def write_openaddresses_test(inputF, outputF, sorted_key, zips):
output = open(outputF, 'w')
current_inx = 0
with open(inputF, 'r') as points:
for point in points:
s_point = (point.strip('\r\n')).split(',')
if len(s_point) == 8:
s_point.append('')
#run function find_zip with lon and lat of current row as a point and the index of the last found point
result = Zip_Backfill.find_zip(
Point(float(s_point[0]), float(s_point[1])), current_inx,
sorted_key, zips)
#set current_inx to the index of the last point found
current_inx = result[1]
#if zcta zip is same as on file
if result[0] == s_point[7]:
s_point[8] = 'same'
#if no zcta zip is found
elif result[0] == 'None':
s_point[8] = 'None'
#if zcta is not the same as on file write in found zip
else:
s_point[8] = result[0]
output.write(",".join(s_point) + '\n')
output.close()
def write_openaddresses_test(inputF, outputF, sorted_key, zips):
output = open(outputF, "w")
current_inx = 0
with open(inputF, "r") as points:
for point in points:
s_point = (point.strip("\r\n")).split(",")
if len(s_point) == 8:
s_point.append("")
# run function find_zip with lon and lat of current row as a point and the index of the last found point
result = Zip_Backfill.find_zip(Point(float(s_point[0]), float(s_point[1])), current_inx, sorted_key, zips)
# set current_inx to the index of the last point found
current_inx = result[1]
# if zcta zip is same as on file
if result[0] == s_point[7]:
s_point[8] = "same"
# if no zcta zip is found
elif result[0] == "None":
s_point[8] = "None"
# if zcta is not the same as on file write in found zip
else:
s_point[8] = result[0]
output.write(",".join(s_point) + "\n")
output.close()
