diff options
Diffstat (limited to 'synapse')
| -rw-r--r-- | synapse/logging/opentracing.py | 8 | ||||
| -rw-r--r-- | synapse/replication/http/_base.py | 154 | ||||
| -rw-r--r-- | synapse/storage/databases/main/client_ips.py | 13 | ||||
| -rw-r--r-- | synapse/storage/state.py | 172 |
4 files changed, 266 insertions, 81 deletions
diff --git a/synapse/logging/opentracing.py b/synapse/logging/opentracing.py index 5276c4bfcc..20d23a4260 100644 --- a/synapse/logging/opentracing.py +++ b/synapse/logging/opentracing.py @@ -807,6 +807,14 @@ def trace(func=None, opname=None): result.addCallbacks(call_back, err_back) else: + if inspect.isawaitable(result): + logger.error( + "@trace may not have wrapped %s correctly! " + "The function is not async but returned a %s.", + func.__qualname__, + type(result).__name__, + ) + scope.__exit__(None, None, None) return result diff --git a/synapse/replication/http/_base.py b/synapse/replication/http/_base.py index f1b78d09f9..e047ec74d8 100644 --- a/synapse/replication/http/_base.py +++ b/synapse/replication/http/_base.py @@ -182,85 +182,87 @@ class ReplicationEndpoint(metaclass=abc.ABCMeta): ) @trace(opname="outgoing_replication_request") - @outgoing_gauge.track_inprogress() async def send_request(*, instance_name="master", **kwargs): - if instance_name == local_instance_name: - raise Exception("Trying to send HTTP request to self") - if instance_name == "master": - host = master_host - port = master_port - elif instance_name in instance_map: - host = instance_map[instance_name].host - port = instance_map[instance_name].port - else: - raise Exception( - "Instance %r not in 'instance_map' config" % (instance_name,) + with outgoing_gauge.track_inprogress(): + if instance_name == local_instance_name: + raise Exception("Trying to send HTTP request to self") + if instance_name == "master": + host = master_host + port = master_port + elif instance_name in instance_map: + host = instance_map[instance_name].host + port = instance_map[instance_name].port + else: + raise Exception( + "Instance %r not in 'instance_map' config" % (instance_name,) + ) + + data = await cls._serialize_payload(**kwargs) + + url_args = [ + urllib.parse.quote(kwargs[name], safe="") for name in cls.PATH_ARGS + ] + + if cls.CACHE: + txn_id = random_string(10) + url_args.append(txn_id) + + if cls.METHOD == "POST": + request_func = client.post_json_get_json + elif cls.METHOD == "PUT": + request_func = client.put_json + elif cls.METHOD == "GET": + request_func = client.get_json + else: + # We have already asserted in the constructor that a + # compatible was picked, but lets be paranoid. + raise Exception( + "Unknown METHOD on %s replication endpoint" % (cls.NAME,) + ) + + uri = "http://%s:%s/_synapse/replication/%s/%s" % ( + host, + port, + cls.NAME, + "/".join(url_args), ) - data = await cls._serialize_payload(**kwargs) - - url_args = [ - urllib.parse.quote(kwargs[name], safe="") for name in cls.PATH_ARGS - ] - - if cls.CACHE: - txn_id = random_string(10) - url_args.append(txn_id) - - if cls.METHOD == "POST": - request_func = client.post_json_get_json - elif cls.METHOD == "PUT": - request_func = client.put_json - elif cls.METHOD == "GET": - request_func = client.get_json - else: - # We have already asserted in the constructor that a - # compatible was picked, but lets be paranoid. - raise Exception( - "Unknown METHOD on %s replication endpoint" % (cls.NAME,) - ) - - uri = "http://%s:%s/_synapse/replication/%s/%s" % ( - host, - port, - cls.NAME, - "/".join(url_args), - ) - - try: - # We keep retrying the same request for timeouts. This is so that we - # have a good idea that the request has either succeeded or failed on - # the master, and so whether we should clean up or not. - while True: - headers: Dict[bytes, List[bytes]] = {} - # Add an authorization header, if configured. - if replication_secret: - headers[b"Authorization"] = [b"Bearer " + replication_secret] - opentracing.inject_header_dict(headers, check_destination=False) - try: - result = await request_func(uri, data, headers=headers) - break - except RequestTimedOutError: - if not cls.RETRY_ON_TIMEOUT: - raise - - logger.warning("%s request timed out; retrying", cls.NAME) - - # If we timed out we probably don't need to worry about backing - # off too much, but lets just wait a little anyway. - await clock.sleep(1) - except HttpResponseException as e: - # We convert to SynapseError as we know that it was a SynapseError - # on the main process that we should send to the client. (And - # importantly, not stack traces everywhere) - _outgoing_request_counter.labels(cls.NAME, e.code).inc() - raise e.to_synapse_error() - except Exception as e: - _outgoing_request_counter.labels(cls.NAME, "ERR").inc() - raise SynapseError(502, "Failed to talk to main process") from e - - _outgoing_request_counter.labels(cls.NAME, 200).inc() - return result + try: + # We