}
elif info == "solo2":
fwlist= [
- ("fpga", _("FPGA"))
+ ("fpga", _("FPGA"))
+ ,("fp", _("Front Processor"))
]
fwdata= {
- "fpga" : ["http://archive.vuplus.com/download/fpga", "fpga.files", "/dev/fpga_dp;/dev/misc/dp;"]
+ "fpga" : ["http://archive.vuplus.com/download/fpga", "fpga.files", "/dev/fpga_dp;/dev/misc/dp;"]
+ ,"fp" : ["http://archive.vuplus.com/download/fp", "fp.files", "/dev/bcm_mu;"]
}
elif info == "duo2":
fwlist= [
- ("fpga", _("FPGA"))
+ ("fpga", _("FPGA"))
+ ,("fp", _("Front Processor"))
+ ,("vfd", _("VFD Controller"))
]
fwdata= {
- "fpga" : ["http://archive.vuplus.com/download/fpga", "fpga.files", "/dev/fpga_dp;/dev/misc/dp;"]
+ "fpga" : ["http://archive.vuplus.com/download/fpga", "fpga.files", "/dev/fpga_dp;/dev/misc/dp;"]
+ ,"fp" : ["http://archive.vuplus.com/download/fp", "fp.files", "/dev/bcm_mu;"]
+ ,"vfd" : ["http://archive.vuplus.com/download/vfd", "vfd.files", "/dev/bcm_vfd_ctrl;"]
}
import os, fcntl, thread
def doUpgrade(self):
firmware,device = None,None
- def closefpga(fp, fd):
+ def closefp(fp, fd):
if fd is not None: os.close(fd)
if fp is not None: fp.close()
try:
if xx == 2: raise Exception, 'fail to upgrade : %d'%(rc)
self.errmsg = 'fail to upgrade, retry..'
self.status = STATUS_RETRY_UPGRADE
- closefpga(firmware, device)
+ closefp(firmware, device)
#print '[FPUpgradeCore] upgrade done.'
if self.callcount < 20: raise Exception, 'wrong fpga file.'
except Exception, msg:
self.errmsg = msg
print '[FPUpgradeCore] ERROR >>',msg
- closefpga(firmware, device)
+ closefp(firmware, device)
return STATUS_ERROR
return STATUS_DONE
print '[FPGAUpgrade] occur error.'
else: print '[FPGAUpgrade] occur unknown error.'
+
+class VFDCtrlUpgradeCore() :
+ status = STATUS_READY
+ errmsg = ''
+ MAX_CALL_COUNT = 120
+ def __init__(self, firmwarefile, devicefile):
+ #print '[VFDCtrlUpgradeCore]'
+ self.devicefile = devicefile
+ self.firmwarefile = firmwarefile
+ #print '[VFDCtrlUpgradeCore] devicefile :', self.devicefile
+ #print '[VFDCtrlUpgradeCore] firmwarefile :', self.firmwarefile
+
+ def doUpgrade(self):
+ firmware,device,firmwarename = None,None,None
+ print '[VFDCtrlUpgradeCore] checkvfd..'
+ cmd_t = "/usr/lib/enigma2/python/Plugins/SystemPlugins/FirmwareUpgrade/checkvfd %s"
+ ret_d = os.popen(cmd_t % (self.firmwarefile)).read()
+
+ if ret_d is not None and len(ret_d) > 0:
+ print '[VFDCtrlUpgradeCore] fail to checkvfd.. [' + ret_d + ']'
+ return STATUS_ERROR
+
+ def closevfd(fp, fd, filename):
+ if fd is not None: os.close(fd)
+ if fp is not None: fp.close()
+ if filename is not None: os.system('rm -f %s' % (filename))
+ try:
+ max_size = 1024 * 16
+ size = max_size #os.path.getsize(self.firmwarefile)
+ if size == 0: raise Exception, 'data_size is zero'
+ #print '[VFDCtrlUpgradeCore] data_size :',size
+
+ for xx in range(3):
+ self.callcount = 0
+ self.status = STATUS_READY
+ firmwarename = os.path.splitext(self.firmwarefile)[0]
+ firmware = open(firmwarename, 'rb')
+ device = os.open(self.devicefile, os.O_RDWR)
+ #print '[VFDCtrlUpgradeCore] open >> [ok]'
+
+ rc = fcntl.ioctl(device, 0, size)
+ if rc < 0: raise Exception, 'fail to set size : %d'%(rc)
+ #print '[VFDCtrlUpgradeCore] set size >> [ok]'
+ self.status = STATUS_PREPARED
+
+ total_write_size = 0
+ while True:
+ data = firmware.read(1024)
+ if data == '' or total_write_size == max_size:
+ break
+ os.write(device, data)
+ total_write_size = total_write_size + 1024
+ #print '[VFDCtrlUpgradeCore] write data >> [ok]'
+
+ self.status = STATUS_PROGRAMMING
+ rc = fcntl.ioctl(device, 1, 0)
+ if rc == 0: break
+ if rc < 0 or xx == 2: raise Exception, 'fail to upgrade : %d'%(rc)
+ self.errmsg = 'fail to upgrade, retry..'
