def get_admin1_id(self, place: Loc):
"""Search for Admin1 entry"""
lookup_target = place.admin1_name
if len(lookup_target) == 0:
return
# Try each query until we find a match - each query gets less exact
query_list = [
Query(where="name = ? AND country = ? AND f_code = ? ",
args=(lookup_target, place.country_iso, 'ADM1'),
result=Result.STRONG_MATCH),
Query(where="name LIKE ? AND country = ? AND f_code = ?",
args=(lookup_target, place.country_iso, 'ADM1'),
result=Result.WILDCARD_MATCH),
Query(where="name = ? AND f_code = ?",
args=(lookup_target, 'ADM1'),
result=Result.SOUNDEX_MATCH)
]
row_list, res = self.db.process_query_list(from_tbl='main.admin',
query_list=query_list)
if len(row_list) > 0:
place.admin1_id = row_list[0][Entry.ADM1]
# Fill in Country ISO
if place.country_iso == '':
place.country_iso = row_list[0][Entry.ISO]
def run_test3() -> int:
"""
:param title:
:param inp:
:param res:
:param feat:
:return:
"""
title = TestScoring.test_values[TestScoring.test_idx][0]
inp = TestScoring.test_values[TestScoring.test_idx][0]
res = TestScoring.test_values[TestScoring.test_idx][1]
feat = TestScoring.test_values[TestScoring.test_idx][2]
in_place = Loc.Loc()
in_place.original_entry = inp
in_place.parse_place(inp, geo_files=TestScoring.geodata.geo_files)
if in_place.country_name == '' and in_place.country_iso != '':
in_place.country_name = TestScoring.geodata.geo_files.geodb.get_country_name(
in_place.country_iso)
res_place = Loc.Loc()
res_place.original_entry = res
res_place.parse_place(place_name=res,
geo_files=TestScoring.geodata.geo_files)
res_place.feature = feat
if res_place.country_name == '' and res_place.country_iso != '':
res_place.country_name = TestScoring.geodata.geo_files.geodb.get_country_name(
res_place.country_iso)
score = TestScoring.scoring.match_score(in_place, res_place)
print(
f'{score:.1f} [{in_place.original_entry.title()}] [{res_place.get_five_part_title()}]'
)
return score
def country_is_valid(self, place: Loc) -> bool:
# See if COUNTRY is present and is in the supported country list
if place.country_iso == '':
place.result_type = GeoKeys.Result.NO_COUNTRY
is_valid = False
elif place.country_iso not in self.geo_files.supported_countries_dct:
self.logger.debug(f'[{place.country_iso}] not supported')
place.result_type = GeoKeys.Result.NOT_SUPPORTED
place.place_type = Loc.PlaceType.COUNTRY
place.target = place.country_name
is_valid = False
else:
is_valid = True
return is_valid
def get_admin2_name(self, place: Loc) -> str:
"""Search for Admin1 entry"""
lookup_target = place.admin2_id
if len(lookup_target) == 0:
return ''
# Try each query until we find a match - each query gets less exact
query_list = [
Query(where="admin2_id = ? AND country = ? AND admin1_id = ?",
args=(lookup_target, place.country_iso, place.admin1_id),
result=Result.STRONG_MATCH),
Query(where="admin2_id = ? AND country = ?",
args=(lookup_target, place.country_iso),
result=Result.PARTIAL_MATCH)
]
row_list, res = self.db.process_query_list(from_tbl='main.admin',
query_list=query_list)
if len(row_list) > 0:
row = row_list[0]
place.admin2_name = row[Entry.NAME]
# self.logger.debug(f'adm2 nm = {place.admin2_name}')
return place.admin2_name
else:
return ''
def load_handler(self):
"""
User pressed LOAD button to load an Ancestry file. Switch app display to the Review Widgets
Load in file name and
loop through file and find every PLACE entry and verify the entry against the geoname data
"""
self.w.original_entry.set_text("")
self.w.remove_initialization_widgets() # Remove old widgets
self.w.create_review_widgets(
) # Switch display from Initial widgets to main review widgets
self.load_data()
ged_path = self.cfg.get(
"gedcom_path") # Get saved config setting for file
# Load appropriate handler based on file type
if ged_path is not None:
if '.ged' in ged_path:
self.out_suffix = "import.ged"
self.ancestry_file_handler = Gedcom.Gedcom(
in_path=ged_path,
out_suffix=temp_suffix,
cache_d=self.cache_dir,
progress=None,
geodata=self.geodata
) # Routines to open and parse GEDCOM file
elif '.gramps' in ged_path:
self.out_suffix = "import.gramps"
# self.out_suffix = "csv"
self.ancestry_file_handler = GrampsXml.GrampsXml(
in_path=ged_path,
out_suffix=temp_suffix,
cache_d=self.cache_dir,
progress=None,
geodata=self.geodata
) # Routines to open and parse Gramps file
else:
self.out_suffix = 'unk.new.ged'
messagebox.showwarning(
f'UNKNOWN File type. Not .gramps and not .ged. \n\n{ged_path}')
self.out_diag_file = open(ged_path + '.output.txt', 'w')
self.in_diag_file = open(ged_path + '.input.txt', 'w')
if self.ancestry_file_handler.error:
TKHelper.fatal_error(f"File {ged_path} not found.")
