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This library is designed to correct dates in building permit records

Project description

vos-mjjo
PyPI version

vos-mjjo is a Python port of Vos-Mjjo v1.0.4


Notable Changes

Update 0.0.9 - 2023.05

  • Add GitHub Action workflow
  • Add decision tree model to creating date_dictionary
  • Update the date_dictionary
  • Refactoring Cordate class
    • Apply naming Convention for Built-in Functions
    • Apply static type hints
    • Add module tests

Update 0.0.10 - 2023.05

  • Refactoring Cordate class
    • Add metadata-providing method
    • Add methods (look_up_one_clean, look_up_array_clean)
    • Enhance method descriptions
    • Add error handling based on method input conditions
    • Add module tests

Update 0.0.11 - 2023.05

  • Issue Update
    • By applying the zfill(8) method, the strftime method will generate a date string with 8 characters, ensuring that leading zeros are included for years below 1000

Update 0.0.12 - 2023.08

  • Version Update
    • Update the date dictionary to reflect the time reference of 2023.08

Update 0.0.13 - 2023.08

  • Built Bjd class
    • Built metadata with essential functionality
    • Developed internal functions within the class
    • Created file data for Convaddr internal functions
  • Built Convaddr class
    • Built metadata with essential functionality
    • Developed internal functions within the class
    • Add module tests

Update 1.0.0 - 2023.08

  • Update Convaddr class
    • Add method (union_similar_changed_bjd)
    • Update method (correct_changed_bjd)

Update 1.0.1 - 2023.08

  • Update Bjd file data for Convaddr internal functions
  • Structuring the Relationship Between Legal Administrative Districts
  • Built BjdObject class
    • Built metadata with essential functionality
    • Developed internal functions within the class
  • Built BjdConnector class
    • Built metadata with essential functionality
    • Developed internal functions within the class
  • Built BjdConnectorGraph class
    • Built metadata with essential functionality
    • Developed internal functions within the class
  • Built FullBjdConnector class
    • Built metadata with essential functionality
    • Developed internal functions within the class
  • Built FullBjdConnectorGraph class
    • Built metadata with essential functionality
    • Developed internal functions within the class
  • Built ConvAddrByBjdConnector class
    • Built metadata with essential functionality
    • Developed internal functions within the class
    • Created pickle file for ConvAddrByBjdConnector internal functions

Update 1.0.4 - 2023.12

  • Version Update
    • Update the date dictionary to reflect the time reference of 2023.12
    • Update Bjd file data to reflect the time reference of 2023.12

Install

pip install vos-mjjo

Usage

import mjjo

mjjo.__version__()

Output:

1.0.0

cordate.get_correct_array

from mjjo import cordate

test_date = "9990101"
# cordate.get_correct_one(date : str) -> list
cordate.get_correct_array(test_date)
# 입력된 문자열을 이용해 날짜 생성 규칙에 따라 현재 날짜까지 생성 가능한 모든 날짜를 리스트로 생성함
# 날짜 생성 규칙이란 연,월,일의 범위를 이용하는것으로 연도는 올해연도까지, 월은 1부터 12월까지, 일은 월별로 지정된 일까지
# 일반적으로 연도는 4자리, 월, 일은 2자리로 표기하지만 자리수 범위는 각 [0:4],[0:2],[0:2] 차지할 수 있음

Output:

["19990101"]
from mjjo import cordate

test_date_1 = "99990101"
cordate.get_correct_array(test_date_1)

test_date_2 = "9990101"
cordate.get_correct_array(test_date_2)

test_date_3 = "990101"
cordate.get_correct_array(test_date_3)

test_date_4 = "199901"
cordate.get_correct_array(test_date_4)

test_date_5 = "019991"
cordate.get_correct_array(test_date_5)

test_date_6 = "19991"
cordate.get_correct_array(test_date_6)

test_date_7 = "1999"
cordate.get_correct_array(test_date_7)

test_date_8 = "9901"
cordate.get_correct_array(test_date_8)

Output:

[]
["19990101"]
["19900101", "19901001", "19990101"]
["01990901", "19990101"]
["01990901", "19990101"]
["01990901", "19990101"]
["01990109", "00190909", "01990901", "19990101"]
["19900101", "00090901", "19990101"]

cordate.get_correct_one

from mjjo import cordate

test_date = "9990101"
# cordate.get_correct_one(date : str) -> str
cordate.get_correct_one(test_date)
# 입력된 문자열을 이용해 날짜 생성 규칙에 따라 현재 날짜까지 생성 가능한 모든 날짜 리스트중 가장 최신날짜를 출력
# 날짜 생성 규칙이란 연,월,일의 범위를 이용하는것으로 연도는 올해연도까지, 월은 1부터 12월까지, 일은 월별로 지정된 일까지
# 일반적으로 연도는 4자리, 월, 일은 2자리로 표기하지만 자리수 범위는 각 [0:4],[0:2],[0:2] 차지할 수 있음

Output:

"19990101"
from mjjo import cordate

test_date_1 = "99990101"
cordate.get_correct_array(test_date_1)

test_date_2 = "9990101"
cordate.get_correct_array(test_date_2)

test_date_3 = "990101"
cordate.get_correct_array(test_date_3)

test_date_4 = "199901"
cordate.get_correct_array(test_date_4)

test_date_5 = "019991"
cordate.get_correct_array(test_date_5)

test_date_6 = "19991"
cordate.get_correct_array(test_date_6)

test_date_7 = "1999"
cordate.get_correct_array(test_date_7)

test_date_8 = "9901"
cordate.get_correct_array(test_date_8)

Output:

None
"19990101"
"19990101"
"19990101"
"19990101"
"19990101"
"19990101"
"19990101"

cordate.look_up_array

from mjjo import cordate

CD = cordate.CorDate()
# CorDate 클래스 부여
CD.load_date_dictionary()
# 라이브러리 배포 폴더에 있는 date_dictionary.txt 로드
# CD.look_up_array(date : str) -> list
test_date = "99990101"
suggestions = CD.look_up_array(test_date)
# 연월일 문자열에 Symspellpy로 max_distance=2로 날짜 리스트 출력
for sugg in suggestions:
  print(sugg)
  # or print(sugg.term, sugg.distance, sugg.count)

Output:

# term, distance, count
19990101, 1, 158
19790101, 2, 2358
19690101, 2, 1243
19490101, 2, 1131
19590101, 2, 1106
19991101, 2, 1050
19920101, 2, 989
19990701, 2, 976
19990401, 2, 964
19990901, 2, 916
19990601, 2, 893
19991001, 2, 865
19930101, 2, 857
19900101, 2, 849
19910101, 2, 844
19950101, 2, 792
19890101, 2, 730
19940101, 2, 713
...

cordate.look_up_one

from mjjo import cordate

CD = cordate.CorDate()
# CorDate 클래스 부여
CD.load_date_dictionary()
# 라이브러리 배포 폴더에 있는 date_dictionary.txt 로드
# CD.look_up_one(date : str) -> str
test_date = "99990101"
suggestion = CD.look_up_one(test_date)
# 연월일 문자열에 Symspellpy로 max_distance=2로 날짜 리스트 중 가장 거리, 빈도 가까운 값 출력
print(suggestion)

Output:

# term, distance, count
19990101, 1, 158

convaddr.correct_simple_spacing

from mjjo import convaddr

CA = convaddr.ConvAddr()
# ConvAddr 클래스 부여
test_addr = "서울시 강남구  삼성동 1"
result = CA.correct_simple_spacing(addr=test_addr)
# 문자열(한글 주소) 2개 이상의 연속된 공백을 단일 공백으로 변환하여 반환
print(result)

Output:

서울시 강남구 삼성동 1

convaddr.correct_smallest_bjd_spacing

from mjjo import convaddr

CA = convaddr.ConvAddr()
# ConvAddr 클래스 부여
test_addr = "서울시 강남구 삼성동1"
result = CA.correct_smallest_bjd_spacing(addr=test_addr)
# 문자열(한글 주소) 최소 단위 법정동명("가", "동", "로", "리")과 번지 사이의 빈공백이 있을경우 공백으로 변환하여 반환
print(result)

Output:

서울시 강남구 삼성동 1

convaddr.correct_changed_bjd

from mjjo import convaddr

CA = convaddr.ConvAddr()
# ConvAddr 클래스 부여
test_addr = "강원도 춘천시 서면 현암리 1-1"
result = CA.correct_changed_bjd(addr=test_addr, is_log=False)
# 문자열(한글 주소) 변경전 법정동명이 존재하면 변경후 법정동명으로 변환하여 반환
# is_log: bool = True
# is_log == True 일 경우, 변경전 법정동명과 변경후 법정동명을 출력
print(result)

Output:

강원특별자치도 춘천시 서면 현암리 1-1

convaddr.test_correct_bjd

from mjjo import convaddr

CA = convaddr.ConvAddr()
# ConvAddr 클래스 부여
test_addr = "서울시 강남구 삼성동 1"
result = CA.test_correct_bjd(addr=test_addr, is_log=False)
# 문자열(한글 주소) correct_simple_spacing, correct_smallest_bjd_spacing, correct_changed_bjd 순차적으로 실행하여 변환값 반환
# is_log: bool = True
# is_log == True 일 경우, 변경전 법정동명과 변경후 법정동명을 출력
print(result)

Output:

서울시 강남구 삼성동 1
from mjjo import convaddr

CA = convaddr.ConvAddr()

test_addr = "강원도 춘천시 서면 현암리"
result = CA.test_correct_bjd(addr=test_addr, is_log=False)
print(result)

test_addr = "강원도 춘천시 서면 현암리 1-1"
result = CA.test_correct_bjd(addr=test_addr, is_log=False)
print(result)

test_addr = "강원도 춘천시 서면 현암리1-1"
result = CA.test_correct_bjd(addr=test_addr, is_log=False)
print(result)

test_addr = "강원도   춘천시 서면 현암리 1-1",
result = CA.test_correct_bjd(addr=test_addr, is_log=False)
print(result)

Output:

강원특별자치도 춘천시 서면 현암리
강원특별자치도 춘천시 서면 현암리 1-1
강원특별자치도 춘천시 서면 현암리 1-1
강원특별자치도 춘천시 서면 현암리 1-1

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