CHARACTERS = (
    # U+00E6 (Latin small letter AE): Encodable to cp1252, cp1254, cp1257, iso-8859-1
    '\u00E6',
    # U+0141 (Latin capital letter L with stroke): Encodable to cp1250, cp1257
    '\u0141',
    # U+041A (Cyrillic capital letter KA): Encodable to cp932, cp950, cp1251
    '\u041A',
    # U+05D0 (Hebrew Letter Alef): Encodable to cp424, cp1255
    '\u05D0',
    # U+06A9 (Arabic letter KEHEH): Encodable to cp1256
    '\u06A9',
    # U+03A9 (Greek capital letter OMEGA): Encodable to cp932, cp950, cp1253
    '\u03A9',
    # U+0E01 (Thai character KO KAI): Encodable to cp874
    '\u0E01',
)

CODE_PAGES = (424, 874, 932, 950) + tuple(range(1250, 1257+1))
LOCALE_ENCODINGS = ['iso-8859-1'] #, 'utf8']

def is_encodable(character, encoding, errors):
    try:
        encoded = character.encode(encoding, errors)
        decoded = encoded.decode(encoding, errors)
    except UnicodeError:
        return False
    else:
        return True

def check_encoding(encoding, errors):
    for character in CHARACTERS:
        if is_encodable(character, encoding, errors):
            return
    print("No character for encoding %s:%s :-(" % (encoding, errors))

for code_page in CODE_PAGES:
    check_encoding('cp%s' % code_page, 'strict')
for encoding in LOCALE_ENCODINGS:
    check_encoding(encoding, 'surrogateescape')

for character in CHARACTERS:
    encodings = []
    for code_page in CODE_PAGES:
        encoding = 'cp%s' % code_page
        if is_encodable(character, encoding, 'strict'):
            encodings.append(encoding)
    for encoding in LOCALE_ENCODINGS:
        if is_encodable(character, encoding, 'surrogateescape'):
            encodings.append(encoding)
    print("U+%04X: Encodable to %s" % (ord(character), ', '.join(encodings)))