self.w.root.update()
self.place: Loc.Loc = Loc.Loc(
) # Create an object to store info for the current Place
# Add filename to Title
path_parts = os.path.split(ged_path) # Extract filename from full path
self.w.title.set_text(f'GEO FINDER - {path_parts[1]}')
# Read file, find each place entry and handle it.
self.w.user_entry.set_text("Scanning to previous position...")
self.handle_place_entry()
def get_country_iso(self, place: Loc) -> str:
""" Return ISO code for specified country"""
lookup_target, modified = GeoKeys.country_normalize(place.country_name)
if len(lookup_target) == 0:
return ''
# Try each query until we find a match - each query gets less exact
query_list = [
Query(where="name = ? AND f_code = ? ",
args=(lookup_target, 'ADM0'),
result=Result.STRONG_MATCH),
# Query(where="name LIKE ? AND f_code = ? ",
# args=(self.create_wildcard(lookup_target), 'ADM0'),
# result=Result.PARTIAL_MATCH) #,
# Query(where="sdx = ? AND f_code = ? ",
# args=(GeoKeys.get_soundex (lookup_target), 'ADM0'),
# result=Result.PARTIAL_MATCH)
]
row_list, result_code = self.db.process_query_list(
from_tbl='main.admin', query_list=query_list)
if len(row_list) > 0:
res = row_list[0][Entry.ISO]
if len(row_list) == 1:
place.country_name = row_list[0][Entry.NAME]
else:
res = ''
return res
def select_admin1(self, place: Loc):
"""Search for Admin1 entry"""
lookup_target = place.admin1_name
#pattern = self.create_wildcard(lookup_target)
if len(lookup_target) == 0:
return
sdx = get_soundex(lookup_target)
# self.logger.debug(f'sel adm1 patt={pattern} iso={place.country_iso}')
# Try each query until we find a match - each query gets less exact
query_list = [
Query(where="name = ? AND country = ? AND f_code = ? ",
args=(lookup_target, place.country_iso, 'ADM1'),
result=Result.STRONG_MATCH),
Query(where="name LIKE ? AND country = ? AND f_code = ?",
args=(lookup_target, place.country_iso, 'ADM1'),
result=Result.WILDCARD_MATCH),
Query(where="sdx = ? AND country = ? AND f_code=?",
args=(sdx, place.country_iso, 'ADM1'),
result=Result.SOUNDEX_MATCH)
]
place.georow_list, place.result_type = self.db.process_query_list(
from_tbl='main.admin', query_list=query_list)
def lookup_geoid(self, place: Loc) -> None:
"""Search for GEOID"""
result_place: Loc = Loc.Loc()
query_list = [
Query(where="geoid = ? ",
args=(place.target, ),
result=Result.STRONG_MATCH)
]
place.georow_list, place.result_type = self.db.process_query_list(
from_tbl='main.geodata', query_list=query_list)
if len(place.georow_list) == 0:
place.georow_list, place.result_type = self.db.process_query_list(
from_tbl='main.admin', query_list=query_list)
else:
place.georow_list = place.georow_list[:1]
place.result_type = GeoKeys.Result.STRONG_MATCH
# Add search quality score to each entry
for idx, rw in enumerate(place.georow_list):
self.copy_georow_to_place(row=rw, place=result_place)
