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Code Issues Projects Releases Wiki Activity

Snapshot schema 72 (#13873)

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Including another batch of fixes to the schema dump script
This commit is contained in:
David Robertson 2022-09-26 18:28:32 +01:00 committed by GitHub
parent 41461fd4d6
commit 0a38c7ec6d
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13 changed files with 2165 additions and 22 deletions
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1
changelog.d/13873.misc Normal file
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@ -0,0 +1 @@
Create a new snapshot of the database schema.

60
scripts-dev/make_full_schema.sh
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@ -26,6 +26,9 @@ usage() {
echo " Defaults to 9999."
echo "-h"
echo " Display this help text."
echo ""
echo " NB: make sure to run this against the *oldest* supported version of postgres,"
echo " or else pg_dump might output non-backwards-compatible syntax."
}
SCHEMA_NUMBER="9999"
@ -240,25 +243,54 @@ DROP TABLE user_directory_search_stat;
echo "Dumping SQLite3 schema..."
mkdir -p "$OUTPUT_DIR/"{common,main,state}"/full_schema/$SCHEMA_NUMBER"
sqlite3 "$SQLITE_COMMON_DB" ".schema --indent" > "$OUTPUT_DIR/common/full_schema/$SCHEMA_NUMBER/full.sql.sqlite"
sqlite3 "$SQLITE_COMMON_DB" ".dump --data-only --nosys" >> "$OUTPUT_DIR/common/full_schema/$SCHEMA_NUMBER/full.sql.sqlite"
sqlite3 "$SQLITE_MAIN_DB" ".schema --indent" > "$OUTPUT_DIR/main/full_schema/$SCHEMA_NUMBER/full.sql.sqlite"
sqlite3 "$SQLITE_MAIN_DB" ".dump --data-only --nosys" >> "$OUTPUT_DIR/main/full_schema/$SCHEMA_NUMBER/full.sql.sqlite"
sqlite3 "$SQLITE_STATE_DB" ".schema --indent" > "$OUTPUT_DIR/state/full_schema/$SCHEMA_NUMBER/full.sql.sqlite"
sqlite3 "$SQLITE_STATE_DB" ".dump --data-only --nosys" >> "$OUTPUT_DIR/state/full_schema/$SCHEMA_NUMBER/full.sql.sqlite"
mkdir -p "$OUTPUT_DIR/"{common,main,state}"/full_schemas/$SCHEMA_NUMBER"
sqlite3 "$SQLITE_COMMON_DB" ".schema" > "$OUTPUT_DIR/common/full_schemas/$SCHEMA_NUMBER/full.sql.sqlite"
sqlite3 "$SQLITE_COMMON_DB" ".dump --data-only --nosys" >> "$OUTPUT_DIR/common/full_schemas/$SCHEMA_NUMBER/full.sql.sqlite"
sqlite3 "$SQLITE_MAIN_DB" ".schema" > "$OUTPUT_DIR/main/full_schemas/$SCHEMA_NUMBER/full.sql.sqlite"
sqlite3 "$SQLITE_MAIN_DB" ".dump --data-only --nosys" >> "$OUTPUT_DIR/main/full_schemas/$SCHEMA_NUMBER/full.sql.sqlite"
sqlite3 "$SQLITE_STATE_DB" ".schema" > "$OUTPUT_DIR/state/full_schemas/$SCHEMA_NUMBER/full.sql.sqlite"
sqlite3 "$SQLITE_STATE_DB" ".dump --data-only --nosys" >> "$OUTPUT_DIR/state/full_schemas/$SCHEMA_NUMBER/full.sql.sqlite"
cleanup_pg_schema() {
sed -e '/^$/d' -e '/^--/d' -e 's/public\.//g' -e '/^SET /d' -e '/^SELECT /d'
# Cleanup as follows:
# - Remove empty lines. pg_dump likes to output a lot of these.
# - Remove comment-only lines. pg_dump also likes to output a lot of these to visually
# separate tables etc.
# - Remove "public." prefix --- the schema name.
# - Remove "SET" commands. Last time I ran this, the output commands were
# SET statement_timeout = 0;
# SET lock_timeout = 0;
# SET idle_in_transaction_session_timeout = 0;
# SET client_encoding = 'UTF8';
# SET standard_conforming_strings = on;
# SET check_function_bodies = false;
# SET xmloption = content;
# SET client_min_messages = warning;
# SET row_security = off;
# SET default_table_access_method = heap;
# - Very carefully remove specific SELECT statements. We CANNOT blanket remove all
# SELECT statements because some of those have side-effects which we do want in the
# schema. Last time I ran this, the only SELECTS were
# SELECT pg_catalog.set_config('search_path', '', false);
# and
# SELECT pg_catalog.setval(text, bigint, bool);
# We do want to remove the former, but the latter is important. If the last argument
# is `true` or omitted, this marks the given integer as having been consumed and
# will NOT appear as the nextval.
sed -e '/^$/d' \
-e '/^--/d' \
-e 's/public\.//g' \
-e '/^SET /d' \
-e '/^SELECT pg_catalog.set_config/d'
}
echo "Dumping Postgres schema..."
pg_dump --format=plain --schema-only --no-tablespaces --no-acl --no-owner "$POSTGRES_COMMON_DB_NAME" | cleanup_pg_schema > "$OUTPUT_DIR/common/full_schema/$SCHEMA_NUMBER/full.sql.postgres"
pg_dump --format=plain --data-only --inserts --no-tablespaces --no-acl --no-owner "$POSTGRES_COMMON_DB_NAME" | cleanup_pg_schema >> "$OUTPUT_DIR/common/full_schema/$SCHEMA_NUMBER/full.sql.postgres"
pg_dump --format=plain --schema-only --no-tablespaces --no-acl --no-owner "$POSTGRES_MAIN_DB_NAME" | cleanup_pg_schema > "$OUTPUT_DIR/main/full_schema/$SCHEMA_NUMBER/full.sql.postgres"
pg_dump --format=plain --data-only --inserts --no-tablespaces --no-acl --no-owner "$POSTGRES_MAIN_DB_NAME" | cleanup_pg_schema >> "$OUTPUT_DIR/main/full_schema/$SCHEMA_NUMBER/full.sql.postgres"
pg_dump --format=plain --schema-only --no-tablespaces --no-acl --no-owner "$POSTGRES_STATE_DB_NAME" | cleanup_pg_schema > "$OUTPUT_DIR/state/full_schema/$SCHEMA_NUMBER/full.sql.postgres"
pg_dump --format=plain --data-only --inserts --no-tablespaces --no-acl --no-owner "$POSTGRES_STATE_DB_NAME" | cleanup_pg_schema >> "$OUTPUT_DIR/state/full_schema/$SCHEMA_NUMBER/full.sql.postgres"
pg_dump --format=plain --schema-only --no-tablespaces --no-acl --no-owner "$POSTGRES_COMMON_DB_NAME" | cleanup_pg_schema > "$OUTPUT_DIR/common/full_schemas/$SCHEMA_NUMBER/full.sql.postgres"
pg_dump --format=plain --data-only --inserts --no-tablespaces --no-acl --no-owner "$POSTGRES_COMMON_DB_NAME" | cleanup_pg_schema >> "$OUTPUT_DIR/common/full_schemas/$SCHEMA_NUMBER/full.sql.postgres"
pg_dump --format=plain --schema-only --no-tablespaces --no-acl --no-owner "$POSTGRES_MAIN_DB_NAME" | cleanup_pg_schema > "$OUTPUT_DIR/main/full_schemas/$SCHEMA_NUMBER/full.sql.postgres"
pg_dump --format=plain --data-only --inserts --no-tablespaces --no-acl --no-owner "$POSTGRES_MAIN_DB_NAME" | cleanup_pg_schema >> "$OUTPUT_DIR/main/full_schemas/$SCHEMA_NUMBER/full.sql.postgres"
pg_dump --format=plain --schema-only --no-tablespaces --no-acl --no-owner "$POSTGRES_STATE_DB_NAME" | cleanup_pg_schema > "$OUTPUT_DIR/state/full_schemas/$SCHEMA_NUMBER/full.sql.postgres"
pg_dump --format=plain --data-only --inserts --no-tablespaces --no-acl --no-owner "$POSTGRES_STATE_DB_NAME" | cleanup_pg_schema >> "$OUTPUT_DIR/state/full_schemas/$SCHEMA_NUMBER/full.sql.postgres"
echo "Done! Files dumped to: $OUTPUT_DIR"

8
synapse/storage/database.py
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@ -393,6 +393,14 @@ class LoggingTransaction:
def executemany(self, sql: str, *args: Any) -> None:
self._do_execute(self.txn.executemany, sql, *args)
def executescript(self, sql: str) -> None:
if isinstance(self.database_engine, Sqlite3Engine):
self._do_execute(self.txn.executescript, sql) # type: ignore[attr-defined]
else:
raise NotImplementedError(
f"executescript only exists for sqlite driver, not {type(self.database_engine)}"
)
def _make_sql_one_line(self, sql: str) -> str:
"Strip newlines out of SQL so that the loggers in the DB are on one line"
return " ".join(line.strip() for line in sql.splitlines() if line.strip())

23
synapse/storage/engines/_base.py
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@ -32,9 +32,10 @@ class IncorrectDatabaseSetup(RuntimeError):
ConnectionType = TypeVar("ConnectionType", bound=Connection)
CursorType = TypeVar("CursorType", bound=Cursor)
class BaseDatabaseEngine(Generic[ConnectionType], metaclass=abc.ABCMeta):
class BaseDatabaseEngine(Generic[ConnectionType, CursorType], metaclass=abc.ABCMeta):
def __init__(self, module: DBAPI2Module, config: Mapping[str, Any]):
self.module = module
@ -64,7 +65,7 @@ class BaseDatabaseEngine(Generic[ConnectionType], metaclass=abc.ABCMeta):
...
