ListStage.__init__(self) def destroy(self): ListStage.destroy(self) def activate(self, index): global beforekey3 if get_misc_func(index) == 'packet_on': print 'packet_menu_on' os.system('rm /usr/etc/packet*') os.system('touch /usr/etc/packet_on') mode_text = "PACKET MENU VISIBLE!" elif get_misc_func(index) == 'packet_off': print 'packet_menu_off' os.system('rm /usr/etc/packet*') mode_text = "PACKET MENU HIDE!" stage = MessageStage('PACKET MENU VISIBLE/HIDE',mode_text) runtime.manager.stack_stage(stage) runtime.manager.back_stage() def handle_key(self, key): global beforekey3 if key in "01": index = ord(key)-ord('0') print 'index = ' + key if get_misc_func(index) == 'packet_on': print 'packet_menu_on' os.system('rm /usr/etc/packet*') os.system('touch /usr/etc/packet_on') mode_text = "PACKET MENU VISIBLE!" elif get_misc_func(index) == 'packet_off': print 'packet_menu_off' os.system('rm /usr/etc/packet*') mode_text = "PACKET MENU HIDE!" elif key == '*': runtime.manager.back_stage() else: return ListStage.handle_key(self,key) beforekey3 = key ###12 class debug_menu_stage(ListStage): title = 'DEBUG MENU' def __init__(self): if status.debug_mode: self.choice = 'Disable', else: self.choice = 'Enable', ListStage.__init__(self, choice=self.choice) def activate(self, index): if status.debug_mode: print 'debug_menu disable..' status.debug_mode = False mode_text = 'DEBUG MENU DISABLE!' else: print 'debug_menu enable..' status.debug_mode = True mode_text = 'DEBUG MENU ENABLE!' stage = MessageStage('DEBUG MENU', mode_text) runtime.manager.stack_stage(stage) runtime.manager.back_stage() #MMW added // 2005.12.18 to change bug flag class provision_debug_stage(ListStage): title = 'PROVISION_DEBUG' def __init__(self): if config.provision_debug: self.choice = 'Disable', else: self.choice = 'Enable', ListStage.__init__(self, choice=self.choice) def activate(self, index): if config.provision_debug: print 'provision_debug disable..' config.provision_debug = False mode_text = 'PROVISION_DEBUG DISABLE!' else: print 'provision_debug enable..' config.provision_debug = True mode_text = 'PROVISION_DEBUG ENABLE!' stage = MessageStage('PROVISION_DEBUG', mode_text) runtime.manager.stack_stage(stage) runtime.manager.back_stage() class stage_debug_stage(ListStage): title = 'STAGE_DEBUG' def __init__(self): if config.stage_debug: self.choice = 'Disable', else: self.choice = 'Enable', ListStage.__init__(self, choice=self.choice) def activate(self, index): if config.stage_debug: print 'stage_debug disable..' config.stage_debug = False mode_text = 'STAGE_DEBUG DISABLE!' else: print 'stage_debug enable..' config.stage_debug = True mode_text = 'STAGE_DEBUG ENABLE!' stage = MessageStage('STAGE_DEBUG', mode_text) runtime.manager.stack_stage(stage) runtime.manager.back_stage() class myann_service_stage(ListStage): title = 'My ANN Service' choice = ('Debug print', 'Registration flag', 'Home URL', 'BG download URL', 'Bell download URL', 'Traffic Host', 'Traffic Port') def __init__(self): ListStage.__init__(self) def activate(self, index): stage = (myann_debug_stage, myann_test_debug_stage, myann_home_url_stage, myann_bg_url_stage, myann_bell_url_stage, myann_traffic_host_stage, myann_traffic_port_stage)[index] runtime.manager.stack_stage(stage) class myann_debug_stage(ListStage): title = 'MYANN_DEBUG' def __init__(self): if config.myann_debug: self.choice = 'Disable', else: self.choice = 'Enable', ListStage.__init__(self, choice=self.choice) def activate(self, index): if config.myann_debug: print 'myann_debug disable..' config.myann_debug = False mode_text = 'MYANN_DEBUG DISABLE!' else: print 'myann_debug enable..' config.myann_debug = True mode_text = 'MYANN_DEBUG ENABLE!' stage = MessageStage('MYANN_DEBUG', mode_text) runtime.manager.stack_stage(stage) runtime.manager.back_stage() class myann_test_debug_stage(ListStage): title = 'MYANN_TEST_FLAG' def __init__(self): if config.myann_test_flag: self.choice = 'Disable', else: self.choice = 'Enable', ListStage.__init__(self, choice=self.choice) def activate(self, index): if config.myann_test_flag: print 'myann_test_flag disable..' config.myann_test_flag = False mode_text = 'MYANN_TEST_FLAG DISABLE!' else: print 'myann_test_flag enable..' config.myann_test_flag = True mode_text = 'MYANN_TEST_FLAG ENABLE!' stage = MessageStage('MYANN_TEST_FLAG', mode_text) runtime.manager.stack_stage(stage) runtime.manager.back_stage() class myann_home_url_stage(EntryStage): def __init__(self): EntryStage.