269 lines
13 KiB
Python
269 lines
13 KiB
Python
from lxml import etree
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from difflib import SequenceMatcher
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import openpyxl
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import os
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import datetime
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class xlsx_filer():
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def save_file(self):
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if os.path.isfile(self.path):
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try:
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self.workbook.save(self.path)
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except PermissionError:
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return False
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else:
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current_datetime = datetime.datetime.now().strftime("%Y-%m-%d_%H-%M-%S")
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file_name = f"/xml_{current_datetime}.xlsx"
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self.workbook.save(self.path + file_name)
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self.workbook.close()
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def update_data(self):
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self.sheet.cell(row=1, column=1).value = "№ п/п"
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self.sheet.cell(row=1, column=2).value = "Раздел КПТР"
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self.sheet.cell(row=1, column=3).value = "Кадастровый номер"
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self.sheet.cell(row=1, column=4).value = "Кадастровый квартал"
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self.sheet.cell(row=1, column=5).value = "Вид объекта"
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self.sheet.cell(row=1, column=6).value = "Площадь ЗУ"
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self.sheet.cell(row=1, column=7).value = "Погрешность определения площади"
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self.sheet.cell(row=1, column=8).value = "Наличие координат"
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self.sheet.cell(row=1, column=9).value = "Пояснения"
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row = self.sheet.max_row+1
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for object in self.data:
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self.sheet.cell(row=row, column=1).value = row-1
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self.sheet.cell(row=row, column=2).value = object.section_KPTR
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self.sheet.cell(row=row, column=3).value = object.cadastral_number
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self.sheet.cell(row=row, column=4).value = object.cadastral_quarter
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self.sheet.cell(row=row, column=5).value = object.object_type
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self.sheet.cell(row=row, column=6).value = object.land_plot_area
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self.sheet.cell(row=row, column=7).value = object.error_in_determining_area
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self.sheet.cell(row=row, column=8).value = object.availability_coordinates
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self.sheet.cell(row=row, column=9).value = object.explanations
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row += 1
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def __init__(self,data=[], path=""):
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self.data = data
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self.path = path
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if os.path.isdir(path):
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self.workbook = openpyxl.Workbook()
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self.sheet = self.workbook.create_sheet("Новый лист")
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class Data_farame():
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def __init__(self,section_KPTR,cadastral_number,cadastral_quarter,object_type,land_plot_area,error_in_determining_area,availability_coordinates,explanations):
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self.section_KPTR = section_KPTR #Раздел КПТР
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self.cadastral_number = cadastral_number #Кадастровый номер
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self.cadastral_quarter = cadastral_quarter #Кадастровый квартал
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self.object_type = object_type #Вид объекта
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self.land_plot_area = land_plot_area #Площадь ЗУ
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self.error_in_determining_area = error_in_determining_area #Погрешность определения площади
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self.availability_coordinates = availability_coordinates #наличие координат
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self.explanations = explanations #Пояснения
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class super_visor():
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def find_best_match(self,input_str: str) -> str:
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keywords = {
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"FormParcels":"Образование ЗУ",
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"SpecifyParcels":"Уточнение ЗУ",
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"CadastralErrorsParcels":"Исправление ЗУ",
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"ExistObjectsRealty":"Уточнение ОКС",
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"CadastralErrorsOKS":"Исправление ОКС"
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}
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# Сравниваем коэффициент схожести (0.0 - 1.0) строки с каждым ключевым словом
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best_match = max(keywords, key=lambda word: SequenceMatcher(None, input_str, word.lower()).ratio())
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return keywords[best_match]
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def chec_kad_number(self,atrebut):
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if '@attributes' in atrebut:
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if 'CadastralNumber' in atrebut['@attributes']:
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return atrebut['@attributes']['CadastralNumber']
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if 'Definition' in atrebut['@attributes']:
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return atrebut['@attributes']['Definition']
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if 'CadastralNumber' in atrebut:
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if '#text' in atrebut['CadastralNumber'][0]:
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return atrebut['CadastralNumber'][0]['#text']
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return "нет"
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def get_cad_block(self,cad_block):
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temp = ""
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for item in cad_block:
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temp += f"{item['#text']}, "
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return temp
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def chec_cad_block(self, atrebut):
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if 'CadastralBlocks' in atrebut:
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if 'CadastralBlock' in atrebut['CadastralBlocks'][0]:
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return self.get_cad_block(atrebut['CadastralBlocks'][0]['CadastralBlock'])
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if 'CadastralBlock' in atrebut:
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return atrebut['CadastralBlock'][0]['#text']
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return "нет"
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def get_object_type(self,type:str):
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if type == "002001002000":
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return "Здание"
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if type == "002001004000":
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return "Сооружение"
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if type == "002001005000":
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return "Объект"
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def chec_object_type(self, atrebut):
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if 'ObjectType' in atrebut:
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return self.get_object_type(atrebut['ObjectType'][0]['#text'])
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return "зу"
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def chec_area(self,atrebut):
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if "Area" in atrebut:
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if "Area" in atrebut['Area'][0]:
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if '#text' in atrebut['Area'][0]['Area'][0]:
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return atrebut['Area'][0]['Area'][0]['#text']
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return "нет"
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def chec_inaccuracy(self, atrebut):
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if "Area" in atrebut:
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if "Inaccuracy" in atrebut['Area'][0]:
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if '#text' in atrebut['Area'][0]['Inaccuracy'][0]:
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return atrebut['Area'][0]['Inaccuracy'][0]['#text']
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return "нет"
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def chec_koordinat(self,atrebut):
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if 'EntitySpatial' in atrebut:
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if 'SpatialElement' in atrebut['EntitySpatial'][0]:
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return "да"
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else:
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return "нет"
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else:
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return "нет"
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def chec_explanations(self,atrebut):
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if 'Explanations' in atrebut:
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return atrebut['Explanations'][0]['#text']
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if 'Explanation' in atrebut:
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return atrebut['Explanation'][0]['#text']
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return "нет"
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def chec_object(self, atrebut):
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if '@attributes' in atrebut:
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if 'CadastralNumber' in atrebut['@attributes']:
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return True
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if 'Definition' in atrebut['@attributes']:
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return True
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if 'CadastralNumber' in atrebut:
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if '#text' in atrebut['CadastralNumber'][0]:
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return True
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return False
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def return_data(self):
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return self.data
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def __init__(self, xml):
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self.data = []
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i = 0
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for section_name, section_data in xml.get('Package', [{}])[0].items():
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for group in section_data:
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if isinstance(group, dict):
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for item_type, item_list in group.items():
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for obj in item_list:
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if isinstance(obj, dict):
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if self.chec_object(obj):
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self.data.append(
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Data_farame(
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section_KPTR=self.find_best_match(section_name),
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cadastral_number=self.chec_kad_number(obj),
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cadastral_quarter=self.chec_cad_block(obj),
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object_type=self.chec_object_type(obj),
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land_plot_area=self.chec_area(obj),
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error_in_determining_area=self.chec_inaccuracy(obj),
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availability_coordinates=self.chec_koordinat(obj),
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explanations=self.chec_explanations(obj)
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)
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)
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i += 1
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if i == 785:
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pass
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else:
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for inner_key, inner_items in obj.items():
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for real_obj in inner_items:
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if isinstance(real_obj, dict):
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if self.chec_object(real_obj):
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self.data.append(
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Data_farame(
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section_KPTR=self.find_best_match(section_name),
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cadastral_number=self.chec_kad_number(real_obj),
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cadastral_quarter=self.chec_cad_block(real_obj),
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object_type=self.chec_object_type(real_obj),
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land_plot_area=self.chec_area(real_obj),
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error_in_determining_area=self.chec_inaccuracy(real_obj),
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availability_coordinates=self.chec_koordinat(real_obj),
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explanations=self.chec_explanations(real_obj)
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)
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)
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else:
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for inner_key, inner_items in obj.items():
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for real_obj_real in inner_items:
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for real_wtf in real_obj_real:
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test_item = real_obj_real[real_wtf][0]
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if self.chec_object(test_item):
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self.data.append(
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Data_farame(
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section_KPTR=self.find_best_match(real_wtf),
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cadastral_number=self.chec_kad_number(test_item),
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cadastral_quarter=self.chec_cad_block(test_item),
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object_type=self.chec_object_type(test_item),
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land_plot_area=self.chec_area(test_item),
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error_in_determining_area=self.chec_inaccuracy(test_item),
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availability_coordinates=self.chec_koordinat(test_item),
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explanations=self.chec_explanations(test_item)
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)
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)
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i += 1
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if i == 785:
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pass
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pass
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class Parser():
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def lxml_to_dict(self, element):
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result = {}
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# Обрабатываем атрибуты (если есть)
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if element.attrib:
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result["@attributes"] = element.attrib
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# Обрабатываем текстовое содержимое (если есть)
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if element.text and element.text.strip():
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result["#text"] = element.text.strip()
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# Группируем все дочерние элементы в списки
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children_by_tag = {}
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for child in element:
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child_tag = child.tag
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if child_tag not in children_by_tag:
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children_by_tag[child_tag] = []
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children_by_tag[child_tag].append(self.lxml_to_dict(child))
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# Добавляем в результат (всегда списками)
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for tag, children in children_by_tag.items():
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result[tag] = children # Всегда массив, даже если элемент один
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return result
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def __init__(self, dir_xml=[], save_dir=""):
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xlsx_file = xlsx_filer(path=save_dir)
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for item in dir_xml:
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tree = etree.parse(item)
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temp = self.lxml_to_dict(tree.getroot())
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new_data = super_visor(temp)
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xlsx_file.data = new_data.return_data()
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xlsx_file.path = save_dir
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xlsx_file.update_data()
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xlsx_file.save_file()
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