@abc.abstractmethod
def check_new_database(self, txn: Cursor) -> None:
def check_new_database(self, txn: CursorType) -> None:
"""Gets called when setting up a brand new database. This allows us to
apply stricter checks on new databases versus existing database.
"""
@ -124,3 +125,21 @@ class BaseDatabaseEngine(Generic[ConnectionType], metaclass=abc.ABCMeta):
Note: This has no effect on SQLite3, as transactions are SERIALIZABLE by default.
"""
...
@staticmethod
@abc.abstractmethod
def executescript(cursor: CursorType, script: str) -> None:
"""Execute a chunk of SQL containing multiple semicolon-delimited statements.
This is not provided by DBAPI2, and so needs engine-specific support.
"""
...
@classmethod
def execute_script_file(cls, cursor: CursorType, filepath: str) -> None:
"""Execute a file containing multiple semicolon-delimited SQL statements.
This is not provided by DBAPI2, and so needs engine-specific support.
"""
with open(filepath, "rt") as f:
cls.executescript(cursor, f.read())

12
synapse/storage/engines/postgres.py
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@ -31,7 +31,9 @@ if TYPE_CHECKING:
logger = logging.getLogger(__name__)
class PostgresEngine(BaseDatabaseEngine[psycopg2.extensions.connection]):
class PostgresEngine(
BaseDatabaseEngine[psycopg2.extensions.connection, psycopg2.extensions.cursor]
):
def __init__(self, database_config: Mapping[str, Any]):
super().__init__(psycopg2, database_config)
psycopg2.extensions.register_type(psycopg2.extensions.UNICODE)
@ -212,3 +214,11 @@ class PostgresEngine(BaseDatabaseEngine[psycopg2.extensions.connection]):
else:
isolation_level = self.isolation_level_map[isolation_level]
return conn.set_isolation_level(isolation_level)
@staticmethod
def executescript(cursor: psycopg2.extensions.cursor, script: str) -> None:
"""Execute a chunk of SQL containing multiple semicolon-delimited statements.
Psycopg2 seems happy to do this in DBAPI2's `execute()` function.
"""
cursor.execute(script)

21
synapse/storage/engines/sqlite.py
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@ -24,7 +24,7 @@ if TYPE_CHECKING:
from synapse.storage.database import LoggingDatabaseConnection
class Sqlite3Engine(BaseDatabaseEngine[sqlite3.Connection]):
class Sqlite3Engine(BaseDatabaseEngine[sqlite3.Connection, sqlite3.Cursor]):
def __init__(self, database_config: Mapping[str, Any]):
super().__init__(sqlite3, database_config)
@ -120,6 +120,25 @@ class Sqlite3Engine(BaseDatabaseEngine[sqlite3.Connection]):
# All transactions are SERIALIZABLE by default in sqlite
pass
@staticmethod
def executescript(cursor: sqlite3.Cursor, script: str) -> None:
"""Execute a chunk of SQL containing multiple semicolon-delimited statements.
Python's built-in SQLite driver does not allow you to do this with DBAPI2's
`execute`:
> execute() will only execute a single SQL statement. If you try to execute more
> than one statement with it, it will raise a Warning. Use executescript() if
> you want to execute multiple SQL statements with one call.
Though the docs for `executescript` warn:
> If there is a pending transaction, an implicit COMMIT statement is executed
> first. No other implicit transaction control is performed; any transaction
> control must be added to sql_script.
"""
cursor.executescript(script)
# Following functions taken from: https://github.com/coleifer/peewee

8
synapse/storage/prepare_database.py
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@ -266,7 +266,7 @@ def _setup_new_database(
".sql." + specific
):
logger.debug("Applying schema %s", entry.absolute_path)
executescript(cur, entry.absolute_path)
database_engine.execute_script_file(cur, entry.absolute_path)
cur.execute(
"INSERT INTO schema_version (version, upgraded) VALUES (?,?)",
@ -517,7 +517,7 @@ def _upgrade_existing_database(
UNAPPLIED_DELTA_ON_WORKER_ERROR % relative_path
)
logger.info("Applying schema %s", relative_path)
executescript(cur, absolute_path)
database_engine.execute_script_file(cur, absolute_path)
elif ext == specific_engine_extension and root_name.endswith(".sql"):
# A .sql file specific to our engine; just read and execute it
if is_worker:
@ -525,7 +525,7 @@ def _upgrade_existing_database(
UNAPPLIED_DELTA_ON_WORKER_ERROR % relative_path
)
logger.info("Applying engine-specific schema %s", relative_path)
executescript(cur, absolute_path)
database_engine.execute_script_file(cur, absolute_path)
elif ext in specific_engine_extensions and root_name.endswith(".sql"):
# A .sql file for a different engine; skip it.
continue
@ -666,7 +666,7 @@ def _get_or_create_schema_state(
) -> Optional[_SchemaState]:
# Bluntly try creating the schema_version tables.
sql_path = os.path.join(schema_path, "common", "schema_version.sql")
executescript(txn, sql_path)
database_engine.execute_script_file(txn, sql_path)
txn.execute("SELECT version, upgraded FROM schema_version")
row = txn.fetchone()

8
synapse/storage/schema/common/full_schemas/72/full.sql.postgres Normal file
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@ -0,0 +1,8 @@
CREATE TABLE background_updates (
update_name text NOT NULL,
progress_json text NOT NULL,
depends_on text,
ordering integer DEFAULT 0 NOT NULL
);
ALTER TABLE ONLY background_updates
ADD CONSTRAINT background_updates_uniqueness UNIQUE (update_name);

6
synapse/storage/schema/common/full_schemas/72/full.sql.sqlite Normal file
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@ -0,0 +1,6 @@
CREATE TABLE background_updates (
update_name text NOT NULL,
progress_json text NOT NULL,
depends_on text, ordering INT NOT NULL DEFAULT 0,
CONSTRAINT background_updates_uniqueness UNIQUE (update_name)
);

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synapse/storage/schema/main/full_schemas/72/full.sql.postgres Normal file
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646
synapse/storage/schema/main/full_schemas/72/full.sql.sqlite Normal file
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@ -0,0 +1,646 @@
CREATE TABLE application_services_txns( as_id TEXT NOT NULL, txn_id INTEGER NOT NULL, event_ids TEXT NOT NULL, UNIQUE(as_id, txn_id) );
CREATE INDEX application_services_txns_id ON application_services_txns ( as_id );
CREATE TABLE presence( user_id TEXT NOT NULL, state VARCHAR(20), status_msg TEXT, mtime BIGINT, UNIQUE (user_id) );
CREATE TABLE users( name TEXT, password_hash TEXT, creation_ts BIGINT, admin SMALLINT DEFAULT 0 NOT NULL, upgrade_ts BIGINT, is_guest SMALLINT DEFAULT 0 NOT NULL, appservice_id TEXT, consent_version TEXT, consent_server_notice_sent TEXT, user_type TEXT DEFAULT NULL, deactivated SMALLINT DEFAULT 0 NOT NULL, shadow_banned BOOLEAN, consent_ts bigint, UNIQUE(name) );
CREATE TABLE user_ips ( user_id TEXT NOT NULL, access_token TEXT NOT NULL, device_id TEXT, ip TEXT NOT NULL, user_agent TEXT NOT NULL, last_seen BIGINT NOT NULL );
CREATE TABLE profiles( user_id TEXT NOT NULL, displayname TEXT, avatar_url TEXT, UNIQUE(user_id) );
CREATE TABLE received_transactions( transaction_id TEXT, origin TEXT, ts BIGINT, response_code INTEGER, response_json bytea, has_been_referenced smallint default 0, UNIQUE (transaction_id, origin) );
CREATE TABLE destinations( destination TEXT PRIMARY KEY, retry_last_ts BIGINT, retry_interval INTEGER , failure_ts BIGINT, last_successful_stream_ordering BIGINT);
CREATE TABLE events( stream_ordering INTEGER PRIMARY KEY, topological_ordering BIGINT NOT NULL, event_id TEXT NOT NULL, type TEXT NOT NULL, room_id TEXT NOT NULL, content TEXT, unrecognized_keys TEXT, processed BOOL NOT NULL, outlier BOOL NOT NULL, depth BIGINT DEFAULT 0 NOT NULL, origin_server_ts BIGINT, received_ts BIGINT, sender TEXT, contains_url BOOLEAN, instance_name TEXT, state_key TEXT DEFAULT NULL, rejection_reason TEXT DEFAULT NULL, UNIQUE (event_id) );
CREATE INDEX events_order_room ON events ( room_id, topological_ordering, stream_ordering );
CREATE TABLE event_json( event_id TEXT NOT NULL, room_id TEXT NOT NULL, internal_metadata TEXT NOT NULL, json TEXT NOT NULL, format_version INTEGER, UNIQUE (event_id) );
CREATE TABLE state_events( event_id TEXT NOT NULL, room_id TEXT NOT NULL, type TEXT NOT NULL, state_key TEXT NOT NULL, prev_state TEXT, UNIQUE (event_id) );
CREATE TABLE current_state_events( event_id TEXT NOT NULL, room_id TEXT NOT NULL, type TEXT NOT NULL, state_key TEXT NOT NULL, membership TEXT, UNIQUE (event_id), UNIQUE (room_id, type, state_key) );
CREATE TABLE room_memberships( event_id TEXT NOT NULL, user_id TEXT NOT NULL, sender TEXT NOT NULL, room_id TEXT NOT NULL, membership TEXT NOT NULL, forgotten INTEGER DEFAULT 0, display_name TEXT, avatar_url TEXT, UNIQUE (event_id) );
CREATE INDEX room_memberships_room_id ON room_memberships (room_id);
CREATE INDEX room_memberships_user_id ON room_memberships (user_id);
CREATE TABLE rooms( room_id TEXT PRIMARY KEY NOT NULL, is_public BOOL, creator TEXT , room_version TEXT, has_auth_chain_index BOOLEAN);
CREATE TABLE server_signature_keys( server_name TEXT, key_id TEXT, from_server TEXT, ts_added_ms BIGINT, verify_key bytea, ts_valid_until_ms BIGINT, UNIQUE (server_name, key_id) );
CREATE TABLE rejections( event_id TEXT NOT NULL, reason TEXT NOT NULL, last_check TEXT NOT NULL, UNIQUE (event_id) );
CREATE TABLE push_rules ( id BIGINT PRIMARY KEY, user_name TEXT NOT NULL, rule_id TEXT NOT NULL, priority_class SMALLINT NOT NULL, priority INTEGER NOT NULL DEFAULT 0, conditions TEXT NOT NULL, actions TEXT NOT NULL, UNIQUE(user_name, rule_id) );
CREATE INDEX push_rules_user_name on push_rules (user_name);
CREATE TABLE push_rules_enable ( id BIGINT PRIMARY KEY, user_name TEXT NOT NULL, rule_id TEXT NOT NULL, enabled SMALLINT, UNIQUE(user_name, rule_id) );
CREATE INDEX push_rules_enable_user_name on push_rules_enable (user_name);
CREATE TABLE event_forward_extremities( event_id TEXT NOT NULL, room_id TEXT NOT NULL, UNIQUE (event_id, room_id) );
CREATE INDEX ev_extrem_room ON event_forward_extremities(room_id);
CREATE INDEX ev_extrem_id ON event_forward_extremities(event_id);
CREATE TABLE event_backward_extremities( event_id TEXT NOT NULL, room_id TEXT NOT NULL, UNIQUE (event_id, room_id) );
CREATE INDEX ev_b_extrem_room ON event_backward_extremities(room_id);
CREATE INDEX ev_b_extrem_id ON event_backward_extremities(event_id);
CREATE TABLE room_depth( room_id TEXT NOT NULL, min_depth INTEGER NOT NULL, UNIQUE (room_id) );
CREATE TABLE event_to_state_groups( event_id TEXT NOT NULL, state_group BIGINT NOT NULL, UNIQUE (event_id) );
CREATE TABLE local_media_repository ( media_id TEXT, media_type TEXT, media_length INTEGER, created_ts BIGINT, upload_name TEXT, user_id TEXT, quarantined_by TEXT, url_cache TEXT, last_access_ts BIGINT, safe_from_quarantine BOOLEAN NOT NULL DEFAULT 0, UNIQUE (media_id) );
CREATE TABLE remote_media_cache ( media_origin TEXT, media_id TEXT, media_type TEXT, created_ts BIGINT, upload_name TEXT, media_length INTEGER, filesystem_id TEXT, last_access_ts BIGINT, quarantined_by TEXT, UNIQUE (media_origin, media_id) );
CREATE TABLE redactions ( event_id TEXT NOT NULL, redacts TEXT NOT NULL, have_censored BOOL NOT NULL DEFAULT false, received_ts BIGINT, UNIQUE (event_id) );
CREATE INDEX redactions_redacts ON redactions (redacts);
CREATE TABLE room_aliases( room_alias TEXT NOT NULL, room_id TEXT NOT NULL, creator TEXT, UNIQUE (room_alias) );
CREATE INDEX room_aliases_id ON room_aliases(room_id);
CREATE TABLE room_alias_servers( room_alias TEXT NOT NULL, server TEXT NOT NULL );
CREATE INDEX room_alias_servers_alias ON room_alias_servers(room_alias);
CREATE TABLE IF NOT EXISTS "server_keys_json" ( server_name TEXT NOT NULL, key_id TEXT NOT NULL, from_server TEXT NOT NULL, ts_added_ms BIGINT NOT NULL, ts_valid_until_ms BIGINT NOT NULL, key_json bytea NOT NULL, CONSTRAINT server_keys_json_uniqueness UNIQUE (server_name, key_id, from_server) );
CREATE TABLE e2e_device_keys_json ( user_id TEXT NOT NULL, device_id TEXT NOT NULL, ts_added_ms BIGINT NOT NULL, key_json TEXT NOT NULL, CONSTRAINT e2e_device_keys_json_uniqueness UNIQUE (user_id, device_id) );
CREATE TABLE e2e_one_time_keys_json ( user_id TEXT NOT NULL, device_id TEXT NOT NULL, algorithm TEXT NOT NULL, key_id TEXT NOT NULL, ts_added_ms BIGINT NOT NULL, key_json TEXT NOT NULL, CONSTRAINT e2e_one_time_keys_json_uniqueness UNIQUE (user_id, device_id, algorithm, key_id) );
CREATE TABLE IF NOT EXISTS "user_threepids" ( user_id TEXT NOT NULL, medium TEXT NOT NULL, address TEXT NOT NULL, validated_at BIGINT NOT NULL, added_at BIGINT NOT NULL, CONSTRAINT medium_address UNIQUE (medium, address) );
CREATE INDEX user_threepids_user_id ON user_threepids(user_id);