__init__(self, 'MYANN_HOME_URL', 'MYANN_HOME_URL') self.ui.set_text(config.MY_SERVICE_HOME_URL) self.ui.entry.cursor_start() def activate_menu1(self): config.MY_SERVICE_HOME_URL = self.ui.get_text() stage = MessageStage('MYANN_HOME_URL', 'MYANN_HOME_URL is changed') runtime.manager.stack_stage(stage) runtime.manager.back_stage() class myann_bg_url_stage(EntryStage): def __init__(self): EntryStage.__init__(self, 'MYANN_BG_URL', 'MYANN_BG_URL') self.ui.set_text(config.BACKGROUND_DOWNLOAD_URL) self.ui.entry.cursor_start() def activate_menu1(self): config.BACKGROUND_DOWNLOAD_URL = self.ui.get_text() stage = MessageStage('MYANN_BG_URL', 'MYANN_BG_URL is changed') runtime.manager.stack_stage(stage) runtime.manager.back_stage() class myann_bell_url_stage(EntryStage): def __init__(self): EntryStage.__init__(self, 'MYANN_BELL_URL', 'MYANN_BELL_URL') self.ui.set_text(config.BELL_DOWNLOAD_URL) self.ui.entry.cursor_start() def activate_menu1(self): config.BELL_DOWNLOAD_URL = self.ui.get_text() stage = MessageStage('MYANN_BELL_URL', 'MYANN_BELL_URL is changed') runtime.manager.stack_stage(stage) runtime.manager.back_stage() class myann_traffic_host_stage(EntryStage): def __init__(self): EntryStage.__init__(self, 'MYANN_TRAFFIC_HOST', 'MYANN_TRAFFIC_HOST') self.ui.set_text(config.TRAFFICHOST) def activate_menu1(self): config.TRAFFICHOST = self.ui.get_text() stage = MessageStage('MYANN_TRAFFIC_HOST', 'MYANN_TRAFFIC_HOST is changed') runtime.manager.stack_stage(stage) runtime.manager.back_stage() class myann_traffic_port_stage(EntryStage): def __init__(self): EntryStage.__init__(self, 'MYANN_TRAFFIC_PORT', 'MYANN_TRAFFIC_PORT') self.ui.set_text(config.TRAFFICPORT) def activate_menu1(self): config.TRAFFICPORT = self.ui.get_text() stage = MessageStage('MYANN_TRAFFIC_PORT', 'MYANN_TRAFFIC_PORT is changed') runtime.manager.stack_stage(stage) runtime.manager.back_stage() #KA: [20080509] class local_debug_stage(ListStage): title = 'local_debug' def __init__(self): if setting.urlPolicy == 0: self.choice = 'Disable', else: self.choice = 'Enable', ListStage.__init__(self, choice=self.choice) def activate(self, index): if setting.urlPolicy == 0: config.local_test_flag = False mode_text = 'LOCAL_DEBUG DISABLE!' setting.set_urlPolicy(1) else: config.local_test_flag = True mode_text = 'LOCAL_DEBUG ENABLE!' setting.set_urlPolicy(0) stage = MessageStage('LOCAL_DEBUG', mode_text) runtime.manager.stack_stage(stage) runtime.manager.back_stage() #KA: [20080509] == # hcryoo : [20070430_1] class AEC_debug_stage(ListStage): title = 'AEC_DEBUG' def __init__(self): if config.AEC_debug: self.choice = 'Disable', else: self.choice = 'Enable', ListStage.__init__(self, choice=self.choice) def activate(self, index): if config.AEC_debug: print 'AEC_debug disable..' config.AEC_debug = False mode_text = 'AEC_DEBUG DISABLE!' else: print 'AEC_debug enable..' config.AEC_debug = True mode_text = 'AEC_DEBUG ENABLE!' stage = MessageStage('AEC_DEBUG', mode_text) runtime.manager.stack_stage(stage) runtime.manager.back_stage() # hcryoo : [20070430_1]== class audio_debug_stage(ListStage): title = 'AUDIO_DEBUG' def __init__(self): if config.audio_debug: self.choice = 'Disable', else: self.choice = 'Enable', ListStage.__init__(self, choice=self.choice) def activate(self, index): if config.audio_debug: print 'audio_debug disable..' config.audio_debug = False mode_text = 'AUDIO_DEBUG DISABLE!' else: print 'audio_debug enable..' config.audio_debug = True mode_text = 'AUDIO_DEBUG ENABLE!' stage = MessageStage('AUDIO_DEBUG', mode_text) runtime.manager.stack_stage(stage) runtime.manager.back_stage() class dtmf_debug_stage(ListStage): title = 'DTMF_DEBUG' def __init__(self): if config.dtmf_debug: self.choice = 'Disable', else: self.choice = 'Enable', ListStage.__init__(self, choice=self.choice) def activate(self, index): if config.dtmf_debug: print 'dtmf_debug disable..' config.dtmf_debug = False mode_text = 'DTMF_DEBUG DISABLE!' else: print 'dtmf_debug enable..' config.dtmf_debug = True mode_text = 'DTMF_DEBUG ENABLE!' stage = MessageStage('DTMF_DEBUG', mode_text) runtime.manager.stack_stage(stage) runtime.manager.back_stage() class sms_debug_stage(ListStage): title = 'SMS_DEBUG' def __init__(self): if config.sms_debug: self.choice = 'Disable', else: self.choice = 'Enable', ListStage.__init__(self, choice=self.choice) def activate(self, index): if config.sms_debug: print 'sms_debug disable..' config.sms_debug = False mode_text = 'SMS_DEBUG DISABLE!' else: print 'sms_debug enable..' config.sms_debug = True mode_text = 'SMS_DEBUG ENABLE!' stage = MessageStage('SMS_DEBUG', mode_text) runtime.manager.stack_stage(stage) runtime.manager.back_stage() class utils_debug_stage(ListStage): title = 'UTILS_DEBUG' def __init__(self): if config.utils_debug: self.choice = 'Disable', else: self.choice = 'Enable', ListStage.