+++ /dev/null
-from Screens.Screen import Screen
-from Screens.MessageBox import MessageBox
-from Plugins.Plugin import PluginDescriptor
-from Components.MenuList import MenuList
-from Tools.Directories import fileExists
-from Components.ServiceList import ServiceList
-from Components.ActionMap import ActionMap,NumberActionMap
-from Components.config import config
-from os import system,access,F_OK,R_OK,W_OK
-from Components.Label import Label
-from Components.AVSwitch import AVSwitch
-from time import sleep
-from Components.Console import Console
-from enigma import eTimer
-from Components.HTMLComponent import HTMLComponent
-from Components.GUIComponent import GUIComponent
-from enigma import eListboxPythonStringContent, eListbox, gFont, eServiceCenter, eDVBResourceManager
-from enigma import eServiceReference
-from sctest import eSctest
-from enigma import eDVBDB
-from Components.NimManager import nimmanager
-from enigma import eDVBCI_UI,eDVBCIInterfaces
-from Tools.Directories import resolveFilename, SCOPE_SYSETC
-from Components.Sources.StaticText import StaticText
-
-class TestResultList(MenuList):
- def postWidgetCreate(self, instance):
- self.instance.setSelectionEnable(0)
- instance.setContent(self.l)
- instance.selectionChanged.get().append(self.selectionChanged)
- if self.enableWrapAround:
- self.instance.setWrapAround(True)
-
- def updateList(self, list):
- self.list = list
- self.l.setList(self.list)
-
-class TuneMessageBox(MessageBox):
- skin = """
- <screen position="center,center" size="600,10" title="Message">
- <widget name="text" position="65,8" size="420,0" font="Regular;22" />
- <widget name="ErrorPixmap" pixmap="Vu_HD/icons/input_error.png" position="5,5" size="53,53" alphatest="blend" />
- <widget name="QuestionPixmap" pixmap="Vu_HD/icons/input_question.png" position="5,5" size="53,53" alphatest="blend" />
- <widget name="InfoPixmap" pixmap="Vu_HD/icons/input_info.png" position="5,5" size="53,53" alphatest="blend" />
- <widget name="list" position="100,100" size="380,375" transparent="1" backgroundColor="darkgrey" />
- <!-- Signal Quality -->
- <eLabel text="SNR : " position="60,130" size="60,25" font="Regular;25" transparent="1" />
- <widget source="session.FrontendStatus" render="Label" position="120,130" size="60,25" font="Regular;25" transparent="1">
- <convert type="FrontendInfo">SNRdB</convert>
- </widget>
- <!-- AGC -->
- <eLabel text="AGC : " position="200,130" size="60,25" font="Regular;25" transparent="1" noWrap="1" />
- <widget source="session.FrontendStatus" render="Label" position="260,130" size="60,25" font="Regular;25" transparent="1" noWrap="1">
- <convert type="FrontendInfo">AGC</convert>
- </widget>
- <applet type="onLayoutFinish">
-# this should be factored out into some helper code, but currently demonstrates applets.
-from enigma import eSize, ePoint
-
-orgwidth = self.instance.size().width()
-orgpos = self.instance.position()
-textsize = self["text"].getSize()
-
-# y size still must be fixed in font stuff...
-textsize = (textsize[0] + 50, textsize[1] + 50)
-offset = 0
-if self.type == self.TYPE_YESNO:
- offset = 60
-wsizex = textsize[0] + 60
-wsizey = textsize[1] + offset
-if (280 > wsizex):
- wsizex = 280
-wsizex = wsizex + 30
-wsizey = wsizey + 30
-wsize = (wsizex, wsizey)
-
-# resize
-self.instance.resize(eSize(*wsize))
-
-# resize label
-self["text"].instance.resize(eSize(*textsize))
-
-# move list
-listsize = (wsizex, 50)
-self["list"].instance.move(ePoint(0, textsize[1]))
-self["list"].instance.resize(eSize(*listsize))
-
-# center window
-newwidth = wsize[0]
-self.instance.move(ePoint(orgpos.x() + (orgwidth - newwidth)/2, orgpos.y()))
- </applet>
- </screen>"""
- def __init__(self, session, text, type = MessageBox.TYPE_YESNO):
- MessageBox.__init__(self, session, text, type)
-
-class FactoryTestSummary(Screen):
- skin = """
- <screen name="FactoryTestSummary" position="0,0" size="132,64" id="1">
- <widget source="parent.Title" render="Label" position="6,0" size="132,64" font="Regular;18" halign="center" valign="center"/>
- </screen>"""
-
-class FactoryTestSummary_VFD(Screen):
- skin = """
- <screen name="FactoryTestSummary" position="0,0" size="256,64" id="1">
- <widget source="parent.Title" render="Label" position="0,0" size="256,64" font="VFD;24" halign="center" valign="center"/>
- </screen>"""
-
-class FactoryTest(Screen):
- skin = """
- <screen name="FactoryTest" position="300,100" size="660,550" title="Test Menu" >
- <widget name="testlist" position="10,0" size="440,455" itemHeight="35" />
- <widget name="resultlist" position="470,0" size="60,455" itemHeight="35" />
- <widget name="testdate" position="20,470" size="250,35" font="Regular;30" />
- <widget name="testversion" position="20,505" size="250,35" font="Regular;30" />
- <widget name="mactext" position="320,470" size="340,35" font="Regular;30" />
- </screen>"""
-
- def createSummary(self):
- if self.model == 4:
- return FactoryTestSummary_VFD
- else:
- return FactoryTestSummary
-
- def __init__(self, session):
-
- self["actions"] = NumberActionMap(["OkCancelActions","WizardActions","NumberActions","ColorActions",],
- {
- "left": self.nothing,
- "right":self.nothing,
- "ok": self.TestAction,
- "testexit": self.keyCancel,
- "agingstart": self.Agingmode,
- "up": self.keyup,
- "down": self.keydown,
- "0": self.numberaction,
- "1": self.numberaction,
- "2": self.numberaction,
- "3": self.numberaction,
- "4": self.numberaction,
- "5": self.numberaction,
- "6": self.numberaction,
- "7": self.numberaction,
- "8": self.numberaction,
- "9": self.numberaction,
- "red": self.shutdownaction,
- "blue": self.Agingmode2,
- }, -2)
-
- Screen.__init__(self, session)
- TESTPROGRAM_DATE = self.getImageVersion() +" (v1.20)"
- TESTPROGRAM_VERSION = "Version 01.20"
-
- self.model = 0
- self.getModelInfo()
-
- self["testdate"]=Label((TESTPROGRAM_DATE))
- self["testversion"]=Label(("Loading version..."))
- self["mactext"]=Label(("Loading mac address..."))
- if self.model == 0 or self.model == 1:
- nimConfig = nimmanager.getNimConfig(0)
- nimConfig.configMode.slot_id=0
- nimConfig.configMode.value= "simple"
- nimConfig.diseqcMode.value="diseqc_a_b"
- nimConfig.diseqcA.value="160"
- nimConfig.diseqcB.value="100"
- if self.model == 0:
- nimConfig = nimmanager.getNimConfig(1)
- nimConfig.configMode.slot_id=1
- nimConfig.configMode.value= "simple"
- nimConfig.diseqcMode.value="diseqc_a_b"
- nimConfig.diseqcA.value="130"
- nimConfig.diseqcB.value="192"
- if self.model == 2:
- pass
- if self.model == 3 or self.model == 4:
- self.NimType = {}
- sat_list = ["160","100","130","192","620","642","685","720"]
-# ' sat ' : namespace , # satname
-# '160' : '0xA00000', # Eutelsat W2
-# '100' : '0x64af79', # Eutelsat
-# '130' : '0x820000', # Hotbird
-# '192' : '0xC00000', # Astra
-# '620' : '0x26c0000', # Intelsat 902
-# '642' : '0x282AF79' # Intelsat 906
-# '685' : '02ad0000' # Panamsat 7,10 (68.5E)
-# '720' : '02d0af79' # Panamsat 4 (72.0E)
- try:
- nimfile = open("/proc/bus/nim_sockets")
- except IOError:
- nimfile = None
- if nimfile is None:
- self.session.openWithCallback(self.close, MessageBox, _("File not Found!\n/proc/bus/nim_sockets"), MessageBox.TYPE_ERROR)
- for line in nimfile.readlines():
- print line
- if line == "":
- break
- if line.strip().startswith("NIM Socket"):
- parts = line.strip().split(" ")
- current_slot = int(parts[2][:-1])
- self.NimType[current_slot]={}
- self.NimType[current_slot]["slot"] = current_slot
- elif line.strip().startswith("Type:"):
- print str(line.strip())
- self.NimType[current_slot]["type"] = str(line.strip()[6:])
- if self.NimType[current_slot]["type"].startswith("DVB-S"):
- self.NimType[current_slot]["sat1"] = sat_list.pop(0)
- self.NimType[current_slot]["sat2"] = sat_list.pop(0)
- else:
- self.NimType[current_slot]["sat1"] = None
- self.NimType[current_slot]["sat2"] = None
- elif line.strip().startswith("empty"):
- self.NimType.pop(current_slot)
- nimfile.close()
- if True:
- for (key, val) in self.NimType.items():
- print key
- print val
- if val["type"].startswith("DVB-S"):
- print "nimConfig (dvb-s): ",key
- nimConfig = nimmanager.getNimConfig(key)
- nimConfig.configMode.slot_id=key
- nimConfig.configMode.value= "simple"
- nimConfig.diseqcMode.value="diseqc_a_b"
- nimConfig.diseqcA.value = val["sat1"]
- nimConfig.diseqcB.value = val["sat2"]
- else :
- nimConfig = nimmanager.getNimConfig(key)
- print "configMode check : ",nimConfig.configMode.value
-
- nimmanager.sec.update()
-
- system("cp /usr/lib/enigma2/python/Plugins/SystemPlugins/FactoryTest/testdb /etc/enigma2/lamedb")
- db = eDVBDB.getInstance()
- db.reloadServicelist()
- self.createConfig()
-
- self.rlist = []
- for x in range(self.menulength-1):
- self.rlist.append((".."))