CREATE VIRTUAL TABLE event_search USING fts4 ( event_id, room_id, sender, key, value )
/* event_search(event_id,room_id,sender,"key",value) */;
CREATE TABLE room_tags( user_id TEXT NOT NULL, room_id TEXT NOT NULL, tag TEXT NOT NULL, content TEXT NOT NULL, CONSTRAINT room_tag_uniqueness UNIQUE (user_id, room_id, tag) );
CREATE TABLE room_tags_revisions ( user_id TEXT NOT NULL, room_id TEXT NOT NULL, stream_id BIGINT NOT NULL, instance_name TEXT, CONSTRAINT room_tag_revisions_uniqueness UNIQUE (user_id, room_id) );
CREATE TABLE account_data( user_id TEXT NOT NULL, account_data_type TEXT NOT NULL, stream_id BIGINT NOT NULL, content TEXT NOT NULL, instance_name TEXT, CONSTRAINT account_data_uniqueness UNIQUE (user_id, account_data_type) );
CREATE TABLE room_account_data( user_id TEXT NOT NULL, room_id TEXT NOT NULL, account_data_type TEXT NOT NULL, stream_id BIGINT NOT NULL, content TEXT NOT NULL, instance_name TEXT, CONSTRAINT room_account_data_uniqueness UNIQUE (user_id, room_id, account_data_type) );
CREATE INDEX account_data_stream_id on account_data(user_id, stream_id);
CREATE INDEX room_account_data_stream_id on room_account_data(user_id, stream_id);
CREATE INDEX events_ts ON events(origin_server_ts, stream_ordering);
CREATE TABLE event_push_actions( room_id TEXT NOT NULL, event_id TEXT NOT NULL, user_id TEXT NOT NULL, profile_tag VARCHAR(32), actions TEXT NOT NULL, topological_ordering BIGINT, stream_ordering BIGINT, notif SMALLINT, highlight SMALLINT, unread SMALLINT, thread_id TEXT, CONSTRAINT event_id_user_id_profile_tag_uniqueness UNIQUE (room_id, event_id, user_id, profile_tag) );
CREATE INDEX event_push_actions_room_id_user_id on event_push_actions(room_id, user_id);
CREATE INDEX events_room_stream on events(room_id, stream_ordering);
CREATE INDEX public_room_index on rooms(is_public);
CREATE INDEX event_push_actions_rm_tokens on event_push_actions( user_id, room_id, topological_ordering, stream_ordering );
CREATE TABLE presence_stream( stream_id BIGINT, user_id TEXT, state TEXT, last_active_ts BIGINT, last_federation_update_ts BIGINT, last_user_sync_ts BIGINT, status_msg TEXT, currently_active BOOLEAN , instance_name TEXT);
CREATE INDEX presence_stream_id ON presence_stream(stream_id, user_id);
CREATE INDEX presence_stream_user_id ON presence_stream(user_id);
CREATE TABLE push_rules_stream( stream_id BIGINT NOT NULL, event_stream_ordering BIGINT NOT NULL, user_id TEXT NOT NULL, rule_id TEXT NOT NULL, op TEXT NOT NULL, priority_class SMALLINT, priority INTEGER, conditions TEXT, actions TEXT );
CREATE INDEX push_rules_stream_id ON push_rules_stream(stream_id);
CREATE INDEX push_rules_stream_user_stream_id on push_rules_stream(user_id, stream_id);
CREATE TABLE ex_outlier_stream( event_stream_ordering BIGINT PRIMARY KEY NOT NULL, event_id TEXT NOT NULL, state_group BIGINT NOT NULL , instance_name TEXT);
CREATE TABLE threepid_guest_access_tokens( medium TEXT, address TEXT, guest_access_token TEXT, first_inviter TEXT );
CREATE UNIQUE INDEX threepid_guest_access_tokens_index ON threepid_guest_access_tokens(medium, address);
CREATE INDEX event_push_actions_stream_ordering on event_push_actions( stream_ordering, user_id );
CREATE TABLE open_id_tokens ( token TEXT NOT NULL PRIMARY KEY, ts_valid_until_ms bigint NOT NULL, user_id TEXT NOT NULL, UNIQUE (token) );
CREATE INDEX open_id_tokens_ts_valid_until_ms ON open_id_tokens(ts_valid_until_ms);
CREATE TABLE pusher_throttle( pusher BIGINT NOT NULL, room_id TEXT NOT NULL, last_sent_ts BIGINT, throttle_ms BIGINT, PRIMARY KEY (pusher, room_id) );
CREATE TABLE event_reports( id BIGINT NOT NULL PRIMARY KEY, received_ts BIGINT NOT NULL, room_id TEXT NOT NULL, event_id TEXT NOT NULL, user_id TEXT NOT NULL, reason TEXT, content TEXT );
CREATE TABLE appservice_stream_position( Lock CHAR(1) NOT NULL DEFAULT 'X' UNIQUE, stream_ordering BIGINT, CHECK (Lock='X') );
CREATE TABLE device_inbox ( user_id TEXT NOT NULL, device_id TEXT NOT NULL, stream_id BIGINT NOT NULL, message_json TEXT NOT NULL , instance_name TEXT);
CREATE INDEX device_inbox_user_stream_id ON device_inbox(user_id, device_id, stream_id);
CREATE INDEX received_transactions_ts ON received_transactions(ts);
CREATE TABLE device_federation_outbox ( destination TEXT NOT NULL, stream_id BIGINT NOT NULL, queued_ts BIGINT NOT NULL, messages_json TEXT NOT NULL , instance_name TEXT);
CREATE INDEX device_federation_outbox_destination_id ON device_federation_outbox(destination, stream_id);
CREATE TABLE device_federation_inbox ( origin TEXT NOT NULL, message_id TEXT NOT NULL, received_ts BIGINT NOT NULL , instance_name TEXT);
CREATE INDEX device_federation_inbox_sender_id ON device_federation_inbox(origin, message_id);
CREATE TABLE stream_ordering_to_exterm ( stream_ordering BIGINT NOT NULL, room_id TEXT NOT NULL, event_id TEXT NOT NULL );
CREATE INDEX stream_ordering_to_exterm_idx on stream_ordering_to_exterm( stream_ordering );
CREATE INDEX stream_ordering_to_exterm_rm_idx on stream_ordering_to_exterm( room_id, stream_ordering );
CREATE TABLE IF NOT EXISTS "event_auth"( event_id TEXT NOT NULL, auth_id TEXT NOT NULL, room_id TEXT NOT NULL );
CREATE INDEX evauth_edges_id ON event_auth(event_id);
CREATE INDEX user_threepids_medium_address on user_threepids (medium, address);
CREATE TABLE appservice_room_list( appservice_id TEXT NOT NULL, network_id TEXT NOT NULL, room_id TEXT NOT NULL );
CREATE UNIQUE INDEX appservice_room_list_idx ON appservice_room_list( appservice_id, network_id, room_id );
CREATE INDEX device_federation_outbox_id ON device_federation_outbox(stream_id);
CREATE TABLE federation_stream_position( type TEXT NOT NULL, stream_id INTEGER NOT NULL , instance_name TEXT NOT NULL DEFAULT 'master');
CREATE TABLE device_lists_remote_cache ( user_id TEXT NOT NULL, device_id TEXT NOT NULL, content TEXT NOT NULL );
CREATE TABLE device_lists_remote_extremeties ( user_id TEXT NOT NULL, stream_id TEXT NOT NULL );
CREATE TABLE device_lists_stream ( stream_id BIGINT NOT NULL, user_id TEXT NOT NULL, device_id TEXT NOT NULL );
CREATE INDEX device_lists_stream_id ON device_lists_stream(stream_id, user_id);
CREATE TABLE device_lists_outbound_pokes ( destination TEXT NOT NULL, stream_id BIGINT NOT NULL, user_id TEXT NOT NULL, device_id TEXT NOT NULL, sent BOOLEAN NOT NULL, ts BIGINT NOT NULL , opentracing_context TEXT);
CREATE INDEX device_lists_outbound_pokes_id ON device_lists_outbound_pokes(destination, stream_id);
CREATE INDEX device_lists_outbound_pokes_user ON device_lists_outbound_pokes(destination, user_id);
CREATE TABLE event_push_summary ( user_id TEXT NOT NULL, room_id TEXT NOT NULL, notif_count BIGINT NOT NULL, stream_ordering BIGINT NOT NULL , unread_count BIGINT, last_receipt_stream_ordering BIGINT, thread_id TEXT);
CREATE TABLE event_push_summary_stream_ordering ( Lock CHAR(1) NOT NULL DEFAULT 'X' UNIQUE, stream_ordering BIGINT NOT NULL, CHECK (Lock='X') );
CREATE TABLE IF NOT EXISTS "pushers" ( id BIGINT PRIMARY KEY, user_name TEXT NOT NULL, access_token BIGINT DEFAULT NULL, profile_tag TEXT NOT NULL, kind TEXT NOT NULL, app_id TEXT NOT NULL, app_display_name TEXT NOT NULL, device_display_name TEXT NOT NULL, pushkey TEXT NOT NULL, ts BIGINT NOT NULL, lang TEXT, data TEXT, last_stream_ordering INTEGER, last_success BIGINT, failing_since BIGINT, UNIQUE (app_id, pushkey, user_name) );
CREATE INDEX device_lists_outbound_pokes_stream ON device_lists_outbound_pokes(stream_id);
CREATE TABLE ratelimit_override ( user_id TEXT NOT NULL, messages_per_second BIGINT, burst_count BIGINT );
CREATE UNIQUE INDEX ratelimit_override_idx ON ratelimit_override(user_id);
CREATE TABLE current_state_delta_stream ( stream_id BIGINT NOT NULL, room_id TEXT NOT NULL, type TEXT NOT NULL, state_key TEXT NOT NULL, event_id TEXT, prev_event_id TEXT , instance_name TEXT);
CREATE INDEX current_state_delta_stream_idx ON current_state_delta_stream(stream_id);
CREATE TABLE user_directory_stream_pos ( Lock CHAR(1) NOT NULL DEFAULT 'X' UNIQUE, stream_id BIGINT, CHECK (Lock='X') );
