1 # coding:utf-8
   2 
   3 UUNIT=[u'', u'十' , u'百' , u'千']
   4 BUINT = [u'', u'万', u'亿', u'万亿' , u'亿亿']
   5 NUM=[u'零',u'一',u'二', u'三', u'四', u'五' , u'六', u'七', u'八', u'九']
   6 
   7 def conv4(num, flag=False):
   8    ret = u''
   9    s = str(num)
  10    l = len(s)
  11    assert(len(s) <= 4)
  12    if flag and len(s)<4:
  13       ret = ret + NUM[0]
  14    for i in xrange(l):
  15       if s[i] != '0':
  16          ret = ret + NUM[int(s[i])]+UUNIT[l-i-1]
  17       elif s[i-1] != '0':
  18          ret = ret + NUM[0]
  19    return ret
  20 
  21 def conv(num):
  22    ss = str(num)
  23    l = len(ss)
  24    j = l / 4
  25    jj = l % 4
  26    lss = [ss[0:jj] for i in [1] if ss[0:jj]] \
       + [ss[i*4+jj:(i+1)*4+jj] for i in xrange(j) if ss[i*4+jj:(i+1)*4+jj] ]
  27    print lss
  28    ul = len(lss)
  29    ret = u''
  30    zflag = False
  31    for i in xrange(ul):
  32       bu = BUINT[ul-i-1]
  33       tret = conv4(int(lss[i]), flag = i)
  34       if tret[-1:] == NUM[0]:
  35          tret = tret[:-1]
  36       if tret:
  37          print zflag , (tret+bu).encode('mbcs')
  38          if zflag and tret[0] != NUM[0] :
  39             ret = ret + NUM[0] +tret+bu
  40          else:
  41             ret = ret + tret+bu
  42          zflag = False
  43       else:
  44          zflag = True
  45    return ret
  46 
  47 if __name__ == '__main__':
  48    #print conv(11111)
  49    print conv(103056).encode('mbcs')
  50    print conv(101000).encode('mbcs')
  51    print conv(1200999100000000010).encode('mbcs')