def __init__(self, min_lon, min_lat, max_lon, max_lat):
self.__api = osmapi.OsmApi()
self.__tmp = self.__api.Map(min_lon, min_lat, max_lon, max_lat)
self.__ret = []
for e in self.__tmp:
try:
try:
try:
type_ = e['type']
timestamp = e['data']['timestamp']
id = e['data']['id']
lat = e['data']['lat']
lon = e['data']['lon']
uid = e['data']['uid']
user = str(e['data']['user'])
tag = e['data']['tag']
delta_days = (osmapi.datetime.today() - timestamp).days
if type_ == 'node':
self.__ret.append(
[id, lat, lon, uid, timestamp, user])
# print(e)
# print('type:', type_)
# print('timestamp:', timestamp)
# print(self.__ret[-1])
# print('------------------------------------')
except KeyError:
pass
except IndexError:
pass
except UnicodeEncodeError as err:
print(err, str(e) + '\n')
def hours():
center = request.args.get('center', '43.5744,7.0192').replace("%2C", ",")
radius = 0.01
rect = makeRect(center, radius)
when = request.args.get('when', 'now')
pinned = getPinned()
if when == "now":
now = datetime.datetime.today() # TODO tz awareness
day, hour = DAYS[now.weekday()], now.strftime("%H:%M")
else:
day, hour = when.split(" ")
osm = osmapi.OsmApi()
pinnedResults = []
for p in pinned:
node = osm.NodeGet(p)
pinnedResults.append(
makeNode(node['tag']['name'], node['lat'], node['lon'], node['id'],
getTypeFromTags(node['tag']),
node['tag']['opening_hours'], day, hour, center))
o = overpy.Overpass()
q = f"node[opening_hours]({rect});out;" # TODO retrieve also ways (eg. a whole building is a shop)
r = o.query(q)
results = []
for node in r.nodes:
results.append(
makeNode(node.tags.get('name'), node.lat, node.lon, node.id,
getTypeFromTags(node.tags), node.tags['opening_hours'],
day, hour, center))
return render_template('tabla.html', nodes=results, pinned=pinnedResults)
def push_to_local_osm(ways):
localApi = osmapi.OsmApi(api=LOCAL_OSM_URL,
username=LOCAL_OSM_USER,
password=LOCAL_OSM_PASS)
localApi.ChangesetCreate({u"comment": u"%s" % CHANGESET_DESCRIPTION})
currCount = 0
for way in ways:
createdNodes = []
currCount += 1
print(way)
way = add_masterlist_info(way)
for node in way.nodes:
newNode = localApi.NodeCreate({
u"lon": node.lon,
u"lat": node.lat,
u"tag": {}
})
createdNodes.append(newNode['id'])
# add first node to the end so that it closes the way
createdNodes.append(createdNodes[0])
newWay = localApi.WayCreate({u"nd": createdNodes, u"tag": way.tags})
print(f'newWay ({currCount}/{len(ways)}): {newWay}')
localApi.ChangesetClose()
def api():
api_base = "http://api06.dev.openstreetmap.org"
api = osmapi.OsmApi(api=api_base)
api._session._sleep = mock.Mock()
yield api
api.close()
def parse_osm(input_file_path, output_file_path):
input_file = open(input_file_path, 'r')
input_file_data = input_file.read()
input_file.close()
api = osmapi.OsmApi()
osm_dictionary = api.ParseOsm(input_file_data)
root = etree.fromstring(input_file_data)
min_longitude = float(root[0].get('minlon'))
min_latitude = float(root[0].get('minlat'))
max_longitude = float(root[0].get('maxlon'))
