def __sys_menu_item_activate_cb(self, item, command):
if command == gtk.STOCK_PREFERENCES:
self.__start_setup()
elif command == gtk.STOCK_ABOUT:
about_dialog = gtk.AboutDialog()
about_dialog.set_program_name("IBus")
about_dialog.set_version(ibus.get_version())
about_dialog.set_copyright(ibus.get_copyright())
about_dialog.set_license(ibus.get_license())
about_dialog.set_comments(
_("IBus is an intelligent input bus for Linux/Unix."))
about_dialog.set_website("https://github.com/ibus/ibus")
about_dialog.set_authors(["Peng Huang <*****@*****.**>"])
about_dialog.set_documenters(
["Peng Huang <*****@*****.**>"])
about_dialog.set_translator_credits(_("translator-credits"))
about_dialog.set_logo_icon_name("ibus")
about_dialog.set_icon_name("ibus")
about_dialog.run()
about_dialog.destroy()
elif command == gtk.STOCK_QUIT:
self.__bus.exit(False)
elif command == "Restart":
self.__bus.exit(True)
else:
print >> sys.stderr, "Unknown command %s" % command
def __init__(self, bus, object_path):
super(Engine, self).__init__(bus, object_path)
delete_log()
append_log("Creating engine... ibus version " + ibus.get_version())
append_log("Time: " + str(datetime.datetime.now()))
#Set our initial encoding state
self.__encoding = ENCODING_UNICODE
self.__typenum = NUMBERS_MYANMAR
self.__prop_dict = {}
self.__prop_list = self.__init_props()
#Prop 1 - Check for saved value
try:
mode = self.__prefs.get_value('common', 'output_encoding')
mode = 'OutputEncoding.' + ['Unicode', 'Zawgyi', 'WinInnwa'][mode]
self.__output_encoding_activate(mode, ibus.PROP_STATE_CHECKED)
except: pass
#Prop 2 - Check for saved value
try:
mode = self.__prefs.get_value('common', 'type_numerals')
mode = 'TypeNumerals.' + ['Burmese', 'Arabaic'][mode]
self.__type_numerals_activate(mode, ibus.PROP_STATE_CHECKED)
except: pass
self.__has_focus = False
#My strings
self.__typed_string = u""
self.__aux_string = u""
self.__guess_string = u""
self.__prefix_string = u""
self.__postfix_string = u""
self.__preedit_string = u""
self.__is_invalidate = False
self.__lookup_table = ibus.LookupTable()
append_log("Engine created")
modelPath = '/usr/share/waitzar/model2/Myanmar.model'
mywordsPaths = libwaitzar.StringVec()
mywordsPaths.append('/usr/share/waitzar/model2/mywords.txt')
self.model = libwaitzar.WordBuilder(modelPath, mywordsPaths)
self.model.reset(True)
self.sentence = libwaitzar.SentenceList()
append_log("Model created")
class Engine(ibus.EngineBase):
def __init__(self, bus, object_path):
super(Engine, self).__init__(bus, object_path)
delete_log()
append_log("Creating engine... ibus version " + ibus.get_version())
append_log("Time: " + str(datetime.datetime.now()))
#Set our initial encoding state
self.__encoding = ENCODING_UNICODE
self.__typenum = NUMBERS_MYANMAR
self.__prop_dict = {}
self.__prop_list = self.__init_props()
#Prop 1 - Check for saved value
try:
mode = self.__prefs.get_value('common', 'output_encoding')
mode = 'OutputEncoding.' + ['Unicode', 'Zawgyi', 'WinInnwa'][mode]
self.__output_encoding_activate(mode, ibus.PROP_STATE_CHECKED)
except: pass
#Prop 2 - Check for saved value
try:
mode = self.__prefs.get_value('common', 'type_numerals')
mode = 'TypeNumerals.' + ['Burmese', 'Arabaic'][mode]
self.__type_numerals_activate(mode, ibus.PROP_STATE_CHECKED)
except: pass
self.__has_focus = False
#My strings
self.__typed_string = u""
self.__aux_string = u""
self.__guess_string = u""
self.__prefix_string = u""
self.__postfix_string = u""
self.__preedit_string = u""
self.__is_invalidate = False
self.__lookup_table = ibus.LookupTable()
append_log("Engine created")
modelPath = '/usr/share/waitzar/model2/Myanmar.model'
mywordsPaths = libwaitzar.StringVec()
mywordsPaths.append('/usr/share/waitzar/model2/mywords.txt')
self.model = libwaitzar.WordBuilder(modelPath, mywordsPaths)
self.model.reset(True)