update = list(rw)
update.append(1) # Extend list row and assign score
result_place.prefix = ''
res_nm = result_place.format_full_nm(None)
score = 0.0
# Remove items in prefix that are in result
tk_list = res_nm.split(",")
for item in tk_list:
place.prefix = re.sub(
item.strip(' ').lower(), '', place.prefix)
update[GeoKeys.Entry.SCORE] = int(score * 100)
place.georow_list[idx] = tuple(update)
def lookup_admin_dbid(self, place: Loc) -> None:
"""Search for DB ID"""
query_list = [
Query(where="id = ? ",
args=(place.target, ),
result=Result.STRONG_MATCH)
]
place.georow_list, place.result_type = self.db.process_query_list(
from_tbl='main.admin', query_list=query_list)
def get_admin2_id(self, place: Loc):
"""Search for Admin1 entry"""
lookup_target = place.admin2_name
if len(lookup_target) == 0:
return
# Try each query until we find a match - each query gets less exact
query_list = []
if len(place.admin1_id) > 0:
query_list.append(
Query(where=
"name = ? AND country = ? AND admin1_id=? AND f_code=?",
args=(lookup_target, place.country_iso, place.admin1_id,
'ADM2'),
result=Result.STRONG_MATCH))
query_list.append(
Query(
where=
"name LIKE ? AND country = ? and admin1_id = ? AND f_code=?",
args=(lookup_target, place.country_iso, place.admin1_id,
'ADM2'),
result=Result.WILDCARD_MATCH))
query_list.append(
Query(
where=
"name LIKE ? AND country = ? and admin1_id = ? AND f_code=?",
args=(self.create_county_wildcard(lookup_target),
place.country_iso, place.admin1_id, 'ADM2'),
result=Result.WILDCARD_MATCH))
else:
query_list.append(
Query(where="name = ? AND country = ? AND f_code=?",
args=(lookup_target, place.country_iso, 'ADM2'),
result=Result.STRONG_MATCH))
query_list.append(
Query(where="name LIKE ? AND country = ? AND f_code=?",
args=(lookup_target, place.country_iso, 'ADM2'),
result=Result.WILDCARD_MATCH))
query_list.append(
Query(where="name LIKE ? AND country = ? AND f_code=?",
args=(self.create_county_wildcard(lookup_target),
place.country_iso, 'ADM2'),
result=Result.WILDCARD_MATCH))
row_list, res = self.db.process_query_list(from_tbl='main.admin',
query_list=query_list)
if len(row_list) > 0:
row = row_list[0]
place.admin2_id = row[Entry.ADM2]
def run_key_test(self, title: str, entry: str):
print("*****TEST: {}".format(title))
place = Loc.Loc()
place.parse_place(entry, TestCSV.geodata.geo_files)
self.geodata.find_first_match(place.original_entry, place)
place.original_entry = place.format_full_nm(None)
TestCSV.csv.set_CSV_place_type(place)
place.id = TestCSV.csv.get_csv_key(place)
TestCSV.logger.debug(f'type={place.place_type}')
place.set_place_type_text()
#place_name = TestCSV.ancestry_file_handler.get_csv_name(place).title()
return place.id
def update_rowlist_prefix(self, place: Loc.Loc):
"""
Set all the prefix values in the georow_list
:param place:
"""
temp_place = Loc.Loc()
tokens = place.original_entry.split(',')