__init__(self, choice=self.choice) def activate(self, index): if config.utils_debug: print 'utils_debug disable..' config.utils_debug = False mode_text = 'UTILS_DEBUG DISABLE!' else: print 'utils_debug enable..' config.utils_debug = True mode_text = 'UTILS_DEBUG ENABLE!' stage = MessageStage('UTILS_DEBUG', mode_text) runtime.manager.stack_stage(stage) runtime.manager.back_stage() class sim_debug_stage(ListStage): title = 'SIM_DEBUG' def __init__(self): if config.sim_debug: self.choice = 'Disable', else: self.choice = 'Enable', ListStage.__init__(self, choice=self.choice) def activate(self, index): if config.sim_debug: print 'sim_debug disable..' config.sim_debug = False mode_text = 'SIM_DEBUG DISABLE!' else: print 'sim_debug enable..' config.sim_debug = True mode_text = 'SIM_DEBUG ENABLE!' stage = MessageStage('SIM_DEBUG', mode_text) runtime.manager.stack_stage(stage) runtime.manager.back_stage() class sac3_debug_debug_stage(ListStage): title = 'SAC3_DEBUG' def __init__(self): if config.sac3_debug: self.choice = 'Disable', else: self.choice = 'Enable', ListStage.__init__(self, choice=self.choice) def activate(self, index): if config.sac3_debug: print 'sac3_debug disable..' config.sac3_debug = False mode_text = 'SAC3_DEBUG DISABLE!' else: print 'sac3_debug enable..' config.sac3_debug = True mode_text = 'SAC3_DEBUG ENABLE!' stage = MessageStage('SAC3_DEBUG', mode_text) runtime.manager.stack_stage(stage) runtime.manager.back_stage() class modem_debug_stage(ListStage): title = 'MODEM_DEBUG' def __init__(self): if config.modem_debug: self.choice = 'Disable', else: self.choice = 'Enable', ListStage.__init__(self, choice=self.choice) def activate(self, index): if config.modem_debug: print 'modem_debug disable..' config.modem_debug = False mode_text = 'MODEM_DEBUG DISABLE!' else: print 'modem_debug enable..' config.modem_debug = True mode_text = 'MODEM_DEBUG ENABLE!' # eicho modify 06.03.17 if runtime.modem != None: runtime.modem.set_debug(config.modem_debug) stage = MessageStage('MODEM_DEBUG', mode_text) runtime.manager.stack_stage(stage) runtime.manager.back_stage() class mm_debug_stage(ListStage): title = 'MM_DEBUG' def __init__(self): if config.mm_debug: self.choice = 'Disable', else: self.choice = 'Enable', ListStage.__init__(self, choice=self.choice) def activate(self, index): if config.mm_debug: print 'mm_debug disable..' config.mm_debug = False mode_text = 'MM_DEBUG DISABLE!' else: print 'mm_debug enable..' config.mm_debug = True mode_text = 'MM_DEBUG ENABLE!' stage = MessageStage('MM_DEBUG', mode_text) runtime.manager.stack_stage(stage) runtime.manager.back_stage() class videocall_debug_stage(ListStage): title = 'VIDEOCALL_DEBUG' def __init__(self): if config.videocall_debug: self.choice = 'Disable', else: self.choice = 'Enable', ListStage.__init__(self, choice=self.choice) def activate(self, index): if config.videocall_debug: print 'videocall_debug disable..' config.videocall_debug = False mode_text = 'VIDEOCALL_DEBUG DISABLE!' else: print 'videocall_debug enable..' config.videocall_debug = True mode_text = 'VIDEOCALL_DEBUG ENABLE!' stage = MessageStage('VIDEOCALL_DEBUG', mode_text) runtime.manager.stack_stage(stage) runtime.manager.back_stage() class roxia_debug_stage(ListStage): title = 'ROXIA_DEBUG' def __init__(self): if config.roxia_debug: self.choice = 'Disable', else: self.choice = 'Enable', ListStage.__init__(self, choice=self.choice) def activate(self, index): if config.roxia_debug: print 'roxia_debug disable..' config.roxia_debug = False mode_text = 'ROXIA_DEBUG DISABLE!' else: print 'roxia_debug enable..' config.roxia_debug = True mode_text = 'ROXIA_DEBUG ENABLE!' stage = MessageStage('ROXIA_DEBUG', mode_text) runtime.manager.stack_stage(stage) runtime.manager.back_stage() class roxia_event_stage(ListStage): title = 'ROXIA_EVENT' def __init__(self): if config.roxia_event: self.choice = 'Disable', else: self.choice = 'Enable', ListStage.__init__(self, choice=self.choice) def activate(self, index): if config.roxia_event: print 'roxia_event disable..' config.roxia_event = False mode_text = 'ROXIA_EVENT DISABLE!' else: print 'roxia_event enable..' config.roxia_event = True mode_text = 'ROXIA_EVENT ENABLE!' stage = MessageStage('ROXIA_EVENT', mode_text) runtime.manager.stack_stage(stage) runtime.manager.back_stage() class update_debug_stage(ListStage): title = 'UPDATE_DEBUG' def __init__(self): if config.update_debug: self.choice = 'Disable', else: self.choice = 'Enable', ListStage.