self.sentence = libwaitzar.SentenceList()
append_log("Model created")
if ibus.get_version() >= '1.2.0':
def process_key_event(self, keyval, keycode, state):
try:
return self.process_key_event_internal(keyval, keycode, state)
except:
append_error()
return False
else:
def process_key_event(self, keyval, state):
try:
return self.process_key_event_internal(keyval, 0, state)
except:
append_error()
return False
#Handle properties
def property_activate(self, prop_name, state):
try:
append_log("Property activate: " + str(prop_name))
if state == ibus.PROP_STATE_CHECKED:
if self.__output_encoding_activate(prop_name, state):
return
if self.__type_numerals_activate(prop_name, state):
return
else:
if prop_name == 'setup':
self.__start_setup()
else:
self.__prop_dict[prop_name].set_state(state)
except:
append_error()
#Change our output encoding
def __output_encoding_activate(self, prop_name, state):
append_log("Testing output encoding... " + str(pop_name))
if not prop_name.startswith(u"OutputEncoding."):
return False
append_log("Yes")
#Check each encoding
possible_encodings = {
u"OutputEncoding.Unicode" : (ENCODING_UNICODE, u"Unicode 5.1", PKG_DATA_DIR + u"/icons/input_uni.svg"),
u"OutputEncoding.Zawgyi" : (ENCODING_ZAWGYI, u"Zawgyi-One", PKG_DATA_DIR + u"/icons/input_zg.svg"),
u"OutputEncoding.WinInnwa" : (ENCODING_WININNWA, u"Win Innwa", PKG_DATA_DIR + u"/icons/input_wi.svg")
}
if prop_name not in possible_encodings:
append_log("Error: Unknow prop_name = %s" % prop_name)
return True
self.__prop_dict[prop_name].set_state(state)
self.update_property(self.__prop_dict[prop_name])
#Now, try to react to the change
mode, label, icon = possible_encodings[prop_name]
if self.__encoding == mode:
return True
#Update the property
self.__encoding = mode
prop = self.__prop_dict[u"OutputEncoding"]
prop.label = label
prop.icon = icon
self.update_property(prop)
#Reset the model
self.reset()
self.__invalidate()
#Change how we type numbers
def __type_numerals_activate(self, prop_name, state):
if not prop_name.startswith(u"TypeNumerals."):
return False
#Check each encoding
numeral_types = {
u"TypeNumerals.Burmese" : (NUMBERS_MYANMAR, u"Burmese Numerals", PKG_DATA_DIR + u"/icons/num_mm.svg"),
u"TypeNumerals.Arabic" : (NUMBERS_ARABIC, u"Regular Numerals", PKG_DATA_DIR + u"/icons/num_english.svg")
}
if prop_name not in numeral_types:
append_log("Error: Unknow prop_name = %s" % prop_name)
return True
self.__prop_dict[prop_name].set_state(state)
self.update_property(self.__prop_dict[prop_name])
#Now, try to react to the change
mode, label, icon = numeral_types[prop_name]
if self.__typenum == mode:
return True
#Update the property
self.__typenum = mode
prop = self.__prop_dict[u"TypeNumerals"]
prop.label = label
prop.icon = icon
self.update_property(prop)
#Reset the model
self.reset()
self.__invalidate()
def __start_setup(self):
#Nothing for now
pass
def process_key_event_internal(self, keyval, keycode, state):
#Ignore if:
# - The key is being released
# - The keycode is (somehow) zero
# - The program does not have focus
if (keycode==0 or not self.__has_focus or (state & modifier.RELEASE_MASK)):
return False
#If any modifiers are pressed besides shift, ignore this key event
if (state & (modifier.CONTROL_MASK | modifier.ALT_MASK)):
return False;
#Debug: output key information
#append_log('key press: ' + str(keyval) + ' , ' + str(keycode) + ' , ' + str(state))
#
# MAIN INPUT LOOP -- respond to user key presses, trigger calls for __update() if necessary
#
#First check: are we typing a letter from [a..z]? (Capitals included)
# If so, type this letter into our model
#
letter = keyval + (keysyms.a - keysyms.A) if keyval in xrange(keysyms.A, keysyms.Z + 1) else keyval
if letter in xrange(keysyms.a, keysyms.z + 1):
if self.model.typeLetter(chr(letter)):
