def utility(utility, lat, long):
nearest_utility = GIS.find_object((lat, long),
utilities[utility]["data_name"],
utilities[utility]["file"])
direction = GIS.get_direction((lat, long), nearest_utility[0][1])
current_location = GIS.get_human_readable_address(lat, long)
return render_template("utility.html",
utility=utility,
current_location=current_location,
direction=direction)
def ssh_check(ip):
try:
r = redis.StrictRedis(host='localhost', port=6379, db=0)
import GIS
GIS.GIS(ip)
x = execute("ssh-keyscan {0}".format(ip)).read()
r.set(name=ip, value=x)
print x
return x
except KeyboardInterrupt:
z = raw_input("Quit Scan [Y/N]: ")
if "Yy" in z:
Exit() and exit()
if "Nn" in z:
pass
def json_show_Google_Maps(infile, map_title, html_file, map_zoom, map_type,
marker):
"""
Reads radio network form JSON file and generates html file with nodes location.
:param str infile: json file with network description
:param str map_title: title of the map
:param str html_file: html file name
:param str map_zoom: google maps zoom parameter
:param str map_type: type of the map: roadmap, satellite, hybrid, terrain
:param str marker: type of marker: o, s, x, a, f; colour of marker: r, g, b, k
:returns:
"""
data = json.loads(open(infile).read())
Network = data["nodes"]
ant_ID = 0
for node in Network:
ant_ID += 1
name = node["name"]
# Remove all non-word characters (everything except numbers and letters)
name = re.sub(r"[^\w\s]", '', name)
# Replace all runs of whitespace with a single dash
name = re.sub(r"\s+", '_', name)
tmp = node["position"]
pos = tmp["GPS"]
lat = pos["lat"]
lng = pos["lng"]
alt = tmp["altitude"]
if ant_ID == 1:
map = GIS.google_map(map_title, html_file, [lat, lng], map_zoom,
map_type)
map.add_node(name, [lat, lng], [name], marker)
return
def utility(utility, lat, long):
nearest_utility = GIS.find_object((lat, long), utilities[utility]["data_name"], utilities[utility]["file"])
direction = GIS.get_direction((lat, long), nearest_utility[0][1])
current_location = GIS.get_human_readable_address(lat, long)
return render_template("utility.html", utility=utility, current_location=current_location, direction=direction)
import os
import sys
import string
import argparse
sys.path.insert(0, '../lib/')
from Parser import *
from Polygon import *
from Scatter import *
from Pie import *
from Bar import *
from GIS import *
if __name__ == '__main__':
parse_GIS = Parser('../json/geojson.json')
dict_gis = parse_GIS.load_json()
point = GIS(dict_gis)
point.init()
def gis(arg): parse_GIS = Parser(args.input) dict_gis = parse_GIS.load_json() obj = GIS(dict_gis) obj.init()
import GIS
import constants
from pprint import pprint
test = GIS.ArcOnline(client_id=constants.client_id,
client_secret=constants.client_secret)
test.get_code()
token = test.code
print(token)
org_id = test.get_org_id(token=token)
print(org_id)
#upload = test.uploadItem(userName="******",
# portalUrl="https://fcc",
# TPK=r"D:\FCC_GIS_Projects\21CompetitionReport\vector_tiles\Dec2017_any_coverage_nationwide.vtpk",
# itemID="64957bb6cbfd8464488fbf2c783c412d9",
# layerName="Dec2017_any_coverage_nationwide",
# token=token)
#print(upload)
#update = test.update_tiles(org_id,'Dec2017_any_coverage_nationwide',token)
#print(update)
# https://tiles.arcgis.com/tiles/YnOQrIGdN9JGtBh4/arcgis/rest/services/Dec2017_any_coverage_nationwide/VectorTileServer
user_response = test.search_user(user="******")
pprint(user_response)
import requests
url = "https://www.arcgis.com/sharing/rest/oauth2/token"
import zmap
from ipwhois import IPWhois
import pprint
import json
ip_keys = zmap.redis_keys()
hash = file("hash.txt", 'r')
term = hash.read()
print "Searching for {}".format(term)
for ip in ip_keys:
x = zmap.ip_get(ip)
if term in x:
spacer = "=" * 24
print spacer
print ip
import GIS
GIS.GIS(ip)
print x
print "Found Golden Key!"
whois = IPWhois(ip)
results = whois.lookup()
print "And it belongs too: "
pprint.pprint(results)
print spacer
import requests
import constants
import GIS
from pprint import pprint
tester = GIS.ArcOnline()
folder_id = tester.query_by_folder_id_by_name("hello_world_1")
#pprint(folder_id)
#tester.create_folder("hello_world_1")
#tester.add_item_to_root_folder(in_file_path=r"D:\Census_Data\tl_2010_us_state10_wgs84\tl_2010_us_state10_wgs84.zip",
# title="tl_2010_states_wgs84",
# type='Shapefile',
# folder=folder_id)
#pprint(tester.list_folders_of_user())
#tester.upload_file(in_file_path=r"D:\Census_Data\tl_2010_us_state10_wgs84\tl_2010_us_state10_wgs84.zip",
# title="tl_2010_states_wgs84",
# type='Shapefile',
# folder="hello_world_1")
tester.items()
umfrom arcgis.gis import GIS
from IPython.display import display
gis = GIS("https://python.playground.esri.com/portal", "arcgis_python", "amazing_arcgis_123")
wm_item = search_result[1]
from arcgis.mapping import WebMap
web_map_obj = WebMap(wm_item)
# Read the herds file.
herds = []
fp = open (args[0])
fp.readline() # discard the header line
for line in fp:
size, lat, lon = line.split (',')[1:4]
herds.append ((int(size), float(lat), float(lon)))
fp.close()
nherds = len (herds)
# Get a bounding box around the herds.
if srs != None:
projection = GIS.projection[srs]
else:
projection = GIS.LinearProjection()
coords = [projection.getCoords (lat, lon) for size, lat, lon in herds]
xs = [x for x, y in coords]
ys = [y for x, y in coords]
minx = min(xs)
maxx = max(xs)
miny = min(ys)
maxy = max(ys)
pad = (PADDING - 1.0)/2 * max(maxx - minx, maxy - miny)
minx -= pad
maxx += pad
miny -= pad
maxy += pad
bbox = GIS.adjustBox ((minx, miny, maxx, maxy), float(width) / height)
# Make the background, either a blank image or a map, if requested.
import os
import sys
import string
import argparse
sys.path.insert(0, '../lib/')
from Parser import *
from Polygon import *
from Scatter import *
from Pie import *
from Bar import *
from GIS import *
if __name__ == '__main__':
parse_GIS = Parser('../json/geojson.json')
dict_gis = parse_GIS.load_json()
point = GIS(dict_gis)
point.init()