def setData(self, value, push = False):
if (push == False):
return LBL_SET
# what is the current value
old = self.getControl(self.LabelList[value][0]).getLabel()
# show dialog to set a value
dialog = SetValueDialog("bc-setvalue.xml", os.getcwd())
dialog.setLabel(self.getControl(self.LabelList[value][0]))
dialog.setMaxLen(self.LabelList[value][4])
dialog.doModal()
# check if user liked to reset the value, then just restore old value
if (dialog.canceled == True):
self.getControl(self.LabelList[value][0]).setLabel(old)
else:
tts.sayAsync( ("%s set to %s")%(self.LabelList[value][6], self.getControl(self.LabelList[value][0]).getLabel()) )
# set new value
openbm.bcSetOBCValue(self.LabelList[value][1], int(self.getControl(self.LabelList[value][0]).getLabel()))
self.getControl(self.LabelList[value][0]).setLabel("")
# request of the value update
openbm.bcReqOBCValue(self.LabelList[value][1])
# release memory
del dialog
pass
def setup_all( self ):
tts.sayAsync("On board computer")
# disable all subwindows
for i in range(len(MODE)):
self.getControl(MODE[i]).setVisible(False)
# activate default window
self.getControl(MODE[self.obcMode]).setVisible(True)
self.setFocusId(MODE[self.obcMode])
self.getControl(OBC_LIMIT_LOGO_ID).setVisible(False)
# update all labels
openbm.bcSetOnStateCallback(self.onOBCStateChange)
openbm.bcReqOBCState()
# first setup update methods for the OBC data
for i in self.LabelList:
openbm.bcSetOnValueCallback(i[1], i[2])
openbm.bcReqOBCValue(i[1])
xbmc.sleep(50)
# set repeatable timer to update labels without any value
self.updateTimer.start()
pass
def setup_all(self):
tts.sayAsync("On board computer")
# disable all subwindows
for i in range(len(MODE)):
self.getControl(MODE[i]).setVisible(False)
# activate default window
self.getControl(MODE[self.obcMode]).setVisible(True)
self.setFocusId(MODE[self.obcMode])
self.getControl(OBC_LIMIT_LOGO_ID).setVisible(False)
# update all labels
openbm.bcSetOnStateCallback(self.onOBCStateChange)
openbm.bcReqOBCState()
# first setup update methods for the OBC data
for i in self.LabelList:
openbm.bcSetOnValueCallback(i[1], i[2])
openbm.bcReqOBCValue(i[1])
xbmc.sleep(50)
# set repeatable timer to update labels without any value
self.updateTimer.start()
pass
def setData(self, value, push=False):
if (push == False):
return LBL_SET
# what is the current value
old = self.getControl(self.LabelList[value][0]).getLabel()
# show dialog to set a value
dialog = SetValueDialog("bc-setvalue.xml", os.getcwd())
dialog.setLabel(self.getControl(self.LabelList[value][0]))
dialog.setMaxLen(self.LabelList[value][4])
dialog.doModal()
# check if user liked to reset the value, then just restore old value
if (dialog.canceled == True):
self.getControl(self.LabelList[value][0]).setLabel(old)
else:
tts.sayAsync(
("%s set to %s") %
(self.LabelList[value][6],
self.getControl(self.LabelList[value][0]).getLabel()))
# set new value
openbm.bcSetOBCValue(
self.LabelList[value][1],
int(self.getControl(self.LabelList[value][0]).getLabel()))
self.getControl(self.LabelList[value][0]).setLabel("")
# request of the value update
openbm.bcReqOBCValue(self.LabelList[value][1])
# release memory
del dialog
pass
def update(self): if ((not self.nextUpdateLabel == self.selectedButton) and (len(self.getControl(self.LabelList[self.nextUpdateLabel][0]).getLabel()) == 0)): openbm.bcReqOBCValue(self.LabelList[self.nextUpdateLabel][1]) self.nextUpdateLabel = self.nextUpdateLabel + 1 if (self.nextUpdateLabel >= len(self.LabelList)): self.nextUpdateLabel = 0
def onAction1(self, action):
# close window
if (action == ACTION_PREVIOUS_MENU) or (action == ACTION_CLOSE_DIALOG):
self.onStop()
# we are in the BC mode
if (self.obcMode == MODE_BC):
if (action == ACTION_MOVE_LEFT):
if (self.selectedButton >= 0):
self.selectedSubButton = (self.selectedSubButton - 1) % len(self.LabelList[self.selectedButton][3])
self.getControl(self.LabelList[self.selectedButton][0]).setLabel(self.LabelList[self.selectedButton][3][self.selectedSubButton](self.selectedButton, False))
elif (action == ACTION_MOVE_RIGHT):