- self.rlist.append((" "))
- self["resultlist"] = TestResultList(self.rlist)
-
- self.avswitch = AVSwitch()
- self.scTest= eSctest()
-
- self.testing = 0
-
- self.servicelist = ServiceList()
- self.oldref = session.nav.getCurrentlyPlayingServiceReference()
- print "oldref",self.oldref
- session.nav.stopService() # try to disable foreground service
-
- self.tunemsgtimer = eTimer()
- self.tunemsgtimer.callback.append(self.tunemsg)
-
- self.camstep = 1
- self.camtimer = eTimer()
- self.camtimer.callback.append(self.cam_state)
- self.mactry = 1
- self.getmacaddr()
- self.getversion()
-
- self.tunerlock = 0
- self.tuningtimer = eTimer()
- self.tuningtimer.callback.append(self.updateStatus)
-
- self.satatry = 8
- self.satatimer = eTimer()
- self.satatimer.callback.append(self.sataCheck)
-
- self.usbtimer = eTimer()
- self.usbtimer.callback.append(self.usbCheck)
-
- self.setSourceVar()
- self.FanSpeedUp(255)
-
- def FanSpeedUp(self,value):
- if self.model in (3,4): # uno or ultimo
- if value <0:
- value = 0
- elif value >255:
- value = 255
- print "[FactoryTest, FanSpeedUp] setPWM to : %d"%value
- f = open("/proc/stb/fp/fan_pwm", "w")
- f.write("%x" % value)
- f.close()
-
- def createConfig(self):
- tlist = []
- self.satetestIndex = -1
- self.scarttestIndex = -1
- if self.model == 0:
- self.satetestIndex=0
- tlist.append((" 0. Sata & extend hdd test",self.satetestIndex))
- self.usbtestIndex=1
- tlist.append((" 1. USB test",self.usbtestIndex))
- self.fronttestIndex=2
- tlist.append((" 2. Front test",self.fronttestIndex))
- self.smarttestIndex=3
- tlist.append((" 3. Smartcard test",self.smarttestIndex))
- self.tuner1_1testIndex=4
- tlist.append((" 4. T1/H/22K x /4:3/CVBS",self.tuner1_1testIndex))
- self.tuner1_2testIndex=5
- tlist.append((" 5. T1/V/22k o/16:9/RGB",self.tuner1_2testIndex))
- self.tuner2_1testIndex=6
- tlist.append((" 6. T2/H/22k x/4:3/YC",self.tuner2_1testIndex))
- self.tuner2_2testIndex=7
- tlist.append((" 7. T2/V/22k o/16:9/CVBS/CAM",self.tuner2_2testIndex))
- self.scarttestIndex=8
- tlist.append((" 8. VCR Scart loop",self.scarttestIndex))
- self.rs232testIndex=9
- tlist.append((" 9. RS232 test",self.rs232testIndex))
- self.ethernettestIndex=10
- tlist.append(("10. Ethernet & mac test",self.ethernettestIndex))
- self.fdefaultIndex=11
- tlist.append(("11. Factory default",self.fdefaultIndex))
- self.shutdownIndex=12
- tlist.append(("12. Shutdown(Deep Standby)",self.shutdownIndex))
- self.tuner_test_first_index = 4
- self.tuner_test_last_index = 7
-
- elif self.model == 1:
- self.usbtestIndex=0
- tlist.append((" 0. USB test",self.usbtestIndex))
- self.fronttestIndex=1
- tlist.append((" 1. Front test",self.fronttestIndex))
- self.smarttestIndex=2
- tlist.append((" 2. Smartcard test",self.smarttestIndex))
- self.tuner1_1testIndex=3
- tlist.append((" 3. T1/H/22K x/4:3/CVBS",self.tuner1_1testIndex))
- self.tuner2_2testIndex = self.tuner1_2testIndex=4
- tlist.append((" 4. T1/V/22k o/16:9/RGB/CAM",self.tuner1_2testIndex))
- self.rs232testIndex=5
- tlist.append((" 5. RS232 test",self.rs232testIndex))
- self.ethernettestIndex=6
- tlist.append((" 6. Ethernet & mac test",self.ethernettestIndex))
- self.fdefaultIndex=7
- tlist.append((" 7. Factory default",self.fdefaultIndex))
- self.shutdownIndex=8
- tlist.append((" 8. Shutdown(Deep Standby)",self.shutdownIndex))
- self.tuner_test_first_index = 3
- self.tuner_test_last_index = 4
-
- elif self.model == 2:
- self.satetestIndex=0
- tlist.append((" 0. Sata & extend hdd test",self.satetestIndex))
- self.usbtestIndex=1
- tlist.append((" 1. USB test",self.usbtestIndex))
- self.fronttestIndex=2
- tlist.append((" 2. Front test",self.fronttestIndex))
- self.smarttestIndex=3
- tlist.append((" 3. Smartcard test",self.smarttestIndex))
- self.tuner1_1testIndex=4
- tlist.append((" 4. T1 H 22K x 4:3 CVBS",self.tuner1_1testIndex))
- self.tuner1_2testIndex=5
- tlist.append((" 5. T1 V 22k o 16:9 RGB",self.tuner1_2testIndex))
- self.tuner2_1testIndex = -1
- self.tuner2_2testIndex=6
- tlist.append((" 6. T2 DVB-C 4:3 YC CAM",self.tuner2_2testIndex))
- self.rs232testIndex=7
- tlist.append((" 7. RS232 test",self.rs232testIndex))
- self.ethernettestIndex=8
- tlist.append(("8. Ethernet & mac test",self.ethernettestIndex))
- self.fdefaultIndex=9
- tlist.append(("9. Factory default",self.fdefaultIndex))
- self.shutdownIndex=10
- tlist.append(("10. Shutdown",self.shutdownIndex))
- self.tuner_test_first_index = 4
- self.tuner_test_last_index = 6
-
- elif self.model == 3 or self.model == 4:
- self.satetestIndex=0
- tlist.append((" 0. Sata & extend hdd test",self.satetestIndex))
- self.usbtestIndex=1
- tlist.append((" 1. USB test",self.usbtestIndex))
- self.fronttestIndex=2
- tlist.append((" 2. Front test",self.fronttestIndex))
- self.smarttestIndex=3
- tlist.append((" 3. Smartcard test",self.smarttestIndex))
- if self.model == 3:
- self.tuner_test_first_index = current_index = 4
- elif self.model == 4:
- self.tuner_test_first_index = 4
- current_index = 0
- AspectRatio=["4:3", "16:9"]
- ColorFormat=["CVBS","RGB","YC","CVBS","CVBS","CVBS","CVBS","CVBS"]
- self.tuneInfo={}
- tunelist = []
- for (key, val) in self.NimType.items():
- if val["type"].startswith("DVB-S"):
-# Chang : DVB -S setting diseqc A
- getRatio = AspectRatio.pop(0) # ratio
- AspectRatio.append(getRatio)
- getColorFormat=ColorFormat.pop(0) # colorFormat
- menuname=" %d. T%d/%s/H/22k x/%s/%s" % (current_index, key+1, val["type"], getRatio, getColorFormat) #menuname
- print current_index
-# current_index=4
- self.setTuneInfo(index=current_index, slot=key, type=val["type"], sat=val["sat1"], pol="H", tone=False, ratio=getRatio, color=getColorFormat, cam=False) # setTuneInfo
-# self.setTuneInfo(current_index, key, val["type"], val["sat1"], "H", True, getRatio, getColorFormat, False) # setTuneInfo
- tunelist.append((menuname,current_index))
- current_index+=1
-# Chang : DVB -S setting diseqc B
- getRatio = AspectRatio.pop(0)
- AspectRatio.append(getRatio)
- getColorFormat=ColorFormat.pop(0)
- menuname=" %d. T%d/%s/V/22k o/%s/%s" % (current_index, key+1, val["type"], getRatio, getColorFormat)
- if len(self.NimType) == key+1: # CAM test on/off
- menuname+="/CAM"
- camtest = True
- else:
- camtest = False
- self.setTuneInfo( index=current_index, slot=key, type=val["type"], sat=val["sat2"], pol="V", tone=True, ratio=getRatio, color=getColorFormat, cam=camtest)
- tunelist.append((menuname,current_index))
- current_index+=1
-# Chang : DVB -T or DVB-C
- elif val["type"].startswith("DVB-T") or val["type"].startswith("DVB-C"):
- additionalMenu = None
- menulen = 1
- if len(self.NimType) == 1:
- additionalMenu = True
- menulen +=1
- for x in range(menulen):
- getRatio = AspectRatio.pop(0)
- AspectRatio.append(getRatio)
- getColorFormat=ColorFormat.pop(0)
- menuname=" %d. T%d/%s/%s/%s" % (current_index, key+1, val["type"], getRatio, getColorFormat)
- if len(self.NimType) == key+1 and (additionalMenu is None or x != 0): # CAM test on/off
- menuname+=" CAM"
- camtest = True
- else:
- camtest = False
- self.setTuneInfo( index=current_index, slot=key, type=val["type"], sat=None, pol=None, tone=None, ratio=getRatio, color=getColorFormat, cam=camtest)
- tunelist.append((menuname,current_index))
- current_index+=1
- if self.model == 3:
- tlist.extend(tunelist)
- self.tuner_test_last_index = current_index-1
- elif self.model == 4:
- self.tunelist = tunelist
- self.tuner_test_last_index = 4
- current_index = self.tuner_test_last_index
- tlist.append((" %d. Tuning test" % current_index,self.tuner_test_last_index))
- current_index+=1
- self.rs232testIndex=current_index
- tlist.append((" %d. RS232 test" % current_index,self.rs232testIndex))
- current_index+=1
- self.ethernettestIndex=current_index
- tlist.append((" %d. Ethernet & mac test" % current_index,self.ethernettestIndex))
- current_index+=1
- self.fdefaultIndex=current_index
- tlist.append((" %d. Factory default" % current_index,self.fdefaultIndex))
- current_index+=1
- self.shutdownIndex=current_index
- tlist.append((" %d. Shutdown(Deep Standby)" % current_index,self.shutdownIndex))
-
- self.menulength= len(tlist)
- self["testlist"] = MenuList(tlist)
-
- def setTuneInfo(self,index=0,slot=0,type="DVB-S2",sat="160",pol="H",tone=True,ratio="4:3",color="CVBS",cam=False):
- self.tuneInfo[index]={}
- self.tuneInfo[index]["slot"]=slot
- self.tuneInfo[index]["type"]=type
- self.tuneInfo[index]["sat"]=sat
- self.tuneInfo[index]["pol"]=pol
- self.tuneInfo[index]["22k"]=tone
- self.tuneInfo[index]["ratio"]=ratio
- self.tuneInfo[index]["color"]=color
- self.tuneInfo[index]["cam"]=cam
-
- def getModelInfo(self):
- getmodel = 0
- if fileExists("/proc/stb/info/vumodel"):
- vumodel = open("/proc/stb/info/vumodel")
- info=vumodel.read().strip()
- vumodel.close()
- if info == "duo":
- self.model = 0
- getmodel = 1
- print "getModelInfo : duo"
- if info == "solo":
- self.model = 1
- getmodel = 1
- print "getModelInfo : solo"
- if info == "combo":
- self.model = 2
- getmodel = 1
- print "getModelInfo : combo"
- if info == "uno":
- self.model = 3
- getmodel = 1
- print "getModelInfo : uno"
- if info == "ultimo":
- self.model = 4
- getmodel = 1
- print "getModelInfo : ultimo"
-
- if getmodel == 0 and fileExists("/proc/stb/info/version"):
- vesion = open("/proc/stb/info/version")
- info=version.read()
- version.close()
- if info[:2] == "14":
- self.model = 1
- print "getModelInfo : solo_"
- elif info[:2] == "12":
- self.model = 0
- print "getModelInfo : duo_"
-
- def nothing(self):
- print "nothing"
-
- def keyup(self):
- print "self.menulength = ",self.menulength
- print "self[\"testlist\"].getCurrent()[1] = ",self["testlist"].getCurrent()[1]
- if self.testing==1:
- return
- if self["testlist"].getCurrent()[1]==0:
- self["testlist"].moveToIndex(self.menulength-1)
- self["resultlist"].moveToIndex(self.menulength-1)
- else:
- self["testlist"].up()
- self["resultlist"].up()
-
-
- def keydown(self):
- print "self.menulength = ",self.menulength
- print "self[\"testlist\"].getCurrent()[1] = ",self["testlist"].getCurrent()[1]
- if self.testing==1:
- return
- if self["testlist"].getCurrent()[1]==(self.menulength-1):
- self["testlist"].moveToIndex(0)
- self["resultlist"].moveToIndex(0)
- else:
- self["testlist"].down()
- self["resultlist"].down()
-
- def numberaction(self, number):
- if self.testing==1:
- return
- if number >= self.menulength:
- return
- index = int(number)
- self["testlist"].moveToIndex(index)
- self["resultlist"].moveToIndex(index)
-
- def getImageVersion(self):
- date = 'xxxx-xx-xx'
- file = open(resolveFilename(SCOPE_SYSETC, 'image-version'), 'r')
- lines = file.readlines()
- for x in lines:
- splitted = x.split('=')
- if splitted[0] == "version":
- # YYYY MM DD hh mm
- #0120 2005 11 29 01 16
- #0123 4567 89 01 23 45
- version = splitted[1]
- year = version[4:8]
- month = version[8:10]
- day = version[10:12]
- date = '-'.join((year, month, day))
- break;
- file.close()
- return date
-
- def getversion(self):
- try:
- fd = open("/proc/stb/info/version","r")
- version = fd.read()
- fd.close()
- self["testversion"].setText(("Version %s"%version))
- except:
- self["testversion"].setText(("Version no load"))
-
-
- def getmacaddr(self):
- try:
- if self.model == 2 or self.model == 3 or self.model == 4:
- cmd = "nanddump -s 0x" + str((self.mactry-1)*2) + "0000 -b -o -l 64 -p /dev/mtd5"
- elif self.model == 0 or self.model == 1:
- cmd = "nanddump -s 0x" + str((self.mactry-1)*2) + "0000 -b -o -l 64 -p /dev/mtd4"
- self.macConsole = Console()
- self.macConsole.ePopen(cmd, self.readmac,self.checkReadmac)
- except:
- return
-
- def readmac(self, result, retval,extra_args=None):
- (callback) = extra_args
- if self.macConsole is not None:
- if retval == 0:
- self.macConsole = None
- macline = None
- content =result.splitlines()
- for x in content:
- if x.startswith('0x000'+str((self.mactry-1)*2)+'0010:'):
- macline = x.split()
- if macline == None:
- callback(0)
- elif len(macline) < 10:
- callback(1)
- else:
- mac = macline[5]+":"+macline[6]+":"+macline[7]+":"+macline[8]+":"+macline[9]+":"+macline[10]
- self["mactext"].setText(("MAC : "+mac))
- callback(2)
-
- def checkReadmac(self,data):
- if data == 0:
- print "block %d is bad block" % self.mactry
- self.mactry = self.mactry + 1
- if self.mactry > 4:
- self.session.open(MessageBox, _("FLASH IS BROKEN"), type = MessageBox.TYPE_INFO, enable_input = False)
- return
- else:
- self.getmacaddr()
- elif data == 1:
- print 'mac dump read error'
- return
- elif data == 2:
- print 'mac address read ok'
- return
-
