256 lines
9 KiB
Python
256 lines
9 KiB
Python
import json
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import logging
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from calendar import timegm
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from peewee import JOIN, fn, PeeweeException
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from datetime import datetime, timedelta
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from cachetools import lru_cache
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import data
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from data.database import LogEntry, LogEntryKind, User, RepositoryActionCount, db, LogEntry2
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from data.model import config, user, DataModelException
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logger = logging.getLogger(__name__)
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ACTIONS_ALLOWED_WITHOUT_AUDIT_LOGGING = ['pull_repo']
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def _logs_query(selections, start_time=None, end_time=None, performer=None, repository=None,
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namespace=None, ignore=None, model=LogEntry, id_range=None):
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""" Returns a query for selecting logs from the table, with various options and filters. """
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# TODO(LogMigrate): Remove the branch once we're back on LogEntry only.
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assert (start_time is not None and end_time is not None) or (id_range is not None)
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joined = (model.select(*selections).switch(model))
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if id_range is not None:
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joined = joined.where(model.id >= id_range[0], model.id <= id_range[1])
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else:
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joined = joined.where(model.datetime >= start_time, model.datetime < end_time)
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if repository:
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joined = joined.where(model.repository == repository)
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if performer:
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joined = joined.where(model.performer == performer)
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if namespace and not repository:
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namespace_user = user.get_user_or_org(namespace)
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if namespace_user is None:
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raise DataModelException('Invalid namespace requested')
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joined = joined.where(model.account == namespace_user.id)
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if ignore:
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kind_map = get_log_entry_kinds()
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ignore_ids = [kind_map[kind_name] for kind_name in ignore]
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joined = joined.where(~(model.kind << ignore_ids))
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return joined
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@lru_cache(maxsize=1)
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def get_log_entry_kinds():
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kind_map = {}
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for kind in LogEntryKind.select():
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kind_map[kind.id] = kind.name
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kind_map[kind.name] = kind.id
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return kind_map
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def _get_log_entry_kind(name):
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kinds = get_log_entry_kinds()
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return kinds[name]
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def get_aggregated_logs(start_time, end_time, performer=None, repository=None, namespace=None,
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ignore=None, model=LogEntry):
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""" Returns the count of logs, by kind and day, for the logs matching the given filters. """
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# TODO(LogMigrate): Remove the branch once we're back on LogEntry only.
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date = db.extract_date('day', model.datetime)
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selections = [model.kind, date.alias('day'), fn.Count(model.id).alias('count')]
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query = _logs_query(selections, start_time, end_time, performer, repository, namespace, ignore,
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model=model)
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return query.group_by(date, model.kind)
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def get_logs_query(start_time=None, end_time=None, performer=None, repository=None, namespace=None,
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ignore=None, model=LogEntry, id_range=None):
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""" Returns the logs matching the given filters. """
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# TODO(LogMigrate): Remove the branch once we're back on LogEntry only.
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Performer = User.alias()
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Account = User.alias()
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selections = [model, Performer]
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if namespace is None and repository is None:
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selections.append(Account)
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query = _logs_query(selections, start_time, end_time, performer, repository, namespace, ignore,
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model=model, id_range=id_range)
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query = (query.switch(model).join(Performer, JOIN.LEFT_OUTER,
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on=(model.performer == Performer.id).alias('performer')))
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if namespace is None and repository is None:
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query = (query.switch(model).join(Account, JOIN.LEFT_OUTER,
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on=(model.account == Account.id).alias('account')))
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return query
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def _json_serialize(obj):
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if isinstance(obj, datetime):
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return timegm(obj.utctimetuple())
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return obj
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def log_action(kind_name, user_or_organization_name, performer=None, repository=None, ip=None,
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metadata={}, timestamp=None):
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""" Logs an entry in the LogEntry table. """
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if not timestamp:
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timestamp = datetime.today()
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account = None
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if user_or_organization_name is not None:
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account = User.get(User.username == user_or_organization_name).id
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else:
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account = config.app_config.get('SERVICE_LOG_ACCOUNT_ID')
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if account is None:
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account = User.select(fn.Min(User.id)).tuples().get()[0]
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if performer is not None:
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performer = performer.id
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if repository is not None:
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repository = repository.id
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kind = _get_log_entry_kind(kind_name)
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metadata_json = json.dumps(metadata, default=_json_serialize)
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log_data = {
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'kind': kind,
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'account': account,
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'performer': performer,
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'repository': repository,
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'ip': ip,
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'metadata_json': metadata_json,
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'datetime': timestamp
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}
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try:
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LogEntry2.create(**log_data)
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except PeeweeException as ex:
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strict_logging_disabled = config.app_config.get('ALLOW_PULLS_WITHOUT_STRICT_LOGGING')
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if strict_logging_disabled and kind_name in ACTIONS_ALLOWED_WITHOUT_AUDIT_LOGGING:
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logger.exception('log_action failed', extra=({'exception': ex}).update(log_data))
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else:
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raise
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def get_stale_logs_start_id(model):
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""" Gets the oldest log entry. """
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# TODO(LogMigrate): Remove the branch once we're back on LogEntry only.
