def INFO_BOX_TPE_INIT():
row_data = read_excel("sells/data/TPE/info/total_rows_TPE.xlsx") # get the excel info
info_boxes = []
for data in row_data:
page = get_web_page(DETAIL_URL + data["url"], urlJumpIp)
info_boxes += get_info_box(page, data["post_id"])
showProgess(__file__)
save(info_boxes, "sells/data/TPE/info/info_box_TPE")
print(str(__file__) + " complete")
def HOUSE_BOX_TPE_INIT():
row_data = read_excel("lease/data/TPE/info/total_rows_TPE.xlsx") # get the excel info
house_boxes = []
for data in row_data:
page = get_web_page(DETAIL_URL + data["url"], urlJumpIp)
house_boxes += get_house_box(page, data["post_id"])
showProgess(__file__)
save(house_boxes, "lease/data/TPE/info/house_box_TPE")
print(str(__file__) + " complete")
def MYSQL_DUMP_VERTEX():
# ====== Connection ====== #
# Connecting to mysql by providing a sqlachemy engine
engine = MY_ENGINE()
# dump dist excel to mysql
floorNumber = 9
for i in range(0, floorNumber):
fileName = "C:\\Users\\A02wxy\\Documents\\GitHub\\WayFinder\\Direction\\Route\\vertex\\sf" + str(
i + 1) + "f_vertex.xlsx"
tableName = "sf" + str(i + 1) + "f_vertex"
df = read_excel(fileName)
df.to_sql(name=tableName, if_exists="replace", con=engine, index=False)
def IMG_TPE_INIT():
row_data = read_excel(
"sells/data/TPE/info/total_rows_TPE.xlsx") # get the excel info
dir = "D:/Python/database/sells/images/TPE/"
if os.path.exists(dir): # 先刪除原本的images資料夾
shutil.rmtree(dir, ignore_errors=True)
for data in row_data:
page = get_web_page(DETAIL_URL + data["url"], urlJumpIp)
img_urls = get_images(page)
save(img_urls, data["post_id"], dir)
showProgess(__file__)
print(str(__file__) + " complete")
import googlemaps
import sys
sys.path.append("lib/")
from datetime import datetime
from myio import read_excel, save
def get_geoLoc(row_data):
geo_result = []
for data in row_data:
coordinate = gmaps.geocode(data["addr"])[0]["geometry"]["location"]
print(data["addr"] + ":", coordinate)
geo_result.append({"addr": data["addr"], "coordinate": coordinate})
return geo_result
if __name__ == "__main__":
gmaps = googlemaps.Client(key="AIzaSyDcixkMKgROY2tE_4VLPTioPtDOwbmzfcI")
# data for lease NTC
row_data = read_excel("lease/data/NTC/info/total_rows_NTC.xlsx")
geo_result = get_geoLoc(row_data)
save(geo_result, "lease/data/TPE/geo/coordinate/loc_NTC")
# data for sells NTC
row_data = read_excel("sells/data/NTC/info/total_rows_NTC.xlsx")
geo_result = get_geoLoc(row_data)
save(geo_result, "sells/data/TPE/geo/coordinate/loc_NTC")
import googlemaps
import sys
sys.path.append("lib/")
from datetime import datetime
from myio import read_excel, save
def get_geoLoc(row_data):
geo_result = []
for data in row_data:
coordinate = gmaps.geocode(data["addr"])[0]["geometry"]["location"]
print(data["addr"] + ":", coordinate)
geo_result.append({"addr": data["addr"], "coordinate": coordinate})
return geo_result
if __name__ == "__main__":
gmaps = googlemaps.Client(key="AIzaSyDcixkMKgROY2tE_4VLPTioPtDOwbmzfcI")
# data for lease TPE
row_data = read_excel("lease/data/TPE/info/total_rows_TPE.xlsx")
geo_result = get_geoLoc(row_data)
save(geo_result, "lease/data/TPE/geo/coordinate/loc_TPE")
# data for sells TPE
row_data = read_excel("sells/data/TPE/info/total_rows_TPE.xlsx")
geo_result = get_geoLoc(row_data)
save(geo_result, "sells/data/TPE/geo/coordinate/loc_TPE")