max_latitude = float(root[0].get('maxlat'))
osm = Osm2Dict(min_longitude, min_latitude, max_longitude, max_latitude,
osm_dictionary)
road_point_width_map, model_pose_map, building_location_map = osm.getMapDetails(
)
sdf_file = GetSDF()
sdf_file.addSphericalCoords(osm.getLat(), osm.getLon())
sdf_file.addScene(False, False)
sdf_file.includeModel("sun")
sdf_file.addGround(10000, 10000)
for building_name in building_location_map.keys():
location = building_location_map[building_name]
mean = location['mean']
points = location['points']
color = location['color']
sdf_file.addBuilding(mean, points, building_name, color)
print('|-----------------------------------')
print('| Number of Roads: ' + str(len(road_point_width_map.keys())))
print('|-----------------------------------')
for idx, road in enumerate(road_point_width_map.keys()):
sdf_file.addRoad(road, road_point_width_map[road]['texture'])
sdf_file.setRoadWidth(road_point_width_map[road]['width'], road)
points = road_point_width_map[road]['points']
print('| Road' + str(idx + 1) + ': ' + road.encode('utf-8').strip())
print "| -- Width: ", str(road_point_width_map[road]['width'])
x_data = points[0, :]
y_data = points[1, :]
if len(x_data) < 3:
for j in np.arange(len(x_data)):
sdf_file.addRoadPoint([x_data[j], y_data[j], 0], road)
else:
x, y = catmull_rom(x_data, y_data, 10)
for point in range(len(x)):
sdf_file.addRoadPoint([x[point], y[point], 0], road)
print('|')
print('|-----------------------------------')
print('| Generating the SDF world file...')
sdf_file.writeToFile(output_file_path)
def get_coords_for_way(wid, prev_last_node=-1):
osm = osmapi.OsmApi()
lat = {}
lon = {}
coords_list = []
way_details = osm.WayFull(wid)
# print("Processing way %d with %d nodes" % (wid, len(way_details) - 1))
for e in way_details:
if e["type"] == "node":
lat[e["data"]["id"]] = e["data"]["lat"]
lon[e["data"]["id"]] = e["data"]["lon"]
if e["type"] == "way":
assert e["data"]["id"] == wid, "Way id mismatch! %d != %d" % (
e["data"]["id"], wl[0])
ordered_node_array = e["data"]["nd"]
if prev_last_node != -1 and ordered_node_array[
-1] == prev_last_node:
print(
"LAST entry %d matches prev_last_node %d, REVERSING order for %d"
% (ordered_node_array[-1], prev_last_node, wid))
ordered_node_array = list(reversed(ordered_node_array))
for on in ordered_node_array:
# Returning lat,lon instead of lon,lat to be consistent with
# the returned values from OSRM. Since we manually swap the
# values later
coords_list.append([lat[on], lon[on]])
return ordered_node_array, coords_list
def __init__(self, web_api, username, password):
osm_api = osmapi.OsmApi(api=web_api,
username=username,
password=password)
self.osm_api = osm_api
# variable to keep track of buildings synced
self.ways_added = {}
def download_changesets(changeset_ids: list, last_id_dl=None):
"""
:param changeset_ids:
:param last_id_dl: If previous attempt to download failed due to request limiting etc.
Provide the last queried id to resume where you left off
:return: None... Writes to a compressed pickle file.
