def layer_url_template(layer, conf):
if layer not in known_layers:
oa = openanything.fetch(
'http://maps.google.com/maps?t=' + map_server_query[layer])
if oa['status'] != 200:
print "Trying to fetch http://maps.google.com/maps but failed"
return None
html = oa['data']
known_layers[layer] = parse_start_page(layer, html, conf)
return known_layers[layer]
def layer_url_template(layer, conf):
if layer not in known_layers:
oa = openanything.fetch('http://maps.google.com/maps?t=' +
map_server_query[layer])
if oa['status'] != 200:
print "Trying to fetch http://maps.google.com/maps but failed"
return None
html = oa['data']
known_layers[layer] = parse_start_page(layer, html, conf)
return known_layers[layer]
def parse_page():
gwmNum = '1170'
oa = openanything.fetch('http://www.google.com/mapmaker')
if oa['status'] != 200:
print "Trying to fetch Google Map Maker but failed"
else:
html = oa['data']
p = re.compile('gwm.([0-9]+)')
m = p.search(html)
if m:
gwmNum = m.group(1)
return gwmNum
def layer_url_template(layer, conf):
if layer not in known_layers:
map_server_query = {"gmap":"m", "ghyb":"h", "gsat":"k", "gter":"p"}
oa = openanything.fetch(
'http://maps.google.com/maps?t=' + map_server_query[MAP_SERVICES[layer]["TextID"]])
if oa['status'] != 200:
print "Trying to fetch http://maps.google.com/maps but failed"
return None
html = oa['data']
known_layers[layer] = parse_start_page(layer, html, conf)
return known_layers[layer]
def layer_url_template(layer, conf):
if layer not in known_layers:
map_server_query = {"gmap": "m", "ghyb": "h", "gsat": "k", "gter": "p"}
oa = openanything.fetch(
'http://maps.google.com/maps?t=' +
map_server_query[MAP_SERVICES[layer]["TextID"]])
if oa['status'] != 200:
print "Trying to fetch http://maps.google.com/maps but failed"
return None
html = oa['data']
known_layers[layer] = parse_start_page(layer, html, conf)
return known_layers[layer]
def search_location(location, key='AIzaSyB3d6ZZvE0msnWbh9gX3bAN0bSFf4m8DuE'):
print 'downloading the following location:', location
try:
oa = openanything.fetch('https://maps.googleapis.com/maps/api/geocode/json?key=%s&address=' % key +
urllib.quote_plus(location), agent="Mozilla/5.0")
except Exception:
return 'error=Can not connect to http://maps.googleapis.com', None
if oa['status'] != 200:
return 'error=Can not connect to http://maps.googleapis.com', None
try:
data = json.loads(oa['data'])["results"][0]
geo = data["geometry"]["location"]
location = data["formatted_address"]
return location, (float(geo['lat']), float(geo['lng']), 8)
except Exception:
return 'error=Location %s not found' % location, None
def search_location(location):
print 'downloading the following location:', location
try:
oa = openanything.fetch('http://maps.google.com/maps?q=' +
urllib.quote_plus(location),
agent="Mozilla/5.0")
except Exception:
return 'error=Can not connect to http://maps.google.com', None
if oa['status'] != 200:
return 'error=Can not connect to http://maps.google.com', None
match = 0
html = oa['data']
if html.find('We could not understand the location') < 0 and \
html.find('Did you mean:') < 0:
encpa = 'charset[ ]?= ?([^ ]+)"'
p = re.compile(encpa, re.IGNORECASE)
match = p.search(html)
if match:
encoding = match.group(1)
else:
encoding = "ASCII"