for idx, rw in enumerate(place.georow_list):
update = list(rw)
# Put unused fields into prefix
self.geo_files.geodb.copy_georow_to_place(rw, temp_place)
temp_place.prefix = ''
nm = GeoKeys.search_normalize(
temp_place.format_full_nm(self.geo_files.output_replace_dct),
place.country_iso)
# self.logger.debug(f'NAME ={nm}')
place.prefix = ''
for num, fld in enumerate(tokens[:2]):
item = GeoKeys.search_normalize(fld, place.country_iso)
add_item = False
# self.logger.debug(f'item={item} ')
if num == 0 and item not in nm:
add_item = True
if num == 1 and item not in nm and len(tokens) == 2:
# We only add the second token if there are only 2 tokens
add_item = True
if '*' in item:
# Don't add as prefix if item is a wildcard search
add_item = False
if add_item:
if len(place.prefix) > 0:
place.prefix += ' '
place.prefix += item.title()
if len(place.prefix) > 0:
place.prefix_commas = ', '
update[GeoKeys.Entry.PREFIX] = place.prefix
# self.logger.debug(f'PREFIX={place.prefix} ')
place.georow_list[idx] = tuple(update)
def select_country(self, place: Loc):
"""Search for Admin1 entry"""
lookup_target = place.country_iso
if len(lookup_target) == 0:
return
sdx = get_soundex(lookup_target)
# Try each query until we find a match - each query gets less exact
query_list = [
Query(where="country = ? AND f_code = ? ",
args=(place.country_iso, 'ADM0'),
result=Result.STRONG_MATCH),
Query(where="sdx = ? AND f_code=?",
args=(sdx, 'ADM0'),
result=Result.SOUNDEX_MATCH)
]
place.georow_list, place.result_type = self.db.process_query_list(
from_tbl='main.admin', query_list=query_list)
def load_handler(self):
# Load in list and display
self.clear_display_list(self.tree)
place = Loc.Loc()
for item in sorted(self.dict):
# get lat long
replacement = self.dict[item]
rep_token = replacement.split('@')
if len(rep_token) < 2:
self.logger.debug(f'blank item=[{item}] rep=[{replacement}]')
continue
place.target = rep_token[GEOID_TOKEN]
self.geodb.lookup_geoid(place=place)
if len(place.georow_list) > 0:
# Copy geo row to Place
self.geodb.copy_georow_to_place(row=place.georow_list[0],
place=place)
if 'oston' in item:
self.logger.debug(
f'{item} id={rep_token[GEOID_TOKEN]} state={place.admin1_id}'
)
else:
if len(place.target) == 0:
place.clear()
place.city1 = f'<DELETE>'
else:
place.clear()
place.city1 = f'Database error for {replacement}'
place.place_type = Loc.PlaceType.CITY
# Get prefix if there was one
if len(rep_token) > 2:
place.prefix = rep_token[PREFIX_TOKEN]
nm = place.format_full_nm(self.output_replace_dct)
if len(place.prefix) > 0:
line = f'[{place.prefix}]{place.prefix_commas}{nm}'
else:
line = f'{nm}'
self.list_insert(self.tree, item, line)
def complete_csv(self):
# Add location enclosures. Create if not there already. Then add as reference.
self.logger.debug(
'\n\n******** DONE - CREATE CSV ENCLOSURES *********')
place = Loc.Loc()