- def TestAction(self):
- if self.testing==1:
- return
- print "line - ",self["testlist"].getCurrent()[1]
- self.currentindex = index = self["testlist"].getCurrent()[1]
- result = 0
- if index==self.satetestIndex:
- self.Test0()
- elif index==self.fronttestIndex:
- self.Test1()
- elif index>=self.tuner_test_first_index and index<=self.tuner_test_last_index:
- if self.model == 0 or self.model == 1 or self.model == 2 or self.model == 3:
- self.TestTune(index)
- elif self.model == 4:
- self.openTestTuneMenu()
- elif index==self.scarttestIndex:
- self.Test6()
- elif index==self.rs232testIndex:
- self.Test7()
- elif index==self.usbtestIndex:
- self.Test8()
- elif index==self.ethernettestIndex:
- self.Test9()
- elif index == self.smarttestIndex:
- self.Test10()
-# elif index == 11:
-# self.Test11()
-# elif index ==12:
-# self.Test12()
-# elif index==13:
-# self.Test13()
- elif index==self.fdefaultIndex:
- self.Test14()
-# elif index==self.shutdownIndex:
-# self.Test15()
- else:
- pass
-
- def shutdownaction(self):
- if self["testlist"].getCurrent()[1] == self.shutdownIndex:
- self.Test15()
-
-
- def Test0(self):
- self.satatry = 8
- self.satatimer.start(100,True)
-
- def sataCheck(self):
-# print "try", self.satatry
- if self.satatry == 0:
- displayerror = 1
- else:
- self.rlist[self["testlist"].getCurrent()[1]]="try %d"%self.satatry
- self["resultlist"].updateList(self.rlist)
- self.satatry -= 1
- displayerror = 0
- result =0
- try:
- if fileExists("/autofs/sdb1"):
- if access("/autofs/sdb1",F_OK|R_OK|W_OK):
- dummy=open("/autofs/sdb1/dummy03","w")
- dummy.write("complete")
- dummy.close()
- dummy=open("/autofs/sdb1/dummy03","r")
- if dummy.readline()=="complete":
- print "/autofs/sdb1 - complete"
- else:
- print "/autofs/sdb1 - readline error"
- result = 1
- displayerror = 1
- dummy.close()
- system("rm /autofs/sdb1/dummy03")
- else:
- print "/autofs/sdb1 - rw access error"
- result = 1
- displayerror = 1
- else:
- print "/autofs/sdb1 - file not exist"
- result = 1
- except:
- print "/autofs/sdb1 - exceptional error"
- result = 1
- displayerror = 1
- try:
- if fileExists("/autofs/sda1"):
- if access("/autofs/sda1",F_OK|R_OK|W_OK):
- dummy=open("/autofs/sda1/dummy03","w")
- dummy.write("complete")
- dummy.close()
- dummy=open("/autofs/sda1/dummy03","r")
- if dummy.readline()=="complete":
- print "/autofs/sda1 - complete"
- else:
- print "/autofs/sda1 - readline error"
- result += 1
- displayerror = 1
- dummy.close()
- system("rm /autofs/sda1/dummy03")
- else:
- print "/autofs/sda1 - rw access error"
- result += 1
- displayerror = 1
- else:
- print "/autofs/sda1 - file not exist"
- result += 1
- except:
- print "/autofs/sda1 - exceptional error"
- result += 1
- displayerror = 1
-
- if result == 0:
- self.session.open( MessageBox, _("Sata & extend hdd test pass\nPress 'OK' button!"), MessageBox.TYPE_INFO)
- self.rlist[self["testlist"].getCurrent()[1]]="pass"
- elif result == 1:
- if displayerror==1:
- self.session.open( MessageBox, _("One hdd test error\nPress 'EXIT' button!"), MessageBox.TYPE_ERROR)
- self.rlist[self["testlist"].getCurrent()[1]]="fail"
- else:
- self.satatimer.start(1100,True)
- else:
- if displayerror==1:
- self.session.open( MessageBox, _("Sata & extend hdd test error\nPress 'EXIT' button!"), MessageBox.TYPE_ERROR)
- self.rlist[self["testlist"].getCurrent()[1]]="fail"
- else:
- self.satatimer.start(1100,True)
-
- def Test1(self):
- if self.model== 0:
- self.session.openWithCallback(self.displayresult ,FrontTest)
- elif self.model == 1:
- self.session.openWithCallback(self.displayresult ,FrontTest_solo)
- elif self.model == 2 or self.model == 3:
- self.session.openWithCallback(self.displayresult ,FrontTest_uno)
- elif self.model == 4:
- self.session.openWithCallback(self.displayresult ,FrontTest_ultimo)
-
- def displayresult(self):
- global fronttest
- if fronttest == 1:
- self.rlist[self["testlist"].getCurrent()[1]]="pass"
- else:
- self.rlist[self["testlist"].getCurrent()[1]]="fail"
-
- def openTestTuneMenu(self):
- self.session.openWithCallback(self.TestTuneMenuResult ,TestTuneMenu, self.tuneInfo, self.tunelist, self.NimType)
-
- def TestTuneMenuResult(self,result):
- if result :
- self.rlist[self["testlist"].getCurrent()[1]]="pass"
- else:
- self.rlist[self["testlist"].getCurrent()[1]]="fail"
- self["resultlist"].updateList(self.rlist)
-
- def TestTune(self,index):
- if self.oldref is None:
- eref = eServiceReference("1:0:19:1324:3EF:1:C00000:0:0:0")
- serviceHandler = eServiceCenter.getInstance()
- servicelist = serviceHandler.list(eref)
- if not servicelist is None:
- ref = servicelist.getNext()
- else:
- ref = self.getCurrentSelection() # raise error
- print "servicelist none"
- else:
- ref = self.oldref
- self.session.nav.stopService() # try to disable foreground service
- if self.model == 0 or self.model == 1:
- if index==self.tuner1_1testIndex:
- ref.setData(0,1)
- ref.setData(1,0x6D3)
- ref.setData(2,0x3)
- ref.setData(3,0xA4)
- ref.setData(4,0xA00000)
- self.session.nav.playService(ref)
- self.avswitch.setColorFormat(0)
- self.avswitch.setAspectRatio(0)
- elif index==self.tuner1_2testIndex:
- if self.model == 1:
- self.camstep = 1
- self.camtimer.start(100,True)
- ref.setData(0,0x19)
- ref.setData(1,0x1325)
- ref.setData(2,0x3ef)
- ref.setData(3,0x1)
- ref.setData(4,0x64af79)
- self.session.nav.playService(ref)
- self.avswitch.setColorFormat(1)
- self.avswitch.setAspectRatio(6)
- elif index==self.tuner2_1testIndex:
- ref.setData(0,1)
- ref.setData(1,0x6D3)
- ref.setData(2,0x3)
- ref.setData(3,0xA4)
- ref.setData(4,0x820000)
- self.session.nav.playService(ref)
- self.avswitch.setColorFormat(2)
- self.avswitch.setAspectRatio(0)
- elif index==self.tuner2_2testIndex:
- self.camstep = 1
- self.camtimer.start(100,True)
- ref.setData(0,0x19)
- ref.setData(1,0x1325)
- ref.setData(2,0x3ef)
- ref.setData(3,0x1)
- ref.setData(4,0xC00000)
- self.session.nav.playService(ref)
- self.avswitch.setColorFormat(0)
- self.avswitch.setAspectRatio(6)
- self.tuningtimer.start(2000,True)
- self.tunemsgtimer.start(3000, True)
- elif self.model == 3 or self.model == 4:
- getTuneInfo=self.tuneInfo[index]
- if getTuneInfo["cam"] is True:
- self.camstep = 1
- self.camtimer.start(100,True)
- if getTuneInfo["type"].startswith("DVB-S"):
- if getTuneInfo["pol"] == "H":
- ref.setData(0,1)
- ref.setData(1,0x6D3)
- ref.setData(2,0x3)
- ref.setData(3,0xA4)
- else:
- ref.setData(0,0x19)
- ref.setData(1,0x1325)
- ref.setData(2,0x3ef)
- ref.setData(3,0x1)
- if getTuneInfo["sat"] == "160": # Eutelsat W2
- ref.setData(4,0xA00000)
- elif getTuneInfo["sat"] == "100": # Eutelsat
- ref.setData(4,0x64af79)
- elif getTuneInfo["sat"] == "130": # Hotbird
- ref.setData(4,0x820000)
- elif getTuneInfo["sat"] == "192": # Astra
- ref.setData(4,0xC00000)
- elif getTuneInfo["sat"] == "620": # Intelsat 902
- ref.setData(4,0x26c0000)
- elif getTuneInfo["sat"] == "642": # Intelsat 906
- ref.setData(4,0x282AF79)
- elif getTuneInfo["sat"] == "685": # Panamsat 7,10 (68.5E)
- ref.setData(4,0x02ad0000)
- elif getTuneInfo["sat"] == "720": # Panamsat 4 (72.0E)
- ref.setData(4,0x02d0af79)
- elif getTuneInfo["type"].startswith("DVB-C"):
- ref.setData(0,0x19)
- ref.setData(1,0x1325)
- ref.setData(2,0x3ef)
- ref.setData(3,0x1)
- ref.setData(4,-64870) # ffff029a
- elif getTuneInfo["type"].startswith("DVB-T"):
- ref.setData(0,0x19)
- ref.setData(1,0x1325)
- ref.setData(2,0x3ef)
- ref.setData(3,0x1)
- ref.setData(4,-286391716) # eeee025c
- self.session.nav.playService(ref)
- if getTuneInfo["color"]=="CVBS":
- self.avswitch.setColorFormat(0)
- elif getTuneInfo["color"]=="RGB":
- self.avswitch.setColorFormat(1)
- elif getTuneInfo["color"]=="YC":
- self.avswitch.setColorFormat(2)
- if getTuneInfo["ratio"] == "4:3":
- self.avswitch.setAspectRatio(0)
- elif getTuneInfo["ratio"] == "16:9":
- self.avswitch.setAspectRatio(6)
- self.tuningtimer.start(2000,True)
- self.tunemsgtimer.start(3000, True)
-
- def cam_state(self):
- current_index = self.currentindex
- if self.camstep == 1:
- slot = 0
- state = eDVBCI_UI.getInstance().getState(slot)
- print '-1-stat',state
- if state > 0:
- self.camstep=2
- self.camtimer.start(100,True)
- else:
- self.session.nav.stopService()
- self.session.open( MessageBox, _("CAM1_NOT_INSERTED\nPress exit!"), MessageBox.TYPE_ERROR)
- self.rlist[current_index]="fail"
- self.tunemsgtimer.stop()
- elif self.camstep == 2:
- slot = 0
- appname = eDVBCI_UI.getInstance().getAppName(slot)
- print 'appname',appname
- if appname is None:
- self.session.nav.stopService()
- self.session.open( MessageBox, _("NO_GET_APPNAME\nPress exit!"), MessageBox.TYPE_ERROR)
- self.rlist[current_index]="fail"
- self.tunemsgtimer.stop()
- else:
- self.camstep=3
- self.camtimer.start(100,True)
- elif self.camstep==3:
- slot = 1
- state = eDVBCI_UI.getInstance().getState(slot)
- print '-2-stat',state
- if state > 0:
- self.camstep=4
- self.camtimer.start(100,True)
- else:
- self.session.nav.stopService()
- self.session.open( MessageBox, _("CAM2_NOT_INSERTED\nPress exit!"), MessageBox.TYPE_ERROR)
- self.rlist[current_index]="fail"
- self.tunemsgtimer.stop()
- elif self.camstep == 4:
- slot = 1
- appname = eDVBCI_UI.getInstance().getAppName(slot)
- print 'appname',appname
- if appname is None:
- self.session.nav.stopService()
- self.session.open( MessageBox, _("NO_GET_APPNAME\nPress exit!"), MessageBox.TYPE_ERROR)
- self.rlist[current_index]="fail"
- self.tunemsgtimer.stop()
- else:
- self.setSource()
- self.camstep = 5
-
- def updateStatus(self):
- current_index = self.currentindex
- if self.model == 0 or self.model == 1:
- if current_index ==self.tuner1_1testIndex or current_index==self.tuner1_2testIndex:
- tunno = 1
- result = eSctest.getInstance().getFrontendstatus(0)
- else:
- tunno = 2
- result = eSctest.getInstance().getFrontendstatus(1)
- if current_index == self.tuner1_2testIndex or current_index==self.tuner2_2testIndex:
- hv = "Ver"
- else:
- hv = "Hor"
-
- elif self.model == 3 or self.model == 4:
- getTuneInfo=self.tuneInfo[current_index]
- result = eSctest.getInstance().getFrontendstatus(getTuneInfo["slot"])
- tunno = getTuneInfo["slot"]+1
- hv = getTuneInfo["pol"]
- if hv == "H":
- hv = "Hor"
- elif hv == "V":
- hv = "Ver"
- else :
- hv == ""
-
- print "eSctest.getInstance().getFrontendstatus - %d"%result
- if result == 0 or result == -1:
- self.tunerlock = 0
- self.tunemsgtimer.stop()
- self.session.nav.stopService()
- self.avswitch.setColorFormat(0)
- self.session.open( MessageBox, _("Tune%d %s Locking Fail..."%(tunno,hv)), MessageBox.TYPE_ERROR)
- self.rlist[current_index]="fail"
- else :
- self.tunerlock = 1
-
- def tuneback(self,yesno):
- current_index=self.currentindex
- self.session.nav.stopService() # try to disable foreground service
- if yesno and self.tunerlock == 1:
- if current_index == self.tuner_test_last_index and self.camstep < 5: # need fix to depending about CAM exist
- self.rlist[current_index]="fail"
- else :
- self.rlist[current_index]="pass"
- else:
- self.rlist[current_index]="fail"
- if self.model == 0 and current_index == 6: # YC
- self.avswitch.setColorFormat(0)
- elif ( self.model == 3 or self.model == 4 ) and self.tuneInfo[current_index]["color"] == "YC":
- self.avswitch.setColorFormat(0)
- self.resetSource()
- self["resultlist"].updateList(self.rlist)
-
- def tunemsg(self):
- self.tuningtimer.stop()
- self.session.openWithCallback(self.tuneback, TuneMessageBox, _("%s ok?" %(self["testlist"].getCurrent()[0])), MessageBox.TYPE_YESNO)
-
- def setSourceVar(self):
- if self.model == 0:
- self.input_pad_num=1
- self.setTuner = 'B'
- elif self.model == 1:
- self.input_pad_num=0
- self.setTuner = 'A'
- else:
- self.input_pad_num=len(self.NimType)-1
- if self.input_pad_num == 0:
- self.setTuner = 'A'
- elif self.input_pad_num == 1:
- self.setTuner = 'B'
- elif self.input_pad_num == 2:
- self.setTuner = 'C'
-
-# ikseong - for 22000 tp
- def setSource(self):
-# fix input source
- inputname = ("/proc/stb/tsmux/input%d" % self.input_pad_num)
- print "<setsource> inputname : ",inputname
- fd=open(inputname,"w")
- fd.write("CI0")
- fd.close()
-# fix ci_input Tuner
- filename = ("/proc/stb/tsmux/ci0_input")
- fd = open(filename,'w')
- fd.write(self.setTuner)
- print "setTuner(CI0) : ",self.setTuner
- fd.close()
- print "CI loop test!!!!!!!!!!!!!!"
-
- def resetSource(self):
- inputname = ("/proc/stb/tsmux/input%d" % self.input_pad_num)
- print "<resetsource> inputname : ",inputname
- fd=open(inputname,"w")
- fd.write(self.setTuner)
- fd.close()
- print "CI loop test end!!!!!!!!!!!!!!"