CREATE VIRTUAL TABLE user_directory_search USING fts4 ( user_id, value )
/* user_directory_search(user_id,value) */;
CREATE TABLE blocked_rooms ( room_id TEXT NOT NULL, user_id TEXT NOT NULL );
CREATE UNIQUE INDEX blocked_rooms_idx ON blocked_rooms(room_id);
CREATE TABLE IF NOT EXISTS "local_media_repository_url_cache"( url TEXT, response_code INTEGER, etag TEXT, expires_ts BIGINT, og TEXT, media_id TEXT, download_ts BIGINT );
CREATE INDEX local_media_repository_url_cache_expires_idx ON local_media_repository_url_cache(expires_ts);
CREATE INDEX local_media_repository_url_cache_by_url_download_ts ON local_media_repository_url_cache(url, download_ts);
CREATE INDEX local_media_repository_url_cache_media_idx ON local_media_repository_url_cache(media_id);
CREATE TABLE IF NOT EXISTS "deleted_pushers" ( stream_id BIGINT NOT NULL, app_id TEXT NOT NULL, pushkey TEXT NOT NULL, user_id TEXT NOT NULL );
CREATE INDEX deleted_pushers_stream_id ON deleted_pushers (stream_id);
CREATE TABLE IF NOT EXISTS "user_directory" ( user_id TEXT NOT NULL, room_id TEXT, display_name TEXT, avatar_url TEXT );
CREATE INDEX user_directory_room_idx ON user_directory(room_id);
CREATE UNIQUE INDEX user_directory_user_idx ON user_directory(user_id);
CREATE TABLE event_push_actions_staging ( event_id TEXT NOT NULL, user_id TEXT NOT NULL, actions TEXT NOT NULL, notif SMALLINT NOT NULL, highlight SMALLINT NOT NULL , unread SMALLINT, thread_id TEXT);
CREATE INDEX event_push_actions_staging_id ON event_push_actions_staging(event_id);
CREATE TABLE users_pending_deactivation ( user_id TEXT NOT NULL );
CREATE TABLE user_daily_visits ( user_id TEXT NOT NULL, device_id TEXT, timestamp BIGINT NOT NULL , user_agent TEXT);
CREATE INDEX user_daily_visits_uts_idx ON user_daily_visits(user_id, timestamp);
CREATE INDEX user_daily_visits_ts_idx ON user_daily_visits(timestamp);
CREATE TABLE erased_users ( user_id TEXT NOT NULL );
CREATE UNIQUE INDEX erased_users_user ON erased_users(user_id);
CREATE TABLE monthly_active_users ( user_id TEXT NOT NULL, timestamp BIGINT NOT NULL );
CREATE UNIQUE INDEX monthly_active_users_users ON monthly_active_users(user_id);
CREATE INDEX monthly_active_users_time_stamp ON monthly_active_users(timestamp);
CREATE TABLE IF NOT EXISTS "e2e_room_keys_versions" ( user_id TEXT NOT NULL, version BIGINT NOT NULL, algorithm TEXT NOT NULL, auth_data TEXT NOT NULL, deleted SMALLINT DEFAULT 0 NOT NULL , etag BIGINT);
CREATE UNIQUE INDEX e2e_room_keys_versions_idx ON e2e_room_keys_versions(user_id, version);
CREATE TABLE IF NOT EXISTS "e2e_room_keys" ( user_id TEXT NOT NULL, room_id TEXT NOT NULL, session_id TEXT NOT NULL, version BIGINT NOT NULL, first_message_index INT, forwarded_count INT, is_verified BOOLEAN, session_data TEXT NOT NULL );
CREATE TABLE users_who_share_private_rooms ( user_id TEXT NOT NULL, other_user_id TEXT NOT NULL, room_id TEXT NOT NULL );
CREATE UNIQUE INDEX users_who_share_private_rooms_u_idx ON users_who_share_private_rooms(user_id, other_user_id, room_id);
CREATE INDEX users_who_share_private_rooms_r_idx ON users_who_share_private_rooms(room_id);
CREATE INDEX users_who_share_private_rooms_o_idx ON users_who_share_private_rooms(other_user_id);
CREATE TABLE user_threepid_id_server ( user_id TEXT NOT NULL, medium TEXT NOT NULL, address TEXT NOT NULL, id_server TEXT NOT NULL );
CREATE UNIQUE INDEX user_threepid_id_server_idx ON user_threepid_id_server( user_id, medium, address, id_server );
CREATE TABLE users_in_public_rooms ( user_id TEXT NOT NULL, room_id TEXT NOT NULL );
CREATE UNIQUE INDEX users_in_public_rooms_u_idx ON users_in_public_rooms(user_id, room_id);
CREATE TABLE account_validity ( user_id TEXT PRIMARY KEY, expiration_ts_ms BIGINT NOT NULL, email_sent BOOLEAN NOT NULL, renewal_token TEXT , token_used_ts_ms BIGINT);
CREATE TABLE event_relations ( event_id TEXT NOT NULL, relates_to_id TEXT NOT NULL, relation_type TEXT NOT NULL, aggregation_key TEXT );
CREATE UNIQUE INDEX event_relations_id ON event_relations(event_id);
CREATE INDEX event_relations_relates ON event_relations(relates_to_id, relation_type, aggregation_key);
CREATE TABLE room_stats_earliest_token ( room_id TEXT NOT NULL, token BIGINT NOT NULL );
CREATE UNIQUE INDEX room_stats_earliest_token_idx ON room_stats_earliest_token(room_id);
CREATE INDEX user_ips_device_id ON user_ips (user_id, device_id, last_seen);
CREATE INDEX event_push_actions_u_highlight ON event_push_actions (user_id, stream_ordering);
CREATE INDEX device_inbox_stream_id_user_id ON device_inbox (stream_id, user_id);
CREATE INDEX device_lists_stream_user_id ON device_lists_stream (user_id, device_id);
CREATE INDEX user_ips_last_seen ON user_ips (user_id, last_seen);
CREATE INDEX user_ips_last_seen_only ON user_ips (last_seen);
CREATE INDEX users_creation_ts ON users (creation_ts);
CREATE INDEX event_to_state_groups_sg_index ON event_to_state_groups (state_group);
CREATE UNIQUE INDEX device_lists_remote_cache_unique_id ON device_lists_remote_cache (user_id, device_id);
CREATE UNIQUE INDEX device_lists_remote_extremeties_unique_idx ON device_lists_remote_extremeties (user_id);
CREATE UNIQUE INDEX user_ips_user_token_ip_unique_index ON user_ips (user_id, access_token, ip);
CREATE TABLE threepid_validation_session (
session_id TEXT PRIMARY KEY,
medium TEXT NOT NULL,
address TEXT NOT NULL,
client_secret TEXT NOT NULL,
last_send_attempt BIGINT NOT NULL,
validated_at BIGINT
);
CREATE TABLE threepid_validation_token (
token TEXT PRIMARY KEY,
session_id TEXT NOT NULL,
next_link TEXT,
expires BIGINT NOT NULL
);
CREATE INDEX threepid_validation_token_session_id ON threepid_validation_token(session_id);
CREATE TABLE event_expiry (
event_id TEXT PRIMARY KEY,
expiry_ts BIGINT NOT NULL
);
CREATE INDEX event_expiry_expiry_ts_idx ON event_expiry(expiry_ts);
CREATE TABLE event_labels (
event_id TEXT,
label TEXT,
room_id TEXT NOT NULL,
topological_ordering BIGINT NOT NULL,
PRIMARY KEY(event_id, label)
);
CREATE INDEX event_labels_room_id_label_idx ON event_labels(room_id, label, topological_ordering);
CREATE UNIQUE INDEX e2e_room_keys_with_version_idx ON e2e_room_keys(user_id, version, room_id, session_id);
CREATE TABLE IF NOT EXISTS "devices" (
user_id TEXT NOT NULL,
device_id TEXT NOT NULL,
display_name TEXT,
last_seen BIGINT,
ip TEXT,
user_agent TEXT,
hidden BOOLEAN DEFAULT 0,
CONSTRAINT device_uniqueness UNIQUE (user_id, device_id)
);
CREATE TABLE room_retention(
room_id TEXT,
event_id TEXT,
min_lifetime BIGINT,
max_lifetime BIGINT,
PRIMARY KEY(room_id, event_id)
);
CREATE INDEX room_retention_max_lifetime_idx on room_retention(max_lifetime);
CREATE TABLE e2e_cross_signing_keys (
user_id TEXT NOT NULL,
-- the type of cross-signing key (master, user_signing, or self_signing)
keytype TEXT NOT NULL,
-- the full key information, as a json-encoded dict
keydata TEXT NOT NULL,
-- for keeping the keys in order, so that we can fetch the latest one
stream_id BIGINT NOT NULL
);
CREATE UNIQUE INDEX e2e_cross_signing_keys_idx ON e2e_cross_signing_keys(user_id, keytype, stream_id);
CREATE TABLE e2e_cross_signing_signatures (
-- user who did the signing
user_id TEXT NOT NULL,
-- key used to sign
key_id TEXT NOT NULL,
-- user who was signed
target_user_id TEXT NOT NULL,
-- device/key that was signed
target_device_id TEXT NOT NULL,
-- the actual signature
signature TEXT NOT NULL
);
CREATE TABLE user_signature_stream (
-- uses the same stream ID as device list stream
stream_id BIGINT NOT NULL,
-- user who did the signing
from_user_id TEXT NOT NULL,
-- list of users who were signed, as a JSON array
user_ids TEXT NOT NULL
);
CREATE UNIQUE INDEX user_signature_stream_idx ON user_signature_stream(stream_id);
CREATE INDEX e2e_cross_signing_signatures2_idx ON e2e_cross_signing_signatures(user_id, target_user_id, target_device_id);
CREATE TABLE stats_incremental_position (
Lock CHAR(1) NOT NULL DEFAULT 'X' UNIQUE, -- Makes sure this table only has one row.
