def cparse(self, row):
# Parsing cp932.txt, in two-column format:
cp = unhex(row[0])
if cp > 32000:
return tojis0208(cp), unhex(row[1])
raise ValueError # i.e., ignore this line
def cparse(self, row):
# Parsing cp932.txt, in two-column format:
cp = unhex(row[0])
if cp > 32000:
return tojis0208(cp), unhex(row[1])
raise ValueError # i.e., ignore this line
def digest(self, src, fwd, recomp=re.compile):
"""Load the four-byte code offsets from the GB 18030 table.
"""
one = recomp('u="(....)" b="(..) (..) (..) (..)"')
many = recomp(
'<range\s+uFirst="(....)"\s+uLast="(....)"\s+bFirst="(..) (..) (..) (..)"'
)
for line in src:
bits = one.search(line)
if bits is None:
# Range of codepoints
bits = many.search(line)
if bits is None: continue
data = map(lambda i, g=bits.group: unhex(g(i)), range(1, 7))
lo, hi, data = data[0], data[1], data[2:]
else:
# Single codepoint: treat as a range of length 1
data = map(lambda i, g=bits.group: unhex(g(i)), range(1, 6))
lo = hi = data[0]
data = data[1:]
# Calculate the "seqpoint" from the GB four-byte encoding:
point = (((data[0] - 0x81) * 10 + data[1] - 0x30) * 126 + data[2] -
0x81) * 10 + data[3] - 0x30
while lo <= hi:
fwd[lo] = point
lo, point = lo + 1, point + 1
def jparse(self, row):
# Parsing jis0208.txt, in three-column format:
cp = unhex(row[0]) # or row[1] ?
if cp > 32000: # do we want this test ? or what test in its place ?
assert tojis0208(cp) == unhex(row[1])
return tojis0208(cp), unhex(row[2])
raise ValueError # i.e., ignore this line
def jparse(self, row):
# Parsing jis0208.txt, in three-column format:
cp = unhex(row[0]) # or row[1] ?
if cp > 32000: # do we want this test ? or what test in its place ?
assert tojis0208(cp) == unhex(row[1])
return tojis0208(cp), unhex(row[2])
raise ValueError # i.e., ignore this line
def parse(self, row):
if len(row) != 3: raise ValueError # not a data line
byte, uni = unhex(row[2]), unhex(row[1])
if byte == 0 or 0xe000 <= uni < 0xf900:
raise ValueError # skip this line
if 0x10000 <= uni < 0x20000 or 0x30000 <= uni:
print 'Unrecognised codepoint:', row[3], '(for %s)' % row[0]
raise ValueError # skip these, too
return uni, byte # we're actually building a reversed table !
def digest(self, src, fwd, recomp=re.compile):
filter = recomp(
'<a u="([0-9A-F]{4})" b="([0-9A-F]{2}) ([0-9A-F]{2})"/>')
for line in src:
bits = filter.search(line)
if bits is None: continue
uni = unhex(bits.group(1)) # 0x7250
if 0xe000 <= uni < 0xf900: continue
assert not (0x9fa6 <= uni <=
0xa000), 'added something to reverse table'
gbk = unhex(bits.group(2) + bits.group(3)) # a0 a3
fwd[gbk] = uni
def digest(self, src, row):
for line in src:
try:
num, lo, hi, name = tuple(map(string.strip, string.split(line, ';')))
if num: num = int(num)
else: num = 128
lo, hi = unhex(lo), unhex(hi)
# Unicode values go up to 0x10ffff, we can encode up to 0xffffff
assert lo < 0xffffff > hi
except (ValueError, IndexError, AssertionError):
print 'skipping bogus line:', line
pass
else:
row.append((num, lo, hi))
def digest(self, src, row):
for line in src:
try:
num, lo, hi, name = tuple(
map(string.strip, string.split(line, ';')))
if num: num = int(num)
else: num = 128
lo, hi = unhex(lo), unhex(hi)
# Unicode values go up to 0x10ffff, we can encode up to 0xffffff
assert lo < 0xffffff > hi
except (ValueError, IndexError, AssertionError):
print 'skipping bogus line:', line
pass
else:
row.append((num, lo, hi))
def get_kddi(src, fwd):
"""Parser for sources/kddi-emojis.html. """
issjis = createChecker('Ff', '3467', hexdigits, hexdigits)
ispua = createChecker('Ee', '45AaBb', hexdigits, hexdigits)
for row in parseHTMLtable(src):
# Consider only rows with 4 cells where cell 3 is a valid sjis
if len(row) != 4 or not issjis(row[2]):
continue
assert issjis(row[2]), 'No Shift-JIS data'
sjis = row[2][:4]
if ispua(row[3]): pua = row[3][:4]
else: assert None, 'Missing Unicode PUA data for %s' % (sjis)
cp = unhex(sjis)
if cp > 32000:
print "fwd[%s] = %s" % (tojis0208(cp), unhex(pua))
fwd[tojis0208(cp)] = unhex(pua)
def get_kddi(src, fwd):
"""Parser for sources/kddi-emojis.html. """
issjis = createChecker('Ff', '3467', hexdigits, hexdigits)
ispua = createChecker('Ee', '45AaBb', hexdigits, hexdigits)
for row in parseHTMLtable(src):