"""
num_cs = 46486
N = 1000
num_dl = 0
if last_id_dl != None:
changeset_ids = [
cs_id[0] for cs_id in changeset_ids if cs_id[0] > last_id_dl
]
batches = (changeset_ids[i:i + N] for i in range(0, len(changeset_ids), N))
api = osmapi.OsmApi()
for b in batches:
cs_data = []
for cs_id in b:
cs_data.append(api.ChangesetGet(cs_id))
print("{0:.2f}% Downloaded. Last ID: {1}".format(
num_dl / num_cs, cs_data[-1]))
write_pickle_zip("./data/changeset_data.pklz", cs_data)
num_dl += N
time.sleep(30)
def getOsmFile(box, outputFile='map.osm', inputOsmFile=''):
'''downloads the data file for the specified bounding box
stores the file as outputFile, if inputOsmFile is not specified
and also converts the data in the form of a dictionary'''
if not box and not inputOsmFile:
return None
dataDict = {}
if inputOsmFile:
outputFile = inputOsmFile
else:
try:
urlString = 'http://api.openstreetmap.org/api/0.6/map?bbox=' + str(
box)[1:-1].replace(" ", "")
print urlString
osmFile = urllib2.urlopen(urlString)
except urllib2.HTTPError:
print("\nError:\tPlease check the bounding box input arguments" +
"\n\tFormat: MinLon MinLat MaxLon MaxLat")
return {}
osm = open(outputFile, 'w')
osm.write(osmFile.read())
osm.close()
osmRead = open(outputFile, 'r')
myapi = osmapi.OsmApi()
dataDict = myapi.ParseOsm(osmRead.read())
osmRead.close()
return dataDict
def __init__(self, transport):
"""Initialise an OSM-file parser"""
self.routing = {}
self.rnodes = {}
self.transport = transport
self.tiles = {}
self.weights = weights.RoutingWeights()
self.api = osmapi.OsmApi(api="api.openstreetmap.org")
def main():
db = '../db.sqlite'
connection = sqlite3.connect(db)
connection.row_factory = sqlite3.Row
connection.enable_load_extension(True)
cursor = connection.cursor()
cursor.execute('SELECT load_extension("mod_spatialite")')
api = osmapi.OsmApi(passwordfile="/etc/osmpassword.txt")
api.ChangesetCreate({u"comment": u"Inserted housenumbers"})
query = """SELECT *,
Y(Transform(Geometry, 4326)) AS LAT,
X(Transform(Geometry, 4326)) AS LON
FROM civici_prov_principali WHERE desvia = 'VIA A. APOLLONIO'"""
cursor.execute(query)
civici = cursor.fetchall()
for civico in civici:
if (civico["ingresso"] == "cancello"):
node = {
u"lon": round(civico["LON"], 6),
u"lat": round(civico["LAT"], 6),
u"tag": {
u"addr:housenumber":
str(civico["civico_alf"]).encode('utf-8'),
u"addr:street": get_via_osm(civico["desvia"]),
u"addr:postcode": str(civico["cap"]).encode('utf-8'),
u"addr:city": str(civico["sobborgo"]).encode('utf-8'),
u"barrier": u"gate"
}
}
else:
node = {
u"lon": round(civico["LON"], 6),
u"lat": round(civico["LAT"], 6),
u"tag": {
u"addr:housenumber":
str(civico["civico_alf"]).encode('utf-8'),
u"addr:street": get_via_osm(civico["desvia"]),
u"addr:postcode": str(civico["cap"]).encode('utf-8'),
u"addr:city": str(civico["sobborgo"]).encode('utf-8')
}
}
print api.NodeCreate(node)
cursor.execute(
"""DELETE FROM civici_prov_principali WHERE PK_UID = """ +
str(civico["PK_UID"]))
connection.commit()
time.sleep(10)
api.ChangesetClose()
def traffic(SPEED,GPS):
SPEED_ARR = np.array(SPEED)
GPS_ARR = np.array(GPS)
A = len(SPEED)
for i in range(0, A):
SPEED_ARR[i] = float(SPEED_ARR[i])
LOW_CONGESTION_COUNT = 0
