comparison.py
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import re
import time
import numpy as np
from datetime import datetime
from dateutil.relativedelta import relativedelta
from .rmb_lower import rmb_handler
# from .rmb_upper import to_rmb_upper
from pandas._libs import tslib
from pandas._libs.tslibs.nattype import NaTType
from pandas.core.indexes.datetimes import DatetimeIndex
class Comparison:
def __init__(self):
self.CSIBM = 'CSIBM'
self.CSSME = 'CSSME'
self.CSOTH = 'CSOTH'
self.SPLIT_STR = '_'
self.TYPE_MAPPING = (
(r'个体工商户', self.CSIBM),
(r'有限责任公司', self.CSSME),
(r'个人独资企业', self.CSSME),
(r'有限合伙企业', self.CSSME),
(r'股份合作制', self.CSSME),
)
self.RESULT_Y = 'Y'
self.RESULT_N = 'N'
self.RESULT_NA = 'NA'
self.TRANS_MAP = {
' ': '',
'·': '',
}
self.TRANS = str.maketrans(self.TRANS_MAP)
self.re_obj = r'[（\(].*?[\)）]'
def build_res(self, result):
if result:
return self.RESULT_Y
else:
return self.RESULT_N
def common_compare(self, input_str, ocr_str, idx, **kwargs):
if not isinstance(ocr_str, str) or not isinstance(input_str, str):
return self.RESULT_NA, ocr_str
if ocr_str == '' or ocr_str.strip() == '':
return self.RESULT_NA, None
return self.build_res(input_str == ocr_str), ocr_str
def company_compare(self, input_str, ocr_str, idx, **kwargs):
if not isinstance(ocr_str, str) or not isinstance(input_str, str):
return self.RESULT_NA, ocr_str
if ocr_str == '' or ocr_str.strip() == '':
return self.RESULT_NA, None
input_tmp = re.sub(self.re_obj, '', input_str).strip()
ocr_tmp = re.sub(self.re_obj, '', ocr_str).strip()
return self.build_res(input_tmp == ocr_tmp), ocr_str
def name_compare(self, input_str, ocr_str, idx, **kwargs):
if not isinstance(ocr_str, str) or not isinstance(input_str, str):
return self.RESULT_NA, ocr_str
if ocr_str == '' or ocr_str.strip() == '':
return self.RESULT_NA, None
if kwargs.get('is_passport'):
input_tmp = input_str.upper().replace(' ', '')
ocr_tmp = ocr_str.upper().replace(' ', '')
if input_tmp.find(ocr_tmp) == -1:
return self.RESULT_N, ocr_str
else:
return self.RESULT_Y, ocr_str
else:
# if re.search(r'[a-zA-Z]]', input_str):
# return self.RESULT_NA, ocr_str
input_s = input_str.translate(self.TRANS)
ocr_s = ocr_str.translate(self.TRANS)
return self.build_res(input_s == ocr_s), ocr_str
def date_compare(self, input_str, ocr_str, idx, **kwargs):
if not isinstance(ocr_str, str) or not isinstance(input_str, str):
return self.RESULT_NA, ocr_str
if ocr_str == '' or ocr_str.strip() == '':
return self.RESULT_NA, None
if kwargs.get('long', False):
if '长期' in ocr_str or '永久' in ocr_str:
if input_str == '2099-12-31' or input_str == '2099-01-01':
return self.RESULT_Y, '2099-12-31'
else:
return self.RESULT_N, '2099-12-31'
if kwargs.get('ocr_split', False):
if '至' in ocr_str:
ocr_str = ocr_str.split('至')[-1]
elif '-' in ocr_str:
ocr_str = ocr_str.split('-')[-1]
if kwargs.get('ocr_replace', False):
ocr_str = ocr_str.replace('年', '-').replace('月', '-').replace('日', '')
if kwargs.get('input_replace') is not None:
input_str = input_str.replace('-', kwargs.get('input_replace'))
try:
ocr_output = datetime.strptime(ocr_str, '%Y{0}%m{0}%d'.format(
kwargs.get('input_replace'))).strftime('%Y-%m-%d')
except Exception as e:
ocr_output = None
else:
try:
ocr_output = datetime.strptime(ocr_str, '%Y-%m-%d').strftime('%Y-%m-%d')
except Exception as e:
ocr_output = None
return self.build_res(input_str == ocr_str), ocr_output
def mvi_special(self, amount_lower_str, amount_upper_str, bhsj_str, zzsse_str):
# 不含税价, 增值税税额
try:
if float(amount_lower_str) != rmb_handler.to_rmb_lower(amount_upper_str):
return self.RESULT_N
except Exception:
return self.RESULT_N