#Append this letter to our typed_string, and update all guesses
self.__typed_string += unichr(letter)
self.__invalidate()
return True
#
# Space/Enter - type to commit the word or sentence. Space also advances the cursor
#
elif keyval == keysyms.space or keyval == keysyms.Return:
if self.isGuessingWord():
#If we've typed a word, pick the current selection
if self.__guess_string:
self.pickGuess(-1)
elif self.isHangingPhrase():
#If we're typing a sentence, the space bar serves two different functions
if keyval == keysyms.space and (self.sentence.getCursorIndex()==-1 or self.sentence.getCursorIndex()<self.sentence.size()-1):
#We're not at the end of the sentence; advance the cursor
self.sentence.moveCursorRight(1, self.model)
self.recalcPrefixString()
else:
#We're at the end of the sentence. Commit it to the editor
self.typeSentence('')
else:
return False
return True
#
# Numerals - Shortcut to that candidate word, or type the number
#
elif keyval == keyval >= keysyms._0 and keyval <= keysyms._9:
number = keyval-keysyms._1 if keyval > keysyms._0 else 9
if self.isGuessingWord():
#Shortcut to that word
self.pickGuess(number)
else: #Always type numbers
#Insert that number, or its Myanmar equivalent
self.sentence.insert(keyval - keysyms._0)
self.sentence.moveCursorRight(0, True, self.model)
self.recalcPrefixString()
return True
#
# Left/Right/Up/Down - Change the selected candidate, or move the prefix cursor
#
elif keyval==keysyms.Up or keyval==keysyms.Down or keyval==keysyms.Left or keyval==keysyms.Right:
amount = 1 if (keyval==keysyms.Down or keyval==keysyms.Right) else -1
if self.isGuessingWord():
#Shortcut to that word
self.moveRight(amount)
elif self.isHangingPhrase():
#Move the sentence cursor
self.sentence.moveCursorRight(amount, self.model)
self.recalcPrefixString()
else:
return False
return True
#
# PgUp/PgDown - Change the lookup table's page
#
elif keyval==keysyms.Page_Up or keyval==keysyms.KP_Page_Up or keyval==keysyms.Page_Down or keyval==keysyms.KP_Page_Down:
go_down = True if keyval==keysyms.Page_Down or keyval==keysyms.KP_Page_Down else False
if self.isGuessingWord():
if go_down:
self.page_down()
else:
self.page_up()
return True
else:
return False
#
# Period/Comma - Type the sentence, add punctuation
#
elif keyval==keysyms.comma or keyval==keysyms.period:
if self.isGuessingWord():
return True #Consume input
else:
#Insert this character and type the sentence
self.typeSentence(unichr(self.model.getStopCharacter(keyval==keysyms.period)))
return True
#
# Delete/Backspace - Modify our letter string (or sentence string)
#
elif keyval==keysyms.Delete or keyval==keysyms.BackSpace:
if self.isGuessingWord():
if keyval==keysyms.BackSpace:
#Delete the previous letter
self.model.backspace()
if self.__typed_string:
self.__typed_string = self.__typed_string[:-1]
self.__invalidate()
elif self.isHangingPhrase():
didDelete = False
if keyval==keysyms.BackSpace:
#Delete the previous word
didDelete = self.sentence.deletePrev(self.model)
else:
#Delete the next word
didDelete = self.sentence.deleteNext()
#Perform local deletion operations
if didDelete:
self.recalcPrefixString()
else:
return False
return True
#
# Escape - general cancel key
#
elif keyval == keysyms.Escape:
if self.isGuessingWord():
#Soft reset
self.model.reset(True)
self.__typed_string = ''
self.recalcPrefixString()
elif self.isHangingPhrase():
#Regular reset
self.reset()
else:
return False
return True
#
# Home/End - just consume these events to avoid interface confusion
#
elif keyval==keysyms.Home or keyval==keysyms.End:
if self.isGuessingWord() or self.isHangingPhrase():
return True
#
# Anything Else - don't process it
#
else:
return False
#Are we currently guessing a word?
def isGuessingWord(self):
return bool(self.__aux_string)
#Are we currently in the middle of typing a sentence?