-
- def Test6(self):
- self.avswitch.setInput("SCART")
- sleep(2)
- self.session.openWithCallback(self.check6, MessageBox, _("Scart loop ok?"), MessageBox.TYPE_YESNO)
-
- def check6(self,yesno):
- if yesno:
- self.rlist[self["testlist"].getCurrent()[1]]="pass"
- else:
- self.rlist[self["testlist"].getCurrent()[1]]="fail"
- self.avswitch.setInput("ENCODER")
-
- def check7(self):
- global rstest
- if rstest == 1:
- self.rlist[self["testlist"].getCurrent()[1]]="pass"
- else:
- self.rlist[self["testlist"].getCurrent()[1]]="fail"
-
- def Test7(self):
- self.session.openWithCallback(self.check7,RS232Test)
-
- def Agingmode(self):
- self.session.openWithCallback(self.AgingmodeCallback,AgingTest, self.model)
-
- def AgingmodeCallback(self,ret):
- if ret == 1:
- self["testlist"].moveToIndex(self.fdefaultIndex)
- self.Test14()
- self["testlist"].moveToIndex(self.shutdownIndex)
-
- def Agingmode2(self):
- self.session.openWithCallback(self.Agingmode2Callback,AgingTest_mode2, self.model)
-
- def Agingmode2Callback(self):
- self["testlist"].moveToIndex(self.fdefaultIndex)
- self.Test14()
- self["testlist"].moveToIndex(self.shutdownIndex)
-
- def Test8(self):
- self.usbtry = 9
- self.usbtimer.start(100,True)
-
- def usbCheck(self):
- if self.usbtry == 0:
- displayerror = 1
- else:
- self.rlist[self["testlist"].getCurrent()[1]]="try %d"%self.usbtry
- self["resultlist"].updateList(self.rlist)
- self.usbtry -= 1
- displayerror = 0
-
- if self.model==0 or self.model==3 or self.model==4:
- devices = [ "/autofs/sdc1", "/autofs/sdd1", "/autofs/sde1" ]
- elif self.model==1:
- devices = [ "/autofs/sda1", "/autofs/sdb1" ]
- elif self.model==2:
- devices = [ "/autofs/sdc1", "/autofs/sdd1" ]
- else :
- self.session.open( MessageBox, _("invalid model"), MessageBox.TYPE_ERROR)
- self.rlist[self["testlist"].getCurrent()[1]]="fail"
- return
-
- result=len(devices)
-
- for dev in devices:
- try:
- if fileExists(dev):
- if access(dev,F_OK|R_OK|W_OK):
- dummy=open(dev+"/dummy03","w")
- dummy.write("complete")
- dummy.close()
- dummy=open(dev+"/dummy03","r")
- if dummy.readline()=="complete":
- print dev," - complete"
- else:
- print dev," - readline error"
- result=result -1
- displayerror = 1
- dummy.close()
- system("rm "+dev+"/dummy03")
- else:
- print dev," - rw access error"
- result=result -1
- displayerror = 1
- else:
- print dev," - file not exist"
- result=result-1
- except:
- print dev," - exceptional error"
- result=result -1
- displayerror = 1
-
- if result < 0 :
- result = 0
- elif result == len(devices):
- self.session.open( MessageBox, _("USB test pass %d devices\nPress 'OK' button!"%result), MessageBox.TYPE_INFO)
- self.rlist[self["testlist"].getCurrent()[1]]="pass"
- else:
- if displayerror == 1:
- self.session.open( MessageBox, _("USB test error : Success-%d"%result+" Fail-%d\nPress 'EXIT' button!"%(len(devices)-result)), MessageBox.TYPE_ERROR)
- self.rlist[self["testlist"].getCurrent()[1]]="fail"
- else:
- self.usbtimer.start(1100,True)
-
- def pingtest(self):
- self.testing = 1
-# system("/etc/init.d/networking stop")
- system("ifconfig eth0 192.168.0.10")
-# system("/etc/init.d/networking start")
- cmd1 = "ping -c 1 192.168.0.100"
- self.PingConsole = Console()
- self.PingConsole.ePopen(cmd1, self.checkNetworkStateFinished,self.NetworkStatedataAvail)
-
- def checkNetworkStateFinished(self, result, retval,extra_args):
- (statecallback) = extra_args
- if self.PingConsole is not None:
- if retval == 0:
- self.PingConsole = None
- content = result.splitlines()
-# print 'content',content
- x = content[4].split()
-# print 'x',x
- if x[0]==x[3]:
- statecallback(1)
- else:
- statecallback(0)
- else:
- statecallback(0)
-
-
- def NetworkStatedataAvail(self,data):
- global ethtest
- if data == 1:
- ethtest = 1
- print "success"
- self.session.openWithCallback(self.openMacConfig ,MessageBox, _("Ping test pass"), MessageBox.TYPE_INFO,2)
-
- else:
- ethtest = 0
- print "fail"
- self.session.open( MessageBox, _("Ping test fail\nPress exit"), MessageBox.TYPE_ERROR)
- self.macresult()
-
- def Test9(self):
- self.pingtest()
-
- def openMacConfig(self, ret=False):
- self.session.openWithCallback(self.macresult ,MacConfig,mactry=self.mactry)
-
- def macresult(self):
- global ethtest
- if ethtest == 1:
- self.rlist[self.ethernettestIndex]="pass"
- else:
- self.rlist[self.ethernettestIndex]="fail"
- self.getmacaddr()
- self.testing = 0
-
-# def MemTest(self, which):
-# index = which
-# result = 0
-# if index==0:
-# result = eMemtest.getInstance().dramtest()
-# elif index==1:
-# result = eMemtest.getInstance().flashtest()
-# result = 0 # temp
-# else:
-# result = eMemtest.getInstance().dramtest()
-# result = eMemtest.getInstance().flashtest()
-# result = 0 # temp
-
-# index = index+10
-
-# if result == 0:
-# print index,self.rlist[index]
-# self.rlist[index]="pass"
-# else:
-# print index,self.rlist[index]
-# self.rlist[index]="fail"
-# self["resultlist"].updateList(self.rlist)
-
- def scciresult(self):
- global smartcardtest
- if smartcardtest == 1:
- self.rlist[self["testlist"].getCurrent()[1]]="pass"
- else:
- self.rlist[self["testlist"].getCurrent()[1]]="fail"
-
- def Test10(self):
- self.session.openWithCallback(self.scciresult ,SmartCardTest,stbmodel=self.model)
-
-# def Test11(self):
-# self.MemTest(1)
-
-# def Test12(self):
-# self.MemTest(2)
-
-# def Test13(self):
-# self.MemTest(3)
-
- def Test14(self):
- try:
- print "test14"
- system("rm -R /etc/enigma2")
- system("ls /")
- system("cp -R /usr/share/enigma2/defaults /etc/enigma2")
- self.rlist[self["testlist"].getCurrent()[1]]="pass"
- self["resultlist"].updateList(self.rlist)
- except:
- print "test14 except"
- self.rlist[self["testlist"].getCurrent()[1]]="fail"
- self["resultlist"].updateList(self.rlist)
- self.session.open( MessageBox, _("Factory reset fail"), MessageBox.TYPE_ERROR)
-
- def Test15(self):
- self.session.openWithCallback(self.shutdown ,MessageBox, _("Do you want to shut down?"), MessageBox.TYPE_YESNO)
-
- def shutdown(self, yesno):
- if yesno :
- from os import _exit
- system("/usr/bin/showiframe /boot/backdrop.mvi")
- _exit(1)
- else:
- return
-
- def keyCancel(self):
- if self.testing==1:
- return
- print "exit"
- self.close()
-# if self.oldref is not None:
-# self.session.nav.playService(self.oldref)
-
-ethtest = 0
-class MacConfig(Screen):
- skin = """
- <screen name="MacConfig" position="center,center" size="520,100" title="Mac Config" >
- <eLabel text="Mac Address " position="10,15" size="200,40" font="Regular;30" />
- <widget name="text" position="230,15" size="230,40" font="Regular;30" halign="right"/>
- <widget name="text1" position="470,15" size="40,40" font="Regular;30" />
- <eLabel text=" " position="5,55" zPosition="-1" size="510,5" backgroundColor="#02e1e8e6" />
- <widget name="stattext" position="30,75" size="450,35" font="Regular;30" />
- </screen>"""
-
- def __init__(self, session, mactry = 1):
- self["actions"] = ActionMap(["DirectionActions","OkCancelActions"],
- {
- "ok": self.keyOk,
- "left": self.keyleft,
- "right": self.keyright,
- "cancel": self.keyCancel,
- }, -2)
-
- Screen.__init__(self, session)
-
- self.mactry = mactry
- self.model = 0
- self.getModelInfo()
- self.macfd = 0
- self.macaddr = "000000000000"
- self.ReadMacinfo = 0
- self["text"]=Label((self.macaddr))
- self["text1"]= Label(("< >"))
- self["stattext"]= Label((""))
- self.displaymac()
- self.loadmacaddr()
- self.getmacaddr()
- global ethtest
- ethtest = 1
-
- def getModelInfo(self):
- getmodel = 0
- if fileExists("/proc/stb/info/vumodel"):
- vumodel = open("/proc/stb/info/vumodel")
- info=vumodel.read().strip()
- vumodel.close()
- if info == "combo":
- self.model = 2
- getmodel = 1
- print "MacConfig, model : combo"
- elif info == "solo":
- self.model = 1
- getmodel = 1
- print "MacConfig, model : solo"
- elif info == "duo":
- self.model = 0
- getmodel = 1
- print "MacConfig, model : duo"
- elif info == "uno":
- self.model = 3
- getmodel = 1
- print "getModelInfo : uno"
- elif info == "ultimo":
- self.model = 4
- getmodel = 1
- print "getModelInfo : ultimo"
-
- if getmodel == 0 and fileExists("/proc/stb/info/version"):
- version = open("/proc/stb/info/version")
- info=version.read()
- version.close()
-# print info,info[:2]
- if info[:2] == "14":
- self.model = 1
- print "MacConfig, model : solo_"
- elif info[:2] == "12":
- self.model = 0
- print "MacConfig, model: duo_"
-
- def loadmacaddr(self):
- try:
- self.macfd = 0
-
- if self.model==0 or self.model==3 or self.model==4 :
- devices = ["/autofs/sdb1", "/autofs/sdc1", "/autofs/sdd1", "/autofs/sde1" ]
- elif self.model==1:
- devices = [ "/autofs/sda1", "/autofs/sdb1" ]
- elif self.model==2:
- devices = [ "/autofs/sdb1", "/autofs/sdc1", "/autofs/sdd1" ]
-
- for dev in devices:
- print 'try..',dev
- if fileExists(dev+"/macinfo.txt"):
- print "<open>"+dev+"/macinfo.txt"
- self.macfd = open(dev+"/macinfo.txt","r+")
- break
-
- if self.macfd == 0:
- self["text"].setText(("cannot read usb!!"))
- self["text1"].setText((" "))
- self["stattext"].setText((" Press Exit Key."))
- self.ReadMacinfo=0
- return
-
- macaddr=self.macfd.readline().split(":")
- self.macaddr=macaddr[1]+macaddr[2]+macaddr[3]+macaddr[4]+macaddr[5]+macaddr[6]
- self.displaymac()
- self.ReadMacinfo = 1
- except:
- self["text"].setText(("cannot read usb!!"))
- self["text1"].setText((" "))
- self["stattext"].setText((" Press Exit Key."))
- self.ReadMacinfo=0
-
- def getmacaddr(self):
- if self.ReadMacinfo==0:
- return
- try:
- if self.model == 2 or self.model == 3 or self.model == 4:
- cmd = "nanddump -s 0x" + str((self.mactry-1)*2) + "0000 -b -o -l 64 -p /dev/mtd5"
- elif self.model == 0 or self.model == 1:
- cmd = "nanddump -s 0x" + str((self.mactry-1)*2) + "0000 -b -o -l 64 -p /dev/mtd4"
- self.macConsole = Console()
- self.macConsole.ePopen(cmd, self.readmac,self.checkReadmac)
- except:
- return
-
- def readmac(self, result, retval,extra_args=None):
- (callback) = extra_args
- if self.macConsole is not None:
- if retval == 0:
- self.macConsole = None
- macline = None
- content =result.splitlines()
- for x in content:
- if x.startswith('0x000'+str((self.mactry-1)*2)+'0010:'):
- macline = x.split()
- if macline == None:
- callback(0)
- elif len(macline) < 10:
- callback(1)
- else:
- mac = macline[5]+":"+macline[6]+":"+macline[7]+":"+macline[8]+":"+macline[9]+":"+macline[10]
- self["stattext"].setText(("now : "+mac))
- callback(2)
-
- def checkReadmac(self,data):
- if data == 0:
- print "block %d is bad block" % self.mactry
- self.mactry = self.mactry + 1
- if self.mactry > 4:
- self.session.open(MessageBox, _("FLASH IS BROKEN"), type = MessageBox.TYPE_INFO, enable_input = False)
- return
- else:
- self.getmacaddr()
- elif data == 1:
- print 'mac dump read error'
- return
- elif data == 2:
- print 'mac address read ok'
- return
-
-
- def keyleft(self):
- if self.ReadMacinfo==0 :
- return
- macaddress = long(self.macaddr,16)-1
- if macaddress < 0 :
- macaddress = 0xffffffffffff
- self.macaddr = "%012x"%macaddress
- self.displaymac()
-
- def keyright(self):
- if self.ReadMacinfo==0 :
- return
- macaddress = long(self.macaddr,16)+1
- if macaddress > 0xffffffffffff:
- macaddress = 0
- self.macaddr = "%012x"%macaddress
- self.displaymac()
-
- def displaymac(self):
- macaddr= self.macaddr
- self["text"].setText(("%02x:%02x:%02x:%02x:%02x:%02x"%(int(macaddr[0:2],16),int(macaddr[2:4],16),int(macaddr[4:6],16),int(macaddr[6:8],16),int(macaddr[8:10],16),int(macaddr[10:12],16))))
-
- def keyOk(self):
- if self.ReadMacinfo==0 :
- return
- try:
- macaddr = self.macaddr
-#make_mac_sector 00-99-99-99-00-00 > /tmp/mac.sector
-#flash_eraseall /dev/mtd4
-#nandwrite /dev/mtd4 /tmp/mac.sector -p
- cmd = "make_mac_sector %02x-%02x-%02x-%02x-%02x-%02x > /tmp/mac.sector"%(int(macaddr[0:2],16),int(macaddr[2:4],16),int(macaddr[4:6],16),int(macaddr[6:8],16),int(macaddr[8:10],16),int(macaddr[10:12],16))
- system(cmd)
- if self.model == 2 or self.model == 3 or self.model == 4:
- system("flash_eraseall /dev/mtd5")
- system("nandwrite /dev/mtd5 /tmp/mac.sector -p")
- elif self.model == 0 or self.model ==1 :
- system("flash_eraseall /dev/mtd4")
- system("nandwrite /dev/mtd4 /tmp/mac.sector -p")
- macaddress = long(macaddr,16)+1
- if macaddress > 0xffffffffffff:
- macaddress = 0
- macaddr = "%012x"%macaddress
- macwritetext = "MAC:%02x:%02x:%02x:%02x:%02x:%02x"%(int(macaddr[0:2],16),int(macaddr[2:4],16),int(macaddr[4:6],16),int(macaddr[6:8],16),int(macaddr[8:10],16),int(macaddr[10:12],16))
- self.macfd.seek(0)
- self.macfd.write(macwritetext)
- self.macfd.close()
- system("sync")
- self.macaddr = macaddr
- self.close()
- except:
- self.session.open( MessageBox, _("Mac address fail"), MessageBox.TYPE_ERROR)
- global ethtest
- ethtest = 0
- self.close()
-
- def keyCancel(self):
- if self.macfd != 0:
- self.macfd.close()
- global ethtest
- ethtest = 0
- self.close()
-
-smartcardtest = 0
-class SmartCardTest(Screen):
- skin = """
- <screen name="SmartCardTest" position="center,center" size="300,120" title="SmartCard Test" >
- <widget name="text" position="10,10" size="280,100" font="Regular;30" />
- </screen>"""
-
- def __init__(self, session, stbmodel = 0):
- self["actions"] = ActionMap(["DirectionActions", "OkCancelActions"],
- {
- "cancel": self.keyCancel,
- "ok" : self.keyOk
- }, -2)
-
- Screen.__init__(self, session)
- self["text"]=Label(("Testing Smartcard 1..."))