# List of patterns to look for the location name
paList = [
"laddr:'([^']+)'", "daddr:'([^']+)'", 'laddr:"([^"]+)"',
'daddr:"([^"]+)"'
]
for srtPattern in paList:
p = re.compile(srtPattern)
match = p.search(html)
if match:
break
if match:
location = match.group(1)
else:
return 'error=Location %s not found' % location, None
# List of patterns to look for the latitude & longitude
paList = [
'var zoom = (?P<zoom>[0-9]+);.*insertTiles.*,(?P<lat>[0-9.-]+),(?P<lng>[0-9.-]+),zoom',
'center:{lat:(?P<lat>[0-9.-]+),lng:(?P<lng>[0-9.-]+)}.*zoom:(?P<zoom>[0-9.-]+)',
'markers:.*lat:(?P<lat>[0-9.-]+),lng:(?P<lng>[0-9.-]+).*laddr:',
'dtlsUrl:.*x26sll=(?P<lat>[0-9.-]+),(?P<lng>[0-9.-]+).*x26sspn',
]
for srtPattern in paList:
p = re.compile(srtPattern)
match = p.search(html)
if match:
break
if match:
zoom = 10
try:
zoom = set_zoom(MAP_MAX_ZOOM_LEVEL - int(match.group('zoom')))
except IndexError:
p = re.compile('center:.*zoom:([0-9.-]+).*mapType:')
m2 = p.search(html)
if m2:
zoom = set_zoom(MAP_MAX_ZOOM_LEVEL - int(m2.group(1)))
location = unicode(location, encoding, errors='ignore')
if encoding.upper() == "ISO-8859-1":
location = _fix_iso_8859_1_issues(location)
return location, (float(match.group('lat')), float(match.group('lng')),
int(zoom))
else:
return 'error=Unable to get latitude and longitude of %s ' % location
def search_location(location):
print 'downloading the following location:', location
try:
oa = openanything.fetch('http://maps.google.com/maps?q=' +
urllib.quote_plus(location), agent="Mozilla/5.0")
except Exception:
return 'error=Can not connect to http://maps.google.com', None
if oa['status'] != 200:
return 'error=Can not connect to http://maps.google.com', None
match = 0
html = oa['data']
if html.find('We could not understand the location') < 0 and \
html.find('Did you mean:') < 0:
encpa = 'charset[ ]?= ?([^ ]+)"'
p = re.compile(encpa, re.IGNORECASE)
match = p.search(html)
if match:
encoding = match.group(1)
else:
encoding = "ASCII"
# List of patterns to look for the location name
paList = ["laddr:'([^']+)'",
"daddr:'([^']+)'",
'laddr:"([^"]+)"',
'daddr:"([^"]+)"']
for srtPattern in paList:
p = re.compile(srtPattern)
match = p.search(html)
if match:
break
if match:
location = match.group(1)
else:
return 'error=Location %s not found' % location, None
# List of patterns to look for the latitude & longitude
paList = [
'var zoom = (?P<zoom>[0-9]+);.*insertTiles.*,(?P<lat>[0-9.-]+),(?P<lng>[0-9.-]+),zoom',
'center:{lat:(?P<lat>[0-9.-]+),lng:(?P<lng>[0-9.-]+)}.*zoom:(?P<zoom>[0-9.-]+)',
'markers:.*lat:(?P<lat>[0-9.-]+),lng:(?P<lng>[0-9.-]+).*laddr:',
'dtlsUrl:.*x26sll=(?P<lat>[0-9.-]+),(?P<lng>[0-9.-]+).*x26sspn',
]
for srtPattern in paList:
p = re.compile(srtPattern)
match = p.search(html)
if match:
break
if match:
zoom = 10
try:
zoom = set_zoom(MAP_MAX_ZOOM_LEVEL - int(match.group('zoom')))
except IndexError:
p = re.compile('center:.*zoom:([0-9.-]+).*mapType:')
m2 = p.search(html)
if m2:
zoom = set_zoom(MAP_MAX_ZOOM_LEVEL - int(m2.group(1)))
location = unicode(location, encoding, errors='ignore')
if encoding.upper() == "ISO-8859-1":
location = _fix_iso_8859_1_issues(location)
return location, (float(match.group('lat')), float(match.group('lng')), int(zoom))
else:
return 'error=Unable to get latitude and longitude of %s ' % location