def __init__(self):
List.__init__(self,
enableWrapAround=True,
item_height=28,
buildfunc=self.buildEntry)
self.mode = 0
self.list = []
def __init__(self,
name,
type,
enableWrapAround=True,
entryHelper=PlayListEntry):
List.__init__(self,
enableWrapAround=enableWrapAround,
item_height=55,
buildfunc=self._buildfunc)
self._playing = -1
self._list = []
self._history = []
self._lastPlayed = -1
self.serviceHandler = eServiceCenter.getInstance()
self._entryHelper = entryHelper
self._name = name
self._type = type
self._valid = False
self._shuffle = False
self._repeat = self.REPEAT_NONE
self.style = "default"
if self.FEATURE_LISTABLE and not self.__class__ in Playlist.listable:
Playlist.listable.append(self.__class__)
def __init__(self, list = [ ], enableWrapAround = False, item_height = 25, fonts = [ ]): List.__init__(self, list = [ ], enableWrapAround = False, item_height = 25, fonts = [ ]) Source.__init__(self) self.__list = list self.onSelectionChanged = [ ] self.item_height = item_height self.fonts = fonts self.disable_callbacks = False self.enableWrapAround = enableWrapAround self.__style = "default" # style might be an optional string which can be used to define different visualisations in the skin
def __init__(self, list = [ ], enableWrapAround = False, item_height = 25, fonts = [ ]): List.__init__(self, list = [ ], enableWrapAround = False, item_height = 25, fonts = [ ]) Source.__init__(self) self.__list = list self.onSelectionChanged = [ ] self.item_height = item_height self.fonts = fonts self.disable_callbacks = False self.enableWrapAround = enableWrapAround self.__style = "default" # style might be an optional string which can be used to define different visualisations in the skin
def __init__(self, list=[], enableWrapAround=False):
List.__init__(self, list, enableWrapAround, item_height=50)
self.pixmaps_to_load = []
self.picloads = {}
self.listCompleted = []
self.lastListLength = 0
self.lastIndex = 0
self.callback = None
self.idx = 0
self.thumb = ""
self.active = True
self.ListUpdate = False
def __init__(self, list = [ ], enableWrapAround=False):
List.__init__(self, list, enableWrapAround, item_height = 50 )
self.pixmaps_to_load = []
self.picloads = {}
self.listCompleted = []
self.lastListLength = 0
self.lastIndex = 0
self.callback = None
self.idx = 0
self.thumb = ""
self.active = True
self.ListUpdate = False
def __init__(self, name, type, enableWrapAround=True, entryHelper=PlayListEntry): List.__init__(self, enableWrapAround=enableWrapAround, item_height=55, buildfunc=self._buildfunc) self._playing = -1 self._list = [] self._history = [] self._lastPlayed = -1 self.serviceHandler = eServiceCenter.getInstance() self._entryHelper = entryHelper self._name = name self._type = type self._valid = False self._shuffle = False self._repeat = self.REPEAT_NONE self.style = "default" if self.FEATURE_LISTABLE and not self.__class__ in Playlist.listable: Playlist.listable.append(self.__class__)
def __init__(self, helplist, callback, rcPos=None):
List.__init__(self)
self.callback = callback
formatFlags = 0
self.rcPos = rcPos
self.rcKeyIndex = None
self.buttonMap = {}
self.longSeen = False
def actMapId():
return getattr(actionmap, "description", None) or id(actionmap)
headings, sortCmp, sortKey = {
"headings+alphabetic": (True, None, self._sortKeyAlpha),
"flat+alphabetic": (False, None, self._sortKeyAlpha),
"flat+remotepos": (False, self._sortCmpPos, None),
"flat+remotegroups": (False, self._sortCmpInd, None)
}.get(config.usage.help_sortorder.value, (False, None, None))
if rcPos is None:
if sortCmp in (self._sortCmpPos, self._sortCmpInd):
sortCmp = None
else:
if sortCmp == self._sortCmpInd:
self.rcKeyIndex = dict(
(x[1], x[0]) for x in enumerate(rcPos.getRcKeyList()))
buttonsProcessed = set()
helpSeen = defaultdict(list)
sortedHelplist = sorted(helplist, key=lambda hle: hle[0].prio)
actionMapHelp = defaultdict(list)
for (actionmap, context, actions) in sortedHelplist:
if not actionmap.enabled:
continue
amId = actMapId()
if headings and actionmap.description and not (formatFlags
& self.HEADINGS):
print "[HelpMenuList] headings found"
formatFlags |= self.HEADINGS
for (action, help) in actions:
helpTags = []
if callable(help):
help = help()
helpTags.append(
pgettext('Abbreviation of "Configurable"', 'C'))
if help is None:
continue
buttons = queryKeyBinding(context, action)
if not buttons: # Do not display entries which are not accessible from keys.