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try:
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return (model.select(model.id).order_by(model.id).limit(1).tuples())[0][0]
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except IndexError:
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return None
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def get_stale_logs_cutoff_id(cutoff_date, model):
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""" Gets the most recent ID created before the cutoff_date. """
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# TODO(LogMigrate): Remove the branch once we're back on LogEntry only.
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try:
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return (model.select(fn.Max(model.id)).where(model.datetime <= cutoff_date)
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.tuples())[0][0]
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except IndexError:
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return None
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def get_stale_logs(start_id, end_id, model):
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""" Returns all the logs with IDs between start_id and end_id inclusively. """
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# TODO(LogMigrate): Remove the branch once we're back on LogEntry only.
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return model.select().where((model.id >= start_id), (model.id <= end_id))
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def delete_stale_logs(start_id, end_id, model):
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""" Deletes all the logs with IDs between start_id and end_id. """
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# TODO(LogMigrate): Remove the branch once we're back on LogEntry only.
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model.delete().where((model.id >= start_id), (model.id <= end_id)).execute()
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def get_repository_action_counts(repo, start_date):
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""" Returns the daily aggregated action counts for the given repository, starting at the given
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start date.
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"""
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return RepositoryActionCount.select().where(RepositoryActionCount.repository == repo,
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RepositoryActionCount.date >= start_date)
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def get_repositories_action_sums(repository_ids):
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""" Returns a map from repository ID to total actions within that repository in the last week. """
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if not repository_ids:
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return {}
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# Filter the join to recent entries only.
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last_week = datetime.now() - timedelta(weeks=1)
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tuples = (RepositoryActionCount.select(RepositoryActionCount.repository,
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fn.Sum(RepositoryActionCount.count))
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.where(RepositoryActionCount.repository << repository_ids)
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.where(RepositoryActionCount.date >= last_week)
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.group_by(RepositoryActionCount.repository).tuples())
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action_count_map = {}
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for record in tuples:
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action_count_map[record[0]] = record[1]
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return action_count_map
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def get_minimum_id_for_logs(start_time, repository_id=None, namespace_id=None):
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""" Returns the minimum ID for logs matching the given repository or namespace in
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the logs table, starting at the given start time.
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"""
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# First try bounded by a day. Most repositories will meet this criteria, and therefore
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# can make a much faster query.
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day_after = start_time + timedelta(days=1)
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result = _get_bounded_id(fn.Min, LogEntry.datetime >= start_time,
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repository_id, namespace_id, LogEntry.datetime < day_after)
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if result is not None:
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return result
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return _get_bounded_id(fn.Min, LogEntry.datetime >= start_time, repository_id, namespace_id)
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def get_maximum_id_for_logs(end_time, repository_id=None, namespace_id=None):
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""" Returns the maximum ID for logs matching the given repository or namespace in
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the logs table, ending at the given end time.
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"""
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# First try bounded by a day. Most repositories will meet this criteria, and therefore
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# can make a much faster query.
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day_before = end_time - timedelta(days=1)
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result = _get_bounded_id(fn.Max, LogEntry.datetime <= end_time,
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repository_id, namespace_id, LogEntry.datetime > day_before)
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if result is not None:
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return result
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return _get_bounded_id(fn.Max, LogEntry.datetime <= end_time, repository_id, namespace_id)
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def _get_bounded_id(fn, filter_clause, repository_id, namespace_id, reduction_clause=None):
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assert (namespace_id is not None) or (repository_id is not None)
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query = (LogEntry
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.select(fn(LogEntry.id))
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.where(filter_clause))
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if reduction_clause is not None:
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query = query.where(reduction_clause)
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if repository_id is not None:
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query = query.where(LogEntry.repository == repository_id)
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else:
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query = query.where(LogEntry.account == namespace_id)
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row = query.tuples()[0]
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if not row:
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return None
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return row[0]
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