MODERATE_CONGESTION_COUNT = 0
HIGH_CONGESTION_COUNT = 0
LOW_CONGESTION_LOC = []
MODERATE_CONGESTION_LOC = []
HIGH_CONGESTION_LOC = []
for i in range(0, A):
if SPEED_ARR[i] < 10.00:
HIGH_CONGESTION_COUNT += 1
HIGH_CONGESTION_LOC.append(GPS_ARR[i])
elif SPEED_ARR[i] > 10.00 and SPEED_ARR[i] < 20.00:
MODERATE_CONGESTION_COUNT += 1
MODERATE_CONGESTION_LOC.append(GPS_ARR[i])
elif SPEED_ARR[i] > 20.00:
LOW_CONGESTION_COUNT += 1
LOW_CONGESTION_LOC.append(GPS_ARR[i])
print("No. Of High Congestion Areas:%.2f"%HIGH_CONGESTION_COUNT)
print("No. Of Moderate Congestion Areas:%.2f"%MODERATE_CONGESTION_COUNT)
print("No. Of Low Congestion Areas:%.2f"%LOW_CONGESTION_COUNT)
print()
api = osmapi.OsmApi()
print(api.NodeGet(123))
api = osmapi.OsmApi(api="https://api06.dev.openstreetmap.org", username="******", password="******")
api.ChangesetCreate({u"comment": u"Traffic Congestion"})
for i in range(len(LOW_CONGESTION_LOC)):
print(api.NodeCreate({u"lon":LOW_CONGESTION_LOC[i][0], u"lat":LOW_CONGESTION_LOC[i][1], u"LCA": {}}))
for i in range(len(MODERATE_CONGESTION_LOC)):
print(api.NodeCreate({u"lon":MODERATE_CONGESTION_LOC[i][0], u"lat":MODERATE_CONGESTION_LOC[i][1], u"MCA": {}}))
for i in range(len(HIGH_CONGESTION_LOC)):
print(api.NodeCreate({u"lon":HIGH_CONGESTION_LOC[i][0], u"lat":HIGH_CONGESTION_LOC[i][1], u"HCA": {}}))
api.ChangesetClose()
print()
def test_passwordfile(self):
path = os.path.join(
__location__,
'fixtures',
'passwordfile.txt'
)
my_api = osmapi.OsmApi(passwordfile=path)
self.assertEquals('testosm', my_api._username)
self.assertEquals('testpass', my_api._password)
def auth_api():
api_base = "http://api06.dev.openstreetmap.org"
api = osmapi.OsmApi(api=api_base,
username='******',
password='******')
api._session._sleep = mock.Mock()
yield api
api.close()
def GetData(self, src="api"):
#get data
if src == "api":
Api = osmapi.OsmApi()
try:
DataRel = Api.RelationFull(self._relid)
if not DataRel:
self.error("La relation n'existe pas")
except:
self.error("La relation n'existe pas")
elif src == "bin":
try:
import Pyro.core
bin = Pyro.core.getProxyForURI("PYROLOC://osm3/OsmBin")
DataRel = bin.RelationFullRecur(self._relid)
if not DataRel:
self.error("La relation n'existe pas")
except:
self.error("La relation n'existe pas")
#
self._relations = [
c[u'data'] for c in DataRel if c[u'type'] == u'relation'
]
self._relation = {}
for rel in self._relations:
self._relation[rel[u'id']] = rel
self._ways = [c[u'data'] for c in DataRel if c[u'type'] == u'way']
self._way = {}
for way in self._ways:
self._way[way[u'id']] = way
self._nodes = [c[u'data'] for c in DataRel if c[u'type'] == u'node']
self._node = {}
for node in self._nodes:
self._node[node[u'id']] = node
#Bbox
self._mLon = float(180)
self._mLat = float(90)
self._MLon = float(-180)
self._MLat = float(-90)
for node in self._nodes:
self._mLon = min(self._mLon, node[u'lon'])
self._mLat = min(self._mLat, node[u'lat'])
self._MLon = max(self._MLon, node[u'lon'])
self._MLat = max(self._MLat, node[u'lat'])
self._mLon -= 0.001
self._mLat -= 0.001
self._MLon += 0.001
self._MLat += 0.001
def find(debug=False):
"""Display park data in the bounding box."""
data = []
parks = 0
# Create an API connection
log.info("connecting to OSM...")