continue
buttonNames = []
for n in buttons:
name = getKeyDescription(n[0])
if name is not None:
if len(name) > 0 and not rcPos.getRcKeyPos(
name[0]
): # Ignore buttons that don't have a button location.
continue
if (len(name) < 2 or name[1] not in ("fp", "kbd")):
if n[1] & 8: # For long keypresses, make the second tuple item "long".
name = (name[0], "long")
if name not in buttonsProcessed:
buttonNames.append(name)
buttonsProcessed.add(name)
if not buttonNames: # Only show entries with keys that are available on the used rc.
continue
isExtended = isinstance(help, (tuple, list))
if isExtended and not (formatFlags & self.EXTENDED):
print "[HelpMenuList] extendedHelp entry found"
formatFlags |= self.EXTENDED
if helpTags:
helpStr = help[0] if isExtended else help
tagsStr = pgettext("Text list separator",
', ').join(helpTags)
helpStr = _("%s (%s)") % (helpStr, tagsStr)
help = [helpStr, help[1]] if isExtended else helpStr
entry = [(actionmap, context, action, buttonNames, help), help]
if self._filterHelpList(entry, helpSeen):
actionMapHelp[actMapId()].append(entry)
lst = []
extendedPadding = (None, ) if formatFlags & self.EXTENDED else ()
for (actionmap, context, actions) in helplist:
amId = actMapId()
if headings and amId in actionMapHelp and getattr(
actionmap, "description", None):
if sortCmp or sortKey:
actionMapHelp[amId].sort(cmp=sortCmp, key=sortKey)
self.addListBoxContext(actionMapHelp[amId], formatFlags)
lst.append((None, actionmap.description, None) +
extendedPadding)
lst.extend(actionMapHelp[amId])
del actionMapHelp[amId]
if actionMapHelp:
if formatFlags & self.HEADINGS: # Add a header if other actionmaps have descriptions.
lst.append((None, _("Other functions"), None) +
extendedPadding)
otherHelp = []
for (actionmap, context, actions) in helplist:
amId = actMapId()
if amId in actionMapHelp:
otherHelp.extend(actionMapHelp[amId])
del actionMapHelp[amId]
if sortCmp or sortKey:
otherHelp.sort(cmp=sortCmp, key=sortKey)
self.addListBoxContext(otherHelp, formatFlags)
lst.extend(otherHelp)
for i, ent in enumerate(lst):
if ent[0] is not None:
for b in ent[0][
3]: # Ignore "break" events from OK and EXIT on return from help popup.
if b[0] not in ('OK', 'EXIT'):
self.buttonMap[b] = i
self.style = (
"default",
"default+headings",
"extended",
"extended+headings",
)[formatFlags]
self.list = lst
def __init__(self, helplist, callback, rcPos=None):
List.__init__(self)
self.onSelChanged = []
self.callback = callback
self.extendedHelp = False
self.rcPos = rcPos
self.rcKeyIndex = None
self.buttonMap = {}
self.longSeen = False
self.onSelectionChanged.append(self.selChanged)
def actMapId():
return getattr(actionmap, "description", None) or id(actionmap)
headings, sortCmp, sortKey = {
"headings+alphabetic": (True, None, self._sortKeyAlpha),
"flat+alphabetic": (False, None, self._sortKeyAlpha),
"flat+remotepos": (False, self._sortCmpPos, None),
"flat+remotegroups": (False, self._sortCmpInd, None)
}.get(config.usage.help_sortorder.value, (False, None, None))
if rcPos is None:
if sortCmp in (self._sortCmpPos, self._sortCmpInd):
sortCmp = None
else:
if sortCmp == self._sortCmpInd:
self.rcKeyIndex = dict((x[1], x[0]) for x in enumerate(rcPos.getRcKeyList()))
indent = 0
if headings:
for (actionmap, context, actions) in helplist:
if actionmap.enabled and getattr(actionmap, "description", None):
indent = 1
break
buttonsProcessed = set()
helpSeen = defaultdict(list)
sortedHelplist = sorted(helplist, key=lambda hle: hle[0].prio)
actionMapHelp = defaultdict(list)
for (actionmap, context, actions) in sortedHelplist:
if not actionmap.enabled:
continue
amId = actMapId()
from Screens.ButtonSetup import helpableButtonSetupActionMap
isHelpableButtonSetupActionMap = isinstance(actionmap, helpableButtonSetupActionMap)
for (action, help) in actions:
helpTags = []
if callable(help):
help = help()
# ButtonSetupButtonActions help looks as though
# the button is configurable, but it isn't really
if not isHelpableButtonSetupActionMap:
helpTags.append('C')
if help is None:
continue
# Ignore inactive ButtonSetupButtonActions
if isHelpableButtonSetupActionMap and not help:
continue
buttons = queryKeyBinding(context, action)
# do not display entries which are not accessible from keys
if not buttons:
continue
name = None
flags = 0
buttonNames = []
for n in buttons:
(name, flags) = (getKeyDescription(n[0]), n[1])
if name is not None:
if not self.rcPos.getRcKeyPos(name[0]):
continue
if (len(name) < 2 or name[1] not in("fp", "kbd")):
if flags & 8: # for long keypresses, make the second tuple item "long".
