def map_city(coun_value, city_vlaue, str_site):
country = coun_value
city = city_vlaue
coor = search_coordinates_by_region_and_keyword(country, city)
coordinate.update(syscoordinate)
data_coor.append([city, syscity, str_site])
coordinate.update(coor)
def do_search_coordinates_by_region(region):
result = search_coordinates_by_region_and_keyword(region, "London")
expected = {
"Londonderry County Borough": [-7.30917, 54.99721],
"City of London": [-0.09184, 51.51279],
"London": [-0.12574, 51.50853],
}
eq_(result, expected)
def do_advance_search_coordinates(region):
result = search_coordinates_by_filter(
func=lambda name: "Central" in name or "Hong Kong" in name,
region=region,
)
expected = {
"Hong Kong": [114.15769, 22.28552],
"Central": [114.15846, 22.28299]
}
eq_(result, expected)
result2 = search_coordinates_by_region_and_keyword(region, "Central",
"Hong Kong")
assert_dict_equal(result, result2)
def test_search_coordinates_by_region_in_chinese():
# search the city name containing '北京'
result = search_coordinates_by_region_and_keyword("中国", "北京")
assert "北京" in result
assert "北京市" in result
from datetime import datetime
import datetime
import time, re, os
style = Style(
title_top="#FFFFFF",
title_color='#FFFFFF',
width='100%',
height='700%',
background_color="#000000",
)
geolines = GeoLines("", **style.init_style)
systry = '中国'
syscity = "香港"
syscoordinate = search_coordinates_by_region_and_keyword(systry, syscity)
data_coor = []
coordinate = {}
def map_city(coun_value, city_vlaue, str_site):
country = coun_value
city = city_vlaue
coor = search_coordinates_by_region_and_keyword(country, city)
coordinate.update(syscoordinate)
data_coor.append([city, syscity, str_site])
coordinate.update(coor)
data_world = []