# There are separate dictionaries for each hierarchy (prefix, city, county, country).
# We need to go through prefix table, then city, etc (e.g. reversed order)
# Create Enclosure records
for idx, tbl in reversed(list(enumerate(self.admin_table))):
self.logger.debug(f'===TABLE {idx}===')
for key in tbl:
self.retrieve_csv_place(self.admin_table, self.geodata, place,
key, idx)
self.logger.debug(f'** CSV {key} {place.original_entry}')
# Create enclosure for each node at this level
self.create_enclosed_by(place)
if self.csv_path is not None:
self.csvfile = open(self.csv_path, "w", encoding='utf-8')
self.logger.debug(f'CSV file {self.csv_path}')
self.csvfile.write(
'Place,Title,Name,Type,latitude,longitude,enclosed_by\n')
# List CSV
self.logger.debug('*** OUTPUT TABLE ***')
for idx, tbl in enumerate(self.admin_table):
for key in tbl:
# TODO
row = tbl[key]
#self.logger.debug(f'IDX={idx} {key} : {row}')
self.output_row(row)
if self.csv_path is not None:
self.csvfile.close()
def advanced_search(self, place: Loc):
"""
Advanced search - support parameters for ISO and Feature class
"""
lookup_target = place.target
if len(lookup_target) == 0:
return
pattern = self.create_wildcard(lookup_target)
feature_pattern = self.create_wildcard(place.feature)
self.logger.debug(
f'Advanced Search. Targ=[{pattern}] feature=[{feature_pattern}]'
f' iso=[{place.country_iso}] ')
if len(place.feature) > 0:
query_list = [
Query(where="name LIKE ? AND country LIKE ? AND f_code LIKE ?",
args=(pattern, place.country_iso, feature_pattern),
result=Result.PARTIAL_MATCH)
]
else:
query_list = [
Query(where="name LIKE ? AND country LIKE ?",
args=(pattern, place.country_iso),
result=Result.PARTIAL_MATCH)
]
# Search main DB
place.georow_list, place.result_type = self.db.process_query_list(
from_tbl='main.geodata', query_list=query_list)
# self.logger.debug(f'main Result {place.georow_list}')
# Search admin DB
admin_list, place.result_type = self.db.process_query_list(
from_tbl='main.admin', query_list=query_list)
place.georow_list.extend(admin_list)
def setUp(self) -> None:
TestScoring.in_place: Loc.Loc = Loc.Loc()
TestScoring.out_place: Loc.Loc = Loc.Loc()
TestScoring.test_idx += 1
def lookup_place(self, place: Loc.Loc) -> []:
"""
Lookup a place in our geoname.org dictionary and update place with Geo_result with lat, long, District, etc
The dictionary geo_result entry contains: Lat, Long, districtID (County or State or Province ID)
There can be multiple entries if a city name isnt unique in a country
"""
result_place: Loc = Loc.Loc()
self.start = time.time()
place.result_type = Result.STRONG_MATCH
#place.admin2_name, modified = GeoKeys.admin2_normalize(place.admin2_name, place.country_iso)
if place.country_iso != '' and place.country_name == '':
place.country_name = self.get_country_name(place.country_iso)
# Lookup Place based on Place Type
if place.place_type == Loc.PlaceType.ADMIN1:
self.select_admin1(place)
elif place.place_type == Loc.PlaceType.ADMIN2:
if place.admin1_id == '':
self.get_admin1_id(place=place)
self.select_admin2(place)
#if len(place.georow_list) == 0:
# Try search with some text replacements
#place.admin2_name, modified = GeoKeys.admin2_normalize(place.admin2_name, place.country_iso)
#if modified:
# self.select_admin2(place)
elif place.place_type == Loc.PlaceType.COUNTRY:
self.select_country(place)
elif place.place_type == Loc.PlaceType.ADVANCED_SEARCH:
self.advanced_search(place)
else:
# Lookup as City
if place.admin2_id == '':
self.get_admin2_id(place=place)
self.select_city(place)
# nm = place.original_entry
# self.logger.debug(f'Search results for {place.target} pref[{place.prefix}]')
min_score = 9999
# Add search quality score to each entry
for idx, rw in enumerate(place.georow_list):
self.copy_georow_to_place(row=rw, place=result_place)
if len(place.prefix) > 0 and result_place.prefix == '':
result_place.prefix = ' '
result_place.prefix_commas = ','
else:
result_place.prefix = ''
score = self.match.match_score(inp_place=place,
res_place=result_place)
if score < min_score:
min_score = score
# Convert row tuple to list and extend so we can assign score
update = list(rw)
update.append(1)
update[GeoKeys.Entry.SCORE] = score
place.georow_list[idx] = tuple(
update) # Convert back from list to tuple
# Remove items in prefix that are in result
tk_list = result_place.original_entry.split(",")