# Consider only rows with 4 cells where cell 3 is a valid sjis
if len(row) != 4 or not issjis(row[2]):
continue
assert issjis(row[2]), 'No Shift-JIS data'
sjis = row[2][:4]
if ispua(row[3]): pua = row[3][:4]
else: assert None, 'Missing Unicode PUA data for %s' % (sjis)
cp = unhex(sjis)
if cp > 32000:
print "fwd[%s] = %s" % (tojis0208(cp), unhex(pua))
fwd[tojis0208(cp)] = unhex(pua)
def get_kddi_spec_chars(src, fwd):
"""Parser for sources/kddi-spec_chars.html. """
issjis = createChecker('58Ff', '17Cc', hexdigits, hexdigits)
ispua = createChecker('2AaBb', hexdigits)
for row in parseHTMLtable(src):
# Strip leading '0x' from all cells
row = map(lambda cell: cell.lstrip('0x'), row)
# Consider only rows with at least 4 cells where cell 3 is sjis
if len(row) < 4 or not issjis(row[2]):
continue
assert issjis(row[2]), 'No Shift-JIS data'
sjis = row[2][:4]
if ispua(row[1]): pua = row[1][:4]
else: assert None, 'Missing Unicode PUA data for %s' % (sjis)
cp = unhex(sjis)
if cp > 32000:
print "fwd[%s] = %s" % (tojis0208(cp), unhex(pua))
fwd[tojis0208(cp)] = unhex(pua)
def get_kddi_spec_chars(src, fwd):
"""Parser for sources/kddi-spec_chars.html. """
issjis = createChecker('58Ff', '17Cc', hexdigits, hexdigits)
ispua = createChecker('2AaBb', hexdigits)
for row in parseHTMLtable(src):
# Strip leading '0x' from all cells
row = map(lambda cell: cell.lstrip('0x'), row)
# Consider only rows with at least 4 cells where cell 3 is sjis
if len(row) < 4 or not issjis(row[2]):
continue
assert issjis(row[2]), 'No Shift-JIS data'
sjis = row[2][:4]
if ispua(row[1]): pua = row[1][:4]
else: assert None, 'Missing Unicode PUA data for %s' % (sjis)
cp = unhex(sjis)
if cp > 32000:
print "fwd[%s] = %s" % (tojis0208(cp), unhex(pua))
fwd[tojis0208(cp)] = unhex(pua)
def get_imode(src, fwd):
"""Parser for sources/imode-emoji.html
Derived from old sources/imode-emoji-makelist.pl,
itself derived from sources by NTT DoCoMo."""
issjis = createChecker('Ff', '89', hexdigits, hexdigits)
ispua = createChecker('Ee', '67', hexdigits, hexdigits)
for row in parseHTMLtable(src):
# Consider only rows with 7 cells where cell 3 is a valid sjis
if len(row) != 7 or not issjis(row[2]):
continue
assert issjis(row[2]), 'No Shift-JIS data'
sjis = row[2][:4]
if ispua(row[3]): pua = row[3][:4]
elif ispua(row[4]): pua = row[4][:4]
else: assert None, 'Missing Unicode PUA data for %s' % (sjis)
cp = unhex(sjis)
if cp > 32000:
print "fwd[%s] = %s" % (tojis0208(cp), unhex(pua))
fwd[tojis0208(cp)] = unhex(pua)
def get_imode(src, fwd):
"""Parser for sources/imode-emoji.html
Derived from old sources/imode-emoji-makelist.pl,
itself derived from sources by NTT DoCoMo."""
issjis = createChecker('Ff', '89', hexdigits, hexdigits)
ispua = createChecker('Ee', '67', hexdigits, hexdigits)
for row in parseHTMLtable(src):
# Consider only rows with 7 cells where cell 3 is a valid sjis
if len(row) != 7 or not issjis(row[2]):
continue
assert issjis(row[2]), 'No Shift-JIS data'
sjis = row[2][:4]
if ispua(row[3]): pua = row[3][:4]
elif ispua(row[4]): pua = row[4][:4]
else: assert None, 'Missing Unicode PUA data for %s' % (sjis)
cp = unhex(sjis)
if cp > 32000:
print "fwd[%s] = %s" % (tojis0208(cp), unhex(pua))
fwd[tojis0208(cp)] = unhex(pua)
def parse(self, row):
k, v = unhex(row[0]), unhex(row[1])
if k < 0xa1: raise ValueError
if k == 0x2237: v = 0xFF5E # CORE-45158
return k, v
def parse(self, row):
return int(row[0]), unhex(row[2])
def parse(self, row):
return unhex(row[0]), unhex(row[1])
def parse(self, row):
return unhex(row[0]), unhex(row[1])
def parse(self, row):
return int(row[0]), unhex(row[2])
def parse(self, row):
big, uni = unhex(row[0]), unhex(row[1])
if uni == NON_UNICODE or big < 0xa1: raise ValueError # ignore this line
return big, uni
def parse(self, row):
if len(row) == 2 and len(row[0]) == 4 == len(row[1]):
byte, uni = unhex(row[0]), unhex(row[1])
if 0 <= byte < 0x10000: return byte, uni
raise ValueError # ignore this line
def parse(self, row):
big, uni = unhex(row[0]), unhex(row[1])
if uni == NON_UNICODE or big < 0xa1:
raise ValueError # ignore this line
return big, uni
def parse(self, row):
k, v = unhex(row[0]), unhex(row[1])
if k < 0xa1: raise ValueError
if k == 0x2237: v = 0xFF5E # CORE-45158
return k, v