stream_id BIGINT NOT NULL,
CHECK (Lock='X')
);
CREATE TABLE room_stats_current (
room_id TEXT NOT NULL PRIMARY KEY,
-- These are absolute counts
current_state_events INT NOT NULL,
joined_members INT NOT NULL,
invited_members INT NOT NULL,
left_members INT NOT NULL,
banned_members INT NOT NULL,
local_users_in_room INT NOT NULL,
-- The maximum delta stream position that this row takes into account.
completed_delta_stream_id BIGINT NOT NULL
, knocked_members INT);
CREATE TABLE user_stats_current (
user_id TEXT NOT NULL PRIMARY KEY,
joined_rooms BIGINT NOT NULL,
-- The maximum delta stream position that this row takes into account.
completed_delta_stream_id BIGINT NOT NULL
);
CREATE TABLE room_stats_state (
room_id TEXT NOT NULL,
name TEXT,
canonical_alias TEXT,
join_rules TEXT,
history_visibility TEXT,
encryption TEXT,
avatar TEXT,
guest_access TEXT,
is_federatable BOOLEAN,
topic TEXT
, room_type TEXT);
CREATE UNIQUE INDEX room_stats_state_room ON room_stats_state(room_id);
CREATE TABLE IF NOT EXISTS "user_filters" ( user_id TEXT NOT NULL, filter_id BIGINT NOT NULL, filter_json BYTEA NOT NULL );
CREATE UNIQUE INDEX user_filters_unique ON "user_filters" (user_id, filter_id);
CREATE TABLE user_external_ids (
auth_provider TEXT NOT NULL,
external_id TEXT NOT NULL,
user_id TEXT NOT NULL,
UNIQUE (auth_provider, external_id)
);
CREATE INDEX users_in_public_rooms_r_idx ON users_in_public_rooms(room_id);
CREATE TABLE device_lists_remote_resync (
user_id TEXT NOT NULL,
added_ts BIGINT NOT NULL
);
CREATE UNIQUE INDEX device_lists_remote_resync_idx ON device_lists_remote_resync (user_id);
CREATE INDEX device_lists_remote_resync_ts_idx ON device_lists_remote_resync (added_ts);
CREATE TABLE local_current_membership (
room_id TEXT NOT NULL,
user_id TEXT NOT NULL,
event_id TEXT NOT NULL,
membership TEXT NOT NULL
);
CREATE UNIQUE INDEX local_current_membership_idx ON local_current_membership(user_id, room_id);
CREATE INDEX local_current_membership_room_idx ON local_current_membership(room_id);
CREATE TABLE ui_auth_sessions(
session_id TEXT NOT NULL, -- The session ID passed to the client.
creation_time BIGINT NOT NULL, -- The time this session was created (epoch time in milliseconds).
serverdict TEXT NOT NULL, -- A JSON dictionary of arbitrary data added by Synapse.
clientdict TEXT NOT NULL, -- A JSON dictionary of arbitrary data from the client.
uri TEXT NOT NULL, -- The URI the UI authentication session is using.
method TEXT NOT NULL, -- The HTTP method the UI authentication session is using.
-- The clientdict, uri, and method make up an tuple that must be immutable
-- throughout the lifetime of the UI Auth session.
description TEXT NOT NULL, -- A human readable description of the operation which caused the UI Auth flow to occur.
UNIQUE (session_id)
);
CREATE TABLE ui_auth_sessions_credentials(
session_id TEXT NOT NULL, -- The corresponding UI Auth session.
stage_type TEXT NOT NULL, -- The stage type.
result TEXT NOT NULL, -- The result of the stage verification, stored as JSON.
UNIQUE (session_id, stage_type),
FOREIGN KEY (session_id)
REFERENCES ui_auth_sessions (session_id)
);
CREATE TABLE IF NOT EXISTS "device_lists_outbound_last_success" ( destination TEXT NOT NULL, user_id TEXT NOT NULL, stream_id BIGINT NOT NULL );
CREATE UNIQUE INDEX device_lists_outbound_last_success_unique_idx ON "device_lists_outbound_last_success" (destination, user_id);
CREATE TABLE IF NOT EXISTS "local_media_repository_thumbnails" ( media_id TEXT, thumbnail_width INTEGER, thumbnail_height INTEGER, thumbnail_type TEXT, thumbnail_method TEXT, thumbnail_length INTEGER, UNIQUE ( media_id, thumbnail_width, thumbnail_height, thumbnail_type, thumbnail_method ) );
CREATE INDEX local_media_repository_thumbnails_media_id ON local_media_repository_thumbnails (media_id);
CREATE TABLE IF NOT EXISTS "remote_media_cache_thumbnails" ( media_origin TEXT, media_id TEXT, thumbnail_width INTEGER, thumbnail_height INTEGER, thumbnail_method TEXT, thumbnail_type TEXT, thumbnail_length INTEGER, filesystem_id TEXT, UNIQUE ( media_origin, media_id, thumbnail_width, thumbnail_height, thumbnail_type, thumbnail_method ) );
CREATE TABLE ui_auth_sessions_ips(
session_id TEXT NOT NULL,
ip TEXT NOT NULL,
user_agent TEXT NOT NULL,
UNIQUE (session_id, ip, user_agent),
FOREIGN KEY (session_id)
REFERENCES ui_auth_sessions (session_id)
);
CREATE UNIQUE INDEX federation_stream_position_instance ON federation_stream_position(type, instance_name);
CREATE TABLE dehydrated_devices(
user_id TEXT NOT NULL PRIMARY KEY,
device_id TEXT NOT NULL,
device_data TEXT NOT NULL -- JSON-encoded client-defined data
);
CREATE TABLE e2e_fallback_keys_json (
user_id TEXT NOT NULL, -- The user this fallback key is for.
device_id TEXT NOT NULL, -- The device this fallback key is for.
algorithm TEXT NOT NULL, -- Which algorithm this fallback key is for.
key_id TEXT NOT NULL, -- An id for suppressing duplicate uploads.
key_json TEXT NOT NULL, -- The key as a JSON blob.
used BOOLEAN NOT NULL DEFAULT FALSE, -- Whether the key has been used or not.
CONSTRAINT e2e_fallback_keys_json_uniqueness UNIQUE (user_id, device_id, algorithm)
);
CREATE TABLE destination_rooms (
-- the destination in question.
destination TEXT NOT NULL REFERENCES destinations (destination),
-- the ID of the room in question
room_id TEXT NOT NULL REFERENCES rooms (room_id),
-- the stream_ordering of the event
stream_ordering BIGINT NOT NULL,
PRIMARY KEY (destination, room_id)
-- We don't declare a foreign key on stream_ordering here because that'd mean
-- we'd need to either maintain an index (expensive) or do a table scan of
-- destination_rooms whenever we delete an event (also potentially expensive).
-- In addition to that, a foreign key on stream_ordering would be redundant
-- as this row doesn't need to refer to a specific event; if the event gets
-- deleted then it doesn't affect the validity of the stream_ordering here.