if place.place_type != Loc.PlaceType.ADVANCED_SEARCH:
for item in tk_list:
place.prefix = re.sub(
item.strip(' ').lower(), '', place.prefix)
if place.result_type == Result.STRONG_MATCH and len(place.prefix) > 0:
place.result_type = Result.PARTIAL_MATCH
if place.result_type == Result.STRONG_MATCH and min_score > 10:
place.result_type = Result.PARTIAL_MATCH
def copy_georow_to_place(self, row, place: Loc):
# Copy data from DB row into Place
# self.logger.debug(row)
place.admin1_id = ''
place.admin2_id = ''
place.city1 = ''
place.country_iso = str(row[Entry.ISO])
place.country_name = str(self.get_country_name(row[Entry.ISO]))
place.lat = row[Entry.LAT]
place.lon = row[Entry.LON]
place.feature = str(row[Entry.FEAT])
place.geoid = str(row[Entry.ID])
if place.feature == 'ADM0':
self.place_type = Loc.PlaceType.COUNTRY
pass
elif place.feature == 'ADM1':
place.admin1_id = row[Entry.ADM1]
self.place_type = Loc.PlaceType.ADMIN1
elif place.feature == 'ADM2':
place.admin1_id = row[Entry.ADM1]
place.admin2_id = row[Entry.ADM2]
self.place_type = Loc.PlaceType.ADMIN2
else:
place.admin1_id = row[Entry.ADM1]
place.admin2_id = row[Entry.ADM2]
place.city1 = row[Entry.NAME]
self.place_type = Loc.PlaceType.CITY
place.admin1_name = str(self.get_admin1_name(place))
place.admin2_name = str(self.get_admin2_name(place))
if place.admin2_name is None:
place.admin2_name = ''
if place.admin1_name is None:
place.admin1_name = ''
place.city1 = str(place.city1)
if place.city1 is None:
place.city1 = ''
def __init__(self, directory: str, progress_bar):
self.logger = logging.getLogger(__name__)
self.geodb = None
self.required_db_version = 2
self.db_upgrade_text = 'Adding support for non-English output'
self.directory: str = directory
self.progress_bar = progress_bar
self.line_num = 0
self.cache_changed: bool = False
sub_dir = GeoKeys.get_cache_directory(self.directory)
self.country = None
# Read in dictionary listing Geoname features we should include
self.feature_code_list_cd = CachedDictionary.CachedDictionary(
sub_dir, "feature_list.pkl")
self.feature_code_list_cd.read()
self.feature_code_list_dct: Dict[str,
str] = self.feature_code_list_cd.dict
if len(self.feature_code_list_dct) < 3:
self.logger.warning('Feature list is empty. Setting defaults')
self.feature_code_list_dct.clear()
feature_list = UtilFeatureFrame.default
for feat in feature_list:
self.feature_code_list_dct[feat] = ''
self.feature_code_list_cd.write()
# Read in dictionary listing countries (ISO2) we should include
self.supported_countries_cd = CachedDictionary.CachedDictionary(
sub_dir, "country_list.pkl")
self.supported_countries_cd.read()
self.supported_countries_dct: Dict[
str, str] = self.supported_countries_cd.dict
# Read in dictionary listing languages (ISO2) we should include
self.languages_list_cd = CachedDictionary.CachedDictionary(
sub_dir, "languages_list.pkl")
self.languages_list_cd.read()
self.languages_list_dct: Dict[str, str] = self.languages_list_cd.dict
self.lang_list = []
for item in self.languages_list_dct:
self.lang_list.append(item)
# Read in dictionary listing output text replacements
self.output_replace_cd = CachedDictionary.CachedDictionary(
sub_dir, "output_list.pkl")
self.output_replace_cd.read()
self.output_replace_dct: Dict[str, str] = self.output_replace_cd.dict
self.output_replace_list = []
for item in self.output_replace_dct:
self.output_replace_list.append(item)
self.logger.debug(f'Output replace [{item}]')
self.entry_place = Loc.Loc()
# Support for Geonames AlternateNames file. Adds alternate names for entries
self.alternate_names = AlternateNames.AlternateNames(
directory_name=self.directory,
geo_files=self,
progress_bar=self.progress_bar,
filename='alternateNamesV2.txt',
lang_list=self.lang_list)
def setUp(self) -> None:
self.place: Loc.Loc = Loc.Loc()
def setUpClass(cls):
TestCSV.logger = logging.getLogger(__name__)
fmt = "%(levelname)s %(name)s.%(funcName)s %(lineno)d: %(message)s"
logging.basicConfig(level=logging.DEBUG, format=fmt)
# Load test data
directory = os.path.join(str(Path.home()), "geoname_test")
csv_path = os.path.join(directory, "test")
TestCSV.geodata = Geodata.Geodata(directory_name=directory,
progress_bar=None)
error: bool = TestCSV.geodata.read()
if error:
TestCSV.logger.error("Missing geodata support Files.")