if (self.selectedButton >= 0):
self.selectedSubButton = (self.selectedSubButton + 1) % len(self.LabelList[self.selectedButton][3])
self.getControl(self.LabelList[self.selectedButton][0]).setLabel(self.LabelList[self.selectedButton][3][self.selectedSubButton](self.selectedButton, False))
# if selected, then ask for user action
elif (action == ACTION_SELECT_ITEM):
buttonId = self.getFocusId() - OBC_BUTTON_BASE
# button was selected before, so now execute the selected action function
if (self.selectedButton >= 0):
self.getControl(self.LabelList[self.selectedButton][0]).setLabel("")
if (self.selectedButton == buttonId):
self.LabelList[buttonId][3][self.selectedSubButton](buttonId, True)
openbm.bcReqOBCValue(self.LabelList[self.selectedButton][1])
self.selectedButton = -1
self.selectedSubButton = 0
# select button, however only if actions for this buttons exists
elif (len(self.LabelList[buttonId][3])):
self.getControl(self.LabelList[buttonId][0]).setLabel(self.LabelList[buttonId][3][0](buttonId, False))
self.selectedButton = buttonId
self.selectedSubButton = 0
# on any other action rather then select, we remove the selected button
else:
ss = self.selectedButton
self.selectedButton = -1
self.selectedSubButton = 0
if (ss >= 0):
self.getControl(self.LabelList[ss][0]).setLabel("")
openbm.bcReqOBCValue(self.LabelList[ss][1])
# if no button is activated and we pressed left or right, then switch current modes
if (self.selectedButton < 0):
if (action == ACTION_MOVE_LEFT): self.switchMode(False);
if (action == ACTION_MOVE_RIGHT): self.switchMode(True);
def update(self):
if ((not self.nextUpdateLabel == self.selectedButton) and (len(
self.getControl(
self.LabelList[self.nextUpdateLabel][0]).getLabel())
== 0)):
openbm.bcReqOBCValue(self.LabelList[self.nextUpdateLabel][1])
self.nextUpdateLabel = self.nextUpdateLabel + 1
if (self.nextUpdateLabel >= len(self.LabelList)):
self.nextUpdateLabel = 0
def onAction1(self, action):
# close window
if (action == ACTION_PREVIOUS_MENU) or (action == ACTION_CLOSE_DIALOG):
self.onStop()
# we are in the BC mode
if (self.obcMode == MODE_BC):
if (action == ACTION_MOVE_LEFT):
if (self.selectedButton >= 0):
self.selectedSubButton = (
self.selectedSubButton - 1) % len(
self.LabelList[self.selectedButton][3])
self.getControl(
self.LabelList[self.selectedButton][0]).setLabel(
self.LabelList[self.selectedButton][3][
self.selectedSubButton](self.selectedButton,
False))
elif (action == ACTION_MOVE_RIGHT):
if (self.selectedButton >= 0):
self.selectedSubButton = (
self.selectedSubButton + 1) % len(
self.LabelList[self.selectedButton][3])
self.getControl(
self.LabelList[self.selectedButton][0]).setLabel(
self.LabelList[self.selectedButton][3][
self.selectedSubButton](self.selectedButton,
False))
# if selected, then ask for user action
elif (action == ACTION_SELECT_ITEM):
buttonId = self.getFocusId() - OBC_BUTTON_BASE
# button was selected before, so now execute the selected action function
if (self.selectedButton >= 0):
self.getControl(
self.LabelList[self.selectedButton][0]).setLabel("")
if (self.selectedButton == buttonId):
self.LabelList[buttonId][3][self.selectedSubButton](
buttonId, True)
openbm.bcReqOBCValue(
self.LabelList[self.selectedButton][1])
self.selectedButton = -1
self.selectedSubButton = 0
# select button, however only if actions for this buttons exists
elif (len(self.LabelList[buttonId][3])):
self.getControl(self.LabelList[buttonId][0]).setLabel(
self.LabelList[buttonId][3][0](buttonId, False))
self.selectedButton = buttonId
self.selectedSubButton = 0
# on any other action rather then select, we remove the selected button
else:
ss = self.selectedButton
self.selectedButton = -1
self.selectedSubButton = 0
if (ss >= 0):
self.getControl(self.LabelList[ss][0]).setLabel("")
openbm.bcReqOBCValue(self.LabelList[ss][1])
# if no button is activated and we pressed left or right, then switch current modes
if (self.selectedButton < 0):
if (action == ACTION_MOVE_LEFT): self.switchMode(False)
if (action == ACTION_MOVE_RIGHT): self.switchMode(True)