);
CREATE INDEX destination_rooms_room_id
ON destination_rooms (room_id);
CREATE TABLE stream_positions (
stream_name TEXT NOT NULL,
instance_name TEXT NOT NULL,
stream_id BIGINT NOT NULL
);
CREATE UNIQUE INDEX stream_positions_idx ON stream_positions(stream_name, instance_name);
CREATE TABLE IF NOT EXISTS "access_tokens" (
id BIGINT PRIMARY KEY,
user_id TEXT NOT NULL,
device_id TEXT,
token TEXT NOT NULL,
valid_until_ms BIGINT,
puppets_user_id TEXT,
last_validated BIGINT, refresh_token_id BIGINT REFERENCES refresh_tokens (id) ON DELETE CASCADE, used BOOLEAN,
UNIQUE(token)
);
CREATE INDEX access_tokens_device_id ON access_tokens (user_id, device_id);
CREATE TABLE IF NOT EXISTS "event_txn_id" (
event_id TEXT NOT NULL,
room_id TEXT NOT NULL,
user_id TEXT NOT NULL,
token_id BIGINT NOT NULL,
txn_id TEXT NOT NULL,
inserted_ts BIGINT NOT NULL,
FOREIGN KEY (event_id)
REFERENCES events (event_id) ON DELETE CASCADE,
FOREIGN KEY (token_id)
REFERENCES access_tokens (id) ON DELETE CASCADE
);
CREATE UNIQUE INDEX event_txn_id_event_id ON event_txn_id(event_id);
CREATE UNIQUE INDEX event_txn_id_txn_id ON event_txn_id(room_id, user_id, token_id, txn_id);
CREATE INDEX event_txn_id_ts ON event_txn_id(inserted_ts);
CREATE TABLE ignored_users( ignorer_user_id TEXT NOT NULL, ignored_user_id TEXT NOT NULL );
CREATE UNIQUE INDEX ignored_users_uniqueness ON ignored_users (ignorer_user_id, ignored_user_id);
CREATE INDEX ignored_users_ignored_user_id ON ignored_users (ignored_user_id);
CREATE TABLE event_auth_chains (
event_id TEXT PRIMARY KEY,
chain_id BIGINT NOT NULL,
sequence_number BIGINT NOT NULL
);
CREATE UNIQUE INDEX event_auth_chains_c_seq_index ON event_auth_chains (chain_id, sequence_number);
CREATE TABLE event_auth_chain_links (
origin_chain_id BIGINT NOT NULL,
origin_sequence_number BIGINT NOT NULL,
target_chain_id BIGINT NOT NULL,
target_sequence_number BIGINT NOT NULL
);
CREATE INDEX event_auth_chain_links_idx ON event_auth_chain_links (origin_chain_id, target_chain_id);
CREATE TABLE event_auth_chain_to_calculate (
event_id TEXT PRIMARY KEY,
room_id TEXT NOT NULL,
type TEXT NOT NULL,
state_key TEXT NOT NULL
);
CREATE INDEX event_auth_chain_to_calculate_rm_id ON event_auth_chain_to_calculate(room_id);
CREATE TABLE users_to_send_full_presence_to(
-- The user ID to send full presence to.
user_id TEXT PRIMARY KEY,
-- A presence stream ID token - the current presence stream token when the row was last upserted.
-- If a user calls /sync and this token is part of the update they're to receive, we also include
-- full user presence in the response.
-- This allows multiple devices for a user to receive full presence whenever they next call /sync.
presence_stream_id BIGINT,
FOREIGN KEY (user_id)
REFERENCES users (name)
);
CREATE TABLE refresh_tokens (
id BIGINT PRIMARY KEY,
user_id TEXT NOT NULL,
device_id TEXT NOT NULL,
token TEXT NOT NULL,
-- When consumed, a new refresh token is generated, which is tracked by
-- this foreign key
next_token_id BIGINT REFERENCES refresh_tokens (id) ON DELETE CASCADE, expiry_ts BIGINT DEFAULT NULL, ultimate_session_expiry_ts BIGINT DEFAULT NULL,
UNIQUE(token)
);
CREATE TABLE worker_locks (
lock_name TEXT NOT NULL,
lock_key TEXT NOT NULL,
-- We write the instance name to ease manual debugging, we don't ever read
-- from it.
-- Note: instance names aren't guarenteed to be unique.
instance_name TEXT NOT NULL,
-- A random string generated each time an instance takes out a lock. Used by
-- the instance to tell whether the lock is still held by it (e.g. in the
-- case where the process stalls for a long time the lock may time out and
-- be taken out by another instance, at which point the original instance
-- can tell it no longer holds the lock as the tokens no longer match).
token TEXT NOT NULL,
last_renewed_ts BIGINT NOT NULL
);
CREATE UNIQUE INDEX worker_locks_key ON worker_locks (lock_name, lock_key);
CREATE TABLE federation_inbound_events_staging (
origin TEXT NOT NULL,
room_id TEXT NOT NULL,
event_id TEXT NOT NULL,
received_ts BIGINT NOT NULL,
event_json TEXT NOT NULL,
internal_metadata TEXT NOT NULL
);
CREATE INDEX federation_inbound_events_staging_room ON federation_inbound_events_staging(room_id, received_ts);
CREATE UNIQUE INDEX federation_inbound_events_staging_instance_event ON federation_inbound_events_staging(origin, event_id);
CREATE TABLE insertion_event_edges(
event_id TEXT NOT NULL,
room_id TEXT NOT NULL,
insertion_prev_event_id TEXT NOT NULL
);
CREATE INDEX insertion_event_edges_insertion_room_id ON insertion_event_edges(room_id);
CREATE INDEX insertion_event_edges_insertion_prev_event_id ON insertion_event_edges(insertion_prev_event_id);
CREATE TABLE insertion_event_extremities(
event_id TEXT NOT NULL,
room_id TEXT NOT NULL
);
CREATE UNIQUE INDEX insertion_event_extremities_event_id ON insertion_event_extremities(event_id);
CREATE INDEX insertion_event_extremities_room_id ON insertion_event_extremities(room_id);
CREATE TABLE registration_tokens(
token TEXT NOT NULL, -- The token that can be used for authentication.
uses_allowed INT, -- The total number of times this token can be used. NULL if no limit.
pending INT NOT NULL, -- The number of in progress registrations using this token.
completed INT NOT NULL, -- The number of times this token has been used to complete a registration.
expiry_time BIGINT, -- The latest time this token will be valid (epoch time in milliseconds). NULL if token doesn't expire.
UNIQUE (token)
);
CREATE TABLE sessions(
session_type TEXT NOT NULL, -- The unique key for this type of session.
session_id TEXT NOT NULL, -- The session ID passed to the client.
value TEXT NOT NULL, -- A JSON dictionary to persist.
expiry_time_ms BIGINT NOT NULL, -- The time this session will expire (epoch time in milliseconds).
UNIQUE (session_type, session_id)
);
CREATE TABLE insertion_events(
event_id TEXT NOT NULL,
room_id TEXT NOT NULL,
next_batch_id TEXT NOT NULL
);
CREATE UNIQUE INDEX insertion_events_event_id ON insertion_events(event_id);
CREATE INDEX insertion_events_next_batch_id ON insertion_events(next_batch_id);
CREATE TABLE batch_events(
event_id TEXT NOT NULL,
room_id TEXT NOT NULL,
batch_id TEXT NOT NULL
);
CREATE UNIQUE INDEX batch_events_event_id ON batch_events(event_id);
CREATE INDEX batch_events_batch_id ON batch_events(batch_id);
CREATE INDEX insertion_event_edges_event_id ON insertion_event_edges(event_id);
CREATE TABLE device_auth_providers (
user_id TEXT NOT NULL,
device_id TEXT NOT NULL,
auth_provider_id TEXT NOT NULL,
auth_provider_session_id TEXT NOT NULL
);
CREATE INDEX device_auth_providers_devices
ON device_auth_providers (user_id, device_id);
CREATE INDEX device_auth_providers_sessions
ON device_auth_providers (auth_provider_id, auth_provider_session_id);
CREATE INDEX refresh_tokens_next_token_id
ON refresh_tokens(next_token_id)
WHERE next_token_id IS NOT NULL;
CREATE TABLE partial_state_rooms (
room_id TEXT PRIMARY KEY,
FOREIGN KEY(room_id) REFERENCES rooms(room_id)
);
CREATE TABLE partial_state_rooms_servers (
room_id TEXT NOT NULL REFERENCES partial_state_rooms(room_id),
server_name TEXT NOT NULL,
UNIQUE(room_id, server_name)
);
CREATE TABLE partial_state_events (
-- the room_id is denormalised for efficient indexing (the canonical source is `events`)
room_id TEXT NOT NULL REFERENCES partial_state_rooms(room_id),
event_id TEXT NOT NULL REFERENCES events(event_id),
UNIQUE(event_id)
);
CREATE INDEX partial_state_events_room_id_idx
ON partial_state_events (room_id);
CREATE TRIGGER partial_state_events_bad_room_id
BEFORE INSERT ON partial_state_events
FOR EACH ROW
BEGIN
SELECT RAISE(ABORT, 'Incorrect room_id in partial_state_events')
WHERE EXISTS (
SELECT 1 FROM events
WHERE events.event_id = NEW.event_id
AND events.room_id != NEW.room_id
);
END;
CREATE TABLE device_lists_changes_in_room (
user_id TEXT NOT NULL,
device_id TEXT NOT NULL,
room_id TEXT NOT NULL,
-- This initially matches `device_lists_stream.stream_id`. Note that we
-- delete older values from `device_lists_stream`, so we can't use a foreign
-- constraint here.