def isHangingPhrase(self):
return bool(self.__prefix_string) or bool(self.__postfix_string)
#Move the cursor based on the model
def moveRight(self, amount):
if self.model.moveRight(amount):
#TODO: amount can be something besides -1 and 1; we should allow for this.
if amount>0:
self.cursor_down()
elif amount <0:
self.cursor_up()
self.__invalidate()
#Pick the guess with a given id, -1 for the currently-selected guess
def pickGuess(self, id):
#Get this guess
guess = self.model.typeSpace(id)
if not guess[0]:
return
#Add it to our sentence
self.sentence.insert(guess[1])
#TEMP
#append_log('guessing: ' + str(id))
#append_log('res: ' + str(guess[0]))
#append_log('res: ' + str(guess[1]))
#Update the prefix string and model
self.recalcPrefixString()
self.model.reset(False)
self.__typed_string = ''
#Type the current sentence, appending an "Extra" string if requested to
def typeSentence(self, extra):
#Commit the modified string
self.__prefix_string += self.__postfix_string
if extra:
self.__prefix_string += extra
self.__commit_string(self.__prefix_string)
#Reset
self.reset()
#Calculate our prefix string, which is essentially the sentence we've typed with the current "guess" inserted wherever the cursor is
def recalcPrefixString(self):
#Init
self.__prefix_string = ''
self.__postfix_string = ''
put_count = 0
#For each word, append it to either prefix or postfix
atID = self.sentence.__iter__()
try:
while True:
word = self.model.getWordKeyStrokes(atID.next())
#Append to prefix or postfix?
if self.sentence.getCursorIndex() >= put_count:
self.__prefix_string += word
else:
self.__postfix_string += word
#Increment
put_count += 1
except StopIteration: pass #Python's way of doing iterators
#Force a call to invalidate()
self.__invalidate()
#Schedule a recalculation for later
def __invalidate(self):
if self.__is_invalidate:
return
self.__is_invalidate = True
gobject.idle_add(self.__update, priority = gobject.PRIORITY_LOW)
def page_up(self):
if self.__lookup_table.page_up():
self.page_up_lookup_table()
self.__invalidate()
return True
return False
def page_down(self):
if self.__lookup_table.page_down():
self.page_down_lookup_table()
self.__invalidate()
return True
return False
def cursor_up(self):
if self.__lookup_table.cursor_up():
self.cursor_up_lookup_table()
return True
return False
def cursor_down(self):
if self.__lookup_table.cursor_down():
self.cursor_down_lookup_table()
return True
return False
def __commit_string(self, text):
self.commit_text(ibus.Text(text))
self.__typed_string = u""
self.__update()
def __update(self):
try:
#First, update our strings
self.updateAuxString()
self.updateGuessString()
self.updateTableEntries()
#Debug: update log
#append_log('update called: ' + str([self.__typed_string, self.__preedit_string]))
#Cache lengths
preedit_len = len(self.__preedit_string)
aux_len = len(self.__aux_string)
prefix_len = len(self.__prefix_string)
guess_len = len(self.__guess_string)
#Get an attribute list for the preedit string
attrs = ibus.AttrList()
if self.__preedit_string:
#Put the entire string in red; underline only the current "guessed" part
attrs.append(ibus.AttributeForeground(0xff0000, 0, preedit_len))
attrs.append(ibus.AttributeUnderline(pango.UNDERLINE_SINGLE, prefix_len, prefix_len + guess_len))
#Now update all strings
self.update_preedit_text(ibus.Text(self.__preedit_string, attrs), prefix_len, preedit_len > 0)
#Additional attributes
attrs = ibus.AttrList()
attrs.append(ibus.AttributeForeground(0x000000, 0, aux_len))
attrs.append(ibus.AttributeUnderline(pango.UNDERLINE_SINGLE, 0, 0))
self.update_auxiliary_text(ibus.Text(self.__aux_string, attrs), aux_len > 0)
#Update our lookup table, too
self.__lookup_table.set_cursor_pos(self.model.getCurrSelectedID())
self.update_lookup_table(self.__lookup_table, aux_len>0)
