def initiation(form):
'''
this function is called to initiate the programme to process all settings
'''
# retrieve settings
# =================
pyorator_str = 'pyorator'
form.settings = _read_setup_file(pyorator_str)
form.settings['exe_path'] = 'C:\\Program Files\\Microsoft Office\\root\\Office16\\EXCEL.EXE'
form.settings['studies'] = []
set_up_logging(form, pyorator_str)
return
state_to_update = match.group(1)
choice_to_expand = choice_to_expand[:match.start(
)] + choice_to_expand[match.end():]
logging.debug(f'Found state {state_to_update} to store value in.')
return choice_to_expand, state_to_update
else:
# logging.debug(f'No match')
return choice_to_expand, None
def clause_list_from_raw_clause(raw_clause):
return ['%' + clause + '%' for clause in raw_clause.split('|')]
if __name__ == '__main__':
args = set_up_logging.set_up_logging(['--dump_regexes'])
if args.dump_regexes:
for type, regex in STATE_REGEXES.items():
print(f'{type} regex: "{regex}"')
exit()
state = defaultdict(
int, {
'wealth': 10,
'money': 256,
'dogs': 1,
'cats': 3,
'fish': 12,
'name': 'Gabe'
})
# Is string
pass
logging.debug(f'Calculated value of {result} for clause {clause}.')
return result
def try_int_conversion(maybe_num):
try:
return math.floor(maybe_num)
except TypeError:
# It's a string
return maybe_num
if __name__ == '__main__':
set_up_logging.set_up_logging()
print(
calculate('10-(10+thousand*wealth)', {
'wealth': 10,
'thousand': 1000
})) # -10000
print(
calculate('1+1*2+(2*(3/3+3))/thousand', {
'wealth': 10,
'thousand': 1000
})) # 3
print(calculate('(((((((2^5)))))))', {
'wealth': 10,
'thousand': 1000
})) #32