- self.testok = 0
- self.smartcardtimer = eTimer()
- self.smartcardtimer.callback.append(self.check_smart_card)
- self.closetimer = eTimer()
- self.closetimer.callback.append(self.close)
- self.smartcard=0
- global smartcardtest
- smartcardtest = 0
- self.model = stbmodel
- self.smartcardtimer.start(100,True)
-
- def check_smart_card(self):
- global smartcardtest
- index = self.smartcard
- result = 0
- if index==0:
- result = eSctest.getInstance().check_smart_card("/dev/sci0")
- elif index ==1:
- result = eSctest.getInstance().check_smart_card("/dev/sci1")
- else:
- result = -1
-
- print "check smartcard : ", result
-
- if result == 0:
- print 'pass'
- if(index== 0 and ( self.model== 0 or self.model==2 or self.model == 3 or self.model == 4) ):
- self.smartcard = 1
- self["text"].setText(_("Testing Smartcard 2..."))
- self.smartcardtimer.start(100,True)
- return
- elif (index==1 or self.model==1):
- smartcardtest = 1
- self.testok = 1
- self["text"].setText(_("Smart Card OK!!"))
- self.closetimer.start(2000,True)
- self.smartcardtimer.stop()
- else :
-
- self["text"].setText(_("Smart Card model type error"))
- self.closetimer.start(2000,True)
- self.smartcardtimer.stop()
- else:
-# if result ==-1:
-# self.session.open( MessageBox, _("%d:NO_DEV_FOUND"%(index+1)), MessageBox.TYPE_ERROR)
-# elif result == -2:
-# self.session.open( MessageBox, _("%d:SC_NOT_INSERTED"%(index+1)), MessageBox.TYPE_ERROR)
-# elif result == -3:
-# self.session.open( MessageBox, _("%d:SC_NOT_VALID_ATR"%(index+1)), MessageBox.TYPE_ERROR)
-# elif result == -5:
-# self.session.open( MessageBox, _("%d:SC_READ_TIMEOUT"%(index+1)), MessageBox.TYPE_ERROR)
- if(index==0):
- self["text"].setText(_("Smart Card 1 Error!\nerrorcode=%d"%result))
- elif (index==1):
- self["text"].setText(_("Smart Card 2 Error!\nerrorcode=%d"%result))
- self.closetimer.start(2000,True)
- self.smartcardtimer.stop()
-
-
- def keyCancel(self):
- self.close()
-
- def keyOk(self):
- if self.testok == 1:
- self.close()
-
-
-
-fronttest = 0
-
-class FrontTest(Screen):
- skin = """
- <screen name="FrontTest" position="center,center" size="300,180" title="Front Test" >
- <widget name="text" position="10,10" size="280,160" font="Regular;30" />
- </screen>"""
-
- def __init__(self, session):
- self["actions"] = ActionMap(["DirectionActions", "OkCancelActions"],
- {
- "ok": self.keyOk,
- "up":self.keyUp,
- "down":self.keyDown,
- "cancel": self.keyCancel,
- }, -2)
-
- Screen.__init__(self, session)
- self["text"]=Label(("Wheel LEFT"))
- self.step = 1
-
- self.fronttimer= eTimer()
- self.fronttimer.callback.append(self.FrontAnimate)
- self.frontturnonoff = 0
- eSctest.getInstance().VFD_Open()
- self.keytimeout = eTimer()
- self.keytimeout.callback.append(self.KeyTimeOut)
- self.keytimeout.start(5000,True)
-
- def KeyTimeOut(self):
- if self.step == 1:
- self["text"].setText(("Wheel LEFT ERROR"))
- elif self.step ==2 :
- self["text"].setText(("Wheel RIGHT ERROR"))
- elif self.step == 3:
- self["text"].setText(("Wheel BUTTON ERROR"))
- self.step = 0
-# self.keyCancel()
-
- def keyCancel(self):
- global fronttest
- self.fronttimer.stop()
- eSctest.getInstance().VFD_Close()
- if self.step==4:
- fronttest = 1
- else:
- fronttest = 0
- self.close()
-
- def keyDown(self):
- if self.step==2:
- self.keytimeout.stop()
- self.keytimeout.start(5000,True)
- self.step = 3
- self["text"].setText(_("Press Front Wheel"))
-
- def keyUp(self):
- if self.step==1:
- self.keytimeout.stop()
- self.keytimeout.start(5000,True)
- self.step=2
- self["text"].setText(_("Wheel RIGHT"))
-
- def keyOk(self):
- if self.step == 3:
- self.keytimeout.stop()
- self.step =4
- self.fronttimer.start(1000,True)
- self["text"].setText(("Front Test OK!\nPress Exit Key"))
-# elif self.step==4:
-# global fronttest
-# self.fronttimer.stop()
-# eSctest.getInstance().VFD_Close()
-# fronttest = 1
-# self.close()
-
- def FrontAnimate(self):
- if (self.frontturnonoff==0):
- eSctest.getInstance().turnon_VFD()
- self.frontturnonoff = 1
- else:
- self.frontturnonoff = 0
- eSctest.getInstance().turnoff_VFD()
- self.fronttimer.start(1000,True)
-
-
-class FrontTest_solo(Screen):
- skin = """
- <screen name="FrontTest_solo" position="center,center" size="300,180" title="Front Test" >
- <widget name="text" position="10,10" size="280,160" font="Regular;30" />
- </screen>"""
-
- def __init__(self, session):
- self["actions"] = ActionMap(["DirectionActions", "OkCancelActions","GlobalActions"],
- {
- "ok": self.keyOk,
- "cancel": self.keyCancel,
- "left": self.keyleft,
- "right": self.keyright,
- "power_down": self.keypower,
- "volumeUp": self.keyvolup,
- "volumeDown": self.keyvoldown,
- }, -2)
-
- Screen.__init__(self, session)
- self["text"]=Label(("Press Front STANDBY"))
- self.step = 1
-
- self.fronttimer= eTimer()
- self.fronttimer.callback.append(self.FrontAnimate)
- self.frontturnonoff = 0
- eSctest.getInstance().VFD_Open()
- self.keytimeout = eTimer()
- self.keytimeout.callback.append(self.KeyTimeOut)
- self.keytimeout.start(5000,True)
-
- def KeyTimeOut(self):
- if self.step == 1:
- self["text"].setText(("Front STANDBY ERROR\nPress exit!"))
- elif self.step == 2 :
- self["text"].setText(("Front CH - ERROR\nPress exit!"))
- elif self.step == 3:
- self["text"].setText(("Front CH + ERROR\nPress exit!"))
- elif self.step == 4 :
- self["text"].setText(("Front VOL - ERROR\nPress exit!"))
- elif self.step == 5:
- self["text"].setText(("Front VOL + ERROR\nPress exit!"))
-
- self.step = 0
-# self.keyCancel()
-
- def keypower(self):
- if self.step== 1:
- self.keytimeout.stop()
- self.keytimeout.start(5000,True)
- self.step = 2
- self["text"].setText(_("Press Front CH -"))
-
- def keyright(self):
- if self.step== 3:
- self.keytimeout.stop()
- self.keytimeout.start(5000,True)
- self.step = 4
- self["text"].setText(_("Press Front VOL -"))
-
- def keyleft(self):
- if self.step== 2:
- self.keytimeout.stop()
- self.keytimeout.start(5000,True)
- self.step = 3
- self["text"].setText(_("Press Front CH +"))
-
- def keyvolup(self):
- if self.step== 5:
- self.keytimeout.stop()
- self.step = 6
- self.fronttimer.start(1000,True)
- self["text"].setText(_("Front LED OK?\n\nyes-ok\nno-exit"))
-# self["text"].setText(("Front Test OK!\nPress Exit Key"))
-
- def keyvoldown(self):
- if self.step== 4:
- self.keytimeout.stop()
- self.keytimeout.start(5000,True)
- self.step = 5
- self["text"].setText(_("Press Front VOL +"))
-
- def checkled(self, yesno):
- if yesno :
- self.step=6
- else:
- self.step=0
- self.keyCancel()
-
- def keyCancel(self):
- global fronttest
- self.fronttimer.stop()
- eSctest.getInstance().VFD_Close()
- fronttest = 0
- self.close()
-
- def keyOk(self):
- global fronttest
- if self.step == 6:
- fronttest = 1
- self.fronttimer.stop()
- eSctest.getInstance().VFD_Close()
- self.close()
-
- def FrontAnimate(self):
- if (self.frontturnonoff==0):
- eSctest.getInstance().turnon_VFD()
- self.frontturnonoff = 1
- else:
- self.frontturnonoff = 0
- eSctest.getInstance().turnoff_VFD()
- self.fronttimer.start(1000,True)
-
-class FrontTest_uno(Screen):
- skin = """
- <screen name="FrontTest_uno" position="center,center" size="300,180" title="Front Test" >
- <widget name="text" position="10,10" size="280,160" font="Regular;30" />
- </screen>"""
-
- def __init__(self, session):
- self["actions"] = ActionMap(["DirectionActions", "OkCancelActions","GlobalActions"],
- {
- "ok": self.keyOk,
- "cancel": self.keyCancel,
- "left": self.keyleft,
- "right": self.keyright,
- "volumeUp": self.keyvolup,
- "volumeDown": self.keyvoldown,
- "power_down": self.keypower,
- }, -2)
-
- Screen.__init__(self, session)
- self["text"]=Label(("Press Front CH -"))
- self.step = 1
- self.fronttimer= eTimer()
- self.fronttimer.callback.append(self.FrontAnimate)
- self.frontturnonoff = 0
- eSctest.getInstance().VFD_Open()
- self.keytimeout = eTimer()
- self.keytimeout.callback.append(self.KeyTimeOut)
- self.keytimeout.start(5000,True)
-
- def KeyTimeOut(self):
- if self.step == 1:
- self["text"].setText(("Front CH - ERROR\nPress exit!"))
- elif self.step == 2:
- self["text"].setText(("Front CH + ERROR\nPress exit!"))
- elif self.step == 3 :
- self["text"].setText(("Front VOL - ERROR\nPress exit!"))
- elif self.step == 4:
- self["text"].setText(("Front VOL + ERROR\nPress exit!"))
- elif self.step == 5:
- self["text"].setText(("Front STANDBY ERROR\nPress exit!"))
- self.step = 0
-
- def keyleft(self):
- if self.step== 1:
- self.keytimeout.stop()
- self.keytimeout.start(5000,True)
- self.step = 2
- self["text"].setText(_("Press Front CH +"))
- def keyright(self):
- if self.step== 2:
- self.keytimeout.stop()
- self.keytimeout.start(5000,True)
- self.step = 3
- self["text"].setText(_("Press Front VOL -"))
-
- def keyvoldown(self):
- if self.step== 3:
- self.keytimeout.stop()
- self.keytimeout.start(5000,True)
- self.step = 4
- self["text"].setText(_("Press Front VOL +"))
-
- def keyvolup(self):
- if self.step== 4:
- self.keytimeout.stop()
- self.keytimeout.start(5000,True)
- self.step = 5
- self["text"].setText(_("Press Front STANDBY"))
-
- def keypower(self):
- if self.step== 5:
- self.keytimeout.stop()
- self.step = 6
- self.fronttimer.start(1000,True)
- self["text"].setText(_("Front LED OK?\n\nyes-ok\nno-exit"))
-
- def keyCancel(self):
- global fronttest
- self.fronttimer.stop()
- eSctest.getInstance().VFD_Close()
- fronttest = 0
- self.close()
-
- def keyOk(self):
- global fronttest
- if self.step == 6:
- fronttest = 1
- self.fronttimer.stop()
- eSctest.getInstance().VFD_Close()
- self.close()
-
- def FrontAnimate(self):
- if (self.frontturnonoff==0):
- eSctest.getInstance().turnon_VFD()
- self.frontturnonoff = 1
- else:
- self.frontturnonoff = 0
- eSctest.getInstance().turnoff_VFD()
- self.fronttimer.start(1000,True)
-
-class FrontTest_ultimo_Summary(Screen):
- skin = """
- <screen name="FactoryTestSummary" position="0,0" size="256,64" id="1">
- <widget source="parent.Title" render="Label" position="0,0" size="256,24" font="Regular;18" halign="center" valign="center"/>
- <widget name="text" position="0,24" size="256,40" font="VFD;20" halign="center" valign="center"/>
- </screen>"""
-
- def __init__(self, session, parent):
- Screen.__init__(self, session, parent = parent)
- self["text"] = Label("Press Front STANDBY")
-
- def setText(self, text = ""):
- if not isinstance(text, str):
- text = str(text)
- self["text"].setText(text)
-
-class FrontTest_ultimo(FrontTest_solo):
- skin = """
- <screen position="center,center" size="300,180" title="Front Test" >
- <widget name="text" position="10,10" size="280,160" font="Regular;30" />
- </screen>"""
-
- def createSummary(self):
- return FrontTest_ultimo_Summary
-
- def KeyTimeOut(self):
- if self.step == 1:
- self["text"].setText(("Front STANDBY ERROR\nPress exit!"))
- self.summaries.setText("Front STANDBY ERROR\nPress exit!")
- elif self.step == 2 :
- self["text"].setText(("Front CH - ERROR\nPress exit!"))
- self.summaries.setText("Front CH - ERROR\nPress exit!")
- elif self.step == 3:
- self["text"].setText(("Front CH + ERROR\nPress exit!"))
- self.summaries.setText("Front CH + ERROR\nPress exit!")
- elif self.step == 4 :
- self["text"].setText(("Front VOL - ERROR\nPress exit!"))
- self.summaries.setText("Front VOL - ERROR\nPress exit!")
