def get_as_dict(self):
"""
Return model settings as a dictionary.
"""
settings = {'model': self.model,
'exp_segments': self.exp_segments,
'exp_max_segments': self.exp_max_segments,
'pow_proximal_limit': self.pow_proximal_limit,
'pow_distal_limit': self.pow_distal_limit,
'wei_number_of_runs': self.wei_number_of_runs,
'wei_iterations_per_run': self.wei_iterations_per_run,
'wei_lambda_lower_bound': self.wei_lambda_lower_bound,
'wei_lambda_upper_bound': self.wei_lambda_upper_bound,
'wei_k_lower_bound': self.wei_k_lower_bound,
'wei_k_upper_bound': self.wei_k_upper_bound}
settings_used_by_models = {'exponential': ['exp_segments',
'exp_max_segments'],
'power_law': ['pow_proximal_limit',
'pow_distal_limit'],
'weibull': ['wei_lambda_upper_bound',
'wei_lambda_upper_bound',
'wei_k_upper_bound',
'wei_k_upper_bound']}
# Drop unused settings
settings_used = settings_used_by_models[self.model]
all_settings = settings.keys()
settings_to_drop = [s for s in all_settings if s not in settings_used]
for setting in settings_to_drop:
settings.pop(setting)
return settings
def get_as_dict(self):
"""
Return model settings as a dictionary.
"""
settings = {
'model': self.model,
'exp_segments': self.exp_segments,
'exp_max_segments': self.exp_max_segments,
'pow_proximal_limit': self.pow_proximal_limit,
'pow_distal_limit': self.pow_distal_limit,
'wei_number_of_runs': self.wei_number_of_runs,
'wei_iterations_per_run': self.wei_iterations_per_run,
'wei_lambda_lower_bound': self.wei_lambda_lower_bound,
'wei_lambda_upper_bound': self.wei_lambda_upper_bound,
'wei_k_lower_bound': self.wei_k_lower_bound,
'wei_k_upper_bound': self.wei_k_upper_bound
}
settings_used_by_models = {
'exponential': ['exp_segments', 'exp_max_segments'],
'power_law': ['pow_proximal_limit', 'pow_distal_limit'],
'weibull': [
'wei_lambda_upper_bound', 'wei_lambda_upper_bound',
'wei_k_upper_bound', 'wei_k_upper_bound'
]
}
# Drop unused settings
settings_used = settings_used_by_models[self.model]
all_settings = settings.keys()
settings_to_drop = [s for s in all_settings if s not in settings_used]
for setting in settings_to_drop:
settings.pop(setting)
return settings
def compare():
import settings
settings = settings.settings("packages.json")
print(settings)
for key in commands.keys():
if key not in settings.keys():
print(key)
def info(argdict: dict, args: list):
parsedict = {}
msg = argdict[commands.Locals.message]
if args == None:
embed = Embed(title="Information about all commands.", color=0x5a5ec9)
for module in settings.keys():
sub = settings.get(module).get("category")
parsedict.update({sub: [module]}) if parsedict.get(
sub) == None else parsedict.get(sub).append(module)
for cat in parsedict.keys():
embed.add_field(name=cat.upper(),
value=MyStrJoin(parsedict.get(cat)),
inline=False)
embed.set_footer(icon_url=msg.author.avatar_url,
text=msg.author.name + '#' + msg.author.discriminator)
return embed
else:
module = args[0]
sub = settings.get(module)
if sub != None:
embed = Embed(title="Information about command %s" %
module.capitalize(),
color=0x5a5ec9)
for k in sub.keys():
embed.add_field(name=k.upper(),
value="``%s``" % sub.get(k),
inline=False)
embed.set_footer(icon_url=msg.author.avatar_url,
text=msg.author.name + '#' +
msg.author.discriminator)
return embed
else:
return "No information about command founded."
class AuthSingletonStack:
__keys__ = settings.keys()
@staticmethod
def pop():
return AuthSingletonStack.__keys__.pop()
@staticmethod
def is_empty():
return len(AuthSingletonStack.__keys__) == 0
@staticmethod
def __reset__():
AuthSingletonStack.__keys__ = settings.keys()
async def set_settings(settings: Dict[str, Tuple[object, datetime]]) -> bool:
__log_db_function_enter('set_settings', settings=settings)
utc_now = util.get_utcnow()
if settings:
query_lines = []
args = []
success = True
current_settings = await get_settings(settings.keys())
for setting_name, (value, modified_at) in settings.items():
query = ''
column_name = None
if isinstance(value, bool):
column_name = 'settingboolean'
value = util.db_convert_boolean(value)
elif isinstance(value, int):
column_name = 'settingint'
elif isinstance(value, float):
column_name = 'settingfloat'
elif isinstance(value, datetime):
column_name = 'settingtimestamptz'
value = util.db_convert_timestamp(value)
else:
column_name = 'settingtext'
value = util.db_convert_text(value)
current_value, db_modify_date = current_settings[setting_name]
modify_date = db_modify_date or utc_now
setting_name = util.db_convert_text(setting_name)
if current_value is None and db_modify_date is None:
query = f'INSERT INTO settings ({column_name}, modifydate, settingname) VALUES ({value}, \'{modified_at}\', {setting_name});'
elif current_value != value:
query = f'UPDATE settings SET {column_name} = {value}, modifydate = \'{modified_at}\' WHERE settingname = {setting_name};'
if query:
query_lines.append(query)
args.extend([value, modified_at, setting_name])
success = not query_lines or await try_execute('\n'.join(query_lines))
if success:
__settings_cache.update(settings)
return success
else:
return True
def configure(self, settings):
"""Configure engine with settings."""
for k in settings.keys():
if hasattr(self, k) and callable(getattr(self,k)):
getattr(self,k)(settings[k])
def _db_reset_server_setting(guild_id: int, settings: dict) -> bool:
where = util.db_get_where_string('guildid', guild_id, is_text_type=True)
set_string = ', '.join([f'{key} = NULL' for key in settings.keys()])
query = f'UPDATE serversettings SET {set_string} WHERE {where}'
success = core.db_try_execute(query)
return success
def __reset__():
AuthSingletonStack.__keys__ = settings.keys()
def configure(self, settings):
"""Configure engine with settings."""
for k in settings.keys():
if hasattr(self, k) and callable(getattr(self, k)):
getattr(self, k)(settings[k])
