def get_ssr_conf(ssr_conf_path: str) -> Dict:
_ssr_conf: Dict = utils.parse_json(ssr_conf_path)
if not _ssr_conf:
exit.error('Require ssr-config.')
# -- check params --
port = _ssr_conf.get('server_port')
if port is None:
exit.error('Require \'server_port\'.')
if type(port) != int or port <= 0:
exit.error('Illegal \'server_port\'.')
password = _ssr_conf.get('password')
if common.is_blank(password):
exit.error('Require \'password\'.')
method = _ssr_conf.get('method')
if common.is_blank(method):
exit.error('Require \'method\'.')
if not encrypt.is_supported(method):
exit.error(f'Not supported method [{method}]')
protocol = _ssr_conf.get('protocol')
if common.is_blank(protocol):
exit.error('Require \'protocol\'.')
obfs = _ssr_conf.get('obfs')
if common.is_blank(obfs):
exit.error('Require \'obfs\'.')
# -- default params --
_ssr_conf['server'] = '::'
_ssr_conf['password'] = common.to_bytes(_ssr_conf['password'])
_ssr_conf['protocol_param'] = _ssr_conf.get('protocol_param', '')
_ssr_conf['obfs_param'] = _ssr_conf.get('obfs_param', '')
# process default data
try:
_ssr_conf['forbidden_ip'] = \
common.IPNetwork(_ssr_conf.get('forbidden_ip', '127.0.0.0/8,::1/128'))
except Exception as e:
exit.error('error configuration \'forbidden_ip\'.')
try:
_ssr_conf['forbidden_port'] = common.PortRange(
_ssr_conf.get('forbidden_port', ''))
except Exception as e:
exit.error('error configuration \'forbidden_port\'.')
try:
_ssr_conf['ignore_bind'] = \
common.IPNetwork(_ssr_conf.get('ignore_bind', '127.0.0.0/8,::1/128,10.0.0.0/8,192.168.0.0/16'))
except Exception as e:
exit.error('error configuration \'ignore_bind\'.')
return _ssr_conf
def load_workbook(wb):
global sheet_dict, company_type
sheet = wb.sheet_by_index(SHEET_NUMBER)
nrows = sheet.nrows
for i in range(STARTING_ROW, nrows):
if company_type != "" and (not common.is_blank(sheet.cell(
i, 0))) and (not is_bold(sheet.cell(i, 1)) and
(not common.is_blank(sheet.cell(i, 1)))):
for k in fields_dictionary.keys():
sheet_dict[fields_dictionary[k]].append(
sheet.cell(i,
int(k) - 1).value)
sheet_dict['company_type'].append(company_type)
elif is_bold(sheet.cell(
i, 1)) or ("господарські" in sheet.cell(i, 1).value
and "товариства" in sheet.cell(i, 1).value) or (
"державн" in sheet.cell(i, 1).value
and "підприємств" in sheet.cell(i, 1).value):
company_type = common.refine_company_type(sheet.cell(i, 1).value)
def load_workbook(wb):
global sheet_dict, company_type
sheet = wb.sheet_by_index(SHEET_NUMBER)
nrows = sheet.nrows
for i in range(STARTING_ROW, nrows):
if (not is_bold(sheet.cell(i, 1)) and (not common.is_blank(sheet.cell(i, 1)))) and (not common.is_blank(sheet.cell(i,0))):
for k in fields_dictionary.keys():
sheet_dict[fields_dictionary[k]].append(sheet.cell(i, int(k) - 1).value)
sheet_dict['final_assessment'].append(final_mark([sheet.cell(i,30).value, sheet.cell(i,31).value, sheet.cell(i,32).value]))
sheet_dict['company_type'].append(company_type)
elif is_bold(sheet.cell(i, 1)) or ("господарські" in sheet.cell(i,1).value and "товариства" in sheet.cell(i,1).value):
company_type = common.refine_company_type(sheet.cell(i, 1).value)
def is_company_type(cell):
if common.is_blank(cell):
return False
elif isinstance(cell.value, str) and "." in cell.value:
return False
elif isinstance(cell.value, str) and not ("." in cell.value):
return True
elif isinstance(cell.value, float) and int(cell.value) == cell.value:
return True
elif isinstance(cell.value, float) and int(cell.value) != cell.value:
return False
elif isinstance(cell.value, int):
return True
def load_workbook(wb):
global sheet_dict, company_type
sheet = wb.sheet_by_index(SHEET_NUMBER)
nrows = sheet.nrows
for i in range(STARTING_ROW, nrows):
if (not (common.is_blank(sheet.cell(i, 0)))) and (not is_company_type(
sheet.cell(i, 0))):
for k in fields_dictionary.keys():
sheet_dict[fields_dictionary[k]].append(
sheet.cell(i,
int(k) - 1).value)
sheet_dict['company_type'].append(company_type)
elif is_company_type(sheet.cell(i, 0)):
company_type = common.refine_company_type(sheet.cell(i, 1).value)
def load_workbook(wb):
global sheet_dict
sheet = wb.sheet_by_index(SHEET_NUMBER)
nrows = sheet.nrows
lessor = ''
for i in range(STARTING_ROW, nrows):
if not (common.is_blank(sheet.cell(i, 0))):
if int(float(sheet.cell(i, 0).value)) != float(
sheet.cell(i, 0).value):
for k in fields_dictionary.keys():
sheet_dict[fields_dictionary[k]].append(
remove_x(sheet.cell(i,
int(k) - 1).value))
sheet_dict["lessor"].append(lessor)
else:
lessor = get_lessor(sheet.cell(i, 1).value)
def check_file_path(file: str):
if is_blank(file):
exit.error(f'Blank file path. [arg -> {file}]')
if not os.path.exists(file):
exit.error('Not found file.')
def ignore_whitespace(self):
while not self._scanner.eof() and common.is_blank(self.peek()):
if self.peek() == '\t':
self.fail('no-tabs-allowed')
self.next()