- elif self.step == 5:
- self["text"].setText(("Front VOL + ERROR\nPress exit!"))
- self.summaries.setText("Front VOL + ERROR\nPress exit!")
- self.step = 0
-
- def keypower(self):
- if self.step== 1:
- self.keytimeout.stop()
- self.keytimeout.start(5000,True)
- self.step = 2
- self["text"].setText(_("Press Front CH -"))
- self.summaries.setText(_("Press Front CH -"))
-
- def keyright(self):
- if self.step== 3:
- self.keytimeout.stop()
- self.keytimeout.start(5000,True)
- self.step = 4
- self["text"].setText(_("Press Front VOL -"))
- self.summaries.setText(_("Press Front VOL -"))
-
- def keyleft(self):
- if self.step== 2:
- self.keytimeout.stop()
- self.keytimeout.start(5000,True)
- self.step = 3
- self["text"].setText(_("Press Front CH +"))
- self.summaries.setText(_("Press Front CH +"))
-
- def keyvolup(self):
- if self.step== 5:
- self.keytimeout.stop()
- self.step = 6
- self.fronttimer.start(1000,True)
- self["text"].setText(_("Front LED OK?\n\nyes-ok\nno-exit"))
- self.summaries.setText(_("Front LED OK?"))
-
- def keyvoldown(self):
- if self.step== 4:
- self.keytimeout.stop()
- self.keytimeout.start(5000,True)
- self.step = 5
- self["text"].setText(_("Press Front VOL +"))
- self.summaries.setText(_("Press Front VOL +"))
-
- def FrontAnimate(self):
- if (self.frontturnonoff==0):
- eSctest.getInstance().turnon_VFD()
- self.frontturnonoff = 1
- self.fronttimer.start(1500,True)
- else:
- self.frontturnonoff = 0
- eSctest.getInstance().turnoff_VFD()
- self.fronttimer.start(500,True)
-
-rstest = 0
-
-import select
-
-class RS232Test(Screen):
- skin = """
- <screen name="RS232Test" position="center,center" size="260,100" title="RS232 Test" >
- <widget name="text" position="10,10" size="240,80" font="Regular;30" />
- </screen>"""
- step=1
- def __init__(self, session):
- self["actions"] = ActionMap(["DirectionActions", "OkCancelActions"],
- {
- "cancel": self.keyCancel,
- }, -2)
-
- Screen.__init__(self, session)
- self["text"]=Label(("Press \"Enter\" Key"))
- self.timer = eTimer()
- self.timer.callback.append(self.checkrs232)
- self.timer.start(100, True)
-
- def checkrs232(self):
- global rstest
- try:
- rs=open('/dev/ttyS0','r')
- rd = [rs]
- r,w,e = select.select(rd, [], [], 10)
- if r:
- input = rs.read(1)
- if input == "\n":
- rstest = 1
- else:
- rstest = 0
- else:
- rstest = 0
- rs.close()
- except:
- try:
- if rs:
- rs.close()
- except:
- pass
- print 'except error'
- rstest = 0
- if rstest == 0:
- self.session.open( MessageBox, _("RS232 Test Failed!\nPress 'EXIT' button!"), MessageBox.TYPE_ERROR)
- self.close()
-
- def keyCancel(self):
- self.close()
-
-class AgingTestSummary(Screen):
- skin = """
- <screen name="AgingTestSummary" position="0,0" size="132,64" id="1">
- <widget source="parent.Title" render="Label" position="6,0" size="132,64" font="Regular;18" halign="center" valign="center"/>
- </screen>"""
-
-class AgingTestSummaryVFD(Screen):
- skin = """
- <screen name="AgingTestSummaryVFD" position="0,0" size="256,64" id="1">
- <eLabel text="MODE: " position="0,0" size="50,16" font="VFD;14" />
- <widget name="zapmode" position="51,0" size="70,16" font="VFD;14" halign="left" valign="center"/>
- <widget name="timer" position="152,0" size="124,16" font="VFD;14" halign="left" valign="center"/>
- <eLabel text="TUNER: " position="0,16" size="50,16" font="VFD;14" />
- <widget name="curtuner" position="51,16" size="200,16" font="VFD;14" halign="left" valign="center"/>
- <!-- Signal Quality -->
- <eLabel text="SNR: " position="0,32" size="45,16" font="VFD;14" transparent="1" halign="left" valign="center"/>
- <widget source="session.FrontendStatus" render="Label" position="46,32" size="40,16" font="VFD;14" transparent="1">
- <convert type="FrontendInfo">SNRdB</convert>
- </widget>
- <!-- AGC -->
- <eLabel text="AGC: " position="0,48" size="45,16" font="VFD;14" transparent="1" noWrap="1" />
- <widget source="session.FrontendStatus" render="Label" position="46,48" size="40,16" font="VFD;14" transparent="1" noWrap="1">
- <convert type="FrontendInfo">AGC</convert>
- </widget>
- <widget name="error" position="90,32" size="166,32" font="VFD;18" halign="center" valign="center"/>
- </screen>"""
-
- def __init__(self, session, parent):
- Screen.__init__(self, session)
- self["zapmode"] = Label("")
- self["timer"] = Label("")
- self["curtuner"] = Label("")
- self["error"] = Label("")
-
- def setText(self, label = "zapmode",text = ""):
- if not isinstance(text,str):
- text = str(text)
- self[label].setText(text)
-
-class AgingTest(Screen):
- skin = """
- <screen position="center,center" size="350,220" title="Aging Test" >
- <widget name="text1" position="10,10" size="340,40" font="Regular;30" halign = "center" valign = "center"/>
- <widget name="text2" position="10,60" size="340,40" font="Regular;30" halign = "center" valign = "center"/>
- <!-- Signal Quality -->
- <eLabel text="SNR : " position="40,120" size="60,25" font="Regular;25" transparent="1" />
- <widget source="session.FrontendStatus" render="Label" position="100,120" size="60,25" font="Regular;25" transparent="1">
- <convert type="FrontendInfo">SNRdB</convert>
- </widget>
- <!-- AGC -->
- <eLabel text="AGC : " position="180,120" size="60,25" font="Regular;25" transparent="1" noWrap="1" />
- <widget source="session.FrontendStatus" render="Label" position="240,120" size="60,25" font="Regular;25" transparent="1" noWrap="1">
- <convert type="FrontendInfo">AGC</convert>
- </widget>
- <widget name="text3" position="10,150" size="330,35" font="Regular;28" halign = "center" valign = "center"/>
- <widget name="text4" position="10,185" size="330,35" font="Regular;20" halign = "center" valign = "center"/>
- </screen>"""
- step=1
- def __init__(self, session, model):
- Screen.__init__(self, session)
- self["actions"] = ActionMap(["MediaPlayerActions","GlobalActions", "MediaPlayerSeekActions", "ChannelSelectBaseActions"],
- {
- "pause": self.keyEnd,
- "stop": self.keyFinish,
- "volumeUp": self.keyVolumeup,
- "volumeDown": self.keyVolumedown,
- "volumeMute": self.nothing,
- "seekFwd" : self.keyFFW,
- }, -2)
- self.model = model
- self["text1"]=Label(("Exit - Press Pause Key"))
- self["text2"]=Label(("Reset - Press Stop Key"))
- self["text3"]=Label(("Manual zapping"))
- self["text4"]=Label((" "))
- self.avswitch = AVSwitch()
- self.curzappingmode = 'manual'
- self.zapping_interval = 300
- self.error = 0
- self.timeout = self.zapping_interval
- self.tunelist = []
- self.zappinglist = {
- 'DVB-S2' : [
- ('S-1','1:0:19:1325:3EF:1:0x64af79:0:0:0:'), # astra hd
- ('S-2','1:0:19:1324:3EF:1:0x64af79:0:0:0:'), # anixe hd
- ('S-3','1:0:19:1331:3EF:1:0x64af79:0:0:0:') # servus hd
- ],
- 'DVB-C': [
- ('C-1','1:0:19:1325:3EF:1:FFFF029A:0:0:0:'), # astra hd (DVB-C)
- ('C-2','1:0:19:1324:3EF:1:FFFF029A:0:0:0:') # anixe hd (DVB-C)
- ]
- }
- self.LockCheckTimer = eTimer()
- self.LockCheckTimer.callback.append(self.LockCheck)
- self.nextzappingtimer = eTimer()
- self.nextzappingtimer.callback.append(self.checktimeout)
- self.checkTunerType()
- self.makeTunelList()
- self.playservice(service = self.tunelist[0][1])
-# self.logmessage("AGING TEST START")
-
- def createSummary(self):
- if self.model == 4:
- self.onShown.append(self.VFDinit)
- return AgingTestSummaryVFD
- else:
- return AgingTestSummary
-
- def setTextVFD(self, name ,text):
- if self.model == 4:
- self.summaries.setText(name ,text)
-
- def VFDinit(self):
- if self.curzappingmode == 'manual' :
- self.summaries.setText("zapmode", 'MANUAL')
- else:
- self.summaries.setText("zapmode", 'AUTO')
- self.summaries.setText("timer", "Timer %d sec"%self.timeout)
- self.summaries.setText("curtuner", "%s, CHANNEL - %s)"%(self.NimType[0], self.tunelist[0][0]))
-
- def checkTunerType(self):
- self.NimType={}
- nimfile = open("/proc/bus/nim_sockets")
- for line in nimfile.readlines():
- print line
- if line == "":
- break
- if line.strip().startswith("NIM Socket"):
- parts = line.strip().split(" ")
- current_slot = int(parts[2][:-1])
- elif line.strip().startswith("Type:"):
- self.NimType[current_slot]= str(line.strip()[6:])
- elif line.strip().startswith("empty"):
- self.NimType.pop(current_slot)
- nimfile.close()
-
- def makeTunelList(self):
- if self.NimType[0].startswith("DVB-S"):
- tunetype = "DVB-S2"
- elif self.NimType[0].startswith("DVB-C"):
- tunetype = "DVB-C"
- elif self.NimType[0].startswith("DVB-T"):
-# tunetype = "DVB-T"
- pass # fix later..
- try :
- self.tunelist = self.zappinglist[tunetype]
- except:
- print "[FactoryTest] ERROR, index error (%s)"%tunetype
-
- def nextZapping(self, zap_rev = False):
- if zap_rev:
- tunelistlen = len(self.tunelist)
- nextservice = self.tunelist.pop(tunelistlen-1)
- self.tunelist.insert(0,nextservice)
- else:
- currentservice = self.tunelist.pop(0)
- self.tunelist.append(currentservice)
- self.playservice(service=self.tunelist[0][1])
- if self.curzappingmode == 'auto':
- self.timeout = self.zapping_interval
- self.setTextVFD("curtuner", "%s, CHANNEL - %s)"%(self.NimType[0], self.tunelist[0][0]))
-
- def checktimeout(self):
- if self.timeout == 0:
- self.nextZapping()
- else:
- self.timeout -=1
- self["text4"].setText("remain %d sec for next tuning" %self.timeout)
- self.setTextVFD("timer", "Timer %d sec"%self.timeout)
-
- def playservice(self,service = '1:0:19:1325:3EF:1:0x64af79:0:0:0:'):
- ref = eServiceReference(service)
- self.session.nav.playService(ref)
- self.avswitch.setAspectRatio(6)
- self.avswitch.setColorFormat(0)
- self.LockCheckTimer.start(2000,True)
-
- def LockCheck(self):
- result = eSctest.getInstance().getFrontendstatus(0)
- if result == 0 or result == -1:
- if self.model == 4:
- self.error +=1
- print "AGINGTEST - LOCK FAIL(%d)"%self.error
- self.setTextVFD("error", "LOCK FAIL(%d)"%self.error)
- # logmsg = "[LOCKFAIL][%d] TYPE : %s, CH : %s, ZAPMODE: %s"%(self.error,self.NimType[0],self.tunelist[0][0],self.curzappingmode)
- # self.logmessage(logmsg)
- else:
- self.session.open( MessageBox, _("Locking Fail Error"), MessageBox.TYPE_ERROR)
-
- def logmessage(self,msg):
- pass
-
- def nothing(self):
- print "nothing"
-
- def keyFFW(self):
- if self.curzappingmode == 'auto':
- self.curzappingmode = 'manual'
- self.nextzappingtimer.stop()
- self.timeout = self.zapping_interval
- self["text3"].setText("Manual zapping")
- self["text4"].setText("")
- self.setTextVFD("zapmode", 'MANUAL')
- self.setTextVFD("timer", "")
-
- elif self.curzappingmode == 'manual':
- self.curzappingmode = 'auto'
- self["text3"].setText("Auto zapping")
- self["text4"].setText("remain %d sec for next tuning" %self.timeout)
- self.setTextVFD("zapmode", 'AUTO')
- self.setTextVFD("timer", "Timer %d sec"%self.timeout)
-# self.timeout = self.zapping_interval
- self.nextzappingtimer.start(1000)
-
- def keyVolumeup(self):
- self.nextZapping(zap_rev = False)
-
- def keyVolumedown(self):
- self.nextZapping(zap_rev = True)
-
- def nothing(self):
- print "nothing"
-
- def keyEnd(self):
- self.session.nav.stopService()
- self.close(0) # exit
-
- def keyFinish(self):
- self.session.nav.stopService()
- self.close(1) # exit and reset
-
-class AgingTest_mode2_Summary(Screen):
- skin = """
- <screen name="AgingTest_mode2_Summary" position="0,0" size="132,64" id="1">
- <widget source="parent.Title" render="Label" position="6,0" size="132,64" font="Regular;18" halign="center" valign="center"/>
- </screen>"""
-
-class AgingTest_mode2_Summary_VFD(Screen):
- skin = """
- <screen name="AgingTest_mode2_Summary_VFD" position="0,0" size="256,64" id="1">
- <eLabel text="MODE: " position="0,0" size="50,16" font="VFD;14" />
- <widget name="zapmode" position="51,0" size="70,16" font="VFD;14" halign="left" valign="center"/>
- <widget name="timer" position="152,0" size="124,16" font="VFD;14" halign="left" valign="center"/>
- <eLabel text="TUNER: " position="0,16" size="50,16" font="VFD;14" />
- <widget name="curtuner" position="51,16" size="200,16" font="VFD;14" halign="left" valign="center"/>
- <!-- Signal Quality -->
- <eLabel text="SNR: " position="0,32" size="45,16" font="VFD;14" transparent="1" halign="left" valign="center"/>
- <widget source="session.FrontendStatus" render="Label" position="46,32" size="40,16" font="VFD;14" transparent="1">
- <convert type="FrontendInfo">SNRdB</convert>
- </widget>
- <!-- AGC -->
- <eLabel text="AGC: " position="0,48" size="45,16" font="VFD;14" transparent="1" noWrap="1" />
- <widget source="session.FrontendStatus" render="Label" position="46,48" size="40,16" font="VFD;14" transparent="1" noWrap="1">
- <convert type="FrontendInfo">AGC</convert>
- </widget>
- <widget name="error" position="90,32" size="166,32" font="VFD;18" halign="center" valign="center"/>
- </screen>"""
-
- def __init__(self, session, parent):
- Screen.__init__(self, session)
- self["zapmode"] = Label("")
- self["timer"] = Label("")
- self["curtuner"] = Label("")
- self["error"] = Label("")
-
- def setText(self, label = "zapmode",text = ""):
- if not isinstance(text,str):
- text = str(text)
- self[label].setText(text)
-
-from Components.Input import Input
-from Screens.InputBox import InputBox
-class AgingTest_mode2(Screen):
- skin = """
- <screen position="center,center" size="370,190" title="Aging Test 2" >
- <widget name="text1" position="10,10" size="350,40" font="Regular;30" halign="center" valign="center"/>
- <widget name="text2" position="10,60" size="350,30" font="Regular;25" halign="center" valign="center"/>
- <!-- Signal Quality -->
- <eLabel text="SNR : " position="50,100" size="60,25" font="Regular;25" transparent="1" />