api = osmapi.OsmApi()
for count, (out_bbox, sections) in enumerate(BBOXES, start=1):
# Iterate through each section of the bounding box
log.info("loading bounding box %s...", count)
log.debug("outer bounding box: %s", out_bbox)
height = (out_bbox['max_lat'] - out_bbox['min_lat']) / sections
width = (out_bbox['max_lon'] - out_bbox['min_lon']) / sections
for row in range(sections):
if debug and row != int(sections / 2):
continue
for col in range(sections):
if debug and col != int(sections / 2):
continue
log.info("loading region (%s, %s) of (%s, %s) ...", row, col,
sections - 1, sections - 1)
# define an inner bounding box
bbox = {
'min_lat': out_bbox['min_lat'] + row * height,
'min_lon': out_bbox['min_lon'] + col * width,
'max_lat': out_bbox['min_lat'] + (row + 1) * height,
'max_lon': out_bbox['min_lon'] + (col + 1) * width
}
log.debug("inner bounding box: %s", bbox)
# get a list of points in a given bounding box
# http://osmapi.divshot.io/#OsmApi.OsmApi.Map
points = api.Map(**bbox)
# find all parks in the list of points
for point in points:
if point['type'] == 'node':
data.append(point)
if point['type'] in ('way', 'relation'):
if any(
((point['data']['tag'].get('leisure') == 'park'),
(point['data']['tag'].get('name')
in PARK_NAMES))):
log.debug("found park: %s", point['data'])
data.append(point)
parks += 1
log.info("found %s parks", parks)
return data
def run(self):
api = osmapi.OsmApi(api="https://api06.dev.openstreetmap.org",
username=u"jlefebvre",
password=u"yY@o6LNDHM")
api.ChangesetCreate({u"cinemas d'ile de france": u"MyCineMap"})
all = pandas.read_sql("SELECT * FROM cine",
con=DB_ENGINES[self.engine_name])
for index, row in all.iterrows():
values = row["geo"].split(",")
api.NodeCreate({u"lon": values[1], u"lat": values[0], u"tag": {}})
api.ChangesetClose()
self.task_complete = True
def get_osm_geom(osm_type, osm_id):
osm_api = osmapi.OsmApi()
try:
if osm_type == 'way':
nodes = osm_api.WayFull(osm_id)
ordered_node_list = []
way_dict = {}
way_order = []
for item in nodes:
if item.get('type') == 'node':
node = item.get('data')
lat = node.get('lat')
lon = node.get('lon')
way_dict[node.get('id')] = [lat, lon]
elif item.get('type') == 'way':
way = item.get('data')
way_order = way.get('nd')
for node_id in way_order:
ordered_node_list.append(way_dict.get(node_id))
return ordered_node_list
elif osm_type == 'node':
node = osm_api.NodeGet(osm_id)
lat = node.get('lat')
lon = node.get('lon')
return [lat, lon]
elif osm_type == 'relation':
nodes = osm_api.RelationFull(osm_id)
ordered_node_list = []
way_dict = {}
ways = {}
members = []
for item in nodes:
if item.get('type') == 'node':
node = item.get('data')
lat = node.get('lat')
lon = node.get('lon')
way_dict[node.get('id')] = [lat, lon]
elif item.get('type') == 'way':
way = item.get('data')
ways[way.get('id')] = way.get('nd')
elif item.get('type') == 'relation':
relation = item.get('data')
members = relation.get('member')
# choose only outer member since mapbox does not support multipolygons
for rel_member in members:
if rel_member.get('role') == 'outer': member = rel_member
for node_id in ways.get(member.get('ref')):
ordered_node_list.append(way_dict.get(node_id))
return ordered_node_list
except Exception as e:
logger.error(traceback.format_exc())
return []
def __init__(self, transport, localfile=""):
"""Initialise an OSM-file parser"""
self.routing = {}
self.rnodes = {}
self.tiles = []
self.transport = transport if transport != "cycle" else "bicycle" # Osm uses bicycle in tags
self.localFile = localfile
self.type = TYPES[transport]
if self.localFile:
self.loadOsm(self.localFile)
self.api = None