#Done - now in a valid state
self.__is_invalidate = False
except:
append_error()
return False
def focus_in(self):
self.register_properties(self.__prop_list)
self.__has_focus = True
self.reset()
def focus_out(self):
self.__has_focus = False
self.reset()
def updateAuxString(self):
#Update our auxiliary string
parenStr = self.model.getParenString()
if parenStr:
parenStr = '('+parenStr+')'
self.__aux_string = self.__typed_string + parenStr
def updateGuessString(self):
#Update the current guess
self.__guess_string = u""
if self.model.getPossibleWords():
self.__guess_string = self.model.getWordKeyStrokes(self.model.getPossibleWords()[self.model.getCurrSelectedID()])
self.__preedit_string = '%s%s%s' % (self.__prefix_string, self.__guess_string, self.__postfix_string)
def updateTableEntries(self):
#Update our lookup table entries
self.__lookup_table.clean()
if self.__preedit_string:
#Loop through each entry; add its unicode value (for display)
words = self.model.getPossibleWords()
for word in words:
candidate = self.model.getWordKeyStrokes(word, libwaitzar.encoding.unicode)
self.__lookup_table.append_candidate(ibus.Text(candidate))
#For external debugging ONLY
def testUpdate(self):
self.__update()
def __init_props(self):
#Create all of our properties in one go
wz_props = ibus.PropList()
#
#Property 1: Output Encoding
#
enc_key = u"OutputEncoding"
encoding_prop = ibus.Property(
key = enc_key,
type = ibus.PROP_TYPE_NORMAL,
label = u"",
tooltip = u"Switch Output Encoding",
icon = PKG_DATA_DIR + u"/icons/input_uni.svg"
)
self.__prop_dict[enc_key] = encoding_prop
#List all properties in this menu
props = ibus.PropList()
props.append(ibus.Property(
key = enc_key + "." + u"Unicode",
type = ibus.PROP_TYPE_NORMAL,
label = u"Unicode 5.1",
icon = PKG_DATA_DIR + u"/icons/input_uni.svg"))
props.append(ibus.Property(
key = enc_key + "." + u"Zawgyi",
type = ibus.PROP_TYPE_NORMAL,
label = "Zawgyi-One",
icon = PKG_DATA_DIR + u"/icons/input_zg.svg"))
props.append(ibus.Property(
key = enc_key + "." + u"WinInnwa",
type = ibus.PROP_TYPE_NORMAL,
label = "Win Innwa",
icon = PKG_DATA_DIR + u"/icons/input_wi.svg"))
#set the state, copy all values into the main dictionary, our main menu item, and the return value
props[self.__encoding].set_state(ibus.PROP_STATE_CHECKED)
for prop in props:
self.__prop_dict[prop.key] = prop
encoding_prop.set_sub_props(props)
wz_props.append(encoding_prop)
#
#Property 2: Type Burmese Numerals
#
enc_key = u"TypeNumerals"
encoding_prop = ibus.Property(
key = enc_key,
type = ibus.PROP_TYPE_NORMAL,
label = u"",
tooltip = "Type Burmese Numerals",
icon = PKG_DATA_DIR + u"/icons/num_mm.svg"
)
self.__prop_dict[enc_key] = encoding_prop
#List all properties in this menu
props = ibus.PropList()
props.append(ibus.Property(
key = enc_key + "." + u"Burmese",
type = ibus.PROP_TYPE_NORMAL,
label = "Burmese Numerals",
icon = PKG_DATA_DIR + u"/icons/num_mm.svg"))
props.append(ibus.Property(
key = enc_key + "." + u"Arabic",
type = ibus.PROP_TYPE_NORMAL,
label = "Regular Numerals",
icon = PKG_DATA_DIR + u"/icons/num_english.svg"))
#set the state, copy all values into the main dictionary, our main menu item, and the return value
props[self.__encoding].set_state(ibus.PROP_STATE_CHECKED)
for prop in props:
self.__prop_dict[prop.key] = prop
encoding_prop.set_sub_props(props)
wz_props.append(encoding_prop)
#
#Done
#
wz_props.append(ibus.Property(key=u"setup", tooltip="Configure WaitZar"))
return wz_props
def reset(self):
#Reset the model
self.model.reset(True)
#Make sure our encoding is up-to-date
currEncoding = (libwaitzar.encoding.unicode, libwaitzar.encoding.zawgyi, libwaitzar.encoding.wininnwa)[self.__encoding]
if (self.model.getOutputEncoding() != currEncoding):
self.model.setOutputEncoding(currEncoding)
#Reset our array and counter
self.sentence.clear()
