def test_1(self):
"""
TESTSDCharacterStringGRC.test_1
"""
dictionary = {}
reversed_dict = invertdict( dictionary )
reversed_dict2 = invertdict( reversed_dict )
self.assertEqual( reversed_dict, reversed_dict2 )
";": "?",
"!": "!",
"·": ";",
'"': '"',
"'": "'",
"—": "_",
":": ":",
"\n": "\n",
"\r": "\r",
"\t": "\t",
"‘": "<2018>",
"’": "<2019>",
"᾽": "<1FBD>",
}
LOWER_CASE_INVERSED = invertdict(LOWER_CASE, accept_duplicated_values=True)
LOWER_CASE_INVERSED["b"] = "β"
LOWER_CASE_INVERSED["s"] = "σ"
UPPER_CASE_INVERSED = invertdict(UPPER_CASE)
OTHER_SYMBOLS_INVERSED = invertdict(OTHER_SYMBOLS)
PUNCTUATION_INVERSED = invertdict(PUNCTUATION)
DIACRITICS = {
"βαρεῖα": "\\",
"ὀξεῖα": "/",
"περισπωμένη": "/\\",
"μακρόν": "_",
"βραχύ": "-",
"ψιλὸν": ")",
"δασὺ": "(",
"ὑπογεγραμμένη": "+i",
'MARK GUG RTAGS GYON' : "<",
'MARK GUG RTAGS GYAS' : ">",
'MARK ANG KHANG GYON' : "(",
'MARK ANG KHANG GYAS' : ")",
# = Sanskrit avagraha (अवग्रह) = ऽ
'MARK PALUTA' : "&",
}
DIACRITICS = {
# = Sanskrit visarga :
'SIGN RNAM BCAD' : 'H',
# = srog med = Sanskrit virama
'MARK HALANTA' : '?',
# = Sanskrit anusvara
'SIGN RJES SU NGA RO' : 'M',
# = Sanskrit candrabindu
'SIGN NYI ZLA NAA DA' : '~M`',
'SIGN SNA LDAN' : '~M',
}
CONSONANTS_INVERSED = invertdict(CONSONANTS)
VOWELS_INVERSED = invertdict(VOWELS)
OTHER_SYMBOLS_INVERSED = invertdict(OTHER_SYMBOLS)
PUNCTUATION_INVERSED = invertdict(PUNCTUATION)
DIACRITICS_INVERSED = invertdict(DIACRITICS)
' ' : ' ',
'.' : '<.>',
'\n' : '\n',
'\r' : '\r',
'\t' : '\t',
}
DIACRITICS = {
'DEVANAGARI STRESS SIGN UDATTA' : chr(0x0301),
'DEVANAGARI STRESS SIGN ANUDATTA' : chr(0x0331),
'DEVANAGARI SIGN CANDRABINDU' : 'm̐', # 006D 0310
'DEVANAGARI SIGN ANUSVARA' : 'ṁ', # 1E41
}
CONSONANTS_INVERSED = invertdict(CONSONANTS)
CONSONANTS_WITH_NUKTA_INVERSED = invertdict(CONSONANTS_WITH_NUKTA)
CONSONANTS_WITH_NUKTA_TO_CONSONANT_INVERSED = invertdict(CONSONANTS_WITH_NUKTA_TO_CONSONANT)
VOWELS_INVERSED = invertdict(VOWELS)
VOWELS_IN_HIATUS_INVERSED = invertdict(VOWELS_IN_HIATUS)
OTHER_SYMBOLS_INVERSED = invertdict(OTHER_SYMBOLS)
PUNCTUATION_INVERSED = invertdict(PUNCTUATION)
DIACRITICS_INVERSED = invertdict(DIACRITICS)
################################################################################
# transliteration's patterns :
# PATTERN is used to cut one complex characters into its elements.
# PATTERN2 is used to cut several complex characters into a list of complex characters.
################################################################################
# in order to build the pattern strings for the regexes we have to SORT the
}
# OTHER_SYMBOLS[base_char] = transliterated character
OTHER_SYMBOLS = {
'0' : '0',
'1' : '1',
'2' : '2',
'3' : '3',
'4' : '4',
'5' : '5',
'6' : '6',
'7' : '7',
'8' : '8',
'9' : '9',
}
OTHER_SYMBOLS_INVERSED = invertdict( OTHER_SYMBOLS )