raise ValueError('Cannot open database')
# Read in Geoname Gazeteer file - city names, lat/long, etc.
error = TestCSV.geodata.read_geonames()
if error:
TestCSV.logger.info("Missing geoname Files.")
TestCSV.logger.info(
'Requires ca.txt, gb.txt, de.txt from geonames.org in folder username/geoname_test'
)
raise ValueError('Cannot open database')
TestCSV.csv = GrampsCsv.GrampsCsv(in_path=csv_path,
geodata=TestCSV.geodata)
TestCSV.ancestry = GrampsXml.GrampsXml(
in_path=csv_path,
out_suffix='',
cache_d=None,
progress=None,
geodata=TestCSV.geodata) # Routines
# Set up CSV Data
csv_data = [
#('Portugal', 'ADM0', 'P0001', 'po'),
#('Scotland,United Kingdom', 'ADM1','P0002','gb'),
#('Kent,England,United Kingdom', 'ADM2','P0003','gb'),
#('Canterbury,Kent,England,United Kingdom', "PPL", 'P0004', 'gb'),
#('St Eustace,Canterbury,Kent,England,United Kingdom', "PPL", 'P0005', 'gb'),
#('Dover, ,England,United Kingdom', "PPL", 'P0006', 'gb'),
('12 Privet Drive, Dover, ,England,United Kingdom', "PPL", 'P0006',
'gb'),
#('Edinburgh, ,Scotland,United Kingdom', "PPL", 'P0007', 'gb'),
#("St James's Palace, ,England,United Kingdom", "PPL", 'P0008', 'gb'),
]
place = Loc.Loc()
for row in csv_data:
place.clear()
place.original_entry = row[RowEntry.NAME]
place.feature = row[RowEntry.FEAT]
place.parse_place(place_name=place.original_entry,
geo_files=TestCSV.geodata.geo_files)
# Lookup record
TestCSV.geodata.find_first_match(place.original_entry, place)
place.id = row[RowEntry.PLACE_ID]
TestCSV.csv.set_CSV_place_type(place)
#TestCSV.geodata.set_place_type_text(place)
#place.name = TestCSV.ancestry.get_csv_name(place).title()
TestCSV.csv.create_csv_node(place)
TestCSV.csv.complete_csv()
def select_city(self, place: Loc):
"""
Search for entry - try the most exact match first, then less exact matches
"""
lookup_target = place.target
if len(lookup_target) == 0:
return
#pattern = self.create_wildcard(lookup_target)
#quick_pattern = self.create_quick_wildcard(lookup_target)
sdx = get_soundex(lookup_target)
#self.logger.debug(f'CITY lkp targ=[{lookup_target}] adm1 id=[{place.admin1_id}]'
# f' adm2 id=[{place.admin2_id}] iso=[{place.country_iso}] patt =[{pattern}] sdx={sdx} pref={place.prefix}')
query_list = []
if len(place.country_iso) == 0:
# No country present - try lookup by name.
query_list.append(
Query(where="name = ?",
args=(lookup_target, ),
result=Result.PARTIAL_MATCH))
# lookup by wildcard name
query_list.append(
Query(
where="name LIKE ?",
args=(lookup_target, ), # quick_pattern,),
result=Result.WILDCARD_MATCH))
# lookup by soundex
query_list.append(
Query(where="sdx = ?",
args=(sdx, ),
result=Result.SOUNDEX_MATCH))
place.georow_list, place.result_type = self.db.process_query_list(
from_tbl='main.geodata', query_list=query_list)