else:
self.api = osmapi.OsmApi(api="api.openstreetmap.org")
def setupMock(self, status=200):
mock_response = mock.Mock()
mock_response.status_code = status
mock_response.reason = "test reason"
mock_response.content = 'test response'
self.mock_session = mock.Mock()
self.mock_session.request = mock.Mock(return_value=mock_response)
self.mock_session.close = mock.Mock()
self.mock_session.auth = ('testuser', 'testpassword')
self.api = osmapi.OsmApi(api=self.api_base,
session=self.mock_session,
username='******',
password='******')
def get_overpass_way_feature(Pts, index_used, lat, lon, lim_dist, query_name):
tree = ET.parse("Overpass.xml")
root = tree.getroot()
allways = root.findall('way')
i_name = 1
api = osmapi.OsmApi()
for way in allways:
for tag in way.findall('tag'):
if tag.attrib['k'] == 'name':
name = tag.attrib['v']
i_name -= 1
way_id = way.get('id')
nodes_id = api.WayGet(way_id)
nodes = api.NodesGet(nodes_id['nd'])
lat2 = []
lon2 = []
for node_id in nodes:
lat2.append(nodes[node_id]['lat'])
lon2.append(nodes[node_id]['lon'])
(match, near_lon, near_lat,
index) = find_nearest_way(lon, lat, lon2, lat2, lim_dist)
if match == 1:
i_name = i_name + 1
[lon_new, lat_new,
new_gpx_index] = add_new_point(lon, lat, near_lon, near_lat,
index)
name = query_name + str(
i_name) # set by default in case proper tag not found
ele = '' # set default in case proper tag not found
for tag in way.findall('tag'):
if tag.attrib['k'] == 'name':
name = tag.attrib['v']
i_name -= 1
# Because only 1 POI is possible per GPS point
if index not in index_used:
print query_name + " - " + name
Pt = point(name, lon_new, lat_new, ele, node_id, index,
new_gpx_index, query_name)
Pts.append(Pt)
index_used.append(index)
else:
print '/!\ Node index already used: ' + query_name + " - " + name + " - " + ele
return Pts
def readMap(self, src):
api = osmapi.OsmApi()
file = open(src, "r")
self.area = api.ParseOsm(file.read())
self.dict = {}
self.green = ogr.Geometry(ogr.wkbMultiPolygon)
self.roads = ogr.Geometry(ogr.wkbMultiLineString)
for item in self.area:
self.dict[item.get("data").get("id")] = item.get("data")
file.close()
def main():
api = osmapi.OsmApi(api=OSM_URL, passwordfile="credentials.txt")
api.ChangesetCreate({u"comment": u"Test of automated edit"})
tags = {"name": "Test node", "natural": "peak"}
print(api.NodeCreate({u"lon": LONG_MIN, u"lat": LAT_MIN, u"tag": tags}))
nodes = []
first = None
for lat, lon in OUTER_COORDS:
nodes.append(api.NodeCreate({"lon": lon, "lat": lat})["id"])
if first is None:
first = nodes[-1]
nodes.append(first)
tags = {"name": "Test way", "building": "yes"}
api.WayCreate({"nd": nodes, "tag": tags})
api.ChangesetClose()
def main():
overpass_api = overpass.API()
overpass_api.Debug = True
username = input("Username: "******"Password: "******" " + VERSION,
debug=True)
with open('locs.json', 'r') as fp:
scraped = json.load(fp)
checker = Checker(overpass_api, osm_api, load_banks(overpass_api), scraped)
checker.run()
def get_bounding_box_data(*lat_lon):
"""
Only works for latin america <3
TODO: improve logic
"""
lats = [l[0] for l in lat_lon]
lons = [l[1] for l in lat_lon]
min_lon = min(lons)
min_lat = min(lats)
max_lon = max(lons)
max_lat = max(lats)
api = osmapi.OsmApi()
return api.Map(min_lon, min_lat, max_lon, max_lat)
def main():
with open('nab.json', 'r') as fp:
nab_locations = json.load(fp)
atms = []
banks = []
for location in nab_locations:
if location['tags']['amenity'] == 'atm':
atms.append(location)
else:
banks.append(location)
allowed_names = ['Neue Aargauer Bank', 'Neue Aargauer Bank AG', 'NAB']
atm_checker = ATMChecker(atms,