__init__(self, choice=self.choice) def activate(self, index): if config.update_debug: print 'update_debug disable..' config.update_debug = False mode_text = 'UPDATE_DEBUG DISABLE!' else: print 'update_debug enable..' config.update_debug = True mode_text = 'UPDATE_DEBUG ENABLE!' stage = MessageStage('UPDATE_DEBUG', mode_text) runtime.manager.stack_stage(stage) runtime.manager.back_stage() class ipemail_debug_stage(ListStage): title = 'IPEMAIL_DEBUG' def __init__(self): if config.ipemail_debug: self.choice = 'Disable', else: self.choice = 'Enable', ListStage.__init__(self, choice=self.choice) def activate(self, index): if config.ipemail_debug: print 'ipemail_debug disable..' config.ipemail_debug = False mode_text = 'IPEMAIL_DEBUG DISABLE!' else: print 'ipemail_debug enable..' config.ipemail_debug = True mode_text = 'IPEMAIL_DEBUG ENABLE!' stage = MessageStage('IPEMAIL_DEBUG', mode_text) runtime.manager.stack_stage(stage) runtime.manager.back_stage() class alldebug_flag_stage(ListStage): global all_debug_flag title = 'ALL_DEBUG_FLAG' all_debug_flag = False def __init__(self): if all_debug_flag == True: self.choice = 'Disable', else: self.choice = 'Enable', ListStage.__init__(self, choice=self.choice) def activate(self, index): global all_debug_flag if all_debug_flag == True: print 'all_debug_flag disable..' all_debug_flag = False key_debug = False config.stage_debug = False config.ring_debug = False config.audio_debug = False config.dtmf_debug = False config.sms_debug = False config.utils_debug = False config.sim_debug = False config.sim_reader_debug = False config.sac3_debug = False config.modem_debug = False config.mm_debug = False config.videocall_debug = False config.roxia_debug = False config.roxia_event = False config.update_debug = False config.ipemail_debug = False config.netc_debug = False config.netn_debug = False mode_text = 'ALL_DEBUG_FLAG DISABLE!' else: print 'all_debug_flag enable..' all_debug_flag = True key_debug = True config.stage_debug = True config.ring_debug = True config.audio_debug = True config.dtmf_debug = True config.sms_debug = True config.utils_debug = True config.sim_debug = True config.sim_reader_debug = True config.sac3_debug = True config.modem_debug = True config.mm_debug = True config.videocall_debug = True config.roxia_debug = True config.roxia_event = True config.update_debug = True config.ipemail_debug = True config.netc_debug = True config.netn_debug = True mode_text = 'ALL_DEBUG_FLAG ENABLE!' # eicho modify 06.03.17 if runtime.modem != None: runtime.modem.set_debug(config.modem_debug) stage = MessageStage('ALL_DEBUG_FLAG', mode_text) runtime.manager.stack_stage(stage) runtime.manager.back_stage() class VDCI_debug_stage(ListStage): title = 'VDCI_DEBUG' def __init__(self): if config.VDCI_debug: self.choice = 'Disable', else: self.choice = 'Enable', ListStage.__init__(self, choice=self.choice) def activate(self, index): if config.VDCI_debug: print 'VDCI_debug disable..' config.VDCI_debug = False runtime.vdciapp.send_mesg(code1='cd', code2='d', mesg1='d') mode_text = 'VDCI_DEBUG DISABLE!' else: print 'VDCI_debug enable..' config.VDCI_debug = True runtime.vdciapp.send_mesg(code1='cd', code2='d', mesg1='a') mode_text = 'VDCI_DEBUG ENABLE!' stage = MessageStage('VDCI_DEBUG', mode_text) runtime.manager.stack_stage(stage) runtime.manager.back_stage() class all_KT_debug_stage(ListStage): global all_KT_debug_flag title = 'ALL_KT_DEBUG_FLAG' all_KT_debug_flag = False def __init__(self): if all_KT_debug_flag == True: self.choice = 'Disable', else: self.choice = 'Enable', ListStage.__init__(self, choice=self.choice) def activate(self, index): global all_KT_debug_flag if all_KT_debug_flag == True: print 'all_KT_debug_flag disable..' all_KT_debug_flag = False key_debug = False config.stage_debug = False config.mmi_debug = False config.videocall_debug = False config.roxia_debug = False config.roxia_event = False mode_text = 'ALL_KT_DEBUG_FLAG DISABLE!' else: print 'all_KT_debug_flag enable..' all_KT_debug_flag = True key_debug = True config.stage_debug = True config.mmi_debug = True config.videocall_debug = True config.roxia_debug = True config.roxia_event = True mode_text = 'ALL_KT_DEBUG_FLAG ENABLE!' stage = MessageStage('ALL_KT_DEBUG_FLAG', mode_text) runtime.manager.stack_stage(stage) runtime.manager.back_stage() _chariot_functions = ['start_endpoint'] def get_chariot_func(index): return _chariot_functions[index] beforekey4 = 0 class start_endpoint(ListStage): global beforekey4 title = 'START ENDPOINT' choice = '0. Start EndPoint', beforekey4 = 0 mode_text = '' def __init__(self): ListStage.