#Reset all strings
self.__typed_string = u""
self.__prefix_string = u""
self.__postfix_string = u""
self.__update()
def property_activate(self, prop_name):
print "PropertyActivate(%s)" % prop_name
class Engine(ibus.EngineBase):
# pickle data for symbols and rules
__xkbc = None
all_layouts = None
def __init__(self, bus, object_path):
super(Engine, self).__init__(bus, object_path)
gettext.bindtextdomain("ibus-xkbc", os.getenv('XKBC_LOCALE_DIR'))
gettext.bind_textdomain_codeset("ibus-xkbc", "UTF-8")
self.__prop_dict = {}
self.__config = Config(bus)
self.__compose_state = COMPOSE_END
self.__compose_dict = None
self.__xkbc = prefs_get_xkbc_db()
self.__prop_list = self._init_props()
self.__target_layout_name = prefs_get_last_layout()
self.__target_layout_id = self.__user_layouts.index(
self.__target_layout_name)
def __reset(self):
pass
# class variable
__user_layouts = DEFAULT_LAYOUTS
__conf = None
__target_layout_id = 0
__target_layout_name = "X"
def _init_props(self):
xkbc_props = ibus.PropList()
layout_switch_prop = ibus.Property(
key=u"LayoutSwitch",
type=ibus.PROP_TYPE_MENU,
label=self.__target_layout_name.capitalize(),
tooltip=u"Layout Switch")
self.__prop_dict[u"LayoutSwitch"] = layout_switch_prop
props = ibus.PropList()
selected = layout_make_object_list(self.__user_layouts)
id = 0
self.__layout_menu_items = []
for lo in selected:
props.append(
ibus.Property(key=CMD_LAYOUT_SWITCH + str(id),
type=ibus.PROP_TYPE_RADIO,
label=lo.get_desc()))
self.__layout_menu_items.append(lo.get_name())
id += 1
props[self.__target_layout_id].set_state(ibus.PROP_STATE_CHECKED)
for prop in props:
self.__prop_dict[prop.key] = prop
layout_switch_prop.set_sub_props(props)
xkbc_props.append(layout_switch_prop)
xkbc_props.append(
ibus.Property(key=CMD_SETUP, tooltip=UI_TOOLTIP_SETUP))
return xkbc_props
def _refresh_prop_list(self):
self.__prop_list = self._init_props()
def _check_hotkeys(self, keyval, state):
if self.__cycle_hotkeys != None:
for hk in self.__cycle_hotkeys:
if match_key(keyval, state, hk):
self._switch_to_next_layout()
return True
if self.__rcycle_hotkeys != None:
for hk in self.__rcycle_hotkeys:
if match_key(keyval, state, hk):
self._switch_to_prev_layout()
return True
if self.__compose_triggers != None:
for hk in self.__compose_triggers:
if match_key(keyval, state, hk):
self._compose_start()
return True
return False
def _switch_to_next_layout(self):
num_of_layouts = len(self.__layout_menu_items)
if (self.__target_layout_id + 1) >= num_of_layouts:
self.__target_layout_id = 0
else:
self.__target_layout_id += 1
self.__target_layout_name = self.__layout_menu_items[
self.__target_layout_id]
prefs_set_last_layout(self.__target_layout_name)
self._refresh_prop_list()
self.register_properties(self.__prop_list)
def _switch_to_prev_layout(self):
num_of_layouts = len(self.__layout_menu_items)
if self.__target_layout_id == 0:
self.__target_layout_id = num_of_layouts - 1
else:
self.__target_layout_id -= 1
self.__target_layout_name = self.__layout_menu_items[
self.__target_layout_id]
prefs_set_last_layout(self.__target_layout_name)
self._refresh_prop_list()
self.register_properties(self.__prop_list)
def _compose_get_cand_dict(self, keyval):
if compose_dict.has_key(keyval):
return compose_dict[
keyval] # compose_dict comes from compose_tbl module
return None
def _compose_start(self):
self.__compose_state = COMPOSE_START
def _compose_end(self):
self.__compose_state = COMPOSE_END
self.__compose_dict = None
def _compose_process(self, dict):
self.__compose_state = COMPOSE_PROCESS
self.__compose_dict = dict
def _compose_get_char(self, val):
if self.__compose_dict.has_key(val):
return self.__compose_dict[val]
return val
def _compose_state(self):
return self.__compose_state
if ibus.get_version() >= '1.2.0':
def process_key_event(self, keyval, keycode, state):
