# Path: moira/graphite/datalib.py
# def createRequestContext(fromTime, endTime, allowRealTimeAlerting):
#     def __init__(self, name, start, end, step, values, consolidate='average'):
#     def __iter__(self):
#     def consolidate(self, valuesPerPoint):
#     def __consolidatingGenerator(self, gen):
#     def __consolidate(self, values):
#     def __repr__(self):
#     def getInfo(self):
# def unpackTimeSeries(dataList, retention, startTime, endTime, bootstrap, allowRealTimeAlerting):
#     def getTimeSlot(timestamp):
# def fetchData(requestContext, pathExpr):
# class TimeSeries(list):
# 
# Path: moira/config.py
# CONFIG_PATH = '/etc/moira/config.yml'
# REDIS_HOST = "localhost"
# REDIS_PORT = 6379
# DBID = 0
# LOG_DIRECTORY = "stdout"
# LOG_LEVEL = "info"
# HTTP_PORT = 8081
# HTTP_ADDR = ''
# GRAPHITE = []
# GRAPHITE_PREFIX = 'DevOps.moira'
# GRAPHITE_INTERVAL = 10
# NODATA_CHECK_INTERVAL = 60
# CHECK_INTERVAL = 5
# CHECK_LOCK_TTL = 30
# STOP_CHECKING_INTERVAL = 30
# METRICS_TTL = 3600
# CHECKPOINT_GAP = 120
# PREFIX = "/api"
# HOSTNAME = socket.gethostname().split('.')[0]
# BAD_STATES_REMINDER = {'ERROR': 86400, 'NODATA': 86400}
# ARGS = None
#     ARGS = args
#         CONFIG_PATH = args.c
#             REDIS_HOST = cfg['redis']['host']
#             REDIS_PORT = cfg['redis']['port']
#             DBID = cfg['redis'].get('dbid', 0)
#             LOG_DIRECTORY = cfg['worker']['log_dir']
#             LOG_LEVEL = cfg['worker'].get('log_level', 'info')
#             HTTP_PORT = cfg['api']['port']
#             HTTP_ADDR = cfg['api']['listen']
#                 GRAPHITE_PREFIX = cfg['graphite']['prefix']
#                 GRAPHITE_INTERVAL = cfg['graphite']['interval']
#             NODATA_CHECK_INTERVAL = cfg['checker'].get('nodata_check_interval', 60)
#             CHECK_INTERVAL = cfg['checker'].get('check_interval', 5)
#             METRICS_TTL = cfg['checker'].get('metrics_ttl', 3600)
#             STOP_CHECKING_INTERVAL = cfg['checker'].get('stop_checking_interval', 30)
#         LOG_DIRECTORY = args.l
#         LOG_LEVEL = 'debug'
#         HTTP_PORT = args.port
# def get_parser():
# def read():
# 
# Path: moira/checker/expression.py
# DEFAULT = compile(_default, '<string>', mode='eval')
# class ExpressionError(Exception):
# def compile_expression(exp):
# def getExpression(trigger_expression=None, **kwargs):
# 
# Path: moira/checker/state.py
# OK = "OK"
# WARN = "WARN"
# ERROR = "ERROR"
# NODATA = "NODATA"
# EXCEPTION = "EXCEPTION"
# DEL = "DEL"
# SCORES = {
#     "OK": 0,
#     "DEL": 0,
#     "WARN": 1,
#     "ERROR": 100,
#     "NODATA": 1000,
#     "EXCEPTION": 100000
# }
# def to_metric_state(state):
# 
# Path: moira/checker/event.py
# def compare_states(trigger,
#                    current_state,
#                    last_state,
#                    timestamp,
#                    value=None,
#                    metric=None):
# 
# Path: moira/logs.py
# class ZeroPaddingDailyLogFile(DailyLogFile):
#     def suffix(self, tupledate):
# def init(outFile):
# def api():
# def checker_master():
# def checker_worker():
# def audit():
# def daily(name):


from time import time
from twisted.internet import defer
from moira.graphite import datalib
from moira import config
from moira.checker import expression
from moira.checker import state
from moira.checker import event
from moira.logs import log
                    time_series.update_state(t1, check, expression_state, expression_values, value_timestamp)

                    yield event.compare_states(trigger, metric_state, t1.last_state,
                                               value_timestamp, value=t1_value,
                                               metric=t1.name)

                # compare with last_check timestamp in case if we have not run checker for a long time
                if trigger.ttl and metric_state["timestamp"] + trigger.ttl < trigger.last_check["timestamp"]:
                    log.info("Metric {name} TTL expired for state {state}", name=t1.name, state=metric_state)
                    if trigger.ttl_state == state.DEL and metric_state.get("event_timestamp") is not None:
                        log.info("Remove metric {name}", name=t1.name)
                        del check["metrics"][t1.name]
                        for tN, tName in time_series.other_targets_names.iteritems():
                            log.info("Remove metric {name}", name=tName)
                            del check["metrics"][tName]
                        for pattern in trigger.struct.get("patterns"):
                            yield trigger.db.delPatternMetrics(pattern)
                        continue
                    time_series.update_state(t1, check, state.to_metric_state(trigger.ttl_state), None,
                                             trigger.last_check["timestamp"] - trigger.ttl)
                    yield event.compare_states(trigger, metric_state, t1.last_state, metric_state["timestamp"],
                                               metric=t1.name)

    except StopIteration:
        raise
    except Exception as e:
        log.error("Trigger check failed: {e}", e=e)
        check["state"] = state.EXCEPTION
        check["msg"] = "Trigger evaluation exception"
        yield event.compare_states(trigger, check, trigger.last_check, now)

