def graph(self, graphing_library='matplotlib'):
    """
    graph generates two types of graphs
    'time': generate a time-series plot for all submetrics (the x-axis is a time series)
    'cdf': generate a CDF plot for important submetrics (the x-axis shows percentiles)
    """
    logger.info('Using graphing_library {lib} for metric {name}'.format(lib=graphing_library, name=self.label))
    self.plot_cdf(graphing_library)
    self.plot_timeseries(graphing_library)
    return True
def graph(self, graphing_library='matplotlib'):
    """
    graph generates two types of graphs
    'time': generate a time-series plot for all submetrics (the x-axis is a time series)
    'cdf': generate a CDF plot for important submetrics (the x-axis shows percentiles)
    """
    logger.info('Using graphing_library {lib} for metric {name}'.format(lib=graphing_library, name=self.label))
    self.plot_cdf(graphing_library)
    self.plot_timeseries(graphing_library)
    return True
def graph ( self , graphing_library = 'matplotlib' ) : logger . info ( 'Using graphing_library {lib} for metric {name}' . format ( lib = graphing_library , name = self . label ) ) self . plot_cdf ( graphing_library ) self . plot_timeseries ( graphing_library ) return True
graph generates two types of graphs
    'time': generate a time-series plot for all submetrics (the x-axis is a time series)
    'cdf': generate a CDF plot for important submetrics (the x-axis shows percentiles)
graph generates two types of graphs time : generate a time - series plot for all submetrics ( the x - axis is a time series ) cdf : generate a CDF plot for important submetrics ( the x - axis shows percentiles )