# Path: tapes/reporting/statsd.py
# class StatsdReporter(ScheduledReporter):
#     """Reporter for StatsD."""
#     def __init__(self, interval, host='localhost', port=8125, prefix=None, registry=None):
#         """
#         :param interval: a timedelta, how often metrics are reported
#         :param host: the statsd host
#         :param port: the statsd port
#         :param prefix: the statsd prefix to use
#         :param registry: the registry to report on, defaults to the global one
#         """
#         super(StatsdReporter, self).__init__(interval, registry)
#         self.statsd_client = statsd.StatsClient(host, port, prefix)
# 
#     def _report_meter(self, name, meter):
#         stats = meter.get_values()
#         self.statsd_client.gauge('{}.total'.format(name), stats['count'])
#         self.statsd_client.timing('{}.m1_rate'.format(name), stats['m1'])
#         self.statsd_client.timing('{}.m5_rate'.format(name), stats['m5'])
#         self.statsd_client.timing('{}.m15_rate'.format(name), stats['m15'])
# 
#     def _report_timer(self, name, timer):
#         stats = timer.get_values()
#         self.statsd_client.gauge('{}.total'.format(name), stats['count'])
#         self.statsd_client.timing('{}.m1_rate'.format(name), stats['m1'])
#         self.statsd_client.timing('{}.m5_rate'.format(name), stats['m5'])
#         self.statsd_client.timing('{}.m15_rate'.format(name), stats['m15'])
#         # statsd wants millis, this is in seconds internally
#         self.statsd_client.timing('{}.min'.format(name), stats['min'] * 1000)
#         self.statsd_client.timing('{}.max'.format(name), stats['max'] * 1000)
#         self.statsd_client.timing('{}.mean'.format(name), stats['mean'] * 1000)
#         self.statsd_client.timing('{}.stddev'.format(name), stats['stddev'] * 1000)
#         self.statsd_client.timing('{}.q50'.format(name), stats['q50'] * 1000)
#         self.statsd_client.timing('{}.q75'.format(name), stats['q75'] * 1000)
#         self.statsd_client.timing('{}.q98'.format(name), stats['q98'] * 1000)
#         self.statsd_client.timing('{}.q99'.format(name), stats['q99'] * 1000)
#         self.statsd_client.timing('{}.q999'.format(name), stats['q999'] * 1000)
# 
#     def _report_gauge(self, name, gauge):
#         stats = gauge.get_values()
#         self.statsd_client.gauge('{}.value'.format(name), stats['value'])
# 
#     def _report_counter(self, name, counter):
#         stats = counter.get_values()
#         self.statsd_client.incr('{}.value'.format(name), stats['value'])
# 
#     def _report_histogram(self, name, histogram):
#         stats = histogram.get_values()
#         self.statsd_client.gauge('{}.total'.format(name), stats['count'])
#         self.statsd_client.timing('{}.min'.format(name), stats['min'])
#         self.statsd_client.timing('{}.max'.format(name), stats['max'])
#         self.statsd_client.timing('{}.mean'.format(name), stats['mean'])
#         self.statsd_client.timing('{}.stddev'.format(name), stats['stddev'])
#         self.statsd_client.timing('{}.q50'.format(name), stats['q50'])
#         self.statsd_client.timing('{}.q75'.format(name), stats['q75'])
#         self.statsd_client.timing('{}.q98'.format(name), stats['q98'])
#         self.statsd_client.timing('{}.q99'.format(name), stats['q99'])
#         self.statsd_client.timing('{}.q999'.format(name), stats['q999'])
# 
#     def _talk_this_way(self, name, thing):
#         if isinstance(thing, Meter):
#             self._report_meter(name, thing)
#         elif isinstance(thing, Timer):
#             self._report_timer(name, thing)
#         elif isinstance(thing, Gauge):
#             self._report_gauge(name, thing)
#         elif isinstance(thing, Counter):
#             self._report_counter(name, thing)
#         elif isinstance(thing, Histogram):
#             self._report_histogram(name, thing)
#         else:
#             raise ValueError('No clue what a {} is'.format(type(thing)))
# 
#     def _walk_this_way(self, stats, curr_name=''):
#         try:
#             for k, v in stats.items():
#                 self._walk_this_way(v, '{}.{}'.format(curr_name, k) if curr_name else k)
#         except AttributeError:
#             self._talk_this_way(curr_name, stats)
# 
#     def report(self):
#         if reporting_logger.isEnabledFor(logging.DEBUG):
#             reporting_logger.debug('Reporting to StatsD %s', self.registry.get_stats())
#         self._walk_this_way(self.registry.stats, '')
# 
# Path: tests/local/base.py
# class StatsTest(unittest.TestCase):
#     def setUp(self):
#         self.registry = Registry()


from datetime import timedelta
from time import sleep
from fudge.inspector import arg
from tapes.reporting.statsd import StatsdReporter
from tests.local.base import StatsTest
import fudge
from __future__ import print_function



def is_within(delta):
    class _(object):
        def of(self, expected_value):
            def _check(value):
                return abs(value - expected_value) < delta
            return arg.passes_test(_check)

    return _()


is_float = arg.passes_test(lambda x: isinstance(x, float))