# Path: moira/graphite/datalib.py
# def createRequestContext(fromTime, endTime, allowRealTimeAlerting):
#     def __init__(self, name, start, end, step, values, consolidate='average'):
#     def __iter__(self):
#     def consolidate(self, valuesPerPoint):
#     def __consolidatingGenerator(self, gen):
#     def __consolidate(self, values):
#     def __repr__(self):
#     def getInfo(self):
# def unpackTimeSeries(dataList, retention, startTime, endTime, bootstrap, allowRealTimeAlerting):
#     def getTimeSlot(timestamp):
# def fetchData(requestContext, pathExpr):
# class TimeSeries(list):
# 
# Path: moira/config.py
# CONFIG_PATH = '/etc/moira/config.yml'
# REDIS_HOST = "localhost"
# REDIS_PORT = 6379
# DBID = 0
# LOG_DIRECTORY = "stdout"
# LOG_LEVEL = "info"
# HTTP_PORT = 8081
# HTTP_ADDR = ''
# GRAPHITE = []
# GRAPHITE_PREFIX = 'DevOps.moira'
# GRAPHITE_INTERVAL = 10
# NODATA_CHECK_INTERVAL = 60
# CHECK_INTERVAL = 5
# CHECK_LOCK_TTL = 30
# STOP_CHECKING_INTERVAL = 30
# METRICS_TTL = 3600
# CHECKPOINT_GAP = 120
# PREFIX = "/api"
# HOSTNAME = socket.gethostname().split('.')[0]
# BAD_STATES_REMINDER = {'ERROR': 86400, 'NODATA': 86400}
# ARGS = None
#     ARGS = args
#         CONFIG_PATH = args.c
#             REDIS_HOST = cfg['redis']['host']
#             REDIS_PORT = cfg['redis']['port']
#             DBID = cfg['redis'].get('dbid', 0)
#             LOG_DIRECTORY = cfg['worker']['log_dir']
#             LOG_LEVEL = cfg['worker'].get('log_level', 'info')
#             HTTP_PORT = cfg['api']['port']
#             HTTP_ADDR = cfg['api']['listen']
#                 GRAPHITE_PREFIX = cfg['graphite']['prefix']
#                 GRAPHITE_INTERVAL = cfg['graphite']['interval']
#             NODATA_CHECK_INTERVAL = cfg['checker'].get('nodata_check_interval', 60)
#             CHECK_INTERVAL = cfg['checker'].get('check_interval', 5)
#             METRICS_TTL = cfg['checker'].get('metrics_ttl', 3600)
#             STOP_CHECKING_INTERVAL = cfg['checker'].get('stop_checking_interval', 30)
#         LOG_DIRECTORY = args.l
#         LOG_LEVEL = 'debug'
#         HTTP_PORT = args.port
# def get_parser():
# def read():
# 
# Path: moira/checker/expression.py
# DEFAULT = compile(_default, '<string>', mode='eval')
# class ExpressionError(Exception):
# def compile_expression(exp):
# def getExpression(trigger_expression=None, **kwargs):
# 
# Path: moira/checker/state.py
# OK = "OK"
# WARN = "WARN"
# ERROR = "ERROR"
# NODATA = "NODATA"
# EXCEPTION = "EXCEPTION"
# DEL = "DEL"
# SCORES = {
#     "OK": 0,
#     "DEL": 0,
#     "WARN": 1,
#     "ERROR": 100,
#     "NODATA": 1000,
#     "EXCEPTION": 100000
# }
# def to_metric_state(state):
# 
# Path: moira/checker/event.py
# def compare_states(trigger,
#                    current_state,
#                    last_state,
#                    timestamp,
#                    value=None,
#                    metric=None):
# 
# Path: moira/logs.py
# class ZeroPaddingDailyLogFile(DailyLogFile):
#     def suffix(self, tupledate):
# def init(outFile):
# def api():
# def checker_master():
# def checker_worker():
# def audit():
# def daily(name):


# Path: moira/checker/check.py
from time import time
from twisted.internet import defer
from moira.graphite import datalib
from moira import config
from moira.checker import expression
from moira.checker import state
from moira.checker import event
from moira.logs import log

                    time_series.update_state(t1, check, expression_state, expression_values, value_timestamp)

                    yield event.compare_states(trigger, metric_state, t1.last_state,
                                               value_timestamp, value=t1_value,
                                               metric=t1.name)

                # compare with last_check timestamp in case if we have not run checker for a long time
                if trigger.ttl and metric_state["timestamp"] + trigger.ttl < trigger.last_check["timestamp"]:
                    log.info("Metric {name} TTL expired for state {state}", name=t1.name, state=metric_state)
                    if trigger.ttl_state == state.DEL and metric_state.get("event_timestamp") is not None:
                        log.info("Remove metric {name}", name=t1.name)
                        del check["metrics"][t1.name]
                        for tN, tName in time_series.other_targets_names.iteritems():
                            log.info("Remove metric {name}", name=tName)
                            del check["metrics"][tName]
                        for pattern in trigger.struct.get("patterns"):
                            yield trigger.db.delPatternMetrics(pattern)
                        continue
                    time_series.update_state(t1, check, state.to_metric_state(trigger.ttl_state), None,
                                             trigger.last_check["timestamp"] - trigger.ttl)
                    yield event.compare_states(trigger, metric_state, t1.last_state, metric_state["timestamp"],
                                               metric=t1.name)

    except StopIteration:
        raise
    except Exception as e:
        log.error("Trigger check failed: {e}", e=e)
        check["state"] = state.EXCEPTION
        check["msg"] = "Trigger evaluation exception"
        yield event.compare_states(trigger, check, trigger.last_check, now)

    scores = sum(map(lambda m: state.SCORES[m["state"]], check["metrics"].itervalues()))