- <widget source="session.FrontendStatus" render="Label" position="110,100" size="60,25" font="Regular;25" transparent="1">
- <convert type="FrontendInfo">SNRdB</convert>
- </widget>
- <!-- AGC -->
- <eLabel text="AGC : " position="190,100" size="60,25" font="Regular;25" transparent="1" noWrap="1" />
- <widget source="session.FrontendStatus" render="Label" position="250,100" size="60,25" font="Regular;25" transparent="1" noWrap="1">
- <convert type="FrontendInfo">AGC</convert>
- </widget>
- <widget name="text3" position="10,130" size="350,25" font="Regular;18" halign="center" valign="center"/>
- <widget name="text4" position="10,155" size="350,25" font="Regular;18" halign="center" valign="center"/>
- </screen>"""
- step=1
- def __init__(self, session,model = 4):
- self["actions"] = ActionMap(["MediaPlayerActions","GlobalActions","InfobarMenuActions","ChannelSelectBaseActions"],
- {
- "pause": self.keyEnd,
- "stop": self.keyFinish,
- "volumeUp": self.keyVolumeup,
- "volumeDown": self.keyVolumedown,
- "volumeMute": self.nothing,
- "mainMenu" : self.keyMenu,
- "nextBouquet" : self.keyChannelup,
- "prevBouquet" : self.keyChannelDown,
- "showFavourites" : self.keyBlue,
- }, -2)
-
- Screen.__init__(self, session)
- self.model = model
- self.slotindex = { 0 : 'A', 1 : 'B', 2 : 'C', 3: 'D'}
- self.curtuner = 0
- self.isChangeTuner = True
- self.isChangeChannel = False
- self.zapping_interval = 300
- self.timeout = self.zapping_interval
- self.avswitch = AVSwitch()
- self.error = 0
- self.LockCheckTimer = eTimer()
- self.LockCheckTimer.callback.append(self.LockCheck)
- self.nextzappingtimer = eTimer()
- self.nextzappingtimer.callback.append(self.checktimeout)
- self.tunelist_db = {
- 'DVB-S2' : [
- [
- ('1-1','1:0:19:1325:3EF:1:0x64af79:0:0:0:'), # astra hd
- ('1-2','1:0:19:1324:3EF:1:0x64af79:0:0:0:'), # anixe hd
- ('1-3','1:0:19:1331:3EF:1:0x64af79:0:0:0:') # servus hd
- ],
- [
- ('2-1','1:0:19:1325:3EF:1:0xC00000:0:0:0:'), # astra hd
- ('2-2','1:0:19:1324:3EF:1:0xC00000:0:0:0:'), # anixe hd
- ('2-3','1:0:19:1331:3EF:1:0xC00000:0:0:0:') # servus hd
- ],
- [
- ('3-1','1:0:19:1325:3EF:1:0x282AF79:0:0:0:'), # astra hd
- ('3-2','1:0:19:1324:3EF:1:0x282AF79:0:0:0:'), # anixe hd
- ('3-3','1:0:19:1331:3EF:1:0x282AF79:0:0:0:') # servus hd
- ],
- [
- ('4-1','1:0:19:1325:3EF:1:0x02d0af79:0:0:0:'), # astra hd, Panamsat 4 (72.0E)
- ('4-2','1:0:19:1324:3EF:1:0x02d0af79:0:0:0:'), # anixe hd
- ('4-3','1:0:19:1331:3EF:1:0x02d0af79:0:0:0:') # servus hd
- ]
-# namespace : 0x02d0af79, 720 # Panamsat 7,10 (68.5E)
- ],
- 'DVB-C': [
- [
- ('C-1','1:0:19:1325:3EF:1:FFFF029A:0:0:0:'), # astra hd (DVB-C)
- ('C-2','1:0:19:1324:3EF:1:FFFF029A:0:0:0:') # anixe hd (DVB-C)
- ]
- ]
- }
- self.tunelist = {}
- self.NimType={}
- self.checkTunerType()
- self.makeTunelList()
- self.playservice(service = self.tunelist[self.curtuner][0][1])
- self.curzappingmode = 'auto'
- self["text1"]=Label("ZAPPING MODE : AUTO")
- self["text2"]=Label("CURRENT TUNER : %s (%s)"%(self.slotindex[self.curtuner], self.NimType[self.curtuner]))
- self["text3"]=Label("remain %d sec for next tuning" %self.timeout)
- self["text4"]=Label("Press 'stop' key for exit")
- self.nextzappingtimer.start(1000)
- self.logmessage("AGING TEST START")
-
- def createSummary(self):
- if self.model == 4:
- self.onShown.append(self.VFDinit)
- return AgingTest_mode2_Summary_VFD
- else:
- return AgingTest_mode2_Summary
-
- def VFDinit(self):
- if self.curzappingmode == 'manual' :
- self.summaries.setText("zapmode", 'MANUAL')
- else:
- self.summaries.setText("zapmode", 'AUTO')
- self.summaries.setText("timer", "Timer %d sec"%self.timeout)
- self.summaries.setText("curtuner", "%s (%s, CHANNEL - %s)"%(self.slotindex[self.curtuner], self.NimType[self.curtuner], self.tunelist[self.curtuner][0][0]))
-
- def setTextVFD(self,name ,text):
- if self.model == 4:
- self.summaries.setText(name, text)
-
- def checkTunerType(self):
- nimfile = open("/proc/bus/nim_sockets")
- for line in nimfile.readlines():
- print line
- if line == "":
- break
- if line.strip().startswith("NIM Socket"):
- parts = line.strip().split(" ")
- current_slot = int(parts[2][:-1])
- elif line.strip().startswith("Type:"):
- self.NimType[current_slot]= str(line.strip()[6:])
- elif line.strip().startswith("empty"):
- self.NimType.pop(current_slot)
- nimfile.close()
-
- def makeTunelList(self):
- for slot, type in self.NimType.items():
- if type.startswith('DVB-S'):
- tunelist_type = 'DVB-S2'
- elif type.startswith('DVB-C'):
- tunelist_type = 'DVB-C'
- elif type.startswith('DVB-T'):
- tunelist_type = 'DVB-T'
- try :
- self.tunelist[slot] = self.tunelist_db[tunelist_type].pop(0)
- except:
- print "[FactoryTest] ERROR, pop from empty list (%s)"%tunelist_type
- print "tunelist : "
- print self.tunelist
-
- def nextZapping(self, mode = 'auto', changeTuner = True, changeService = False, reverse_tuner = False, reverse_service = False):
- if mode == 'manual' and changeTuner or mode == 'auto' and self.isChangeTuner:
- if reverse_tuner:
- self.curtuner -=1
- else:
- self.curtuner +=1
- if self.curtuner >= len(self.tunelist):
- self.curtuner = 0
- if self.curtuner < 0:
- self.curtuner = len(self.tunelist)-1
- if mode == 'manual' and changeService or mode == 'auto' and self.isChangeChannel:
- if reverse_service:
- tunelistlen = len(self.tunelist[self.curtuner])
- nextservice = self.tunelist[self.curtuner].pop(tunelistlen-1)
- self.tunelist[self.curtuner].insert(0,nextservice)
- else:
- currentservice = self.tunelist[self.curtuner].pop(0)
- self.tunelist[self.curtuner].append(currentservice)
- self.playservice(service=self.tunelist[self.curtuner][0][1])
- if self.curzappingmode == 'auto':
- self.timeout = self.zapping_interval
- self["text2"].setText("CURRENT TUNER : %s (%s)"%(self.slotindex[self.curtuner], self.NimType[self.curtuner]))
- self.setTextVFD("curtuner", "%s (%s, CHANNEL - %s)"%(self.slotindex[self.curtuner], self.NimType[self.curtuner], self.tunelist[self.curtuner][0][0]))
-
-
- def checktimeout(self):
- if self.timeout == 0:
- self.nextZapping(mode = 'auto')
- else:
- self.timeout -=1
- self["text3"].setText("remain %d sec for next tuning" %self.timeout)
- self.setTextVFD("timer", "Timer %d sec"%self.timeout)
-
- def playservice(self,service = '1:0:19:1325:3EF:1:0x64af79:0:0:0:'):
- ref = eServiceReference(service)
- self.session.nav.playService(ref)
- self.avswitch.setAspectRatio(6)
- self.avswitch.setColorFormat(0)
- self.LockCheckTimer.start(2000,True)
-
- def LockCheck(self):
- result = eSctest.getInstance().getFrontendstatus(self.curtuner)
- if result == 0 or result == -1:
- if self.model == 4:
- self.error +=1
- print "AGINGTEST - LOCK FAIL(%d)"%self.error
- self.summaries.setText("error", "LOCK FAIL(%d)"%self.error)
- logmsg = "[LOCKFAIL][%d] SLOT : %d, TYPE : %s, CH : %s, ZAPMODE: %s"%(self.error,self.curtuner,self.NimType[self.curtuner],self.tunelist[self.curtuner][0][0],self.curzappingmode)
- self.logmessage(logmsg)
- else:
- self.error +=1
- print "AGINGTEST - LOCK FAIL(%d)"%self.error
- logmsg = "[LOCKFAIL][%d] SLOT : %d, TYPE : %s, CH : %s, ZAPMODE: %s"%(self.error,self.curtuner,self.NimType[self.curtuner],self.tunelist[self.curtuner][0][0],self.curzappingmode)
- self.logmessage(logmsg)
- self.session.open( MessageBox, _("Locking Fail Error"), MessageBox.TYPE_ERROR)
-
- def logmessage(self,msg):
- print "[logmessage]",msg
- devpath = None
- checklist = ["/autofs/sda1", "/autofs/sdb1", "/autofs/sdc1", "/autofs/sdd1", "/autofs/sde1"]
- for dev in checklist:
- try:
- if fileExists(dev):
- if access(dev,F_OK|R_OK|W_OK):
- dummy=open(dev+"/dummy03","w")
- dummy.write("check")
- dummy.close()
- dummy=open(dev+"/dummy03","r")
- if dummy.readline()=="check":
- print dev," - rw check ok"
- devpath = dev
- break
- else:
- print dev," - read check error"
- dummy.close()
- system("rm "+dev+"/dummy03")
- else:
- print dev," - rw access error"
- else:
- pass
- except:
- print dev," - exceptional error"
- if devpath:
- cmd = "echo %s >> %s/agingTest.log" % (msg,devpath)
- print "[logmessage] %s(%s)"%(cmd,devpath)
- system(cmd)
-
- def nothing(self):
- print "nothing"
-
- def keyBlue(self):
- if self.curzappingmode == 'auto':
- self.curzappingmode = 'manual'
- self["text1"].setText("ZAPPING MODE : MANUAL")
- self["text3"].setText("Press 'stop' key for exit")
- self["text4"].setText("")
- self.setTextVFD("zapmode", 'MANUAL')
- self.setTextVFD("timer", "")
- self.nextzappingtimer.stop()
- self.timeout = self.zapping_interval
- elif self.curzappingmode == 'manual':
- self.curzappingmode = 'auto'
- self["text1"].setText("ZAPPING MODE : AUTO")
- self["text3"].setText("remain %d sec for next tuning" %self.timeout)
- self["text4"].setText("Press 'stop' key for exit")
- self.setTextVFD("zapmode", 'AUTO')
- self.setTextVFD("timer", "Timer %d sec"%self.timeout)
- self.timeout = self.zapping_interval
- self.nextzappingtimer.start(1000)
-
- def keyVolumeup(self):
- self.nextZapping(mode = 'manual', changeTuner = False, changeService = True)
-
- def keyVolumedown(self):
- self.nextZapping(mode = 'manual', changeTuner = False, changeService = True, reverse_service = True)
-
- def keyChannelup(self):
- self.nextZapping(mode = 'manual', changeTuner = True, changeService = False)
-
- def keyChannelDown(self):
- self.nextZapping(mode = 'manual', changeTuner = True, changeService = False, reverse_tuner = True)
-
- def keyMenu(self):
- self.session.openWithCallback(self.menuCallback, AgingTest_mode2_setmenu, tuner = self.isChangeTuner, channel = self.isChangeChannel, interval = self.zapping_interval)
-
- def menuCallback(self, tuner, channel, interval):
- if tuner is not None:
- self.isChangeTuner = tuner
- if channel is not None:
- self.isChangeChannel = channel
- if interval is not None:
- self.zapping_interval = interval
- self.timeout = self.zapping_interval
-
- def keyEnd(self):
- self.session.nav.stopService()
- self.close()
-
- def keyFinish(self):
- self.session.nav.stopService()
- self.close()
-
-from Components.ConfigList import ConfigListScreen
-from Components.config import ConfigInteger, ConfigYesNo, getConfigListEntry, NoSave
-class AgingTest_mode2_setmenu(Screen,ConfigListScreen):
- skin = """
- <screen position="center,center" size="370,190" title="Aging Test - settings" >
- <widget name="config" zPosition="2" position="10,10" size="360,180" scrollbarMode="showOnDemand" transparent="1" />
- <ePixmap pixmap="Vu_HD/buttons/green.png" position="50,135" size="25,25" alphatest="on" />
- <ePixmap pixmap="Vu_HD/buttons/red.png" position="215,135" size="25,25" alphatest="on" />
- <widget source="key_red" render="Label" position="75,135" zPosition="1" size="90,25" font="Regular;20" halign="center" valign="center" transparent="1" />
- <widget source="key_green" render="Label" position="240,135" zPosition="1" size="90,25" font="Regular;20" halign="center" valign="center" transparent="1" />
- </screen>"""
- def __init__(self,session, tuner = True, channel = False, interval = 300):
- Screen.__init__(self,session)
- self.session = session
- self.tuner = tuner
- self.channel = channel
- self.zap_interval = interval
- self["key_red"] = StaticText(_("Save"))
- self["key_green"] = StaticText(_("Cancel"))
- self["shortcuts"] = ActionMap(["ShortcutActions", "SetupActions" ],
- {
- "ok": self.keySave,
- "cancel": self.keyCancel,
- "red": self.keyCancel,
- "green": self.keySave,
- }, -2)
- self.list = []
- ConfigListScreen.__init__(self, self.list,session = self.session)
- self.config_tuner = NoSave(ConfigYesNo(default = self.tuner))
- self.config_channel = NoSave(ConfigYesNo(default = self.channel))
- self.config_zap_interval = NoSave(ConfigInteger(default = self.zap_interval, limits=(5, 9999) ) )
- self.configSetup()
-
- def configSetup(self):
- self.list = []
- self.setupEntryTuner = getConfigListEntry(_("change tuner on timeout"), self.config_tuner )
- self.setupEntryChannel = getConfigListEntry(_("change channel on timeout"), self.config_channel )
- self.setupEntryZapInterval = getConfigListEntry(_("zapping interval (sec) "), self.config_zap_interval )
- self.list.append( self.setupEntryTuner )
- self.list.append( self.setupEntryChannel )
- self.list.append( self.setupEntryZapInterval )
- self["config"].list = self.list
- self["config"].l.setList(self.list)
-
- def keySave(self):
- self.close(self.config_tuner.value, self.config_channel.value, self.config_zap_interval.value)
-
- def keyCancel(self):
- self.close(None, None, None)
-
-class TestTuneMenu(Screen):
- skin = """
- <screen position="350,230" size="550,300" title="Tuning Test" >
- <widget name="testlist" position="10,0" size="440,250" itemHeight="35"/>
- <widget name="resultlist" position="470,0" size="60,250" itemHeight="35"/>
- <widget source="text" render="Label" position="100,270" size="450,30" font="Regular;22" />
- </screen>"""
-
- def __init__(self ,session ,tuneInfo, tunelist,NimType):
- self.session = session
- self.NimType = NimType
- self.tuneInfo = tuneInfo
- self.tunelist = tunelist
- self.model = 4
- self["actions"] = NumberActionMap(["OkCancelActions","WizardActions","NumberActions"],
- {
- "left": self.nothing,
- "right":self.nothing,
- "ok": self.TestAction,
- "cancel": self.keyCancel,
- "up": self.keyup,
- "down": self.keydown,
- "0": self.numberaction,
- "1": self.numberaction,
- "2": self.numberaction,
- "3": self.numberaction,
- "4": self.numberaction,
- "5": self.numberaction,
- "6": self.numberaction,
- "7": self.numberaction,
- "8": self.numberaction,
- "9": self.numberaction,
-
- }, -2)
- Screen.__init__(self, session)
- self.text = _("Press 'EXIT' key to finish tune test.")