+ self.status = STATUS_RETRY_UPGRADE
+ #print '[VFDCtrlUpgradeCore] upgrade done.'
+ if self.callcount < 20: raise Exception, 'wrong fpga file.'
+ except Exception, msg:
+ self.errmsg = msg
+ print '[VFDCtrlUpgradeCore] ERROR >>',msg
+ closevfd(firmware, device, firmwarename)
+ return STATUS_ERROR
+ closevfd(firmware, device, firmwarename)
+ return STATUS_DONE
+
+ def upgradeMain(self):
+ self.status = STATUS_READY
+ self.status = self.doUpgrade()
+ if self.status == STATUS_DONE:
+ print '[VFDCtrlUpgradeCore] upgrade done.'
+ elif self.status == STATUS_ERROR:
+ print '[VFDCtrlUpgradeCore] error.'
+ else: print '[VFDCtrlUpgradeCore] unknown error.'
+
class FirmwareUpgradeManager:
fu = None
def getInterval(self):
self.fu = FPGAUpgradeCore(firmwarefile=datafile, devicefile=device)
elif firmware == 'fp':
self.fu = FPUpgradeCore(firmwarefile=datafile, devicefile=device)
+ elif firmware == 'vfd':
+ self.fu = VFDCtrlUpgradeCore(firmwarefile=datafile, devicefile=device)
thread.start_new_thread(self.fu.upgradeMain, ())
def checkError(self):
self.setTitle(firmware.upper() + " File Browser")
def resetGUI(self):
- self["status"].setText("Select to press OK, Exit to press Cancel.\nPress the BLUE button to download the latest firmware.")
+ self["status"].setText("Press OK to select, Press Cancel to exit.\nPress BLUE to download the latest firmware.")
def setCallback(self, func):
self.callback = func
name_ext = os.path.splitext(self["file_list"].getFilename())
return len(name_ext)==2 and ext.startswith(name_ext[1])
self.check_ext = False
- if (self.firmware == "fp" and checkExt(".bin")) or (self.firmware == "fpga" and checkExt(".dat")):
+ if (self.firmware == "fp" and checkExt(".bin")) or (self.firmware == "fpga" and checkExt(".dat")) or (self.firmware == "vfd" and checkExt(".vfd")):
self.check_ext = True
if self.check_ext == False:
- self.session.open(MessageBox, _("You chose the incorrect file."), MessageBox.TYPE_INFO)
+ print self.firmware,",",self["file_list"].getFilename()
+ self.session.open(MessageBox, _("You choose the incorrect file. "), MessageBox.TYPE_INFO)
return
except:
- self.session.open(MessageBox, _("You chose the incorrect file."), MessageBox.TYPE_INFO)
+ print self.firmware,",",self["file_list"].getFilename()
+ self.session.open(MessageBox, _("You choose the incorrect file. "), MessageBox.TYPE_INFO)
return
if os.path.exists("/usr/bin/md5sum") == False:
def cbDownloadDone(tar):
try:
if os.path.splitext(tar)[1] != ".files":
- self["status"].setText("Downloaded : %s\nSelect to press OK, Exit to press Cancel."%(tar))
+ self["status"].setText("Downloaded : %s\nPress OK to select, Press Cancel to exit."%(tar))
except:
pass
# target
global fwlist
if fwlist is None:
self["key_green"] = StaticText(_(" "))
- self["status"] = StaticText(_("This plugin is supported only the Ultimo/Uno."))
+ self["status"] = StaticText(_("Duo/Solo was not support."))
else:
self["key_green"] = StaticText(_("Upgrade"))
self["status"] = StaticText(_(" "))
self.reboot_timer.start(1000)
return
if not self.rebootLock:
- self["status"].setText("Press the Green/OK button")
+ self["status"].setText(" ")
def doReboot(self):
from Screens.Standby import TryQuitMainloop
if self.cbRebootCallCount < max_call_count:
self.cbRebootCallCount = self.cbRebootCallCount + 1
#self["status"].setText("%s (%d)"%(self.rebootMessage, max_call_count-self.cbRebootCallCount))
- self["status"].setText("Reboot after %d seconds. Press the OK to reboot now."%(max_call_count-self.cbRebootCallCount))
+ self["status"].setText("Reboot in %d seconds. Press OK to reboot now."%(max_call_count-self.cbRebootCallCount))
return
self.doReboot()
# filebrowser window callback function
def cbSetStatus(self, data=None):
if data is not None:
- self["status"].setText("Press the Green/OK button, if you want to upgrade to this file:\n%s\n" % (data))
+ self["status"].setText(" ")
self.updateFilePath = data
if self.fileopenmode == False:
self.upgrade_auto_run_timer.start(1000)
#self.session.open(MessageBox, _("No selected binary data!!"), MessageBox.TYPE_INFO)
self.doFileOpen()
return
- msg = "You should not be stop during the upgrade.\nDo you want to upgrade?"
+ msg = "You can't cancel during upgrade.\nDo you want to continue?"
self.session.openWithCallback(self.cbRunUpgrade, MessageBox, _(msg), MessageBox.TYPE_YESNO, timeout = 15, default = True)
self.fileopenmode = False
projects / vuplus_dvbapp / commitdiff