# -*- coding: utf-8 -*- # vim: set noet ts=4: # # scim-python # # Copyright (c) 2008-2008 Yu Yuwei # # # This library is free software; you can redistribute it and/or # modify it under the terms of the GNU Lesser General Public # License as published by the Free Software Foundation; either # version 2 of the License, or (at your option) any later version. # # This library is distributed in the hope that it will be useful, # but WITHOUT ANY WARRANTY; without even the implied warranty of # MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the # GNU Lesser General Public License for more details. # # You should have received a copy of the GNU Lesser General Public # License along with this program; if not, write to the # Free Software Foundation, Inc., 59 Temple Place, Suite 330, # Boston, MA 02111-1307 USA # # $Id: $ # import scim from scim import IMEngine from scim import IMEngineFactory from scim import Property from scim import Attribute from scim import KeyCode from scim import KeyMask import scim.ascii as ascii import XMSQLiteDB import XMDict import re patt_edit = re.compile (r'(.*)###(.*)###(.*)') patt_uncommit = re.compile (r'(.*)@@@(.*)') from gettext import dgettext _ = lambda a : dgettext ("scim-python", a) N_ = lambda a : a class Editor: '''Hold user inputs chars and preedit string''' def __init__ (self,phrase_table_index,valid_input_chars, max_key_length, database, parser = XMDict.Parse, deparser = XMDict.Deparse, max_length = 64): self.db = database self._pt = phrase_table_index self._parser = parser self._deparser = deparser self._max_key_len = int(max_key_length) self._max_length = max_length self._valid_input_chars = valid_input_chars # # below vals will be reset in self.clear() # # we hold this: [str,str,...] # self._chars: hold user input in xingma mode (valid,invalid,prevalid) self._chars = [[],[],[]] #self._t_chars: hold total input for xingma mode for input check self._t_chars = [] # self._u_chars: hold user input but not manual comitted chars self._u_chars = [] # self._xmkey_list: hold XingMa_Key objects transform from user input chars self._xmkey_list = [] # self._strings: hold preedit strings self._strings = [] # self._cursor: the caret position in preedit phrases self._cursor = [0,0] # self._candidates: hold candidates selected from database [[now],[pre]] self._candidates = [[],[]] self._lookup_table = scim.LookupTable(XingMaEngine._page_size) self._lookup_table.fix_page_size (True) # self._py_mode: whether in pinyin mode self._py_mode = False # self._zi: the last Zi commit to preedit self._zi = u'' # self._caret: caret position in lookup_table self._caret = 0 def clear (self): '''Remove data holded''' self.over_input () self._t_chars = [] self._strings = [] self._cursor = [0,0] self._py_mode = False self._zi = u'' self.update_candidates def is_empty (self): return len(self._t_chars) == 0 def clear_input (self): ''' Remove input characters held for XingMa mode, ''' self._chars = [[],[],[]] self._xmkey_list = [] self._lookup_table.clear() self._lookup_table.show_cursor(False) self._candidates = [[],[]] def over_input (self): ''' Remove input characters held for XingMa mode, ''' self.clear_input () self._u_chars = [] def set_parser (self, parser): '''change input parser''' self.clear () self._parser = parser def add_input (self,c): '''add input character''' if len (self._t_chars) == self._max_length: return self._zi = u'' if self._cursor[1]: self.split_phrase() if (len (self._chars[0]) == self._max_key_len and (not self._py_mode)) or ( len (self._chars[0]) == 6 and self._py_mode ) : self.auto_commit_to_preedit() res = self.add_input (c) return res elif self._chars[1]: self._chars[1].append (c) else: if (not self._py_mode and ( c in self._valid_input_chars)) or\ (self._py_mode and (c in u'abcdefghijklmnopqrstuvwxyz')): try: self._xmkey_list += self._parser (c) self._chars[0].append (c) except: self._chars[1].append (c) else: self._chars[1].append (c) self._t_chars.append(c) res = self.update_candidates () return res def pop_input (self): '''remove and display last input char held''' _c ='' if self._chars[1]: _c = self._chars[1].pop () elif self._chars[0]: _c = self._chars[0].pop () self._xmkey_list.pop() if (not self._chars[0]) and self._u_chars: self._chars[0] = self._u_chars.pop() self._chars[1] = self._chars[1][:-1] self._xmkey_list = self._parser (self._chars[0]) self._strings.pop (self._cursor[0] - 1 ) self._cursor[0] -= 1 self._t_chars.pop() self.update_candidates () return _c def get_input_chars (self): '''get