def run(method='read', expr=None, vars=None, time=None, fields=None, limit=1000, sort=None, fill=None):
# Create an empty response object.
response = geoweb.empty_response();
# Check the requested method.
if method not in ['find', 'read']:
response['error'] = "Unsupported data operation '%s'" % (method)
return bson.json_util.dumps(response)
# Decode the strings into Python objects.
try:
if expr is not None: expr = decode(expr, 'expr', response)
if vars is not None: vars = decode(vars, 'vars', response)
if time is not None: time = decode(time, 'time', response)
if fields is not None: fields = decode(fields, 'f', response)
if sort is not None: sort = decode(sort, 'sort', response)
if fill is not None:
fill = decode(fill, 'fill', response)
else:
fill = True
except ValueError:
return bson.json_util.dumps(response)
# Cast the limit value to an int
try:
limit = int(limit)
except ValueError:
response['error'] = "Argument 'limit' ('%s') could not be converted to int." % (limit)
return bson.json_util.dumps(response)
# Perform the requested action.
if method == 'find':
# @todo This method should find the matching data on the server
pass
elif method == 'read':
# Load reader module
import reader
try:
it = reader.read(expr, vars, time)
# Create a list of the results.
if fill:
results = [it]
else:
results = []
# Create an object to structure the results.
retobj = {}
retobj['count'] = 1
retobj['data'] = results
# Pack the results into the response object, and return it.
response['result'] = retobj
except IOError as io:
response['error'] = io.message
else:
raise RuntimeError("illegal method '%s' in module 'mongo'")
# Return the response object.
return bson.json_util.dumps(response)
def run(server, db, coll, method='find', queryId=None, query=None, limit=1000, fields=None, sort=None, fill=None):
# Create an empty response object.
response = geoweb.empty_response()
# Check the requested method.
if method not in ['find', 'insert']:
response['error'] = "Unsupported MongoDB operation '%s'" % (method)
return bson.json_util.dumps(response)
# Decode the query strings into Python objects.
try:
if query is not None: query = decode(query, 'query', response)
if fields is not None: fields = decode(fields, 'fields', response)
if sort is not None: sort = decode(sort, 'sort', response)
if fill is not None:
fill = decode(fill, 'fill', response)
else:
fill = True
except ValueError:
return bson.json_util.dumps(response)
# Cast the limit value to an int.
try:
limit = int(limit)
except ValueError:
response['error'] = "Argument 'limit' ('%s') could not be converted to int." % (limit)
return bson.json_util.dumps(response)
# Create database connection.
try:
c = pymongo.Connection(server)[db][coll]
except pymongo.errors.AutoReconnect:
response['error'] = "Could not connect to MongoDB server '%s'" % (server)
return bson.json_util.dumps(response)
# Perform the requested action.
if method == 'find':
# Do a find operation with the passed arguments.
it = c.find(spec=query, fields=fields, limit=limit, sort=sort)
# Create a list of the results.
if fill:
results = [x for x in it]
else:
results = []
# Create an object to structure the results.
retobj = {}
if queryId:
retobj['queryId'] = int(queryId)
retobj['count'] = it.count()
retobj['data'] = results
# Pack the results into the response object, and return it.
response['result'] = retobj
else:
raise RuntimeError("illegal method '%s' in module 'mongo'")
