def get(self):
    '''
    :return:
    '''
    cluster = self.get_argument("cluster")
    environ = self.get_argument("environ")
    topology = self.get_argument("topology")
    component = self.get_argument("component", default=None)
    metric = self.get_argument("metric")
    instances = self.get_argument("instance")
    start = self.get_argument("starttime")
    end = self.get_argument("endtime")
    maxquery = self.get_argument("max", default=False)
    timerange = (start, end)
    compnames = [component]

    # fetch the metrics
    futures = {}
    if metric == "backpressure":
      for comp in compnames:
        future = query_handler.fetch_backpressure(cluster, metric, topology, component,
                                                  instances, timerange, maxquery, environ)
        futures[comp] = future
    else:
      fetch = query_handler.fetch_max if maxquery else query_handler.fetch
      for comp in compnames:
        future = fetch(cluster, metric, topology, component,
                       instances, timerange, environ)
        futures[comp] = future

    results = yield futures
    self.write(results[component] if component else results)
def get(self):
    '''
    :return:
    '''
    cluster = self.get_argument("cluster")
    environ = self.get_argument("environ")
    topology = self.get_argument("topology")
    component = self.get_argument("component", default=None)
    metric = self.get_argument("metric")
    instances = self.get_argument("instance")
    start = self.get_argument("starttime")
    end = self.get_argument("endtime")
    maxquery = self.get_argument("max", default=False)
    timerange = (start, end)
    compnames = [component]

    # fetch the metrics
    futures = {}
    if metric == "backpressure":
      for comp in compnames:
        future = query_handler.fetch_backpressure(cluster, metric, topology, component,
                                                  instances, timerange, maxquery, environ)
        futures[comp] = future
    else:
      fetch = query_handler.fetch_max if maxquery else query_handler.fetch
      for comp in compnames:
        future = fetch(cluster, metric, topology, component,
                       instances, timerange, environ)
        futures[comp] = future

    results = yield futures
    self.write(results[component] if component else results)
def get ( self ) : cluster = self . get_argument ( "cluster" ) environ = self . get_argument ( "environ" ) topology = self . get_argument ( "topology" ) component = self . get_argument ( "component" , default = None ) metric = self . get_argument ( "metric" ) instances = self . get_argument ( "instance" ) start = self . get_argument ( "starttime" ) end = self . get_argument ( "endtime" ) maxquery = self . get_argument ( "max" , default = False ) timerange = ( start , end ) compnames = [ component ] # fetch the metrics futures = { } if metric == "backpressure" : for comp in compnames : future = query_handler . fetch_backpressure ( cluster , metric , topology , component , instances , timerange , maxquery , environ ) futures [ comp ] = future else : fetch = query_handler . fetch_max if maxquery else query_handler . fetch for comp in compnames : future = fetch ( cluster , metric , topology , component , instances , timerange , environ ) futures [ comp ] = future results = yield futures self . write ( results [ component ] if component else results )
:return:
: return :