__init__(self) def destroy(self): ListStage.destroy(self) def activate(self, index): global beforekey4 if get_chariot_func(index) == 'start_endpoint': print 'start_endpoint!!' os.system('/usr/local/bin/start_endpoint &') mode_text = "STARTED ENDPOINT!" stage = MessageStage('START ENDPOINT',mode_text) runtime.manager.stack_stage(stage) runtime.manager.back_stage() def handle_key(self, key): global beforekey4 if key in "0": index = ord(key)-ord('0') print 'index = ' + key if get_chariot_func(index) == 'start_endpoint': print 'start_endpoint!!' os.system('/usr/local/bin/start_endpoint &') mode_text = "STARTED ENDPOINT!" elif key == '*': runtime.manager.back_stage() else: return ListStage.handle_key(self,key) beforekey4 = key class To_debug_stage(ListStage): name = 'test_debug_flag' title = 'To Debug' choice = ('stage_debug', 'audio_debug', 'dtmf_debug', 'sms_debug', 'utils_debug', 'sim_debug', 'sac3_debug', 'modem_debug', 'mm_debug', 'videocall_debug', 'roxia_debug', 'roxia_event', 'update_debug', 'ipemail_debug', 'alldebug_flag', 'Packet Menu Visible/Hide', 'Debug menu', 'Start EndPoint', 'AEC', 'My ANN Service', 'KT_debug', 'local_debug', 'VDCI_debug', 'LANG_SELECT', 'DEV_MISC', 'provision_debug' ) def __init__(self): ListStage.__init__(self) def activate(self, index): stage = get_stage1(index) runtime.manager.stack_stage(stage) _stages1 = \ stage_debug_stage, \ audio_debug_stage, \ dtmf_debug_stage, \ sms_debug_stage, \ utils_debug_stage, \ sim_debug_stage, \ sac3_debug_debug_stage, \ modem_debug_stage, \ mm_debug_stage, \ videocall_debug_stage, \ roxia_debug_stage, \ roxia_event_stage, \ update_debug_stage, \ ipemail_debug_stage,\ alldebug_flag_stage, \ packet_menu_onoff, \ debug_menu_stage, \ start_endpoint, \ AEC_debug_stage, \ myann_service_stage, \ all_KT_debug_stage,\ local_debug_stage, \ VDCI_debug_stage, \ phonesetting.LanguageTestStage, \ DevMisc, \ provision_debug_stage def get_stage1(index): return _stages1[index] class Modem_HW_reset_debug_stage(ListStage): title = 'MODEM_HW_RESET' def __init__(self): self.choice = 'Reset', ListStage.__init__(self, choice=self.choice) def activate(self, index): import sms if not runtime.modem: runtime.manager.modem_init() else : if runtime.modem: runtime.modem.close() runtime.modem = None runtime.dspg.modem_reset() # time.sleep(1) time.sleep(1) runtime.manager.modem_init() ''' try: runtime.dspg.modem_reset() time.sleep(1) except IOError: print 'MODEM HW reset fail' time.sleep(5) self.write_command('ATZ\r') pass if setting.pcm_upstream == 0: #on modem_patch = config.modem_patch_upstream_on else: modem_patch = config.modem_patch_upstream_off for file in modem_patch: runtime.modem.load_patch(file) runtime.modem.reset() ''' print 'MODEM HW reset' mode_text = 'MODEM HW RESET!!' stage = MessageStage('MODEM_HW_RESET', mode_text) runtime.manager.stack_stage(stage) class Modem_SW_reset_debug_stage(ListStage): title = 'MODEM_SW_RESET' def __init__(self): self.choice = 'Reset', ListStage.__init__(self, choice=self.choice) def activate(self, index): import sms if not runtime.modem: runtime.manager.modem_init() else : try: runtime.modem.write_command('ATZ\r') except IOError: print 'MODEM SW reset fail' time.sleep(5) runtime.modem.write_command('ATZ\r') pass if setting.pcm_upstream == 0: #on modem_patch = config.modem_patch_upstream_on else: modem_patch = config.modem_patch_upstream_off for file in modem_patch: runtime.modem.load_patch(file) runtime.modem.reset() print 'MODEM SW reset' config.ipemail_debug = False mode_text = 'MODEM SW RESET!!' stage = MessageStage('MODEM_SW_RESET', mode_text) runtime.manager.stack_stage(stage) class Modem_PCM_UP_Stream_stage(ListStage): global pcm_up title = 'MODEM_PCM_TEST' pcm_up = 0 def __init__(self): runtime.modem.write_command('AT+PIG=1\r') if pcm_up == 1: self.choice = 'Disable', else: self.choice = 'Enable', ListStage.__init__(self, choice=self.choice) def activate(self, index): global pcm_up import sms if pcm_up == 1: print 'PCM_UP_disabled' runtime.modem.write_command('AT+PIG=1\r') mode_text = 'PCM_UP_DISABLED!' pcm_up = 0 else: print 'PCM_UP_enabled' runtime.modem.write_command('AT+PIG=0\r') mode_text = 'PCM_UP_ENABLED!' pcm_up = 1 stage = MessageStage('PCM_UP_STREAM', mode_text) runtime.manager.stack_stage(stage) runtime.manager.back_stage() class Modem_debug_stage(ListStage): name = 'Modem_debug_flag' title = 'Modem Debug' choice = ('Modem_HW_reset_test', 'Modem_SW_reset_test', 'Modem_PCM_UP_test', ) def __init__(self): ListStage.