# self.logger.debug(place.georow_list)
return
# Build query list - try each query in order until a match is found
# Start with the most exact match depending on the data provided.
if len(place.admin1_name) > 0:
# lookup by name, ADMIN1, country
query_list.append(
Query(where="name = ? AND country = ? AND admin1_id = ?",
args=(lookup_target, place.country_iso, place.admin1_id),
result=Result.STRONG_MATCH))
# lookup by wildcard name, ADMIN1, country
query_list.append(
Query(where="name LIKE ? AND country = ? AND admin1_id = ?",
args=(lookup_target, place.country_iso, place.admin1_id),
result=Result.WILDCARD_MATCH))
else:
# lookup by wildcard name, country
query_list.append(
Query(where="name LIKE ? AND country = ?",
args=(lookup_target, place.country_iso),
result=Result.WILDCARD_MATCH))
# Lookup by name, country
query_list.append(
Query(where="name = ? AND country = ?",
args=(lookup_target, place.country_iso),
result=Result.PARTIAL_MATCH))
if len(place.admin1_name) > 0:
# lookup by Soundex name, country and admin1
query_list.append(
Query(where="sdx = ? AND admin1_id = ? AND country = ?",
args=(sdx, place.admin1_id, place.country_iso),
result=Result.SOUNDEX_MATCH))
else:
# lookup by Soundex name, country
query_list.append(
Query(where="sdx = ? AND country = ?",
args=(sdx, place.country_iso),
result=Result.SOUNDEX_MATCH))
# Try each query in list
place.georow_list, place.result_type = self.db.process_query_list(
from_tbl='main.geodata', query_list=query_list)
def select_admin2(self, place: Loc):
"""Search for Admin2 entry"""
lookup_target = place.admin2_name
if len(lookup_target) == 0:
return
place.target = lookup_target
# sdx = get_soundex(lookup_target)
# Try Admin query until we find a match - each query gets less exact
query_list = [
Query(
where="name = ? AND country = ? AND admin1_id = ? AND f_code=?",
args=(lookup_target, place.country_iso, place.admin1_id,
'ADM2'),
result=Result.STRONG_MATCH),
Query(where="name = ? AND country = ? AND f_code=?",
args=(lookup_target, place.country_iso, 'ADM2'),
result=Result.PARTIAL_MATCH),
Query(where="name LIKE ? AND country = ? AND f_code=?",
args=(self.create_wildcard(lookup_target), place.country_iso,
'ADM2'),
result=Result.PARTIAL_MATCH),
Query(where="name = ? AND f_code=?",
args=(lookup_target, 'ADM2'),
result=Result.PARTIAL_MATCH),
Query(where="name LIKE ? AND country = ? AND f_code=?",
args=(lookup_target, place.country_iso, 'ADM2'),
result=Result.WILDCARD_MATCH)
]
# self.logger.debug(f'Admin2 lookup=[{lookup_target}] country=[{place.country_iso}]')
place.georow_list, place.result_type = self.db.process_query_list(
from_tbl='main.admin', query_list=query_list)
if place.result_type == GeoKeys.Result.WILDCARD_MATCH:
# Found as Admin2 without shire
place.original_entry = re.sub('shire', '', place.original_entry)
if len(place.georow_list) == 0:
# Try city rather than County match.
save_admin2 = place.admin2_name
place.city1 = place.admin2_name
place.admin2_name = ''
# self.logger.debug(f'Try admin2 as city: [{place.target}]')
self.select_city(place)
if len(place.georow_list) == 0:
# not found. restore admin
place.admin2_name = save_admin2
place.city1 = ''
else:
# Found match as a City
place.place_type = Loc.PlaceType.CITY
match_adm1 = self.get_admin1_name_direct(
lookup_target=place.georow_list[0][Entry.ADM1],
iso=place.country_iso)
# self.logger.debug(f'pl_iso [{place.country_iso}] pl_adm1 {place.admin1_name} match_adm1=[{match_adm1}] ')
if place.admin1_name != match_adm1:
place.prefix = place.admin1_name.title()
place.admin1_name = ''
return