name = (name[0], "long")
nlong = (n[0], flags & 8)
if nlong not in buttonsProcessed:
buttonNames.append(name)
buttonsProcessed.add(nlong)
# only show non-empty entries with keys that are available on the used rc
if not (buttonNames and help):
continue
if isinstance(help, (tuple, list)):
self.extendedHelp = True
if helpTags:
helpTagStr = " (" + ", ".join(helpTags) + ")"
if isinstance(help, (tuple, list)):
help[0] += helpTagStr
else:
help += helpTagStr
entry = [(actionmap, context, action, buttonNames), help]
if self._filterHelpList(entry, helpSeen):
actionMapHelp[amId].append(entry)
l = []
extendedPadding = ('', '') if self.extendedHelp else ()
for (actionmap, context, actions) in helplist:
amId = actMapId()
if headings and amId in actionMapHelp and getattr(actionmap, "description", None):
if sortCmp or sortKey:
actionMapHelp[amId].sort(cmp=sortCmp, key=sortKey)
self.addListBoxContext(actionMapHelp[amId], indent)
l.append((None, actionmap.description, '') + extendedPadding)
l.extend(actionMapHelp[amId])
del actionMapHelp[amId]
if actionMapHelp:
if indent:
l.append((None, _("Other functions"), '') + extendedPadding)
otherHelp = []
for (actionmap, context, actions) in helplist:
amId = actMapId()
if amId in actionMapHelp:
otherHelp.extend(actionMapHelp[amId])
del actionMapHelp[amId]
if sortCmp or sortKey:
otherHelp.sort(cmp=sortCmp, key=sortKey)
self.addListBoxContext(otherHelp, indent)
l.extend(otherHelp)
for i, ent in enumerate(l):
if ent[0] is not None:
for b in ent[0][3]:
# Ignore "break" events from
# OK and EXIT on return from
# help popup
if b[0] not in ('OK', 'EXIT'):
self.buttonMap[b] = i
if self.extendedHelp:
self.style = "extended"
self.list = l
def __init__(self): List.__init__(self, enableWrapAround=True, item_height=28, buildfunc=self.buildEntry) self.mode = 0 self.list = []
def __init__(self, list, enableWrapAround=False):
List.__init__(self, list, enableWrapAround, item_height=50)
def __init__(self, helpList, callback):
List.__init__(self)
self.callback = callback
self.rcKeyIndex = None
self.buttonMap = {}
self.longSeen = False
formatFlags = 0
def actMapId():
return getattr(actionmap, "description", None) or id(actionmap)
headings, sortCmp, sortKey = {
"headings+alphabetic": (True, None, self._sortKeyAlpha),
"flat+alphabetic": (False, None, self._sortKeyAlpha),
"flat+remotepos": (False, self._sortCmpPos, None),
"flat+remotegroups": (False, self._sortCmpInd, None)
}.get(config.usage.helpSortOrder.value, (False, None, None))
if remoteControl is None:
if sortCmp in (self._sortCmpPos, self._sortCmpInd):
sortCmp = None
else:
if sortCmp == self._sortCmpInd:
self.rcKeyIndex = dict((x[1], x[0]) for x in enumerate(
remoteControl.getRemoteControlKeyList()))
buttonsProcessed = set()
helpSeen = defaultdict(list)
sortedHelpList = sorted(helpList, key=lambda hle: hle[0].prio)
actionMapHelp = defaultdict(list)
for (actionmap, context, actions) in sortedHelpList:
# print("[HelpMenu] HelpMenuList DEBUG: actionmap='%s', context='%s', actions='%s'." % (str(actionmap), context, str(actions)))
if not actionmap.enabled:
# print("[HelpMenu] Action map disabled.")
continue
amId = actMapId()
if headings and actionmap.description and not (formatFlags
& self.HEADINGS):
# print("[HelpMenu] HelpMenuList DEBUG: Headings found.")
formatFlags |= self.HEADINGS
for (action, help) in actions: # DEBUG: Should help be response?