characters held, valid and invalid''' return self._chars[0] + self._chars[1] def get_input_chars_string (self): '''Get valid input char string''' return u''.join(map(str,self._t_chars)) def get_all_input_strings (self): '''Get all uncommit input characters, used in English mode or direct commit''' return u''.join( map(u''.join, self._u_chars + [self._chars[0]]) ) def get_index(self,key): '''Get the index of key in database table''' return self._pt.index(key) def split_phrase (self): '''Splite current phrase into two phrase''' _head = u'' _end = u'' try: _head = self._strings[self._cursor[0]][:self._cursor[1]] _end = self._strings[self._cursor[0]][self._cursor[1]:] self._strings.pop(self._cursor[0]) self._strings.insert(self._cursor[0],_head) self._strings.insert(self._cursor[0]+1,_end) self._cursor[0] +=1 self._cursor[1] = 0 except: pass def remove_before_string (self): '''Remove string before cursor''' if self._cursor[1] != 0: self.split_phrase() if self._cursor[0] > 0: self._strings.pop(self._cursor[0]-1) self._cursor[0] -= 1 else: pass # if we remove all characters in preedit string, we need to clear the self._t_chars if self._cursor == [0,0]: self._t_chars =[] def remove_after_string (self): '''Remove string after cursor''' if self._cursor[1] != 0: self.split_phrase() if self._cursor[0] >= len (self._strings): pass else: self._strings.pop(self._cursor[0]) def remove_before_char (self): '''Remove character before cursor''' if self._cursor[1] > 0: _str = self._strings[ self._cursor[0] ] self._strings[ self._cursor[0] ] = _str[ : self._cursor[1]-1] + _str[ self._cursor[1] :] self._cursor[1] -= 1 else: if self._cursor[0] == 0: pass else: if len ( self._strings[self._cursor[0] - 1] ) == 1: self.remove_before_string() else: self._strings[self._cursor[0] - 1] = self._strings[self._cursor[0] - 1][:-1] # if we remove all characters in preedit string, we need to clear the self._t_chars if self._cursor == [0,0]: self._t_chars =[] def remove_after_char (self): '''Remove character after cursor''' if self._cursor[1] == 0: if self._cursor[0] == len ( self._strings): pass else: if len( self._strings[ self._cursor[0] ]) == 1: self.remove_after_string () else: self._strings[ self._cursor[0] ] = self._strings[ self._cursor[0] ][1:] else: if ( self._cursor[1] + 1 ) == len( self._strings[ self._cursor[0] ] ) : self.split_phrase () self.remove_after_string () else: string = self._strings[ self._cursor[0] ] self._strings[ self._cursor[0] ] = string[:self._cursor[1]] + string[ self._cursor[1] + 1 : ] def get_invalid_input_chars (self): '''get invalid characters held''' return self._chars[1] def get_invalid_input_string (self): '''get invalid characters in string form''' return u''.join (self._chars[1]) def get_preedit_strings (self): '''Get preedit strings''' if self._candidates[0]: if self._py_mode: _p_index = 7 else: _p_index = self.get_index ('phrase') _candi = u'###' + self._candidates[0][ int (self._lookup_table.get_cursor_pos() ) ][ _p_index ] + u'###' else: input_chars = self.get_input_chars () if input_chars: _candi = u''.join( ['###'] + map( str, input_chars) + ['###'] ) else: _candi = u'' if self._strings: res = u'' _cursor = self._cursor[0] _luc = len (self._u_chars) if _luc: res =u''.join( self._strings[ : _cursor - _luc] +[u'@@@'] + self._strings[_cursor - _luc : _cursor ] + [ _candi ] + self._strings[ _cursor : ]) else: res = u''.join( self._strings[ : _cursor ] + [ _candi ] + self._strings[ _cursor : ]) return res else: return _candi def add_caret (self, addstr): '''add length to caret position''' self._caret += len(addstr) def get_caret (self): '''Get caret position in preedit strings''' self._caret = 0 if self._cursor[0] and self._strings: map (self.add_caret,self._strings[:self._cursor[0]]) self._caret += self._cursor[1] if self._candidates[0]: if self._py_mode: _p_index = 7 else: _p_index = self.get_index ('phrase') _candi =self._candidates[0][ int (self._lookup_table.get_cursor_pos() ) ][ _p_index ] else: _candi = u''.join( map( str,self.get_input_chars()) ) self._caret += len( _candi ) return self._caret def arrow_left (self): '''Process Arrow Left Key Event. Update cursor data when move caret left''' if self.get_preedit_strings (): if not( self.get_input_chars () or self._u_chars ): if self._cursor[1] > 0: self._cursor[1] -= 1 else: if self._cursor[0] > 0: self._cursor[1] = len (self._strings[self._cursor[0]-1]) - 1 self._cursor[0] -= 1 else: self._cursor[0] = len(self._strings) self._cursor[1] = 0 self.update_candidates () return True else: return False def arrow_right (self): '''Process Arrow Right Key Event. Update cursor data when move caret right''' if self.get_preedit_strings (): if not( self.get_input_chars () or self._u_chars ): if self._cursor[1] == 0: if self._cursor[0] == len (self._strings): self._cursor[0] = 0 else: self._cursor[1] += 1 else: self._cursor[1] += 1 if self._cursor[1] == len(self._strings[ self._cursor[0] ]): self._cursor[0] += 1 self._cursor[1] = 0 self.update_candidates () return True else: return False def control_arrow_left (self): '''Process Control + Arrow Left Key Event. Update cursor data when move caret to string left''' if self.get_preedit_strings (): if not( self.get_input_chars () or self._u_chars ): if self._cursor[1] == 0: if self._cursor[0] == 0: self._cursor[0] = len (self._strings) - 1 else: self._cursor[0] -= 1 else: self._cursor[1] = 0 self.update_candidates () return True else: return False def control_arrow_right (self): '''Process Control + Arrow Right Key Event. Update cursor data when move caret to string right''' if self.get_preedit_strings (): if not( self.get_input_chars () or self._u_chars ): if self._cursor[1] == 0: if self._cursor[0] == len (self._strings): self._cursor[0] = 1 else: self._cursor[0] += 1 else: self._cursor[0] += 1 self._cursor[1] = 0 self.update_candidates () return True else: return False def ap_candidate (self, candi): '''append candidate to lookup_table''' if not self._py_mode: _p_index = self.get_index('phrase') _fkey = self.get_index('m0') else: _p_index = 7 _fkey = 1 _phrase = candi[_p_index] _xm = u''.join( map(self._deparser , candi[_fkey + len(self._xmkey_list) : _p_index ] ) ) # further color implementation needed :) # here -2 is the pos of num, -1 is the pos of . 0 is the pos of string attrs = [scim.Attribute (-2, 1 , scim.ATTR_FOREGROUND, 0x8e2626 )] if candi[-2] == -1: # this is a user defined phrase: attrs.append ( scim.Attribute (0, len(_phrase), scim.ATTR_FOREGROUND, 0x7700c3 ) ) elif candi[-1] > 0: # this is a sys phrase used by user: attrs.append ( scim.Attribute (0, len(_phrase), scim.ATTR_FOREGROUND, 0x000000 ) ) else: # this is a system phrase haven't been used: attrs.append ( scim.Attribute (0, len(_phrase), scim.ATTR_FOREGROUND, 0x000000 ) ) # this is the part of xmkey attrs.append( scim.Attribute (len(_phrase), len(_xm), scim.ATTR_FOREGROUND, 0x1973a2 ) ) self._lookup_table.append_candidate ( _phrase + _xm, attrs ) self._lookup_table.show_cursor (True) def update_candidates (self): '''Update lookuptable''' if self._chars[0] == self._chars[2] and self._candidates[0]: # if no change in valid input char, we do not do sql enquery pass else: # do enquiry self._lookup_table.clear () self._lookup_table.show_cursor (False) if self._xmkey_list: # here we need to consider two parts, xingma and pinyin # first xingma if not self._py_mode: self._candidates[0] = self.db.select_words( self._xmkey_list ) else: self._candidates[0] = self.db.select_zi( self._xmkey_list ) self._chars[2] = self._chars[0][:] else: self._candidates[0] =[] if self._candidates[0]: map ( self.ap_candidate, self._candidates[0]) else: if self._chars[0]: if self._candidates[1]: #print self._candidates[1] self._candidates[0] = self._candidates[1] self._candidates[1] = [] last_input = self.pop_input () self.auto_commit_to_preedit () res = self.add_input( last_input ) return res else: self.pop_input () self._lookup_table.clear() self._lookup_table.show_cursor (False) return False else: self._lookup_table.clear() self._lookup_table.show_cursor (False) self._candidates[1] = self._candidates[0] return True def commit_to_preedit (self): '''Add select phrase in lookup table to preedit string''' if not self._py_mode: _p_index = self.get_index('phrase') else: _p_index = 7 try: self._strings.insert(self._cursor[0], self._candidates[0][ self.get_cursor_pos() ][_p_index]) self._cursor [0] += 1 if self._py_mode: self._zi = self._candidates[0][ self.get_cursor_pos() ][_p_index] self.over_input () self.update_candidates () except: pass def auto_commit_to_preedit (self): '''Add select phrase in lookup table to preedit string''' if not self._py_mode: _p_index = self.get_index('phrase') else: _p_index = 7 try: self._u_chars.append( self._chars[0][:] ) self._strings.insert(self._cursor[0], self._candidates[0][ self.get_cursor_pos() ][_p_index]) self._cursor [0] += 1 self.clear_input() self.update_candidates () except: pass def get_aux_strings (self): '''Get aux strings''' input_chars = self.get_input_chars () if input_chars: #aux_string = u' '.join( map( u''.join, self._u_chars + [self._chars[0]] ) ) aux_string = u''.join (self._chars[0]) return aux_string aux_string = u'' if self._zi: # we have pinyin result xmcodes = self.db.find_zi_code(self._zi) aux_string = self._zi+u': ' aux_string = u' '.join(xmcodes) # self._zi = u'' cstr = u''.join(self._strings) if self.db.user_can_define_phrase: if len (cstr ) > 1: aux_string += (u'\t#: ' + self.db.parse_phrase_to_xm (cstr)) return aux_string def arrow_down(self): '''Process Arrow Down Key Event Move Lookup Table cursor down''' res = self._lookup_table.cursor_down() self.update_candidates () if not res and self._candidates[0]: return True return res def arrow_up(self): '''Process Arrow Up Key Event Move Lookup Table cursor up''' res = self._lookup_table.cursor_up() self.update_candidates () if not res and self._candidates[0]: return True return res def page_down(self): '''Process Page Down Key Event Move Lookup Table page down''' res = self._lookup_table.page_down() self.update_candidates () if not res and self._candidates[0]: return True return res def page_up(self): '''Process Page Up Key Event move Lookup Table page up''' res = self._lookup_table.page_up() self.update_candidates () if not res and self._candidates[0]: return True return res def number (self, index): '''Select the candidates in Lookup Table index should start from 0''' self._lookup_table.set_cursor_pos_in_current_page ( index ) if index != self._lookup_table.get_cursor_pos_in_current_page (): # the index given is out of range we do not commit string return False self.commit_to_preedit () return True def alt_number (self,index): '''Remove the candidates in Lookup Table from user_db index should start from 0''' cps = self._lookup_table.get_current_page_start() pos = cps + index if len (self._candidates[0]) > pos: # this index is valid can = self._candidates[0][pos] if can[-2] == -1: # freq of this candidate is -1, means this a user phrase self.db.remove_phrase (can) # make update_candidates do sql enquiry self._chars[2].pop() self.update_candidates () return True else: return False def get_cursor_pos (self): '''get lookup table cursor position''' return self._lookup_table.get_cursor_pos() def get_lookup_table (self): '''Get lookup table''' return self._lookup_table def is_lt_visible (self): '''Check whether lookup table is visible''' return self._lookup_table.is_cursor_visible () def backspace (self): '''Process backspace Key Event''' self._zi = u'' if self.get_input_chars(): self.pop_input () return True elif self.get_preedit_strings (): self.remove_before_char () return True else: return False def control_backspace (self): '''Process control+backspace Key Event''' self._zi = u'' if self.get_input_chars(): self.over_input () return True elif self.get_preedit_strings (): self.remove_before_string () return True else: return False def delete (self): '''Process delete Key Event''' self._zi = u'' if self.get_input_chars(): return True elif self.get_preedit_strings (): self.remove_after_char () return True else: return False def control_delete (self): '''Process control+delete Key Event''' self._zi = u'' if self.get_input_chars (): return True elif self.get_preedit_strings (): self.remove_after_string () return True else: return False def l_shift (self): '''Process Left Shift Key Event as immediately commit to preedit strings''' if self._chars[0]: self.commit_to_preedit () return True else: return False def r_shift (self): '''Proess Right Shift Key Event as changed between PinYin Mode and XingMa Mode''' self._zi = u'' if self._chars[0]: self.commit_to_preedit () self._py_mode = not (self._py_mode) return True def space (self): '''Process space Key Event return (KeyProcessResult,whethercommit,commitstring)''' if self._t_chars : # user has input sth self.commit_to_preedit () pstr = self.get_preedit_strings () self.clear() return (True,pstr) else: return (False,u'') class XingMaEngine (IMEngine): '''The IMEngine for XingMa''' # colors # _phrase_color = 0xffffff # _user_phrase_color = 0xffffff # _new_phrase_color = 0xffffff # lookup table page size _page_size = 6 def __init__ (self, factory, config, encoding, id, db ): IMEngine.