else:
return self.SPLIT_STR.join([bhsj_str, zzsse_str, self.RESULT_Y])
def rmb_compare(self, input_str, ocr_str, idx, **kwargs):
if not isinstance(ocr_str, str) or not isinstance(input_str, str):
return self.RESULT_NA, None
if ocr_str == '' or ocr_str.strip() == '':
return self.RESULT_NA, None
try:
ocr_lower = rmb_handler.to_rmb_lower(ocr_str)
res = self.build_res(float(input_str) == ocr_lower)
# input_rmb_upper = to_rmb_upper(float(input_str))
# res = self.build_res(input_rmb_upper == ocr_str)
except Exception as e:
return self.RESULT_N, None
else:
if res == self.RESULT_Y:
return res, input_str
else:
return res, ocr_lower
# return res, None
def type_compare(self, input_str, ocr_str, idx, **kwargs):
if not isinstance(ocr_str, str) or not isinstance(input_str, str):
return self.RESULT_NA, ocr_str
if ocr_str == '' or ocr_str.strip() == '':
return self.RESULT_NA, None
for map_tuple in self.TYPE_MAPPING:
if re.search(map_tuple[0], ocr_str) is not None:
compare_str = map_tuple[1]
break
else:
compare_str = self.CSOTH
return self.build_res(input_str == compare_str), compare_str
def se_name_compare(self, input_str, ocr_str, **kwargs):
if kwargs.get('is_passport'):
input_tmp = input_str.upper().replace(' ', '')
ocr_tmp = ocr_str.upper().replace(' ', '')
if input_tmp.find(ocr_tmp) == -1:
return self.RESULT_N
else:
if ocr_str.strip() == '':
return self.RESULT_N
else:
return self.RESULT_Y
else:
# if re.search(r'[a-zA-Z]]', input_str):
# return self.RESULT_NA, ocr_str
input_s = input_str.translate(self.TRANS)
ocr_s = ocr_str.translate(self.TRANS)
return self.build_res(input_s == ocr_s)
def ca_name_compare(self, input_str, ocr_str, **kwargs):
if kwargs.get('is_passport'):
input_tmp = input_str.upper().replace(' ', '')
ocr_tmp = ocr_str.upper().replace(' ', '')
if input_tmp.find(ocr_tmp) == -1:
return self.RESULT_N
else:
if ocr_str.strip() == '':
return self.RESULT_N
else:
return self.RESULT_Y
else:
# if re.search(r'[a-zA-Z]]', input_str):
# return self.RESULT_NA, ocr_str
input_s = input_str.translate(self.TRANS)
ocr_s = ocr_str.translate(self.TRANS)
return self.build_res(input_s == ocr_s)
def se_common_compare(self, input_str, ocr_str, **kwargs):
if kwargs.get('remove_space', False):
input_str = input_str.replace(' ', '')
return self.build_res(input_str == ocr_str)
def ca_common_compare(self, input_str, ocr_str, **kwargs):
return self.build_res(input_str == ocr_str)
@staticmethod
def is_after_today(ocr_str):
dt_array, _ = tslib.array_to_datetime(
np.array([ocr_str, ], copy=False, dtype=np.object_),
errors="coerce",
utc=False,
dayfirst=False,
yearfirst=False,
require_iso8601=True,
)
dti = DatetimeIndex(dt_array, tz=None, name=None)
ts = dti[0]
if isinstance(ts, NaTType) or ts.date() < (datetime.today() + relativedelta(days=8)).date():
return False
else:
return True
def se_date_compare(self, input_str, ocr_str, **kwargs):
if kwargs.get('long', False):
if '长期' in ocr_str or '永久' in ocr_str or '***' in ocr_str or '至今' in ocr_str or '年—月—日' in ocr_str or '年 月 日' in ocr_str:
if kwargs.get('today', False) or input_str in ['2099-12-31', '2099-01-01', '2999-12-31', '2999-01-01']:
return self.RESULT_Y
else:
return self.RESULT_N
if kwargs.get('ocr_split', False):
if '至' in ocr_str:
ocr_str = ocr_str.split('至')[-1]
elif '-' in ocr_str:
ocr_str = ocr_str.split('-')[-1]
if kwargs.get('ocr_replace', False):
ocr_str = ocr_str.replace('年', '-').replace('月', '-').replace('日', '')
if kwargs.get('input_replace') is not None:
input_str = input_str.replace('-', kwargs.get('input_replace'))
if kwargs.get('today', False):
return self.build_res(self.is_after_today(ocr_str))
else:
