def get_id_name(c):
if c in ('_', '-', ' '):
return '_'
elif c.isalnum():
return c
elif PY3:
return unicode_name(c).title().replace(' ', '')
else:
return unicode_name(unicode(c)).title().replace(' ', '')
def symbol_to_identifier(symbol):
"""
Converts a symbol string to an identifier (only alphanumeric and '_').
"""
def get_id_name(c):
if c.isalnum() or c == '_':
return c
else:
return '%s_' % unicode_name(str(c)).title()
if symbol.isalnum():
return symbol
elif symbol in SPECIAL_SYMBOLS:
return symbol[1:-1]
elif all(c in '-_' for c in symbol):
value = '_'.join(unicode_name(str(c)).title() for c in symbol)
return value.replace(' ', '').replace('-', '')
value = symbol.replace('-', '_')
if value.isidentifier():
return value
else:
value = ''.join(get_id_name(c)
for c in symbol).replace(' ', '').replace('-', '')
return value[:-1] if value.endswith('_') else value
def random_emoji(unicode_version=6):
if unicode_version in EMOJI_RANGES_UNICODE:
emoji_ranges = EMOJI_RANGES_UNICODE[unicode_version]
else:
emoji_ranges = EMOJI_RANGES_UNICODE[-1]
# Weighted distribution
count = [ord(r[-1]) - ord(r[0]) + 1 for r in emoji_ranges]
weight_distr = list(accumulate(count))
# Get one point in the multiple ranges
point = randrange(weight_distr[-1])
# Select the correct range
emoji_range_idx = bisect(weight_distr, point)
emoji_range = emoji_ranges[emoji_range_idx]
# Calculate the index in the selected range
point_in_range = point
if emoji_range_idx is not 0:
point_in_range = point - weight_distr[emoji_range_idx - 1]
# Emoji 😄
emoji = chr(ord(emoji_range[0]) + point_in_range)
emoji_name = unicode_name(emoji, NO_NAME_ERROR).capitalize()
emoji_codepoint = "U+{}".format(hex(ord(emoji))[2:].upper())
return (emoji, emoji_codepoint, emoji_name)
# print(*random_emoji(UNICODE_VERSION), sep='\t')
def random_emoji(unicode_version=6):
if unicode_version in EMOJI_RANGES_UNICODE:
emoji_ranges = EMOJI_RANGES_UNICODE[unicode_version]
else:
emoji_ranges = EMOJI_RANGES_UNICODE[-1]
count = [ord(r[-1]) - ord(r[0]) + 1 for r in emoji_ranges]
weight_distr = list(accumulate(count))
point = randrange(weight_distr[-1])
emoji_range_idx = bisect(weight_distr, point)
emoji_range = emoji_ranges[emoji_range_idx]
point_in_range = point
if emoji_range_idx != 0:
point_in_range = point - weight_distr[emoji_range_idx - 1]
emoji = chr(ord(emoji_range[0]) + point_in_range)
emoji_name = unicode_name(emoji, NO_NAME_ERROR).capitalize()
emoji_codepoint = "U+{}".format(hex(ord(emoji))[2:].upper())
return (emoji, emoji_codepoint, emoji_name)
def get_id_name(c):
if c.isalnum() or c == '_':
return c
else:
return '%s_' % unicode_name(str(c)).title()
def ausgabe(self,text):
try:
blocks_sortiert = sorted(int(a) for a in list(self.blocks))
buchstaben_set = set(text)
buchstaben_liste = list(text)
codepoints = {}
codepoints_b = {}
for a in buchstaben_set:
codepoints.update({ord(a):a})
codepoints_b.update({a:ord(a)})
codepoints_sortiert = sorted(list(codepoints))
verwendete_Buchstaben = []
for s in codepoints_sortiert:
x = bisect_right(blocks_sortiert,s)
unr = blocks_sortiert[x-1]
verwendete_Buchstaben.append((unr,self.blocks[str(unr)],unichr(s)))
dict_gr_BS = {}
dict_auszuschliessende = {}
for z in verwendete_Buchstaben:
if u'Greek' in z[1]:
dict_gr_BS.update({z[2]:(z[1],z[0])})
elif z[0] > 256:
dict_auszuschliessende.update({z[2]:(z[1],z[0])})
verwendete = [u'A searchable unicode table can be found at: http://unicode-table.com\n',
u'An editor which is able to view all unicode signs is for example: Notepad++ \n',
u'\n',
u'%-5s %-8s %-30s %-20s \n' %(u'Sign',u'Dec',u'Unicode Block',u'Name'),
u'\n',]
zu_tauschende = {}
zu_t = []
for vw in verwendete_Buchstaben:
v1 = vw[1]
v2 = vw[2]
v3 = codepoints_b[v2]
v4 = unicode_name(v2,'not defined, search in unicode table')
if v1 == 'Control Character':
v2 = ' '
if v1 in ["Spacing Modifier Letters","Combining Diacritical Marks"]:
zu_tauschende.update({v2:v3})
zu_t.append(v2)
ausg = '%-5s %-8s %-30s %-20s \n' %(v2,v3,v1,v4)
verwendete.append(ausg)
neuer_text = []
greek = False
pu = Punctuation + ' '
pu = pu.replace('{','').replace('}','').replace('\\','')
for b in buchstaben_liste:
if b in zu_t:
b = 'XXX'+str(zu_tauschende[b])+'XXX'
if b in verbotene_Buchstaben:
b = verbotene_Buchstaben[b]
elif b == '_':
b = ' '
if b in pu:
neuer_text.append(b)
continue
elif b not in dict_gr_BS:
if greek == True:
neuer_text.append('}')
greek = False
neuer_text.append(b)
else:
if greek == False:
greek = True
neuer_text.append('\\textgreek{')
neuer_text.append(b)
else:
neuer_text.append(b)
pfad1 = self.path+'.tex'
pfad2 = self.path +'_used_letters.txt'
text_ver = ''.join(verwendete)
self.speicher(text_ver,'w',pfad2)
self.speicher(neuer_text,'w',pfad1)
except:
log(inspect.stack,tb())