helpTags = [
] # if mapFlag else [pgettext("Abbreviation of 'Disabled'", "Disabled")]
if callable(help):
help = help()
helpTags.append(
pgettext("Abbreviation of 'Configurable'",
"Configurable"))
if help is None:
# print("[HelpMenu] HelpMenuList DEBUG: No help text found.")
# help = _("No help text available")
continue
buttons = queryKeyBinding(context, action)
# print("[HelpMenu] HelpMenuList DEBUG: queryKeyBinding buttons=%s." % str(buttons))
if not buttons: # Do not display entries which are not accessible from keys.
# print("[HelpMenu] HelpMenuList DEBUG: No buttons allocated.")
# helpTags.append(pgettext("Abbreviation of 'Unassigned'", "Unassigned"))
continue
buttonLabels = []
for keyId, flags in buttons:
if remoteControl.getRemoteControlKeyPos(keyId):
buttonLabels.append(
(keyId, "LONG") if flags & 8 else (keyId, )
) # For long keypresses, make the second tuple item "LONG".
if not buttonLabels: # Only show entries with keys that are available on the used rc.
# print("[HelpMenu] HelpMenuList DEBUG: Button not available on current remote control.")
# helpTags.append(pgettext("Abbreviation of 'No Button'", "No Button"))
continue
isExtended = isinstance(help, (list, tuple))
if isExtended and not (formatFlags & self.EXTENDED):
# print("[HelpMenu] HelpMenuList DEBUG: Extended help entry found.")
formatFlags |= self.EXTENDED
if helpTags:
helpStr = help[0] if isExtended else help
tagsStr = pgettext("Text list separator",
", ").join(helpTags)
helpStr = _("%s (%s)") % (helpStr, tagsStr)
help = [helpStr, help[1]] if isExtended else helpStr
entry = [(actionmap, context, action, buttonLabels, help),
help]
if self._filterHelpList(entry, helpSeen):
actionMapHelp[actMapId()].append(entry)
helpMenuList = []
extendedPadding = (None, ) if formatFlags & self.EXTENDED else ()
for (actionmap, context, actions) in helpList:
amId = actMapId()
if headings and amId in actionMapHelp and getattr(
actionmap, "description", None):
if sortCmp:
actionMapHelp[amId].sort(key=cmp_to_key(sortCmp))
elif sortKey:
actionMapHelp[amId].sort(key=sortKey)
self.addListBoxContext(actionMapHelp[amId], formatFlags)
helpMenuList.append((None, actionmap.description, None) +
extendedPadding)
helpMenuList.extend(actionMapHelp[amId])
del actionMapHelp[amId]
if actionMapHelp:
if formatFlags & self.HEADINGS: # Add a header if other actionmaps have descriptions.
helpMenuList.append((None, _("Other Actions"), None) +
extendedPadding)
otherHelp = []
for (actionmap, context, actions) in helpList:
amId = actMapId()
if amId in actionMapHelp:
otherHelp.extend(actionMapHelp[amId])
del actionMapHelp[amId]
if sortCmp:
otherHelp.sort(key=cmp_to_key(sortCmp))
elif sortKey:
otherHelp.sort(key=sortKey)
self.addListBoxContext(otherHelp, formatFlags)
helpMenuList.extend(otherHelp)
ignoredKeyIds = (KEYIDS.get("KEY_OK"), KEYIDS.get("KEY_EXIT"))
for index, entry in enumerate(helpMenuList):
if entry[0] and entry[0][3]: # This should not be required.
for button in entry[0][3]:
if button[0] not in (
ignoredKeyIds
): # Ignore "break" events from OK and EXIT on return from help popup.
self.buttonMap[button] = index
self.style = (
"default",
"default+headings",
"extended",
"extended+headings",
)[formatFlags]
# [(actionmap, context, [(action, help), (action, help), ...]), ...]
# [((ActionMap, Context, Action, [(Button, Device/Long), ...], HelpText), HelpText), ...]
self.list = helpMenuList
def __init__(self, list=[]):
List.__init__(self, list)
def __init__(self, list=[]): List.__init__(self, list=[]) self.__list = list
def __init__(self, list, enableWrapAround=False): List.__init__(self, list, enableWrapAround, item_height = 50 )