allowed_names=allowed_names,
overpass_api=overpass.API())
username = input("username: "******"password: "******" " + VERSION)
changer = Changer(osm_api, dry_run=True, source=NAB_ATM_SOURCE)
changer.begin("Add information to the ATM of Neue Aargauer Bank")
for obj, match in atm_checker.find_all_objects():
if match:
changer.set_some_tags(match,
obj['tags'],
allowed_tags=['operator'])
print("=" * 80)
print(obj)
print("=" * 80)
print(match)
print("=" * 80)
else:
open_browser(**obj['coordinates'])
for action in changer.get_planned_actions():
tags = action.previous_tags
next_tags = action.obj['tag']
helper.print_different_tags(tags, next_tags)
input("Enter... :)")
changer.commit()
def downloadMap(self, minX, minY, maxX, maxY):
api = osmapi.OsmApi()
#file = open(name, "r")
minUTM = utm.to_latlon(minX, minY, 30, 'U')
maxUTM = utm.to_latlon(maxX, maxY, 30, 'U')
self.area = api.Map(minUTM[1], minUTM[0], maxUTM[1], maxUTM[0])
self.dict = {}
self.green = ogr.Geometry(ogr.wkbMultiPolygon)
self.buildings = ogr.Geometry(ogr.wkbMultiPolygon)
self.roads = ogr.Geometry(ogr.wkbMultiLineString)
for item in self.area:
self.dict[item.get("data").get("id")] = item.get("data")
def get_coords_for_relation(rid, start_node, end_node):
osm = osmapi.OsmApi()
relation_details = osm.RelationGet(rid)
wl = get_way_list(relation_details)
print("Relation %d mapped to %d ways" % (rid, len(wl)))
coords_list = []
on_list = []
prev_last_node = -1
for wid in wl:
w_on_list, w_coords_list = get_coords_for_way(wid, prev_last_node)
on_list.extend(w_on_list)
coords_list.extend(w_coords_list)
prev_last_node = w_on_list[-1]
print("After adding %d entries from wid %d, curr count = %d" % (len(w_on_list), wid, len(coords_list)))
start_index = on_list.index(start_node)
end_index = on_list.index(end_node)
assert start_index <= end_index, "Start index %d is before end %d" % (start_index, end_index)
return coords_list[start_index:end_index+1]
def application(environ, start_response):
status = '200 OK'
try:
request_body_size = int(environ.get('CONTENT_LENGTH', 0))
except (ValueError):
request_body_size = 0
request_body = environ['wsgi.input'].read(request_body_size)
d = json.loads(request_body)
ways_string = parse_qs(d["ways"])
ways = ways_string.get('way', [])
if len(ways) == 0:
status = '400 Bad request'
response_body = 'no ways indicated'
elif d["username"] == None or d["password"] == None or d["comment"] == None:
status = '400 Bad request'
response_body = 'no username, password, or comment indicated'
else:
try:
api = osmapi.OsmApi(username=d["username"],
password=d["password"],
created_by="peundemerg.ro-0.1")
api.ChangesetCreate({u"comment": d["comment"]})
for way in ways:
x = api.WayGet(way)
x['tag'][u'smoothness'] = d["smoothness"]
x['tag'][u'surface_survey'] = d["surface_survey"]
x['tag'][u'surface'] = d["surface"]
api.WayUpdate(x)
response_body = str(api.ChangesetClose())
except Exception as inst:
traceback.print_exc()
status = '400 Bad request'
response_body = str(inst)
response_headers = [('Content-type', 'text/plain'),
('Content-Length', str(len(response_body)))]
start_response(status, response_headers)
return [response_body]
def test_NodeCreate_changesetauto(self):
# setup mock
self.api = osmapi.OsmApi(api="api06.dev.openstreetmap.org",
changesetauto=True)
for filename in [
'test_NodeCreate_changesetauto.xml',
'test_ChangesetUpload_create_node.xml',
'test_ChangesetClose.xml'
]:
self._session_mock(auth=True, filenames=[filename])
test_node = {
'lat': 47.123,
'lon': 8.555,
'tag': {
'amenity': 'place_of_worship',
'religion': 'pastafarian'
}
}
self.assertIsNone(self.api.NodeCreate(test_node))