# Path: tapes/reporting/statsd.py
# class StatsdReporter(ScheduledReporter):
#     """Reporter for StatsD."""
#     def __init__(self, interval, host='localhost', port=8125, prefix=None, registry=None):
#         """
#         :param interval: a timedelta, how often metrics are reported
#         :param host: the statsd host
#         :param port: the statsd port
#         :param prefix: the statsd prefix to use
#         :param registry: the registry to report on, defaults to the global one
#         """
#         super(StatsdReporter, self).__init__(interval, registry)
#         self.statsd_client = statsd.StatsClient(host, port, prefix)
# 
#     def _report_meter(self, name, meter):
#         stats = meter.get_values()
#         self.statsd_client.gauge('{}.total'.format(name), stats['count'])
#         self.statsd_client.timing('{}.m1_rate'.format(name), stats['m1'])
#         self.statsd_client.timing('{}.m5_rate'.format(name), stats['m5'])
#         self.statsd_client.timing('{}.m15_rate'.format(name), stats['m15'])
# 
#     def _report_timer(self, name, timer):
#         stats = timer.get_values()
#         self.statsd_client.gauge('{}.total'.format(name), stats['count'])
#         self.statsd_client.timing('{}.m1_rate'.format(name), stats['m1'])
#         self.statsd_client.timing('{}.m5_rate'.format(name), stats['m5'])
#         self.statsd_client.timing('{}.m15_rate'.format(name), stats['m15'])
#         # statsd wants millis, this is in seconds internally
#         self.statsd_client.timing('{}.min'.format(name), stats['min'] * 1000)
#         self.statsd_client.timing('{}.max'.format(name), stats['max'] * 1000)
#         self.statsd_client.timing('{}.mean'.format(name), stats['mean'] * 1000)
#         self.statsd_client.timing('{}.stddev'.format(name), stats['stddev'] * 1000)
#         self.statsd_client.timing('{}.q50'.format(name), stats['q50'] * 1000)
#         self.statsd_client.timing('{}.q75'.format(name), stats['q75'] * 1000)
#         self.statsd_client.timing('{}.q98'.format(name), stats['q98'] * 1000)
#         self.statsd_client.timing('{}.q99'.format(name), stats['q99'] * 1000)
#         self.statsd_client.timing('{}.q999'.format(name), stats['q999'] * 1000)
# 
#     def _report_gauge(self, name, gauge):
#         stats = gauge.get_values()
#         self.statsd_client.gauge('{}.value'.format(name), stats['value'])
# 
#     def _report_counter(self, name, counter):
#         stats = counter.get_values()
#         self.statsd_client.incr('{}.value'.format(name), stats['value'])
# 
#     def _report_histogram(self, name, histogram):
#         stats = histogram.get_values()
#         self.statsd_client.gauge('{}.total'.format(name), stats['count'])
#         self.statsd_client.timing('{}.min'.format(name), stats['min'])
#         self.statsd_client.timing('{}.max'.format(name), stats['max'])
#         self.statsd_client.timing('{}.mean'.format(name), stats['mean'])
#         self.statsd_client.timing('{}.stddev'.format(name), stats['stddev'])
#         self.statsd_client.timing('{}.q50'.format(name), stats['q50'])
#         self.statsd_client.timing('{}.q75'.format(name), stats['q75'])
#         self.statsd_client.timing('{}.q98'.format(name), stats['q98'])
#         self.statsd_client.timing('{}.q99'.format(name), stats['q99'])
#         self.statsd_client.timing('{}.q999'.format(name), stats['q999'])
# 
#     def _talk_this_way(self, name, thing):
#         if isinstance(thing, Meter):
#             self._report_meter(name, thing)
#         elif isinstance(thing, Timer):
#             self._report_timer(name, thing)
#         elif isinstance(thing, Gauge):
#             self._report_gauge(name, thing)
#         elif isinstance(thing, Counter):
#             self._report_counter(name, thing)
#         elif isinstance(thing, Histogram):
#             self._report_histogram(name, thing)
#         else:
#             raise ValueError('No clue what a {} is'.format(type(thing)))
# 
#     def _walk_this_way(self, stats, curr_name=''):
#         try:
#             for k, v in stats.items():
#                 self._walk_this_way(v, '{}.{}'.format(curr_name, k) if curr_name else k)
#         except AttributeError:
#             self._talk_this_way(curr_name, stats)
# 
#     def report(self):
#         if reporting_logger.isEnabledFor(logging.DEBUG):
#             reporting_logger.debug('Reporting to StatsD %s', self.registry.get_stats())
#         self._walk_this_way(self.registry.stats, '')
# 
# Path: tests/local/base.py
# class StatsTest(unittest.TestCase):
#     def setUp(self):
#         self.registry = Registry()


# Path: tests/reporting/test_statsd_reporting.py
from datetime import timedelta
from time import sleep
from fudge.inspector import arg
from tapes.reporting.statsd import StatsdReporter
from tests.local.base import StatsTest
import fudge

from __future__ import print_function



def is_within(delta):
    class _(object):
        def of(self, expected_value):
            def _check(value):
                return abs(value - expected_value) < delta
            return arg.passes_test(_check)

    return _()


is_float = arg.passes_test(lambda x: isinstance(x, float))



class StatsdReportingTestCase(StatsTest):