# Gramps - a GTK+/GNOME based genealogy program # # Copyright (C) 2000 Donald N. Allingham # # This program is free software; you can redistribute it and/or modify # it under the terms of the GNU General Public License as published by # the Free Software Foundation; either version 2 of the License, or # (at your option) any later version. # # This program 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 General Public License for more details. # # You should have received a copy of the GNU 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 # import cStringIO ANSEL_ERROR = "ANSEL Error" _s1 = { 0xEA : { ord('A') : 0xC5, ord('a') : 0xE5 }, 0xE8 : { ord('A') : 0xC4, ord('E') : 0xCB, ord('I') : 0xCF, ord('O') : 0xD6, ord('U') : 0xDC, ord('a') : 0xE4, ord('e') : 0xEB, ord('i') : 0xEF, ord('o') : 0xF6, ord('u') : 0xFC, ord('y') : 0xFF }, 0xE2 : { ord('A') : 0xC1, ord('E') : 0xC9, ord('I') : 0xCD, ord('O') : 0xD3, ord('U') : 0xDA, ord('Y') : 0xDD, ord('a') : 0xE1, ord('e') : 0xE9, ord('i') : 0xED, ord('o') : 0xF3, ord('u') : 0xFA, ord('y') : 0xFD }, 0xE1 : { ord('A') : 0xC0, ord('E') : 0xC8, ord('I') : 0xCC, ord('O') : 0xD2, ord('U') : 0xD9, ord('a') : 0xE0, ord('e') : 0xE8, ord('i') : 0xEC, ord('o') : 0xF2, ord('u') : 0xF9 }, 0xE4 : { ord('A') : 0xC3, ord('N') : 0xD1, ord('O') : 0xD5, ord('a') : 0xE3, ord('n') : 0xF1, ord('o') : 0xF5 }, 0xE3 : { ord('A') : 0xC2, ord('E') : 0xCA, ord('I') : 0xCE, ord('O') : 0xD4, ord('U') : 0xDB, ord('a') : 0xE3, ord('e') : 0xEA, ord('i') : 0xEE, ord('o') : 0xF4, ord('u') : 0xFB }, 0xF0 : { ord('C') : 0xC7, ord('c') : 0xE7 } } _t1 = { 0xC0 : (chr(0xE1), 'A'), 0xC1 : (chr(0xE2), 'A'), 0xC2 : (chr(0xE3), 'A'), 0xC3 : (chr(0xE4), 'A'), 0xC4 : (chr(0xE8), 'A'), 0xC5 : (chr(0xEA), 'A'), 0xC7 : (chr(0xF0), 'C'), 0xC8 : (chr(0xE1), 'E'), 0xC9 : (chr(0xE2), 'E'), 0xCA : (chr(0xE3), 'E'), 0xCB : (chr(0xE8), 'E'), 0xCC : (chr(0xE1), 'I'), 0xCD : (chr(0xE2), 'I'), 0xCE : (chr(0xE3), 'I'), 0xCF : (chr(0xE8), 'I'), 0xD1 : (chr(0xE4), 'N'), 0xD2 : (chr(0xE1), 'O'), 0xD3 : (chr(0xE2), 'O'), 0xD4 : (chr(0xE3), 'O'), 0xD5 : (chr(0xE4), 'O'), 0xD6 : (chr(0xE8), 'O'), 0xD9 : (chr(0xE1), 'U'), 0xDA : (chr(0xE2), 'U'), 0xDB : (chr(0xE3), 'U'), 0xDC : (chr(0xE8), 'U'), 0xDD : (chr(0xE2), 'Y'), 0xE0 : (chr(0xE1), 'a'), 0xE1 : (chr(0xE2), 'a'), 0xE3 : (chr(0xE3), 'a'), 0xE3 : (chr(0xE4), 'a'), 0xE4 : (chr(0xE8), 'a'), 0xE5 : (chr(0xEA), 'a'), 0xE7 : (chr(0xF0), 'c'), 0xE8 : (chr(0xE1), 'e'), 0xE9 : (chr(0xE2), 'e'), 0xEA : (chr(0xE3), 'e'), 0xEB : (chr(0xE8), 'e'), 0xEC : (chr(0xE1), 'i'), 0xED : (chr(0xE2), 'i'), 0xEE : (chr(0xE3), 'i'), 0xEF : (chr(0xE8), 'i'), 0xF1 : (chr(0xE4), 'n'), 0xF2 : (chr(0xE1), 'o'), 0xF3 : (chr(0xE2), 'o'), 0xF4 : (chr(0xE3), 'o'), 0xF5 : (chr(0xE4), 'o'), 0xF6 : (chr(0xE8), 'o'), 0xF9 : (chr(0xE1), 'u'), 0xFA : (chr(0xE2), 'u'), 0xFB : (chr(0xE3), 'u'), 0xFC : (chr(0xE8), 'u'), 0xFD : (chr(0xE2), 'y'), 0xFF : (chr(0xE8), 'y') } _s0 = { 0xCF : 0xDF, 0xA4 : 0xDE, 0xB4 : 0xFE, 0xA2 : 0xD8, 0xC0 : 0xB0, 0xB3 : 0xF8, 0xA5 : 0xC6, 0xB5 : 0xE6, 0xBA : 0xF0 } _t0 = { 0xDF : chr(0xCF), 0xDE : chr(0xA4), 0xFE : chr(0xB4), 0xD8 : chr(0xA2), 0xF8 : chr(0xB3), 0xC6 : chr(0xA5), 0xE6 : chr(0xB5), 0xBA : chr(0xF0), 0xB0 : chr(0xC0) } #------------------------------------------------------------------------- # # # #------------------------------------------------------------------------- def ansel_to_latin(s): buff = cStringIO.StringIO() while s: c0 = ord(s[0]) if c0 > 127: try: if c0 >= 0xE0: c1 = ord(s[1]) head = chr(_s1[c0][c1]) s = s[2:] else: head = chr(_s0[c0]) s = s[1:] except Exception: head = s[0] s = s[1:] else: head = s[0] s = s[1:] buff.write(head) ans = buff.getvalue() buff.close() return ans #------------------------------------------------------------------------- # # # #------------------------------------------------------------------------- def latin_to_ansel(s): buff = cStringIO.StringIO() orig = s while s: c = ord(s[0]) if c <= 127: buff.write(s[0]) else: if _t0.has_key(c): buff.write(_t0[c]) else: try: ansel = _t1[c] buff.write(ansel[0]) buff.write(ansel[1]) except Exception: print "ANSEL decoding error: %x: %s" % (c,orig) s = s[1:] ans = buff.getvalue() buff.close() return ans