keep retrying the same request for timeouts. This is so that we + # have a good idea that the request has either succeeded or failed + # on the master, and so whether we should clean up or not. + while True: + headers: Dict[bytes, List[bytes]] = {} + # Add an authorization header, if configured. + if replication_secret: + headers[b"Authorization"] = [ + b"Bearer " + replication_secret + ] + opentracing.inject_header_dict(headers, check_destination=False) + try: + result = await request_func(uri, data, headers=headers) + break + except RequestTimedOutError: + if not cls.RETRY_ON_TIMEOUT: + raise + + logger.warning("%s request timed out; retrying", cls.NAME) + + # If we timed out we probably don't need to worry about backing + # off too much, but lets just wait a little anyway. + await clock.sleep(1) + except HttpResponseException as e: + # We convert to SynapseError as we know that it was a SynapseError + # on the main process that we should send to the client. (And + # importantly, not stack traces everywhere) + _outgoing_request_counter.labels(cls.NAME, e.code).inc() + raise e.to_synapse_error() + except Exception as e: + _outgoing_request_counter.labels(cls.NAME, "ERR").inc() + raise SynapseError(502, "Failed to talk to main process") from e + + _outgoing_request_counter.labels(cls.NAME, 200).inc() + return result return send_request diff --git a/synapse/storage/databases/main/client_ips.py b/synapse/storage/databases/main/client_ips.py index c77acc7c84..6c1ef09049 100644 --- a/synapse/storage/databases/main/client_ips.py +++ b/synapse/storage/databases/main/client_ips.py @@ -538,15 +538,20 @@ class ClientIpStore(ClientIpWorkerStore): """ ret = await super().get_last_client_ip_by_device(user_id, device_id) - # Update what is retrieved from the database with data which is pending insertion. + # Update what is retrieved from the database with data which is pending + # insertion, as if it has already been stored in the database. for key in self._batch_row_update: - uid, access_token, ip = key + uid, _access_token, ip = key if uid == user_id: user_agent, did, last_seen = self._batch_row_update[key] + + if did is None: + # These updates don't make it to the `devices` table + continue + if not device_id or did == device_id: - ret[(user_id, device_id)] = { + ret[(user_id, did)] = { "user_id": user_id, - "access_token": access_token, "ip": ip, "user_agent": user_agent, "device_id": did, diff --git a/synapse/storage/state.py b/synapse/storage/state.py index 5e86befde4..b5ba1560d1 100644 --- a/synapse/storage/state.py +++ b/synapse/storage/state.py @@ -15,9 +15,11 @@ import logging from typing import ( TYPE_CHECKING, Awaitable, + Collection, Dict, Iterable, List, + Mapping, Optional, Set, Tuple, @@ -29,7 +31,7 @@ from frozendict import frozendict from synapse.api.constants import EventTypes from synapse.events import EventBase -from synapse.types import MutableStateMap, StateMap +from synapse.types import MutableStateMap, StateKey, StateMap if TYPE_CHECKING: from typing import FrozenSet # noqa: used within quoted type hint; flake8 sad @@ -134,6 +136,23 @@ class StateFilter: include_others=True, ) + @staticmethod + def freeze(types: Mapping[str, Optional[Collection[str]]], include_others: bool): + """ + Returns a (frozen) StateFilter with the same contents as the parameters + specified here, which can be made of mutable types. + """ + types_with_frozen_values: Dict[str, Optional[FrozenSet[str]]] = {} + for state_types, state_keys in types.items(): + if state_keys is not None: + types_with_frozen_values[state_types] = frozenset(state_keys) + else: + types_with_frozen_values[state_types] = None + + return StateFilter( + frozendict(types_with_frozen_values), include_others=include_others + ) + def return_expanded(self) -> "StateFilter": """Creates a new StateFilter where type wild cards have been removed (except for memberships). The returned filter is a superset of the @@ -356,6 +375,157 @@ class StateFilter: return member_filter, non_member_filter + def _decompose_into_four_parts( + self, + ) -> Tuple[Tuple[bool, Set[str]], Tuple[Set[str], Set[StateKey]]]: + """ + Decomposes this state filter into 4 constituent parts, which can be + thought of as this: + all? - minus_wildcards + plus_wildcards + plus_state_keys + + where + * all represents ALL state + * minus_wildcards represents entire state types to remove + * plus_wildcards represents entire state types to add + * plus_state_keys represents individual state keys to add + + See `recompose_from_four_parts` for the other direction of this + correspondence. + """ + is_all = self.include_others + excluded_types: Set[str] = {t for t in self.types if is_all} + wildcard_types: Set[str] = {t for t, s in self.types.items() if s is None} + concrete_keys: Set[StateKey] = set(self.concrete_types()) + + return (is_all, excluded_types), (wildcard_types, concrete_keys) + + @staticmethod + def _recompose_from_four_parts( + all_part: bool, + minus_wildcards: Set[str], + plus_wildcards: Set[str], + plus_state_keys: Set[StateKey], + ) -> "StateFilter": + """ + Recomposes a state filter from 4 parts. + + See `decompose_into_four_parts` (the other direction of this + correspondence) for descriptions on each of the parts. + """ + + # {state type -> set of state keys OR None for wildcard} + # (The same structure as that of a StateFilter.) + new_types: Dict[str, Optional[Set[str]]] = {} + + # if we start with all, insert the excluded statetypes as empty sets + # to prevent them from being included + if all_part: + new_types.update({state_type: set() for state_type in minus_wildcards}) + + # insert the plus wildcards + new_types.update({state_type: None for state_type in plus_wildcards}) + + # insert the specific state keys + for state_type, state_key in plus_state_keys: + if state_type in new_types: + entry = new_types[state_type] + if entry is not None: + entry.add(state_key) + elif not all_part: + # don't insert if the entire type is already included by + # include_others as this would actually shrink the state allowed + # by this filter. + new_types[state_type] = {state_key} + + return StateFilter.freeze(new_types, include_others=all_part) + + def approx_difference(self, other: "StateFilter") -> "StateFilter": + """ + Returns a state filter which represents `self - other`. + + This is useful for determining what state remains to be pulled out of the + database if we want the state included by `self` but already have the state + included by `other`. + + The returned state filter + - MUST include all state events that are included by this filter (`self`) + unless they are included by `other`; + - MUST NOT include state events not included by this filter (`self`); and + - MAY be an over-approximation: the returned state filter + MAY additionally include some state events from `other`. + + This implementation attempts to return the narrowest such state filter. + In the case that `self` contains wildcards for state types where + `other` contains specific state keys, an approximation must be made: + the returned state filter keeps the wildcard, as state filters are not + able to express 'all state keys except some given examples'. + e.g. + StateFilter(m.room.member -> None (wildcard)) + minus + StateFilter(m.room.member -> {'@wombat:example.org'}) + is approximated as + StateFilter(m.room.member -> None (wildcard)) + """ + + # We first transform self and other into an alternative representation: + # - whether or not they include all events to begin with ('all') + # - if so, which event types are excluded? ('excludes') + # - which entire event types to include ('wildcards') + # - which concrete state keys to include ('concrete state keys') + (self_all, self_excludes), ( + self_wildcards, + self_concrete_keys, + ) = self._decompose_into_four_parts() + (other_all, other_excludes), ( + other_wildcards, + other_concrete_keys, + ) = other._decompose_into_four_parts() + + # Start with an estimate of the difference based on self + new_all = self_all + # Wildcards from the other can be added to the exclusion filter + new_excludes = self_excludes | other_wildcards + # We remove wildcards that appeared as wildcards in the other + new_wildcards = self_wildcards - other_wildcards + # We filter out the concrete state keys that appear in the other + # as wildcards or concrete state keys. + new_concrete_keys = { + (state_type, state_key) + for (state_type, state_key) in self_concrete_keys + if state_type not in other_wildcards + } - other_concrete_keys + + if other_all: + if self_all: + # If self starts with all, then we add as wildcards any + # types which appear in the other's exclusion filter (but + # aren't in the self exclusion filter). This is as the other + # filter will return everything BUT the types in its exclusion, so + # we need to add those excluded types that also match the self + # filter as wildcard types in the new filter. + new_wildcards |= other_excludes.difference(self_excludes) + + # If other is an `include_others` then the difference isn't. + new_all = False + # (We have no need for excludes when we don't start with all, as there + # is nothing to exclude.) + new_excludes = set() + + # We also filter out all state types that aren't in the exclusion + # list of the other. + new_wildcards &= other_excludes + new_concrete_keys = { + (state_type, state_key) + for (state_type, state_key) in new_concrete_keys + if state_type in other_excludes + } + + # Transform our newly-constructed state filter from the alternative + # representation back into the normal StateFilter representation. + return StateFilter._recompose_from_four_parts( + new_all, new_excludes, new_wildcards, new_concrete_keys + ) + class StateGroupStorage: """High level interface to fetching state for event.""" |