def from_line(cls, line: str):
parsed = _re_Mainichi95_KEY_VAL.match(line)
if parsed:
key = jaconv.zen2han(parsed.group("key"),
kana=False,
ascii=True,
digit=True)
if key in _Mainichi95_KEY_of_hankaku_val:
val = jaconv.zen2han(
parsed.group("val"),
kana=False,
ascii=True,
digit=True,
)
else:
val = parsed.group("val")
# === END IF ===
return cls(key, val)
else:
raise ValueError
def _q(lookup, val):
key = f'{lookup}__contains'
val2 = jaconv.zen2han(val)
if val2 == val:
return Q((key, val))
return Q((key, val)) | Q((key, val2))
def main():
with open(SOURCE, 'r', encoding='utf-8') as file:
sourceFile = file.readlines()
flow = []
startStopCnt = 0
functionName = ''
for line in sourceFile:
for comment in REF_COMMENT:
if comment in line:
# Start and end index of REF_COMMENT
_, end = re.search(comment, line).span()
# description is parsed line. Everything before reference comment is removed.
# description1 converts full-widht characters to half-width if -jap argument.
# description2 creates list of strings. description1 is split at " symbol.
# description3 in final step and this string is places as label of graph node.
comm = '[' + COMMENTS[LANG] + '\n\t]'
description = re.sub(comm, '', line[end + 1:])
if JAP:
import jaconv
description1 = jaconv.zen2han(description,
ascii=True,
kana=False)
else:
description1 = description
description2 = re.split('"', description1)
if len(description2) == 1:
description3 = description2[0].replace(' ', '\n')
elif len(description2) == 0:
description3 = ''
else:
# Remove all empty strings
description2 = [x for x in description2 if x != '']
# Remove all ' ' strings (space)
description2 = [x for x in description2 if x != ' ']
if len(description2) == 1:
description3 = description2[0]
else:
# We are left with only 2 strings. We merge them an place newline in between.
description3 = description2[0] + '\n' + description2[1]
# If string has new line '\n' on last place after parsing, remove it.
if len(description3):
if description3[-1] == '\n':
description3 = description3[:-1]
dictionary = {
'comment': comment,
'level': None,
'index': None,
'shape': None,
'label': description3,
'connectWith': None
}
flow.append(dictionary)
if comment == 'fc:startStop':
startStopCnt += 1
if startStopCnt == 1:
functionName = description3.replace('\n', '_')
if startStopCnt == 2:
startStopCnt = 0
if FUNCS:
for func in FUNCS:
if func == functionName:
generateGraph(functionName, flow)
else:
generateGraph(functionName, flow)
flow = []
'ﾖ': 215,
'ﾗ': 216,
'ﾘ': 217,
'ﾙ': 218,
'ﾚ': 219,
'ﾛ': 220,
'ﾜ': 221,
'ﾝ': 222,
'ﾞ': 223,
'ﾟ': 224,
}
while True:
s = input(">")
s = jaconv.hira2kata(s)
s = jaconv.zen2han(s, ascii=True, digit=True)
print(s)
for c in s:
code = table[c] - 1
print(hex(code) + ' (' + str(code) + ')')
es = '"'
print('{ ', end='')
for c in s:
code = table[c] - 1
if code == 0xa0:
code = 0x20
print(f'0x{code:02x}' + ', ', end='')