__init__ (self, factory, config, encoding, id) self._config = config self._lookup_table = scim.LookupTable (XingMaEngine._page_size) self._lookup_table.fix_page_size (True) # this is the backend sql db we need for our IME # we receive this db from IMEngineFactory #self.db = XMSQLiteDB.XMSQLiteDB( name = dbname ) self.db = db # this is the parer which parse the input string to key object self._parser = XMDict.Parse # 0 = english input mode # 1 = xingma input mode self._mode = 1 # self._ime_py: True / False this IME support pinyin mode self._ime_py = self.db.get_ime_property ('pinyin_mode') if self._ime_py: if self._ime_py.lower() == u'true': self._ime_py = True else: self._ime_py = False else: print 'We coult not find "pinyin_mode" entry in database, is it a outdated database?' self._ime_py = False self._status = self.db.get_ime_property('status_prompt').encode('utf8') # now we check and update the valid input characters self._chars = self.db.get_ime_property('valid_input_chars') self._valid_input_chars = [] for _c in self._chars: if _c in XMDict.XingMa_List: self._valid_input_chars.append(_c) del self._chars self._pt = self.db.get_phrase_table_index () self._ml = int(self.db.get_ime_property ('max_key_length')) # Containers we used: self._editor = Editor(self._pt, self._valid_input_chars, self._ml, self.db) # some other vals we used: # self._prev_key: hold the key event last time. self._prev_key = None self._prev_char = None self._double_quotation_state = False self._single_quotation_state = False # [ENmode,XMmode] we get XMmode properties from db self._full_width_letter = [ False, self.db.get_ime_property('def_full_width_letter').lower() == u'true' ] self._full_width_punct = [ False, self.db.get_ime_property('def_full_width_punct').lower() == u'true' ] # some properties we will involved, Property is taken from scim. self._status_property = Property ("status", "") self._letter_property = Property ("full_letter", "") self._punct_property = Property ("full_punct", "") self._py_property = Property ("py_mode", "") #self._setup_property = Property ("setup", _("Setup")) self.reset () def reset (self): self._editor.clear () self._double_quotation_state = False self._single_quotation_state = False self._prev_key = None self._init_properties () self._update_ui () IMEngine.reset (self) def _init_properties (self): properties= ( self._status_property, self._letter_property, self._punct_property, self._py_property # self._setup_property ) self.register_properties (properties) self._refresh_properties () def _refresh_properties (self): '''Method used to update properties''' # taken and modified from PinYin.py :) if self._mode == 1: # refresh mode self._status_property.label = _(self._status) else: self._status_property.label = _("EN") if self._full_width_letter[self._mode]: self._letter_property.label = '' self._letter_property.icon = '/usr/share/scim/icons/full-letter.png' else: self._letter_property.label = '' self._letter_property.icon = '/usr/share/scim/icons/half-letter.png' if self._full_width_punct[self._mode]: self._punct_property.label = '' self._punct_property.icon ='/usr/share/scim/icons/full-punct.png' else: self._punct_property.label = '' self._punct_property.icon ='/usr/share/scim/icons/half-punct.png' if self._editor._py_mode: self._py_property.label = '' self._py_property.icon ='/usr/share/scim/icons/py-mode.png' else: self._py_property.label = '' self._py_property.icon ='/usr/share/scim/icons/xm-mode.png' properties = ( self._status_property, self._letter_property, self._punct_property, self._py_property ) # use buildin method to update properties :) map (self.update_property, properties) def _change_mode (self): '''Shift input mode, XM -> EN -> XM ''' self._mode = int (not self._mode) self.reset () self._update_ui () def trigger_property (self, property): '''Shift property''' if property == "status": self._change_mode () elif property == "full_letter": self._full_width_letter [self._mode] = not self._full_width_letter [self._mode] self._refresh_properties () elif property == "full_punct": self._full_width_punct [self._mode] = not self._full_width_punct [self._mode] self._refresh_properties () elif property == 'py_mode' and self._ime_py: self._editor.r_shift () self._refresh_properties () # elif property == "setup": # Need implementation # self.start_helper ("96c07b6f-0c3d-4403-ab57-908dd9b8d513") # at last invoke default method IMEngine.trigger_property (self, property) def _update_preedit (self): '''Update Preedit String in UI''' _str = self._editor.get_preedit_strings () if _str == u'': self.hide_preedit_string () else: attrs = [] res = patt_edit.match (_str) if res: _str = u'' ures = patt_uncommit.match (res.group(1)) if ures: _str=u''.join (ures.groups()) lc = len (ures.group(1) ) lu = len (ures.group(2) ) attrs.append (scim.Attribute(0,lc,scim.ATTR_FOREGROUND,0x1b3f03) ) attrs.append (scim.Attribute(lc,lu,scim.ATTR_FOREGROUND,0x0895a2) ) lg1 = len (_str) else: _str += res.group (1) lg1 = len ( res.group(1) ) attrs.append (scim.Attribute(0,lg1,scim.ATTR_FOREGROUND,0x1b3f03) ) _str += res.group(2) _str += res.group(3) lg2 = len ( res.group(2) ) lg3 = len ( res.group(3) ) attrs.append( scim.Attribute(lg1,lg2,scim.ATTR_FOREGROUND,0x0e0ea0) ) attrs.append( scim.Attribute(lg1+lg2,lg3,scim.ATTR_FOREGROUND,0x1b3f03) ) else: attrs.append( scim.Attribute(0,len(_str),scim.ATTR_FOREGROUND,0x1b3f03) ) self.show_preedit_string () self.update_preedit_string (_str,attrs) self.update_preedit_caret ( self._editor.get_caret() ) self.show_preedit_string () def _update_aux (self): '''Update Aux String in UI''' _ic = self._editor.get_aux_strings () if _ic: self.show_aux_string () attrs = [ scim.Attribute(0, len(_ic), scim.ATTR_FOREGROUND,0x9515b5) ] #attrs = [ scim.Attribute(0,len(_ic),scim.ATTR_FOREGROUND,0x5540c1)] self.update_aux_string (_ic,attrs) else: self.hide_aux_string () self.update_aux_string (u'') def _update_lookup_table (self): '''Update Lookup Table in UI''' self.update_lookup_table ( self._editor.get_lookup_table() ) if self._editor.is_lt_visible (): self.show_lookup_table () else: self.hide_lookup_table () def _update_ui (self): '''Update User Interface''' self._update_lookup_table () self._update_preedit () self._update_aux () def commit_string (self,string): IMEngine.commit_string ( self, string ) self._prev_char = string[-1] def _convert_to_full_width (self, c): '''convert half width character to full width''' if c in [u".", u"\\", u"^", u"_", u"$", u"\"", u"'", u">", u"<" ]: if c == u".": if self._prev_char and self._prev_char.isdigit () \ and self._prev_key and chr (self._prev_key.code) == self._prev_char: return u"." else: return u"\u3002" elif c == u"\\": return u"\u3001" elif c == u"^": return u"\u2026\u2026" elif c == u"_": return u"\u2014\u2014" elif c == u"$": return u"\uffe5" elif c == u"\"": self._double_quotation_state = not self._double_quotation_state if self._double_quotation_state: return u"\u201c" else: return u"\u201d" elif c == u"'": self._single_quotation_state = not self._single_quotation_state if self._single_quotation_state: return u"\u2018" else: return u"\u2019" elif c == u"<": if self._mode: return u"\u300a" elif c == u">": if self._mode: return u"\u300b" return scim.unichar_half_to_full (c) def _match_hotkey (self, key, code, mask): if key.code == code and key.mask == mask: if self._prev_key and key.code == self._prev_key.code and key.mask & KeyMask.ReleaseMask: return True if not key.mask & KeyMask.ReleaseMask: return True return False def process_key_event (self, key): '''Process Key Events Key Events include Key Press and Key Release, KeyMask means Key Pressed ''' result = self._process_key_event (key) self._prev_key = key return result def _process_key_event (self, key): '''Internal method to process key event''' # Match mode switch hotkey if not self._editor._t_chars and ( self._match_hotkey (key, KeyCode.KEY_Shift_L, KeyMask.ShiftMask + KeyMask.ReleaseMask)): self._change_mode () return True # Match full half letter mode switch hotkey if self._match_hotkey (key, KeyCode.KEY_space, KeyMask.ShiftMask): self.trigger_property ("full_letter") return True # Match full half punct mode switch hotkey if self._match_hotkey (key, KeyCode.KEY_period, KeyMask.ControlMask): self.trigger_property ("full_punct") return True # we ignore all hotkeys # if key.mask & KeyMask.AltMask: # return False # Ignore key release event # if key.mask & KeyMask.ReleaseMask: # return True if self._mode: return self._xingma_mode_process_key_event (key) else: return self._english_mode_process_key_event (key) def _english_mode_process_key_event (self, key): '''English Mode Process Key Event''' # Ignore key release event if key.mask & KeyMask.ReleaseMask: return True if key.code >= 128: return False # we ignore all hotkeys here if key.mask & KeyMask.ControlMask+KeyMask.AltMask: return False c = unichr (key.code) if ascii.ispunct (key.code): # if key code is a punctation if self._full_width_punct[self._mode]: self.commit_string (self._convert_to_full_width (c)) return True else: self.commit_string (c) return True if self._full_width_letter[self._mode]: # if key code is a letter or digit self.commit_string (self._convert_to_full_width (c)) return True else: self.commit_string (c) return True # should not reach there return False def _xingma_mode_process_key_event (self, key): '''Xingma Mode Process Key Event''' cond_letter_translate = lambda (c): \ self._convert_to_full_width (c) if self._full_width_letter [self._mode] else c cond_punct_translate = lambda (c): \ self._convert_to_full_width (c) if self._full_width_punct [self._mode] else c # We have to process the pinyin mode change key event here, # because we ignore all Release event below. if self._match_hotkey (key, KeyCode.KEY_Shift_R, KeyMask.ShiftMask + KeyMask.ReleaseMask) and self._ime_py: res = self._editor.r_shift () self._refresh_properties () self._update_ui () return res # process commit to preedit if self._match_hotkey (key, KeyCode.KEY_Shift_R, KeyMask.ShiftMask + KeyMask.ReleaseMask) or self._match_hotkey (key, KeyCode.KEY_Shift_L, KeyMask.ShiftMask + KeyMask.ReleaseMask): res = self._editor.l_shift () self._update_ui () return res # Ignore key release event now :) if key.mask & KeyMask.ReleaseMask: return True if self._editor.is_empty (): # we have not input anything if key.code <= 127 and (not key.mask & KeyMask.AltMask + KeyMask.ControlMask): if ascii.ispunct (key.code) and ( unichr(key.code) not in self._valid_input_chars ) : self.commit_string (cond_punct_translate (unichr (key.code))) return True if ascii.isdigit (key.code): self.commit_string (cond_letter_translate (unichr (key.code))) return True if key.code in (KeyCode.KEY_Return, KeyCode.KEY_KP_Enter): if self._editor.is_empty (): return False else: commit_string = self._editor.get_all_input_strings () self._editor.clear () self._update_ui () self.commit_string (commit_string) self._refresh_properties () return True elif key.code == KeyCode.KEY_Escape: if self._editor.is_empty () and (not self._editor._py_mode) : return False else: self.reset () self._update_ui () return True elif key.code in (KeyCode.KEY_Down, KeyCode.KEY_KP_Down) : res = self._editor.arrow_down () self._update_ui () return res elif key.code in (KeyCode.KEY_Up, KeyCode.KEY_KP_Up): res = self._editor.arrow_up () self._update_ui () return res elif key.code in (KeyCode.KEY_Left, KeyCode.KEY_KP_Left) and key.mask & KeyMask.ControlMask: res = self._editor.control_arrow_left () self._update_ui () return res elif key.code in (KeyCode.KEY_Right, KeyCode.KEY_KP_Right) and key.mask & KeyMask.ControlMask: res = self._editor.control_arrow_right () self._update_ui () return res elif key.code in (KeyCode.KEY_Left, KeyCode.KEY_KP_Left): res = self._editor.arrow_left () self._update_ui () return res elif key.code in (KeyCode.KEY_Right, KeyCode.KEY_KP_Right): res = self._editor.arrow_right () self._update_ui () return res elif key.code == KeyCode.KEY_BackSpace and key.mask & KeyMask.ControlMask: res = self._editor.control_backspace () self._update_ui () return res elif key.code == KeyCode.KEY_BackSpace: res = self._editor.backspace () self._update_ui () return res elif key.code in (KeyCode.KEY_Delete, KeyCode.KEY_KP_Delete) and key.mask & KeyMask.ControlMask: res = self._editor.control_delete () self._update_ui () return res elif key.code in (KeyCode.KEY_Delete, KeyCode.KEY_KP_Delete): res = self._editor.delete () self._update_ui () return res elif key.code >= KeyCode.KEY_1 and key.code <= KeyCode.KEY_9 and self._editor._candidates[0] and key.mask & KeyMask.ControlMask: res = self._editor.number (key.code - KeyCode.KEY_1) self._update_ui () return res elif key.code >= KeyCode.KEY_KP_1 and key.code <= KeyCode.KEY_KP_9 and self._editor._candidates[0] and key.mask & KeyMask.ControlMask: res = self._editor.number (key.code - KeyCode.KEY_KP_1) self._update_ui () return res elif key.code >= KeyCode.KEY_1 and key.code <= KeyCode.KEY_9 and self._editor._candidates[0] and key.mask & KeyMask.AltMask: res = self._editor.alt_number (key.code - KeyCode.KEY_1) self._update_ui () return res elif key.code >= KeyCode.KEY_KP_1 and key.code <= KeyCode.KEY_KP_9 and self._editor._candidates[0] and key.mask & KeyMask.AltMask: res = self._editor.alt_number (key.code - KeyCode.KEY_KP_1) self._update_ui () return res elif key.code in (KeyCode.KEY_KP_Space, KeyCode.KEY_space): sp_res = self._editor.space () self._update_ui () #return (KeyProcessResult,whethercommit,commitstring) if sp_res[0]: self.commit_string (sp_res[1]) self.db.check_phrase (sp_res[1]) self._refresh_properties () else: self.commit_string (cond_letter_translate (u" ")) return True # now we ignore all else hotkeys elif key.mask & KeyMask.ControlMask+KeyMask.AltMask: return False elif key.mask & KeyMask.AltMask: return False elif unichr(key.code) in self._valid_input_chars or \ ( self._editor._py_mode and \ unichr(key.code) in u'abcdefghijklmnopqrstuvwxyz' ): res = self._editor.add_input ( unichr(key.code) ) if not res: if ascii.ispunct (key.code): key_char = cond_punct_translate (unichr (key.code)) else: key_char = cond_letter_translate (unichr (key.code)) sp_res = self._editor.space () self._update_ui () #return (KeyProcessResult,whethercommit,commitstring) if sp_res[0]: self.commit_string (sp_res[1] + key_char) self.db.check_phrase (sp_res[1]) self._refresh_properties () else: self.commit_string ( key_char ) self._update_ui () return True elif key.code in (KeyCode.KEY_equal, KeyCode.KEY_Page_Down, KeyCode.KEY_KP_Page_Down) and self._editor._candidates[0]: res = self._editor.page_down() self._update_ui () return res elif key.code in (KeyCode.KEY_minus, KeyCode.KEY_Page_Up, KeyCode.KEY_KP_Page_Up) and self._editor._candidates[0]: res = self._editor.page_up () self._update_ui () return res elif key.code >= KeyCode.KEY_1 and key.code <= KeyCode.KEY_9 and self._editor._candidates[0]: res = self._editor.number (key.code - KeyCode.KEY_1) if res: commit_string = self._editor.get_preedit_strings () self._editor.clear () self.commit_string (commit_string) # modify freq info self.db.check_phrase (commit_string) self._refresh_properties () self._update_ui () return True elif key.code >= KeyCode.KEY_KP_1 and key.code <= KeyCode.KEY_KP_9 and self._editor._candidates[0]: res = self._editor.number (key.code - KeyCode.KEY_KP_1) if res: commit_string = self._editor.get_preedit_strings () self._editor.clear () self.commit_string (commit_string) self.db.check_phrase (commit_string) self._refresh_properties () self._update_ui () return res elif key.code <= 127: self._editor.commit_to_preedit () commit_string = self._editor.get_preedit_strings () self._editor.clear () self._refresh_properties () self._update_ui () if ascii.ispunct (key.code): self.commit_string ( commit_string + cond_punct_translate (unichr (key.code))) else: self.commit_string ( commit_string + cond_letter_translate (unichr (key.code))) return True return False # below for initial test def focus_in (self): self._init_properties () IMEngine.focus_in (self) self._update_ui () def focus_out (self): IMEngine.focus_out (self) def lookup_table_page_up (self): if self._editor.page_up (): self._update_lookup_table () return True IMEngine.lookup_table_page_up (self) return True def lookup_table_page_down (self): if self._editor.page_down (): self._update_lookup_table () return True IMEngine.lookup_table_page_down (self) return False def reload_config (self, config): self._lookup_table.set_page_size (XingMaEngine._page_size) self.focus_in () class Factory (IMEngineFactory): """XingMa IM Engine Factory""" def __init__ (self, config, db): import os.path import locale IMEngineFactory.__init__ (self, config) # this is the backend sql db we need for our IME # we need get lots of IME property from this db :) #self.db = XMSQLiteDB.XMSQLiteDB( name = database ) udb = os.path.basename(db).replace('.db','-user.db') self.db = XMSQLiteDB.XMSQLiteDB( name = db,user_db = udb ) self.dbname = db ulocale = locale.getdefaultlocale ()[0].lower() self.name = self.db.get_ime_property ('name.%s' % ulocale) if not self.name: self.name = _( self.db.get_ime_property ('name') ) self.uuid = self.db.get_ime_property ('uuid') self.authors = self.db.get_ime_property ('author') self.icon_file = self.db.get_ime_property ('icon') self.credits = self.db.get_ime_property ('credit') self.help = _(u"Help For Python XingMa\n\tPlease read http://code.google.com/p/scim-python/wiki/XingMaUserGuide") # init factory self._config = config self.set_languages ( self.db.get_ime_property ('languages') ) # self.reload_config (config) self.db.db.commit() def destroy (self): '''Destructor, which finish some task for IME''' # we need to sync the temp userdb in memory to the user_db on disk self.db.sync_usrdb () def create_instance (self, encoding, id): engine = XingMaEngine (self, self._config, encoding, id, self.db) return engine def reload_config (self, config): pass # XingMaEngine._page_size = \ # config.read ("/IMEngine/Python/XingMa/PageSize", 5) # if XingMaEngine._page_size < 1 or XingMaEngine._page_size > 9: # XingMaEngine._page_size = 5 # XingMaEngine._phrase_color = \ # config.read ("/IMEngine/Python/XingMa/PhraseColor", XingMaEngine._phrase_color) # XingMaEngine._new_phrase_color = \ # config.read ("/IMEngine/Python/XingMa/NewPhraseColor", XingMaEngine._new_phrase_color) # XingMaEngine._user_phrase_color = \ # config.read ("/IMEngine/Python/XingMa/UserPhraseColor", XingMaEngine._user_phrase_color)