__init__(self) def activate(self, index): stage = get_stage2(index) runtime.manager.stack_stage(stage) _stages2 = \ Modem_HW_reset_debug_stage,\ Modem_SW_reset_debug_stage,\ Modem_PCM_UP_Stream_stage def get_stage2(index): return _stages2[index] #MMW class RX_Result_stage(ListStage): title = 'Rx_Result' def __init__(self): self.choice = 'RF RX test result', fp = open('/tmp/rx_result') for tline in fp: #readlines: if tline.find('Receive: good packet') >= 0: if tline.find('good packet'): ti = tline.find('good packet') rx_result = (tline[ti+12:tline.find(', bad packet')]) self.rx_result = int(rx_result) print 'first result =', self.rx_result break; ListStage.__init__(self, choice=self.choice) def activate(self, index): print 'wifi RF test result show!!' os.system('wl pktcnt > /tmp/rx_result') time.sleep(2) fp = open('/tmp/rx_result') for tline in fp: #readlines: if tline.find('Receive: good packet') >= 0: if tline.find('good packet'): ti = tline.find('good packet') rx_active_result = (tline[ti+12:tline.find(', bad packet')]) after_result = int(rx_active_result) print 'after result = ', after_result break; before_result = self.rx_result print 'before result =', before_result self.rx_result = after_result rx_test_result = after_result - before_result print 'rx test result =', rx_test_result mode_text = 'Rx resut = '+str(rx_test_result) stage = MessageStage('WIFI RF RX TEST', mode_text) runtime.manager.stack_stage(stage) class Driver_Loading_stage(ListStage): title = 'RF_Test_Driver_loading' def __init__(self): self.choice = 'RF Test driver loading', ListStage.__init__(self, choice=self.choice) def activate(self, index): os.system('wifi_RF_test') print 'wifi driver loading' mode_text = 'DRIVER LOADED!!' stage = MessageStage('WIFI RF TEST', mode_text) runtime.manager.stack_stage(stage) class Wifi_RF_TX_TEST(ListStage): title = 'RF_TX_TEST' def __init__(self): self.choice = ('11b channel 1', '11b channel 5', '11b channel 9', '11b channel 13', '11g channel 1', '11g channel 5', '11g channel 9', '11g channel 13', ) ListStage.__init__(self, choice=self.choice) def activate(self, index): if index == 0 : # channel_num = chr(index + 49) # print 'channel'+channel_num os.system('b_test 1') print 'b-mode tx test channel 1' mode_text = '11b channel 1 tx test!!' stage = MessageStage('WIFI RF TX TEST', mode_text) elif index == 1 : os.system('b_test 5') print 'b-mode tx test channel 5' mode_text = '11b channel 5 tx test!!' stage = MessageStage('WIFI RF TX TEST', mode_text) elif index == 2 : os.system('b_test 9') print 'b-mode tx test channel 9' mode_text = '11b channel 9 tx test!!' stage = MessageStage('WIFI RF TX TEST', mode_text) elif index == 3 : os.system('b_test 13') print 'b-mode tx test channel 13' mode_text = '11b channel 13 tx test!!' stage = MessageStage('WIFI RF TX TEST', mode_text) elif index == 4 : os.system('g_test 1') print 'g-mode tx test channel 1' mode_text = '11g channel 1 tx test!!' stage = MessageStage('WIFI RF TX TEST', mode_text) elif index == 5 : os.system('g_test 5') print 'g-mode tx test channel 5' mode_text = '11g channel 5 tx test!!' stage = MessageStage('WIFI RF TX TEST', mode_text) elif index == 6 : os.system('g_test 9') print 'g-mode tx test channel 9' mode_text = '11g channel 9 tx test!!' stage = MessageStage('WIFI RF TX TEST', mode_text) elif index == 7 : os.system('g_test 13') print 'g-mode tx test channel 13' mode_text = '11g channel 13 tx test!!' stage = MessageStage('WIFI RF TX TEST', mode_text) runtime.manager.stack_stage(stage) class Wifi_RF_RX_TEST(ListStage): title = 'RF_RX_TEST' def __init__(self): self.choice = ('11b channel 1', '11b channel 5', '11b channel 9', '11b channel 13', '11g channel 1', '11g channel 5', '11g channel 9', '11g channel 13', ) ListStage.