# PUNCTUATION[base_char] = transliterated character
#
# ABOUT 'weird characters' : some characters are defined in this table only in order to pass tests.
PUNCTUATION = {
')' : ')',
'(' : '(',
'[' : '[',
']' : ']',
'{' : '{',
'}' : '}',
' ' : ' ',
'\n' : '\n',
'\r' : '\r',
'\t' : '\t',
# 'DIGIT HALF HEIGHT' : "\\u0F33",
# 'DIGIT HALF NINE' : "\\u0F34",
# = Sanskrit avagraha (अवग्रह) = ऽ
'MARK PALUTA' : "ऽ",
}
PUNCTUATION = {
'MARK INTERSYLLABIC TSHEG' : " ",
'MARK SHAD' : chr(0x0964), # = Sanskrit danda
}
DIACRITICS = {
'SIGN RNAM BCAD' : chr(0x0903),
'MARK HALANTA' : chr(0x094D),
'SIGN RJES SU NGA RO' : chr(0x0902),
# 'SIGN NYI ZLA NAA DA' : '???',
'SIGN SNA LDAN' : chr(0x0901),
}
CONSONANTS_INVERSED = invertdict(CONSONANTS)
DEPENDENT_VOWELS_INVERSED = invertdict(DEPENDENT_VOWELS)
INDEPENDENT_VOWELS_INVERSED = invertdict(INDEPENDENT_VOWELS)
OTHER_SYMBOLS_INVERSED = invertdict(OTHER_SYMBOLS)
PUNCTUATION_INVERSED = invertdict(PUNCTUATION)
DIACRITICS_INVERSED = invertdict(DIACRITICS)
'\n' : '\n', # (???) see above
'\r' : '\r', # (???) see above
'\t' : '\t', # (???) see above
}
DIACRITICS = {
'DEVANAGARI SIGN INVERTED CANDRABINDU' : '~.N', # (???) see above
'DEVANAGARI SIGN CANDRABINDU' : '.N',
'DEVANAGARI SIGN ANUSVARA' : 'M',
'DEVANAGARI STRESS SIGN UDATTA' : "\\'",
'DEVANAGARI STRESS SIGN ANUDATTA' : '\\_',
'DEVANAGARI GRAVE ACCENT' : "<GRAVE ACCENT>", # (???) see above
'DEVANAGARI ACUTE ACCENT' : "<ACUTE ACCENT>", # (???) see above
}
CONSONANTS_INVERSED = invertdict(CONSONANTS)
CONSONANTS_URDU_INVERSED = invertdict(CONSONANTS_URDU)
VOWELS_INVERSED = invertdict(VOWELS)
VOWELS_IN_HIATUS_INVERSED = invertdict(VOWELS_IN_HIATUS)
OTHER_SYMBOLS_INVERSED = invertdict(OTHER_SYMBOLS)
PUNCTUATION_INVERSED = invertdict(PUNCTUATION)
DIACRITICS_INVERSED = invertdict(DIACRITICS)
URDU_CONSONANT_2_CONSONANT_INVERSED = invertdict( URDU_CONSONANT_2_CONSONANT )
################################################################################
# transliteration's patterns :
# PATTERN is used to cut one complex characters into its elements.
# PATTERN2 is used to cut several complex characters into a list of complex characters.
################################################################################
# in order to build the pattern strings for the regexes we have to SORT the
' ' : ' ',
'.' : '.',
',' : ',',
';' : '?',
'!' : '!',
'·' : ';',
'"' : '"',
"'" : "'",
"—" : "_",
":" : ":",
'\n' : '\n',
'\r' : '\r',
'\t' : '\t',
}
CHOONPU_INVERSED = invertdict(CHOONPU)
HIRAGANA_INVERSED = invertdict(HIRAGANA)
HIRAGANA_DAKUTEN_INVERSED = invertdict(HIRAGANA_DAKUTEN)
HIRAGANA_HANDAKUTEN_INVERSED = invertdict(HIRAGANA_HANDAKUTEN)
KATAKANA_INVERSED = invertdict(KATAKANA)
KATAKANA_DAKUTEN_INVERSED = invertdict(KATAKANA_DAKUTEN)
KATAKANA_HANDAKUTEN_INVERSED = invertdict(KATAKANA_HANDAKUTEN)
OTHER_SYMBOLS_INVERSED = invertdict(OTHER_SYMBOLS)
PUNCTUATION_INVERSED = invertdict(PUNCTUATION)
# Be carefull : order matters, hence the use of an OrderedDict object.
COMPOSED_TRANSCRIPTIONS = OrderedDict((
("shi[-]ya" , "sha"),
("shi[-]yu" , "shu"),
("shi[-]yo" , "sho"),