# Return the response object.
return bson.json_util.dumps(response)
def count_points(bbox, res, limit=1):
bbox = json.loads(bbox)
res = float(res)
response = geoweb.empty_response()
count = find_points(bbox, None, res, limit, 0).count(True)
response['result'] = {'count': count}
return response
def run(parameter= None):
response = geoweb.empty_response()
method = cherrypy.request.method
if method == 'GET':
response['result'] = {'value': cherrypy.session[parameter] }
elif method == 'DELETE':
cherrypy.session.clear()
return json.dumps(response)
def run(*pargs, **kwargs):
method = cherrypy.request.method
# GET /floodmap/<id>/points
# {
# result: {id: <id>, geoJson: <points>,
# hasMore: <true|false> }
# }
if method == 'GET':
if len(pargs) == 1 and pargs[0] == 'count':
cherrypy.log("here")
response = count_points(**kwargs)
elif len(kwargs) > 1:
response = points(**kwargs)
else:
response = geoweb.empty_response();
response['error'] = "Invalid GET request"
else:
response = geoweb.empty_response();
response['error'] = "Unsupported HTTP method"
return json.dumps(response)
def run(*pargs, **kwargs):
response = geoweb.empty_response();
streamId = str(uuid.uuid1())
expr = kwargs['expr']
base_url = cherrypy.session['ESGFBaseUrl']
streams[streamId] = query(base_url, expr)
response['result'] = {'hasNext': True, 'streamId': streamId}
if 'queryId' in kwargs:
response['result']['queryId'] = int(kwargs['queryId'])
return json.dumps(response)
def points(id, bbox, rise, res, thresh, cluster, batch):
try:
bbox = json.loads(bbox)
rise = int(rise)
batch = int(batch)
res = float(res)
thresh = float(thresh)
cluster = float(cluster)
if not id:
id = uuid.uuid4()
cherrypy.log("course points")
points = []
raw_points = find_points(bbox, rise, res, BATCH_SIZE, batch)
for point in raw_points:
elevation = point['tile']['properties']['elevation']
coordinates = point['tile']['coordinates']
coordinates.append(elevation)
points.append(coordinates)
cherrypy.log(str(thresh))
cherrypy.log(str(cluster))
if thresh != -1.0:
points = remove_outliers(points, thresh, cluster)
response = geoweb.empty_response()
geojson = to_geojson(points)
has_more = True
if len(points) == 0 or len(points) < BATCH_SIZE:
has_more = False
response['result'] = {'id': str(id),
'hasMore': has_more,
'res': res,
'batch': batch + 1,
'geoJson': geojson}
except:
import traceback
cherrypy.log(traceback.format_exc())
return response
def run(method, **kwargs):
response = geoweb.empty_response();
start = None
end = None
bbox = None
if method == 'query':
streamId = str(uuid.uuid1())
expr = kwargs['expr']
if 'start' in kwargs:
start = kwargs['start']
if 'end' in kwargs:
end = kwargs['end']
if 'bbox' in kwargs:
bbox = kwargs['bbox']
base_url = cherrypy.session['ESGFBaseUrl']
streams[streamId] = query(base_url, expr, start, end, bbox)
response['result'] = {'hasNext': True, 'streamId': streamId}
if 'queryId' in kwargs:
response['result']['queryId'] = int(kwargs['queryId'])
elif method == 'stream':
streamId = None
if 'streamId' in kwargs:
streamId = kwargs['streamId']
if 'cancel' in kwargs:
if streamId in streams:
del streams[streamId]
response['result'] = {'hasNext': False}
try:
if streamId in streams:
response['result'] = {'hasNext': True,
'streamId': streamId,
'data': [streams[streamId].next()] };
else:
response['result'] = {'hasNext': False}
except StopIteration:
response['result'] = {'hasNext': False}
if 'queryId' in kwargs:
response['result']['queryId'] = int(kwargs['queryId'])
elif method == 'read':
url = kwargs['url'].strip('"')
read(url);
elif method == "download":
user_url = cherrypy.session['username']
url = kwargs['url'].strip('"')
size = kwargs['size']
checksum = kwargs['checksum']
r = pygeo.esgf.download.download.delay(url, size, checksum, user_url);
response['result'] = {'taskId': r.task_id}
elif method == 'download_status':
response['result'] = pygeo.esgf.download.status(**kwargs)
elif method == 'cancel_download':
pygeo.esgf.download.cancel(**kwargs)
elif method == 'filepath':
user_url = cherrypy.session['username']
url = kwargs['url'].strip('"')
response['result'] = {'filepath': url_to_download_filepath(user_url, url)}
elif method == 'registerGroups':
response['result'] = {'groups': pygeo.esgf.registration.register_groups(**kwargs)}
elif method == 'register':
response['result'] = {'success': pygeo.esgf.registration.register_with_group(**kwargs)}
else:
raise RuntimeError("illegal method '%s' in module 'esgf'" % (method))
return json.dumps(response)