__init__(self, choice=self.choice) os.system('wl pktcnt > /tmp/rx_result') def activate(self, index): if index == 0 : # channel_num = chr(index + 49) # print 'channel'+channel_num os.system('rx_test 1') print 'b-mode rx test channel 1' # mode_text = '11b channel 1 rx test!!' time.sleep(1) os.system('wl pktcnt > /tmp/rx_result') time.sleep(2) elif index == 1 : os.system('rx_test 5') print 'b-mode rx test channel 5' # mode_text = '11b channel 5 rx test!!' time.sleep(1) os.system('wl pktcnt > /tmp/rx_result') time.sleep(2) elif index == 2 : os.system('rx_test 9') print 'b-mode rx test channel 9' # mode_text = '11b channel 9 rx test!!' time.sleep(1) os.system('wl pktcnt > /tmp/rx_result') time.sleep(2) elif index == 3 : os.system('rx_test 13') print 'b-mode rx test channel 13' # mode_text = '11b channel 13 rx test!!' time.sleep(1) os.system('wl pktcnt > /tmp/rx_result') time.sleep(2) elif index == 4 : os.system('rx_test 1') print 'g-mode rx test channel 1' # mode_text = '11g channel 1 rx test!!' time.sleep(1) os.system('wl pktcnt > /tmp/rx_result') time.sleep(2) elif index == 5 : os.system('rx_test 5') print 'g-mode rx test channel 5' # mode_text = '11g channel 5 rx test!!' time.sleep(1) os.system('wl pktcnt > /tmp/rx_result') time.sleep(2) elif index == 6 : os.system('rx_test 9') print 'g-mode rx test channel 9' # mode_text = '11g channel 9 rx test!!' time.sleep(1) os.system('wl pktcnt > /tmp/rx_result') time.sleep(2) elif index == 7 : os.system('rx_test 13') print 'g-mode rx test channel 13' # mode_text = '11g channel 13 rx test!!' time.sleep(1) os.system('wl pktcnt > /tmp/rx_result') time.sleep(1) stage = RX_Result_stage runtime.manager.stack_stage(stage) class Wifi_RF_test_stage(ListStage): name = 'WIFI_RF_TEST' title = 'Wifi RF test' choice = ('DRIVER LOADING', 'TX test', 'RX test', ) def __init__(self): ListStage.__init__(self, menu4=_('REBOOT')) def activate(self, index): stage = get_stage3(index) runtime.manager.stack_stage(stage) def handle_key(self, key): if key in (config.Red, config.Menu4): #MMW 2008.06.25 when reboot is called, reset vega and DCP related GPIO pin utils.vega_reset_together() #end of MMW #MMW 2008.07.07 when reboot send disassoc to AP and then unload the driver os.system('wlstop') #end of MMW os.system('reboot') return True return ListStage.handle_key(self, key) _stages3 = \ Driver_Loading_stage,\ Wifi_RF_TX_TEST,\ Wifi_RF_RX_TEST def get_stage3(index): return _stages3[index] #end of MMW class ModifyFirmwareVersion(EntryStage): def __init__(self): EntryStage.__init__(self, 'version modify', 'FIRMWARE VERSION') self.read_config_cfg() self.ui.set_automata('123', False) def read_config_cfg(self): g = self.__dict__ for line in file('/usr/local/lgvp/config.cfg'): line = line.strip() key, value = line.split('=', 1) g[key] = value if key == 'firmware_version': self.ui.set_text(value) def write_config_cfg(self): fp = open('/usr/local/lgvp/config.cfg', 'w') for key, value in self.__dict__.items(): if key == 'ui': continue if key == 'firmware_version': fp.write("%s=%s\n" % (key, self.ui.get_text())) else: fp.write("%s=%s\n" % (key, value)) fp.close() def handle_key(self, key): if key == config.Menu1: self.write_config_cfg() runtime.manager.back_stage() else: EntryStage.handle_key(self,key) ###13 #_chariot_functions = ['start_endpoint'] #MMW 2008.07.08 to add wifi mac show class WifiMacShowUI(LargeWindowUI): def __init__(self, mac): LargeWindowUI.__init__(self, menu4=_('BACK'), small_title=_('WIFI MAC Address')) self.mac = mac self.show_list() def show_list(self): t = runtime.evas.text() t.font=uiconfig.details_font t.color=uiconfig.swver_details_color t.text= self.mac t.pos = uiconfig.networkdetail_text_pos[2] self.add(t) class WifiMacShowStage(Stage): def __init__(self): msg_na = _('not available') if os.access('/usr/etc/wmac', os.R_OK) : try: os.system('cat /usr/etc/wmac > /tmp/wifi_temp_mac') fp = open('/tmp/wifi_temp_mac') msg_mac = fp.readline().strip() fp.close() except : msg_mac = msg_na print 'wifi mac file read fail!!!' # print 'mac 1!!!!!', msg_mac else : if profile.profile.get_profile() == 1 : os.system('wifi_driver_loading') network_info = utils.get_address('wlan') if network_info: msg_mac = network_info[0][0] try: fp = open('/usr/etc/wmac', 'w') fp.write(msg_mac + '\n') fp.close() except : print '/usr/etc/wmac file write error!!!' else: msg_mac = msg_na # print 'mac 2!!!!!', msg_mac self.ui = WifiMacShowUI(mac=msg_mac) def handle_key(self, key): if key == config.Menu4 or key == config.CLEAR: # config.Red: runtime.manager.back_stage() return True else: return False #end of MMW ###MAIN _stages = \ final_auto_test_stage, \ keypad_test_stage, \ ping_ethernet_test_stage, \ wave_test_stage,\ mbu_auto_test_stage, \ usb_test_stage, \ record_test_stage, \ camera_test_stage, \ change_test_mode_stage, \ version_test_stage, \ LCD_defect_test, \ wifi_test_stage, \ sd_mmc_test_stage, \ swdown_stage, \ DirectCallTeststage, \ DectPathTest, \ WifiMacShowStage # video_call_test_stage, \ #ModifyFirmwareVersion, \ # added by amigo. 05.10.21# added by hclee. 