--
-- The table will contain rows with the same `stream_id` but different
-- `room_id`, as for each device update we store a row per room the user is
-- joined to. Therefore `(stream_id, room_id)` gives a unique index.
stream_id BIGINT NOT NULL,
-- We have a background process which goes through this table and converts
-- entries into rows in `device_lists_outbound_pokes`. Once we have processed
-- a row, we mark it as such by setting `converted_to_destinations=TRUE`.
converted_to_destinations BOOLEAN NOT NULL,
opentracing_context TEXT
);
CREATE UNIQUE INDEX device_lists_changes_in_stream_id ON device_lists_changes_in_room(stream_id, room_id);
CREATE INDEX device_lists_changes_in_stream_id_unconverted ON device_lists_changes_in_room(stream_id) WHERE NOT converted_to_destinations;
CREATE TABLE IF NOT EXISTS "event_edges" (
event_id TEXT NOT NULL,
prev_event_id TEXT NOT NULL,
room_id TEXT NULL,
is_state BOOL NOT NULL DEFAULT 0,
FOREIGN KEY(event_id) REFERENCES events(event_id)
);
CREATE UNIQUE INDEX event_edges_event_id_prev_event_id_idx
ON event_edges (event_id, prev_event_id);
CREATE INDEX ev_edges_prev_id ON event_edges (prev_event_id);
CREATE TABLE event_push_summary_last_receipt_stream_id (
Lock CHAR(1) NOT NULL DEFAULT 'X' UNIQUE, -- Makes sure this table only has one row.
stream_id BIGINT NOT NULL,
CHECK (Lock='X')
);
CREATE TABLE IF NOT EXISTS "application_services_state" (
as_id TEXT PRIMARY KEY NOT NULL,
state VARCHAR(5),
read_receipt_stream_id BIGINT,
presence_stream_id BIGINT,
to_device_stream_id BIGINT,
device_list_stream_id BIGINT
);
CREATE TABLE IF NOT EXISTS "receipts_linearized" (
stream_id BIGINT NOT NULL,
room_id TEXT NOT NULL,
receipt_type TEXT NOT NULL,
user_id TEXT NOT NULL,
event_id TEXT NOT NULL,
thread_id TEXT,
event_stream_ordering BIGINT,
data TEXT NOT NULL,
CONSTRAINT receipts_linearized_uniqueness UNIQUE (room_id, receipt_type, user_id),
CONSTRAINT receipts_linearized_uniqueness_thread UNIQUE (room_id, receipt_type, user_id, thread_id)
);
CREATE TABLE IF NOT EXISTS "receipts_graph" (
room_id TEXT NOT NULL,
receipt_type TEXT NOT NULL,
user_id TEXT NOT NULL,
event_ids TEXT NOT NULL,
thread_id TEXT,
data TEXT NOT NULL,
CONSTRAINT receipts_graph_uniqueness UNIQUE (room_id, receipt_type, user_id),
CONSTRAINT receipts_graph_uniqueness_thread UNIQUE (room_id, receipt_type, user_id, thread_id)
);
CREATE INDEX receipts_linearized_id ON receipts_linearized( stream_id );
CREATE INDEX receipts_linearized_room_stream ON receipts_linearized( room_id, stream_id );
CREATE INDEX receipts_linearized_user ON receipts_linearized( user_id );
CREATE INDEX redactions_have_censored_ts ON redactions (received_ts) WHERE NOT have_censored;
CREATE INDEX room_memberships_user_room_forgotten ON room_memberships (user_id, room_id) WHERE forgotten = 1;
CREATE INDEX users_have_local_media ON local_media_repository (user_id, created_ts) ;
CREATE UNIQUE INDEX e2e_cross_signing_keys_stream_idx ON e2e_cross_signing_keys (stream_id) ;
CREATE INDEX user_external_ids_user_id_idx ON user_external_ids (user_id) ;
CREATE INDEX presence_stream_state_not_offline_idx ON presence_stream (state) WHERE state != 'offline';
CREATE UNIQUE INDEX event_push_summary_unique_index ON event_push_summary (user_id, room_id) ;
CREATE UNIQUE INDEX event_push_summary_unique_index2 ON event_push_summary (user_id, room_id, thread_id) ;
CREATE UNIQUE INDEX receipts_graph_unique_index ON receipts_graph (room_id, receipt_type, user_id) WHERE thread_id IS NULL;
CREATE UNIQUE INDEX receipts_linearized_unique_index ON receipts_linearized (room_id, receipt_type, user_id) WHERE thread_id IS NULL;
CREATE INDEX event_push_actions_stream_highlight_index ON event_push_actions (highlight, stream_ordering) WHERE highlight=0;
CREATE INDEX current_state_events_member_index ON current_state_events (state_key) WHERE type='m.room.member';
CREATE INDEX event_contains_url_index ON events (room_id, topological_ordering, stream_ordering) WHERE contains_url = true AND outlier = false;
CREATE INDEX event_push_actions_highlights_index ON event_push_actions (user_id, room_id, topological_ordering, stream_ordering) WHERE highlight=1;
CREATE INDEX local_media_repository_url_idx ON local_media_repository (created_ts) WHERE url_cache IS NOT NULL;
INSERT INTO appservice_stream_position VALUES('X',0);
INSERT INTO federation_stream_position VALUES('federation',-1,'master');
INSERT INTO federation_stream_position VALUES('events',-1,'master');
INSERT INTO event_push_summary_stream_ordering VALUES('X',0);
INSERT INTO user_directory_stream_pos VALUES('X',1);
INSERT INTO stats_incremental_position VALUES('X',1);
INSERT INTO event_push_summary_last_receipt_stream_id VALUES('X',0);

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CREATE TABLE state_group_edges (
state_group bigint NOT NULL,
prev_state_group bigint NOT NULL
);
CREATE SEQUENCE state_group_id_seq
START WITH 1
INCREMENT BY 1
NO MINVALUE
NO MAXVALUE
CACHE 1;
CREATE TABLE state_groups (
id bigint NOT NULL,
room_id text NOT NULL,
event_id text NOT NULL
);
CREATE TABLE state_groups_state (
state_group bigint NOT NULL,
room_id text NOT NULL,
type text NOT NULL,
state_key text NOT NULL,
event_id text NOT NULL
);
ALTER TABLE ONLY state_groups_state ALTER COLUMN state_group SET (n_distinct=-0.02);
ALTER TABLE ONLY state_groups
ADD CONSTRAINT state_groups_pkey PRIMARY KEY (id);
CREATE INDEX state_group_edges_prev_idx ON state_group_edges USING btree (prev_state_group);
CREATE UNIQUE INDEX state_group_edges_unique_idx ON state_group_edges USING btree (state_group, prev_state_group);
CREATE INDEX state_groups_room_id_idx ON state_groups USING btree (room_id);
CREATE INDEX state_groups_state_type_idx ON state_groups_state USING btree (state_group, type, state_key);
SELECT pg_catalog.setval('state_group_id_seq', 1, false);

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CREATE TABLE state_groups (
id BIGINT PRIMARY KEY,
room_id TEXT NOT NULL,
event_id TEXT NOT NULL
);
CREATE TABLE state_groups_state (
state_group BIGINT NOT NULL,
room_id TEXT NOT NULL,
type TEXT NOT NULL,
state_key TEXT NOT NULL,
event_id TEXT NOT NULL
);
CREATE TABLE state_group_edges (
state_group BIGINT NOT NULL,
prev_state_group BIGINT NOT NULL
);
CREATE INDEX state_group_edges_prev_idx ON state_group_edges (prev_state_group);
CREATE INDEX state_groups_state_type_idx ON state_groups_state (state_group, type, state_key);
CREATE INDEX state_groups_room_id_idx ON state_groups (room_id) ;
CREATE UNIQUE INDEX state_group_edges_unique_idx ON state_group_edges (state_group, prev_state_group) ;