return self._process_key_event_internal(keyval, keycode, state)
else:
def process_key_event(self, keyval, state):
return self._process_key_event_internal(keyval, 0, state)
def _process_key_event_internal(self, keyval, keycode, state):
is_press = (state & modifier.RELEASE_MASK) == 0
if not is_press:
return False
self.__cycle_hotkeys = prefs_get_cycle_hotkeys()
self.__rcycle_hotkeys = prefs_get_rcycle_hotkeys()
self.__compose_triggers = prefs_get_compose_triggers()
if self._check_hotkeys(keyval, state):
return True
# after checking hotkeys, non character keys are passed though
if (state & ST_CONTROL) or (state & ST_ALT_L) or non_trans_key(keyval):
return False
self.__source_layout_name = prefs_get_physical_layout()
keysym = keysyms.keycode_to_name(keyval)
key_name = self.__xkbc.search_key_name(self.__source_layout_name,
keysym, state)
commit_str = self.__xkbc.get_trans_ustr(self.__target_layout_name,
key_name, state)
if commit_str == None:
return False
if self._compose_state() == COMPOSE_START:
cd = self._compose_get_cand_dict(commit_str)
if cd != None:
self._compose_process(cd)
return True
else:
self._compose_end()
elif self._compose_state() == COMPOSE_PROCESS:
commit_str = self._compose_get_char(commit_str)
self._compose_end()
self.__commit_string(commit_str)
return True
def page_up(self):
return False
def page_down(self):
return False
def cursor_up(self):
return False
def cursor_down(self):
return False
def __commit_string(self, text):
self.commit_text(ibus.Text(text))
def focus_in(self):
self._refresh_prop_list()
self.register_properties(self.__prop_list)
pass
def focus_out(self):
pass
def reset(self):
pass
def property_activate(self, prop_name, state):
if prop_name == CMD_SETUP:
self._start_setup()
elif prop_name.startswith(CMD_LAYOUT_SWITCH):
id = int(prop_name.split(CMD_LAYOUT_SWITCH)[1])
layout_name = self.__layout_menu_items[id]
self.__target_layout_name = layout_name
self.__target_layout_id = id
self._refresh_prop_list()
prefs_set_last_layout(layout_name)
self.register_properties(self.__prop_list)
__setup_pid = 0
def _start_setup(self):
if Engine.__setup_pid != 0:
pkd, state = os.waitpid(Engine.__setup_pid, os.P_NOWAIT)
if pid != Engine.__setup_pid:
return
Engine.__setup_pid = 0
if os.getenv('LIBEXECDIR') == None:
return
setup_cmd = path.join(os.getenv('LIBEXECDIR'), "ibus-setup-xkbc")
Engine.__setup_id = os.spawnl(os.P_NOWAIT, setup_cmd,
"ibus-setup-xkbc")
@classmethod
def CONFIG_RELOADED(cls, bus):
if not cls.__conf:
cls.__conf = Config(bus)
l = cls.__conf.get_user_layouts()
if l != None and len(l) > 0:
cls.__user_layouts = l
cls.__target_layout_name = cls.__user_layouts[0]
@classmethod
def CONFIG_VALUE_CHANGED(cls, bus, section, name, value):
if section == KEY_ROOT and name == KEY_USER_LAYOUT:
cls.__user_layouts = value
def __start_cb(self):
print_command('setq', 'ibus_version', ibus.get_version())
print_command('setq', 'started', True)
print_message('Agent successfully started for display "%s"'% \
display.get_display_name())
return False
"--quit",
action="store_true",
dest="quit",
default=False,
help="quit if ibus-daemon is not running")
parser.add_option("-s",
"--surrounding-text",
action="store_true",
dest="surrounding_text",
default=False,
help="enable surrounding text support")
options, args = parser.parse_args()
if options.quit:
start_ibus_daemon = False
if options.surrounding_text \
and map(int, ibus.get_version().split(".")) >= [1, 4, 0]:
use_surrounding_text = True
print_message('Surrounding text support enabled')
########################################################################
# Setup Xlib
########################################################################
try:
import Xlib.display
import Xlib.X
import Xlib.Xatom
except ImportError:
print_message('python-xlib library is required')
exit(1)