return self.build_res(input_str == ocr_str)
def ca_date_compare(self, input_str, ocr_str, **kwargs):
if kwargs.get('long', False):
if '长期' in ocr_str or '永久' in ocr_str:
if input_str in ['2099-12-31', '2099-01-01']:
return self.RESULT_Y
else:
return self.RESULT_N
if kwargs.get('ocr_split', False):
if '至' in ocr_str:
ocr_str = ocr_str.split('至')[-1]
elif '-' in ocr_str:
ocr_str = ocr_str.split('-')[-1]
if kwargs.get('ocr_replace', False):
ocr_str = ocr_str.replace('年', '-').replace('月', '-').replace('日', '')
if kwargs.get('input_replace') is not None:
input_str = input_str.replace('-', kwargs.get('input_replace'))
return self.build_res(input_str == ocr_str)
def se_contain_compare(self, input_str, ocr_str, **kwargs):
if ocr_str.find(input_str) == -1:
return self.RESULT_N
else:
if ocr_str.strip() == '':
return self.RESULT_N
else:
return self.RESULT_Y
def se_contain_compare_2(self, input_str, ocr_str, **kwargs):
if input_str.find(ocr_str) == -1:
return self.RESULT_N
else:
if ocr_str.strip() == '':
return self.RESULT_N
else:
return self.RESULT_Y
def se_both_contain_compare(self, input_str, ocr_str, **kwargs):
if ocr_str.find(input_str) == -1 and input_str.find(ocr_str) == -1:
return self.RESULT_N
else:
if ocr_str.strip() == '':
return self.RESULT_N
else:
return self.RESULT_Y
def se_amount_compare(self, input_str, ocr_str, **kwargs):
if input_str == ocr_str:
return self.RESULT_Y
else:
try:
float_input = float(input_str)
float_ocr = float(ocr_str)
except Exception as e:
return self.RESULT_N
else:
return self.build_res(float_ocr == float_input)
def se_company_compare(self, input_str, ocr_str, **kwargs):
input_tmp = re.sub(self.re_obj, '', input_str).strip()
ocr_tmp = re.sub(self.re_obj, '', ocr_str).strip()
return self.build_res(input_tmp == ocr_tmp)
def ca_company_compare(self, input_str, ocr_str, **kwargs):
input_tmp = re.sub(self.re_obj, '', input_str).strip()
ocr_tmp = re.sub(self.re_obj, '', ocr_str).strip()
return self.build_res(input_tmp == ocr_tmp)
def se_rmb_compare(self, input_str, ocr_str, **kwargs):
try:
ocr_lower = rmb_handler.to_rmb_lower(ocr_str)
res = self.build_res(float(input_str) == ocr_lower)
# input_rmb_upper = to_rmb_upper(float(input_str))
# res = self.build_res(input_rmb_upper == ocr_str)
except Exception as e:
return self.RESULT_N
else:
return res
def ca_rmb_compare(self, input_str, ocr_str, **kwargs):
try:
ocr_lower = rmb_handler.to_rmb_lower(ocr_str)
res = self.build_res(float(input_str) == ocr_lower)
# input_rmb_upper = to_rmb_upper(float(input_str))
# res = self.build_res(input_rmb_upper == ocr_str)
except Exception as e:
return self.RESULT_N
else:
return res
def se_type_compare(self, input_str, ocr_str, **kwargs):
for map_tuple in self.TYPE_MAPPING:
if re.search(map_tuple[0], ocr_str) is not None:
compare_str = map_tuple[1]
break
else:
compare_str = self.CSOTH
return self.build_res(input_str == compare_str)
def ca_type_compare(self, input_str, ocr_str, **kwargs):
for map_tuple in self.TYPE_MAPPING:
if re.search(map_tuple[0], ocr_str) is not None:
compare_str = map_tuple[1]
break
else:
compare_str = self.CSOTH
return self.build_res(input_str == compare_str)
def se_date_compare_2(self, input_str, ocr_str, **kwargs):
try:
input_date = datetime.strptime(input_str, "%Y-%m-%d").date()
if kwargs.get('three_month', False):
three_month_date = (datetime.today() - relativedelta(months=3)).date()
compare_date = max(input_date, three_month_date)
else:
compare_date = input_date
ocr_date = datetime.strptime(ocr_str, "%Y-%m-%d").date()
except Exception as e:
return self.RESULT_N
else:
return self.build_res(compare_date <= ocr_date)
cp = Comparison()