- self["text"] = StaticText(self.text)
- self.createConfig()
- session.nav.stopService() # try to disable foreground service
-
- self.tunemsgtimer = eTimer()
- self.tunemsgtimer.callback.append(self.tunemsg)
-
- self.camstep = 1
- self.camtimer = eTimer()
- self.camtimer.callback.append(self.cam_state)
-
- self.tunerlock = 0
- self.tuningtimer = eTimer()
- self.tuningtimer.callback.append(self.updateStatus)
- self.setSourceVar()
- self.avswitch = AVSwitch()
-
- def createConfig(self):
- self.menulength= len(self.tunelist)
- self["testlist"] = MenuList(self.tunelist)
- self.rlist = []
- for x in range(self.menulength):
- self.rlist.append((".."))
- self["resultlist"] = TestResultList(self.rlist)
-
- def TestAction(self):
- print "line - ",self["testlist"].getCurrent()[1]
- self.currentindex = index = self["testlist"].getCurrent()[1]
- result = 0
- self.TestTune(index)
-
- def nothing(self):
- print "nothing"
-
- def keyup(self):
- print "self.menulength = ",self.menulength
- print "self[\"testlist\"].getCurrent()[1] = ",self["testlist"].getCurrent()[1]
- if self["testlist"].getCurrent()[1]==0:
- self["testlist"].moveToIndex(self.menulength-1)
- self["resultlist"].moveToIndex(self.menulength-1)
- else:
- self["testlist"].up()
- self["resultlist"].up()
-
-
- def keydown(self):
- print "self.menulength = ",self.menulength
- print "self[\"testlist\"].getCurrent()[1] = ",self["testlist"].getCurrent()[1]
- if self["testlist"].getCurrent()[1]==(self.menulength-1):
- self["testlist"].moveToIndex(0)
- self["resultlist"].moveToIndex(0)
- else:
- self["testlist"].down()
- self["resultlist"].down()
-
- def numberaction(self, number):
- if number >= self.menulength:
- return
- index = int(number)
- self["testlist"].moveToIndex(index)
- self["resultlist"].moveToIndex(index)
-
- def keyCancel(self):
- print "testtunemenu exit"
- if not '..' in self.rlist and not 'fail' in self.rlist:
- self.close(True)
- else:
- self.close(False)
-# if self.oldref is not None:
-# self.session.nav.playService(self.oldref)
-
- def TestTune(self,index):
- ref = eServiceReference("1:0:19:1324:3EF:1:C00000:0:0:0")
- self.session.nav.stopService() # try to disable foreground service
- getTuneInfo=self.tuneInfo[index]
- if getTuneInfo["cam"] is True:
- self.camstep = 1
- self.camtimer.start(100,True)
- if getTuneInfo["type"].startswith("DVB-S"):
- if getTuneInfo["pol"] == "H":
- ref.setData(0,1)
- ref.setData(1,0x6D3)
- ref.setData(2,0x3)
- ref.setData(3,0xA4)
- else:
- ref.setData(0,0x19)
- ref.setData(1,0x1325)
- ref.setData(2,0x3ef)
- ref.setData(3,0x1)
- if getTuneInfo["sat"] == "160": # Eutelsat W2
- ref.setData(4,0xA00000)
- elif getTuneInfo["sat"] == "100": # Eutelsat
- ref.setData(4,0x64af79)
- elif getTuneInfo["sat"] == "130": # Hotbird
- ref.setData(4,0x820000)
- elif getTuneInfo["sat"] == "192": # Astra
- ref.setData(4,0xC00000)
- elif getTuneInfo["sat"] == "620": # Intelsat 902
- ref.setData(4,0x26c0000) # need to fix later
- elif getTuneInfo["sat"] == "642": # Intelsat 906
- ref.setData(4,0x282AF79) # need to fix later
- elif getTuneInfo["type"].startswith("DVB-C"):
- ref.setData(0,0x19)
- ref.setData(1,0x1325)
- ref.setData(2,0x3ef)
- ref.setData(3,0x1)
- ref.setData(4,-64870) # ffff029a
- elif getTuneInfo["type"].startswith("DVB-T"):
- ref.setData(0,0x19)
- ref.setData(1,0x1325)
- ref.setData(2,0x3ef)
- ref.setData(3,0x1)
- ref.setData(4,-286391716) # eeee025c
- self.session.nav.playService(ref)
- if getTuneInfo["color"]=="CVBS":
- self.avswitch.setColorFormat(0)
- elif getTuneInfo["color"]=="RGB":
- self.avswitch.setColorFormat(1)
- elif getTuneInfo["color"]=="YC":
- self.avswitch.setColorFormat(2)
- if getTuneInfo["ratio"] == "4:3":
- self.avswitch.setAspectRatio(0)
- elif getTuneInfo["ratio"] == "16:9":
- self.avswitch.setAspectRatio(6)
- self.tuningtimer.start(2000,True)
- self.tunemsgtimer.start(3000, True)
-
- def cam_state(self):
- current_index = self.currentindex
- if self.camstep == 1:
- slot = 0
- state = eDVBCI_UI.getInstance().getState(slot)
- print '-1-stat',state
- if state > 0:
- self.camstep=2
- self.camtimer.start(100,True)
- else:
- self.session.nav.stopService()
- self.session.open( MessageBox, _("CAM1_NOT_INSERTED\nPress exit!"), MessageBox.TYPE_ERROR)
- self.rlist[current_index]="fail"
- self.tunemsgtimer.stop()
- elif self.camstep == 2:
- slot = 0
- appname = eDVBCI_UI.getInstance().getAppName(slot)
- print 'appname',appname
- if appname is None:
- self.session.nav.stopService()
- self.session.open( MessageBox, _("NO_GET_APPNAME\nPress exit!"), MessageBox.TYPE_ERROR)
- self.rlist[current_index]="fail"
- self.tunemsgtimer.stop()
- else:
- self.camstep=3
- self.camtimer.start(100,True)
- elif self.camstep==3:
- slot = 1
- state = eDVBCI_UI.getInstance().getState(slot)
- print '-2-stat',state
- if state > 0:
- self.camstep=4
- self.camtimer.start(100,True)
- else:
- self.session.nav.stopService()
- self.session.open( MessageBox, _("CAM2_NOT_INSERTED\nPress exit!"), MessageBox.TYPE_ERROR)
- self.rlist[current_index]="fail"
- self.tunemsgtimer.stop()
- elif self.camstep == 4:
- slot = 1
- appname = eDVBCI_UI.getInstance().getAppName(slot)
- print 'appname',appname
- if appname is None:
- self.session.nav.stopService()
- self.session.open( MessageBox, _("NO_GET_APPNAME\nPress exit!"), MessageBox.TYPE_ERROR)
- self.rlist[current_index]="fail"
- self.tunemsgtimer.stop()
- else:
- self.setSource()
- self.camstep = 5
-
- def updateStatus(self):
- current_index = self.currentindex
- getTuneInfo=self.tuneInfo[current_index]
- result = eSctest.getInstance().getFrontendstatus(getTuneInfo["slot"])
- tunno = getTuneInfo["slot"]+1
- hv = getTuneInfo["pol"]
- if hv == "H":
- hv = "Hor"
- elif hv == "V":
- hv = "Ver"
- else :
- hv == ""
-
- print "eSctest.getInstance().getFrontendstatus - %d"%result
- if result == 0 or result == -1:
- self.tunerlock = 0
- self.tunemsgtimer.stop()
- self.session.nav.stopService()
- self.avswitch.setColorFormat(0)
- self.session.open( MessageBox, _("Tune%d %s Locking Fail..."%(tunno,hv)), MessageBox.TYPE_ERROR)
- self.rlist[current_index]="fail"
- else :
- self.tunerlock = 1
-
- def tuneback(self,yesno):
- current_index=self.currentindex
- self.session.nav.stopService() # try to disable foreground service
- if yesno and self.tunerlock == 1:
- getTuneInfo=self.tuneInfo[current_index]
- if getTuneInfo["cam"] and self.camstep < 5: # need fix to depending about CAM exist
- self.rlist[current_index]="fail"
- else :
- self.rlist[current_index]="pass"
- else:
- self.rlist[current_index]="fail"
- if self.tuneInfo[current_index]["color"] == "YC":
- self.avswitch.setColorFormat(0)
- self.resetSource()
- self["resultlist"].updateList(self.rlist)
-
- def tunemsg(self):
- self.tuningtimer.stop()
- self.session.openWithCallback(self.tuneback, TuneMessageBox, _("%s ok?" %(self["testlist"].getCurrent()[0])), MessageBox.TYPE_YESNO)
-
- def setSourceVar(self):
- self.input_pad_num=len(self.NimType)-1
- if self.input_pad_num == 0:
- self.setTuner = 'A'
- elif self.input_pad_num == 1:
- self.setTuner = 'B'
- elif self.input_pad_num == 2:
- self.setTuner = 'C'
-
-# ikseong - for 22000 tp
- def setSource(self):
-# fix input source
- inputname = ("/proc/stb/tsmux/input%d" % self.input_pad_num)
- print "<setsource> inputname : ",inputname
- fd=open(inputname,"w")
- fd.write("CI0")
- fd.close()
-# fix ci_input Tuner
- filename = ("/proc/stb/tsmux/ci0_input")
- fd = open(filename,'w')
- fd.write(self.setTuner)
- print "setTuner(CI0) : ",self.setTuner
- fd.close()
- print "CI loop test!!!!!!!!!!!!!!"
-
- def resetSource(self):
- inputname = ("/proc/stb/tsmux/input%d" % self.input_pad_num)
- print "<resetsource> inputname : ",inputname
- fd=open(inputname,"w")
- fd.write(self.setTuner)
- fd.close()
- print "CI loop test end!!!!!!!!!!!!!!"
-
-session = None
-
-
-def cleanup():
- global Session
- Session = None
- global Servicelist
- Servicelist = None
-
-def main(session, servicelist, **kwargs):
- global Session
- Session = session
- global Servicelist
- Servicelist = servicelist
- bouquets = Servicelist.getBouquetList()
- global bouquetSel
- bouquetSel = Session.openWithCallback(cleanup, FactoryTest)
-
-#def Plugins(**kwargs):
-# return PluginDescriptor(name=_("Factory Test"), description="Test App for Factory", where = PluginDescriptor.WHERE_EXTENSIONSMENU, fnc=main)
-
-def Plugins(**kwargs):
- return []
projects / vuplus_dvbapp / blobdiff