05.10.31 def get_stage(index): return _stages[index] beforekey = 0 class TestStage(ListStage): name = 'test' global beforekey title = 'TEST' choice = ('1. Final assy test', '2. Keypad(all) test', '3. LAN(ping) test', '4. WAVE test', '5. MBU auto test', '6. USB test', '7. Voice Tx/Rx test', '8. Camera test', '9. test mode change', '0. Serial/MAC check', '11. LCD defect test', ' WIFI check', ' SD/MMC check', ' S/W download', ' Call test', ' DECT path test', ' Wifi MAC check') beforekey = 0 def __init__(self): ListStage.__init__(self) #if setting.screen_saver_enabled: # print '>>> disable screen saver' # setting._screen_saver_timer = 0 # def reset_screensaver(): # setting._screen_saver_timer = None # return True # self.reset_timer = utils.Timer(1000, reset_screensaver) def destroy(self): #self.reset_timer = None ListStage.destroy(self) #if setting.screen_saver_enabled: # print '>>> enable screen saver' # setting.reset_screen_saver_timer() # status.screensaver_activated = False def activate(self, index): global beforekey stage = get_stage(index) runtime.manager.stack_stage(stage) def handle_key(self, key): global beforekey if key in "1234567890": index = ord(key)-ord('1') if key == "0": index = 9 stage = get_stage(index) runtime.manager.stack_stage(stage) elif key == '#': if beforekey == '#': stage = video_server_stage() runtime.manager.stack_stage(stage) elif key in (config.Green, config.OffHook): return True else: return ListStage.handle_key(self,key) beforekey = key ###ETC def check_error_report(): try: if os.access("/usr/etc/testmode1", os.F_OK) or os.access("/usr/etc/testmode2", os.F_OK): runtime.manager.stack_stage(ViewErrorStage) else: pass except IOError: pass class ViewErrorStage(Stage): def __init__(self): #self.ui = baseui.LargeWindowUI(left='EXIT') msg = '' try: fp = open("/tmp/hwcheckfail", 'r') for strline in fp.readlines(): #if strline in ['\n', '\r', '\r\n']: sharp = strline.rfind('\x0a') if sharp == -1: strline = strline else: strline = strline[:sharp] msg = msg + strline + '\n' print '-----------------> ', len(msg) if len(msg) == 0: msg = 'TEST OK' except IOError: msg = 'TEST OK' self.ui = RichTextUI(left='EXIT') self.ui.set_text(msg) #t = runtime.evas.text() #t.font=uiconfig.details_font #t.color=uiconfig.swver_details_color #t.text= msg #t.pos = uiconfig.networkdetail_text_pos[1] #self.ui.add(t) def activate_menu1(self): runtime.manager.change_stage(IdleStage, True) def activate_menu2(self): runtime.manager.change_stage(IdleStage, True) def destroy(self): Stage.destroy(self) def handle_key(self, key): if key in (config.Green, config.OffHook): return True elif key == config.Menu1: runtime.manager.back_stage() return True else: return False ''' class ViewErrorStage(RichTextStage): def __init__(self): RichTextStage.__init__(self, 'ERROR REPORT', left='EXIT', right='EXIT') msg = '' try: fp = open("/tmp/hwcheckfail", 'r') for strline in fp.readlines(): msg = msg + strline except IOError: msg = 'TEST OK' self.set_text(msg) def activate_menu1(self): #runtime.manager.back_stage() runtime.manager.change_stage(IdleStage, True) def activate_menu2(self): #runtime.manager.back_stage() runtime.manager.change_stage(IdleStage, True) def destroy(self): Stage.destroy(self) def handle_key(self, key): if key in (config.Green, config.OffHook): return True elif key in (config.Menu1, config.Menu2): runtime.manager.back_stage() return True else: return False ''' class MessageStage(Stage): domonitor_forbidden = True def __init__(self,title,message): self.ui = TestUI( title,' ',' ',title ) self.ui.testmsg.text = message def show(self): Stage.show(self) runtime.evas.render_now() time.sleep(3) runtime.manager.back_stage() def destroy(self): Stage.destroy(self) class MessageStage2(Stage): def __init__(self,title,message): self.ui = TestUI( title,' ',' ',title ) self.ui.testmsg.text = message def resetTimer_CB(): self.resetTimer = None runtime.manager.change_stage(MessageStage(_('Serial/MAC Check'),_('Initial Failed'))) self.resetTimer = utils.Timer(10*1000, resetTimer_CB) def show(self): Stage.show(self) def changeMessage(self): status.DECT_RESET_TEST = False self.resetTimer = None try: import time dectVegaResetFile = open('/proc/sys/lvp3870/dect_reset', 'w') dectVegaResetFile.write('0') dectVegaResetFile.close() time.sleep(1) dectVegaResetFile = open('/proc/sys/lvp3870/dect_reset', 'w') dectVegaResetFile.write('1') dectVegaResetFile.close() time.sleep(1) runtime.manager.change_stage(MessageStage(_('Serial/MAC Check'),_('Initial Complete'))) except: runtime.manager.change_stage(MessageStage(_('Serial/MAC Check'),_('Initial Failed'))) def destroy(self): self.resetTimer = None Stage.destroy(self)